diff --git a/compose_runner/run.py b/compose_runner/run.py index b943753..81ea0d3 100644 --- a/compose_runner/run.py +++ b/compose_runner/run.py @@ -1,5 +1,6 @@ import compose_runner.sentry import gzip +import hashlib import json import io import pickle @@ -26,6 +27,37 @@ def gen_database_url(branch, database): class Runner: """Runner for executing and uploading a meta-analysis workflow.""" + _TARGET_SPACE = "mni152_2mm" + + _ENTITY_SNAPSHOT_KEYS = { + "studyset": ("studyset_snapshot", "studyset", "cached_studyset"), + "annotation": ("annotation_snapshot", "annotation", "cached_annotation"), + } + _ENTITY_STORE_PATHS = { + "studyset": "studysets", + "annotation": "annotations", + } + _ENTITY_SNAPSHOT_PATHS = { + "studyset": "studysets", + "annotation": "annotations", + } + _ENTITY_NEUROSTORE_KEYS = { + "studyset": ("neurostore_studyset", "neurostore_studyset_id", "studyset"), + "annotation": ( + "neurostore_annotation", + "neurostore_annotation_id", + "annotation", + ), + } + _ENTITY_COMPOSE_PATHS = { + "studyset": "neurostore-studysets", + "annotation": "neurostore-annotations", + } + _ENTITY_COMPOSE_CHILD_KEYS = { + "studyset": "studysets", + "annotation": "annotations", + } + def __init__( self, meta_analysis_id, @@ -36,8 +68,16 @@ def __init__( ): # the meta-analysis id associated with this run self.meta_analysis_id = meta_analysis_id - - if environment == "staging": + if environment == "development": + self.compose_url = "https://dev.synth.neurostore.xyz/api" + self.store_url = "https://dev.neurostore.xyz/api" + self.reference_studysets = { + "neurosynth": gen_database_url("staging", "neurosynth"), + "neuroquery": gen_database_url("staging", "neuroquery"), + "neurostore": gen_database_url("staging", "neurostore"), + "neurostore_small": gen_database_url("staging", "neurostore_small"), + } + elif environment == "staging": # staging self.compose_url = "https://synth.neurostore.xyz/api" self.store_url = "https://neurostore.xyz/api" @@ -80,6 +120,10 @@ def __init__( self.cached_studyset = None self.cached_annotation = None self.cached_specification = None + self.existing_studyset_snapshot = None + self.existing_annotation_snapshot = None + self.existing_studyset_snapshot_id = None + self.existing_annotation_snapshot_id = None self.first_studyset = None self.second_studyset = None self.estimator = None @@ -113,67 +157,295 @@ def run_workflow(self, no_upload=False, n_cores=None): self.create_result_object() self.upload_results() - def download_bundle(self): - meta_analysis_resp = requests.get( - f"{self.compose_url}/meta-analyses/{self.meta_analysis_id}?nested=true" - ) + def _get_json(self, url, error_message): + response = requests.get(url) try: - meta_analysis_resp.raise_for_status() + response.raise_for_status() except requests.exceptions.HTTPError as e: - raise requests.exceptions.HTTPError( - f"Could not download meta-analysis {self.meta_analysis_id}" - ) from e - meta_analysis = meta_analysis_resp.json() - # meta_analysis = self.compose_api.meta_analyses_id_get( - # id=self.meta_analysis_id, nested=True - # ).to_dict() # does not currently return run_key + raise requests.exceptions.HTTPError(error_message) from e + return response.json() + + @staticmethod + def _unwrap_snapshot(payload): + current = payload + while isinstance(current, dict): + snapshot = current.get("snapshot") + if not isinstance(snapshot, dict): + snapshot = current.get("cached") + if not isinstance(snapshot, dict) or snapshot is current: + break + current = snapshot + return current if isinstance(current, dict) else None + + @staticmethod + def _extract_document_id(payload): + if isinstance(payload, str): + return payload + if isinstance(payload, dict): + payload_id = payload.get("id") + if isinstance(payload_id, str): + return payload_id + return None + + @staticmethod + def _is_studyset_snapshot(payload): + return isinstance(payload, dict) and isinstance(payload.get("studies"), list) + + @staticmethod + def _is_annotation_snapshot(payload): + return isinstance(payload, dict) and isinstance(payload.get("notes"), list) + + def _get_result_documents(self, meta_analysis): + result_documents = [] + seen_ids = set() + result_refs = list(meta_analysis.get("snapshots") or []) + result_refs.extend(meta_analysis.get("results") or []) + + for result_ref in reversed(result_refs): + if isinstance(result_ref, str): + result_id = result_ref + result_doc = None + elif isinstance(result_ref, dict): + result_id = result_ref.get("id") + result_doc = result_ref + else: + continue + + if result_id in seen_ids: + continue + if result_id is not None: + seen_ids.add(result_id) + + has_snapshot_payload = any( + isinstance(result_doc.get(key), dict) + for key in self._ENTITY_SNAPSHOT_KEYS["studyset"] + + self._ENTITY_SNAPSHOT_KEYS["annotation"] + ) if isinstance(result_doc, dict) else False + + if result_doc is None or (result_id is not None and not has_snapshot_payload): + if result_id is None: + continue + result_doc = self._get_json( + f"{self.compose_url}/meta-analysis-results/{result_id}", + f"Could not download meta-analysis result {result_id}", + ) - # check to see if studyset and annotation are cached - studyset_dict = annotation_dict = None - if meta_analysis["studyset"]: - studyset_dict = meta_analysis["studyset"]["snapshot"] - self.cached_studyset = ( - None if studyset_dict is None else studyset_dict.get("snapshot", None) - ) - if meta_analysis["annotation"]: - annotation_dict = meta_analysis["annotation"]["snapshot"] - self.cached_annotation = ( - None - if annotation_dict is None - else annotation_dict.get("snapshot", None) + result_documents.append(result_doc) + + return result_documents + + def _get_project_document(self, meta_analysis): + project = meta_analysis.get("project") + if isinstance(project, dict): + return project + if isinstance(project, str): + return self._get_json( + f"{self.compose_url}/projects/{project}", + f"Could not download project {project}", ) - # if either are not cached, download them from neurostore - if self.cached_studyset is None or self.cached_annotation is None: - cached_studyset_resp = requests.get( - ( - f"{self.store_url}/studysets/" - f"{meta_analysis['studyset']['neurostore_id']}?nested=true" - ) + return None + + def _get_entity_snapshot_record(self, entity_name, documents): + is_expected_snapshot = ( + self._is_studyset_snapshot + if entity_name == "studyset" + else self._is_annotation_snapshot + ) + for document in documents: + if not isinstance(document, dict): + continue + for key in self._ENTITY_SNAPSHOT_KEYS[entity_name]: + snapshot_document = document.get(key) + payload = self._unwrap_snapshot(snapshot_document) + if is_expected_snapshot(payload): + return payload, self._extract_document_id(snapshot_document) + snapshot_id = self._extract_document_id(snapshot_document) + if snapshot_id is None: + continue + try: + snapshot_document = self._get_json( + f"{self.compose_url}/{self._ENTITY_SNAPSHOT_PATHS[entity_name]}/{snapshot_id}", + f"Could not download {entity_name} snapshot {snapshot_id}", + ) + except requests.exceptions.HTTPError: + continue + payload = self._unwrap_snapshot(snapshot_document) + if is_expected_snapshot(payload): + return payload, self._extract_document_id(snapshot_document) or snapshot_id + return None, None + + @staticmethod + def _extract_neurostore_id(payload): + if isinstance(payload, str): + return payload + if isinstance(payload, dict): + neurostore_id = payload.get("neurostore_id") + if isinstance(neurostore_id, str): + return neurostore_id + payload_id = payload.get("id") + if isinstance(payload_id, str): + return payload_id + return None + + def _get_neurostore_id(self, entity_name, documents): + for document in documents: + if not isinstance(document, dict): + continue + for key in self._ENTITY_NEUROSTORE_KEYS[entity_name]: + neurostore_id = self._extract_neurostore_id(document.get(key)) + if neurostore_id is not None: + return neurostore_id + return None + + def _get_compose_neurostore_document(self, entity_name, documents): + compose_document = None + for document in documents: + if not isinstance(document, dict): + continue + for key in self._ENTITY_NEUROSTORE_KEYS[entity_name]: + payload = document.get(key) + if isinstance(payload, dict): + compose_document = payload + break + compose_id = self._extract_neurostore_id(payload) + if compose_id is not None: + compose_document = self._get_json( + f"{self.compose_url}/{self._ENTITY_COMPOSE_PATHS[entity_name]}/{compose_id}", + f"Could not download {entity_name} compose link {compose_id}", + ) + break + if compose_document is not None: + break + return compose_document + + def _get_compose_child_neurostore_id(self, entity_name, documents): + compose_document = self._get_compose_neurostore_document(entity_name, documents) + if not isinstance(compose_document, dict): + return None + child_key = self._ENTITY_COMPOSE_CHILD_KEYS[entity_name] + child_documents = compose_document.get(child_key) or [] + for child_document in child_documents: + child_id = self._extract_neurostore_id(child_document) + if child_id is not None: + return child_id + return None + + def _download_entity_from_store(self, entity_name, entity_id, documents): + try: + return self._get_json( + f"{self.store_url}/{self._ENTITY_STORE_PATHS[entity_name]}/{entity_id}" + f"{'?nested=true' if entity_name == 'studyset' else ''}", + f"Could not download {entity_name} {entity_id}", ) + except requests.exceptions.HTTPError as direct_error: + linked_entity_id = self._get_compose_child_neurostore_id(entity_name, documents) + if linked_entity_id is None or linked_entity_id == entity_id: + raise try: - cached_studyset_resp.raise_for_status() - except requests.exceptions.HTTPError as e: - raise requests.exceptions.HTTPError( - f"Could not download studyset {meta_analysis['studyset']['neurostore_id']}" - ) from e - self.cached_studyset = cached_studyset_resp.json() + return self._get_json( + f"{self.store_url}/{self._ENTITY_STORE_PATHS[entity_name]}/{linked_entity_id}" + f"{'?nested=true' if entity_name == 'studyset' else ''}", + f"Could not download {entity_name} {linked_entity_id}", + ) + except requests.exceptions.HTTPError: + raise direct_error + + def _collect_entity_records(self, documents): + records = {} + for entity_name in self._ENTITY_STORE_PATHS: + snapshot, snapshot_id = self._get_entity_snapshot_record(entity_name, documents) + records[entity_name] = { + "snapshot": snapshot, + "snapshot_id": snapshot_id, + "neurostore_id": self._get_neurostore_id(entity_name, documents), + } + return records + + def _apply_entity_records(self, records): + self.existing_studyset_snapshot = records["studyset"]["snapshot"] + self.existing_studyset_snapshot_id = records["studyset"]["snapshot_id"] + self.existing_annotation_snapshot = records["annotation"]["snapshot"] + self.existing_annotation_snapshot_id = records["annotation"]["snapshot_id"] + + @staticmethod + def _snapshot_md5(payload): + serialized_payload = json.dumps( + payload, + sort_keys=True, + separators=(",", ":"), + ) + return hashlib.md5(serialized_payload.encode("utf-8")).hexdigest() + + def _should_link_existing_snapshot(self, live_payload, existing_payload, existing_id): + if existing_id is None or existing_payload is None: + return False + return self._snapshot_md5(live_payload) == self._snapshot_md5(existing_payload) + + def download_bundle(self): + meta_analysis = self._get_json( + f"{self.compose_url}/meta-analyses/{self.meta_analysis_id}?nested=true", + f"Could not download meta-analysis {self.meta_analysis_id}", + ) + # meta_analysis = self.compose_api.meta_analyses_id_get( + # id=self.meta_analysis_id, nested=True + # ).to_dict() # does not currently return run_key - cached_annotation_resp = requests.get( - ( - f"{self.store_url}/annotations/" - f"{meta_analysis['annotation']['neurostore_id']}" + documents = [meta_analysis] + entity_records = self._collect_entity_records(documents) + self._apply_entity_records(entity_records) + neurostore_documents = list(documents) + should_fetch_result_documents = any( + record["snapshot"] is None or record["neurostore_id"] is None + for record in entity_records.values() + ) + if should_fetch_result_documents: + result_documents = self._get_result_documents(meta_analysis) + if result_documents: + documents.extend(result_documents) + neurostore_documents = list(documents) + entity_records = self._collect_entity_records(documents) + self._apply_entity_records(entity_records) + + if any(record["neurostore_id"] is None for record in entity_records.values()): + project_document = self._get_project_document(meta_analysis) + neurostore_documents.append(project_document) + entity_records = self._collect_entity_records(neurostore_documents) + self._apply_entity_records(entity_records) + + if all(record["neurostore_id"] is not None for record in entity_records.values()): + try: + self.cached_studyset = self._download_entity_from_store( + "studyset", + entity_records["studyset"]["neurostore_id"], + neurostore_documents, + ) + self.cached_annotation = self._download_entity_from_store( + "annotation", + entity_records["annotation"]["neurostore_id"], + neurostore_documents, ) + self.cached = False + except requests.exceptions.RequestException: + if ( + self.existing_studyset_snapshot is None + or self.existing_annotation_snapshot is None + ): + raise + self.cached_studyset = self.existing_studyset_snapshot + self.cached_annotation = self.existing_annotation_snapshot + self.cached = True + elif ( + self.existing_studyset_snapshot is not None + and self.existing_annotation_snapshot is not None + ): + self.cached_studyset = self.existing_studyset_snapshot + self.cached_annotation = self.existing_annotation_snapshot + self.cached = True + else: + raise ValueError( + "Could not resolve studyset and annotation sources for " + f"{self.meta_analysis_id}" ) - try: - cached_annotation_resp.raise_for_status() - except requests.exceptions.HTTPError as e: - raise requests.exceptions.HTTPError( - f"Could not download annotation {meta_analysis['annotation']['neurostore_id']}" - ) from e - - self.cached_annotation = cached_annotation_resp.json() - # set cached to false - self.cached = False # retrieve specification self.cached_specification = meta_analysis["specification"] @@ -265,7 +537,7 @@ def apply_filter(self, studyset, annotation): # Load the JSON data into a dictionary reference_studyset_dict = json.loads(json_data) - reference_studyset = Studyset(reference_studyset_dict) + reference_studyset = Studyset(reference_studyset_dict, target=self._TARGET_SPACE) del reference_studyset_dict # get study ids from studyset @@ -289,7 +561,7 @@ def apply_filter(self, studyset, annotation): return first_studyset, second_studyset def process_bundle(self, n_cores=None): - studyset = Studyset(self.cached_studyset) + studyset = Studyset(self.cached_studyset, target=self._TARGET_SPACE) annotation = Annotation(self.cached_annotation, studyset) first_studyset, second_studyset = self.apply_filter(studyset, annotation) estimator, corrector = self.load_specification(n_cores=n_cores) @@ -299,21 +571,36 @@ def process_bundle(self, n_cores=None): self.corrector = corrector def create_result_object(self): - # take a snapshot of the studyset and annotation (before running the workflow) headers = {"Compose-Upload-Key": self.nsc_key} data = {"meta_analysis_id": self.meta_analysis_id} - if not self.cached: - data.update( - { - "studyset_snapshot": self.cached_studyset, - "annotation_snapshot": self.cached_annotation, - } - ) + entity_payloads = { + "studyset": ( + self.cached_studyset, + self.existing_studyset_snapshot, + self.existing_studyset_snapshot_id, + ), + "annotation": ( + self.cached_annotation, + self.existing_annotation_snapshot, + self.existing_annotation_snapshot_id, + ), + } + for entity_name, (live_payload, existing_payload, existing_id) in entity_payloads.items(): + if self._should_link_existing_snapshot( + live_payload, + existing_payload, + existing_id, + ): + data[f"cached_{entity_name}"] = existing_id + else: + data[f"{entity_name}_snapshot"] = live_payload + resp = requests.post( f"{self.compose_url}/meta-analysis-results", json=data, headers=headers, ) + resp.raise_for_status() self.result_id = resp.json().get("id", None) if self.result_id is None: raise ValueError(f"Could not create result for {self.meta_analysis_id}") @@ -340,7 +627,9 @@ def run_meta_analysis(self): self.meta_results = workflow.fit(self.first_studyset) else: raise ValueError( - f"Estimator {self.estimator} and studysets {self.first_studyset} and {self.second_studyset} are not compatible." + "Estimator " + f"{self.estimator} and studysets {self.first_studyset} and " + f"{self.second_studyset} are not compatible." ) self._persist_meta_results() diff --git a/compose_runner/tests/cassettes/test_run/test_download_bundle.yaml b/compose_runner/tests/cassettes/test_run/test_download_bundle.yaml index 0e0078d..1879493 100644 --- a/compose_runner/tests/cassettes/test_run/test_download_bundle.yaml +++ b/compose_runner/tests/cassettes/test_run/test_download_bundle.yaml @@ -961,4 +961,4643 @@ interactions: status: code: 200 message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/studysets/n5zg69u5T4tM?nested=true + response: + body: + string: '{"created_at": "2023-05-23T20:14:51.545431+00:00", "description": "", + "doi": null, "id": "n5zg69u5T4tM", "name": "Studyset for test", "pmid": null, + "publication": null, "studies": [{"analyses": [{"conditions": [], "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "95c2k6ff2Pfh", + "images": [], "name": "37742", "points": [{"analysis": "95c2k6ff2Pfh", "coordinates": + [3.0, 4.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "95c2k6ff2Pfh", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4oVpCmnXRm5L", "label": "37742", "level": "group", "updated_at": null}], + "id": "4YxE46FqgFZX", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "95c2k6ff2Pfh", "coordinates": [6.0, 7.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "95c2k6ff2Pfh", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6P2VabqMfkQC", "label": "37742", "level": "group", "updated_at": null}], + "id": "7Kau8V3JAMAG", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "95c2k6ff2Pfh", "coordinates": [7.0, 18.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "95c2k6ff2Pfh", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5W9RjR4aYzQf", "label": "37742", "level": "group", "updated_at": null}], + "id": "3f2DGtrmyiWS", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "95c2k6ff2Pfh", "coordinates": [7.0, 18.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "95c2k6ff2Pfh", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6HxiGzcs263e", "label": "37742", "level": "group", "updated_at": null}], + "id": "4inMEKCFjxrS", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "xQhZkTxtHGZH", "updated_at": null, "user": null, "weights": []}], "authors": + "Lee TM, Liu HL, Hoosain R, Liao WT, Wu CT, Yuen KS, Chan CC, Fox PT, Gao + JH", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1016/S0304-3940(02)00965-5", "id": "xQhZkTxtHGZH", "metadata": + null, "name": "Gender differences in neural correlates of recognition of happy + and sad faces in humans assessed by functional magnetic resonance imaging.", + "pmid": "12401549", "publication": "Neuroscience letters", "source": "neurosynth", + "source_id": "12401549", "source_updated_at": null, "updated_at": null, "user": + null, "year": 2002}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "6tyc7jYAVweq", "images": [], "name": "29444", + "points": [{"analysis": "6tyc7jYAVweq", "coordinates": [0.0, 14.0, 26.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7novqM5SEYsX", + "label": "29444", "level": "group", "updated_at": null}], "id": "5NAGQpoACrVA", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [16.0, 34.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6truFgexrEt4", "label": "29444", "level": "group", "updated_at": null}], + "id": "pSNnRZn8BRx5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [0.0, 28.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7yC255DYGPoE", "label": "29444", "level": "group", "updated_at": null}], + "id": "3pNjRLrT7iDm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-12.0, 40.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7eWHG4op4cQX", "label": "29444", "level": "group", "updated_at": null}], + "id": "7HJ3knFBt6ce", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [4.0, 28.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "32euDTFhFr3e", "label": "29444", "level": "group", "updated_at": null}], + "id": "3AZKYMmU6Ey2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [24.0, 0.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7bitMfzMy9BF", "label": "29444", "level": "group", "updated_at": null}], + "id": "LX2KJNPV5mF6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-2.0, -4.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5raUsTLUDHiZ", "label": "29444", "level": "group", "updated_at": null}], + "id": "4x9Rsd55QXgM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-20.0, -6.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3QuVvg4zBvpi", "label": "29444", "level": "group", "updated_at": null}], + "id": "3ddMsnY5x5Mi", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [22.0, 0.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5Mj5U3VHDFRE", "label": "29444", "level": "group", "updated_at": null}], + "id": "6iKqmvtDEXrr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-8.0, 2.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6bfAVcdsH3Kv", "label": "29444", "level": "group", "updated_at": null}], + "id": "8Fo6ubQMN7Bc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-8.0, 38.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5iYfej3Mtb4d", "label": "29444", "level": "group", "updated_at": null}], + "id": "7Z5LjYrdsrnb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-14.0, 48.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "54BCUcPTJUYu", "label": "29444", "level": "group", "updated_at": null}], + "id": "7BMRcYD6hegT", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [14.0, 48.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4HRyoXat6ppf", "label": "29444", "level": "group", "updated_at": null}], + "id": "5KecXf7K2L6B", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-10.0, 38.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5k5gZmBuQepT", "label": "29444", "level": "group", "updated_at": null}], + "id": "4uPRi8zYbHTw", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-28.0, -6.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "CcDB3N9LQBaG", "label": "29444", "level": "group", "updated_at": null}], + "id": "LyUGVxjDNnGz", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-8.0, 38.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "44GiSYckhgSw", "label": "29444", "level": "group", "updated_at": null}], + "id": "4g6c2nyPqT3d", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [-14.0, 44.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5hP6thbkDtWy", "label": "29444", "level": "group", "updated_at": null}], + "id": "6Ffeuqz7Yc9R", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6tyc7jYAVweq", "coordinates": [12.0, 38.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "Rq9rgnQPugvK", "label": "29444", "level": "group", "updated_at": null}], + "id": "34nWrfnr8RjD", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "6qJcQ74oipDU", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "gV3e93K3akeu", "images": [], "name": "29445", "points": [{"analysis": + "gV3e93K3akeu", "coordinates": [24.0, -88.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3TVn4QdBPJ2j", "label": "29445", "level": "group", "updated_at": null}], + "id": "eGNwQXeM26Hr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "gV3e93K3akeu", "coordinates": [46.0, -56.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "39SakAzkB4RU", "label": "29445", "level": "group", "updated_at": null}], + "id": "6j2aUQYWASfD", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "gV3e93K3akeu", "coordinates": [-46.0, -82.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "889jc7cWPdPn", "label": "29445", "level": "group", "updated_at": null}], + "id": "5BX2HVLwQHLm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "gV3e93K3akeu", "coordinates": [-38.0, -52.0, -32.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7u5V6nwij5sX", "label": "29445", "level": "group", "updated_at": null}], + "id": "y2cuS2GDeFZk", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "gV3e93K3akeu", "coordinates": [6.0, -82.0, -40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7cY5KNRjcvPp", "label": "29445", "level": "group", "updated_at": null}], + "id": "6uhZ6u7tyPix", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "gV3e93K3akeu", "coordinates": [50.0, -48.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4iPf5gT77WG8", "label": "29445", "level": "group", "updated_at": null}], + "id": "55ZabhZK9akT", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "gV3e93K3akeu", "coordinates": [48.0, -74.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7oN6KGEKnnVq", "label": "29445", "level": "group", "updated_at": null}], + "id": "4CwwpDkhkoga", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "gV3e93K3akeu", "coordinates": [8.0, -68.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "54EBaQT3t6uD", "label": "29445", "level": "group", "updated_at": null}], + "id": "5TtzcZzpmJVx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "6qJcQ74oipDU", "updated_at": null, "user": null, "weights": []}], "authors": + "Killgore WD, Yurgelun-Todd DA", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2003.12.033", "id": "6qJcQ74oipDU", + "metadata": null, "name": "Activation of the amygdala and anterior cingulate + during nonconscious processing of sad versus happy faces.", "pmid": "15050549", + "publication": "NeuroImage", "source": "neurosynth", "source_id": "15050549", + "source_updated_at": null, "updated_at": null, "user": null, "year": 2004}, + {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "8KgV3ZUBnouD", "images": [], "name": "29803", + "points": [{"analysis": "8KgV3ZUBnouD", "coordinates": [16.0, -44.0, 56.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "VVPKsTB2ySrL", + "label": "29803", "level": "group", "updated_at": null}], "id": "7pMondFRzdLm", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-30.0, -30.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6vYT58os8ALJ", "label": "29803", "level": "group", "updated_at": null}], + "id": "4Z7egLm2CBTf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-44.0, -70.0, 34.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4933PGBRiJmt", "label": "29803", "level": "group", "updated_at": null}], + "id": "EzSuWGmbGFuk", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-54.0, -10.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5wZtfYWNqjQs", "label": "29803", "level": "group", "updated_at": null}], + "id": "7HoUhGLXAoc5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-4.0, -50.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "w6Rb97j8chm6", "label": "29803", "level": "group", "updated_at": null}], + "id": "gpEeWzm5nREL", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-26.0, -18.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "DoSuoXQuoVby", "label": "29803", "level": "group", "updated_at": null}], + "id": "5CMrbDqWpENi", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-4.0, 34.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "67XPkqhLFCqq", "label": "29803", "level": "group", "updated_at": null}], + "id": "63LZrfVGCTkR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [14.0, -40.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4f7TCkDCGVhi", "label": "29803", "level": "group", "updated_at": null}], + "id": "4jKdtD9qQzdX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-40.0, 38.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4W58ooNjAH2h", "label": "29803", "level": "group", "updated_at": null}], + "id": "82Uwkqgnkyp3", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-12.0, 56.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6rUrM4ZxoYwE", "label": "29803", "level": "group", "updated_at": null}], + "id": "r6cYFNaTebF9", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-10.0, 56.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6gRbpo2C3Z9t", "label": "29803", "level": "group", "updated_at": null}], + "id": "7bLmPhG5diWP", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-54.0, -6.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6rRwF9f97GGR", "label": "29803", "level": "group", "updated_at": null}], + "id": "78ztePgyguV7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-54.0, -32.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5QDT38RtrNgG", "label": "29803", "level": "group", "updated_at": null}], + "id": "7Wy55sBZP6mP", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-44.0, -58.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4LDLohRQctMv", "label": "29803", "level": "group", "updated_at": null}], + "id": "6WJGXYQRbLeW", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-22.0, 22.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5jjqB6J934oQ", "label": "29803", "level": "group", "updated_at": null}], + "id": "ebAfnXeFWpGh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-6.0, -64.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6WeTrXPmxJLh", "label": "29803", "level": "group", "updated_at": null}], + "id": "5tTpPbHrJ4sd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-34.0, -10.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6HXnnXk4qa7u", "label": "29803", "level": "group", "updated_at": null}], + "id": "DoT9vJuDpA9d", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-26.0, 8.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6AmpmDkBLMc4", "label": "29803", "level": "group", "updated_at": null}], + "id": "5yDxjh2nbajb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [24.0, -42.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7msoaHvKsasy", "label": "29803", "level": "group", "updated_at": null}], + "id": "8C5ujUDpCPSa", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-38.0, -28.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6tdctCLN4t87", "label": "29803", "level": "group", "updated_at": null}], + "id": "7FDXtmGCRFQF", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-24.0, 28.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "66PknSdjXbNJ", "label": "29803", "level": "group", "updated_at": null}], + "id": "5T2B8TrgiPV9", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KgV3ZUBnouD", "coordinates": [-30.0, 12.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4DWoUqubVyR4", "label": "29803", "level": "group", "updated_at": null}], + "id": "6Qm3GzihQcBd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "85PTzT2hpjSH", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "5nbDXoWuULds", "images": [], "name": "29804", "points": [{"analysis": + "5nbDXoWuULds", "coordinates": [-30.0, 16.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4ydKrB9qPjMp", "label": "29804", "level": "group", "updated_at": null}], + "id": "5XkkX5yKnniu", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [30.0, 18.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "RDQyPs8WtyaG", "label": "29804", "level": "group", "updated_at": null}], + "id": "4bZahrjmSoYs", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [-6.0, 36.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4HydRH2fFxrn", "label": "29804", "level": "group", "updated_at": null}], + "id": "5sN7Jadt5sYM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [40.0, -20.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6zFpNuThpTTF", "label": "29804", "level": "group", "updated_at": null}], + "id": "6JmYe22EnsK9", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [46.0, -24.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3aaKsVNaYT6j", "label": "29804", "level": "group", "updated_at": null}], + "id": "73TGtSL6aykb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [-64.0, -22.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4ZsNqMcj6ByG", "label": "29804", "level": "group", "updated_at": null}], + "id": "8LKj6VBr8ZWu", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [22.0, 22.0, 36.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7nunhf8U6Szt", "label": "29804", "level": "group", "updated_at": null}], + "id": "7oUV5AkGRjzH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [-14.0, -20.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3jKCrSo3R56d", "label": "29804", "level": "group", "updated_at": null}], + "id": "8474RhrGpB9b", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [14.0, -42.0, -30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3FCAnBs9Scd7", "label": "29804", "level": "group", "updated_at": null}], + "id": "7hsH5F3C7vsc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [-22.0, -36.0, -30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5fqxEmpUSrEh", "label": "29804", "level": "group", "updated_at": null}], + "id": "5XFevWAWJPDT", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5nbDXoWuULds", "coordinates": [-36.0, -28.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "359cbncVUyT7", "label": "29804", "level": "group", "updated_at": null}], + "id": "6J2fgYTJfN2f", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "85PTzT2hpjSH", "updated_at": null, "user": null, "weights": []}], "authors": + "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2005.01.014", "id": "85PTzT2hpjSH", + "metadata": null, "name": "Same or different? Neural correlates of happy and + sad mood in healthy males.", "pmid": "15862220", "publication": "NeuroImage", + "source": "neurosynth", "source_id": "15862220", "source_updated_at": null, + "updated_at": null, "user": null, "year": 2005}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "7BRmUpYpiCPE", "images": [], "name": "14799", "points": [{"analysis": + "7BRmUpYpiCPE", "coordinates": [45.0, 25.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4amyPfX5JsNs", "label": "14799", "level": "group", "updated_at": null}], + "id": "45su6L6aEJuY", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [42.0, 4.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "CvshX2eFJU2Z", "label": "14799", "level": "group", "updated_at": null}], + "id": "4EcrU4Mifcx8", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [57.0, -17.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6dVxqWjz3utN", "label": "14799", "level": "group", "updated_at": null}], + "id": "62KkbjgmCN9o", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [11.0, 48.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6ZzKFtAjPzTj", "label": "14799", "level": "group", "updated_at": null}], + "id": "5RgWZMZh8vBi", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-25.0, 31.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4v63PjZHn7kP", "label": "14799", "level": "group", "updated_at": null}], + "id": "74ZPcZvKpagN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [34.0, -40.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3p8dw4koE5dq", "label": "14799", "level": "group", "updated_at": null}], + "id": "7cGkvxVNN7Ex", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-40.0, 43.0, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4unqK689wqZK", "label": "14799", "level": "group", "updated_at": null}], + "id": "CqPSKUdKDoaD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [44.0, -30.0, 36.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6t8PX8oERw5v", "label": "14799", "level": "group", "updated_at": null}], + "id": "7VuNBTtyPRYs", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [14.0, -82.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6jawbSkfEgf4", "label": "14799", "level": "group", "updated_at": null}], + "id": "87pqkzhfVUxN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-2.0, -32.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6wEinxYBseAx", "label": "14799", "level": "group", "updated_at": null}], + "id": "3VnTxH3foLoC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [47.0, 3.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "63n6w3i6tMG5", "label": "14799", "level": "group", "updated_at": null}], + "id": "5nyhRReiUGcA", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [10.0, 51.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7J7KXXJrwEy8", "label": "14799", "level": "group", "updated_at": null}], + "id": "4guGK8TdFS8z", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [1.0, -27.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7gQkvDfk9cCP", "label": "14799", "level": "group", "updated_at": null}], + "id": "cu73FwmZmfLF", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-41.0, -2.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "zayNHesSgp3n", "label": "14799", "level": "group", "updated_at": null}], + "id": "4YAdHtgw9sLr", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-1.0, 33.0, 51.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7tGDzujAYiGU", "label": "14799", "level": "group", "updated_at": null}], + "id": "6H3yjuhNE5Ap", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-36.0, 43.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4ZyHMELnsbbC", "label": "14799", "level": "group", "updated_at": null}], + "id": "56SJ8X28hSCM", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [34.0, -17.0, 35.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "Pvd5nh5oNVvd", "label": "14799", "level": "group", "updated_at": null}], + "id": "55By8yLPYTFP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-33.0, -11.0, 29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8AzHZGw6Qdb9", "label": "14799", "level": "group", "updated_at": null}], + "id": "BW2Ysod4NhZD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-16.0, -83.0, -30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4kBC7pZhmwpk", "label": "14799", "level": "group", "updated_at": null}], + "id": "37FYTVL7wRTG", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-26.0, -37.0, 36.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7cXjqpuFN6Hy", "label": "14799", "level": "group", "updated_at": null}], + "id": "3u78nfhd9sPf", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7BRmUpYpiCPE", "coordinates": [-27.0, -49.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7ou2Rqbqq6cY", "label": "14799", "level": "group", "updated_at": null}], + "id": "3tWKErBQ8nAm", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "3NK8yHeevRct", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "4hZswu6NM87F", "images": [], "name": "14800", "points": [{"analysis": + "4hZswu6NM87F", "coordinates": [-41.0, 32.0, -9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4hZswu6NM87F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7CQDouVcXVHQ", "label": "14800", "level": "group", "updated_at": null}], + "id": "Ce3JK85nZSAP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hZswu6NM87F", "coordinates": [47.0, 16.0, 7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4hZswu6NM87F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "a4pdnV4W8Cip", "label": "14800", "level": "group", "updated_at": null}], + "id": "5Ew8Xf8zaUWv", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hZswu6NM87F", "coordinates": [34.0, -31.0, -5.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4hZswu6NM87F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4ipLPHZkAywe", "label": "14800", "level": "group", "updated_at": null}], + "id": "qxmmEwL8F85G", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hZswu6NM87F", "coordinates": [-5.0, 60.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4hZswu6NM87F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "wXANfZPnYACx", "label": "14800", "level": "group", "updated_at": null}], + "id": "9ijz8CHqhZaD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hZswu6NM87F", "coordinates": [10.0, 50.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4hZswu6NM87F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8J8bVePiHvbn", "label": "14800", "level": "group", "updated_at": null}], + "id": "7jvVf4nw7ph7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "3NK8yHeevRct", "updated_at": null, "user": null, "weights": []}], "authors": + "Keedwell PA, Andrew C, Williams SC, Brammer MJ, Phillips ML", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.biopsych.2005.04.035", + "id": "3NK8yHeevRct", "metadata": null, "name": "A double dissociation of + ventromedial prefrontal cortical responses to sad and happy stimuli in depressed + and healthy individuals.", "pmid": "15993859", "publication": "Biological + psychiatry", "source": "neurosynth", "source_id": "15993859", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2005}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "3r8sCMStLUTc", "images": [], "name": "21622", "points": [{"analysis": + "3r8sCMStLUTc", "coordinates": [3.1, -21.9, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4fC9472YAPU9", "label": "21622", "level": "group", "updated_at": null}], + "id": "6jUFCnuG27ta", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-20.0, -8.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4Sd4JcaLqjxY", "label": "21622", "level": "group", "updated_at": null}], + "id": "7FYLA84V8Sep", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [0.9, -19.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3SjcRQ62PUdA", "label": "21622", "level": "group", "updated_at": null}], + "id": "56U2igD9cYMy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [3.0, -18.5, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3SipbwLM7XFq", "label": "21622", "level": "group", "updated_at": null}], + "id": "4PgN6kjJDdjw", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [7.7, -16.3, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8H2eig62fPxo", "label": "21622", "level": "group", "updated_at": null}], + "id": "4qTRrt66iw9D", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [4.2, -5.1, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6oWKawcVrTsw", "label": "21622", "level": "group", "updated_at": null}], + "id": "7rnABWSmA5ZY", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [0.5, -26.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5BeS3FC7WuXg", "label": "21622", "level": "group", "updated_at": null}], + "id": "6munF7d4BXPt", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [3.2, 3.1, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "G7DEpoXkdZWz", "label": "21622", "level": "group", "updated_at": null}], + "id": "5raxnsGPTd8H", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [2.7, 5.9, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "so5RTB878Nno", "label": "21622", "level": "group", "updated_at": null}], + "id": "ppkYXQaPspze", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [8.6, 11.3, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3j6raYVWYyVq", "label": "21622", "level": "group", "updated_at": null}], + "id": "3tKrdRuK4v6n", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [4.6, 11.2, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7PPdweMvuVpC", "label": "21622", "level": "group", "updated_at": null}], + "id": "7XZnR8Ef5M2d", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-10.7, 6.7, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "ssUEwvB5DasK", "label": "21622", "level": "group", "updated_at": null}], + "id": "ZkfPw9qKHhnF", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [23.0, -30.8, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7TXgD9PMwd7f", "label": "21622", "level": "group", "updated_at": null}], + "id": "4coV6ZhvfRq2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-0.3, -6.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "58K8isiugeFi", "label": "21622", "level": "group", "updated_at": null}], + "id": "6y2JNw5QY4UR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [18.1, -27.9, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8HMTnRdUU8MG", "label": "21622", "level": "group", "updated_at": null}], + "id": "6uhqH8zkrdvB", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [14.4, 7.2, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "w5X57xAXJCo3", "label": "21622", "level": "group", "updated_at": null}], + "id": "7ueXeUTkDsZE", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [13.7, -25.2, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8Dn5xEHqEaWh", "label": "21622", "level": "group", "updated_at": null}], + "id": "6y9sTDsgpkgX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [12.2, -24.7, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3G9AA2EtUntn", "label": "21622", "level": "group", "updated_at": null}], + "id": "3cJ3L4C6Lkf4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [3.0, -11.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4mGngruRNcYq", "label": "21622", "level": "group", "updated_at": null}], + "id": "7MQxk5Ejb29c", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-17.2, -10.8, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6SgYgqBBMMif", "label": "21622", "level": "group", "updated_at": null}], + "id": "5aq64bQrc6Ph", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-7.1, -9.4, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "39PDyCj6FxGB", "label": "21622", "level": "group", "updated_at": null}], + "id": "7FFXevWtsex7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-37.9, 0.6, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "88aXbSxeddSZ", "label": "21622", "level": "group", "updated_at": null}], + "id": "3JPwjzeHUSGr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-35.1, -6.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5eCRH46VPXay", "label": "21622", "level": "group", "updated_at": null}], + "id": "5q6RXNzBNPVy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-31.7, -3.5, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5bcXmqFLPv2Q", "label": "21622", "level": "group", "updated_at": null}], + "id": "5cvRPDkcdbW6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-29.7, -31.7, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4vXjXfvZreK6", "label": "21622", "level": "group", "updated_at": null}], + "id": "4Jnoc3SaMdqh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-27.3, -21.5, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4bBH47orGGpo", "label": "21622", "level": "group", "updated_at": null}], + "id": "5CjCnFJhL2wJ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-36.7, -35.3, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5rTQYjBYapka", "label": "21622", "level": "group", "updated_at": null}], + "id": "63Fv52zawfoA", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-0.4, -5.8, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7D4ZMN4nu5RB", "label": "21622", "level": "group", "updated_at": null}], + "id": "7R4eodQYQrUp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-30.4, -20.3, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5kz2hP9L8HZ5", "label": "21622", "level": "group", "updated_at": null}], + "id": "6esExgZ49aAQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-37.8, -35.5, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "Mf7fC8iQnrty", "label": "21622", "level": "group", "updated_at": null}], + "id": "Ty2F8o2qFnK5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-3.3, -25.3, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5STyR8RbnetC", "label": "21622", "level": "group", "updated_at": null}], + "id": "82FKowmQWDkU", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [24.2, -2.1, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4gCNYDfcZxPH", "label": "21622", "level": "group", "updated_at": null}], + "id": "4DtJfZem6yzz", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [17.1, -11.9, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4tGvuL8gNdX3", "label": "21622", "level": "group", "updated_at": null}], + "id": "4x6ZTCqnAtvq", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [17.2, -8.2, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5jbspCRGL427", "label": "21622", "level": "group", "updated_at": null}], + "id": "7g8TxNhGY9X2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [18.2, -7.7, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7SPHepep8eu5", "label": "21622", "level": "group", "updated_at": null}], + "id": "5UtUNaqFArTf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [27.0, 0.3, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6fo5tc5Jnbph", "label": "21622", "level": "group", "updated_at": null}], + "id": "GyFJmREYwo2R", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [5.0, -19.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7QnsZePSTnUu", "label": "21622", "level": "group", "updated_at": null}], + "id": "WaQWhHRWbTfD", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [-10.6, -11.5, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3ayvnxzQvXdr", "label": "21622", "level": "group", "updated_at": null}], + "id": "fnXaG6YJ62Rd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [4.8, -18.4, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6CjQLkRFzvb8", "label": "21622", "level": "group", "updated_at": null}], + "id": "82c4mBmSvR9A", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3r8sCMStLUTc", "coordinates": [25.2, -0.2, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6ZeNGpLVP25k", "label": "21622", "level": "group", "updated_at": null}], + "id": "7WSFTHLF7xJM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "3f6YK9Z83mU3", "updated_at": null, "user": null, "weights": []}], "authors": + "Chakrabarti B, Kent L, Suckling J, Bullmore E, Baron-Cohen S", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1111/j.1460-9568.2006.04697.x", + "id": "3f6YK9Z83mU3", "metadata": null, "name": "Variations in the human cannabinoid + receptor (CNR1) gene modulate striatal responses to happy faces.", "pmid": + "16623851", "publication": "The European journal of neuroscience", "source": + "neurosynth", "source_id": "16623851", "source_updated_at": null, "updated_at": + null, "user": null, "year": 2006}, {"analyses": [{"conditions": [], "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "3mcbMoCsoXNN", + "images": [], "name": "23598", "points": [{"analysis": "3mcbMoCsoXNN", "coordinates": + [-12.0, -48.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7cFc2okArVfd", "label": "23598", "level": "group", "updated_at": null}], + "id": "7YtioY3e9QwV", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [-14.0, -46.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "KfBoSRx6pGkV", "label": "23598", "level": "group", "updated_at": null}], + "id": "haa9LxmuNjoX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [8.0, 4.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7gzJrLbKyCXW", "label": "23598", "level": "group", "updated_at": null}], + "id": "4kH5AGVFviGW", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [-12.0, 14.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7LvoPLvQywgR", "label": "23598", "level": "group", "updated_at": null}], + "id": "364vJgvW2oeN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [-4.0, -28.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3wsDbRAeBQLF", "label": "23598", "level": "group", "updated_at": null}], + "id": "nBsVkmKHeSPQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [-4.0, -12.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "69tzH2Das7jW", "label": "23598", "level": "group", "updated_at": null}], + "id": "4ECa8aFHKQyx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [-10.0, 38.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3guLxQ2TyzW2", "label": "23598", "level": "group", "updated_at": null}], + "id": "6GrLzDJsHWPB", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [-20.0, 32.0, 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4edYBtBeBtwQ", "label": "23598", "level": "group", "updated_at": null}], + "id": "3U3rGfPdAfro", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [46.0, -16.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7aaoQa7XkPFm", "label": "23598", "level": "group", "updated_at": null}], + "id": "3M8Qs46ie6jE", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [-54.0, -34.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "siPHcNnLcts4", "label": "23598", "level": "group", "updated_at": null}], + "id": "4Z5x9rMyW65J", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3mcbMoCsoXNN", "coordinates": [-8.0, -26.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "77CAhy9BqLgj", "label": "23598", "level": "group", "updated_at": null}], + "id": "7D6TQPznrfTF", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "4xXMASGQSwyj", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "7afo3nCCDWtT", "images": [], "name": "23599", "points": [{"analysis": + "7afo3nCCDWtT", "coordinates": [48.0, -20.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5JNDc8crHGiF", "label": "23599", "level": "group", "updated_at": null}], + "id": "78VQGVTTJ8qa", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7afo3nCCDWtT", "coordinates": [-14.0, -52.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5eqLDDf2yVha", "label": "23599", "level": "group", "updated_at": null}], + "id": "4ZexzcFKF4UK", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7afo3nCCDWtT", "coordinates": [-12.0, 14.0, 56.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4PSu8vs2Mmrw", "label": "23599", "level": "group", "updated_at": null}], + "id": "3mLJgJ3eJNBp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7afo3nCCDWtT", "coordinates": [-14.0, -32.0, 40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4BwmymbasfRc", "label": "23599", "level": "group", "updated_at": null}], + "id": "89kyxGFKu9Sc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7afo3nCCDWtT", "coordinates": [20.0, -15.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8HjS3vcUnrwF", "label": "23599", "level": "group", "updated_at": null}], + "id": "6WxkMboWs97W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7afo3nCCDWtT", "coordinates": [60.0, 6.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "87XDRLitA25r", "label": "23599", "level": "group", "updated_at": null}], + "id": "uF2vFu8D7p9m", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7afo3nCCDWtT", "coordinates": [-40.0, -32.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7vj9koS9TXk4", "label": "23599", "level": "group", "updated_at": null}], + "id": "Tt4vy9gtafE8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "4xXMASGQSwyj", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "5EYKv2cPMveB", "images": [], "name": "23600", "points": [{"analysis": + "5EYKv2cPMveB", "coordinates": [-36.0, -30.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5EYKv2cPMveB", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6MVgbSbMm7ob", "label": "23600", "level": "group", "updated_at": null}], + "id": "8AHiUaTXhhST", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5EYKv2cPMveB", "coordinates": [-56.0, -36.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5EYKv2cPMveB", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "637EdBWMc6FV", "label": "23600", "level": "group", "updated_at": null}], + "id": "7B8nJpwCvKik", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "4xXMASGQSwyj", "updated_at": null, "user": null, "weights": []}], "authors": + "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1002/hbm.20337", + "id": "4xXMASGQSwyj", "metadata": null, "name": "A functional MRI study of + happy and sad affective states induced by classical music.", "pmid": "17290372", + "publication": "Human brain mapping", "source": "neurosynth", "source_id": + "17290372", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2007}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "3BKoPowaKTaL", "images": [], "name": "41528", + "points": [{"analysis": "3BKoPowaKTaL", "coordinates": [3.0, -63.0, 9.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3xzoiPAcAYVc", + "label": "41528", "level": "group", "updated_at": null}], "id": "4ZsCQ2yV8VjH", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": + null, "user": null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": + [-7.0, -59.0, 5.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4MW4nfzv7tMy", "label": "41528", "level": "group", "updated_at": null}], + "id": "7AZ46mHFQmfY", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "3BKoPowaKTaL", "coordinates": [-40.0, -4.0, 53.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5pnmG6C3L3Cd", "label": "41528", "level": "group", "updated_at": null}], + "id": "73NaJm88yu76", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "3BKoPowaKTaL", "coordinates": [-58.0, -41.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6QZLUfqzWFzh", "label": "41528", "level": "group", "updated_at": null}], + "id": "3pZ5WRkf8DuA", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "3BKoPowaKTaL", "coordinates": [-22.0, -70.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7LCokqARX4nw", "label": "41528", "level": "group", "updated_at": null}], + "id": "6hTdqZC4DUhb", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "3BKoPowaKTaL", "coordinates": [25.0, -69.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "83bzcZJ6JL6f", "label": "41528", "level": "group", "updated_at": null}], + "id": "5SvUyXwpcpU5", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "3BKoPowaKTaL", "coordinates": [25.0, 30.0, 37.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "FCX9HV2fTnXP", "label": "41528", "level": "group", "updated_at": null}], + "id": "Kjr5Ukwrkmd4", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "3BKoPowaKTaL", "coordinates": [-47.0, 33.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "64rHkTK9RvSD", "label": "41528", "level": "group", "updated_at": null}], + "id": "4kBacoZny5cN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "3BKoPowaKTaL", "coordinates": [0.0, -77.0, -29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5U5S8QjmxbZq", "label": "41528", "level": "group", "updated_at": null}], + "id": "3BqPe7Ar6pkQ", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "3BKoPowaKTaL", "coordinates": [18.0, -56.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6Z4T5ttv7TEQ", "label": "41528", "level": "group", "updated_at": null}], + "id": "6FbWa9X5YPiy", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "ZbuEo2kUW23q", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "47qaAFTcNtEw", "images": [], "name": "41529", "points": [{"analysis": + "47qaAFTcNtEw", "coordinates": [-7.0, -74.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "47qaAFTcNtEw", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5bTPQhoW9HKK", "label": "41529", "level": "group", "updated_at": null}], + "id": "4Du4Ey9fepUJ", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "47qaAFTcNtEw", "coordinates": [-11.0, 44.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "47qaAFTcNtEw", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6W6SG8wuiV4Q", "label": "41529", "level": "group", "updated_at": null}], + "id": "5qaxAzS64yYN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "47qaAFTcNtEw", "coordinates": [29.0, -59.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "47qaAFTcNtEw", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4gWzXUxXXEEf", "label": "41529", "level": "group", "updated_at": null}], + "id": "824i8v4ut9F3", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "ZbuEo2kUW23q", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "8Bw8PFwRQSj2", "images": [], "name": "41530", "points": [{"analysis": + "8Bw8PFwRQSj2", "coordinates": [-25.0, -28.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5L3cXXTaoapR", "label": "41530", "level": "group", "updated_at": null}], + "id": "3v4rZLLEQRTN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-22.0, -70.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8BTyeSfniUdw", "label": "41530", "level": "group", "updated_at": null}], + "id": "6GzWEiiRCxvz", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-25.0, -63.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "itG5fNSYdDYJ", "label": "41530", "level": "group", "updated_at": null}], + "id": "7yPofwwqq8gc", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [11.0, -59.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3KYZ63KVX6sj", "label": "41530", "level": "group", "updated_at": null}], + "id": "5EEDcQCv5RAP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [14.0, -41.0, 37.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3mmiSe283npM", "label": "41530", "level": "group", "updated_at": null}], + "id": "HBjsaPrDvrhK", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [18.0, -41.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6AW6NMsKtv57", "label": "41530", "level": "group", "updated_at": null}], + "id": "4dyLo568W76n", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-4.0, -59.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5WpJ8WdNAjnE", "label": "41530", "level": "group", "updated_at": null}], + "id": "3ZG7HJd8QGzY", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-25.0, -59.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6JLLMnJGZdZ4", "label": "41530", "level": "group", "updated_at": null}], + "id": "3UJ6an3pNMDt", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [29.0, -30.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7CychsYSBXhu", "label": "41530", "level": "group", "updated_at": null}], + "id": "WYGnNBtNdnRF", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-14.0, -48.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4KMiyBdxDJgv", "label": "41530", "level": "group", "updated_at": null}], + "id": "3obY44ECNyaA", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-47.0, 33.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6W3amNNsCfyi", "label": "41530", "level": "group", "updated_at": null}], + "id": "7iywfNScBBPQ", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-32.0, -41.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5eTUxiC2Mz4n", "label": "41530", "level": "group", "updated_at": null}], + "id": "5UgUpnfkaiLP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [29.0, -48.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8DXZxDLuAr2M", "label": "41530", "level": "group", "updated_at": null}], + "id": "a3AgGAnGgUrF", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [25.0, -37.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6M35dLiJAdS3", "label": "41530", "level": "group", "updated_at": null}], + "id": "5yngCccwEWjA", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [29.0, -44.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "tgscAwVVJ6nx", "label": "41530", "level": "group", "updated_at": null}], + "id": "6X5U7szLojXD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [25.0, 26.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4NndR2pLaaaa", "label": "41530", "level": "group", "updated_at": null}], + "id": "6KCWDZ2QBvHm", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-32.0, -33.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6euYbwCXxFFN", "label": "41530", "level": "group", "updated_at": null}], + "id": "7CBYB8uS8fuK", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [22.0, -41.0, 29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6EibHoME7vvH", "label": "41530", "level": "group", "updated_at": null}], + "id": "3ZnWcjss2Ptv", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-47.0, 33.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4Lq3LyqmUSix", "label": "41530", "level": "group", "updated_at": null}], + "id": "53SQBg92cYMK", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [14.0, -37.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5AeHhCXz2Nsn", "label": "41530", "level": "group", "updated_at": null}], + "id": "6LkoN4z3xcYV", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-43.0, 37.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "82Q8Fb5AMcK5", "label": "41530", "level": "group", "updated_at": null}], + "id": "4VAYgfh5LBxE", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-29.0, -52.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "37YcNMXy4PoU", "label": "41530", "level": "group", "updated_at": null}], + "id": "8Np7kwnudixz", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [29.0, -70.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6zA4dxeC8WVy", "label": "41530", "level": "group", "updated_at": null}], + "id": "4ineVCevXTKZ", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-47.0, 26.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6Rdc6SqWXKQX", "label": "41530", "level": "group", "updated_at": null}], + "id": "5xCS5b8Zawh6", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [-11.0, -48.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5AijhwadASmr", "label": "41530", "level": "group", "updated_at": null}], + "id": "Mkw32Tu4gqcq", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [25.0, -59.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4GN5FYf536Xc", "label": "41530", "level": "group", "updated_at": null}], + "id": "5BXLqQtprDX6", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [14.0, -41.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3vHzKF84Pixb", "label": "41530", "level": "group", "updated_at": null}], + "id": "69LWenna6Y9h", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [14.0, -56.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8HJDwX4kKYFj", "label": "41530", "level": "group", "updated_at": null}], + "id": "7S48DL8UFL5B", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [36.0, 15.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3p7ddW9Lczmp", "label": "41530", "level": "group", "updated_at": null}], + "id": "3jJ6sJePDtym", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [14.0, -56.0, 25.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "RzGfJkueoz8q", "label": "41530", "level": "group", "updated_at": null}], + "id": "3PbfVeQyeGvn", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [29.0, 37.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7TF8gj4jzcuT", "label": "41530", "level": "group", "updated_at": null}], + "id": "3Whr4R5FF3i7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [22.0, 37.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5eYKQi5aBPuw", "label": "41530", "level": "group", "updated_at": null}], + "id": "7iF9ZBCynwdS", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [22.0, 37.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "34rDf8AXL6aR", "label": "41530", "level": "group", "updated_at": null}], + "id": "6j7Zqgz6utgy", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "8Bw8PFwRQSj2", "coordinates": [25.0, 30.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "Mgi6v8fK5yMQ", "label": "41530", "level": "group", "updated_at": null}], + "id": "7GQPG9m9jnWN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "ZbuEo2kUW23q", "updated_at": null, "user": null, "weights": []}], "authors": + "Fusar-Poli P, Allen P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, + Cleare AJ, McGuire PK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1007/s00213-007-0757-4", "id": "ZbuEo2kUW23q", + "metadata": null, "name": "Modulation of neural response to happy and sad + faces by acute tryptophan depletion.", "pmid": "17375288", "publication": + "Psychopharmacology", "source": "neurosynth", "source_id": "17375288", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2007}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "TfsWwDHeVeSq", "images": [], "name": "42081", "points": [{"analysis": + "TfsWwDHeVeSq", "coordinates": [-5.0, 29.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4QDQE3S9M64V", "label": "42081", "level": "group", "updated_at": null}], + "id": "334etrMEJ9uD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [35.0, -81.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3C9KNTBH4qnP", "label": "42081", "level": "group", "updated_at": null}], + "id": "4jq7HQMr2VPH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [-17.0, -6.0, -17.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4HBMXQNQMhzb", "label": "42081", "level": "group", "updated_at": null}], + "id": "5obQfZAQK9p5", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [-37.0, -6.0, 13.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7tN9Yhn6RyZ2", "label": "42081", "level": "group", "updated_at": null}], + "id": "AzJmpeVU7EVF", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [-60.0, -40.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6G68qW8waWHy", "label": "42081", "level": "group", "updated_at": null}], + "id": "3auLCeq2YYsF", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [1.0, 5.0, 57.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "57c2Z9xPBF5H", "label": "42081", "level": "group", "updated_at": null}], + "id": "7AEtkWUsi4Gq", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [21.0, -68.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "GeCAmZ5ii6PV", "label": "42081", "level": "group", "updated_at": null}], + "id": "3eLap742GYtP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [37.0, 40.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7id5657dPgcT", "label": "42081", "level": "group", "updated_at": null}], + "id": "67aqeAAScstf", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [49.0, -4.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3HpBcEZW3LfG", "label": "42081", "level": "group", "updated_at": null}], + "id": "7Ah866AX67yo", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [-58.0, -36.0, -9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3uuLvDSXqU8G", "label": "42081", "level": "group", "updated_at": null}], + "id": "84yeRpY5cfsr", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [52.0, -38.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8LDhWsfDFtVX", "label": "42081", "level": "group", "updated_at": null}], + "id": "7f45Sn33yp2M", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "4KxodnKqYrS4", "updated_at": null, "user": null, "weights": []}], "authors": + "Johnstone T, van Reekum CM, Oakes TR, Davidson RJ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/scan/nsl027", "id": "4KxodnKqYrS4", "metadata": + null, "name": "The voice of emotion: an FMRI study of neural responses to + angry and happy vocal expressions.", "pmid": "17607327", "publication": "Social + cognitive and affective neuroscience", "source": "neurosynth", "source_id": + "17607327", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2006}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "tHpWX6N8mfix", "images": [], "name": "37865", + "points": [{"analysis": "tHpWX6N8mfix", "coordinates": [38.0, -84.0, -2.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "tHpWX6N8mfix", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7fAFeEHipxMv", + "label": "37865", "level": "group", "updated_at": null}], "id": "5jBpAMqqmoam", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "tHpWX6N8mfix", "coordinates": + [26.0, -96.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "tHpWX6N8mfix", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6idRGjSjoGWH", "label": "37865", "level": "group", "updated_at": null}], + "id": "89UrXYUry3Lj", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "tHpWX6N8mfix", "coordinates": [8.0, -90.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "tHpWX6N8mfix", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5xbSicuxSePi", "label": "37865", "level": "group", "updated_at": null}], + "id": "5iLCCPD8pbHQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "tHpWX6N8mfix", "coordinates": [-2.0, 60.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "tHpWX6N8mfix", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3VZRg6inq7cQ", "label": "37865", "level": "group", "updated_at": null}], + "id": "3bgQRRVWYMvM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "tHpWX6N8mfix", "coordinates": [-36.0, 8.0, -30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "tHpWX6N8mfix", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5natZVMvrfgy", "label": "37865", "level": "group", "updated_at": null}], + "id": "3MLAnFqndzTd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "5RkUxRUh6e2G", "updated_at": null, "user": null, "weights": []}], "authors": + "Jimura K, Konishi S, Miyashita Y", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neulet.2009.02.012", "id": "5RkUxRUh6e2G", + "metadata": null, "name": "Temporal pole activity during perception of sad + faces, but not happy faces, correlates with neuroticism trait.", "pmid": "19429013", + "publication": "Neuroscience letters", "source": "neurosynth", "source_id": + "19429013", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2009}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "6Pskc22jqRG9", "images": [], "name": "19175", + "points": [{"analysis": "6Pskc22jqRG9", "coordinates": [-50.0, -44.0, 8.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4fWTRFXqegji", + "label": "19175", "level": "group", "updated_at": null}], "id": "iZvFohzeF6zA", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": + [60.0, -8.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5SVNYtFc3UWj", "label": "19175", "level": "group", "updated_at": null}], + "id": "v4P6WeYrXqhh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6Pskc22jqRG9", "coordinates": [-56.0, -46.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7vdjYPxHWwhR", "label": "19175", "level": "group", "updated_at": null}], + "id": "7ztfrjtGaqsD", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6Pskc22jqRG9", "coordinates": [-2.0, -18.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3TdV5LYg85Mn", "label": "19175", "level": "group", "updated_at": null}], + "id": "4htXMNtRZELb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6Pskc22jqRG9", "coordinates": [-20.0, 10.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4VTCUrLWCAeF", "label": "19175", "level": "group", "updated_at": null}], + "id": "6CtYPtDohtQ4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6Pskc22jqRG9", "coordinates": [-40.0, 26.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8GcNLCLmDaEh", "label": "19175", "level": "group", "updated_at": null}], + "id": "8rkzrq2xLCbc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6Pskc22jqRG9", "coordinates": [-54.0, 20.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "dN3fkAJNKufT", "label": "19175", "level": "group", "updated_at": null}], + "id": "BM6CxHrQ76PJ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6Pskc22jqRG9", "coordinates": [-54.0, -40.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5y873iiWt3we", "label": "19175", "level": "group", "updated_at": null}], + "id": "3aggRy8AhL5d", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6Pskc22jqRG9", "coordinates": [58.0, -12.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "LGPgnvyb76YM", "label": "19175", "level": "group", "updated_at": null}], + "id": "LmCDfeehjo3W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6Pskc22jqRG9", "coordinates": [48.0, -24.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5H7EyHzJWfXt", "label": "19175", "level": "group", "updated_at": null}], + "id": "UKc2ki62hNMr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6Pskc22jqRG9", "coordinates": [16.0, 8.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3hWhJekHKTFQ", "label": "19175", "level": "group", "updated_at": null}], + "id": "5sU4BiVYDsN5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "8Kr5LfW7Abga", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "8KL5SpPjm2eu", "images": [], "name": "19176", "points": [{"analysis": + "8KL5SpPjm2eu", "coordinates": [-46.0, -34.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "89kk7nXeEko5", "label": "19176", "level": "group", "updated_at": null}], + "id": "6PCNqZFVGpmR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KL5SpPjm2eu", "coordinates": [-10.0, -28.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3u38nbowPSzg", "label": "19176", "level": "group", "updated_at": null}], + "id": "53gJHvYg2ZAT", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KL5SpPjm2eu", "coordinates": [42.0, -38.0, 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5dbXFSYq6asq", "label": "19176", "level": "group", "updated_at": null}], + "id": "75xNy4vWEyTE", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KL5SpPjm2eu", "coordinates": [42.0, 16.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7KzAnbneeADz", "label": "19176", "level": "group", "updated_at": null}], + "id": "5wRVFvQywHGh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KL5SpPjm2eu", "coordinates": [-30.0, 26.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7grruefxbAiy", "label": "19176", "level": "group", "updated_at": null}], + "id": "6ujv2LZeMX2y", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8KL5SpPjm2eu", "coordinates": [4.0, 26.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "48vUQbN9geWP", "label": "19176", "level": "group", "updated_at": null}], + "id": "7nwacGdZNv8V", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "8Kr5LfW7Abga", "updated_at": null, "user": null, "weights": []}], "authors": + "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1093/cercor/bhp106", + "id": "8Kr5LfW7Abga", "metadata": null, "name": "On emotional conflict: interference + resolution of happy and angry prosody reveals valence-specific effects.", + "pmid": "19505993", "publication": "Cerebral cortex (New York, N.Y. : 1991)", + "source": "neurosynth", "source_id": "19505993", "source_updated_at": null, + "updated_at": null, "user": null, "year": 2010}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "4Yex3gzet4E3", "images": [], "name": "41548", "points": [{"analysis": + "4Yex3gzet4E3", "coordinates": [-34.0, -78.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7kPk4v8gr4zx", "label": "41548", "level": "group", "updated_at": null}], + "id": "zZjdACAc95xk", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Yex3gzet4E3", "coordinates": [-12.0, -52.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5aPAyH5M9fht", "label": "41548", "level": "group", "updated_at": null}], + "id": "3sgDg3r8ar9r", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Yex3gzet4E3", "coordinates": [-4.0, 34.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "S65rvYUcbUc6", "label": "41548", "level": "group", "updated_at": null}], + "id": "3vzbjRSwZK5A", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Yex3gzet4E3", "coordinates": [-32.0, -50.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8Cj4wGrYdhbh", "label": "41548", "level": "group", "updated_at": null}], + "id": "B2RQGHU4HRY6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Yex3gzet4E3", "coordinates": [50.0, -72.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3Coj5x2rosCT", "label": "41548", "level": "group", "updated_at": null}], + "id": "6UnXwimpVQ78", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Yex3gzet4E3", "coordinates": [-22.0, 12.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3K8u2zGJWJ2z", "label": "41548", "level": "group", "updated_at": null}], + "id": "628RF8cp8yEQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Yex3gzet4E3", "coordinates": [38.0, 12.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "52xQNgsW5eAt", "label": "41548", "level": "group", "updated_at": null}], + "id": "5Mqr6LHfWeYH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Yex3gzet4E3", "coordinates": [28.0, -58.0, 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "777xMJfraF34", "label": "41548", "level": "group", "updated_at": null}], + "id": "3zwHSU9Kd4Pr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Yex3gzet4E3", "coordinates": [8.0, -12.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "46gfbyRYgkbD", "label": "41548", "level": "group", "updated_at": null}], + "id": "7G2AHCQXCewZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "ukeN793Sct3Y", "updated_at": null, "user": null, "weights": []}], "authors": + "Norbury R, Taylor MJ, Selvaraj S, Murphy SE, Harmer CJ, Cowen PJ", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1007/s00213-009-1597-1", + "id": "ukeN793Sct3Y", "metadata": null, "name": "Short-term antidepressant + treatment modulates amygdala response to happy faces.", "pmid": "19585106", + "publication": "Psychopharmacology", "source": "neurosynth", "source_id": + "19585106", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2009}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "QqmewarwTt36", "images": [], "name": "42247", + "points": [{"analysis": "QqmewarwTt36", "coordinates": [9.0, 9.0, 39.0], "created_at": + "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4U6cmNhh4SET", "label": + "42247", "level": "group", "updated_at": null}], "id": "5u6uLEUJEcAf", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [-45.0, + -3.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3LyvjDAby5e5", "label": "42247", "level": "group", "updated_at": null}], + "id": "7PLi4XEB5qSm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [45.0, 6.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "83zMDX9ossTX", "label": "42247", "level": "group", "updated_at": null}], + "id": "6YmNmGrSizFz", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [-54.0, 21.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7AqV9zoWdsVi", "label": "42247", "level": "group", "updated_at": null}], + "id": "7D7Kkdwrttrq", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [12.0, 18.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "UFDSJAy3c9pF", "label": "42247", "level": "group", "updated_at": null}], + "id": "4HDPxnEqhpH2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [63.0, -39.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6ey43cnr2Mhk", "label": "42247", "level": "group", "updated_at": null}], + "id": "4vWU5vPL5HiN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [48.0, -3.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8Cknr8xndBtV", "label": "42247", "level": "group", "updated_at": null}], + "id": "6HQXrbGrmKJW", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [-48.0, 27.0, -9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "82o6nrXQvznD", "label": "42247", "level": "group", "updated_at": null}], + "id": "VXVduWpQaz89", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [-57.0, -27.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5Vyqic2GL9mg", "label": "42247", "level": "group", "updated_at": null}], + "id": "3Kf764ppjmHA", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [-6.0, 24.0, 36.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4v2Gt2HVp72u", "label": "42247", "level": "group", "updated_at": null}], + "id": "6423948Hn5Pi", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [12.0, -87.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6AhMM2c3wiXL", "label": "42247", "level": "group", "updated_at": null}], + "id": "3CiD65sP2qix", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [9.0, -93.0, 27.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3qDCaP72uHjc", "label": "42247", "level": "group", "updated_at": null}], + "id": "6Kb7diYa2Shj", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [42.0, -57.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3Xrs4PQ5U2aX", "label": "42247", "level": "group", "updated_at": null}], + "id": "7iZbeTxR8RBb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [42.0, -60.0, -15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "88tA7FedLZ2S", "label": "42247", "level": "group", "updated_at": null}], + "id": "4Legd3AbikES", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [27.0, -66.0, 51.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8DCqCvcfuDhw", "label": "42247", "level": "group", "updated_at": null}], + "id": "3pTKFkLhpV5B", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [54.0, -3.0, 45.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6iormwy9waKZ", "label": "42247", "level": "group", "updated_at": null}], + "id": "89JUsZidREyQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [36.0, -90.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5ZmUTrgc98fe", "label": "42247", "level": "group", "updated_at": null}], + "id": "6GKZMjtKBfUn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [42.0, -3.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4kpahDSecN2o", "label": "42247", "level": "group", "updated_at": null}], + "id": "5tGCU4BSLUh2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [-54.0, 12.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "84sNnmkRCidD", "label": "42247", "level": "group", "updated_at": null}], + "id": "7LqPSztGQmLm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [51.0, 18.0, -15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3TYkiAyukKM6", "label": "42247", "level": "group", "updated_at": null}], + "id": "hsfvEdH7wuxX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "QqmewarwTt36", "coordinates": [-42.0, 3.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7RmFPjym42DH", "label": "42247", "level": "group", "updated_at": null}], + "id": "5Bdu7avZx4d5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "5KmCyQFLh4Ew", "updated_at": null, "user": null, "weights": []}], "authors": + "Suzuki A, Goh JO, Hebrank A, Sutton BP, Jenkins L, Flicker BA, Park DC", + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": + "10.1093/scan/nsq058", "id": "5KmCyQFLh4Ew", "metadata": null, "name": "Sustained + happiness? Lack of repetition suppression in right-ventral visual cortex for + happy faces.", "pmid": "20584720", "publication": "Social cognitive and affective + neuroscience", "source": "neurosynth", "source_id": "20584720", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2011}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "4Xbk2AS5pRZy", "images": [], "name": "32540", "points": [{"analysis": + "4Xbk2AS5pRZy", "coordinates": [38.0, -64.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8Gn3iyPzcrx7", "label": "32540", "level": "group", "updated_at": null}], + "id": "7mdwkdd6YPZg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-16.0, -96.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "oyQyKTz5TzoC", "label": "32540", "level": "group", "updated_at": null}], + "id": "69AqoawZq5HB", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-46.0, -64.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5SaQK65cV7iN", "label": "32540", "level": "group", "updated_at": null}], + "id": "43PBL3Nwj6bG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [12.0, -92.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4vryrQp5PpGW", "label": "32540", "level": "group", "updated_at": null}], + "id": "6TivZyPTKXLv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-50.0, 18.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5ETxqoDBwzcU", "label": "32540", "level": "group", "updated_at": null}], + "id": "65rB8Z3qvvih", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [38.0, -68.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7LLpL5dzxPjP", "label": "32540", "level": "group", "updated_at": null}], + "id": "sQWZMkTHAYc8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-52.0, -18.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3nwBFeUNkRgH", "label": "32540", "level": "group", "updated_at": null}], + "id": "3vd7AtyAc2Kh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [48.0, -12.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5a6tC5HrVqC6", "label": "32540", "level": "group", "updated_at": null}], + "id": "57agp5eHx9jM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-42.0, -22.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4xxNjiJ7bHHY", "label": "32540", "level": "group", "updated_at": null}], + "id": "7iBgdSCxSDEv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [54.0, -20.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7UQNmuc2Codh", "label": "32540", "level": "group", "updated_at": null}], + "id": "7HyZpHdvith8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-6.0, -80.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "36XKvJyQvwTU", "label": "32540", "level": "group", "updated_at": null}], + "id": "5nZSs5D4pnj4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-44.0, 20.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7YWvUkxBNrfQ", "label": "32540", "level": "group", "updated_at": null}], + "id": "GSPG3ukqXuTs", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-42.0, -66.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "Cfjmq3yHjhfX", "label": "32540", "level": "group", "updated_at": null}], + "id": "4UeW8aHYCUB8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-48.0, -20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5hRb7KJuqZvw", "label": "32540", "level": "group", "updated_at": null}], + "id": "5wuEGvKviiBN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-40.0, -70.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6mTr4K4koL5r", "label": "32540", "level": "group", "updated_at": null}], + "id": "3TZC5AbvWm3u", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [66.0, -28.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7Wpr5t69J79v", "label": "32540", "level": "group", "updated_at": null}], + "id": "guX6ww5EWAc6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-26.0, 48.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5kTjrh2cnjgR", "label": "32540", "level": "group", "updated_at": null}], + "id": "7zKhbiAiEF9n", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-28.0, -20.0, 62.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5GxLs6tDedSv", "label": "32540", "level": "group", "updated_at": null}], + "id": "5fTZJZWPy2g3", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-12.0, -64.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "69ktXruCEm2D", "label": "32540", "level": "group", "updated_at": null}], + "id": "5x5mBdYD6wyM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [18.0, -54.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5ffWwiS9DtSf", "label": "32540", "level": "group", "updated_at": null}], + "id": "ouuDUHoWTaG6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [56.0, -24.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "39rCb3ufr8oR", "label": "32540", "level": "group", "updated_at": null}], + "id": "49ChCCWwxVW2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [56.0, -12.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6EgLoobtR58t", "label": "32540", "level": "group", "updated_at": null}], + "id": "6xM4gwz3UGPr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-46.0, 0.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "uSsw5JCkbmcT", "label": "32540", "level": "group", "updated_at": null}], + "id": "6FKvvPXNmeRS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-50.0, -18.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3UbFTV9zgMpa", "label": "32540", "level": "group", "updated_at": null}], + "id": "VQhoEGHV6CA6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [38.0, -80.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4fHb9pAWhkP5", "label": "32540", "level": "group", "updated_at": null}], + "id": "5EqMQzfu59Ye", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [38.0, -66.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7ePnmPcwRKjc", "label": "32540", "level": "group", "updated_at": null}], + "id": "4k3N8AcxQLDQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [66.0, -16.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3SncdpSnvxTS", "label": "32540", "level": "group", "updated_at": null}], + "id": "79gM5FptpWLX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [42.0, -74.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5gAzru6vmwR3", "label": "32540", "level": "group", "updated_at": null}], + "id": "38s3dDZByrTF", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [44.0, -70.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "wbXX6fD72adx", "label": "32540", "level": "group", "updated_at": null}], + "id": "7k8FxP8M7zLh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-50.0, -22.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7iqXunTJY2hh", "label": "32540", "level": "group", "updated_at": null}], + "id": "7vHYB2sjT3C9", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [22.0, -92.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "86kvczH7f4PW", "label": "32540", "level": "group", "updated_at": null}], + "id": "E2LR5GJLrH8C", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-18.0, -96.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4jqwAYbwAZeE", "label": "32540", "level": "group", "updated_at": null}], + "id": "4Nc7VQsRWC44", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-44.0, -70.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "63679YHDdNYR", "label": "32540", "level": "group", "updated_at": null}], + "id": "EDYtVSJ3t7Y6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [14.0, -86.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "jysQprpupAuq", "label": "32540", "level": "group", "updated_at": null}], + "id": "onHuBZ9jq9ry", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4Xbk2AS5pRZy", "coordinates": [-50.0, -20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4tmFe4gaeFzP", "label": "32540", "level": "group", "updated_at": null}], + "id": "69yRRuFFA9Aj", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "3zUn4TfXtQVo", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "5yDouUon6EJh", "images": [], "name": "32541", "points": [{"analysis": + "5yDouUon6EJh", "coordinates": [64.0, -26.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5yDouUon6EJh", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5Azq7f3n7eLu", "label": "32541", "level": "group", "updated_at": null}], + "id": "3KuPdCdju92r", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5yDouUon6EJh", "coordinates": [-22.0, -28.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5yDouUon6EJh", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "86T8keBACtAn", "label": "32541", "level": "group", "updated_at": null}], + "id": "5kDrAojKTGz4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5yDouUon6EJh", "coordinates": [-16.0, -80.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5yDouUon6EJh", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4FYt7cWeJLGk", "label": "32541", "level": "group", "updated_at": null}], + "id": "YAmq3Wa6bmZy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5yDouUon6EJh", "coordinates": [20.0, -74.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5yDouUon6EJh", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3kycgGxVPQYh", "label": "32541", "level": "group", "updated_at": null}], + "id": "B4cj5c8UC7Yz", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5yDouUon6EJh", "coordinates": [-52.0, -20.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5yDouUon6EJh", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7hrKNNXyEo3c", "label": "32541", "level": "group", "updated_at": null}], + "id": "3ur3hG2LwJiM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "3zUn4TfXtQVo", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "5NwZPXwcbmmZ", "images": [], "name": "32542", "points": [{"analysis": + "5NwZPXwcbmmZ", "coordinates": [-42.0, -68.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5NwZPXwcbmmZ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4GMBYTwApXhq", "label": "32542", "level": "group", "updated_at": null}], + "id": "8Gw9BmA3jNEH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5NwZPXwcbmmZ", "coordinates": [-50.0, -20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5NwZPXwcbmmZ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3CoooLzKimmB", "label": "32542", "level": "group", "updated_at": null}], + "id": "3y6FJLzKSKqN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5NwZPXwcbmmZ", "coordinates": [56.0, -28.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5NwZPXwcbmmZ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "DRnXpRB4nLWk", "label": "32542", "level": "group", "updated_at": null}], + "id": "6Cr6wux9xcTq", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5NwZPXwcbmmZ", "coordinates": [44.0, -64.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5NwZPXwcbmmZ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4VgEmsvLeSDf", "label": "32542", "level": "group", "updated_at": null}], + "id": "7aRQmERUHdqZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "3zUn4TfXtQVo", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "3uR4kLx5hPdT", "images": [], "name": "32543", "points": [{"analysis": + "3uR4kLx5hPdT", "coordinates": [-48.0, -30.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3uR4kLx5hPdT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6ZoyLheZT6Cw", "label": "32543", "level": "group", "updated_at": null}], + "id": "5GdtZiDRqzZB", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3uR4kLx5hPdT", "coordinates": [48.0, -30.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3uR4kLx5hPdT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8DtZqEJ8PXYZ", "label": "32543", "level": "group", "updated_at": null}], + "id": "7ZL7i9tU6Gja", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3uR4kLx5hPdT", "coordinates": [-24.0, -76.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3uR4kLx5hPdT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "zqjBdrjyk6Wz", "label": "32543", "level": "group", "updated_at": null}], + "id": "4y7zqQwduxgL", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3uR4kLx5hPdT", "coordinates": [22.0, -82.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3uR4kLx5hPdT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "GhgkWKS4ubi4", "label": "32543", "level": "group", "updated_at": null}], + "id": "5w7arZSegfXp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "3zUn4TfXtQVo", "updated_at": null, "user": null, "weights": []}], "authors": + "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani + HT, Chugani DC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1016/j.neuroimage.2010.11.017", "id": "3zUn4TfXtQVo", "metadata": + null, "name": "Congruence of happy and sad emotion in music and faces modifies + cortical audiovisual activation.", "pmid": "21073970", "publication": "NeuroImage", + "source": "neurosynth", "source_id": "21073970", "source_updated_at": null, + "updated_at": null, "user": null, "year": 2011}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "ngDKFhxBuFG3", "images": [], "name": "21088", "points": [{"analysis": + "ngDKFhxBuFG3", "coordinates": [-4.0, 23.0, -11.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3gaK6oJctB3N", "label": "21088", "level": "group", "updated_at": null}], + "id": "fjkgQyfcAh68", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-4.0, -15.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5iJ4YDv3jH4g", "label": "21088", "level": "group", "updated_at": null}], + "id": "6QzwFbUziLrz", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-38.0, -30.0, 61.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3k45khv7hyz3", "label": "21088", "level": "group", "updated_at": null}], + "id": "37TZQZou9ZCY", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-23.0, -30.0, 57.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6e5beztqab3h", "label": "21088", "level": "group", "updated_at": null}], + "id": "3Jk3A8KGQGhz", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-45.0, -49.0, 53.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7Pm5vM3EqkMY", "label": "21088", "level": "group", "updated_at": null}], + "id": "3rfwnhcxZKpT", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-15.0, -23.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "yMztggUBdbXU", "label": "21088", "level": "group", "updated_at": null}], + "id": "7S2nywob5apH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [34.0, 53.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6WcYNxEJc4Q3", "label": "21088", "level": "group", "updated_at": null}], + "id": "5HJLqToE9uGe", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [4.0, -83.0, 34.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6yW4Qfzmzcj4", "label": "21088", "level": "group", "updated_at": null}], + "id": "5FWVh7jTK39o", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [4.0, -49.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7FMMGg9sR5VF", "label": "21088", "level": "group", "updated_at": null}], + "id": "5Smu2JMa5Jf6", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [19.0, -83.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6GHAfganw47Y", "label": "21088", "level": "group", "updated_at": null}], + "id": "7rdNznEcBwci", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [0.0, -38.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "XcCKid7V8DQ9", "label": "21088", "level": "group", "updated_at": null}], + "id": "4ohJpgX74C8F", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-45.0, -49.0, 53.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "49kppD3Prd8d", "label": "21088", "level": "group", "updated_at": null}], + "id": "4uZRMSjpv5h5", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-4.0, -79.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "46WYcLE2R3dK", "label": "21088", "level": "group", "updated_at": null}], + "id": "6X9dmXWHchms", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [19.0, -71.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "34LPH5o2Bajz", "label": "21088", "level": "group", "updated_at": null}], + "id": "ZFJErpAKP3n7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [34.0, -45.0, -33.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6aPcPWsJezrn", "label": "21088", "level": "group", "updated_at": null}], + "id": "5qQocaKp4T6t", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-41.0, -38.0, 57.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "JUeGWByEdHJC", "label": "21088", "level": "group", "updated_at": null}], + "id": "6Yw5Q2ARAWVf", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [0.0, -5.0, 59.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "39gR6StkVngP", "label": "21088", "level": "group", "updated_at": null}], + "id": "7ksaNKcz45BG", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-30.0, -60.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5iXGEvvKtuGg", "label": "21088", "level": "group", "updated_at": null}], + "id": "44R73XyStiXC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-19.0, -64.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6LWMujvHZjcE", "label": "21088", "level": "group", "updated_at": null}], + "id": "6QJVBz8jPeuC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [0.0, -34.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "Fkk6nLa6HJWK", "label": "21088", "level": "group", "updated_at": null}], + "id": "57BpREbwDHnf", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-4.0, 15.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4MHBHEP8srnL", "label": "21088", "level": "group", "updated_at": null}], + "id": "4uV89MY5MaN9", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [38.0, -8.0, -11.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "E8beRtDDNHjY", "label": "21088", "level": "group", "updated_at": null}], + "id": "3PtzSc3dTrUk", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [0.0, -11.0, 68.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7zuPd756mTPH", "label": "21088", "level": "group", "updated_at": null}], + "id": "82QNu8ijwUBJ", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-34.0, -26.0, 61.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4BHo6rraPxw9", "label": "21088", "level": "group", "updated_at": null}], + "id": "73FZkbZsvhoQ", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-38.0, 4.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3s2HeasjziWt", "label": "21088", "level": "group", "updated_at": null}], + "id": "4Kbg358QnxHM", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [34.0, 4.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6kCspJFY5ezS", "label": "21088", "level": "group", "updated_at": null}], + "id": "5e5EJe6hA2iW", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [22.0, -49.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6zjotT4m6Wef", "label": "21088", "level": "group", "updated_at": null}], + "id": "5kf5nyfBukyS", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-49.0, -23.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4gUracHr9akM", "label": "21088", "level": "group", "updated_at": null}], + "id": "6Ffee7b45Wcj", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [56.0, -49.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5BgzMX2GK8mE", "label": "21088", "level": "group", "updated_at": null}], + "id": "839VgZfNCciL", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [0.0, -38.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5n6H9A2oE9Ze", "label": "21088", "level": "group", "updated_at": null}], + "id": "7zn4gHCespjn", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [17.0, 18.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3sF4C8XqknRd", "label": "21088", "level": "group", "updated_at": null}], + "id": "7LcioZjVTBJz", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [4.0, -49.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "jChYJRsQuQTN", "label": "21088", "level": "group", "updated_at": null}], + "id": "u4NhedHKG93s", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-40.0, 45.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7HaPzeQ99Za6", "label": "21088", "level": "group", "updated_at": null}], + "id": "5in5maJsykYD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-30.0, 56.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7PWXR49eZo54", "label": "21088", "level": "group", "updated_at": null}], + "id": "cpEh49HwcdXi", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [30.0, 19.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5dp2HBTHnvML", "label": "21088", "level": "group", "updated_at": null}], + "id": "4Z9Ts2iFY6mE", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [24.0, 25.0, 32.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6Hv7b3qb9ZYL", "label": "21088", "level": "group", "updated_at": null}], + "id": "8N9hJr2pfZZF", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [41.0, 45.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "v7tP8y28KiKp", "label": "21088", "level": "group", "updated_at": null}], + "id": "6HSfRo7ebgLx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-26.0, -41.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "E7KfNxbVge9t", "label": "21088", "level": "group", "updated_at": null}], + "id": "5Cj3qXUGdYxP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [18.0, -8.0, 27.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4LHpJEmNXgCw", "label": "21088", "level": "group", "updated_at": null}], + "id": "8HaGX9GiKUGL", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-38.0, 60.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6yAXgyvBe4dU", "label": "21088", "level": "group", "updated_at": null}], + "id": "5YhqJbaANeUH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [30.0, 60.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "32Tv5mFsjMrX", "label": "21088", "level": "group", "updated_at": null}], + "id": "TQTUm4jtrhJB", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-2.0, 56.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5UahkXcbk8iP", "label": "21088", "level": "group", "updated_at": null}], + "id": "6TzTgVs4G24c", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [64.0, -34.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "htVh63UJQVxh", "label": "21088", "level": "group", "updated_at": null}], + "id": "xQDRD5u4n7c7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [0.0, 41.0, 23.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "UupQmYyJ49gQ", "label": "21088", "level": "group", "updated_at": null}], + "id": "7wTNaLWWk63G", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-49.0, 26.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5iLzgggcbwGC", "label": "21088", "level": "group", "updated_at": null}], + "id": "3do2foaTz5qL", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-34.0, -26.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4oKwWGbdzHWF", "label": "21088", "level": "group", "updated_at": null}], + "id": "3QdovmKX3V27", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [53.0, -32.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4D94WW7vVszR", "label": "21088", "level": "group", "updated_at": null}], + "id": "k5y743e26v9K", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-41.0, -15.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5UELoX2ds48j", "label": "21088", "level": "group", "updated_at": null}], + "id": "3H3SdwV2GEBx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [34.0, 53.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4s2WzigdHpa8", "label": "21088", "level": "group", "updated_at": null}], + "id": "5chUgCKYPY5b", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [38.0, 4.0, 27.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4ABdHFTk9U6w", "label": "21088", "level": "group", "updated_at": null}], + "id": "7ekFSTyzZHvn", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [15.0, -60.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5Eopp2qGstUF", "label": "21088", "level": "group", "updated_at": null}], + "id": "5ctyCeieUYuz", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-36.0, -11.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5wz2v43rHHnq", "label": "21088", "level": "group", "updated_at": null}], + "id": "3TWzm4UqNcm9", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [41.0, 53.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6RH8Fkg6QJHd", "label": "21088", "level": "group", "updated_at": null}], + "id": "65Vs7fdQriRe", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-4.0, -79.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3xU8DK4NoceY", "label": "21088", "level": "group", "updated_at": null}], + "id": "7swnkAS4aw7R", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-30.0, 64.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4whBgbgea54R", "label": "21088", "level": "group", "updated_at": null}], + "id": "3FWbpabUoCbP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [23.0, -60.0, -11.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4N3sMP48t7ro", "label": "21088", "level": "group", "updated_at": null}], + "id": "SGePRbT3qhN3", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [56.0, -15.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "58PGE6YGQc2E", "label": "21088", "level": "group", "updated_at": null}], + "id": "6TACRjZcPYpt", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [0.0, -34.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "cVHhJdQF4oM4", "label": "21088", "level": "group", "updated_at": null}], + "id": "6W7yvHwpd6oj", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-22.0, 8.0, 34.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4zMvVmQV7WuT", "label": "21088", "level": "group", "updated_at": null}], + "id": "5dZb87JnYLpC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-56.0, -64.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6RvvaUZ9BYDe", "label": "21088", "level": "group", "updated_at": null}], + "id": "6qL4WkvSoQ3F", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "ngDKFhxBuFG3", "coordinates": [-64.0, -41.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5Rc6FrpvA6Rz", "label": "21088", "level": "group", "updated_at": null}], + "id": "Ed9ywtTGnZJn", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "3SVHsdWTFHbV", "updated_at": null, "user": null, "weights": []}], "authors": + "Todd RM, Lee W, Evans JW, Lewis MD, Taylor MJ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.dcn.2012.01.004", "id": "3SVHsdWTFHbV", + "metadata": null, "name": "Withholding response in the face of a smile: age-related + differences in prefrontal sensitivity to Nogo cues following happy and angry + faces.", "pmid": "22669035", "publication": "Developmental cognitive neuroscience", + "source": "neurosynth", "source_id": "22669035", "source_updated_at": null, + "updated_at": null, "user": null, "year": 2012}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "pVNZSTjHVaAu", "images": [], "name": "39504", "points": [{"analysis": + "pVNZSTjHVaAu", "coordinates": [-6.0, -21.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7nrrcS4HR8oN", "label": "39504", "level": "group", "updated_at": null}], + "id": "3S4rYKxtxXNm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [27.0, 9.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3oZDsoRzAFjK", "label": "39504", "level": "group", "updated_at": null}], + "id": "7jai8sL65oLh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [15.0, 0.0, 51.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7AVLKJfeujRo", "label": "39504", "level": "group", "updated_at": null}], + "id": "6QhUgBuc9Dhn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [-30.0, 51.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6RwqHasSXcL2", "label": "39504", "level": "group", "updated_at": null}], + "id": "DMzA6tpjwQrG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [21.0, 36.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4MyByydByJ2d", "label": "39504", "level": "group", "updated_at": null}], + "id": "4dcLYGtNvJQo", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [-9.0, -57.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6Gs9PqM4zp64", "label": "39504", "level": "group", "updated_at": null}], + "id": "4om3L627Wtpj", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [18.0, -12.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4EBdQhtouARK", "label": "39504", "level": "group", "updated_at": null}], + "id": "6PNZh3umozQL", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [51.0, -57.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5VuuaMXDiXHR", "label": "39504", "level": "group", "updated_at": null}], + "id": "7x9xT7gTHLAr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [48.0, 42.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4jfcJNn2PmXR", "label": "39504", "level": "group", "updated_at": null}], + "id": "4gfV2ciRkzvd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [-6.0, 72.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3bm3CSwCqxMK", "label": "39504", "level": "group", "updated_at": null}], + "id": "44oiXuDc9QiH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "pVNZSTjHVaAu", "coordinates": [-15.0, -9.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4uWYWoEX4V4F", "label": "39504", "level": "group", "updated_at": null}], + "id": "UMsjjo5BrNAa", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "6AkrZQQo2ysG", "updated_at": null, "user": null, "weights": []}], "authors": + "Luo Y, Huang X, Yang Z, Li B, Liu J, Wei D", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1371/journal.pone.0085181", "id": "6AkrZQQo2ysG", + "metadata": null, "name": "Regional homogeneity of intrinsic brain activity + in happy and unhappy individuals.", "pmid": "24454814", "publication": "PloS + one", "source": "neurosynth", "source_id": "24454814", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "76AvL5Nuq7rc", "images": [], "name": "23101", "points": [{"analysis": + "76AvL5Nuq7rc", "coordinates": [-24.0, 34.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "76AvL5Nuq7rc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4ZqJUzynUTev", "label": "23101", "level": "group", "updated_at": null}], + "id": "5ZKorNkGyWkF", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "76AvL5Nuq7rc", "coordinates": [-26.0, 52.0, 32.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "76AvL5Nuq7rc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3Rir7h9HKHcC", "label": "23101", "level": "group", "updated_at": null}], + "id": "6Hdvb6ajBGK2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "76AvL5Nuq7rc", "coordinates": [-50.0, -2.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "76AvL5Nuq7rc", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4jwu3ctb8M5s", "label": "23101", "level": "group", "updated_at": null}], + "id": "7dj43JVbxY9H", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "5ptAcQjSuWQP", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "8FGGhQh4m7Rx", "images": [], "name": "23102", "points": [{"analysis": + "8FGGhQh4m7Rx", "coordinates": [38.0, 34.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3oYCsmvGV424", "label": "23102", "level": "group", "updated_at": null}], + "id": "wQzkSBAE58Tc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [-36.0, 26.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3XM3uQ4Wc8y7", "label": "23102", "level": "group", "updated_at": null}], + "id": "LeMKLUz2WRyn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [46.0, 28.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3MbyzAHAnZB5", "label": "23102", "level": "group", "updated_at": null}], + "id": "4NfUgLvxWbSp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [-18.0, -10.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "oBZp5L5TXMiH", "label": "23102", "level": "group", "updated_at": null}], + "id": "8HXXScJhSEed", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [2.0, 6.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4pwai2eyTrkA", "label": "23102", "level": "group", "updated_at": null}], + "id": "5hfiEdiDQzsb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [54.0, -14.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8EePNWwbu4T2", "label": "23102", "level": "group", "updated_at": null}], + "id": "6T9sXptdUnun", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [-48.0, -16.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7SBMktivjwX7", "label": "23102", "level": "group", "updated_at": null}], + "id": "7F4Nx8Fcce72", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [54.0, -4.0, 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4LSTPQLSGdEr", "label": "23102", "level": "group", "updated_at": null}], + "id": "5ZyF93oaw9CN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [-6.0, -24.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3nrs3Vp72yAk", "label": "23102", "level": "group", "updated_at": null}], + "id": "5y2tm5jeo6UK", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [-26.0, 28.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3LEUG8eDLawZ", "label": "23102", "level": "group", "updated_at": null}], + "id": "3pMsQLieo49Z", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [-42.0, -18.0, 54.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7J5hK38VMfZq", "label": "23102", "level": "group", "updated_at": null}], + "id": "h3iyv8Jw5h5W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [10.0, 0.0, 58.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4KHLSFTmesy2", "label": "23102", "level": "group", "updated_at": null}], + "id": "5G9we88dbgbX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "8FGGhQh4m7Rx", "coordinates": [-6.0, 42.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4R2zpohQhgqZ", "label": "23102", "level": "group", "updated_at": null}], + "id": "mBTCJgQcCH2K", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "5ptAcQjSuWQP", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "7svnYfHnz24L", "images": [], "name": "23103", "points": [{"analysis": + "7svnYfHnz24L", "coordinates": [56.0, -12.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3zm57BmLQuS6", "label": "23103", "level": "group", "updated_at": null}], + "id": "7rePL5LmPTeL", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [-24.0, 34.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "48EeSKvugkhV", "label": "23103", "level": "group", "updated_at": null}], + "id": "7aawy2N4ft9U", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [-8.0, 46.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3wR7i8epJsMc", "label": "23103", "level": "group", "updated_at": null}], + "id": "6VAJXy37dc58", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [-14.0, 24.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5NviuzSyfLvP", "label": "23103", "level": "group", "updated_at": null}], + "id": "8EExLqCYHCUx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [0.0, -22.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3nv93BPqcUHW", "label": "23103", "level": "group", "updated_at": null}], + "id": "56EgYmLMvdR6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [36.0, 10.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8E5rwMRNANCc", "label": "23103", "level": "group", "updated_at": null}], + "id": "7xgUjF93c8tF", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [-4.0, 50.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7FedJGuoZfEJ", "label": "23103", "level": "group", "updated_at": null}], + "id": "5ek93SaSJPMZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [-52.0, -10.0, 52.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4pq2iGPjNi3g", "label": "23103", "level": "group", "updated_at": null}], + "id": "5oqdUPZbrxbf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [-58.0, -60.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6xmxaRhMZZsj", "label": "23103", "level": "group", "updated_at": null}], + "id": "55i6cfP4bFdV", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [24.0, 2.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5MUMFbBiM3Xw", "label": "23103", "level": "group", "updated_at": null}], + "id": "5mnDxttL7tPN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7svnYfHnz24L", "coordinates": [-56.0, -10.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "zJPFkfqNwZNb", "label": "23103", "level": "group", "updated_at": null}], + "id": "3iQUVYycHhQw", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "5ptAcQjSuWQP", "updated_at": null, "user": null, "weights": []}], "authors": + "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.3389/fnins.2014.00192", "id": "5ptAcQjSuWQP", + "metadata": null, "name": "Intact brain processing of musical emotions in + autism spectrum disorder, but more cognitive load and arousal in happy vs. + sad music.", "pmid": "25076869", "publication": "Frontiers in neuroscience", + "source": "neurosynth", "source_id": "25076869", "source_updated_at": null, + "updated_at": null, "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "7FwRKS36kZp9", "images": [], "name": "15331", "points": [{"analysis": + "7FwRKS36kZp9", "coordinates": [0.0, -51.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7FwRKS36kZp9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8LT6mPH3Pae3", "label": "15331", "level": "group", "updated_at": null}], + "id": "xFVBfhpVWLY7", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7FwRKS36kZp9", "coordinates": [-30.0, 33.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7FwRKS36kZp9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4sgWckZvDwuM", "label": "15331", "level": "group", "updated_at": null}], + "id": "5WDoiqxFeQyc", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7FwRKS36kZp9", "coordinates": [3.0, -48.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7FwRKS36kZp9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "ttreXLXFW9rX", "label": "15331", "level": "group", "updated_at": null}], + "id": "4r96arrG6uZu", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}], "study": + "6hNANgeoQKYP", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "7VPXqibNQ2La", "images": [], "name": "15332", "points": [{"analysis": + "7VPXqibNQ2La", "coordinates": [-3.0, -15.0, 45.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3BKneQHigiyH", "label": "15332", "level": "group", "updated_at": null}], + "id": "4VXx9ZewacuE", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7VPXqibNQ2La", "coordinates": [-24.0, -51.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8CxHxhj3Cvak", "label": "15332", "level": "group", "updated_at": null}], + "id": "7ukCvNUEhfE5", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7VPXqibNQ2La", "coordinates": [5.0, 12.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4gEmQrSEiS9Y", "label": "15332", "level": "group", "updated_at": null}], + "id": "5XGx9DfbzV2D", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7VPXqibNQ2La", "coordinates": [-35.0, -51.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3Hs8P5ar5teP", "label": "15332", "level": "group", "updated_at": null}], + "id": "3CCZDnXahnfJ", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7VPXqibNQ2La", "coordinates": [3.0, -6.0, 45.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5jXUXUsqHqt5", "label": "15332", "level": "group", "updated_at": null}], + "id": "3NGtpSmCy2hU", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7VPXqibNQ2La", "coordinates": [-42.0, 15.0, -9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6K5caCDzDmxs", "label": "15332", "level": "group", "updated_at": null}], + "id": "4akhJxsEJSWi", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7VPXqibNQ2La", "coordinates": [12.0, -69.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "sFyWbSa4ohrz", "label": "15332", "level": "group", "updated_at": null}], + "id": "7dx5VjjgKy3e", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}], "study": + "6hNANgeoQKYP", "updated_at": null, "user": null, "weights": []}], "authors": + "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.biopsycho.2014.08.003", "id": "6hNANgeoQKYP", + "metadata": null, "name": "When you smile, you become happy: Evidence from + resting state task-based fMRI.", "pmid": "25139308", "publication": "Biological + psychology", "source": "neurosynth", "source_id": "25139308", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "7xMSzM9VJtrK", "images": [], "name": "39765", "points": [{"analysis": + "7xMSzM9VJtrK", "coordinates": [-14.0, 0.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7xMSzM9VJtrK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3EcLGZc2stU4", "label": "39765", "level": "group", "updated_at": null}], + "id": "7WoLFJHzRKgD", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7xMSzM9VJtrK", "coordinates": [-16.0, -2.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7xMSzM9VJtrK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "824nBNAjL4LG", "label": "39765", "level": "group", "updated_at": null}], + "id": "4m7uDVerXnHc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "3dEED48cGfXq", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "3H5dDZEkqeZm", "images": [], "name": "39766", "points": [{"analysis": + "3H5dDZEkqeZm", "coordinates": [30.0, -4.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3H5dDZEkqeZm", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5MseH5SwA2UF", "label": "39766", "level": "group", "updated_at": null}], + "id": "4U9qy2uN6Qdp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3H5dDZEkqeZm", "coordinates": [18.0, 6.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3H5dDZEkqeZm", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7XHyWahP7CyV", "label": "39766", "level": "group", "updated_at": null}], + "id": "6o74BHbYypAF", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3H5dDZEkqeZm", "coordinates": [-16.0, -2.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3H5dDZEkqeZm", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6qvc7ze6DhhZ", "label": "39766", "level": "group", "updated_at": null}], + "id": "4D8w2BCYLkK5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3H5dDZEkqeZm", "coordinates": [24.0, 20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3H5dDZEkqeZm", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7S6fA9owiA8C", "label": "39766", "level": "group", "updated_at": null}], + "id": "5s7YHpaGjdDm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "3dEED48cGfXq", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "icaz7Y5jZJfV", "images": [], "name": "39767", "points": [{"analysis": + "icaz7Y5jZJfV", "coordinates": [10.0, 14.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5vk487EecdpS", "label": "39767", "level": "group", "updated_at": null}], + "id": "6YKaFUijnkG6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "icaz7Y5jZJfV", "coordinates": [34.0, -16.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6mMU3MwVE26D", "label": "39767", "level": "group", "updated_at": null}], + "id": "5eyJnw4KLZKC", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "icaz7Y5jZJfV", "coordinates": [34.0, -2.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "HEQuDdRdVmB9", "label": "39767", "level": "group", "updated_at": null}], + "id": "bTUWZi3LPYZS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "icaz7Y5jZJfV", "coordinates": [14.0, 4.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5Jz37zd2a4aT", "label": "39767", "level": "group", "updated_at": null}], + "id": "66Qk69QTEXW2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "icaz7Y5jZJfV", "coordinates": [22.0, -6.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7Yr9WJqqRcYf", "label": "39767", "level": "group", "updated_at": null}], + "id": "47HU8QcoVZ68", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "icaz7Y5jZJfV", "coordinates": [32.0, -4.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "BJMuhnjPbZ5Q", "label": "39767", "level": "group", "updated_at": null}], + "id": "5EHWPJFV6ZKv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "3dEED48cGfXq", "updated_at": null, "user": null, "weights": []}], "authors": + "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant + RA", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1371/journal.pone.0103653", "id": "3dEED48cGfXq", "metadata": null, + "name": "Reduced amygdala and ventral striatal activity to happy faces in + PTSD is associated with emotional numbing.", "pmid": "25184336", "publication": + "PloS one", "source": "neurosynth", "source_id": "25184336", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "6jQ32kDkDdm8", "images": [], "name": "34301", "points": [{"analysis": + "6jQ32kDkDdm8", "coordinates": [-22.0, -16.0, 25.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "pHsBnJXBrdPf", "label": "34301", "level": "group", "updated_at": null}], + "id": "87gKXQHczUJN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "6jQ32kDkDdm8", "coordinates": [-14.0, 37.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6ZPxqxgocAym", "label": "34301", "level": "group", "updated_at": null}], + "id": "6MvDNE5xnLuL", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "6jQ32kDkDdm8", "coordinates": [-39.0, -2.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5Nyac4iLdWdn", "label": "34301", "level": "group", "updated_at": null}], + "id": "6o2qc8u43wgu", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "6jQ32kDkDdm8", "coordinates": [14.0, -52.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "zfej7Fr4GzkF", "label": "34301", "level": "group", "updated_at": null}], + "id": "7bdi2SmNPbbG", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "6jQ32kDkDdm8", "coordinates": [28.0, -36.0, 52.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "48yteUzauhjW", "label": "34301", "level": "group", "updated_at": null}], + "id": "6hFiW9BMZUGx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "6jQ32kDkDdm8", "coordinates": [37.0, 34.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5yRka9cQgn98", "label": "34301", "level": "group", "updated_at": null}], + "id": "8sDXseZrXb9q", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "6jQ32kDkDdm8", "coordinates": [5.0, 9.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5LXKLjh6yiQJ", "label": "34301", "level": "group", "updated_at": null}], + "id": "4T69s7pniC5w", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "6jQ32kDkDdm8", "coordinates": [-30.0, -37.0, 55.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7Ean3VVapqZm", "label": "34301", "level": "group", "updated_at": null}], + "id": "6PJ2znp2fwvq", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "6jQ32kDkDdm8", "coordinates": [25.0, 27.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7pgoDER3DHj2", "label": "34301", "level": "group", "updated_at": null}], + "id": "64zmKUPQ7YmC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "6jQ32kDkDdm8", "coordinates": [40.0, -21.0, 13.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3K6Qzcnr9Snu", "label": "34301", "level": "group", "updated_at": null}], + "id": "6wWGqzrvczhn", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "6SoirEH52CMp", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "7h23dzabx6Lt", "images": [], "name": "34302", "points": [{"analysis": + "7h23dzabx6Lt", "coordinates": [-35.0, 8.0, 47.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "YN3z7Czzudr2", "label": "34302", "level": "group", "updated_at": null}], + "id": "74TocxEUNvwT", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [21.0, -56.0, -40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "83Jd6MCwoMHs", "label": "34302", "level": "group", "updated_at": null}], + "id": "4AGadtFU7Fe7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [14.0, -19.0, 67.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "NSusfwScH9m5", "label": "34302", "level": "group", "updated_at": null}], + "id": "7YAT4LuC6gog", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [19.0, 44.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "76ikqzoL2hJA", "label": "34302", "level": "group", "updated_at": null}], + "id": "7DmVodFbQ3SK", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [-18.0, 30.0, 17.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6GdcB6mStKvk", "label": "34302", "level": "group", "updated_at": null}], + "id": "4GRVHvKctF4m", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [4.0, 18.0, 60.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "44sb3CwBYwDa", "label": "34302", "level": "group", "updated_at": null}], + "id": "6SdTjmY6bWCt", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [9.0, 63.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "r2X3ZXTgAA6L", "label": "34302", "level": "group", "updated_at": null}], + "id": "5hAvjvT5sGuR", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [-43.0, -2.0, -25.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6vSoYkoygDVw", "label": "34302", "level": "group", "updated_at": null}], + "id": "3UFD2AXMCec5", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [-52.0, 14.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5WYqgm9korvX", "label": "34302", "level": "group", "updated_at": null}], + "id": "4zrMaGZQA2p9", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [65.0, -37.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7YNwFQ34zSxc", "label": "34302", "level": "group", "updated_at": null}], + "id": "7sJwXron7cSD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [-25.0, 59.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "77gmjUrByANm", "label": "34302", "level": "group", "updated_at": null}], + "id": "4CBnQZHdQUUx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [1.0, -22.0, 54.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "NaxbmHq4dovL", "label": "34302", "level": "group", "updated_at": null}], + "id": "4g9CDT77D3XC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [-34.0, -27.0, -23.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8v4uVbjCYy4e", "label": "34302", "level": "group", "updated_at": null}], + "id": "89XBCHw62moC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "7h23dzabx6Lt", "coordinates": [-11.0, -26.0, 65.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6vSpVgZ4cwfu", "label": "34302", "level": "group", "updated_at": null}], + "id": "7bwnED5VnhKT", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": + "6SoirEH52CMp", "updated_at": null, "user": null, "weights": []}], "authors": + "Egidi G, Caramazza A", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2014.09.008", "id": "6SoirEH52CMp", + "metadata": null, "name": "Mood-dependent integration in discourse comprehension: + happy and sad moods affect consistency processing via different brain networks.", + "pmid": "25225000", "publication": "NeuroImage", "source": "neurosynth", "source_id": + "25225000", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2014}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "BpS3u6sAfe8g", "images": [], "name": "34402", + "points": [{"analysis": "BpS3u6sAfe8g", "coordinates": [-14.0, 58.0, 20.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4PXMy3i369j9", + "label": "34402", "level": "group", "updated_at": null}], "id": "3hYiWJPgdtYx", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": + null, "user": null, "values": []}, {"analysis": "BpS3u6sAfe8g", "coordinates": + [14.0, 2.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5DexG8toSa7A", "label": "34402", "level": "group", "updated_at": null}], + "id": "6igckJsXAvzA", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [16.0, 20.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4Wj6muy57VWG", "label": "34402", "level": "group", "updated_at": null}], + "id": "qFQT6pQkutBW", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [-54.0, -20.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "adMu6t32cRXV", "label": "34402", "level": "group", "updated_at": null}], + "id": "5tUWxj93YP5y", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [20.0, 50.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "847UYcC4SN6V", "label": "34402", "level": "group", "updated_at": null}], + "id": "7hF99Fh8yxp2", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [-64.0, -24.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3yXJyeoqbaVy", "label": "34402", "level": "group", "updated_at": null}], + "id": "42EdqCTNSZWh", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [8.0, -20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "69TAAe2m6UYj", "label": "34402", "level": "group", "updated_at": null}], + "id": "7ZBwkAPuqqjY", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [22.0, -56.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3nedYWVqubtc", "label": "34402", "level": "group", "updated_at": null}], + "id": "hxEqmuCxyEJc", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [6.0, -2.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5Rw8rqz4r2QS", "label": "34402", "level": "group", "updated_at": null}], + "id": "7qJUvYhP9M95", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [-46.0, -38.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "mnFyFwJJQMLV", "label": "34402", "level": "group", "updated_at": null}], + "id": "5Te6suebT6a5", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [64.0, -18.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7CD6tgCpdDJN", "label": "34402", "level": "group", "updated_at": null}], + "id": "5FLrsYRLP3KC", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [-40.0, -26.0, 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "xG2xyHCREizU", "label": "34402", "level": "group", "updated_at": null}], + "id": "4Mz4JjdsLshS", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}], "study": + "uPDUNVQUJvpt", "updated_at": null, "user": null, "weights": []}], "authors": + "Kong F, Hu S, Wang X, Song Y, Liu J", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2014.11.033", "id": "uPDUNVQUJvpt", + "metadata": null, "name": "Neural correlates of the happy life: The amplitude + of spontaneous low frequency fluctuations predicts subjective well-being.", + "pmid": "25463465", "publication": "NeuroImage", "source": "neurosynth", "source_id": + "25463465", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2015}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "38HqPANwZTG2", "images": [], "name": "42004", + "points": [{"analysis": "38HqPANwZTG2", "coordinates": [0.0, 46.0, 46.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "38HqPANwZTG2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4Kb7oa85Nc2r", + "label": "42004", "level": "group", "updated_at": null}], "id": "7LimdjsYPq85", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "38HqPANwZTG2", "coordinates": + [4.0, 40.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "38HqPANwZTG2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7mCyoCNdBz2t", "label": "42004", "level": "group", "updated_at": null}], + "id": "5ArfJw6UA2ko", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "6gD4cLusQaGb", "updated_at": null, "user": null, "weights": []}], "authors": + "Pulkkinen J, Nikkinen J, Kiviniemi V, Maki P, Miettunen J, Koivukangas J, + Mukkala S, Nordstrom T, Barnett JH, Jones PB, Moilanen I, Murray GK, Veijola + J", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1016/j.schres.2015.01.039", "id": "6gD4cLusQaGb", "metadata": null, + "name": "Functional mapping of dynamic happy and fearful facial expressions + in young adults with familial risk for psychosis - Oulu Brain and Mind Study.", + "pmid": "25703807", "publication": "Schizophrenia research", "source": "neurosynth", + "source_id": "25703807", "source_updated_at": null, "updated_at": null, "user": + null, "year": 2015}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "5XuagvSYMzW9", "images": [], "name": "25426", + "points": [{"analysis": "5XuagvSYMzW9", "coordinates": [-1.78, -2.35, -1.21], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "5XuagvSYMzW9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7YyzxMPSVYnx", + "label": "25426", "level": "group", "updated_at": null}], "id": "57vETqnTysr7", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": + null, "user": null, "values": []}], "study": "3C4xq7XcVv96", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "3wrf49wQ5KXs", "images": [], "name": "25427", + "points": [{"analysis": "3wrf49wQ5KXs", "coordinates": [-21.0, 81.0, 41.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5qqEdDG7w4e4", + "label": "25427", "level": "group", "updated_at": null}], "id": "6fjYPJPKRqkC", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": + null, "user": null, "values": []}, {"analysis": "3wrf49wQ5KXs", "coordinates": + [-29.0, 1.0, -29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5wkmm9H7d8ZV", "label": "25427", "level": "group", "updated_at": null}], + "id": "52gkNhUihPwF", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "3wrf49wQ5KXs", "coordinates": [-18.0, 67.0, 25.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7X6cmtyL4nDJ", "label": "25427", "level": "group", "updated_at": null}], + "id": "4SH4YqMuTm6W", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "3wrf49wQ5KXs", "coordinates": [58.0, 41.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "LCx9RsCir2vJ", "label": "25427", "level": "group", "updated_at": null}], + "id": "3xSCe58VBeJc", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "3wrf49wQ5KXs", "coordinates": [-3.0, 41.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "49scaYA4ZCcF", "label": "25427", "level": "group", "updated_at": null}], + "id": "7NCaoNizUDDT", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "3wrf49wQ5KXs", "coordinates": [12.0, 16.0, 35.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "anyX2XTBNduM", "label": "25427", "level": "group", "updated_at": null}], + "id": "6YdDBVFXvQ4B", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "3wrf49wQ5KXs", "coordinates": [42.0, -18.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "77isag3pcpGG", "label": "25427", "level": "group", "updated_at": null}], + "id": "HrYqVjuJdekh", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "3wrf49wQ5KXs", "coordinates": [-28.0, 56.0, -13.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "37S8nyWo5jaD", "label": "25427", "level": "group", "updated_at": null}], + "id": "64C4RMc5Vuko", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "3wrf49wQ5KXs", "coordinates": [20.0, 60.0, -19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7cQuQ5KTDz9N", "label": "25427", "level": "group", "updated_at": null}], + "id": "6WR5wu7yz2MU", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "3wrf49wQ5KXs", "coordinates": [12.0, 76.0, 37.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7pmG7juBAjkW", "label": "25427", "level": "group", "updated_at": null}], + "id": "6JTLp3Ymvn6p", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}], "study": + "3C4xq7XcVv96", "updated_at": null, "user": null, "weights": []}], "authors": + "Henje Blom E, Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, + Wu J, Simmons AN, Yang TT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.jad.2015.03.012", "id": "3C4xq7XcVv96", + "metadata": null, "name": "Altered insular activation and increased insular + functional connectivity during sad and happy face processing in adolescent + major depressive disorder.", "pmid": "25827506", "publication": "Journal of + affective disorders", "source": "neurosynth", "source_id": "25827506", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2015}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "PZtHzKXasZmg", "images": [], "name": "17019", "points": [{"analysis": + "PZtHzKXasZmg", "coordinates": [-44.0, 44.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6GNnXWEWSCge", "label": "17019", "level": "group", "updated_at": null}], + "id": "7Huyy7HMYmph", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-50.0, -54.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5C3BxYAMgjH6", "label": "17019", "level": "group", "updated_at": null}], + "id": "4mBWcp3tACwx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-50.0, -54.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3stnNuFjiUfs", "label": "17019", "level": "group", "updated_at": null}], + "id": "7Y7XdQhnC32q", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-4.0, 44.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4QqFWqh46nHe", "label": "17019", "level": "group", "updated_at": null}], + "id": "8D9264tGGF3A", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-44.0, -50.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3JDTDhz8mTN4", "label": "17019", "level": "group", "updated_at": null}], + "id": "6cCc69h2NkEZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-44.0, -50.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4LvLVtsKqEqC", "label": "17019", "level": "group", "updated_at": null}], + "id": "nxFfUmf7BKwD", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-18.0, -8.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5RvkDbHn2VF6", "label": "17019", "level": "group", "updated_at": null}], + "id": "4XnSRwfgc7XB", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-14.0, 38.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8Gcu3cYyUM8k", "label": "17019", "level": "group", "updated_at": null}], + "id": "3mzP3Gdyx9wm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-14.0, 38.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5BrucXsWVm4Q", "label": "17019", "level": "group", "updated_at": null}], + "id": "82RM5UW7saMh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-4.0, 44.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "76u9f9v334Bg", "label": "17019", "level": "group", "updated_at": null}], + "id": "7JGwdAeomHcy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-18.0, -8.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6h82yZ8EqXer", "label": "17019", "level": "group", "updated_at": null}], + "id": "6VsdCwwLMRmS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-24.0, -84.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4ZcHNv5V9oWV", "label": "17019", "level": "group", "updated_at": null}], + "id": "59vQSUhB4ph8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [62.0, -50.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7uHpJVnDwzWg", "label": "17019", "level": "group", "updated_at": null}], + "id": "t2hvsMCTN8EX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-60.0, -20.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3SdiYmkCJXfd", "label": "17019", "level": "group", "updated_at": null}], + "id": "8XAaBDZV4CRx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-60.0, -20.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5rP5hvxRZNFY", "label": "17019", "level": "group", "updated_at": null}], + "id": "48MEKNVeRN5e", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-58.0, 20.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "74QJG6a2csEo", "label": "17019", "level": "group", "updated_at": null}], + "id": "3g7mDPZGg7AB", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-58.0, 20.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5sLgptRqY8T9", "label": "17019", "level": "group", "updated_at": null}], + "id": "3snUHJe8wjgo", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-36.0, 44.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7a8459c3SJvR", "label": "17019", "level": "group", "updated_at": null}], + "id": "477gjWEhe4sr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-36.0, 44.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6NbAxkW25yP6", "label": "17019", "level": "group", "updated_at": null}], + "id": "7PWyytzhACNv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [28.0, -76.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "45YjbcCNCE3z", "label": "17019", "level": "group", "updated_at": null}], + "id": "8ndvGj6tvjXQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [28.0, -76.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3bUyMKXKAuBF", "label": "17019", "level": "group", "updated_at": null}], + "id": "6GuNWqWaLdK9", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-24.0, -84.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7XhFa2sByK5L", "label": "17019", "level": "group", "updated_at": null}], + "id": "32rzazfQvtxp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [62.0, -50.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "TdqYcACFGrqt", "label": "17019", "level": "group", "updated_at": null}], + "id": "3Rgv9RrfDgYZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-44.0, 44.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3HmhGTsx4Pnp", "label": "17019", "level": "group", "updated_at": null}], + "id": "53NiXUeNsyHD", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [40.0, 24.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7PZGc6f4fiTC", "label": "17019", "level": "group", "updated_at": null}], + "id": "6Xw3iZu93wXv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-40.0, 24.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3emqJZnvbkN2", "label": "17019", "level": "group", "updated_at": null}], + "id": "n9hirjRsgqJV", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [58.0, -58.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7Y6enoxu3yfw", "label": "17019", "level": "group", "updated_at": null}], + "id": "7y4mvuDkmJ5v", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [58.0, -58.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "87JmzmxrMiNK", "label": "17019", "level": "group", "updated_at": null}], + "id": "66PRE7HKPpVK", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [10.0, 54.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5TkAdPKhhqGk", "label": "17019", "level": "group", "updated_at": null}], + "id": "nNeZtxwwYJbG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [10.0, 54.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4CAhJcYCUWBx", "label": "17019", "level": "group", "updated_at": null}], + "id": "4uQRQghXusHr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-52.0, -66.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4G3RzKgq46Ua", "label": "17019", "level": "group", "updated_at": null}], + "id": "626DsVTVN22N", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-52.0, -66.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5PnTJKEe9uFT", "label": "17019", "level": "group", "updated_at": null}], + "id": "6bAa5bwu2qZN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [60.0, -24.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7DN9ZbjSboK3", "label": "17019", "level": "group", "updated_at": null}], + "id": "5NxNVF2GC9qA", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [60.0, -24.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "48QKUXCbesm5", "label": "17019", "level": "group", "updated_at": null}], + "id": "8KQpEwA3M9ap", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-40.0, 24.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4kABL6whyatg", "label": "17019", "level": "group", "updated_at": null}], + "id": "6B4A97nkZDoy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [42.0, 46.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3LwxEjfFp5T6", "label": "17019", "level": "group", "updated_at": null}], + "id": "39vbBMbdH6Th", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [40.0, 24.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5stPnydC9NFm", "label": "17019", "level": "group", "updated_at": null}], + "id": "5azyjT6MPuw5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-28.0, -6.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6WijUc4hG3R8", "label": "17019", "level": "group", "updated_at": null}], + "id": "55kVaGNNfNG6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-28.0, -6.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3kLifDa7s7Vv", "label": "17019", "level": "group", "updated_at": null}], + "id": "5JdyuhpKvhAj", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [50.0, -72.0, 40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4bQCeksnS52y", "label": "17019", "level": "group", "updated_at": null}], + "id": "4uBQwNnANQcn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [50.0, -72.0, 40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4vJTRS7VFtFQ", "label": "17019", "level": "group", "updated_at": null}], + "id": "7UkjFpL9wZFY", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-54.0, -10.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "KgVRKeV7tzZG", "label": "17019", "level": "group", "updated_at": null}], + "id": "6hzCLrAY9BSS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-54.0, -10.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "9u2TKQkcsJ5D", "label": "17019", "level": "group", "updated_at": null}], + "id": "4xjSS7PNqhRA", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-4.0, -76.0, 52.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "66yFMFsn3bDs", "label": "17019", "level": "group", "updated_at": null}], + "id": "FFKLKVg9woB4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-4.0, -76.0, 52.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "85nJtp7KPgrC", "label": "17019", "level": "group", "updated_at": null}], + "id": "4aubPhohiXqV", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-62.0, -32.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3cALdeNGWJch", "label": "17019", "level": "group", "updated_at": null}], + "id": "32yDWG9yAChf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [-62.0, -32.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5NmteeP8jQcj", "label": "17019", "level": "group", "updated_at": null}], + "id": "4KQqjp9fpxMb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "PZtHzKXasZmg", "coordinates": [42.0, 46.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7VGfuSCB74aL", "label": "17019", "level": "group", "updated_at": null}], + "id": "wMsAmRMNbk3j", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "4wMYLcaZa25g", "updated_at": null, "user": null, "weights": []}], "authors": + "Cullen KR, LaRiviere LL, Vizueta N, Thomas KM, Hunt RH, Miller MJ, Lim KO, + Schulz SC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1007/s11682-015-9406-4", "id": "4wMYLcaZa25g", "metadata": + null, "name": "Brain activation in response to overt and covert fear and happy + faces in women with borderline personality disorder.", "pmid": "26007149", + "publication": "Brain imaging and behavior", "source": "neurosynth", "source_id": + "26007149", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2015}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "6HhdbbASwrK3", "images": [], "name": "37588", + "points": [{"analysis": "6HhdbbASwrK3", "coordinates": [18.0, 11.0, 67.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3N95b5P7ypLd", + "label": "37588", "level": "group", "updated_at": null}], "id": "5kFUkxRjSekg", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": + [-54.0, -31.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4zkQiuCzNxQu", "label": "37588", "level": "group", "updated_at": null}], + "id": "47dKz73H2HtG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [15.0, -10.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7B4qES262a2K", "label": "37588", "level": "group", "updated_at": null}], + "id": "59D9X9dRgJ7T", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [18.0, -13.0, -17.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "tWG82uMXA2KP", "label": "37588", "level": "group", "updated_at": null}], + "id": "Wme5NpZ4TDB9", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [60.0, -64.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7ewRhYzsqxaz", "label": "37588", "level": "group", "updated_at": null}], + "id": "38c5vf66bcFo", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [45.0, 14.0, -35.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5xLaxSBWihpj", "label": "37588", "level": "group", "updated_at": null}], + "id": "6iJiNa6Z5PLo", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [-42.0, 14.0, 49.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7J7MynJv5HDz", "label": "37588", "level": "group", "updated_at": null}], + "id": "k4kaSWnkAtq3", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [-3.0, -49.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7pqEedooodV7", "label": "37588", "level": "group", "updated_at": null}], + "id": "7bF2mDaoR8su", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [27.0, -76.0, -29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5ppRPboHicsY", "label": "37588", "level": "group", "updated_at": null}], + "id": "6AfrXNySoX2m", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [-42.0, -58.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "32NwwuHXtKxR", "label": "37588", "level": "group", "updated_at": null}], + "id": "56ypmCsZSSg6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [-51.0, 26.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "47VYrQ2J3hxW", "label": "37588", "level": "group", "updated_at": null}], + "id": "7KVqpZTFtAoh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [42.0, 29.0, -17.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "35e8SffVsiUW", "label": "37588", "level": "group", "updated_at": null}], + "id": "7632xo46rTwn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "4rDGfjjGNAgq", "updated_at": null, "user": null, "weights": []}], "authors": + "Oetken S, Pauly KD, Gur RC, Schneider F, Habel U, Pohl A", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuropsychologia.2017.04.010", + "id": "4rDGfjjGNAgq", "metadata": null, "name": "Don''t worry, be happy - + Neural correlates of the influence of musically induced mood on self-evaluation.", + "pmid": "28392302", "publication": "Neuropsychologia", "source": "neurosynth", + "source_id": "28392302", "source_updated_at": null, "updated_at": null, "user": + null, "year": 2017}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "3bCxZ89SwqBQ", "images": [], "name": "40466", + "points": [{"analysis": "3bCxZ89SwqBQ", "coordinates": [-38.0, -6.0, -8.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3TypynkS5ALt", + "label": "40466", "level": "group", "updated_at": null}], "id": "5RGHW2kTQC3m", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [36.0, 4.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "qfHZhnJXkahM", "label": "40466", "level": "group", "updated_at": null}], + "id": "h2PwYyorGLVg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [22.0, -4.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "89LLqKWmUSHc", "label": "40466", "level": "group", "updated_at": null}], + "id": "779ADqJMqKTj", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-24.0, -30.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7dakiroWXUTi", "label": "40466", "level": "group", "updated_at": null}], + "id": "7mPChthuyBz4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [50.0, 0.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "QAWocZG3fonK", "label": "40466", "level": "group", "updated_at": null}], + "id": "4YqyAzKQ4kzM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-26.0, -10.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4w9KX7ANRdNc", "label": "40466", "level": "group", "updated_at": null}], + "id": "68YtB3czJzR7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [2.0, 46.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5AKQkGWVQ4eH", "label": "40466", "level": "group", "updated_at": null}], + "id": "AfHiEevkbdm5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-8.0, 30.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7wQbTLR7Ybkw", "label": "40466", "level": "group", "updated_at": null}], + "id": "6DUBy9eJyJAb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [0.0, 52.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4hzTz6PXFwru", "label": "40466", "level": "group", "updated_at": null}], + "id": "78EG538nBF7d", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [28.0, -14.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3Ev6We4qrgWr", "label": "40466", "level": "group", "updated_at": null}], + "id": "4NwsfwAAfcGr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-54.0, -56.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "TCkV5V59kGL3", "label": "40466", "level": "group", "updated_at": null}], + "id": "3b6HaUPVRgtA", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-58.0, -10.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3ZiidiSLBwmX", "label": "40466", "level": "group", "updated_at": null}], + "id": "4YZhHAEb6rKa", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [58.0, -10.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5vPXd6pfPS7r", "label": "40466", "level": "group", "updated_at": null}], + "id": "4tS8xMZLb4uX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-20.0, 24.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "rxtddVyGUjVB", "label": "40466", "level": "group", "updated_at": null}], + "id": "3DmbPcHCUCb7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-2.0, -54.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4wP8Gju9osTj", "label": "40466", "level": "group", "updated_at": null}], + "id": "9hobHZGgDe72", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [52.0, -30.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "ZfytfJDWZjvX", "label": "40466", "level": "group", "updated_at": null}], + "id": "6HF2Camg2Rgk", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [38.0, -34.0, 68.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "86up4DtD8Z6U", "label": "40466", "level": "group", "updated_at": null}], + "id": "5FryDg6EnV5Q", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-12.0, -90.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7n34eSiCpxYV", "label": "40466", "level": "group", "updated_at": null}], + "id": "caXFXrbYDSnZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [6.0, -84.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7ww8YEfmpUJb", "label": "40466", "level": "group", "updated_at": null}], + "id": "4Gzq7RHN7a7D", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [48.0, -66.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "86gsS6k6gwPj", "label": "40466", "level": "group", "updated_at": null}], + "id": "4Dr7FGUavsgF", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-28.0, -4.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7JHyGqyh8ayx", "label": "40466", "level": "group", "updated_at": null}], + "id": "5gki75ikTjjY", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [26.0, -2.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "FPQL8reEXFAm", "label": "40466", "level": "group", "updated_at": null}], + "id": "3rhoi2U7QmNb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3bCxZ89SwqBQ", "coordinates": [-62.0, -30.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3oaxyJB5jUHP", "label": "40466", "level": "group", "updated_at": null}], + "id": "UQiopnbTZToj", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "5N5L2d5f3J3f", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "qWEpgVfpLepn", "images": [], "name": "40467", "points": [{"analysis": + "qWEpgVfpLepn", "coordinates": [6.0, -84.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4SsVKU6Q4WQD", "label": "40467", "level": "group", "updated_at": null}], + "id": "4AsYRi96bYUr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qWEpgVfpLepn", "coordinates": [-50.0, -4.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4KMbnBt29Pei", "label": "40467", "level": "group", "updated_at": null}], + "id": "55kaKxdgcfKf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qWEpgVfpLepn", "coordinates": [50.0, -30.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6YGZ2Za4uB52", "label": "40467", "level": "group", "updated_at": null}], + "id": "3MXtB9AvykT2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qWEpgVfpLepn", "coordinates": [-50.0, -34.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "47sMWtCzDDqb", "label": "40467", "level": "group", "updated_at": null}], + "id": "3BKHVSZw9ww8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qWEpgVfpLepn", "coordinates": [-16.0, -52.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "38dpgRbHgoLr", "label": "40467", "level": "group", "updated_at": null}], + "id": "BhePk9oTCwAX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qWEpgVfpLepn", "coordinates": [-44.0, -2.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8EZXnkWvrhtP", "label": "40467", "level": "group", "updated_at": null}], + "id": "5eYy8Y85Xooe", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qWEpgVfpLepn", "coordinates": [-30.0, -30.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7YFhosGsBbdU", "label": "40467", "level": "group", "updated_at": null}], + "id": "7u5rHSDnzVdC", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qWEpgVfpLepn", "coordinates": [20.0, -44.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "69xZfHZQonUz", "label": "40467", "level": "group", "updated_at": null}], + "id": "7NsRZgcoeSUE", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qWEpgVfpLepn", "coordinates": [38.0, -14.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "87ShYN4d5pMQ", "label": "40467", "level": "group", "updated_at": null}], + "id": "kXNgDPbB59P9", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "5N5L2d5f3J3f", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "5KXN7E3YVVhU", "images": [], "name": "40468", "points": [{"analysis": + "5KXN7E3YVVhU", "coordinates": [-30.0, -30.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5KXN7E3YVVhU", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4ck8HUAknPT8", "label": "40468", "level": "group", "updated_at": null}], + "id": "5U9ZHDrvQHCM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5KXN7E3YVVhU", "coordinates": [-52.0, -34.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5KXN7E3YVVhU", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5qQNFgEDm3io", "label": "40468", "level": "group", "updated_at": null}], + "id": "zh8cujp9N7ry", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5KXN7E3YVVhU", "coordinates": [6.0, -84.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5KXN7E3YVVhU", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4WsgVy6rFrPn", "label": "40468", "level": "group", "updated_at": null}], + "id": "6g6FBTVQtyRU", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5KXN7E3YVVhU", "coordinates": [-50.0, -4.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5KXN7E3YVVhU", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7BfeqgDXdVEP", "label": "40468", "level": "group", "updated_at": null}], + "id": "4Eg7CoGfZSX5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5KXN7E3YVVhU", "coordinates": [46.0, -32.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5KXN7E3YVVhU", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "576Qv9XdBEsk", "label": "40468", "level": "group", "updated_at": null}], + "id": "7MZcSu62n9U7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "5N5L2d5f3J3f", "updated_at": null, "user": null, "weights": []}], "authors": + "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel + V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1371/journal.pone.0182476", "id": "5N5L2d5f3J3f", + "metadata": null, "name": "Dissociating maternal responses to sad and happy + facial expressions of their own child: An fMRI study.", "pmid": "28806742", + "publication": "PloS one", "source": "neurosynth", "source_id": "28806742", + "source_updated_at": null, "updated_at": null, "user": null, "year": 2017}, + {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "32UCEiz5GhWK", "images": [], "name": "42827", + "points": [{"analysis": "32UCEiz5GhWK", "coordinates": [36.0, -90.0, -3.0], + "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3vE9LLZomKMT", + "label": "42827", "level": "group", "updated_at": null}], "id": "5YcdrwGqq42Q", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [-42.0, -54.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7Zh8dLzi3BH8", "label": "42827", "level": "group", "updated_at": null}], + "id": "64FS7ni67t3u", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [33.0, -81.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7CBkfEDqRR6h", "label": "42827", "level": "group", "updated_at": null}], + "id": "47YZReTskuCw", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [-45.0, 27.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "79iEtjysYGe2", "label": "42827", "level": "group", "updated_at": null}], + "id": "XjRhaoi7bTyr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [21.0, -3.0, -15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "5jDXrZYx3Eg2", "label": "42827", "level": "group", "updated_at": null}], + "id": "4q7XA3pNZMug", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [39.0, 30.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4FxP3eQRzu4E", "label": "42827", "level": "group", "updated_at": null}], + "id": "7WbSyYp8uznM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [-6.0, -27.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4yqkhfpybAfL", "label": "42827", "level": "group", "updated_at": null}], + "id": "79daefbein96", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [6.0, -30.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "PjJ2nWdDTsqk", "label": "42827", "level": "group", "updated_at": null}], + "id": "3ThRq2WgoKRr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [9.0, -12.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "wJTd4rfL6JGT", "label": "42827", "level": "group", "updated_at": null}], + "id": "3T7BRiFzzL5B", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [51.0, 30.0, 21.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6pLZt5qtUNPi", "label": "42827", "level": "group", "updated_at": null}], + "id": "3b4qczdwqepK", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [-6.0, -30.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "88c5rWcDRMfs", "label": "42827", "level": "group", "updated_at": null}], + "id": "8JEyXSYbC8LZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [42.0, -51.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7YprCq2Xnn9a", "label": "42827", "level": "group", "updated_at": null}], + "id": "ktXox8NtdCbu", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [45.0, 12.0, 27.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "cFcxUgpWGLxq", "label": "42827", "level": "group", "updated_at": null}], + "id": "3dsAfEh4nFj8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [9.0, -27.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8EMBWEZUfu82", "label": "42827", "level": "group", "updated_at": null}], + "id": "7DA6oXAu3Uex", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [-42.0, -54.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "T6nccCLQq64E", "label": "42827", "level": "group", "updated_at": null}], + "id": "7rY4cERcvwTx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [42.0, -51.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6pyCzbAwgvRP", "label": "42827", "level": "group", "updated_at": null}], + "id": "4RWBJxV8pYtz", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [33.0, -81.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "7VQ59mjD3pi9", "label": "42827", "level": "group", "updated_at": null}], + "id": "LuropuYajhr2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [36.0, -90.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6LLVZTQd39xB", "label": "42827", "level": "group", "updated_at": null}], + "id": "3SQ6n55WWj8v", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [-30.0, -84.0, -9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4W5zPZZxi6vx", "label": "42827", "level": "group", "updated_at": null}], + "id": "7tJ2dhMhBhXd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [51.0, 33.0, 21.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4yXtizjUqzg2", "label": "42827", "level": "group", "updated_at": null}], + "id": "7nvjd3TdpEr8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [36.0, 3.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "8JHL7a83cwYz", "label": "42827", "level": "group", "updated_at": null}], + "id": "6RrDBPJAVwBK", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [-45.0, 6.0, 33.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4GJSdshJRqgH", "label": "42827", "level": "group", "updated_at": null}], + "id": "4CvDq65xpQ2R", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "32UCEiz5GhWK", "coordinates": [-42.0, 27.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3Bt9bBSmKUdq", "label": "42827", "level": "group", "updated_at": null}], + "id": "7W6AoP2iSV57", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "J427eVUr4rYy", "updated_at": null, "user": null, "weights": []}], "authors": + "Persson N, Lavebratt C, Ebner NC, Fischer H", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/scan/nsx089", "id": "J427eVUr4rYy", "metadata": + null, "name": "Influence of DARPP-32 genetic variation on BOLD activation + to happy faces.", "pmid": "29048604", "publication": "Social cognitive and + affective neuroscience", "source": "neurosynth", "source_id": "29048604", + "source_updated_at": null, "updated_at": null, "user": null, "year": 2017}, + {"analyses": [{"conditions": [], "created_at": "2023-05-20T00:14:55.599029+00:00", + "description": null, "id": "5pDYgPGpD2uS", "images": [], "name": "tbl2", "points": + [{"analysis": "5pDYgPGpD2uS", "coordinates": [-31.0, -79.0, -12.5], "created_at": + "2023-05-20T00:14:55.599029+00:00", "entities": [{"analysis": "5pDYgPGpD2uS", + "created_at": "2023-05-20T00:14:55.599029+00:00", "id": "xf45ehmKykAQ", "label": + "tbl2", "level": "group", "updated_at": null}], "id": "7vyv8StPGdcG", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "5pDYgPGpD2uS", "coordinates": [34.0, + -70.0, -12.5], "created_at": "2023-05-20T00:14:55.599029+00:00", "entities": + [{"analysis": "5pDYgPGpD2uS", "created_at": "2023-05-20T00:14:55.599029+00:00", + "id": "6houExZsNrat", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "7GFQM6UxQUSj", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5pDYgPGpD2uS", "coordinates": [22.0, 11.0, -2.0], "created_at": "2023-05-20T00:14:55.599029+00:00", + "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": "2023-05-20T00:14:55.599029+00:00", + "id": "6Gn2ZZNDccwh", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "fJuVjqpSMPzJ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5pDYgPGpD2uS", "coordinates": [29.0, -59.0, -18.0], "created_at": "2023-05-20T00:14:55.599029+00:00", + "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": "2023-05-20T00:14:55.599029+00:00", + "id": "59U4WYTMdaLQ", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "44KvnEcZdF8h", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5pDYgPGpD2uS", "coordinates": [-25.0, 4.0, -2.0], "created_at": "2023-05-20T00:14:55.599029+00:00", + "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": "2023-05-20T00:14:55.599029+00:00", + "id": "3H2mMuZCFYjM", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "4iYCsJSGqsZx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "5pDYgPGpD2uS", "coordinates": [-25.0, 0.0, -23.5], "created_at": "2023-05-20T00:14:55.599029+00:00", + "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": "2023-05-20T00:14:55.599029+00:00", + "id": "457ascUXNajf", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "3cbJBgz6xG37", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "LDpfxa9VU8Av", "updated_at": null, "user": null, "weights": []}], "authors": + null, "created_at": "2023-05-20T00:14:55.599029+00:00", "description": null, + "doi": null, "id": "LDpfxa9VU8Av", "metadata": null, "name": "A differential + pattern of neural response toward sad versus happy facial expressions in major + depressive disorder", "pmid": "15691520", "publication": null, "source": "neuroquery", + "source_id": "15691520", "source_updated_at": null, "updated_at": null, "user": + null, "year": null}, {"analyses": [{"conditions": [], "created_at": "2023-05-20T00:15:42.284904+00:00", + "description": null, "id": "qpaYC5aDTs6b", "images": [], "name": "tbl1", "points": + [{"analysis": "qpaYC5aDTs6b", "coordinates": [-16.0, 42.0, 8.0], "created_at": + "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": "qpaYC5aDTs6b", + "created_at": "2023-05-20T00:15:42.284904+00:00", "id": "7b7CfEKbUvoS", "label": + "tbl1", "level": "group", "updated_at": null}], "id": "8NNH933rHPmC", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "qpaYC5aDTs6b", "coordinates": [-16.0, + 50.0, 0.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": + [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "6VFUS5qa6hmo", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "7MNtuiekwC8F", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [-8.0, 40.0, 0.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "6CvufV5oAjDE", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "oqbKeAP4eir7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [-2.0, 8.0, 24.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "3jsAjhho7yvx", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "5LJQuBngBsmd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [-12.0, 14.0, 28.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "7cGcpvY7u9PY", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "7p4eP8FXYXnc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [-8.0, 24.0, 22.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "47gBZZMrttE9", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "6BRcBEGZ5prU", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [20.0, 30.0, 28.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "4Kqe4udtGhCp", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "43LmJm99c3vB", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [4.0, 8.0, 24.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "WzH3jEVuVwx6", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "6GR7KcnkiewB", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [14.0, 34.0, -2.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "6M5B3cJGTHC2", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "E2PWoohgoT9s", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [12.0, 32.0, -10.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "59xG2nTTmdQ3", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "5WNQmC3aBJsV", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [8.0, 46.0, 12.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "5vydDjeLcPLw", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "6vitephehRbq", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [18.0, 44.0, 6.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "3j5nGxxKY73C", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "3hc65ZTe7QbN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [8.0, 42.0, 4.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "7Dj85K3M7htX", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "5kZ6LLYgjZcf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "6p9pnHPhfQeP", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-20T00:15:42.284904+00:00", "description": null, + "id": "4hbTmow27Edz", "images": [], "name": "tbl2", "points": [{"analysis": + "4hbTmow27Edz", "coordinates": [6.0, 22.0, -6.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "4hbTmow27Edz", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "5iEFAfuwcWWS", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "3Xuyjv766V9e", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hbTmow27Edz", "coordinates": [-6.0, 44.0, -4.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "4hbTmow27Edz", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "7EgPjwzryRNt", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "cHPStGsZKZNE", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "6p9pnHPhfQeP", "updated_at": null, "user": null, "weights": []}], "authors": + null, "created_at": "2023-05-20T00:15:42.284904+00:00", "description": null, + "doi": null, "id": "6p9pnHPhfQeP", "metadata": null, "name": "Recognition + of happy facial affect in panic disorder: An fMRI study", "pmid": "16860973", + "publication": null, "source": "neuroquery", "source_id": "16860973", "source_updated_at": + null, "updated_at": null, "user": null, "year": null}, {"analyses": [{"conditions": + [], "created_at": "2023-05-20T00:20:31.067448+00:00", "description": null, + "id": "7ovNsQMayNZY", "images": [], "name": "T1", "points": [{"analysis": + "7ovNsQMayNZY", "coordinates": [-4.0, -30.0, 0.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "4egMiQWrpLdV", "label": "T1", "level": "group", "updated_at": null}], + "id": "4ViXE3M3JHdg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [10.0, 16.0, -4.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "49PuqvhStjNM", "label": "T1", "level": "group", "updated_at": null}], + "id": "65ftarwFLcKx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [2.0, 10.0, 0.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "5SX3buH8dRAb", "label": "T1", "level": "group", "updated_at": null}], + "id": "3zbSCW8R3eHk", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-52.0, -2.0, 0.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "7Xdfiffhjnd4", "label": "T1", "level": "group", "updated_at": null}], + "id": "5tsnPZYJZvdj", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-64.0, -8.0, 8.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "3cKVT6exyq3s", "label": "T1", "level": "group", "updated_at": null}], + "id": "4Fp6WJ9J4m9Q", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-66.0, -30.0, 14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "86yZr78YEngi", "label": "T1", "level": "group", "updated_at": null}], + "id": "6T4LGTXQYvrp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [42.0, -26.0, 10.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "3d8U6TrphmDv", "label": "T1", "level": "group", "updated_at": null}], + "id": "6hVfaTae4Hdy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-62.0, -8.0, -18.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "5dR8iGPsvwDN", "label": "T1", "level": "group", "updated_at": null}], + "id": "7CBsE2zhqHMg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-26.0, -10.0, -6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "6UGHKnd6NjPe", "label": "T1", "level": "group", "updated_at": null}], + "id": "67FgJkvFBSFJ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-6.0, -82.0, 20.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "3kQAYVmdTuWS", "label": "T1", "level": "group", "updated_at": null}], + "id": "5zP9xCt4m5tS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-32.0, -58.0, -12.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "353iGtngHQsu", "label": "T1", "level": "group", "updated_at": null}], + "id": "5JpXa2UkXJb7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-4.0, 18.0, 24.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "52ocZueMnMLm", "label": "T1", "level": "group", "updated_at": null}], + "id": "57dBVfkGYWmy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [28.0, 24.0, 30.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "3zujsw6DcEYy", "label": "T1", "level": "group", "updated_at": null}], + "id": "6P2FH6yj4wmb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [16.0, 8.0, 44.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "7x49zyRi2GTT", "label": "T1", "level": "group", "updated_at": null}], + "id": "6vjcUpEV9v3Y", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [54.0, 6.0, 20.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "3VE4XmUgTHjF", "label": "T1", "level": "group", "updated_at": null}], + "id": "34TbspokSc4a", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [6.0, -46.0, -48.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "6fRENKB7Z4WB", "label": "T1", "level": "group", "updated_at": null}], + "id": "6uafuaNkU76N", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [50.0, 6.0, -22.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "6AJhU48QkDxg", "label": "T1", "level": "group", "updated_at": null}], + "id": "57cXygJ4SZA5", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-26.0, 0.0, -22.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "6GEzYSytYRWc", "label": "T1", "level": "group", "updated_at": null}], + "id": "57xLLW4dYwAs", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-50.0, 8.0, -18.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "5pATqhiwnr9w", "label": "T1", "level": "group", "updated_at": null}], + "id": "76ghz2tuxzg2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [8.0, 60.0, 20.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "88XSmSPxK7rb", "label": "T1", "level": "group", "updated_at": null}], + "id": "5AnV6sakaGTY", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [30.0, -4.0, 18.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "57wuXNJRqoU9", "label": "T1", "level": "group", "updated_at": null}], + "id": "5ST5pFwNCqcV", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [24.0, 10.0, -22.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "7CrizY4EjSot", "label": "T1", "level": "group", "updated_at": null}], + "id": "7s8fKQzvEQmn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [18.0, -6.0, -22.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "3xzVop4wc8DD", "label": "T1", "level": "group", "updated_at": null}], + "id": "5vgoCfBqetNR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-28.0, 18.0, -14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "6TrbThKFdwW3", "label": "T1", "level": "group", "updated_at": null}], + "id": "6dHEeRa4JPmJ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-28.0, -14.0, -6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "7uitBsMLFCtd", "label": "T1", "level": "group", "updated_at": null}], + "id": "7qLQcxZpxYiY", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-56.0, -14.0, -6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "6DupVjXsUpNu", "label": "T1", "level": "group", "updated_at": null}], + "id": "5BypscEk4w46", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [56.0, -16.0, -2.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "3aa4GdCSfLTh", "label": "T1", "level": "group", "updated_at": null}], + "id": "4R8VpYMxJ8S2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [40.0, 10.0, 2.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "3hpXW2HV8kfC", "label": "T1", "level": "group", "updated_at": null}], + "id": "hn9WPmhvgpvQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [50.0, 8.0, 14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "5LoefupufBPk", "label": "T1", "level": "group", "updated_at": null}], + "id": "5BUjxUBYNnJS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-22.0, 4.0, 64.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "RvQzbsu22ULV", "label": "T1", "level": "group", "updated_at": null}], + "id": "8DSgzhx5wWqB", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-34.0, 44.0, 32.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "7gecTweTQQJi", "label": "T1", "level": "group", "updated_at": null}], + "id": "5s5KP4gvxhrJ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [0.0, 32.0, 20.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "6aBqaJdKGeew", "label": "T1", "level": "group", "updated_at": null}], + "id": "3YvR6nSmuHoS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-46.0, 16.0, 8.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "5StjDTFVCL4u", "label": "T1", "level": "group", "updated_at": null}], + "id": "DNDsnHHWGoJJ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-34.0, 22.0, -16.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "FhH7b5A3gnct", "label": "T1", "level": "group", "updated_at": null}], + "id": "69tRF5qSzvor", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [-66.0, -10.0, 6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "6XJ5pPbc6hLZ", "label": "T1", "level": "group", "updated_at": null}], + "id": "5fVkpZrKbW5h", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [46.0, 14.0, -14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "5k3goebeJ3Md", "label": "T1", "level": "group", "updated_at": null}], + "id": "6Tkerr8Ejo7p", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [36.0, 0.0, 14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "7Q8oqeCzjZ2b", "label": "T1", "level": "group", "updated_at": null}], + "id": "6jbYmDrbkfPV", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [30.0, 18.0, -18.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "5Katu9FtcDgc", "label": "T1", "level": "group", "updated_at": null}], + "id": "vqWqR7FfVke4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [62.0, -40.0, 32.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "4yQfq9FPginE", "label": "T1", "level": "group", "updated_at": null}], + "id": "4Z7nrSrN6pY2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [42.0, 0.0, 6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "6ffqnFbA5FTR", "label": "T1", "level": "group", "updated_at": null}], + "id": "6FFNQiPf4NWK", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "7JtZxnwqByGB", "updated_at": null, "user": null, "weights": []}], "authors": + null, "created_at": "2023-05-20T00:20:31.067448+00:00", "description": null, + "doi": null, "id": "7JtZxnwqByGB", "metadata": null, "name": "A Functional + MRI Study of Happy and Sad Emotions in Music with and without Lyrics", "pmid": + "22144968", "publication": null, "source": "neuroquery", "source_id": "22144968", + "source_updated_at": null, "updated_at": null, "user": null, "year": null}, + {"analyses": [{"conditions": [], "created_at": "2023-05-20T00:21:36.187127+00:00", + "description": null, "id": "3vrbzpxw9Cpi", "images": [], "name": "tbl0005", + "points": [{"analysis": "3vrbzpxw9Cpi", "coordinates": [41.0, -71.0, -7.0], + "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": + "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "39WwiXnwS2i2", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "4K8qsfryLL6R", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [-19.0, -95.0, 5.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": + [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "7PPeZFj6f6dc", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "oC3cSKwpFSyx", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-51.0, -7.0, 53.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "887EM7vUU6f9", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "apE374n5c8A9", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [53.0, -3.0, 49.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "Pt7DihphiGVa", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "49PmnCXpCFAD", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [41.0, 21.0, -35.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "3i8HH5zMMZzA", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "j2CfwjVGThwd", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-39.0, 21.0, -35.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "32ZG9BcKXiHS", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "mzHCQLVebrPz", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-31.0, 25.0, -23.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "7eQMGopHUgwJ", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "6HvMvJTpbhkD", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [37.0, 37.0, -15.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "3HAJuBLXGXQF", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "4RP6tFZeejAP", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-15.0, 17.0, 65.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "4jG4yw76WBRa", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "NgFANxEBgw6N", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [45.0, 17.0, 25.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "729fPUzHKn4a", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "5SSd3j7iBuDf", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [17.0, -3.0, -19.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "38snkB2HN5GA", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "vXWBtmGg5xth", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-19.0, -7.0, -19.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "74M2waezek8A", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "7D8omZBTkcvn", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-7.0, 65.0, 29.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "8bR7Aa4WFp6a", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "7BrMa4sEQBBL", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-39.0, 5.0, 61.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "3hEH4hHN5Kyh", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "3ez7zGwMzXqx", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-15.0, 61.0, 33.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "6zgLYUv3Gwte", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "3YYRGNsLyEpi", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-15.0, 53.0, -11.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "7Ji3zsEZN3Uy", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "4qQpRf9KSYTv", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [61.0, 5.0, -19.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "7hKNeJiEyUpm", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "3wvMj5zsDuvs", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-63.0, -11.0, 33.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "5HXfonj8je6T", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "3GkfVDyows7Y", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [-55.0, 25.0, 9.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "49hJmdiP8pFg", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "7u3knxVYLtFp", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "3vrbzpxw9Cpi", "coordinates": [25.0, -7.0, -15.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", + "id": "6tzCRqn3mDNG", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "7H4sPgToH88q", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "7qae4ZZAYbnZ", "updated_at": null, "user": null, "weights": []}], "authors": + null, "created_at": "2023-05-20T00:21:36.187127+00:00", "description": null, + "doi": null, "id": "7qae4ZZAYbnZ", "metadata": null, "name": "Testosterone + administration in women increases amygdala responses to fearful and happy + faces", "pmid": "22999654", "publication": null, "source": "neuroquery", "source_id": + "22999654", "source_updated_at": null, "updated_at": null, "user": null, "year": + null}, {"analyses": [{"conditions": [], "created_at": "2023-05-20T00:22:08.107205+00:00", + "description": null, "id": "4hXNxByzL2vS", "images": [], "name": "t0005", + "points": [{"analysis": "4hXNxByzL2vS", "coordinates": [46.0, -70.0, -10.0], + "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": + "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "7XeyGomg5g9L", + "label": "t0005", "level": "group", "updated_at": null}], "id": "6kqKjWmB82YF", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-40.0, -80.0, -12.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": + [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "65FzaNAjSukA", "label": "t0005", "level": "group", "updated_at": null}], + "id": "4fHfpoA4B9jD", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-42.0, -48.0, -22.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "4mKTrAFEQyFs", "label": "t0005", "level": "group", "updated_at": null}], + "id": "3diaD7oTDMXq", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [6.0, -70.0, 8.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "5ozokKMpBd9R", "label": "t0005", "level": "group", "updated_at": null}], + "id": "3cDtyqAppFzf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [8.0, -36.0, 2.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "8G8V6TCNp3rG", "label": "t0005", "level": "group", "updated_at": null}], + "id": "4yvie8fUgH5W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [48.0, -72.0, -10.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "76NXAtTZBQq9", "label": "t0005", "level": "group", "updated_at": null}], + "id": "37fKmCU8mzmd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [48.0, 36.0, 14.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "5upgsw57XzBZ", "label": "t0005", "level": "group", "updated_at": null}], + "id": "4agrtfJfY4LY", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-44.0, -80.0, -10.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "6gZ8dyej7Kqs", "label": "t0005", "level": "group", "updated_at": null}], + "id": "86omAX8wFpgE", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [28.0, -58.0, -4.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "3voeDPgB3DQn", "label": "t0005", "level": "group", "updated_at": null}], + "id": "3UEWAvD5zorY", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [34.0, 22.0, 16.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "4BboHvRuumRt", "label": "t0005", "level": "group", "updated_at": null}], + "id": "7kF8Jc6pKiC3", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [10.0, -4.0, 2.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "7FtwLXjAe3He", "label": "t0005", "level": "group", "updated_at": null}], + "id": "6UYeziQc33i7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [62.0, -20.0, 42.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "7eMrJgvF4xr3", "label": "t0005", "level": "group", "updated_at": null}], + "id": "5vjoYXwQc67V", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [42.0, -44.0, 18.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "7Un47RsiKicv", "label": "t0005", "level": "group", "updated_at": null}], + "id": "67va3Azx53kU", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-16.0, -8.0, -2.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "3ehZXmBBVFWe", "label": "t0005", "level": "group", "updated_at": null}], + "id": "5nKozBV3ZgNH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-30.0, 22.0, 6.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "6scEybYs7yw5", "label": "t0005", "level": "group", "updated_at": null}], + "id": "7396tp7LWcdm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-20.0, -62.0, 44.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "8CA9muWpZsFY", "label": "t0005", "level": "group", "updated_at": null}], + "id": "43Bsa9zSVsv9", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-26.0, 44.0, 36.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "KvRknLRAJ46j", "label": "t0005", "level": "group", "updated_at": null}], + "id": "77bbTAfoPHBF", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [24.0, -46.0, 44.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "Un6iVhHqScnT", "label": "t0005", "level": "group", "updated_at": null}], + "id": "4o3UjVxcBUWe", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [44.0, -48.0, 38.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "6Gxq5chZCAmm", "label": "t0005", "level": "group", "updated_at": null}], + "id": "ntvHJrfwUhos", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [26.0, -30.0, 38.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "RSVZvaW6nQvk", "label": "t0005", "level": "group", "updated_at": null}], + "id": "5pSvzVxjBsnb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-22.0, -52.0, 14.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "h4ZPfyxHKfy8", "label": "t0005", "level": "group", "updated_at": null}], + "id": "35UaiTgzVaMn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [26.0, -76.0, -6.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "VjsUfEAfEbhX", "label": "t0005", "level": "group", "updated_at": null}], + "id": "DffmumCevCqS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [16.0, 54.0, 48.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "4Pjkhb4xzjL6", "label": "t0005", "level": "group", "updated_at": null}], + "id": "6h26tPozdaHM", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-2.0, -56.0, 6.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "4HfN9DDQXiXL", "label": "t0005", "level": "group", "updated_at": null}], + "id": "4udaApzUfV44", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [58.0, 26.0, 32.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "6mVozu7yhWfb", "label": "t0005", "level": "group", "updated_at": null}], + "id": "3T3BrJZVb3BX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-22.0, -38.0, 76.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "LUVcM5ypJhoP", "label": "t0005", "level": "group", "updated_at": null}], + "id": "3UVM5UHoFKm8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-8.0, -30.0, 14.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "3sHWsw4AnKyK", "label": "t0005", "level": "group", "updated_at": null}], + "id": "4DBZbXaSVqDG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [18.0, 68.0, 28.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "3SsHoL74HpMb", "label": "t0005", "level": "group", "updated_at": null}], + "id": "8HWBqUqTvt6r", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [10.0, -2.0, 76.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "7VbyHYX23yYa", "label": "t0005", "level": "group", "updated_at": null}], + "id": "32oiGDqbp6AG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-36.0, -76.0, -44.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "6c7x9h4Rzzgb", "label": "t0005", "level": "group", "updated_at": null}], + "id": "dnqAoTmeG7fn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-6.0, 16.0, 2.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "4Mmowo8d6fv2", "label": "t0005", "level": "group", "updated_at": null}], + "id": "7LBvM763ryRf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-20.0, -88.0, -26.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "4jDonpKXZYrx", "label": "t0005", "level": "group", "updated_at": null}], + "id": "6aaEDLJMmyuY", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [50.0, -78.0, 26.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "3x3CMjkMipeu", "label": "t0005", "level": "group", "updated_at": null}], + "id": "3kAMVxYuwoiH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [24.0, -20.0, -8.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "4RQjVGRU7baG", "label": "t0005", "level": "group", "updated_at": null}], + "id": "6govEXhkRxsC", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-44.0, 24.0, -20.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "X8xySDYKP2ZP", "label": "t0005", "level": "group", "updated_at": null}], + "id": "552oQS566wnh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-34.0, -86.0, 42.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "S7ZgHoeNtWia", "label": "t0005", "level": "group", "updated_at": null}], + "id": "zbreHzpa3LeJ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [-34.0, 30.0, 54.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "4CrTN7Ywjps5", "label": "t0005", "level": "group", "updated_at": null}], + "id": "6MdRoB8auhFZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [0.0, -96.0, 12.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "36Emdi3gobGn", "label": "t0005", "level": "group", "updated_at": null}], + "id": "5v2Di7NPCMs7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [40.0, 20.0, -22.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "kohKp95MSnc8", "label": "t0005", "level": "group", "updated_at": null}], + "id": "7rV6sjyxS5bp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "4hXNxByzL2vS", "coordinates": [20.0, 32.0, 60.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", + "id": "4QzrYaKMukSv", "label": "t0005", "level": "group", "updated_at": null}], + "id": "7Wv7LUFUkqNH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": + "GrhKTkDpbMEx", "updated_at": null, "user": null, "weights": []}], "authors": + null, "created_at": "2023-05-20T00:22:08.107205+00:00", "description": null, + "doi": null, "id": "GrhKTkDpbMEx", "metadata": null, "name": "Happy facial + expression processing with different social interaction cues: An fMRI study + of individuals with schizotypal personality traits", "pmid": "23416087", "publication": + null, "source": "neuroquery", "source_id": "23416087", "source_updated_at": + null, "updated_at": null, "user": null, "year": null}, {"analyses": [{"conditions": + [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": "SPM{F_[12.0,416.0]} + - contrast 4: Group X Drug x Emotion", "id": "75fxWNPbZbjv", "images": [{"add_date": + "2018-03-25T22:28:21.071437+00:00", "analysis": "75fxWNPbZbjv", "analysis_name": + "spmF WB GroupXDrugXEmotion", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "75fxWNPbZbjv", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "5ywy83QVhqKa", "label": "spmF WB GroupXDrugXEmotion", "level": "group", + "updated_at": null}], "filename": "spmF_WB_GroupXDrugXEmotion.nii.gz", "id": + "5ywy83QVhqKa", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmF_WB_GroupXDrugXEmotion.nii.gz", + "user": null, "value_type": "other"}], "name": "spmF WB GroupXDrugXEmotion", + "points": [], "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": + []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[41.0]} - contrast 1: Faces > Shapes", "id": "fPbGgVwV6WY4", + "images": [{"add_date": "2018-03-25T22:28:21.579847+00:00", "analysis": "fPbGgVwV6WY4", + "analysis_name": "spmT WB ALLFACES>SHAPES", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "fPbGgVwV6WY4", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "45wqEfAbeyF3", "label": "spmT WB ALLFACES>SHAPES", "level": "group", + "updated_at": null}], "filename": "spmT_WB_ALLFACES%3ESHAPES.nii.gz", "id": + "45wqEfAbeyF3", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_ALLFACES%3ESHAPES.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB ALLFACES>SHAPES", "points": + [], "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": + []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[416.0]} - contrast 1: G1 > G2", "id": "5Aa9eTyM6Z73", + "images": [{"add_date": "2018-03-25T22:28:21.975422+00:00", "analysis": "5Aa9eTyM6Z73", + "analysis_name": "spmT WB BDD>HC", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "5Aa9eTyM6Z73", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "7g9BASMF7fJf", "label": "spmT WB BDD>HC", "level": "group", "updated_at": + null}], "filename": "spmT_WB_BDD%3EHC.nii.gz", "id": "7g9BASMF7fJf", "space": + "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB BDD>HC", "points": [], + "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": []}, + {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "SPM{T_[416.0]} - contrast 3: Group x Drug: BDD greater in Oxyt", "id": "7npj8yWwnet4", + "images": [{"add_date": "2018-03-25T22:28:22.600766+00:00", "analysis": "7npj8yWwnet4", + "analysis_name": "spmT WB GroupXDrug BDD>HC", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "7npj8yWwnet4", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "5BapE8TLR6gx", "label": "spmT WB GroupXDrug BDD>HC", "level": "group", + "updated_at": null}], "filename": "spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", "id": + "5BapE8TLR6gx", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB GroupXDrug BDD>HC", "points": + [], "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": + []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[416.0]} - contrast 2: G2 > G1", "id": "6nTZmgpghK4z", + "images": [{"add_date": "2018-03-25T22:28:23.026721+00:00", "analysis": "6nTZmgpghK4z", + "analysis_name": "spmT WB HC>BDD", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "6nTZmgpghK4z", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "3BTjSSJUegTE", "label": "spmT WB HC>BDD", "level": "group", "updated_at": + null}], "filename": "spmT_WB_HC%3EBDD.nii.gz", "id": "3BTjSSJUegTE", "space": + "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_HC%3EBDD.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB HC>BDD", "points": [], + "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": []}, + {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "SPM{T_[416.0]} - contrast 5: Main Effect of Drug: Oxy > Plac", "id": "4uN7cxX3QSqL", + "images": [{"add_date": "2018-03-25T22:28:23.491835+00:00", "analysis": "4uN7cxX3QSqL", + "analysis_name": "spmT WB MainEffectDrug OXT>PBO", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "4uN7cxX3QSqL", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "B74DNs6w5yJE", "label": "spmT WB MainEffectDrug OXT>PBO", "level": + "group", "updated_at": null}], "filename": "spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", + "id": "B74DNs6w5yJE", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB MainEffectDrug OXT>PBO", + "points": [], "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": + []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[416.0]} - contrast 6: Main Effect of Drug: Plac > Oxyt + ", "id": "5ZQbnszRa6sF", "images": [{"add_date": "2018-03-25T22:28:23.936669+00:00", + "analysis": "5ZQbnszRa6sF", "analysis_name": "spmT WB MainEffectDrug PBO>OXT", + "created_at": "2023-05-20T01:08:26.285482+00:00", "entities": [{"analysis": + "5ZQbnszRa6sF", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "4iVYzjXoYZjL", + "label": "spmT WB MainEffectDrug PBO>OXT", "level": "group", "updated_at": + null}], "filename": "spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", "id": "4iVYzjXoYZjL", + "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB MainEffectDrug PBO>OXT", + "points": [], "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": + []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[32.0]} - contrast 1: BDD > HC", "id": "59gY3ro98L28", + "images": [{"add_date": "2018-03-25T22:28:24.344432+00:00", "analysis": "59gY3ro98L28", + "analysis_name": "spmT gPPI ANGRY>SHAPES BDD>HC", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "59gY3ro98L28", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "wCF8fop8MXME", "label": "spmT gPPI ANGRY>SHAPES BDD>HC", "level": "group", + "updated_at": null}], "filename": "spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", + "id": "wCF8fop8MXME", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES BDD>HC", + "points": [], "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": + []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[32.0]} - contrast 2: HC > BDD", "id": "7AKSr54RRuDe", + "images": [{"add_date": "2018-03-25T22:28:24.736969+00:00", "analysis": "7AKSr54RRuDe", + "analysis_name": "spmT gPPI ANGRY>SHAPES HC>BDD", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "7AKSr54RRuDe", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "jzsrud3nk5ba", "label": "spmT gPPI ANGRY>SHAPES HC>BDD", "level": "group", + "updated_at": null}], "filename": "spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", + "id": "jzsrud3nk5ba", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES HC>BDD", + "points": [], "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": + []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[32.0]} - contrast 3: Int1", "id": "7BtTmQCtTLDG", "images": + [{"add_date": "2018-03-25T22:28:25.174486+00:00", "analysis": "7BtTmQCtTLDG", + "analysis_name": "spmT gPPI ANGRY>SHAPES Int1", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "7BtTmQCtTLDG", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "4CkksPYhzEVd", "label": "spmT gPPI ANGRY>SHAPES Int1", "level": "group", + "updated_at": null}], "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", + "id": "4CkksPYhzEVd", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES Int1", + "points": [], "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": + []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[32.0]} - contrast 4: Int2", "id": "5UqTAfa29ak4", "images": + [{"add_date": "2018-03-25T22:28:25.604841+00:00", "analysis": "5UqTAfa29ak4", + "analysis_name": "spmT gPPI ANGRY>SHAPES Int2", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "5UqTAfa29ak4", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "5hnCx2zy4U8k", "label": "spmT gPPI ANGRY>SHAPES Int2", "level": "group", + "updated_at": null}], "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", + "id": "5hnCx2zy4U8k", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES Int2", + "points": [], "study": "43Tb4A22CFNL", "updated_at": null, "user": null, "weights": + []}], "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and + Susan L. Rossell", "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "The present study assessed the effects of intranasal oxytocin on the neural + basis of processing emotional faces in patients with body dysmorphic disorder + (BDD). Twenty BDD patients and 22 matched healthy control participants participated + in a randomized, double-blind placebo-controlled within-subject functional + magnetic resonance imaging study. Following acute intranasal OXT (24 IU) or + placebo administration, we examined group and OXT related differences in task-based + amygdala activation and related functional connectivity in response to an + emotional face-matching task of fearful, angry, disgusted, sad, surprised + and happy faces. ", "doi": "10.1016/j.psyneuen.2019.05.022", "id": "43Tb4A22CFNL", + "metadata": {"acquisition_orientation": "", "add_date": "2018-03-24T03:50:11.979230+01:00", + "autocorrelation_model": "", "b0_unwarping_software": "", "communities": [], + "contributors": "", "coordinate_space": null, "doi_add_date": "2019-05-28T22:49:14.437772+02:00", + "download_url": "http://neurovault.org/collections/3666/download", "echo_time": + null, "field_of_view": null, "field_strength": null, "flip_angle": null, "full_dataset_url": + "", "functional_coregistered_to_structural": null, "functional_coregistration_method": + "", "group_comparison": true, "group_description": "", "group_estimation_type": + "", "group_inference_type": null, "group_model_multilevel": "", "group_model_type": + "", "group_modeling_software": "", "group_repeated_measures": null, "group_repeated_measures_method": + "", "handedness": null, "hemodynamic_response_function": "", "high_pass_filter_method": + "", "inclusion_exclusion_criteria": "", "interpolation_method": "", "intersubject_registration_software": + "", "intersubject_transformation_type": null, "intrasubject_estimation_type": + "", "intrasubject_model_type": "", "intrasubject_modeling_software": "", "length_of_blocks": + null, "length_of_runs": null, "length_of_trials": "", "matrix_size": null, + "modify_date": "2019-05-28T22:49:14.442152+02:00", "motion_correction_interpolation": + "", "motion_correction_metric": "", "motion_correction_reference": "", "motion_correction_software": + "", "nonlinear_transform_type": "", "number_of_experimental_units": null, + "number_of_images": 11, "number_of_imaging_runs": null, "number_of_rejected_subjects": + null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": + "", "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": + "", "object_image_type": "", "optimization": null, "optimization_method": + "", "order_of_acquisition": null, "order_of_preprocessing_operations": "", + "orthogonalization_description": "", "owner": 2051, "owner_name": "sallygrace", + "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S0306453018312241", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, + "pulse_sequence": "", "quality_control": "", "repetition_time": null, "resampled_voxel_size": + null, "scanner_make": "", "scanner_model": "", "skip_distance": null, "slice_thickness": + null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": + "", "software_package": "", "software_version": "", "subject_age_max": null, + "subject_age_mean": null, "subject_age_min": null, "target_resolution": null, + "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + "blocked", "url": "http://neurovault.org/collections/3666/", "used_b0_unwarping": + null, "used_dispersion_derivatives": null, "used_high_pass_filter": null, + "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": + null, "used_reaction_time_regressor": null, "used_slice_timing_correction": + null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": + "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized + trial", "pmid": null, "publication": "Psychoneuroendocrinology", "source": + "neurovault", "source_id": "3666", "source_updated_at": null, "updated_at": + null, "user": null, "year": null}, {"analyses": [{"conditions": [{"created_at": + "2023-05-20T01:04:00.853326+00:00", "description": null, "id": "3ppM56BG2njM", + "name": "monetary incentive delay task", "updated_at": null, "user": null}], + "created_at": "2023-05-20T01:09:51.807961+00:00", "description": "To test + H1, that BPD patients express dysfunctional recruitment of frontal brain regions + in response to social (compared to non-social) cues, we directly compared + both groups by computing the 2-way interaction \u2018Social Condition\u2019 + (social, non-social cues) by \u2018Group\u2019 (HC, BPD).", "id": "6cUpoaBzsSbA", + "images": [{"add_date": "2019-10-30T09:14:43.044952+00:00", "analysis": "6cUpoaBzsSbA", + "analysis_name": "Model 1-Cues: Interaction Social Condition by Group", "created_at": + "2023-05-20T01:09:51.807961+00:00", "entities": [{"analysis": "6cUpoaBzsSbA", + "created_at": "2023-05-20T01:09:51.807961+00:00", "id": "7M4uem5dnB6q", "label": + "Model 1-Cues: Interaction Social Condition by Group", "level": "group", "updated_at": + null}], "filename": "spmT_0008.nii.gz", "id": "7M4uem5dnB6q", "space": "MNI", + "updated_at": null, "url": "http://neurovault.org/media/images/6034/spmT_0008.nii.gz", + "user": null, "value_type": "T"}], "name": "Model 1-Cues: Interaction Social + Condition by Group", "points": [], "study": "5NQYnogUJ2XD", "updated_at": + null, "user": null, "weights": [1.0]}, {"conditions": [{"created_at": "2023-05-20T01:04:00.853326+00:00", + "description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay + task", "updated_at": null, "user": null}], "created_at": "2023-05-20T01:09:51.807961+00:00", + "description": "To test H2, that BPD patients would show impaired amygdala + response to social feedback, we conducted ROI analyses (i.e. frontal lobe + and amygdala masks) using the 2-way interaction \u2018Group\u2019 x \u2018Social + Condition\u2019 for the feedback analysis. BPD patients expressed a blunted + response of the bilateral amygdala compared to the HCs for the social>non-social + feedback contrast. These images show the whole brain images, but the amygdala + mask is added in another file.", "id": "4f4dMGS4zuoT", "images": [{"add_date": + "2019-10-30T09:28:12.663383+00:00", "analysis": "4f4dMGS4zuoT", "analysis_name": + "Model 2-Feedback: Interaction Social Condition by Group", "created_at": "2023-05-20T01:09:51.807961+00:00", + "entities": [{"analysis": "4f4dMGS4zuoT", "created_at": "2023-05-20T01:09:51.807961+00:00", + "id": "7mkeueU7ikKd", "label": "Model 2-Feedback: Interaction Social Condition + by Group", "level": "group", "updated_at": null}], "filename": "spmT_0017.nii.gz", + "id": "7mkeueU7ikKd", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/6034/spmT_0017.nii.gz", + "user": null, "value_type": "T"}], "name": "Model 2-Feedback: Interaction + Social Condition by Group", "points": [], "study": "5NQYnogUJ2XD", "updated_at": + null, "user": null, "weights": [1.0]}, {"conditions": [{"created_at": "2023-05-20T01:04:00.853326+00:00", + "description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay + task", "updated_at": null, "user": null}], "created_at": "2023-05-20T01:09:51.807961+00:00", + "description": "Model 3 was created ad hoc in order to test H3 following the + outcome of the first two models. We ran a seed-based analysis, using the amygdala + feedback-related activity for the negative social (compared to non-social) + component of Model 2 as the predictor and testing against potential relationship + with cue-evoked signal at a voxel-wise level within Model 1. Specifically, + the beta estimates for both groups from the bilateral amygdala ROI for the + negative social feedback (i.e. social loss>non-social loss), were extracted + from Model 2 and entered as a covariate into an independent samples t-test + using the specific contrast social>non-social cues. We then tested for the + effects of the amygdala covariate in each group separately and compared the + differences between the groups. These maps show the differences between groups + (i.e. BPD>HC) for this amygdala covariate. ", "id": "7oxFciwfWehs", "images": + [{"add_date": "2019-10-30T09:41:58.802747+00:00", "analysis": "7oxFciwfWehs", + "analysis_name": "Model 3--Independent Samples T-Test Regression Analysis", + "created_at": "2023-05-20T01:09:51.807961+00:00", "entities": [{"analysis": + "7oxFciwfWehs", "created_at": "2023-05-20T01:09:51.807961+00:00", "id": "oFWCbNK7eHcN", + "label": "Model 3--Independent Samples T-Test Regression Analysis", "level": + "group", "updated_at": null}], "filename": "spmT_0005.nii.gz", "id": "oFWCbNK7eHcN", + "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/6034/spmT_0005.nii.gz", + "user": null, "value_type": "T"}], "name": "Model 3--Independent Samples T-Test + Regression Analysis", "points": [], "study": "5NQYnogUJ2XD", "updated_at": + null, "user": null, "weights": [1.0]}, {"conditions": [{"created_at": "2023-05-20T01:04:00.853326+00:00", + "description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay + task", "updated_at": null, "user": null}], "created_at": "2023-05-20T01:09:51.807961+00:00", + "description": "We utilized a region-of-interest (ROI) analysis approach using + the WFU PickAtlas toolbox for SPM8. We created a mask of the bilateral amygdala + (used to test H2 in Model 2), from the Talairach Daemon database.", "id": + "6skr8EiHiW73", "images": [{"add_date": "2019-10-30T09:51:30.157895+00:00", + "analysis": "6skr8EiHiW73", "analysis_name": "Model 2-Feedback: Amygdala Mask", + "created_at": "2023-05-20T01:09:51.807961+00:00", "entities": [{"analysis": + "6skr8EiHiW73", "created_at": "2023-05-20T01:09:51.807961+00:00", "id": "5H5SUQZcGRv6", + "label": "Model 2-Feedback: Amygdala Mask", "level": "group", "updated_at": + null}], "filename": "AmyMask.nii.gz", "id": "5H5SUQZcGRv6", "space": "MNI", + "updated_at": null, "url": "http://neurovault.org/media/images/6034/AmyMask.nii.gz", + "user": null, "value_type": "ROI/mask"}], "name": "Model 2-Feedback: Amygdala + Mask", "points": [], "study": "5NQYnogUJ2XD", "updated_at": null, "user": + null, "weights": [1.0]}], "authors": "Kimberly C. Doell, Emilie Oli\u00e9, + Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", + "created_at": "2023-05-20T01:09:51.807961+00:00", "description": "ABSTRACT + \r\nBackground- Borderline personality disorder (BPD) is characterized by + maladaptive social functioning, and widespread negativity biases. The neural + underpinnings of these impairments remain elusive. We thus tested whether + BPD patients show atypical neural activity when processing social (compared + to non-social) anticipation, feedback, and particularly, how they relate to + each other.\r\nMethods- We acquired functional MRI data from 21 BPD women + and 24 matched healthy controls (HCs) while they performed a task in which + cues and feedbacks were either social (neutral faces for cues; happy or angry + faces for positive and negative feedbacks, respectively) or non-social (dollar + sign; winning or losing money for positive and negative feedbacks, respectively). + This task allowed for the analysis of social anticipatory cues, performance-based + feedback, and their interaction. \r\nResults- Compared to HCs, BPD patients + expressed increased activation in the superior temporal sulcus during the + processing of social cues, consistent with elevated salience associated with + an upcoming social event. BPD patients also showed reduced activation in the + amygdala while processing evaluative social feedback. Importantly, perigenual + anterior cingulate cortex (pgACC) activity during the presentation of the + social cue correlated with reduced amygdala activity during the presentation + of the negative social feedback in the BPD patients. \r\nConclusions- These + neuroimaging results clarify how BPD patients express altered responses to + different types of social stimuli (i.e. social anticipatory cues and evaluative + feedback) and uncover an atypical relationship between frontolimbic regions + (pgACC-amygdala) over the time span of a social interaction. These findings + may help to explain why BPD patients suffer from pervasive difficulties adapting + their behavior in the context of interpersonal relationships and should be + considered while designing better-targeted interventions.", "doi": "10.1016/j.nicl.2019.102126", + "id": "5NQYnogUJ2XD", "metadata": {"acquisition_orientation": "", "add_date": + "2019-10-30T09:58:20.777993+01:00", "autocorrelation_model": "", "b0_unwarping_software": + "", "communities": [], "contributors": "", "coordinate_space": null, "doi_add_date": + "2020-01-08T00:02:50.490732+01:00", "download_url": "http://neurovault.org/collections/6034/download", + "echo_time": null, "field_of_view": null, "field_strength": null, "flip_angle": + null, "full_dataset_url": "", "functional_coregistered_to_structural": null, + "functional_coregistration_method": "", "group_comparison": null, "group_description": + "", "group_estimation_type": "", "group_inference_type": null, "group_model_multilevel": + "", "group_model_type": "", "group_modeling_software": "", "group_repeated_measures": + null, "group_repeated_measures_method": "", "handedness": null, "hemodynamic_response_function": + "", "high_pass_filter_method": "", "inclusion_exclusion_criteria": "", "interpolation_method": + "", "intersubject_registration_software": "", "intersubject_transformation_type": + null, "intrasubject_estimation_type": "", "intrasubject_model_type": "", "intrasubject_modeling_software": + "", "length_of_blocks": null, "length_of_runs": null, "length_of_trials": + "", "matrix_size": null, "modify_date": "2020-01-08T01:43:18.827758+01:00", + "motion_correction_interpolation": "", "motion_correction_metric": "", "motion_correction_reference": + "", "motion_correction_software": "", "nonlinear_transform_type": "", "number_of_experimental_units": + null, "number_of_images": 4, "number_of_imaging_runs": null, "number_of_rejected_subjects": + null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": + "", "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": + "", "object_image_type": "", "optimization": null, "optimization_method": + "", "order_of_acquisition": null, "order_of_preprocessing_operations": "", + "orthogonalization_description": "", "owner": 4432, "owner_name": "doellk", + "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S2213158219304735", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, + "pulse_sequence": "", "quality_control": "", "repetition_time": null, "resampled_voxel_size": + null, "scanner_make": "", "scanner_model": "", "skip_distance": null, "slice_thickness": + null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": + "", "software_package": "", "software_version": "", "subject_age_max": null, + "subject_age_mean": null, "subject_age_min": null, "target_resolution": null, + "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + null, "url": "http://neurovault.org/collections/6034/", "used_b0_unwarping": + null, "used_dispersion_derivatives": null, "used_high_pass_filter": null, + "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": + null, "used_reaction_time_regressor": null, "used_slice_timing_correction": + null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": + "Atypical processing of social anticipation and feedback in borderline personality + disorder", "pmid": null, "publication": "NeuroImage: Clinical", "source": + "neurovault", "source_id": "6034", "source_updated_at": null, "updated_at": + null, "user": null, "year": null}], "updated_at": null, "user": "google-oauth2|100511154128738502835"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/annotations/5SPpPvY3x9Fp + response: + body: + string: '{"created_at": "2023-05-23T20:15:14.060372+00:00", "description": "", + "id": "5SPpPvY3x9Fp", "metadata": null, "name": "Annotation for studyset n5zg69u5T4tM", + "note_keys": {"included": "boolean"}, "notes": [{"analysis": "7BRmUpYpiCPE", + "analysis_name": "14799", "authors": "Keedwell PA, Andrew C, Williams SC, + Brammer MJ, Phillips ML", "note": {"included": true}, "publication": "Biological + psychiatry", "study": "3NK8yHeevRct", "study_name": "A double dissociation + of ventromedial prefrontal cortical responses to sad and happy stimuli in + depressed and healthy individuals.", "study_year": 2005}, {"analysis": "PZtHzKXasZmg", + "analysis_name": "17019", "authors": "Cullen KR, LaRiviere LL, Vizueta N, + Thomas KM, Hunt RH, Miller MJ, Lim KO, Schulz SC", "note": {"included": true}, + "publication": "Brain imaging and behavior", "study": "4wMYLcaZa25g", "study_name": + "Brain activation in response to overt and covert fear and happy faces in + women with borderline personality disorder.", "study_year": 2015}, {"analysis": + "4Yex3gzet4E3", "analysis_name": "41548", "authors": "Norbury R, Taylor MJ, + Selvaraj S, Murphy SE, Harmer CJ, Cowen PJ", "note": {"included": true}, "publication": + "Psychopharmacology", "study": "ukeN793Sct3Y", "study_name": "Short-term antidepressant + treatment modulates amygdala response to happy faces.", "study_year": 2009}, + {"analysis": "3BKoPowaKTaL", "analysis_name": "41528", "authors": "Fusar-Poli + P, Allen P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, + McGuire PK", "note": {"included": true}, "publication": "Psychopharmacology", + "study": "ZbuEo2kUW23q", "study_name": "Modulation of neural response to happy + and sad faces by acute tryptophan depletion.", "study_year": 2007}, {"analysis": + "8Bw8PFwRQSj2", "analysis_name": "41530", "authors": "Fusar-Poli P, Allen + P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire + PK", "note": {"included": true}, "publication": "Psychopharmacology", "study": + "ZbuEo2kUW23q", "study_name": "Modulation of neural response to happy and + sad faces by acute tryptophan depletion.", "study_year": 2007}, {"analysis": + "47qaAFTcNtEw", "analysis_name": "41529", "authors": "Fusar-Poli P, Allen + P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire + PK", "note": {"included": true}, "publication": "Psychopharmacology", "study": + "ZbuEo2kUW23q", "study_name": "Modulation of neural response to happy and + sad faces by acute tryptophan depletion.", "study_year": 2007}, {"analysis": + "7afo3nCCDWtT", "analysis_name": "23599", "authors": "Mitterschiffthaler MT, + Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"included": true}, "publication": + "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional + MRI study of happy and sad affective states induced by classical music.", + "study_year": 2007}, {"analysis": "3mcbMoCsoXNN", "analysis_name": "23598", + "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", + "note": {"included": true}, "publication": "Human brain mapping", "study": + "4xXMASGQSwyj", "study_name": "A functional MRI study of happy and sad affective + states induced by classical music.", "study_year": 2007}, {"analysis": "5EYKv2cPMveB", + "analysis_name": "23600", "authors": "Mitterschiffthaler MT, Fu CH, Dalton + JA, Andrew CM, Williams SC", "note": {"included": true}, "publication": "Human + brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI study + of happy and sad affective states induced by classical music.", "study_year": + 2007}, {"analysis": "7ovNsQMayNZY", "analysis_name": "T1", "authors": null, + "note": {"included": true}, "publication": null, "study": "7JtZxnwqByGB", + "study_name": "A Functional MRI Study of Happy and Sad Emotions in Music with + and without Lyrics", "study_year": null}, {"analysis": "4hXNxByzL2vS", "analysis_name": + "t0005", "authors": null, "note": {"included": true}, "publication": null, + "study": "GrhKTkDpbMEx", "study_name": "Happy facial expression processing + with different social interaction cues: An fMRI study of individuals with + schizotypal personality traits", "study_year": null}, {"analysis": "qpaYC5aDTs6b", + "analysis_name": "tbl1", "authors": null, "note": {"included": true}, "publication": + null, "study": "6p9pnHPhfQeP", "study_name": "Recognition of happy facial + affect in panic disorder: An fMRI study", "study_year": null}, {"analysis": + "4hbTmow27Edz", "analysis_name": "tbl2", "authors": null, "note": {"included": + true}, "publication": null, "study": "6p9pnHPhfQeP", "study_name": "Recognition + of happy facial affect in panic disorder: An fMRI study", "study_year": null}, + {"analysis": "3vrbzpxw9Cpi", "analysis_name": "tbl0005", "authors": null, + "note": {"included": true}, "publication": null, "study": "7qae4ZZAYbnZ", + "study_name": "Testosterone administration in women increases amygdala responses + to fearful and happy faces", "study_year": null}, {"analysis": "5pDYgPGpD2uS", + "analysis_name": "tbl2", "authors": null, "note": {"included": true}, "publication": + null, "study": "LDpfxa9VU8Av", "study_name": "A differential pattern of neural + response toward sad versus happy facial expressions in major depressive disorder", + "study_year": null}, {"analysis": "7svnYfHnz24L", "analysis_name": "23103", + "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": + {"included": true}, "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", + "study_name": "Intact brain processing of musical emotions in autism spectrum + disorder, but more cognitive load and arousal in happy vs. sad music.", "study_year": + 2014}, {"analysis": "76AvL5Nuq7rc", "analysis_name": "23101", "authors": "Gebauer + L, Skewes J, Westphael G, Heaton P, Vuust P", "note": {"included": true}, + "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", "study_name": + "Intact brain processing of musical emotions in autism spectrum disorder, + but more cognitive load and arousal in happy vs. sad music.", "study_year": + 2014}, {"analysis": "8FGGhQh4m7Rx", "analysis_name": "23102", "authors": "Gebauer + L, Skewes J, Westphael G, Heaton P, Vuust P", "note": {"included": true}, + "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", "study_name": + "Intact brain processing of musical emotions in autism spectrum disorder, + but more cognitive load and arousal in happy vs. sad music.", "study_year": + 2014}, {"analysis": "3bCxZ89SwqBQ", "analysis_name": "40466", "authors": "Kluczniok + D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner + R, Herpertz SC, Boedeker K, Bermpohl F", "note": {"included": true}, "publication": + "PloS one", "study": "5N5L2d5f3J3f", "study_name": "Dissociating maternal + responses to sad and happy facial expressions of their own child: An fMRI + study.", "study_year": 2017}, {"analysis": "5KXN7E3YVVhU", "analysis_name": + "40468", "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich + T, Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "note": + {"included": true}, "publication": "PloS one", "study": "5N5L2d5f3J3f", "study_name": + "Dissociating maternal responses to sad and happy facial expressions of their + own child: An fMRI study.", "study_year": 2017}, {"analysis": "qWEpgVfpLepn", + "analysis_name": "40467", "authors": "Kluczniok D, Hindi Attar C, Stein J, + Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker + K, Bermpohl F", "note": {"included": true}, "publication": "PloS one", "study": + "5N5L2d5f3J3f", "study_name": "Dissociating maternal responses to sad and + happy facial expressions of their own child: An fMRI study.", "study_year": + 2017}, {"analysis": "3H5dDZEkqeZm", "analysis_name": "39766", "authors": "Felmingham + KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": + {"included": true}, "publication": "PloS one", "study": "3dEED48cGfXq", "study_name": + "Reduced amygdala and ventral striatal activity to happy faces in PTSD is + associated with emotional numbing.", "study_year": 2014}, {"analysis": "7xMSzM9VJtrK", + "analysis_name": "39765", "authors": "Felmingham KL, Falconer EM, Williams + L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"included": true}, "publication": + "PloS one", "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral + striatal activity to happy faces in PTSD is associated with emotional numbing.", + "study_year": 2014}, {"analysis": "icaz7Y5jZJfV", "analysis_name": "39767", + "authors": "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto + A, Bryant RA", "note": {"included": true}, "publication": "PloS one", "study": + "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral striatal activity + to happy faces in PTSD is associated with emotional numbing.", "study_year": + 2014}, {"analysis": "pVNZSTjHVaAu", "analysis_name": "39504", "authors": "Luo + Y, Huang X, Yang Z, Li B, Liu J, Wei D", "note": {"included": true}, "publication": + "PloS one", "study": "6AkrZQQo2ysG", "study_name": "Regional homogeneity of + intrinsic brain activity in happy and unhappy individuals.", "study_year": + 2014}, {"analysis": "3r8sCMStLUTc", "analysis_name": "21622", "authors": "Chakrabarti + B, Kent L, Suckling J, Bullmore E, Baron-Cohen S", "note": {"included": true}, + "publication": "The European journal of neuroscience", "study": "3f6YK9Z83mU3", + "study_name": "Variations in the human cannabinoid receptor (CNR1) gene modulate + striatal responses to happy faces.", "study_year": 2006}, {"analysis": "32UCEiz5GhWK", + "analysis_name": "42827", "authors": "Persson N, Lavebratt C, Ebner NC, Fischer + H", "note": {"included": true}, "publication": "Social cognitive and affective + neuroscience", "study": "J427eVUr4rYy", "study_name": "Influence of DARPP-32 + genetic variation on BOLD activation to happy faces.", "study_year": 2017}, + {"analysis": "QqmewarwTt36", "analysis_name": "42247", "authors": "Suzuki + A, Goh JO, Hebrank A, Sutton BP, Jenkins L, Flicker BA, Park DC", "note": + {"included": true}, "publication": "Social cognitive and affective neuroscience", + "study": "5KmCyQFLh4Ew", "study_name": "Sustained happiness? Lack of repetition + suppression in right-ventral visual cortex for happy faces.", "study_year": + 2011}, {"analysis": "TfsWwDHeVeSq", "analysis_name": "42081", "authors": "Johnstone + T, van Reekum CM, Oakes TR, Davidson RJ", "note": {"included": true}, "publication": + "Social cognitive and affective neuroscience", "study": "4KxodnKqYrS4", "study_name": + "The voice of emotion: an FMRI study of neural responses to angry and happy + vocal expressions.", "study_year": 2006}, {"analysis": "8KL5SpPjm2eu", "analysis_name": + "19176", "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze + HJ, Kotz SA", "note": {"included": true}, "publication": "Cerebral cortex + (New York, N.Y. : 1991)", "study": "8Kr5LfW7Abga", "study_name": "On emotional + conflict: interference resolution of happy and angry prosody reveals valence-specific + effects.", "study_year": 2010}, {"analysis": "6Pskc22jqRG9", "analysis_name": + "19175", "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze + HJ, Kotz SA", "note": {"included": true}, "publication": "Cerebral cortex + (New York, N.Y. : 1991)", "study": "8Kr5LfW7Abga", "study_name": "On emotional + conflict: interference resolution of happy and angry prosody reveals valence-specific + effects.", "study_year": 2010}, {"analysis": "95c2k6ff2Pfh", "analysis_name": + "37742", "authors": "Lee TM, Liu HL, Hoosain R, Liao WT, Wu CT, Yuen KS, Chan + CC, Fox PT, Gao JH", "note": {"included": true}, "publication": "Neuroscience + letters", "study": "xQhZkTxtHGZH", "study_name": "Gender differences in neural + correlates of recognition of happy and sad faces in humans assessed by functional + magnetic resonance imaging.", "study_year": 2002}, {"analysis": "38HqPANwZTG2", + "analysis_name": "42004", "authors": "Pulkkinen J, Nikkinen J, Kiviniemi V, + Maki P, Miettunen J, Koivukangas J, Mukkala S, Nordstrom T, Barnett JH, Jones + PB, Moilanen I, Murray GK, Veijola J", "note": {"included": true}, "publication": + "Schizophrenia research", "study": "6gD4cLusQaGb", "study_name": "Functional + mapping of dynamic happy and fearful facial expressions in young adults with + familial risk for psychosis - Oulu Brain and Mind Study.", "study_year": 2015}, + {"analysis": "7npj8yWwnet4", "analysis_name": "spmT WB GroupXDrug BDD>HC", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan + L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal + resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "fPbGgVwV6WY4", + "analysis_name": "spmT WB ALLFACES>SHAPES", "authors": "Sally A. Grace, Izelle + Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": true}, + "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": + "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized + trial", "study_year": null}, {"analysis": "7BtTmQCtTLDG", "analysis_name": + "spmT gPPI ANGRY>SHAPES Int1", "authors": "Sally A. Grace, Izelle Labuschagne, + David J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": + "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in + body dysmorphic disorder: A double-blind placebo-controlled randomized trial", + "study_year": null}, {"analysis": "7AKSr54RRuDe", "analysis_name": "spmT gPPI + ANGRY>SHAPES HC>BDD", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": + "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in + body dysmorphic disorder: A double-blind placebo-controlled randomized trial", + "study_year": null}, {"analysis": "59gY3ro98L28", "analysis_name": "spmT gPPI + ANGRY>SHAPES BDD>HC", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": + "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in + body dysmorphic disorder: A double-blind placebo-controlled randomized trial", + "study_year": null}, {"analysis": "5UqTAfa29ak4", "analysis_name": "spmT gPPI + ANGRY>SHAPES Int2", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": + "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in + body dysmorphic disorder: A double-blind placebo-controlled randomized trial", + "study_year": null}, {"analysis": "4uN7cxX3QSqL", "analysis_name": "spmT WB + MainEffectDrug OXT>PBO", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": + "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in + body dysmorphic disorder: A double-blind placebo-controlled randomized trial", + "study_year": null}, {"analysis": "6nTZmgpghK4z", "analysis_name": "spmT WB + HC>BDD", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and + Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal + resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "5ZQbnszRa6sF", + "analysis_name": "spmT WB MainEffectDrug PBO>OXT", "authors": "Sally A. Grace, + Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": + true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", + "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state + functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "5Aa9eTyM6Z73", "analysis_name": + "spmT WB BDD>HC", "authors": "Sally A. Grace, Izelle Labuschagne, David J. + Castle and Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal + resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "75fxWNPbZbjv", + "analysis_name": "spmF WB GroupXDrugXEmotion", "authors": "Sally A. Grace, + Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": + true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", + "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state + functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "4f4dMGS4zuoT", "analysis_name": + "Model 2-Feedback: Interaction Social Condition by Group", "authors": "Kimberly + C. Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, + Nader Perroud and Sophie Schwartz", "note": {"included": true}, "publication": + "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical processing + of social anticipation and feedback in borderline personality disorder", "study_year": + null}, {"analysis": "6cUpoaBzsSbA", "analysis_name": "Model 1-Cues: Interaction + Social Condition by Group", "authors": "Kimberly C. Doell, Emilie Oli\u00e9, + Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", + "note": {"included": true}, "publication": "NeuroImage: Clinical", "study": + "5NQYnogUJ2XD", "study_name": "Atypical processing of social anticipation + and feedback in borderline personality disorder", "study_year": null}, {"analysis": + "6skr8EiHiW73", "analysis_name": "Model 2-Feedback: Amygdala Mask", "authors": + "Kimberly C. Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, + Nader Perroud and Sophie Schwartz", "note": {"included": true}, "publication": + "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical processing + of social anticipation and feedback in borderline personality disorder", "study_year": + null}, {"analysis": "7oxFciwfWehs", "analysis_name": "Model 3--Independent + Samples T-Test Regression Analysis", "authors": "Kimberly C. Doell, Emilie + Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and + Sophie Schwartz", "note": {"included": true}, "publication": "NeuroImage: + Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical processing of + social anticipation and feedback in borderline personality disorder", "study_year": + null}, {"analysis": "6HhdbbASwrK3", "analysis_name": "37588", "authors": "Oetken + S, Pauly KD, Gur RC, Schneider F, Habel U, Pohl A", "note": {"included": true}, + "publication": "Neuropsychologia", "study": "4rDGfjjGNAgq", "study_name": + "Don''t worry, be happy - Neural correlates of the influence of musically + induced mood on self-evaluation.", "study_year": 2017}, {"analysis": "BpS3u6sAfe8g", + "analysis_name": "34402", "authors": "Kong F, Hu S, Wang X, Song Y, Liu J", + "note": {"included": true}, "publication": "NeuroImage", "study": "uPDUNVQUJvpt", + "study_name": "Neural correlates of the happy life: The amplitude of spontaneous + low frequency fluctuations predicts subjective well-being.", "study_year": + 2015}, {"analysis": "7h23dzabx6Lt", "analysis_name": "34302", "authors": "Egidi + G, Caramazza A", "note": {"included": true}, "publication": "NeuroImage", + "study": "6SoirEH52CMp", "study_name": "Mood-dependent integration in discourse + comprehension: happy and sad moods affect consistency processing via different + brain networks.", "study_year": 2014}, {"analysis": "6jQ32kDkDdm8", "analysis_name": + "34301", "authors": "Egidi G, Caramazza A", "note": {"included": true}, "publication": + "NeuroImage", "study": "6SoirEH52CMp", "study_name": "Mood-dependent integration + in discourse comprehension: happy and sad moods affect consistency processing + via different brain networks.", "study_year": 2014}, {"analysis": "5NwZPXwcbmmZ", + "analysis_name": "32542", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud + P, Muzik O, Behen ME, Chugani HT, Chugani DC", "note": {"included": true}, + "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence + of happy and sad emotion in music and faces modifies cortical audiovisual + activation.", "study_year": 2011}, {"analysis": "5yDouUon6EJh", "analysis_name": + "32541", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik + O, Behen ME, Chugani HT, Chugani DC", "note": {"included": true}, "publication": + "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy + and sad emotion in music and faces modifies cortical audiovisual activation.", + "study_year": 2011}, {"analysis": "4Xbk2AS5pRZy", "analysis_name": "32540", + "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen + ME, Chugani HT, Chugani DC", "note": {"included": true}, "publication": "NeuroImage", + "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy and sad emotion + in music and faces modifies cortical audiovisual activation.", "study_year": + 2011}, {"analysis": "3uR4kLx5hPdT", "analysis_name": "32543", "authors": "Jeong + JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, + Chugani DC", "note": {"included": true}, "publication": "NeuroImage", "study": + "3zUn4TfXtQVo", "study_name": "Congruence of happy and sad emotion in music + and faces modifies cortical audiovisual activation.", "study_year": 2011}, + {"analysis": "5nbDXoWuULds", "analysis_name": "29804", "authors": "Habel U, + Klein M, Kellermann T, Shah NJ, Schneider F", "note": {"included": true}, + "publication": "NeuroImage", "study": "85PTzT2hpjSH", "study_name": "Same + or different? Neural correlates of happy and sad mood in healthy males.", + "study_year": 2005}, {"analysis": "8KgV3ZUBnouD", "analysis_name": "29803", + "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "note": + {"included": true}, "publication": "NeuroImage", "study": "85PTzT2hpjSH", + "study_name": "Same or different? Neural correlates of happy and sad mood + in healthy males.", "study_year": 2005}, {"analysis": "6tyc7jYAVweq", "analysis_name": + "29444", "authors": "Killgore WD, Yurgelun-Todd DA", "note": {"included": + true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", "study_name": + "Activation of the amygdala and anterior cingulate during nonconscious processing of + sad versus happy faces.", "study_year": 2004}, {"analysis": "gV3e93K3akeu", + "analysis_name": "29445", "authors": "Killgore WD, Yurgelun-Todd DA", "note": + {"included": true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", + "study_name": "Activation of the amygdala and anterior cingulate during nonconscious + processing of sad versus happy faces.", "study_year": 2004}, {"analysis": + "tHpWX6N8mfix", "analysis_name": "37865", "authors": "Jimura K, Konishi S, + Miyashita Y", "note": {"included": true}, "publication": "Neuroscience letters", + "study": "5RkUxRUh6e2G", "study_name": "Temporal pole activity during perception + of sad faces, but not happy faces, correlates with neuroticism trait.", "study_year": + 2009}, {"analysis": "3wrf49wQ5KXs", "analysis_name": "25427", "authors": "Henje + Blom E, Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, + Simmons AN, Yang TT", "note": {"included": true}, "publication": "Journal + of affective disorders", "study": "3C4xq7XcVv96", "study_name": "Altered insular + activation and increased insular functional connectivity during sad and happy + face processing in adolescent major depressive disorder.", "study_year": 2015}, + {"analysis": "5XuagvSYMzW9", "analysis_name": "25426", "authors": "Henje Blom + E, Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons + AN, Yang TT", "note": {"included": true}, "publication": "Journal of affective + disorders", "study": "3C4xq7XcVv96", "study_name": "Altered insular activation + and increased insular functional connectivity during sad and happy face processing + in adolescent major depressive disorder.", "study_year": 2015}, {"analysis": + "ngDKFhxBuFG3", "analysis_name": "21088", "authors": "Todd RM, Lee W, Evans + JW, Lewis MD, Taylor MJ", "note": {"included": true}, "publication": "Developmental + cognitive neuroscience", "study": "3SVHsdWTFHbV", "study_name": "Withholding + response in the face of a smile: age-related differences in prefrontal sensitivity + to Nogo cues following happy and angry faces.", "study_year": 2012}, {"analysis": + "7FwRKS36kZp9", "analysis_name": "15331", "authors": "Chang J, Zhang M, Hitchman + G, Qiu J, Liu Y", "note": {"included": true}, "publication": "Biological psychology", + "study": "6hNANgeoQKYP", "study_name": "When you smile, you become happy: + Evidence from resting state task-based fMRI.", "study_year": 2014}, {"analysis": + "7VPXqibNQ2La", "analysis_name": "15332", "authors": "Chang J, Zhang M, Hitchman + G, Qiu J, Liu Y", "note": {"included": true}, "publication": "Biological psychology", + "study": "6hNANgeoQKYP", "study_name": "When you smile, you become happy: + Evidence from resting state task-based fMRI.", "study_year": 2014}, {"analysis": + "4hZswu6NM87F", "analysis_name": "14800", "authors": "Keedwell PA, Andrew + C, Williams SC, Brammer MJ, Phillips ML", "note": {"included": true}, "publication": + "Biological psychiatry", "study": "3NK8yHeevRct", "study_name": "A double + dissociation of ventromedial prefrontal cortical responses to sad and happy + stimuli in depressed and healthy individuals.", "study_year": 2005}], "source": + null, "source_id": null, "source_updated_at": null, "studyset": "n5zg69u5T4tM", + "updated_at": null, "user": "google-oauth2|100511154128738502835"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK version: 1 diff --git a/compose_runner/tests/cassettes/test_run/test_download_bundle_dev_meta_analysis_shape.yaml b/compose_runner/tests/cassettes/test_run/test_download_bundle_dev_meta_analysis_shape.yaml new file mode 100644 index 0000000..a45caea --- /dev/null +++ b/compose_runner/tests/cassettes/test_run/test_download_bundle_dev_meta_analysis_shape.yaml @@ -0,0 +1,1720 @@ +interactions: +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://dev.synth.neurostore.xyz/api/meta-analyses/VR2eJbv3BJCi?nested=true + response: + body: + string: '{"id":"VR2eJbv3BJCi","created_at":"2026-04-17T05:43:16.997271+00:00","updated_at":null,"user":"github|12564882","username":"James + Kent","name":"Untitled MKDADensity Meta Analysis: included","description":"MKDADensity + meta analysis with FDRCorrector","public":true,"provenance":null,"tags":[],"specification":{"id":"BEJywCTShwDq","created_at":"2026-04-17T05:43:16.616961+00:00","updated_at":null,"user":"github|12564882","username":"James + Kent","type":"CBMA","estimator":{"type":"MKDADensity","args":{"null_method":"approximate","n_iters":5000,"**kwargs":{},"kernel__r":10,"kernel__value":1}},"database_studyset":null,"filter":"included","corrector":{"type":"FDRCorrector","args":{"method":"indep","alpha":0.05}},"conditions":["true"],"weights":[1.0]},"neurostore_analysis":{"created_at":"2026-04-17T05:43:17.016616+00:00","updated_at":null,"neurostore_id":null,"exception":null,"traceback":null,"status":"PENDING"},"project":"gPAq52x4HkHW","run_key":"Ll5E5TWXQr6DQINFdT5BBg","snapshots":[],"results":[],"neurostore_url":null,"neurostore_studyset":{"id":"8Tc9iMdR4uwR","created_at":"2026-04-17T05:42:54.929131+00:00","updated_at":null,"studysets":["hDRQVG9YutfN"]},"neurostore_annotation":{"id":"vvigrL8Wv75H"}}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 05:47:49 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '1210' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://dev.neurostore.xyz/api/studysets/8Tc9iMdR4uwR?nested=true + response: + body: + string: "{\"id\":\"8Tc9iMdR4uwR\",\"name\":\"Untitled Studyset\",\"user\":\"github|12564882\",\"description\":\"\",\"publication\":null,\"doi\":null,\"pmid\":null,\"created_at\":\"2026-04-17T05:42:51.813365+00:00\",\"updated_at\":null,\"studies\":[{\"id\":\"3i7ozQKYGb5Z\",\"created_at\":\"2022-06-02T18:11:39.470951+00:00\",\"updated_at\":\"2024-03-22T17:11:09.932931+00:00\",\"user\":null,\"name\":\"The + impact of early musical training on striatal functional connectivity\",\"description\":\"In + this paper we measured resting state fMRI data for a group of nonmusicians + and musicians (piano players), the latter started their musical training either + early in life (<7 years of age) or later in life.\\r\\n\\r\\nPlease refer + to the original manuscript for details:\\r\\n\\r\\nvan Vugt FT, Hartmann K, + Altenmueller E, Mohammadi B, Margulies DS. The impact of early musical training + on striatal functional connectivity. NeuroImage. doi: 10.1016/j.neuroimage.2021.118251\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2021.118251\",\"pmid\":\"34116147\",\"authors\":\"F.T. + van Vugt, K. Hartmann, E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"year\":2021,\"metadata\":{\"url\":\"https://neurovault.org/collections/4589/\",\"owner\":4555,\"private\":false,\"add_date\":\"2018-12-07T19:57:39.843549Z\",\"echo_time\":null,\"paper_url\":\"https://linkinghub.elsevier.com/retrieve/pii/S1053811921005280\",\"flip_angle\":null,\"handedness\":null,\"owner_name\":\"florisvanvugt\",\"communities\":[],\"matrix_size\":null,\"modify_date\":\"2021-06-10T17:02:18.808044Z\",\"contributors\":\"\",\"doi_add_date\":\"2021-06-10T17:02:18.804107Z\",\"download_url\":\"https://neurovault.org/collections/4589/download\",\"optimization\":null,\"scanner_make\":\"\",\"field_of_view\":null,\"scanner_model\":\"\",\"skip_distance\":null,\"field_strength\":null,\"length_of_runs\":null,\"pulse_sequence\":\"\",\"smoothing_fwhm\":null,\"smoothing_type\":\"\",\"type_of_design\":null,\"used_smoothing\":null,\"quality_control\":\"\",\"repetition_time\":null,\"slice_thickness\":null,\"subject_age_max\":null,\"subject_age_min\":null,\"coordinate_space\":null,\"full_dataset_url\":\"\",\"group_comparison\":null,\"group_model_type\":\"\",\"length_of_blocks\":null,\"length_of_trials\":\"\",\"number_of_images\":12,\"parallel_imaging\":\"\",\"software_package\":\"\",\"software_version\":\"\",\"subject_age_mean\":null,\"group_description\":\"Nonmusicians, + early onset piano players, late onset piano players\",\"object_image_type\":\"\",\"target_resolution\":null,\"used_b0_unwarping\":null,\"optimization_method\":\"\",\"group_inference_type\":null,\"interpolation_method\":\"\",\"order_of_acquisition\":null,\"resampled_voxel_size\":null,\"autocorrelation_model\":\"\",\"b0_unwarping_software\":\"\",\"group_estimation_type\":\"\",\"nutbrain_hunger_state\":null,\"target_template_image\":\"\",\"used_high_pass_filter\":null,\"group_model_multilevel\":\"\",\"number_of_imaging_runs\":null,\"used_motion_correction\":null,\"used_motion_regressors\":null,\"used_orthogonalization\":null,\"acquisition_orientation\":\"\",\"group_modeling_software\":\"\",\"group_repeated_measures\":null,\"high_pass_filter_method\":\"\",\"intrasubject_model_type\":\"\",\"motion_correction_metric\":\"\",\"nonlinear_transform_type\":\"\",\"nutbrain_odor_conditions\":\"\",\"proportion_male_subjects\":null,\"nutbrain_food_choice_type\":\"\",\"nutbrain_taste_conditions\":\"\",\"used_temporal_derivatives\":null,\"motion_correction_software\":\"\",\"motion_correction_reference\":\"\",\"number_of_rejected_subjects\":null,\"transform_similarity_metric\":\"\",\"used_dispersion_derivatives\":null,\"inclusion_exclusion_criteria\":\"\",\"intrasubject_estimation_type\":\"\",\"number_of_experimental_units\":null,\"used_reaction_time_regressor\":null,\"used_slice_timing_correction\":null,\"hemodynamic_response_function\":\"\",\"orthogonalization_description\":\"\",\"group_repeated_measures_method\":\"\",\"intrasubject_modeling_software\":\"\",\"used_intersubject_registration\":null,\"motion_correction_interpolation\":\"\",\"functional_coregistration_method\":\"\",\"intersubject_transformation_type\":null,\"nutbrain_food_viewing_conditions\":\"\",\"slice_timing_correction_software\":\"\",\"order_of_preprocessing_operations\":\"\",\"intersubject_registration_software\":\"\",\"used_motion_susceptibiity_correction\":null,\"functional_coregistered_to_structural\":null},\"source\":\"neurovault\",\"source_id\":\"4589\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"5KLnjKXiR4r7\",\"user\":null,\"name\":\"early + vs late 03VSsR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"KZwa3ASqYdqW\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_03VSsR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_03VSsR.nii.gz\",\"add_date\":\"2018-12-07T19:57:47.874142+00:00\"}]},{\"id\":\"Tc7b8zcNy3B6\",\"user\":null,\"name\":\"early + vs late 05DCR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4bkpTymY7NBD\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_05DCR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_05DCR.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.110114+00:00\"}]},{\"id\":\"ALnoZFkh27Ki\",\"user\":null,\"name\":\"early + vs late 06DCL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"3ENLosUFkeBc\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_06DCL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_06DCL.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.319661+00:00\"}]},{\"id\":\"4MBaJciKwBrj\",\"user\":null,\"name\":\"early + vs late 11VRPR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4o8THmGxqnbc\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_11VRPR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_11VRPR.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.545537+00:00\"}]},{\"id\":\"5oiVtk9Re2dF\",\"user\":null,\"name\":\"early + vs late 12VRPL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"cU6jgDMqDREV\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_12VRPL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_12VRPL.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.764968+00:00\"}]},{\"id\":\"7V6qUuPUhzcD\",\"user\":null,\"name\":\"musician + vs nonmus 01VSiR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"6CMaFgKoNTxt\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_01VSiR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_01VSiR.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.997376+00:00\"}]},{\"id\":\"EiTfnTWLGNeJ\",\"user\":null,\"name\":\"musician + vs nonmus 03VSsR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"oHQhkJom7YiL\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_03VSsR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_03VSsR.nii.gz\",\"add_date\":\"2018-12-07T19:57:49.203585+00:00\"}]},{\"id\":\"3REcZjXqwuKA\",\"user\":null,\"name\":\"musician + vs nonmus 04VSsL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4cuW65GBnSp2\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_04VSsL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_04VSsL.nii.gz\",\"add_date\":\"2018-12-07T19:57:49.416819+00:00\"}]},{\"id\":\"3u4h3ZU5x6WN\",\"user\":null,\"name\":\"musician + vs nonmus 05DCR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"6wvdUxRiZZ6o\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_05DCR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_05DCR.nii.gz\",\"add_date\":\"2018-12-07T19:57:49.628901+00:00\"}]},{\"id\":\"6uWWBH24ujJj\",\"user\":null,\"name\":\"musician + vs nonmus 06DCL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4feAUwgdZR5y\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_06DCL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_06DCL.nii.gz\",\"add_date\":\"2018-12-07T19:57:49.833496+00:00\"}]},{\"id\":\"6dzpavtnGgHm\",\"user\":null,\"name\":\"musician + vs nonmus 09DRPR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"BuewfmVPRC3e\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_09DRPR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_09DRPR.nii.gz\",\"add_date\":\"2018-12-07T19:57:50.019845+00:00\"}]},{\"id\":\"5yK88nnMmDRh\",\"user\":null,\"name\":\"musician + vs nonmus 10DRPL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"hAm5bVXY73gm\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_10DRPL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_10DRPL.nii.gz\",\"add_date\":\"2018-12-07T19:57:50.211388+00:00\"}]}]},{\"id\":\"3rdPUSpHr6Da\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:01:55.285477+00:00\",\"user\":null,\"name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"description\":\"Motor sequences can be learned using an incremental + approach by starting with a few elements and then adding more as training + evolves (e.g., learning a piano piece); conversely, one can use a global approach + and practice the whole sequence in every training session (e.g., shifting + gears in an automobile). Yet, the neural correlates associated with such learning + strategies in motor sequence learning remain largely unexplored to date. Here + we used functional magnetic resonance imaging to measure the cerebral activity + of individuals executing the same 8-element sequence after they completed + a 4-days training regimen (2 sessions each day) following either a global + or incremental strategy. A network comprised of striatal and fronto-parietal + regions was engaged significantly regardless of the learning strategy, whereas + the global training regimen led to additional cerebellar and temporal lobe + recruitment. Analysis of chunking/grouping of sequence elements revealed a + common prefrontal network in both conditions during the chunk initiation phase, + whereas execution of chunk cores led to higher mediotemporal activity (involving + the hippocampus) after global than incremental training. The novelty of our + results relate to the recruitment of mediotemporal regions conditional of + the learning strategy. Thus, the present findings may have clinical implications + suggesting that the ability of patients with lesions to the medial temporal + lobe to learn and consolidate new motor sequences may benefit from using an + incremental strategy.\",\"publication\":\"PloS one\",\"doi\":\"10.1371/journal.pone.0103885\",\"pmid\":\"25148078\",\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"year\":2014,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"25148078\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"68scnerkK6KV\",\"user\":null,\"name\":\"39738\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5iJcBhY5oSgg\",\"coordinates\":[27.0,-28.0,-20.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6746Ld9Fdmp6\",\"coordinates\":[-3.0,-64.0,-11.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ECcTQnzu3FM\",\"coordinates\":[0.0,-52.0,-5.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5BYWHvoYmHMr\",\"coordinates\":[18.0,-55.0,22.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4R4E3LyPV8tv\",\"coordinates\":[33.0,-61.0,-11.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3qigkimDiYCR\",\"coordinates\":[39.0,29.0,1.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"89ZRAj8w7Lbc\",\"coordinates\":[54.0,-22.0,-2.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5jL6T6U36iwC\",\"coordinates\":[-21.0,6.0,16.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6X3M8tcCovET\",\"coordinates\":[-24.0,-12.0,54.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"HzptaFVjcgJP\",\"coordinates\":[-26.0,-55.0,49.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3fF4NcwWLTPt\",\"coordinates\":[24.0,-14.0,53.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wuwfhcskS3f\",\"coordinates\":[21.0,-62.0,49.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3X2JnfaYro4h\",\"coordinates\":[39.0,-37.0,-26.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"7GJtvQyQ4ijU\",\"user\":null,\"name\":\"39739\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"577dju8vSVNV\",\"coordinates\":[41.0,-41.0,38.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3hzHUaVE6xDZ\",\"coordinates\":[40.0,13.0,14.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4VTDAvKvdcyr\",\"coordinates\":[2.0,6.0,50.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ePqC9FVHvj8\",\"coordinates\":[37.0,36.0,33.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xGKiWV69VwS\",\"coordinates\":[2.0,52.0,4.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6krGdysKRakS\",\"coordinates\":[-46.0,-68.0,35.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6p3U8cpytHj8\",\"coordinates\":[-45.0,16.0,-22.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"65wMHR9z5s8a\",\"coordinates\":[-42.0,46.0,-3.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oLVB4J5cNox5\",\"coordinates\":[-21.0,-8.0,-14.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4tzeUf569jPy\",\"coordinates\":[-6.0,50.0,40.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tyCeXhshdSZ\",\"coordinates\":[-31.0,-51.0,39.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"89gcX6jD9jm8\",\"coordinates\":[-58.0,-5.0,-10.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3yn3G6NndGzj\",\"coordinates\":[24.0,-17.0,-18.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4B3yq98dcdVx\",\"coordinates\":[31.0,-69.0,-35.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3PJzrrXSALL5\",\"coordinates\":[61.0,-11.0,-8.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LU5a2WTm8NQ\",\"coordinates\":[-44.0,29.0,37.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5rD6AVJzjfTm\",\"coordinates\":[-42.0,-2.0,29.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6C6dKsmFswmp\",\"coordinates\":[-33.0,17.0,12.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3tmxivqT5Gvn\",\"coordinates\":[-28.0,-10.0,49.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5DkqQr47qzzh\",\"coordinates\":[35.0,19.0,-17.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"7nMKD39xwyEj\",\"user\":null,\"name\":\"39740\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4gH5NNJjVngz\",\"coordinates\":[-60.0,-23.0,3.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7tjSJH5FVCoA\",\"coordinates\":[-62.0,-3.0,-15.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5WsoJR6BQk5m\",\"coordinates\":[-53.0,-7.0,14.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3aa8Z8ZBo3Sn\",\"coordinates\":[-26.0,10.0,66.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"85nph9zcS7nj\",\"coordinates\":[-48.0,-64.0,27.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6APuGj4qr6QZ\",\"coordinates\":[-36.0,-20.0,13.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4FAJc73xKdp8\",\"coordinates\":[-31.0,-12.0,68.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"39KxUDVPvLST\",\"coordinates\":[-12.0,-50.0,35.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4bQMUtxkPMXK\",\"coordinates\":[21.0,52.0,12.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"R4zf4V7gqBgW\",\"coordinates\":[25.0,-20.0,-19.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4gZXn2CSX3vD\",\"coordinates\":[-49.0,-27.0,56.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"49aJDQLhQx4M\",\"coordinates\":[12.0,-56.0,21.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4kpcuCXFmVsw\",\"coordinates\":[31.0,16.0,-17.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"VThRpQkiXx6s\",\"coordinates\":[57.0,-7.0,2.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FUJZLJcmp4y\",\"coordinates\":[39.0,-17.0,16.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"8JwmBGHAKbEA\",\"user\":null,\"name\":\"39741\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"7mRQ3Bj2vted\",\"coordinates\":[26.0,-12.0,7.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tFk7oQXyVix\",\"coordinates\":[25.0,-73.0,-34.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6egJ2E37KJUH\",\"coordinates\":[36.0,34.0,-11.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RbGNvRLn4GHs\",\"coordinates\":[-45.0,19.0,-24.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"735iccP6CiAk\",\"coordinates\":[59.0,-9.0,-6.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"iSHvYjNVjmhu\",\"coordinates\":[11.0,-52.0,71.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6ufU8hAX86Dd\",\"coordinates\":[32.0,17.0,-18.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"XuvukN3EVJBP\",\"coordinates\":[-47.0,-28.0,58.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6BfKK4Nk5hH4\",\"coordinates\":[-44.0,15.0,-35.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4NautzLQbY5P\",\"coordinates\":[-45.0,44.0,-5.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ygjnqtYxz7h3\",\"coordinates\":[-47.0,-67.0,30.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4w7AX5cGaxFj\",\"coordinates\":[-49.0,4.0,-20.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6wsfUR79dNuE\",\"coordinates\":[37.0,-19.0,16.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Ao2ua8ByBUTP\",\"coordinates\":[-38.0,-17.0,15.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6JBBQnvBiSUK\",\"coordinates\":[-19.0,-8.0,-18.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7yH9fPoYrU2y\",\"coordinates\":[-15.0,-46.0,33.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4NSNR5YSnXP9\",\"coordinates\":[-4.0,59.0,26.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5CmiX6vFw9mY\",\"coordinates\":[-8.0,48.0,43.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Gv4r9KiBHRj\",\"coordinates\":[21.0,-14.0,72.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5UNEZVmsp3qj\",\"coordinates\":[24.0,-20.0,-18.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"32BP2xWSCLwE\",\"coordinates\":[-29.0,-15.0,70.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"3TcQUrv9AqfE\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2023-07-17T03:27:48.613627+00:00\",\"user\":null,\"name\":\"Music + listening engages specific cortical regions within the temporal lobes: Differences + between musicians and non-musicians.\",\"description\":\"Music and speech + are two of the most relevant and common sounds in the human environment. Perceiving + and processing these two complex acoustical signals rely on a hierarchical + functional network distributed throughout several brain regions within and + beyond the auditory cortices. Given their similarities, the neural bases for + processing these two complex sounds overlap to a certain degree, but particular + brain regions may show selectivity for one or the other acoustic category, + which we aimed to identify. We examined 53 subjects (28 of them professional + musicians) by functional magnetic resonance imaging (fMRI), using a paradigm + designed to identify regions showing increased activity in response to different + types of musical stimuli, compared to different types of complex sounds, such + as speech and non-linguistic vocalizations. We found a region in the anterior + portion of the superior temporal gyrus (aSTG) (planum polare) that showed + preferential activity in response to musical stimuli and was present in all + our subjects, regardless of musical training, and invariant across different + musical instruments (violin, piano or synthetic piano). Our data show that + this cortical region is preferentially involved in processing musical, as + compared to other complex sounds, suggesting a functional role as a second-order + relay, possibly integrating acoustic characteristics intrinsic to music (e.g., + melody extraction). Moreover, we assessed whether musical experience modulates + the response of cortical regions involved in music processing and found evidence + of functional differences between musicians and non-musicians during music + listening. In particular, bilateral activation of the planum polare was more + prevalent, but not exclusive, in musicians than non-musicians, and activation + of the right posterior portion of the superior temporal gyrus (planum temporale) + differed between groups. Our results provide evidence of functional specialization + for music processing in specific regions of the auditory cortex and show domain-specific + functional differences possibly correlated with musicianship.\",\"publication\":\"Cortex; + a journal devoted to the study of the nervous system and behavior\",\"doi\":\"10.1016/j.cortex.2014.07.013\",\"pmid\":\"25173956\",\"authors\":\"Angulo-Perkins + A, Aube W, Peretz I, Barrios FA, Armony JL, Concha L\",\"year\":2014,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"25173956\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"57E6N9jmK8PD\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\". Significant activations for all + experiments.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"7rn8Jj325LC7\",\"coordinates\":[-64.0,-14.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"74HMCiFjuWvt\",\"coordinates\":[62.0,-15.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"cfMLYjNk4GBm\",\"coordinates\":[54.0,-12.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7x4QZdeRxobd\",\"coordinates\":[-54.0,4.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Ggs9piBzfZC\",\"coordinates\":[50.0,-2.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6sjFT3WZffN8\",\"coordinates\":[-48.0,-4.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3r38dM7uLboH\",\"coordinates\":[-32.0,-32.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"42PuJNHXb8V5\",\"coordinates\":[-58.0,-8.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4RTNVPx3Unz8\",\"coordinates\":[58.0,-6.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6dWBbsWd6e2m\",\"coordinates\":[-52.0,20.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8BDiUUBqdhgv\",\"coordinates\":[-8.0,62.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7kiFBT5evjdy\",\"coordinates\":[-20.0,-6.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5NLtxUhdjscb\",\"coordinates\":[22.0,-2.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5xeoi8sFyvzG\",\"coordinates\":[-64.0,-14.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"gsTDBK5PCtoo\",\"coordinates\":[56.0,-18.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3mnoVGMjzRfW\",\"coordinates\":[-52.0,22.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"357dJhuZ46sY\",\"coordinates\":[52.0,28.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7GoTriJB3tpS\",\"coordinates\":[-4.0,40.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5T8hzRByJZje\",\"coordinates\":[-50.0,-4.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"49og48gmJj8F\",\"coordinates\":[20.0,-8.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4CuspuW8ka9x\",\"coordinates\":[22.0,-2.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4HdajfJoJ7TM\",\"coordinates\":[-50.0,-6.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"45Jne9eByin6\",\"coordinates\":[50.0,-4.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6yrLxhVERrK2\",\"coordinates\":[-32.0,-32.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"yb5AXdBuFVd7\",\"coordinates\":[42.0,-12.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"33crWuXRrmU3\",\"coordinates\":[-58.0,-18.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"75UBtTXmXVXY\",\"coordinates\":[58.0,-8.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ThmPCqZxD9F\",\"coordinates\":[-52.0,22.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"48tb4DKvrnRm\",\"coordinates\":[52.0,30.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Wx4UY8Rmnea\",\"coordinates\":[-4.0,40.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RLeU6gofEq2q\",\"coordinates\":[-50.0,0.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3r89Efag7qhm\",\"coordinates\":[-20.0,-10.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5b8DabD4dNWf\",\"coordinates\":[22.0,-6.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UDPt7C3Ve9k\",\"coordinates\":[58.0,-14.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"4GipszReJ2gE\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2023-07-17T03:27:48.613627+00:00\",\"user\":null,\"name\":\"Getting + the beat: Entrainment of brain activity by musical rhythm and pleasantness.\",\"description\":\"Rhythmic + entrainment is an important component of emotion induction by music, but brain + circuits recruited during spontaneous entrainment of attention by music and + the influence of the subjective emotional feelings evoked by music remain + still largely unresolved. In this study we used fMRI to test whether the metric + structure of music entrains brain activity and how music pleasantness influences + such entrainment. Participants listened to piano music while performing a + speeded visuomotor detection task in which targets appeared time-locked to + either strong or weak beats. Each musical piece was presented in both a consonant/pleasant + and dissonant/unpleasant version. Consonant music facilitated target detection + and targets presented synchronously with strong beats were detected faster. + FMRI showed increased activation of bilateral caudate nucleus when responding + on strong beats, whereas consonance enhanced activity in attentional networks. + Meter and consonance selectively interacted in the caudate nucleus, with greater + meter effects during dissonant than consonant music. These results reveal + that the basal ganglia, involved both in emotion and rhythm processing, critically + contribute to rhythmic entrainment of subcortical brain circuits by music.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2014.09.009\",\"pmid\":\"25224999\",\"authors\":\"Trost + W, Fruhholz S, Schon D, Labbe C, Pichon S, Grandjean D, Vuilleumier P\",\"year\":2014,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"25224999\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"5uHWSJ55A7aj\",\"user\":null,\"name\":\"Table + 2\",\"metadata\":null,\"description\":\". Effects of consonance.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6m5pvVbU6wgi\",\"coordinates\":[8.0,8.0,4.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5MB7fDR6MtRN\",\"coordinates\":[-6.0,-40.0,76.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7nV2C8BzipGN\",\"coordinates\":[-28.0,-34.0,70.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"53eAiLtNYxNv\",\"coordinates\":[-26.0,-24.0,70.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"jyppXMNPHto6\",\"coordinates\":[-8.0,-20.0,62.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5N4PsUWLispQ\",\"coordinates\":[-22.0,-16.0,56.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LBskzpcQgqK\",\"coordinates\":[-10.0,-12.0,60.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6mW3GFXmpxko\",\"coordinates\":[-40.0,-4.0,32.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7J8T94P4A7vE\",\"coordinates\":[38.0,-58.0,46.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Ng2iXCHtfjF\",\"coordinates\":[28.0,-2.0,-32.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"FwvQ2piLjZzU\",\"coordinates\":[-28.0,-86.0,20.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"75mNyJqVSXY2\",\"coordinates\":[42.0,-74.0,18.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"74gSFkeMphcL\",\"user\":null,\"name\":\"Table + 3\",\"metadata\":null,\"description\":\". Effects of meter and interaction + with consonance.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3fmyhWKNq4Du\",\"coordinates\":[-10.0,16.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"QWpxwcJcVQbr\",\"coordinates\":[14.0,16.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8g99dSR4jfWs\",\"coordinates\":[12.0,-56.0,26.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5JpkGAiyeFoR\",\"coordinates\":[12.0,-56.0,26.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4F3rY7iiFST6\",\"coordinates\":[56.0,-18.0,-12.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5sKY9ddDoUyZ\",\"coordinates\":[46.0,20.0,20.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4DnWRGkojBMh\",\"coordinates\":[-38.0,20.0,24.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LPcMK3o3WVx\",\"coordinates\":[-12.0,16.0,4.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7TAP3Mwofx4D\",\"coordinates\":[14.0,16.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tNEofD3Pqhk\",\"coordinates\":[-46.0,-28.0,-4.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mSXCFGRwCLvB\",\"coordinates\":[-42.0,-22.0,-2.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"86HtVYwoB9D9\",\"coordinates\":[-14.0,16.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xfmRULkZGy4\",\"coordinates\":[16.0,16.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VmNedP7uUwA\",\"coordinates\":[34.0,28.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Ax2zZUmqZ3G\",\"coordinates\":[38.0,18.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"MHcVqXNcBKpn\",\"coordinates\":[-46.0,-30.0,-4.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6dpTmSELeAMm\",\"coordinates\":[-14.0,-16.0,-4.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"DtNfATr4kMoM\",\"coordinates\":[-52.0,-24.0,18.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5sU9f8Mpzpw8\",\"coordinates\":[18.0,-68.0,42.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"4PxXaZSp8vHm\",\"created_at\":\"2022-06-02T17:38:25.008507+00:00\",\"updated_at\":\"2024-03-21T19:59:19.839717+00:00\",\"user\":null,\"name\":\"Shared + networks for auditory and motor processing in professional pianists: Evidence + from fMRI conjunction\",\"description\":\"To investigate cortical auditory + and motor coupling in professional musicians, we compared the functional magnetic + resonance imaging (fMRI) activity of seven pianists to seven non-musicians + utilizing a passive task paradigm established in a previous learning study. + The tasks involved either passively listening to short piano melodies or pressing + keys on a mute MRI-compliant piano keyboard. Both groups were matched with + respect to age and gender, and did not exhibit any overt performance differences + in the keypressing task. The professional pianists showed increased activity + compared to the non-musicians in a distributed cortical network during both + the acoustic and the mute motion-related task. A conjunction analysis revealed + a distinct musicianship-specific network being co-activated during either + task type, indicating areas involved in auditory-sensorimotor integration. + This network is comprised of dorsolateral and inferior frontal cortex (including + Broca's area), the superior temporal gyrus (Wernicke's area), the supramarginal + gyrus, and supplementary motor and premotor areas.\",\"publication\":\"NeuroImage\",\"doi\":null,\"pmid\":\"16380270\",\"authors\":\"Bangert + M, Peschel T, Schlaug G, Rotte M, Drescher D, Hinrichs H, Heinze HJ, Altenmuller + E\",\"year\":2006,\"metadata\":null,\"source\":\"neuroquery\",\"source_id\":\"16380270\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"SqwKRqEf5VCb\",\"user\":null,\"name\":\"tbl1\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4WZTHAwXnSUi\",\"coordinates\":[62.0,-35.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7FFL5E8as2eL\",\"coordinates\":[6.0,-5.0,67.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5EHcrdDiccne\",\"coordinates\":[24.0,56.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"58SsXpUYzsyH\",\"coordinates\":[-48.0,-32.0,-1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"42PP6uLpfh7A\",\"coordinates\":[-56.0,-3.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"44sAUPPD7qyA\",\"coordinates\":[-45.0,-6.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6oN9S2jcPjbS\",\"coordinates\":[-53.0,2.0,33.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Gbh7jjaD9aW\",\"coordinates\":[-50.0,7.0,13.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"58xGiLuAivry\",\"coordinates\":[-42.0,-42.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LzMFhNj2GAC\",\"coordinates\":[-53.0,-30.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5nwxVGFn2o7k\",\"coordinates\":[65.0,-32.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3g4UjEsDeZiN\",\"coordinates\":[33.0,-24.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3LtUmz8pXUTq\",\"coordinates\":[36.0,-15.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6izwnXeMHeEE\",\"coordinates\":[48.0,-9.0,47.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4kfdds2hVPQG\",\"coordinates\":[3.0,-15.0,56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6pPo9pwKdEd9\",\"coordinates\":[53.0,28.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"evNJLY79qk4w\",\"coordinates\":[48.0,-48.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6iyKyCkpaFms\",\"coordinates\":[12.0,-12.0,45.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7rQofPYGGpaq\",\"coordinates\":[6.0,-16.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4J7mnQwYuLZP\",\"coordinates\":[-56.0,-46.0,13.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"55XzXsuBMmuW\",\"coordinates\":[-50.0,6.0,11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UtvgTWq8Bvg\",\"coordinates\":[-45.0,25.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6HuDQT3cKavo\",\"coordinates\":[-50.0,-4.0,39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4zWRsZJ5YnFX\",\"coordinates\":[-15.0,-49.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"78ESiqUtnmpM\",\"coordinates\":[48.0,-45.0,33.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7bD9yejvRbyU\",\"coordinates\":[-53.0,-46.0,11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ttWzoFegFwp\",\"coordinates\":[-56.0,-41.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xtbDSoWjwkp\",\"coordinates\":[-48.0,-3.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6taGshdXZNVr\",\"coordinates\":[-50.0,-1.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"d2AYzzRLnMKL\",\"coordinates\":[-42.0,-45.0,33.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"4UbCYzHfZGQ4\",\"created_at\":\"2022-06-02T18:11:11.663642+00:00\",\"updated_at\":\"2024-03-22T17:11:09.932931+00:00\",\"user\":null,\"name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"description\":\"Human + behaviour is inherently multimodal and sensory-motor: we use perceptual and + motor brain systems cooperatively, combining multimodal input for a multimodal + output. This is evident when pianists exhibit activity in motor and premotor + cortices while listening to a piece of music they know well. Here we investigated + the interaction between multimodal learning and the \\\"dorsal stream\\\" + pathway in a naturalistic setting. We presented 10 skilled pianists with audio, + video and audiovideo recordings of piano Sonata K. 98 by D. Scarlatti during + functional magnetic resonance imaging (fMRI) before and after they learned + to play the sonata by heart for 4 weeks. We examined the similarity of different + pianists' brain activity during stimulus presentations before and after learning + by means of inter-subject correlation (ISC) analysis. When presented with + the audiovisual recording after learning, the pianists showed similarity in + the dorsal stream and in limbic areas. We also found a correlation between + strong motivation to learn the piece and activity similarity in the striatum + and the dorsal stream. Moreover, the best performers were characterized by + strongly similar recruitment of motor areas. These findings suggest that learning + a complex and demanding natural auditory-motor program relies on common dorsal + stream areas . \",\"publication\":\"Neuroscience\",\"doi\":\"10.1016/j.neuroscience.2020.06.015\",\"pmid\":\"32569807\",\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"year\":2020,\"metadata\":{\"url\":\"https://neurovault.org/collections/2198/\",\"owner\":101,\"private\":false,\"add_date\":\"2017-02-06T13:54:00.135229Z\",\"echo_time\":null,\"paper_url\":\"https://linkinghub.elsevier.com/retrieve/pii/S0306452220303912\",\"flip_angle\":null,\"handedness\":null,\"owner_name\":\"e.glerean\",\"communities\":[],\"matrix_size\":null,\"modify_date\":\"2020-06-29T21:48:42.737700Z\",\"contributors\":\"\",\"doi_add_date\":\"2020-06-29T21:17:02.085605Z\",\"download_url\":\"https://neurovault.org/collections/2198/download\",\"optimization\":null,\"scanner_make\":\"\",\"field_of_view\":null,\"scanner_model\":\"\",\"skip_distance\":null,\"field_strength\":null,\"length_of_runs\":null,\"pulse_sequence\":\"\",\"smoothing_fwhm\":null,\"smoothing_type\":\"\",\"type_of_design\":\"other\",\"used_smoothing\":null,\"quality_control\":\"\",\"repetition_time\":null,\"slice_thickness\":null,\"subject_age_max\":null,\"subject_age_min\":null,\"coordinate_space\":null,\"full_dataset_url\":\"\",\"group_comparison\":null,\"group_model_type\":\"\",\"length_of_blocks\":null,\"length_of_trials\":\"\",\"number_of_images\":30,\"parallel_imaging\":\"\",\"software_package\":\"\",\"software_version\":\"\",\"subject_age_mean\":null,\"group_description\":\"\",\"object_image_type\":\"\",\"target_resolution\":null,\"used_b0_unwarping\":null,\"optimization_method\":\"\",\"group_inference_type\":null,\"interpolation_method\":\"\",\"order_of_acquisition\":null,\"resampled_voxel_size\":null,\"autocorrelation_model\":\"\",\"b0_unwarping_software\":\"\",\"group_estimation_type\":\"\",\"nutbrain_hunger_state\":null,\"target_template_image\":\"\",\"used_high_pass_filter\":null,\"group_model_multilevel\":\"\",\"number_of_imaging_runs\":6,\"used_motion_correction\":null,\"used_motion_regressors\":null,\"used_orthogonalization\":null,\"acquisition_orientation\":\"\",\"group_modeling_software\":\"\",\"group_repeated_measures\":null,\"high_pass_filter_method\":\"\",\"intrasubject_model_type\":\"\",\"motion_correction_metric\":\"\",\"nonlinear_transform_type\":\"\",\"nutbrain_odor_conditions\":\"\",\"proportion_male_subjects\":null,\"nutbrain_food_choice_type\":\"\",\"nutbrain_taste_conditions\":\"\",\"used_temporal_derivatives\":null,\"motion_correction_software\":\"\",\"motion_correction_reference\":\"\",\"number_of_rejected_subjects\":null,\"transform_similarity_metric\":\"\",\"used_dispersion_derivatives\":null,\"inclusion_exclusion_criteria\":\"\",\"intrasubject_estimation_type\":\"\",\"number_of_experimental_units\":null,\"used_reaction_time_regressor\":null,\"used_slice_timing_correction\":null,\"hemodynamic_response_function\":\"\",\"orthogonalization_description\":\"\",\"group_repeated_measures_method\":\"\",\"intrasubject_modeling_software\":\"\",\"used_intersubject_registration\":null,\"motion_correction_interpolation\":\"\",\"functional_coregistration_method\":\"\",\"intersubject_transformation_type\":null,\"nutbrain_food_viewing_conditions\":\"\",\"slice_timing_correction_software\":\"\",\"order_of_preprocessing_operations\":\"\",\"intersubject_registration_software\":\"\",\"used_motion_susceptibiity_correction\":null,\"functional_coregistered_to_structural\":null},\"source\":\"neurovault\",\"source_id\":\"2198\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"4eroFfeEyg8E\",\"user\":null,\"name\":\"Fig3 + CC Audio post - pre\",\"metadata\":null,\"description\":\"Cluster corrected + version of Audio post - pre\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4GMHucgQyU8A\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/THAudio_005both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"THAudio_005both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:45.992515+00:00\"}]},{\"id\":\"83WvVMwoyNDN\",\"user\":null,\"name\":\"Fig3 + CC AudioVideo post - pre\",\"metadata\":null,\"description\":\"Cluster corrected + version of AudioVideo post - pre\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"464ErpcTfd8j\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/THAudioVideo_005both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"THAudioVideo_005both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:45.668451+00:00\"}]},{\"id\":\"6cKGe8aFbXzR\",\"user\":null,\"name\":\"Fig3 + CC Video post - pre\",\"metadata\":null,\"description\":\"Cluster corrected + version of Video post - pre\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7tsscSsXtVF4\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/THVideo_005both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"THVideo_005both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:46.249214+00:00\"}]},{\"id\":\"7gJRWagd5JUt\",\"user\":null,\"name\":\"Fig3 + UNT Audio post - pre\",\"metadata\":null,\"description\":\"Output from FSL + randomise, unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4Jf9sUxY2unZ\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/Audio_both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"Audio_both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:45.361562+00:00\"}]},{\"id\":\"3g2DvkBHddp5\",\"user\":null,\"name\":\"Fig3 + UNT AudioVideo post - pre\",\"metadata\":null,\"description\":\"Output from + FSL randomise, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"8G2RZAJvK9Vn\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/AudioVideo_both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"AudioVideo_both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:44.943562+00:00\"}]},{\"id\":\"52XFHnJzetyA\",\"user\":null,\"name\":\"Fig3 + UNT Video post - pre\",\"metadata\":null,\"description\":\"Output from FSL + randomise, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"Emf4Fx7egTND\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/Video_both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"Video_both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:46.578217+00:00\"}]},{\"id\":\"58jrCG8sZdrM\",\"user\":null,\"name\":\"ISC + Audio Post\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4fAiErSDMWb4\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_Audio_Post.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_Audio_Post.nii.gz\",\"add_date\":\"2018-02-13T11:34:44.422366+00:00\"}]},{\"id\":\"76Vqz3FeGwWr\",\"user\":null,\"name\":\"ISC + Audio Pre\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"37hSjyGTNKgA\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_Audio_Pre.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_Audio_Pre.nii.gz\",\"add_date\":\"2018-02-13T11:34:44.780724+00:00\"}]},{\"id\":\"3Y6suHwaar9A\",\"user\":null,\"name\":\"ISC + AudioVideo Post\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"47kXKDs5LAfN\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_AudioVideo_Post.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_AudioVideo_Post.nii.gz\",\"add_date\":\"2018-02-13T11:34:43.586925+00:00\"}]},{\"id\":\"3dyUE26q5vAU\",\"user\":null,\"name\":\"ISC + AudioVideo Pre\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4KitmzUroDq9\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_AudioVideo_Pre.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_AudioVideo_Pre.nii.gz\",\"add_date\":\"2018-02-13T11:34:44.048717+00:00\"}]},{\"id\":\"45CdGHss8LvB\",\"user\":null,\"name\":\"ISC + Video Post\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4XfSTyhZvp4L\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_Video_Post.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_Video_Post.nii.gz\",\"add_date\":\"2018-02-13T11:34:45.100958+00:00\"}]},{\"id\":\"5fJ6L7sA9JuK\",\"user\":null,\"name\":\"ISC + Video Pre\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"5oiaSyaxuxyB\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_Video_Pre.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_Video_Pre.nii.gz\",\"add_date\":\"2018-02-13T11:34:45.412545+00:00\"}]},{\"id\":\"4EdruQoJLgeG\",\"user\":null,\"name\":\"mantel + achievement AudioR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7gmSzk4ksvLW\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_AudioR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_AudioR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:57.392808+00:00\"}]},{\"id\":\"4Qy6xWbZ93GK\",\"user\":null,\"name\":\"mantel + achievement AudioR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7wdCpLPo9PPL\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_AudioR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_AudioR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:57.777200+00:00\"}]},{\"id\":\"7LyJbBkKq6aj\",\"user\":null,\"name\":\"mantel + achievement AudioVideoR 0.05\",\"metadata\":null,\"description\":\"Mantel + test, cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"fVDbg9er2iRT\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_AudioVideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_AudioVideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:58.123376+00:00\"}]},{\"id\":\"7hHKDCBfbqx9\",\"user\":null,\"name\":\"mantel + achievement AudioVideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"3xqa7khrgNu4\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_AudioVideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_AudioVideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:58.445015+00:00\"}]},{\"id\":\"7pzi9fkLH69W\",\"user\":null,\"name\":\"mantel + achievement VideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7JyLA5K4rYed\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_VideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_VideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:58.774732+00:00\"}]},{\"id\":\"eSbzUhYVkER8\",\"user\":null,\"name\":\"mantel + achievement VideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"53cgUxnZDpd7\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_VideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_VideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:59.097467+00:00\"}]},{\"id\":\"7FwN6VVpceE7\",\"user\":null,\"name\":\"mantel + engagement AudioR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"RANWMHdLw5qn\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_AudioR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_AudioR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:22:23.554752+00:00\"}]},{\"id\":\"6dBLoGzSLgqG\",\"user\":null,\"name\":\"mantel + engagement AudioR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"6e6YFFfnUUtT\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_AudioR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_AudioR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:22:23.920083+00:00\"}]},{\"id\":\"5byJ6yRmQN4G\",\"user\":null,\"name\":\"mantel + engagement AudioVideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4CY6ZakLejXw\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_AudioVideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_AudioVideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:22:24.278110+00:00\"}]},{\"id\":\"7tpR7n7A2GxW\",\"user\":null,\"name\":\"mantel + engagement AudioVideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"ovoAGJJPh69J\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_AudioVideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_AudioVideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:22:24.584964+00:00\"}]},{\"id\":\"6NG2N9xZQSCo\",\"user\":null,\"name\":\"mantel + engagement VideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"5xzoQmzxP5k4\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_VideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_VideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:22:24.917421+00:00\"}]},{\"id\":\"6EJGfB9oHtLQ\",\"user\":null,\"name\":\"mantel + engagement VideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7EqUZdk6rWWX\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_VideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_VideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:22:25.226009+00:00\"}]},{\"id\":\"4h72UDFXDxgW\",\"user\":null,\"name\":\"mantel + expertise AudioR 0.05\",\"metadata\":null,\"description\":\"Mantel test, cluster + corrected\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"57ToDjNgKRHE\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_AudioR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_AudioR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:31.034214+00:00\"}]},{\"id\":\"7netCR7EuFBZ\",\"user\":null,\"name\":\"mantel + expertise AudioR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"3LRWqUUzWaKZ\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_AudioR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_AudioR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:31.399523+00:00\"}]},{\"id\":\"3heJe9XtbVxE\",\"user\":null,\"name\":\"mantel + expertise AudioVideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4gVjtbwMqYWM\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_AudioVideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_AudioVideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:31.737688+00:00\"}]},{\"id\":\"mubcxaoXFBhi\",\"user\":null,\"name\":\"mantel + expertise AudioVideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"5kGHVDV9UGBu\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_AudioVideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_AudioVideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:32.035614+00:00\"}]},{\"id\":\"86HucnxbbrBd\",\"user\":null,\"name\":\"mantel + expertise VideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, cluster + corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"5LrbYT4abk3G\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_VideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_VideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:32.384244+00:00\"}]},{\"id\":\"6dtyp45FDq45\",\"user\":null,\"name\":\"mantel + expertise VideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"598Xb98o3e98\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_VideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_VideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:32.687948+00:00\"}]}]},{\"id\":\"4XLnjknqm5bc\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"description\":\"Humans + must learn a variety of sensorimotor skills, yet the relative contributions + of sensory and motor information to skill acquisition remain unclear. Here + we compare the behavioral and neural contributions of perceptual learning + to that of motor learning, and we test whether these contributions depend + on the expertise of the learner. Pianists and nonmusicians learned to perform + novel melodies on a piano during fMRI scanning in four learning conditions: + listening (auditory learning), performing without auditory feedback (motor + learning), performing with auditory feedback (auditory-motor learning), or + observing visual cues without performing or listening (cue-only learning). + Visual cues were present in every learning condition and consisted of musical + notation for pianists and spatial cues for nonmusicians. Melodies were performed + from memory with no visual cues and with auditory feedback (recall) five times + during learning. Pianists showed greater improvements in pitch and rhythm + accuracy at recall during auditory learning compared with motor learning. + Nonmusicians demonstrated greater rhythm improvements at recall during auditory + learning compared with all other learning conditions. Pianists showed greater + primary motor response at recall during auditory learning compared with motor + learning, and response in this region during auditory learning correlated + with pitch accuracy at recall and with auditory-premotor network response + during auditory learning. Nonmusicians showed greater inferior parietal response + during auditory compared with auditory-motor learning, and response in this + region correlated with pitch accuracy at recall. Results suggest an advantage + for perceptual learning compared with motor learning that is both general + and expertise-dependent. This advantage is hypothesized to depend on feedforward + motor control systems that can be used during learning to transform sensory + information into motor production.\",\"publication\":\"Journal of cognitive + neuroscience\",\"doi\":\"10.1162/jocn_a_01309\",\"pmid\":\"30156505\",\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"year\":2018,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"7vEUcmShNSsP\",\"user\":null,\"name\":\"Pianists: + Mean BOLD Response during Learning and Recall Trials\",\"metadata\":null,\"description\":\"Pianists: + Mean BOLD Response during Learning and Recall Trials\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"tdCwxVhTEV8t\",\"coordinates\":[56.0,-24.0,10.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6XPx4E5wrsfK\",\"coordinates\":[-62.0,-12.0,8.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8PGqae8CWLuF\",\"coordinates\":[-32.0,-28.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3FiFw44ZNPWX\",\"coordinates\":[-48.0,-20.0,50.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"42yGKuS7ZCNK\",\"coordinates\":[-28.0,-58.0,66.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6M9zHpKwuAdJ\",\"coordinates\":[-24.0,-14.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5zC2GqBdPGyh\",\"coordinates\":[-46.0,-28.0,12.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xQn5R4F2Qs4\",\"coordinates\":[-20.0,-54.0,-22.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"a5yJbFKQtsvS\",\"coordinates\":[8.0,-4.0,66.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"37G2MYaDNohA\",\"coordinates\":[48.0,-28.0,54.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ZfMqLrjtvro\",\"coordinates\":[20.0,-58.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4WMhrNbvFdGG\",\"coordinates\":[28.0,-8.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"64TQMBrvaWu6\",\"coordinates\":[50.0,-22.0,16.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VzSouTLpEHe\",\"coordinates\":[20.0,-56.0,-10.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5mH6Gh28bNhr\",\"coordinates\":[10.0,-64.0,-40.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6MCaLdUfhfqn\",\"coordinates\":[-40.0,-78.0,32.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"HFV7NsdAMQRR\",\"coordinates\":[44.0,-76.0,36.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"enUisT5NbnDg\",\"coordinates\":[-40.0,-20.0,56.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"47JdcRS7FUi4\",\"coordinates\":[-50.0,-18.0,50.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4zMwR5VHyrDD\",\"coordinates\":[50.0,-6.0,10.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6NHecSrLn6UY\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6PCNJwYB9Tdo\",\"coordinates\":[-32.0,-28.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"44J8m9A5XJpk\",\"coordinates\":[-46.0,-20.0,50.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5pDbXoiTkFZ8\",\"coordinates\":[-34.0,-48.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8BNcGBsMr9L6\",\"coordinates\":[-26.0,-14.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Eimf9zwfzP6\",\"coordinates\":[-2.0,-6.0,52.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7WqnZouSqb8h\",\"coordinates\":[24.0,-42.0,-24.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3eSoZfv5fBcr\",\"coordinates\":[48.0,-28.0,54.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4kJ5KXBHK7nx\",\"coordinates\":[24.0,-64.0,48.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6sbTmWLLUpPB\",\"coordinates\":[28.0,-10.0,62.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8GX2CwxzyHxp\",\"coordinates\":[54.0,-4.0,4.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8GhksAs46QwZ\",\"coordinates\":[-38.0,-26.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Ztk2m3dedjE\",\"coordinates\":[-50.0,-14.0,48.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"fUhFA4w88Tot\",\"coordinates\":[-32.0,-28.0,54.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5TBYBmem9H4F\",\"coordinates\":[-2.0,-6.0,52.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4rb55uPnNVnv\",\"coordinates\":[-56.0,-44.0,22.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6BBSJnfPJQKi\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xLyFH84egKN\",\"coordinates\":[-54.0,-32.0,0.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5JsZjc8GN4Mp\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5x2vn7Yxnfe5\",\"coordinates\":[-54.0,-2.0,10.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6cuoYR4jjKah\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"rfyZPcBqTqke\",\"coordinates\":[52.0,6.0,6.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"448AteodJJL9\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"3P8JxTsJRZQA\",\"user\":null,\"name\":\"Pianists: + BOLD Response Decrease during Learning and Recall Trials\",\"metadata\":null,\"description\":\"Pianists: + BOLD Response Decrease during Learning and Recall Trials\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"tdw4yyUfj7gF\",\"coordinates\":[62.0,-14.0,14.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"PDefTwEdw2rZ\",\"coordinates\":[48.0,-4.0,-10.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6L76Vfhz2cff\",\"coordinates\":[46.0,12.0,24.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4XDpcF7cWqym\",\"coordinates\":[66.0,-14.0,18.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"SqWPM9Y5HR4H\",\"coordinates\":[34.0,-24.0,40.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tWb5fwga4ex\",\"coordinates\":[-14.0,-52.0,-30.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wnRKyrzwDHo\",\"coordinates\":[-14.0,-66.0,6.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6W4dUTDCys3D\",\"coordinates\":[58.0,-12.0,8.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"nxGKXRHxTeAS\",\"coordinates\":[60.0,-12.0,22.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FdTCukDRsn4\",\"coordinates\":[52.0,-12.0,4.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5jbqWKdG3P2e\",\"coordinates\":[62.0,-16.0,18.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"88cNpfHSpbmc\",\"coordinates\":[50.0,-12.0,32.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"rdGJnEuYyBzc\",\"coordinates\":[58.0,8.0,14.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3kD52owViZNU\",\"coordinates\":[-12.0,-64.0,50.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5LaXRaJTKPUT\",\"coordinates\":[18.0,-58.0,52.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"CgPuwzCyAawm\",\"coordinates\":[-26.0,-60.0,-26.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6gp8hsU2WeRR\",\"coordinates\":[-16.0,-46.0,-30.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ZPf2T6zrpQD\",\"coordinates\":[20.0,-60.0,-26.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8JR82v5yPgMi\",\"coordinates\":[30.0,-64.0,-54.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5sXchFPMsqfs\",\"coordinates\":[24.0,-78.0,22.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3NvR3GQXRa4s\",\"coordinates\":[-28.0,-70.0,18.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mvEXde4dGGH9\",\"coordinates\":[-40.0,-46.0,-20.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4cReSD36dASf\",\"coordinates\":[-56.0,-52.0,-12.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"5EW2pMq7ceot\",\"user\":null,\"name\":\"Nonmusicians: + Mean BOLD response during Learning Trials\",\"metadata\":null,\"description\":\"Nonmusicians: + Mean BOLD response during Learning Trials\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"aeCFzxnVjM7D\",\"coordinates\":[48.0,-8.0,-2.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6ZA66qqcogiD\",\"coordinates\":[-40.0,-26.0,6.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Emx6cM7q2zD\",\"coordinates\":[-36.0,-30.0,54.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7FUuxjPawFa7\",\"coordinates\":[-44.0,-24.0,54.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"82YwuYYhNnqJ\",\"coordinates\":[-34.0,-22.0,66.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8772XimNHfup\",\"coordinates\":[-30.0,-48.0,66.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3b6QiocRW74x\",\"coordinates\":[-54.0,-20.0,10.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6GdpBdSfQAcg\",\"coordinates\":[-2.0,-8.0,58.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3M7PXcN2HUrv\",\"coordinates\":[56.0,-16.0,42.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"VgukuFvLG9bD\",\"coordinates\":[32.0,-10.0,70.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8249NPazaMky\",\"coordinates\":[58.0,-18.0,14.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3b4mFS35Nt7H\",\"coordinates\":[18.0,-64.0,-50.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6XvXrhgNHjyJ\",\"coordinates\":[-32.0,-80.0,42.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6o8xrbBH2gnt\",\"coordinates\":[46.0,-80.0,26.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5M4ScDPX3CTK\",\"coordinates\":[54.0,-22.0,6.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8FWLafcKNYze\",\"coordinates\":[-32.0,-26.0,54.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4y82wB2wRuDE\",\"coordinates\":[-38.0,-24.0,56.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ViFeU38rVJa5\",\"coordinates\":[-32.0,-22.0,66.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"r43k6ekMyHMr\",\"coordinates\":[68.0,-10.0,4.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3yLWsgL4wvhF\",\"coordinates\":[-34.0,-26.0,56.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"8EeVmz4MaUZq\",\"user\":null,\"name\":\"Nonmusicians: + BOLD Response Increase during Learning and Recall Trials\",\"metadata\":null,\"description\":\"Nonmusicians: + BOLD Response Increase during Learning and Recall Trials\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4SUBo6HGeHxT\",\"coordinates\":[-52.0,-12.0,26.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4C4b5ZgXD7wF\",\"coordinates\":[50.0,-4.0,22.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4i5qD5Z8XMRj\",\"coordinates\":[-32.0,-64.0,-26.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"xfBKMDAXDoXe\",\"coordinates\":[-10.0,-66.0,50.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5jTyoqQ9Cze4\",\"coordinates\":[-63.0,-18.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4T56n6XTb98T\",\"coordinates\":[24.0,-80.0,-46.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"78zxsXUEJGvu\",\"coordinates\":[-56.0,-52.0,44.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KdwpkGD3hAS\",\"coordinates\":[-50.0,-76.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3aWSnLGaUCzC\",\"coordinates\":[-32.0,-68.0,-46.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4SWpiLaTf4DQ\",\"coordinates\":[-44.0,-24.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7idbPcoG9rfA\",\"coordinates\":[52.0,-2.0,14.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3vSSQKgoxsjH\",\"coordinates\":[52.0,-26.0,34.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RxsWWRecn2aU\",\"coordinates\":[-12.0,-8.0,42.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"4KNmGxQzDt5R\",\"user\":null,\"name\":\"Conjunctions: + Pianists and Nonmusicians\",\"metadata\":null,\"description\":\"Conjunctions: + Pianists and Nonmusicians\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3AbHoL78aHTQ\",\"coordinates\":[56.0,-4.0,2.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"55JxaKMJaGGn\",\"coordinates\":[-62.0,-14.0,6.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"39nqpqbEwXH7\",\"coordinates\":[-38.0,-22.0,58.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5HEPX9UK4sHk\",\"coordinates\":[-44.0,-24.0,54.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4YEadQoEbwvc\",\"coordinates\":[-32.0,-10.0,62.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7YHFAYQnqRej\",\"coordinates\":[-22.0,-48.0,70.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GiyxqXcpedzm\",\"coordinates\":[-54.0,-20.0,10.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zAb5UWmcijL8\",\"coordinates\":[-2.0,-8.0,58.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WptLKovWDkXq\",\"coordinates\":[50.0,-26.0,48.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5TkRRYXdmfpy\",\"coordinates\":[34.0,-8.0,62.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4GgB3yNN37QQ\",\"coordinates\":[62.0,-22.0,20.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5o4RFphUDNn3\",\"coordinates\":[-34.0,-76.0,42.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Zfa7qudHfKy\",\"coordinates\":[44.0,-74.0,38.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"5nD3zkatnxeX\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T19:59:24.570420+00:00\",\"user\":null,\"name\":\"Metabolic + and electric brain patterns during pleasant and unpleasant emotions induced + by music masterpieces.\",\"description\":\"Brain correlates comparing pleasant + and unpleasant states induced by three dissimilar masterpiece excerpts were + obtained. Related emotional reactions to the music were studied using Principal + Component Analysis of validated reports, fMRI, and EEG coherent activity. + A piano selection by Bach and a symphonic passage from Mahler widely differing + in musical features were used as pleasing pieces. A segment by Prodromides + was used as an unpleasing stimulus. Ten consecutive 30 s segments of each + piece alternating with random static noise were played to 19 non-musician + volunteers for a total of 30 min of auditory stimulation. Both brain approaches + identified a left cortical network involved with pleasant feelings (Bach and + Mahler vs. Prodromides) including the left primary auditory area, posterior + temporal, inferior parietal and prefrontal regions. While the primary auditory + zone may provide an early affective quality, left cognitive areas may contribute + to pleasant feelings when melodic sequences follow expected rules. In contrast, + unpleasant emotions (Prodromides vs. Bach and Mahler) involved the activation + of the right frontopolar and paralimbic areas. Left activation with pleasant + and right with unpleasant musical feelings is consistent with right supremacy + in novel situations and left in predictable processes. When all musical excerpts + were jointly compared to noise, in addition to bilateral auditory activation, + the left temporal pole, inferior frontal gyrus, and frontopolar area were + activated suggesting that cognitive and language processes were recruited + in general responses to music. Sensory and cognitive integration seems required + for musical emotion.\",\"publication\":\"International journal of psychophysiology + : official journal of the International Organization of Psychophysiology\",\"doi\":\"10.1016/j.ijpsycho.2007.03.004\",\"pmid\":\"17466401\",\"authors\":\"Flores-Gutierrez + EO, Diaz JL, Barrios FA, Favila-Humara R, Guevara MA, del Rio-Portilla Y, + Corsi-Cabrera M\",\"year\":2007,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"17466401\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"5aidAYbQFc7b\",\"user\":null,\"name\":\"25146\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"34esWrgVZN3f\",\"coordinates\":[-40.0,21.0,-16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5pPaPQoiB29P\",\"coordinates\":[-50.0,35.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3FiN9JFP4BLG\",\"coordinates\":[-51.0,3.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xXirgMmFeCH\",\"coordinates\":[-32.0,27.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3zYQAFLXMxzA\",\"coordinates\":[24.0,5.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7RtAkZMF4uKJ\",\"coordinates\":[-20.0,3.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3gYcmEU6fScL\",\"coordinates\":[30.0,13.0,-19.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5oVUXg6xymES\",\"coordinates\":[12.0,-4.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3vuHdFHkGZd3\",\"coordinates\":[36.0,32.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5LWpAcmV7y6T\",\"coordinates\":[26.0,58.0,-1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"64QxxTnCde9c\",\"coordinates\":[46.0,26.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"kUGxjarB3x9F\",\"coordinates\":[-42.0,29.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"pR7ZoGjk4VmZ\",\"coordinates\":[-50.0,33.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7uwgyXjYzPzt\",\"coordinates\":[67.0,-43.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4MZaiqXsmPsN\",\"coordinates\":[-32.0,16.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WwJZFqS4wTjX\",\"coordinates\":[34.0,29.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Kr92XLg76H8\",\"coordinates\":[-34.0,6.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7S4fHtLLoZsp\",\"coordinates\":[-57.0,13.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4RqmoAEFCGf4\",\"coordinates\":[55.0,-4.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fA6XhWCq4HX\",\"coordinates\":[-32.0,27.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xbzK3BHHDgb\",\"coordinates\":[63.0,-21.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5GmbmHuV5syr\",\"coordinates\":[-55.0,-21.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8NxgjXchdRMc\",\"coordinates\":[8.0,-6.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7oMHwbpcqtua\",\"coordinates\":[-44.0,13.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FUWzSP3nWcU\",\"coordinates\":[34.0,35.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4dqFM3FbvhPb\",\"coordinates\":[65.0,-34.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8CEfSrKAf3gH\",\"coordinates\":[-44.0,42.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Yy8UPfbSzno\",\"coordinates\":[-42.0,-73.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"598VdVk3megw\",\"coordinates\":[36.0,14.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6JLm3bxJ5nbD\",\"coordinates\":[-55.0,-21.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KbWfzcdKJpL\",\"coordinates\":[-61.0,-29.0,7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4y9fVobSyVGh\",\"coordinates\":[-42.0,-73.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4qWTe8HDpfYz\",\"coordinates\":[-12.0,-90.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5rzSuESXAxJr\",\"coordinates\":[-46.0,-71.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5bWBwfmRWkma\",\"coordinates\":[-34.0,54.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5y3MYE6bAvBn\",\"coordinates\":[8.0,-6.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5t6UTgTSuwYb\",\"coordinates\":[-55.0,-21.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tmQKd4qii64\",\"coordinates\":[-61.0,-29.0,7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3579wWLwTTYE\",\"coordinates\":[-34.0,4.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4bfE4Ks8Lx3J\",\"coordinates\":[34.0,31.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zcLyaRdpGUYq\",\"coordinates\":[-12.0,-90.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7QvdZP9Mkbiv\",\"coordinates\":[42.0,9.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7rPz4nPbtn5o\",\"coordinates\":[-30.0,16.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5nmcUBZigLKH\",\"coordinates\":[42.0,9.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4WV5VWAfwMM2\",\"coordinates\":[-34.0,6.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6pKGqXgVGpfB\",\"coordinates\":[42.0,27.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ebPnoyuLpdG\",\"coordinates\":[-57.0,12.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Js6CzeB8HkH\",\"coordinates\":[34.0,33.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6gMhJtgREQXU\",\"coordinates\":[-40.0,29.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mFy82e9p7ndt\",\"coordinates\":[26.0,58.0,-1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6SEoK8Yeh9cx\",\"coordinates\":[-50.0,-59.0,25.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LYbU88Sf9no\",\"coordinates\":[-44.0,42.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7y9JMDWseXnT\",\"coordinates\":[-38.0,31.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4es7tEBBQ8Dj\",\"coordinates\":[-57.0,13.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"68vYS7z3ibJc\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"The + effects of short-term musical training on the neural processing of speech-in-noise + in older adults.\",\"description\":\"Experienced musicians outperform non-musicians + in understanding speech-in-noise (SPIN). The benefits of lifelong musicianship + endure into older age, where musicians experience smaller declines in their + ability to understand speech in noisy environments. However, it is presently + unknown whether commencing musical training in old age can also counteract + age-related decline in speech perception, and whether such training induces + changes in neural processing of speech. Here, we recruited older adult non-musicians + and assigned them to receive a short course of piano or videogame training, + or no training. Participants completed two sessions of functional Magnetic + Resonance Imaging where they performed a SPIN task prior to and following + training. While we found no direct benefit of musical training upon SPIN perception, + an exploratory Region of Interest analysis revealed increased cortical responses + to speech in left Middle Frontal and Supramarginal Gyri which correlated with + changes in SPIN task performance in the group which received music training. + These results suggest that short-term musical training in older adults may + enhance neural encoding of speech, with the potential to reduce age-related + decline in speech perception.\",\"publication\":\"Brain and cognition\",\"doi\":\"10.1016/j.bandc.2019.103592\",\"pmid\":\"31404817\",\"authors\":\"David + Fleming, Sylvie Belleville, Isabelle Peretz, Greg West, Benjamin Rich Zendel\",\"year\":2019,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"74RCCDFGVVoP\",\"user\":null,\"name\":\"Table + 2\",\"metadata\":null,\"description\":\". Regions of Interest (ROIs) included + in analyses (L/RH\u202F=\u202FLeft/Right Hemisphere).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6F8wY2jgJKDh\",\"coordinates\":[-47.0,-6.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3kCesn5we7Zw\",\"coordinates\":[-48.0,2.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6ucCmSdawyMc\",\"coordinates\":[-44.0,23.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5uLewDBduniE\",\"coordinates\":[-48.0,8.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3zFzifpXExjV\",\"coordinates\":[-33.0,37.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qgtXnfprbrnj\",\"coordinates\":[-42.0,-52.0,37.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4cDrAZbS7gbV\",\"coordinates\":[-50.0,-38.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ghsxd7muLTs\",\"coordinates\":[-60.0,-27.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4hFQFRVnkQ97\",\"coordinates\":[-50.0,-60.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ZTtHBvPdas6\",\"coordinates\":[-51.0,-35.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6uVPL2iJeNH8\",\"coordinates\":[-42.0,4.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4qLX5yfmkxsw\",\"coordinates\":[-44.0,21.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5nEeR9L9bs6j\",\"coordinates\":[-43.0,20.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3dqynKVCdCZJ\",\"coordinates\":[-37.0,31.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"dodkSUbPKiqa\",\"coordinates\":[-45.0,-68.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3kvoi293dQdd\",\"coordinates\":[-55.0,-48.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"57q7EN7826Vg\",\"coordinates\":[-56.0,-13.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7fZ6jzRCxgKL\",\"coordinates\":[-46.0,-55.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4yV4qoRa4pJ6\",\"coordinates\":[-59.0,-37.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4dVqJ3ToA5RA\",\"coordinates\":[-38.0,-35.0,-13.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4n6XqWtqGfp6\",\"coordinates\":[-41.0,3.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UJEZyiFfkNT\",\"coordinates\":[-37.0,10.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Dtfrw5ikTow\",\"coordinates\":[-49.0,16.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"56NqLiujbBZU\",\"coordinates\":[-44.0,26.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5qLMVik9mQEr\",\"coordinates\":[-50.0,-54.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xAkbXUxAozu\",\"coordinates\":[-57.0,-13.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5uDHcgCMv6mV\",\"coordinates\":[-40.0,-63.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Cz2yD3yntJP\",\"coordinates\":[-57.0,-40.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7KBzYTgonMqf\",\"coordinates\":[-47.0,6.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5HdKFeuGSctK\",\"coordinates\":[33.0,-24.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6GNLcBBbgpbJ\",\"coordinates\":[51.0,-14.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"44JXn5BKozFw\",\"coordinates\":[12.0,-21.0,53.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xoKZTN4CKYE\",\"coordinates\":[18.0,-67.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"35kmMEzGLLcC\",\"coordinates\":[14.0,-59.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"5n2QphfDsihC\",\"user\":null,\"name\":\"Table + 3\",\"metadata\":null,\"description\":\"-statistics.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6XcvG9ogMgiv\",\"coordinates\":[57.0,-10.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3DWdq4XgoDwh\",\"coordinates\":[-60.0,-31.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RRsVnWwh4Dpv\",\"coordinates\":[-51.0,-7.0,47.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pC5rDeKKvFL\",\"coordinates\":[12.0,17.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VwJHb5maEum\",\"coordinates\":[54.0,-4.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4GWuqiXiZNWU\",\"coordinates\":[-42.0,11.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Rg2CZsaMoif\",\"coordinates\":[60.0,-13.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"466sKLdtKiiP\",\"coordinates\":[-51.0,-19.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"67nYSXe7J7JZ\",\"coordinates\":[39.0,-58.0,-25.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5gAkkfmoYgXn\",\"coordinates\":[-39.0,-28.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"75boRFyq44n9\",\"coordinates\":[51.0,-13.0,53.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"84UoyZHJWsN5\",\"coordinates\":[57.0,-10.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7oc3q8THJHkX\",\"coordinates\":[-60.0,-31.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"siAV5pT6VgwR\",\"coordinates\":[-51.0,-7.0,47.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5KVAEmYqsnhz\",\"coordinates\":[9.0,20.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5yF9NeQEQCxx\",\"coordinates\":[54.0,-4.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xChokb2jNvN\",\"coordinates\":[24.0,-61.0,-22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7EoEANWCaZ3G\",\"coordinates\":[42.0,17.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"giWsxDAs8TxG\",\"coordinates\":[-66.0,-31.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fBDCpb4oEs8\",\"coordinates\":[63.0,-25.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"XDrX8nW4JMFH\",\"coordinates\":[9.0,20.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7kHuuB6Mdp8g\",\"coordinates\":[-3.0,11.0,53.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"3JzpoMfYVAM5\",\"user\":null,\"name\":\"Table + 4\",\"metadata\":null,\"description\":\"): MTG\u202F=\u202FMiddle Temporal + Gyrus; Pars. Operc.\u202F=\u202FPars Opercularis (of the IFG).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6FnEDKBAV6UV\",\"coordinates\":[-37.0,10.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4hsoDfQ9YysA\",\"coordinates\":[-60.0,-27.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5rchmahrUm37\",\"coordinates\":[-48.0,2.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wuJmQE6hzSy7\",\"coordinates\":[-50.0,-38.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3DLJfah66wPQ\",\"coordinates\":[-56.0,-13.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4juLXrxRaKiw\",\"coordinates\":[-55.0,-48.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7sUSZjMZRPGo\",\"coordinates\":[-57.0,-13.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4sEmqKAsqirW\",\"coordinates\":[-60.0,-27.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62DS7Yh9bp6m\",\"coordinates\":[-48.0,8.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Tv2o3yyLDELH\",\"coordinates\":[-47.0,-6.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Qg7DeTZky9o\",\"coordinates\":[-50.0,-38.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Dzgp8iCrNM2\",\"coordinates\":[-59.0,-37.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"45Yze7PK6MfT\",\"coordinates\":[-44.0,21.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ttXY8M8YsTAi\",\"coordinates\":[-56.0,-13.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4oB7RpTbwRGh\",\"coordinates\":[-55.0,-48.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"89ece6kXU5rm\",\"coordinates\":[-57.0,-40.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7DVqr2PDZ4PM\",\"coordinates\":[-49.0,16.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"47bu86p5xpzS\",\"coordinates\":[-57.0,-13.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"368ydbXFCSBJ\",\"coordinates\":[50.0,-14.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"768pzdf2h8hz\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:01:48.339560+00:00\",\"user\":null,\"name\":\"Connecting + to Create: Expertise in Musical Improvisation Is Associated with Increased + Functional Connectivity between Premotor and Prefrontal Areas.\",\"description\":\"Musicians + have been used extensively to study neural correlates of long-term practice, + but no studies have investigated the specific effects of training musical + creativity. Here, we used human functional MRI to measure brain activity during + improvisation in a sample of 39 professional pianists with varying backgrounds + in classical and jazz piano playing. We found total hours of improvisation + experience to be negatively associated with activity in frontoparietal executive + cortical areas. In contrast, improvisation training was positively associated + with functional connectivity of the bilateral dorsolateral prefrontal cortices, + dorsal premotor cortices, and presupplementary areas. The effects were significant + when controlling for hours of classical piano practice and age. These results + indicate that even neural mechanisms involved in creative behaviors, which + require a flexible online generation of novel and meaningful output, can be + automated by training. Second, improvisational musical training can influence + functional brain properties at a network level. We show that the greater functional + connectivity seen in experienced improvisers may reflect a more efficient + exchange of information within associative networks of importance for musical + creativity.\",\"publication\":\"The Journal of neuroscience : the official + journal of the Society for Neuroscience\",\"doi\":\"10.1523/JNEUROSCI.4769-13.2014\",\"pmid\":\"24790186\",\"authors\":\"Pinho + AL, de Manzano O, Fransson P, Eriksson H, Ullen F\",\"year\":2014,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"24790186\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"UxpJsR33fWKp\",\"user\":null,\"name\":\"28298\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3TrQomDSpGL6\",\"coordinates\":[44.0,-61.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4MuUkzvyvXoc\",\"coordinates\":[48.0,38.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6CNS4Tvy8FAz\",\"coordinates\":[33.0,18.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ovPWDoC5mi5\",\"coordinates\":[39.0,50.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"389Tdp8Qm8EG\",\"coordinates\":[48.0,-54.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7foqo2RKbR5c\",\"coordinates\":[51.0,33.0,25.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5pPPF9fZpB23\",\"coordinates\":[44.0,48.0,-17.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"647dMKRUcqQq\",\"user\":null,\"name\":\"28299\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4ZozdpTCAQNW\",\"coordinates\":[14.0,-15.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7a5kCRmDixv7\",\"coordinates\":[21.0,-46.0,76.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Mb6ucnuMyrS\",\"coordinates\":[10.0,-13.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6TuNxgXrqGvg\",\"coordinates\":[-68.0,-30.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"47yq6Uvze2Ja\",\"coordinates\":[30.0,12.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8AAzJ5RGHaap\",\"coordinates\":[46.0,-19.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3HXAJ2yAwboE\",\"coordinates\":[63.0,-7.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Gm6XWFXn36qy\",\"coordinates\":[-45.0,-15.0,63.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Ae6itsobqSF\",\"coordinates\":[45.0,-25.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3i3Vc3kuyeTn\",\"coordinates\":[30.0,-31.0,45.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7K9UDhzvxcr9\",\"coordinates\":[26.0,11.0,69.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"45CELGBtrwmQ\",\"coordinates\":[-14.0,-24.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5TitqoVWAnkN\",\"coordinates\":[52.0,-15.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5GJ4SZQNCe3n\",\"coordinates\":[51.0,-18.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7aGfXSPTQ8oR\",\"coordinates\":[48.0,-28.0,-23.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6H96S3SzVSG2\",\"coordinates\":[-36.0,45.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"kTXbCSdt98YH\",\"coordinates\":[-46.0,-57.0,55.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3f2Ut4ZeoLEf\",\"coordinates\":[-68.0,-30.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"9iG8JdKFccqk\",\"coordinates\":[54.0,-67.0,-30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"B6oREqZBTiY6\",\"coordinates\":[-69.0,-37.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7TPQQpL7aze8\",\"coordinates\":[3.0,-49.0,-39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5FpHx5GL7NeT\",\"coordinates\":[20.0,-46.0,76.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5RwKAv26wLjV\",\"coordinates\":[-28.0,-21.0,73.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Zj6oCAgYubF\",\"coordinates\":[52.0,-51.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4DKQJuisQV7L\",\"coordinates\":[-52.0,5.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8GHuejbLoAPV\",\"coordinates\":[-48.0,-57.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6J2B2ZZnLttq\",\"coordinates\":[-68.0,-28.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7YBokWDVqCAM\",\"coordinates\":[-39.0,42.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6zenLdx69ZMr\",\"coordinates\":[-24.0,-27.0,75.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4wBw5Z2nZ36L\",\"coordinates\":[63.0,-7.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"79g6cmZxGJbd\",\"coordinates\":[14.0,-78.0,-42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6n8rpiVEzhju\",\"coordinates\":[-68.0,-28.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4yvJ4rY2t2Dd\",\"coordinates\":[26.0,11.0,69.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5pXfCLr6ETpX\",\"coordinates\":[6.0,-49.0,-36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5DtVRCkjt4hU\",\"coordinates\":[-16.0,-67.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4wekQXtpSXnM\",\"coordinates\":[26.0,11.0,69.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7pxnpxZezr7T\",\"coordinates\":[12.0,-16.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"HqqBC8JG5kiR\",\"coordinates\":[-48.0,-49.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3PX6HNwy48CG\",\"coordinates\":[46.0,-34.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5dbACMuvCBSD\",\"coordinates\":[48.0,-49.0,-23.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5UEAZPgtPAzv\",\"coordinates\":[14.0,-15.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"79Fm3iALn6RR\",\"coordinates\":[54.0,-67.0,-30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ELUjujqcerb\",\"coordinates\":[10.0,-13.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LNctwQ7c9ND\",\"coordinates\":[9.0,-90.0,-38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FWHvTyshBeW\",\"coordinates\":[-69.0,-19.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3HmKdCaxMnq7\",\"coordinates\":[-34.0,-10.0,70.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wrTDNtN5bmgS\",\"coordinates\":[-6.0,-60.0,69.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Dbr5o8X9Nha\",\"coordinates\":[-52.0,3.0,49.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6oRPKQ9JSFRU\",\"coordinates\":[18.0,-60.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7NNsQu2WVGHB\",\"coordinates\":[15.0,-48.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Tsv2ziMHMBx\",\"coordinates\":[-36.0,45.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"69DBJuMNXGkf\",\"coordinates\":[63.0,-7.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5bWH4oMoaD4s\",\"coordinates\":[6.0,-52.0,-39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Zci7fuCGR3d\",\"coordinates\":[51.0,-18.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5m38zc5JSbZw\",\"coordinates\":[-50.0,-55.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"7BVLew9kxm5B\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Do + blind people hear better?\",\"description\":\"For centuries, anecdotal evidence + such as the perfect pitch of the blind piano tuner or blind musician has supported + the notion that individuals who have lost their sight early in life have superior + hearing abilities compared with sighted people. Recently, auditory psychophysical + and functional imaging studies have identified that specific auditory enhancements + in the early blind can be linked to activation in extrastriate visual cortex, + suggesting crossmodal plasticity. Furthermore, the nature of the sensory reorganization + in occipital cortex supports the concept of a task-based functional cartography + for the cerebral cortex rather than a sensory-based organization. In total, + studies of early-blind individuals provide valuable insights into mechanisms + of cortical plasticity and principles of cerebral organization.\",\"publication\":\"Trends + in cognitive sciences\",\"doi\":\"10.1016/j.tics.2022.08.016\",\"pmid\":\"36207258\",\"authors\":\"Carina + J Sabourin, Yaser Merrikhi, Stephen G Lomber\",\"year\":2022,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"6NGApraDbfH6\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\". Summary of psychophysics studies + investigating auditory function in the blind compared with the sighted\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"pcGxU9knxkX9\",\"coordinates\":[21.0,23.0,25.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Gja62DFu4Uh\",\"coordinates\":[21.0,23.0,25.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5GGYRNs7L6HL\",\"coordinates\":[37.0,38.0,40.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4QZ5q8n48hNp\",\"coordinates\":[21.0,23.0,25.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7eKtFtmWmDHM\",\"coordinates\":[21.0,23.0,25.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3MvTnDxpZPaF\",\"coordinates\":[39.0,40.0,47.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8AB78x9mpATz\",\"coordinates\":[18.0,25.0,27.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Arf2TZZ4dvd4\",\"coordinates\":[39.0,40.0,47.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4qe4sKWjmSxL\",\"coordinates\":[39.0,40.0,47.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tjheBBXBtUe\",\"coordinates\":[39.0,40.0,47.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UoCCivZa3EQ\",\"coordinates\":[19.0,23.0,58.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UYZSnoU88gv\",\"coordinates\":[19.0,23.0,58.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7kxxWjWfhwJN\",\"coordinates\":[20.0,22.0,34.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6WeCVWGwUeFY\",\"coordinates\":[44.0,45.0,48.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Yw5fsHGNBK6\",\"coordinates\":[17.0,18.0,62.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3cgiCcfSBxun\",\"coordinates\":[44.0,45.0,48.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"gyVBQF9BTEvg\",\"coordinates\":[17.0,18.0,62.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7seAcNRnSKcF\",\"coordinates\":[20.0,22.0,33.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Pv92zmfYMKWM\",\"coordinates\":[42.0,44.0,45.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"7Dg57x5EVfTg\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2023-07-17T03:27:48.613627+00:00\",\"user\":null,\"name\":\"Encoding + and recall of finger sequences in experienced pianists compared with musically + naive controls: a combined behavioral and functional imaging study.\",\"description\":\"Long-term + intensive sensorimotor training alters functional representation of the motor + and sensory system and might even result in structural changes. However, there + is not much knowledge about how previous training impacts learning transfer + and functional representation. We tested 14 amateur pianists and 15 musically + na\xEFve participants in a short-term finger sequence training procedure, + differing considerably from piano playing and measured associated functional + representation with functional magnetic resonance imaging. The conditions + consisted of encoding a finger sequence indicated by hand symbols (\\\"sequence + encoding\\\") and subsequently replaying the sequence from memory, both with + and without auditory feedback (\\\"sequence retrieval\\\"). Piano players + activated motor areas and the mirror neuron system more strongly than musically + na\xEFve participants during encoding. When retrieving the sequence, musically + na\xEFve participants showed higher activation in similar brain areas. Thus, + retrieval activations of na\xEFve participants were comparable to encoding + activations of piano players, who during retrieval performed the sequences + more accurately despite lower motor activations. Interestingly, both groups + showed primary auditory activation even during sequence retrieval without + auditory feedback, supporting previous reports about coactivation of the auditory + cortex after learned association with motor performance. When playing with + auditory feedback, only pianists lateralized to the left auditory cortex. + During encoding activation in left primary somatosensory cortex in the height + of the finger representations had a predictive value for increased motor performance + later on (error rates). Contrarily, decreased performance was associated with + increased visual cortex activation during encoding. Our study extends previous + reports about training transfer of motor knowledge resulting in superior training + effects in musicians. Performance increase went along with activity in motor + areas and the mirror neuron network during pattern encoding.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2012.09.012\",\"pmid\":\"22982586\",\"authors\":\"Pau + S, Jahn G, Sakreida K, Domin M, Lotze M\",\"year\":2013,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"22982586\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"3PJFqzgrZUjP\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\". fMRI results between subject groups + (piano players minus musically na\xEFve participants) for the encoding task + (p < 0.05; FDR corrected for the whole brain).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6fq39j4ebED7\",\"coordinates\":[66.0,-36.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7jzvD5YirMbM\",\"coordinates\":[-42.0,-27.0,51.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5UdXmkxgochw\",\"coordinates\":[36.0,-45.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UAm5QaFVovK\",\"coordinates\":[-39.0,-18.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7jYbGxYuAL56\",\"coordinates\":[39.0,-18.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7SJmWER7Dtgo\",\"coordinates\":[-9.0,-3.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wHyqJWxHBD6\",\"coordinates\":[54.0,-60.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"564vGdW5xaJz\",\"coordinates\":[-39.0,-6.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5KcpbyuqHsHV\",\"coordinates\":[36.0,-15.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"569fJj4EFfd9\",\"coordinates\":[-27.0,57.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4uZbQmqWkdK8\",\"coordinates\":[-42.0,-33.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3enSr8yvGqRx\",\"coordinates\":[66.0,-36.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ma4aZCRgnKw\",\"coordinates\":[3.0,9.0,63.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5eY6NQEavKvd\",\"coordinates\":[-24.0,-51.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pFXzmqtR9vS\",\"coordinates\":[-51.0,9.0,39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3HsA7uyb9k3q\",\"coordinates\":[-63.0,-30.0,17.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3hifk9uritJq\",\"coordinates\":[39.0,3.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7bMend58NG3Q\",\"coordinates\":[-39.0,-69.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"865FgsYb9ES7\",\"coordinates\":[-42.0,-54.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"NhoALQRmeLw7\",\"coordinates\":[-30.0,18.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"55rDYPmvoGZk\",\"coordinates\":[-42.0,-54.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mXshCftZ56PT\",\"coordinates\":[42.0,-48.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7asi79uA8MAH\",\"coordinates\":[-51.0,6.0,39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3WDFT2rE4hMW\",\"coordinates\":[33.0,-51.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"65FpQtA7adVB\",\"coordinates\":[54.0,-60.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"6s7JAtTiapEu\",\"user\":null,\"name\":\"Table + 2\",\"metadata\":null,\"description\":\". fMRI results between subject groups + (musically na\xEFve participants minus piano players) for the retrieval task + with auditory feedback (p < 0.05; FDR corrected for the whole brain).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4caLFRThQdAi\",\"coordinates\":[-42.0,-24.0,-60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wiwFQPRdXuwi\",\"coordinates\":[51.0,-12.0,45.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"58J2TfaJfrJk\",\"coordinates\":[27.0,-15.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5gZsks4a9ZXL\",\"coordinates\":[60.0,0.0,33.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"595Fo7xQVH28\",\"coordinates\":[-45.0,-18.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"uwUSEoJkZK8F\",\"coordinates\":[30.0,-15.0,63.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3QVuCSk94Umm\",\"coordinates\":[-57.0,-24.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3GZvzv3CrMhd\",\"coordinates\":[60.0,9.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5MJperxA8MvP\",\"coordinates\":[-12.0,-72.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5S4aa3zwn93a\",\"coordinates\":[33.0,-51.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4dHHyiNxZA7m\",\"coordinates\":[-27.0,6.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pApfUuyPu4Y\",\"coordinates\":[27.0,0.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"82zvu2sY9wDB\",\"coordinates\":[63.0,6.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6oPgZx7p2mZt\",\"coordinates\":[15.0,-84.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6kn8EyebX3vF\",\"coordinates\":[-6.0,-87.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4TA3dKP9E3Mp\",\"coordinates\":[-33.0,-18.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"KBFuBgSEmDGB\",\"coordinates\":[36.0,-9.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"67usu4mhwPxB\",\"coordinates\":[-48.0,-51.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3eAbdL4upYat\",\"coordinates\":[-48.0,-42.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"39VC9m8bTWuX\",\"coordinates\":[42.0,-36.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6eEbr8TeRqi3\",\"coordinates\":[51.0,-15.0,45.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ktHZuAqKP5W\",\"coordinates\":[-54.0,-27.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7hSfYh6Kfsm2\",\"coordinates\":[-15.0,-15.0,72.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"7HyZmc6GXDjQ\",\"user\":null,\"name\":\"33520\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4Jq78BhF9w7k\",\"coordinates\":[-33.0,-24.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7FFKfQyLHRSN\",\"coordinates\":[45.0,-18.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5G6en6VSNDse\",\"coordinates\":[33.0,-30.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"7fUwtrsAeAQf\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2023-07-17T03:27:48.613627+00:00\",\"user\":null,\"name\":\"Distributed + neural signatures of natural audiovisual speech and music in the human auditory + cortex.\",\"description\":\"During a conversation or when listening to music, + auditory and visual information are combined automatically into audiovisual + objects. However, it is still poorly understood how specific type of visual + information shapes neural processing of sounds in lifelike stimulus environments. + Here we applied multi-voxel pattern analysis to investigate how naturally + matching visual input modulates supratemporal cortex activity during processing + of naturalistic acoustic speech, singing and instrumental music. Bayesian + logistic regression classifiers with sparsity-promoting priors were trained + to predict whether the stimulus was audiovisual or auditory, and whether it + contained piano playing, speech, or singing. The predictive performances of + the classifiers were tested by leaving one participant at a time for testing + and training the model using the remaining 15 participants. The signature + patterns associated with unimodal auditory stimuli encompassed distributed + locations mostly in the middle and superior temporal gyrus (STG/MTG). A pattern + regression analysis, based on a continuous acoustic model, revealed that activity + in some of these MTG and STG areas were associated with acoustic features + present in speech and music stimuli. Concurrent visual stimulus modulated + activity in bilateral MTG (speech), lateral aspect of right anterior STG (singing), + and bilateral parietal opercular cortex (piano). Our results suggest that + specific supratemporal brain areas are involved in processing complex natural + speech, singing, and piano playing, and other brain areas located in anterior + (facial speech) and posterior (music-related hand actions) supratemporal cortex + are influenced by related visual information. Those anterior and posterior + supratemporal areas have been linked to stimulus identification and sensory-motor + integration, respectively.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2016.12.005\",\"pmid\":\"27932074\",\"authors\":\"Salmi + J, Koistinen OP, Glerean E, Jylanki P, Vehtari A, Jaaskelainen IP, Makela + S, Nummenmaa L, Nummi-Kuisma K, Nummi I, Sams M\",\"year\":2017,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"27932074\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"6QDp4kEmb7Bi\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\", and MNI-coordinates of local maxima + in brain areas showing significant (p < 0.05) differences between three Auditory + stimulus types (one vs. one).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"mzgbPgmo7REo\",\"coordinates\":[54.0,2.0,-16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5xN8Mzn8RfSg\",\"coordinates\":[-54.0,2.0,-28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6DXg67NCApcF\",\"coordinates\":[-62.0,-38.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5mS3Zz7aq76i\",\"coordinates\":[-66.0,-10.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5y2BePFB4nNP\",\"coordinates\":[58.0,-34.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7GdmZaccAFNr\",\"coordinates\":[58.0,-34.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"83mmPn57n5Rp\",\"coordinates\":[-42.0,-18.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"77czx4JiTehf\",\"coordinates\":[58.0,-6.0,-32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5FXu9VrobnR2\",\"coordinates\":[-62.0,-10.0,-16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3fYHE7Sqft3U\",\"coordinates\":[-66.0,-22.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"36JjBCX9NvPm\",\"coordinates\":[42.0,-14.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"6FLfjpSzRkid\",\"user\":null,\"name\":\"Table + 2\",\"metadata\":null,\"description\":\", and MNI-coordinates of local maxima + in brain areas showing significant (p < 0.05) differences between Audiovisual + vs. Auditory conditions.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4kspXsVyPAEA\",\"coordinates\":[18.0,64.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7zR8rev8rRor\",\"coordinates\":[68.0,50.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5bBnCWmRH2Dq\",\"coordinates\":[70.0,56.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7pQSRR9dEGuQ\",\"coordinates\":[70.0,42.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5gRf3oEyxLka\",\"coordinates\":[68.0,66.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6CsvQPNKwYhA\",\"coordinates\":[24.0,54.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3EcL5CSKHfM2\",\"coordinates\":[68.0,40.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6KHNCKruXBoR\",\"coordinates\":[16.0,44.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zQbVv9vPtj2c\",\"coordinates\":[18.0,52.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8MW9DNZV5bhM\",\"coordinates\":[68.0,60.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GrS34YigUKqt\",\"coordinates\":[24.0,56.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7239wnDsny2Z\",\"coordinates\":[72.0,64.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6eDdm9GbXnYs\",\"coordinates\":[14.0,66.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"84wywgr985tL\",\"coordinates\":[58.0,46.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LwomLSERukJ\",\"coordinates\":[78.0,56.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"885iugwHpSRh\",\"coordinates\":[10.0,48.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ZHRio2jCa5q\",\"coordinates\":[10.0,54.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wjMSZ6rX7cSr\",\"coordinates\":[10.0,44.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ZHWZahFa3sQN\",\"coordinates\":[76.0,64.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6dtknBQ7GZiP\",\"coordinates\":[68.0,52.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pGmohQrFM3V\",\"coordinates\":[72.0,44.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6CftCRgegE63\",\"coordinates\":[70.0,42.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"42bWJcdpJihB\",\"coordinates\":[72.0,64.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4GTcJ5MAwXKr\",\"coordinates\":[64.0,52.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3gpEJitdSnRn\",\"coordinates\":[12.0,52.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6jtMrisX7vdP\",\"coordinates\":[20.0,66.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"V6um7wRnyDnN\",\"coordinates\":[72.0,42.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7mpBcfux4f9X\",\"coordinates\":[20.0,48.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Ew7bF2mPdug\",\"coordinates\":[14.0,48.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"587ze3SFHWqL\",\"coordinates\":[76.0,62.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"W82btCTAvTaf\",\"coordinates\":[76.0,42.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8NzwvdUZeS3d\",\"coordinates\":[18.0,44.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"65X3uSihsK2g\",\"coordinates\":[18.0,52.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4xVokyzxoVws\",\"coordinates\":[76.0,52.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pM9SyADHpv2\",\"coordinates\":[74.0,54.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6gMzusvhpNAR\",\"coordinates\":[72.0,60.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Tn8QNqj7arc\",\"coordinates\":[18.0,64.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"7yDarPD6Qkro\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:00:15.112537+00:00\",\"user\":null,\"name\":\"EEG + oscillatory patterns are associated with error prediction during music performance + and are altered in musician's dystonia.\",\"description\":\"Skilled performance + requires the ability to monitor ongoing behavior, detect errors in advance + and modify the performance accordingly. The acquisition of fast predictive + mechanisms might be possible due to the extensive training characterizing + expertise performance. Recent EEG studies on piano performance reported a + negative event-related potential (ERP) triggered in the ACC 70 ms before performance + errors (pitch errors due to incorrect keypress). This ERP component, termed + pre-error related negativity (pre-ERN), was assumed to reflect processes of + error detection in advance. However, some questions remained to be addressed: + (i) Does the electrophysiological marker prior to errors reflect an error + signal itself or is it related instead to the implementation of control mechanisms? + (ii) Does the posterior frontomedial cortex (pFMC, including ACC) interact + with other brain regions to implement control adjustments following motor + prediction of an upcoming error? (iii) Can we gain insight into the electrophysiological + correlates of error prediction and control by assessing the local neuronal + synchronization and phase interaction among neuronal populations? (iv) Finally, + are error detection and control mechanisms defective in pianists with musician's + dystonia (MD), a focal task-specific dystonia resulting from dysfunction of + the basal ganglia-thalamic-frontal circuits? Consequently, we investigated + the EEG oscillatory and phase synchronization correlates of error detection + and control during piano performances in healthy pianists and in a group of + pianists with MD. In healthy pianists, the main outcomes were increased pre-error + theta and beta band oscillations over the pFMC and 13-15 Hz phase synchronization, + between the pFMC and the right lateral prefrontal cortex, which predicted + corrective mechanisms. In MD patients, the pattern of phase synchronization + appeared in a different frequency band (6-8 Hz) and correlated with the severity + of the disorder. The present findings shed new light on the neural mechanisms, + which might implement motor prediction by means of forward control processes, + as they function in healthy pianists and in their altered form in patients + with MD.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2010.12.050\",\"pmid\":\"21195188\",\"authors\":\"Ruiz + MH, Strubing F, Jabusch HC, Altenmuller E\",\"year\":2011,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"21195188\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"7qDEfBDx675z\",\"user\":null,\"name\":\"32635\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6zFeKZn2TjK2\",\"coordinates\":[1.0,2.0,3.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"83wU4Laggabu\",\"created_at\":\"2022-06-02T17:41:45.026305+00:00\",\"updated_at\":\"2024-03-21T20:00:40.386050+00:00\",\"user\":null,\"name\":\"Goal-independent + mechanisms for free response generation: Creative and pseudo-random performance + share neural substrates\",\"description\":\"To what extent free response generation + in different tasks uses common and task-specific neurocognitive processes + has remained unclear. Here, we investigated overlap and differences in neural + activity during musical improvisation and pseudo-random response generation. + Brain activity was measured using fMRI in a group of professional classical + pianists, who performed musical improvisation of melodies, pseudo-random key-presses + and a baseline condition (sight-reading), on either two, six or twelve keys + on a piano keyboard. The results revealed an extensive overlap in neural activity + between the two generative conditions. Active regions included the dorsolateral + and dorsomedial prefrontal cortices, inferior frontal gyrus, anterior cingulate + cortex and pre-SMA. No regions showed higher activity in improvisation than + in pseudo-random generation. These findings suggest that the activated regions + fulfill generic functions that are utilized in different types of free generation + tasks, independent of overall goal. In contrast, pseudo-random generation + was accompanied by higher activity than improvisation in several regions. + This presumably reflects the participants' musical expertise as well as the + pseudo-random generation task's high load on attention, working memory, and + executive control. The results highlight the significance of using naturalistic + tasks to study human behavior and cognition. No brain activity was related + to the size of the response set. We discuss that this may reflect that the + musicians were able to use specific strategies for improvisation, by which + there was no simple relationship between response set size and neural activity.\",\"publication\":\"NeuroImage\",\"doi\":null,\"pmid\":\"21782960\",\"authors\":\"de + Manzano O, Ullen F\",\"year\":2012,\"metadata\":null,\"source\":\"neuroquery\",\"source_id\":\"21782960\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"3uC4GULookyN\",\"user\":null,\"name\":\"t0005\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"8PHex9eEL3eA\",\"coordinates\":[10.0,26.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5D3fHkWLdwuV\",\"coordinates\":[-42.0,26.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6bpZmAxi9vVj\",\"coordinates\":[54.0,14.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"xPcTTSYmodDH\",\"coordinates\":[-44.0,14.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"AaKaiaE78HtK\",\"coordinates\":[48.0,16.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Ndv6pQVcfJv\",\"coordinates\":[-2.0,8.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ggkHg7wJYVz\",\"coordinates\":[-42.0,-66.0,-36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8G6FNEcT5T7Y\",\"coordinates\":[28.0,-68.0,-32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"eRbPx5RqRkgs\",\"user\":null,\"name\":\"t0010\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4gidVfU76kLN\",\"coordinates\":[-16.0,52.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4tiwwE6uWSVF\",\"coordinates\":[-36.0,42.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6cKzLRdsfPNv\",\"coordinates\":[-34.0,26.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6qA3n2UDzwkm\",\"coordinates\":[24.0,22.0,56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UrHjq8fyXhB\",\"coordinates\":[36.0,-6.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7wFiNvMEQLz5\",\"coordinates\":[-34.0,12.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6nnbYvLZrHob\",\"coordinates\":[-14.0,-28.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4zwvd7B8s4RW\",\"coordinates\":[-10.0,-24.0,68.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"39LZCyNwqNRT\",\"coordinates\":[-38.0,8.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4WkqxJZkLmbT\",\"coordinates\":[-62.0,2.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6XAifsF2oQ5V\",\"coordinates\":[-28.0,-12.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"65eVeGVSgFUQ\",\"coordinates\":[-38.0,-14.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6mo8Miv6vajH\",\"coordinates\":[2.0,-26.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"iukmgvbx4TZE\",\"coordinates\":[-20.0,-36.0,68.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7dfQC9X9tmgP\",\"coordinates\":[-40.0,-40.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"bjpzoBuiCCf9\",\"coordinates\":[54.0,-46.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"S3JWPJSrPiJL\",\"coordinates\":[-48.0,-54.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7JWKBv22eMbK\",\"coordinates\":[4.0,-66.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3jX4aLcRkCPH\",\"coordinates\":[-60.0,-26.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"633YyWZtifqE\",\"coordinates\":[-28.0,-52.0,56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5nNbbqfS2wjb\",\"coordinates\":[-44.0,-52.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4H5FjPeRLQwq\",\"coordinates\":[32.0,-54.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zqSY9zzU46bH\",\"coordinates\":[-18.0,-66.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4pNsWsg99fsC\",\"coordinates\":[-14.0,-72.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"678ghV4V2NXb\",\"coordinates\":[22.0,-62.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7RWzHJ6gsp5J\",\"coordinates\":[2.0,-78.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5uUj9Lgg6T6V\",\"coordinates\":[-26.0,-32.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"bUeXXau79d2P\",\"coordinates\":[-28.0,-52.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6KWug8ZRrVUN\",\"coordinates\":[-10.0,-60.0,-42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UnMYvie5Ftb\",\"coordinates\":[-14.0,-62.0,-56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"v97u5ScH45tx\",\"coordinates\":[-10.0,-80.0,-30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6MBwYdQ7ejkh\",\"coordinates\":[16.0,-64.0,-56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mMCn49KjNk2C\",\"coordinates\":[12.0,-70.0,-28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"8dnDgkL7BME2\",\"created_at\":\"2025-12-04T05:27:32.256396+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"The + brain basis of piano performance\",\"description\":\"Performances of memorized + piano compositions unfold via dynamic integrations of motor, perceptual, cognitive, + and emotive operations. The functional neuroanatomy of such elaborately skilled + achievements was characterized in the present study by using (15)0-water positron + emission tomography to image blindfolded pianists performing a concerto by + J.S. Bach. The resulting brain activity was referenced to that for bimanual + performance of memorized major scales. Scales and concerto performances both + activated primary motor cortex, corresponding somatosensory areas, inferior + parietal cortex, supplementary motor area, motor cingulate, bilateral superior + and middle temporal cortex, right thalamus, anterior and posterior cerebellum. + Regions specifically supporting the concerto performance included superior + and middle temporal cortex, planum polare, thalamus, basal ganglia, posterior + cerebellum, dorsolateral premotor cortex, right insula, right supplementary + motor area, lingual gyrus, and posterior cingulate. Areas specifically implicated + in generating and playing scales were posterior cingulate, middle temporal, + right middle frontal, and right precuneus cortices, with lesser increases + in right hemispheric superior temporal, temporoparietal, fusiform, precuneus, + and prefrontal cortices, along with left inferior frontal gyrus. Finally, + much greater deactivations were present for playing the concerto than scales. + This seems to reflect a deeper attentional focus in which tonically active + orienting and evaluative processes, among others, are suspended. This inference + is supported by observed deactivations in posterior cingulate, parahippocampus, + precuneus, prefrontal, middle temporal, and posterior cerebellar cortices. + For each of the foregoing analyses, a distributed set of interacting localized + functions is outlined for future test.\",\"publication\":\"Neuropsychologia\",\"doi\":\"10.1016/j.neuropsychologia.2004.11.007\",\"pmid\":\"15707905\",\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"year\":2005,\"metadata\":{\"slug\":\"15707905-10-1016-j-neuropsychologia-2004-11-007\",\"source\":\"semantic_scholar\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"15\",\"Hour\":\"9\",\"Year\":\"2005\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"20\",\"Hour\":\"9\",\"Year\":\"2005\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"15\",\"Hour\":\"9\",\"Year\":\"2005\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"15707905\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neuropsychologia.2004.11.007\",\"@IdType\":\"doi\"},{\"#text\":\"S0028-3932(04)00283-0\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"15707905\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"0028-3932\",\"@IssnType\":\"Print\"},\"Title\":\"Neuropsychologia\",\"JournalIssue\":{\"Issue\":\"2\",\"Volume\":\"43\",\"PubDate\":{\"Year\":\"2005\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Neuropsychologia\"},\"Abstract\":{\"AbstractText\":\"Performances + of memorized piano compositions unfold via dynamic integrations of motor, + perceptual, cognitive, and emotive operations. The functional neuroanatomy + of such elaborately skilled achievements was characterized in the present + study by using (15)0-water positron emission tomography to image blindfolded + pianists performing a concerto by J.S. Bach. The resulting brain activity + was referenced to that for bimanual performance of memorized major scales. + Scales and concerto performances both activated primary motor cortex, corresponding + somatosensory areas, inferior parietal cortex, supplementary motor area, motor + cingulate, bilateral superior and middle temporal cortex, right thalamus, + anterior and posterior cerebellum. Regions specifically supporting the concerto + performance included superior and middle temporal cortex, planum polare, thalamus, + basal ganglia, posterior cerebellum, dorsolateral premotor cortex, right insula, + right supplementary motor area, lingual gyrus, and posterior cingulate. Areas + specifically implicated in generating and playing scales were posterior cingulate, + middle temporal, right middle frontal, and right precuneus cortices, with + lesser increases in right hemispheric superior temporal, temporoparietal, + fusiform, precuneus, and prefrontal cortices, along with left inferior frontal + gyrus. Finally, much greater deactivations were present for playing the concerto + than scales. This seems to reflect a deeper attentional focus in which tonically + active orienting and evaluative processes, among others, are suspended. This + inference is supported by observed deactivations in posterior cingulate, parahippocampus, + precuneus, prefrontal, middle temporal, and posterior cerebellar cortices. + For each of the foregoing analyses, a distributed set of interacting localized + functions is outlined for future test.\"},\"Language\":\"eng\",\"@PubModel\":\"Print\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Lawrence + M\",\"Initials\":\"LM\",\"LastName\":\"Parsons\",\"AffiliationInfo\":{\"Affiliation\":\"Research + Imaging Center, University of Texas Health Science Center, San Antonio, TX + 78284, USA. l.parsons@sheffield.ac.uk\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Justine\",\"Initials\":\"J\",\"LastName\":\"Sergent\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Donald + A\",\"Initials\":\"DA\",\"LastName\":\"Hodges\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Peter + T\",\"Initials\":\"PT\",\"LastName\":\"Fox\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"215\",\"StartPage\":\"199\",\"MedlinePgn\":\"199-215\"},\"ArticleTitle\":\"The + brain basis of piano performance.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"24\",\"Year\":\"2016\",\"Month\":\"11\"},\"DateCompleted\":{\"Day\":\"19\",\"Year\":\"2005\",\"Month\":\"04\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D001288\",\"#text\":\"Attention\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D004644\",\"#text\":\"Emotions\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000294\",\"#text\":\"innervation\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D005385\",\"#text\":\"Fingers\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007091\",\"#text\":\"Image + Processing, Computer-Assisted\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D008568\",\"#text\":\"Memory\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009146\",\"#text\":\"Music\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D049268\",\"#text\":\"Positron-Emission + Tomography\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D011597\",\"#text\":\"Psychomotor + Performance\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"England\",\"MedlineTA\":\"Neuropsychologia\",\"ISSNLinking\":\"0028-3932\",\"NlmUniqueID\":\"0020713\"}}},\"semantic_scholar\":{\"year\":2005,\"title\":\"The + brain basis of piano performance\",\"venue\":\"Neuropsychologia\",\"authors\":[{\"name\":\"L. + Parsons\",\"authorId\":\"35053395\"},{\"name\":\"J. Sergent\",\"authorId\":\"21790076\"},{\"name\":\"D. + Hodges\",\"authorId\":\"70925988\"},{\"name\":\"P. Fox\",\"authorId\":\"1690619\"}],\"paperId\":\"745f3fe98101ccc75deb2445f00ba40d9c4cf598\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neuropsychologia.2004.11.007?email= + or https://doi.org/10.1016/j.neuropsychologia.2004.11.007, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2005-12-31\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T05:29:47.835898+00:00\",\"analyses\":[{\"id\":\"SxwDFgbwdTUT\",\"user\":null,\"name\":\"Activations\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1_coordinates.csv\"},\"original_table_id\":\"tbl1\"},\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1_coordinates.csv\"},\"sanitized_table_id\":\"tbl1\"},\"description\":\"Scales\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"B8UtSuX2Y8d5\",\"coordinates\":[-34.0,-22.0,54.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.66}]},{\"id\":\"ZGxL2TScEWRU\",\"coordinates\":[40.0,-24.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":9.96}]},{\"id\":\"8SH9y5VcDpPC\",\"coordinates\":[34.0,-22.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":9.91}]},{\"id\":\"4MKGpiVDfWSL\",\"coordinates\":[2.0,-6.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.83}]},{\"id\":\"eTxv2wqT9XQA\",\"coordinates\":[-6.0,-4.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.72}]},{\"id\":\"R4qeGvu54SQ8\",\"coordinates\":[-44.0,0.0,-2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.3}]},{\"id\":\"RSfjhEC3AgNu\",\"coordinates\":[16.0,-16.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.2}]},{\"id\":\"vQPKWv9vhht9\",\"coordinates\":[-44.0,-17.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.11}]},{\"id\":\"ocS7R3uDZQZ5\",\"coordinates\":[52.0,-4.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.11}]},{\"id\":\"ZqKU64wZ2f5N\",\"coordinates\":[-18.0,-2.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.64}]},{\"id\":\"Whz593KikreW\",\"coordinates\":[-9.0,-28.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.6}]},{\"id\":\"vrAE6AiJzCN2\",\"coordinates\":[56.0,-10.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.5}]},{\"id\":\"97pqvgG9cRAq\",\"coordinates\":[18.0,-24.0,8.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.41}]},{\"id\":\"WAMVsRGMRq3a\",\"coordinates\":[44.0,-14.0,-1.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.18}]},{\"id\":\"PiRWWxUaYPwe\",\"coordinates\":[-16.0,36.0,12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.13}]},{\"id\":\"LYfq6rwfPoBw\",\"coordinates\":[8.0,-22.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.09}]},{\"id\":\"Hmf2kG2j9Jzo\",\"coordinates\":[51.0,0.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.71}]},{\"id\":\"h9dYBYQCL2nk\",\"coordinates\":[-20.0,-8.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.71}]},{\"id\":\"TyLn2yRasP8M\",\"coordinates\":[42.0,-34.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.67}]},{\"id\":\"BTewgv2X3vUe\",\"coordinates\":[52.0,-24.0,22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.62}]},{\"id\":\"Rt9RB8kRLJaA\",\"coordinates\":[46.0,-22.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.53}]},{\"id\":\"QYZZvYpf7B6d\",\"coordinates\":[-46.0,-32.0,20.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"xfMD8fdLLYP9\",\"coordinates\":[5.0,-24.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.29}]},{\"id\":\"gu3W99wiUzJ7\",\"coordinates\":[-42.0,0.0,12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.15}]},{\"id\":\"f6bySpJMg8yD\",\"coordinates\":[52.0,-54.0,-12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]}],\"images\":[]},{\"id\":\"6QHTHfoLyGw3\",\"user\":null,\"name\":\"Anterior + cerebellum activations\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1_coordinates.csv\"},\"original_table_id\":\"tbl1\"},\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1_coordinates.csv\"},\"sanitized_table_id\":\"tbl1\"},\"description\":\"Scales\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"YymhYjoaTZmu\",\"coordinates\":[12.0,-54.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.49}]},{\"id\":\"5EmjMT3Hfa2j\",\"coordinates\":[22.0,-54.0,-22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.21}]},{\"id\":\"Ptgj7Vhijkko\",\"coordinates\":[0.0,-60.0,-12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.61}]},{\"id\":\"83YAgBrQg79K\",\"coordinates\":[-12.0,-52.0,-20.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.33}]},{\"id\":\"zJFuZ8xAMvui\",\"coordinates\":[2.0,-38.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.32}]}],\"images\":[]},{\"id\":\"9N7JAP9kaq4L\",\"user\":null,\"name\":\"Activations-2\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Bach\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"8grpk4wfSAQZ\",\"coordinates\":[-32.0,-24.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.95}]},{\"id\":\"6FkvCyf6j4VJ\",\"coordinates\":[40.0,-24.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.49}]},{\"id\":\"M359R5MFoJoa\",\"coordinates\":[6.0,-4.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.8}]},{\"id\":\"XEZJBDcRE8Pd\",\"coordinates\":[-6.0,-12.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.97}]},{\"id\":\"gwiPg9ieWyZW\",\"coordinates\":[-44.0,-2.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.77}]},{\"id\":\"xEPAKuUutNiY\",\"coordinates\":[54.0,-12.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.26}]},{\"id\":\"zk7QzfHJmmFJ\",\"coordinates\":[-42.0,-16.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.17}]},{\"id\":\"Hw9u8wXhFid5\",\"coordinates\":[48.0,-30.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.98}]},{\"id\":\"N4tzjAevyhrP\",\"coordinates\":[-14.0,-18.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.89}]},{\"id\":\"j5vhLHPa85N5\",\"coordinates\":[52.0,0.0,-6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.66}]},{\"id\":\"8QwViGjs93Em\",\"coordinates\":[16.0,-26.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.52}]},{\"id\":\"dWNXSGMPBG9q\",\"coordinates\":[26.0,4.0,-2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.29}]},{\"id\":\"eYNJ6yF69s7U\",\"coordinates\":[16.0,-16.0,0.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.15}]},{\"id\":\"sYSvoAD6EQ9E\",\"coordinates\":[16.0,-10.0,0.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.06}]},{\"id\":\"4EYCXw7mCGXo\",\"coordinates\":[-18.0,0.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.88}]},{\"id\":\"3eiCgFRh6KaP\",\"coordinates\":[36.0,-2.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.88}]},{\"id\":\"Tkw24fqPfJ3p\",\"coordinates\":[6.0,-34.0,-10.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.88}]},{\"id\":\"k6c6PRPTJY42\",\"coordinates\":[-40.0,-2.0,12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.79}]},{\"id\":\"Kbgp5Tca6PqK\",\"coordinates\":[4.0,-24.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.74}]},{\"id\":\"JDpmrvDLBR9a\",\"coordinates\":[32.0,-56.0,-9.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.69}]},{\"id\":\"2UQEihVaPRGf\",\"coordinates\":[50.0,-24.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.56}]},{\"id\":\"JUzbrmuDt9dC\",\"coordinates\":[48.0,-44.0,-10.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.51}]},{\"id\":\"YgVPPHnwaDZT\",\"coordinates\":[-24.0,-14.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.46}]},{\"id\":\"5Np7grwv87VU\",\"coordinates\":[-40.0,-26.0,8.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.32}]},{\"id\":\"QMqxNBo4wcg3\",\"coordinates\":[8.0,4.0,35.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.28}]},{\"id\":\"y6omubGhqkhb\",\"coordinates\":[-28.0,-2.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.28}]}],\"images\":[]},{\"id\":\"A6goQCV9WVAV\",\"user\":null,\"name\":\"Anterior + cerebellum activations-2\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Bach\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"gd62gn9UqbwG\",\"coordinates\":[14.0,-56.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":14.07}]},{\"id\":\"BXg6XLcbJjhM\",\"coordinates\":[0.0,-62.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":12.78}]},{\"id\":\"rtYJy3BXTSDr\",\"coordinates\":[-10.0,-56.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.8}]},{\"id\":\"xnbqWYnPosnJ\",\"coordinates\":[-18.0,-54.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.47}]}],\"images\":[]},{\"id\":\"p3zStp3ogdYh\",\"user\":null,\"name\":\"Posterior + cerebellum activations\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Bach\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"ndv2KMX5PRao\",\"coordinates\":[0.0,-66.0,-26.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.3}]},{\"id\":\"XMART5kZ9GXD\",\"coordinates\":[-12.0,-70.0,-30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.32}]},{\"id\":\"dniooj3qGaws\",\"coordinates\":[28.0,-73.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.79}]}],\"images\":[]},{\"id\":\"2LMVuzHWv6pV\",\"user\":null,\"name\":\"Activations-3\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Bach\u2013scales\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"hkYj2kFkEEij\",\"coordinates\":[11.0,-18.0,16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.29}]},{\"id\":\"J6NQJcP4m8tv\",\"coordinates\":[16.0,-34.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"BCWkvWokgVbV\",\"coordinates\":[28.0,-76.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"HE8EmhbNJAe2\",\"coordinates\":[36.0,-2.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.16}]},{\"id\":\"ssvxuZnzdTsz\",\"coordinates\":[48.0,2.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"aFKGpXuR9dnW\",\"coordinates\":[-4.0,-73.0,0.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"YtAMRHtUqfcM\",\"coordinates\":[7.0,-30.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"6sDQk53QXEjx\",\"coordinates\":[6.0,-6.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"698K2aT8R6Ty\",\"coordinates\":[26.0,-62.0,12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"T8Qjh87Vhb32\",\"coordinates\":[-49.0,-8.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"YpiEuuzqbdUT\",\"coordinates\":[26.0,6.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"68MXXwJXiWa4\",\"coordinates\":[-40.0,-10.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.34}]},{\"id\":\"ULKsWFvuCVQ2\",\"coordinates\":[-13.0,14.0,10.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.29}]},{\"id\":\"Avz2yXweWNpX\",\"coordinates\":[-26.0,-4.0,8.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.25}]},{\"id\":\"vjf3WmFtsGJq\",\"coordinates\":[-20.0,-30.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]},{\"id\":\"kKxFfYDrTtrK\",\"coordinates\":[-50.0,-4.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]},{\"id\":\"WnHpgB2yKCNY\",\"coordinates\":[-2.0,-78.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]},{\"id\":\"bYMSHKrZcKPx\",\"coordinates\":[-10.0,-32.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]},{\"id\":\"2YnjEikHi8Ga\",\"coordinates\":[38.0,-12.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]},{\"id\":\"QFfNLoqhpPkQ\",\"coordinates\":[-42.0,-14.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]},{\"id\":\"B7wTtPWTmfTT\",\"coordinates\":[-4.0,-40.0,22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]},{\"id\":\"nFRfeCJwCQQm\",\"coordinates\":[-21.0,-70.0,-2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]}],\"images\":[]},{\"id\":\"DB7SNoEKNypu\",\"user\":null,\"name\":\"Anterior + cerebellum activations-3\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Bach\u2013scales\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"evPRgzRaeKRH\",\"coordinates\":[16.0,-58.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.57}]},{\"id\":\"5YqGD5qXhksU\",\"coordinates\":[-8.0,-64.0,-8.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.43}]},{\"id\":\"pPtJwZADfpHA\",\"coordinates\":[18.0,-50.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.16}]},{\"id\":\"vRjuwQfcFUrr\",\"coordinates\":[-7.0,-46.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]}],\"images\":[]},{\"id\":\"b8CFr4gjeZZv\",\"user\":null,\"name\":\"Posterior + cerebellum activations-2\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Bach\u2013scales\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"uNxW4hAc6c4b\",\"coordinates\":[-2.0,-66.0,-26.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"LCMiMCBBTZSf\",\"coordinates\":[38.0,-52.0,-20.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.93}]},{\"id\":\"qRvkH6rYxuNs\",\"coordinates\":[-9.0,-73.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.66}]},{\"id\":\"Lc57oTpJGrtN\",\"coordinates\":[-13.0,-72.0,-31.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.61}]},{\"id\":\"rwkLxLUtLsAD\",\"coordinates\":[16.0,-84.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.48}]},{\"id\":\"BGo8MQx4gryU\",\"coordinates\":[26.0,-62.0,-23.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.34}]},{\"id\":\"HzrGHNo9wKv8\",\"coordinates\":[-22.0,-75.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.25}]},{\"id\":\"mqeyCsrjr5h8\",\"coordinates\":[8.0,-62.0,-22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]}],\"images\":[]},{\"id\":\"hpTXqs4rzn7Y\",\"user\":null,\"name\":\"Activations-4\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Scales\u2013Bach\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3MFMyoJm7HKb\",\"coordinates\":[0.0,-56.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-4.17}]},{\"id\":\"VjjsuZqAKEra\",\"coordinates\":[-2.0,-56.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-4.17}]},{\"id\":\"wrETctksu8qp\",\"coordinates\":[-50.0,-29.0,-7.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.85}]},{\"id\":\"ZKYWxmx9hn3R\",\"coordinates\":[0.0,32.0,34.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.8}]},{\"id\":\"QUEdk5imbFQC\",\"coordinates\":[2.0,-44.0,32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.53}]},{\"id\":\"BGvCwx69F88F\",\"coordinates\":[57.0,-16.0,-10.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.53}]},{\"id\":\"7qxkBXvQhDLf\",\"coordinates\":[32.0,14.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.49}]},{\"id\":\"FC7CvwGStHma\",\"coordinates\":[4.0,-48.0,20.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.49}]},{\"id\":\"epTuMAvmrcP6\",\"coordinates\":[42.0,-35.0,16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.44}]},{\"id\":\"MGpaQexU7Zvs\",\"coordinates\":[4.0,-56.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.39}]},{\"id\":\"oe8C9qsZtxCp\",\"coordinates\":[-48.0,20.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.3}]},{\"id\":\"sV7vEAtWNnBQ\",\"coordinates\":[46.0,-56.0,-12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.3}]},{\"id\":\"smzQaQJhkLWs\",\"coordinates\":[-40.0,-64.0,26.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.26}]},{\"id\":\"j2kzMvaLnyGs\",\"coordinates\":[48.0,-52.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.17}]},{\"id\":\"NUTSHGhDspcS\",\"coordinates\":[44.0,-64.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.17}]},{\"id\":\"tYK6rNwVWUHz\",\"coordinates\":[50.0,-6.0,32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.12}]},{\"id\":\"Wz6U2pnEvy3T\",\"coordinates\":[14.0,46.0,22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.12}]}],\"images\":[]},{\"id\":\"hzc7MMUUZhPj\",\"user\":null,\"name\":\"Anterior + cerebellum activations-4\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Scales\u2013Bach\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"bVAHoUYg2FfK\",\"coordinates\":[20.0,-32.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-4.35}]}],\"images\":[]},{\"id\":\"nZckHoaHvjQn\",\"user\":null,\"name\":\"Posterior + cerebellum activations-3\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Scales\u2013Bach\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"TCQtmusi7cAu\",\"coordinates\":[35.0,-63.0,-24.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.49}]}],\"images\":[]}]},{\"id\":\"97dv4pLPbk2Z\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T19:59:24.570420+00:00\",\"user\":null,\"name\":\"A + network for audio-motor coordination in skilled pianists and non-musicians.\",\"description\":\"Playing + a musical instrument requires efficient auditory and motor processing. Fast + feed forward and feedback connections that link the acoustic target to the + corresponding motor programs need to be established during years of practice. + The aim of our study is to provide a detailed description of cortical structures + that participate in this audio-motor coordination network in professional + pianists and non-musicians. In order to map these interacting areas using + functional magnetic resonance imaging (fMRI), we considered cortical areas + that are concurrently activated during silent piano performance and motionless + listening to piano sound. Furthermore we investigated to what extent interactions + between the auditory and the motor modality happen involuntarily. We observed + a network of predominantly secondary and higher order areas belonging to the + auditory and motor modality. The extent of activity was clearly increased + by imagination of the absent modality. However, this network did neither comprise + primary auditory nor primary motor areas in any condition. Activity in the + lateral dorsal premotor cortex (PMd) and the pre-supplementary motor cortex + (preSMA) was significantly increased for pianists. Our data imply an intermodal + transformation network of auditory and motor areas which is subject to a certain + degree of plasticity by means of intensive training.\",\"publication\":\"Brain + research\",\"doi\":\"10.1016/j.brainres.2007.05.045\",\"pmid\":\"17603027\",\"authors\":\"Baumann + S, Koeneke S, Schmidt CF, Meyer M, Lutz K, Jancke L\",\"year\":2007,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"17603027\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"7VjyxfMXkd8c\",\"user\":null,\"name\":\"17378\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5DdN4S4fmegY\",\"coordinates\":[-40.0,-38.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"BvmEqwmweiTP\",\"coordinates\":[-16.0,-54.0,-32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"B9QGnf5vstmk\",\"coordinates\":[24.0,-8.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"kCPYg3reVbja\",\"coordinates\":[14.0,-22.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6exyQ9CXvd84\",\"coordinates\":[18.0,-54.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7EDkzTzVHsaN\",\"coordinates\":[8.0,22.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3eMM5CBGmp2w\",\"coordinates\":[-34.0,44.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3b7u2CVNUhdo\",\"coordinates\":[50.0,-12.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3YkE6dk3fjCf\",\"coordinates\":[-58.0,-26.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5xiBEHVFgCBv\",\"coordinates\":[-36.0,-44.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7X4yhfSYxuCW\",\"coordinates\":[-26.0,-8.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3AcNLsxmeCZ3\",\"coordinates\":[54.0,4.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62x7cFRiL4gZ\",\"coordinates\":[42.0,-2.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"53V8SuAfX72n\",\"coordinates\":[-24.0,-8.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"57cSRxTFryxB\",\"coordinates\":[24.0,-70.0,-34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"87z2YhJqLRjX\",\"coordinates\":[-52.0,-8.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4wuw483saKtv\",\"coordinates\":[-42.0,16.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"pGgqtzAWnAwu\",\"coordinates\":[-32.0,-56.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"84PXNJ6KLKiM\",\"coordinates\":[16.0,-6.0,74.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8L2iN5qYnfof\",\"coordinates\":[22.0,0.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62rRS8J7Uqc2\",\"coordinates\":[58.0,12.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"Y3wQnr52aicS\",\"user\":null,\"name\":\"17379\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3qpTg2CuQmyS\",\"coordinates\":[54.0,0.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4BGxdxwdCgLS\",\"coordinates\":[-54.0,8.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Bwntyw4vVU2\",\"coordinates\":[-54.0,10.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5JJWdg6MHYNs\",\"coordinates\":[-56.0,8.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7HYhDUfZVhQ9\",\"coordinates\":[34.0,-4.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7kQm8naeDndz\",\"coordinates\":[61.0,7.0,13.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6ahv5ryKh9dU\",\"coordinates\":[8.0,4.0,56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5wAuqATmMgWf\",\"coordinates\":[24.0,0.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3DnVd8pT7jk2\",\"coordinates\":[48.0,8.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5cCtvLRcm9Wp\",\"coordinates\":[64.0,-38.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ANPaBBFSqbo\",\"coordinates\":[54.0,2.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ctNSykcea4j\",\"coordinates\":[-60.0,-24.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5P7BtGyNLTZE\",\"coordinates\":[-20.0,8.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"W2JsyEwaNHtN\",\"coordinates\":[-34.0,-14.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"89Gu5YNEixBr\",\"coordinates\":[-58.0,-26.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VBTLECoWuSc\",\"coordinates\":[46.0,-40.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4rQgMfcAvmHq\",\"coordinates\":[-52.0,-6.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xUHuzTMMRa6\",\"coordinates\":[22.0,-68.0,-34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3tZFuXg5EtxD\",\"coordinates\":[34.0,-4.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"xmPotem7oNSB\",\"coordinates\":[64.0,-32.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5RLbUJ7Aag2v\",\"coordinates\":[-2.0,6.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6vLPRz5KhMHy\",\"coordinates\":[-46.0,-30.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"53gkrkMyVVsM\",\"coordinates\":[62.0,-35.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"63SwBcKrW9uY\",\"coordinates\":[58.0,8.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"665Ser9Uqjbp\",\"coordinates\":[-56.0,12.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"caRPfyFpRY8R\",\"created_at\":\"2024-06-15T18:39:05.446309+00:00\",\"updated_at\":\"2024-06-17T22:30:04.291708+00:00\",\"user\":null,\"name\":\"Unlocking + the musical brain: A proof-of-concept study on playing the piano in MRI scanner + with naturalistic stimuli\",\"description\":\" \\nMusic is a universal human + phenomenon, and can be studied for itself or as a window into the understanding + of the brain. Few neuroimaging studies investigate actual playing in the MRI + scanner, likely because of the lack of available experimental hardware and + analysis tools. Here, we offer an innovative paradigm that addresses this + issue in neuromusicology using naturalistic, polyphonic musical stimuli, presents + a commercially available MRI-compatible piano, and a flexible approach to + quantify participant's performance. We show how making errors while playing + can be investigated using an altered auditory feedback paradigm. In the spirit + of open science, we make our experimental paradigms and analysis tools available + to other researchers studying pianists in MRI. Altogether, we present a proof-of-concept + study which shows the feasibility of playing the novel piano in MRI, and a + step towards using more naturalistic stimuli. \\n Graphical abstract \\n + \ Image 1 \\n \",\"publication\":\"Heliyon\",\"doi\":\"10.1016/j.heliyon.2023.e17877\",\"pmid\":\"37501960\",\"authors\":\"Olszewska + AM; Dro\u017Adziel D; Gaca M; Kulesza A; Obr\u0119bski W; Kowalewski J; Widlarz + A; Marchewka A; Herman AM\",\"year\":2023,\"metadata\":null,\"source\":\"pubget\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"mkfbsBKCMXJ4\",\"user\":null,\"name\":\"Table + 3\",\"metadata\":null,\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"bWfNey67MHSf\",\"coordinates\":[-2.0,-68.0,54.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qgErZJnVpdc9\",\"coordinates\":[-32.0,-80.0,39.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GXoBpc95duQC\",\"coordinates\":[11.0,-78.0,52.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"NijHH2nbfaqt\",\"coordinates\":[-24.0,10.0,66.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wwBJ49VxbN7x\",\"coordinates\":[-34.0,58.0,12.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oRTaxkwu3NXL\",\"coordinates\":[-42.0,28.0,19.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3H7RZeVGJsyZ\",\"coordinates\":[41.0,30.0,22.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"JBXjwUo9oJp5\",\"coordinates\":[26.0,5.0,62.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WPgcRPU8uG3f\",\"coordinates\":[31.0,60.0,6.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oou2UMhL2rnm\",\"coordinates\":[-6.0,15.0,49.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GTMigeiRCPTV\",\"coordinates\":[58.0,0.0,-19.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4qFVorRNACBV\",\"coordinates\":[31.0,38.0,-6.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8aijYyi5TVwk\",\"coordinates\":[-54.0,-8.0,-14.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"LSp28HC368jA\",\"coordinates\":[8.0,-58.0,-14.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5jQZwhmuqEVq\",\"coordinates\":[-32.0,-28.0,72.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"K7Kb5ABGwKXv\",\"coordinates\":[46.0,8.0,-1.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"V8QUFqAcC9jF\",\"coordinates\":[-42.0,8.0,2.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"59u3xLjYzyHm\",\"coordinates\":[38.0,-25.0,62.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"2VdKXQPV78zs\",\"coordinates\":[46.0,-18.0,62.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"a4qrEedZHkHv\",\"coordinates\":[26.0,-20.0,74.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"R369MZMAWE2P\",\"coordinates\":[-14.0,-55.0,-16.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"KU2HZcmytEWU\",\"user\":null,\"name\":\"Table + 4\",\"metadata\":null,\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"fagCpRgH4MkH\",\"coordinates\":[-34.0,-90.0,-8.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"EaJthdSCBoSS\",\"coordinates\":[-49.0,20.0,-6.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"FpnLjwragu6H\",\"coordinates\":[26.0,-90.0,-14.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"DtTL7v8kC5WL\",\"coordinates\":[-2.0,30.0,52.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"gMbXynPYBMh6\",\"created_at\":\"2025-12-03T06:11:50.844468+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"description\":\"According to sequential sampling models, + perceptual decision-making is based on accumulation of noisy evidence towards + a decision threshold. The speed with which a decision is reached is determined + by both the quality of incoming sensory information and random trial-by-trial + variability in the encoded stimulus representations. To investigate those + decision dynamics at the neural level, participants made perceptual decisions + while functional magnetic resonance imaging (fMRI) was conducted. On each + trial, participants judged whether an image presented under conditions of + high, medium, or low visual noise showed a piano or a chair. Higher stimulus + quality (lower visual noise) was associated with increased activation in bilateral + medial occipito-temporal cortex and ventral striatum. Lower stimulus quality + was related to stronger activation in posterior parietal cortex (PPC) and + dorsolateral prefrontal cortex (DLPFC). When stimulus quality was fixed, faster + response times were associated with a positive parametric modulation of activation + in medial prefrontal and orbitofrontal cortex, while slower response times + were again related to more activation in PPC, DLPFC and insula. Our results + suggest that distinct neural networks were sensitive to the quality of stimulus + information, and to trial-to-trial variability in the encoded stimulus representations, + but that reaching a decision was a consequence of their joint activity.\",\"publication\":\"Neuropsychologia\",\"doi\":\"10.1016/j.neuropsychologia.2018.01.040\",\"pmid\":\"29408524\",\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"year\":2018,\"metadata\":{\"slug\":\"29408524-10-1016-j-neuropsychologia-2018-01-040\",\"source\":\"semantic_scholar\",\"keywords\":[\"Decision + difficulty\",\"Evidence accumulation\",\"Functional magnetic resonance imaging\",\"Perceptual + decision-making\",\"Sequential sampling models\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"2\",\"Year\":\"2017\",\"Month\":\"10\",\"@PubStatus\":\"received\"},{\"Day\":\"25\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"revised\"},{\"Day\":\"27\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"accepted\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"29\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"29408524\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neuropsychologia.2018.01.040\",\"@IdType\":\"doi\"},{\"#text\":\"S0028-3932(18)30046-0\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"29408524\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1873-3514\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neuropsychologia\",\"JournalIssue\":{\"Volume\":\"111\",\"PubDate\":{\"Year\":\"2018\",\"Month\":\"Mar\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neuropsychologia\"},\"Abstract\":{\"AbstractText\":\"According + to sequential sampling models, perceptual decision-making is based on accumulation + of noisy evidence towards a decision threshold. The speed with which a decision + is reached is determined by both the quality of incoming sensory information + and random trial-by-trial variability in the encoded stimulus representations. + To investigate those decision dynamics at the neural level, participants made + perceptual decisions while functional magnetic resonance imaging (fMRI) was + conducted. On each trial, participants judged whether an image presented under + conditions of high, medium, or low visual noise showed a piano or a chair. + Higher stimulus quality (lower visual noise) was associated with increased + activation in bilateral medial occipito-temporal cortex and ventral striatum. + Lower stimulus quality was related to stronger activation in posterior parietal + cortex (PPC) and dorsolateral prefrontal cortex (DLPFC). When stimulus quality + was fixed, faster response times were associated with a positive parametric + modulation of activation in medial prefrontal and orbitofrontal cortex, while + slower response times were again related to more activation in PPC, DLPFC + and insula. Our results suggest that distinct neural networks were sensitive + to the quality of stimulus information, and to trial-to-trial variability + in the encoded stimulus representations, but that reaching a decision was + a consequence of their joint activity.\",\"CopyrightInformation\":\"Copyright + \xA9 2018 Elsevier Ltd. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Stefan\",\"Initials\":\"S\",\"LastName\":\"Bode\",\"AffiliationInfo\":{\"Affiliation\":\"Melbourne + School of Psychological Sciences, The University of Melbourne, Australia; + Department of Psychology, University of Cologne, Germany. Electronic address: + sbode@unimelb.edu.au.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Daniel\",\"Initials\":\"D\",\"LastName\":\"Bennett\",\"AffiliationInfo\":{\"Affiliation\":\"Melbourne + School of Psychological Sciences, The University of Melbourne, Australia; + Department of Finance, The University of Melbourne, Australia; Princeton Neuroscience + Institute, Princeton University, NJ, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"David + K\",\"Initials\":\"DK\",\"LastName\":\"Sewell\",\"AffiliationInfo\":{\"Affiliation\":\"Melbourne + School of Psychological Sciences, The University of Melbourne, Australia; + School of Psychology, The University of Queensland, Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Bryan\",\"Initials\":\"B\",\"LastName\":\"Paton\",\"AffiliationInfo\":{\"Affiliation\":\"Monash + Biomedical Imaging, Monash University, Australia; School of Psychological + Sciences, Monash University, Australia; ARC Centre of Excellence for Integrative + Brain Function, Monash University, Australia; School of Psychology, The University + of Newcastle, Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Gary F\",\"Initials\":\"GF\",\"LastName\":\"Egan\",\"AffiliationInfo\":{\"Affiliation\":\"Monash + Biomedical Imaging, Monash University, Australia; School of Psychological + Sciences, Monash University, Australia; ARC Centre of Excellence for Integrative + Brain Function, Monash University, Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Philip + L\",\"Initials\":\"PL\",\"LastName\":\"Smith\",\"AffiliationInfo\":{\"Affiliation\":\"Melbourne + School of Psychological Sciences, The University of Melbourne, Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Carsten\",\"Initials\":\"C\",\"LastName\":\"Murawski\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Finance, The University of Melbourne, Australia.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"200\",\"StartPage\":\"190\",\"MedlinePgn\":\"190-200\"},\"ArticleDate\":{\"Day\":\"01\",\"Year\":\"2018\",\"Month\":\"02\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neuropsychologia.2018.01.040\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0028-3932(18)30046-0\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"28\",\"Year\":\"2019\",\"Month\":\"01\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Decision + difficulty\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Evidence accumulation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Functional + magnetic resonance imaging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Perceptual + decision-making\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Sequential sampling + models\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"28\",\"Year\":\"2019\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D003657\",\"#text\":\"Decision + Making\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008954\",\"#text\":\"Models, + Biological\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D009434\",\"#text\":\"Neural + Pathways\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D010775\",\"#text\":\"Photic + Stimulation\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D011930\",\"#text\":\"Reaction + Time\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D014796\",\"#text\":\"Visual + Perception\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"England\",\"MedlineTA\":\"Neuropsychologia\",\"ISSNLinking\":\"0028-3932\",\"NlmUniqueID\":\"0020713\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"venue\":\"Neuropsychologia\",\"authors\":[{\"name\":\"S. + Bode\",\"authorId\":\"49066682\"},{\"name\":\"Daniel Bennett\",\"authorId\":\"144312266\"},{\"name\":\"David + K. Sewell\",\"authorId\":\"3894471\"},{\"name\":\"Bryan Paton\",\"authorId\":\"38860699\"},{\"name\":\"G. + Egan\",\"authorId\":\"7638784\"},{\"name\":\"Philip L. Smith\",\"authorId\":\"2108416937\"},{\"name\":\"Carsten + Murawski\",\"authorId\":\"5302116\"}],\"paperId\":\"cb5fc3094bd60c6ad6a491572b599b8238da74e9\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neuropsychologia.2018.01.040?email= + or https://doi.org/10.1016/j.neuropsychologia.2018.01.040, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2018-03-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T06:13:44.363950+00:00\",\"analyses\":[{\"id\":\"XswCNzTyw7tH\",\"user\":null,\"name\":\"Whole + brain analysis for positive parametric modulation by stimulus quality.\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"t0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0010_coordinates.csv\"},\"original_table_id\":\"t0010\"},\"table_metadata\":{\"table_id\":\"t0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0010_coordinates.csv\"},\"sanitized_table_id\":\"t0010\"},\"description\":\"Whole + brain analysis for positive parametric modulation by stimulus quality.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"bwvoF5BEUDWA\",\"coordinates\":[-18.0,8.0,-11.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Yxc2NKTrtoCp\",\"coordinates\":[21.0,-34.0,-17.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"uvJjRzLsiEun\",\"coordinates\":[-33.0,-40.0,-20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"UARNZSmU9BJw\",\"coordinates\":[21.0,8.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"Y2DjLMpJLcYY\",\"user\":null,\"name\":\"Whole + brain analysis for negative parametric modulation by stimulus quality.\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Whole + brain analysis for negative parametric modulation by stimulus quality.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"E6GGo9KnsrKi\",\"coordinates\":[9.0,17.0,61.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.06}]},{\"id\":\"KSkcQZmZe5NA\",\"coordinates\":[57.0,-49.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.39}]},{\"id\":\"GqshbbJ76oDp\",\"coordinates\":[-57.0,-46.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.81}]},{\"id\":\"RNJ96gvzBREz\",\"coordinates\":[-9.0,17.0,55.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.8}]},{\"id\":\"MNFqYZtWduQE\",\"coordinates\":[42.0,47.0,-11.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.68}]},{\"id\":\"wk4oCL43i9Ai\",\"coordinates\":[-42.0,32.0,37.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.5}]}],\"images\":[]},{\"id\":\"azvuUtxCT2dk\",\"user\":null,\"name\":\"High + stimulus quality\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"original_table_id\":\"t0020\"},\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"sanitized_table_id\":\"t0020\"},\"description\":\"Whole + brain analysis for positive parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"y3cKVPNo7aYE\",\"coordinates\":[-45.0,8.0,31.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.32}]},{\"id\":\"Wsd9Qqtv7rXm\",\"coordinates\":[42.0,23.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.94}]},{\"id\":\"Y25VJVtSezTu\",\"coordinates\":[-6.0,23.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.86}]},{\"id\":\"QuGqp7tNx4Lm\",\"coordinates\":[-36.0,26.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.76}]},{\"id\":\"nsD9fXSRbqXU\",\"coordinates\":[36.0,26.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.46}]},{\"id\":\"oiSxo68yTPVX\",\"coordinates\":[-33.0,-49.0,43.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.55}]}],\"images\":[]},{\"id\":\"xVSpciXeemUQ\",\"user\":null,\"name\":\"Medium + stimulus quality\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"original_table_id\":\"t0020\"},\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"sanitized_table_id\":\"t0020\"},\"description\":\"Whole + brain analysis for positive parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4PYHxkGTfZ5x\",\"coordinates\":[45.0,26.0,25.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.47}]},{\"id\":\"BWnnkHrhZ3dD\",\"coordinates\":[-6.0,23.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.7}]},{\"id\":\"YmgD89xh3suC\",\"coordinates\":[-36.0,-49.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.48}]},{\"id\":\"WvQdanGYuDYH\",\"coordinates\":[33.0,-67.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.2}]},{\"id\":\"7KXziSSSdVxj\",\"coordinates\":[36.0,29.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.53}]}],\"images\":[]},{\"id\":\"anUSymgkqggH\",\"user\":null,\"name\":\"Low + stimulus quality\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"original_table_id\":\"t0020\"},\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"sanitized_table_id\":\"t0020\"},\"description\":\"Whole + brain analysis for positive parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"uegnPxV8DNAW\",\"coordinates\":[-51.0,14.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":8.33}]},{\"id\":\"swRbJWFarU7Z\",\"coordinates\":[51.0,20.0,-5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":8.2}]},{\"id\":\"WEtik27bGc4S\",\"coordinates\":[-51.0,-43.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.85}]},{\"id\":\"JmyAXTkD3p3t\",\"coordinates\":[51.0,-46.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.33}]},{\"id\":\"ArsBJqA9iCSn\",\"coordinates\":[9.0,14.0,61.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.51}]},{\"id\":\"qNqCdNcpy7dj\",\"coordinates\":[-42.0,32.0,37.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.23}]}],\"images\":[]},{\"id\":\"ZHa6sxNPx6Jh\",\"user\":null,\"name\":\"High + stimulus quality-2\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"original_table_id\":\"t0025\"},\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"sanitized_table_id\":\"t0025\"},\"description\":\"Whole + brain analysis for negative parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"DbKiwPokaRiP\",\"coordinates\":[-18.0,35.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.16}]},{\"id\":\"drXfU9MmXLLP\",\"coordinates\":[0.0,29.0,-5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.89}]}],\"images\":[]},{\"id\":\"xQNbQ8XrKZyC\",\"user\":null,\"name\":\"Medium + stimulus quality-2\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"original_table_id\":\"t0025\"},\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"sanitized_table_id\":\"t0025\"},\"description\":\"Whole + brain analysis for negative parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"cntaP8aiZtjF\",\"user\":null,\"name\":\"Low + stimulus quality-2\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"original_table_id\":\"t0025\"},\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"sanitized_table_id\":\"t0025\"},\"description\":\"Whole + brain analysis for negative parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Mzyb5kuBMVWN\",\"coordinates\":[-9.0,53.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.59}]}],\"images\":[]}]},{\"id\":\"GwXfvRuHQZur\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:01:05.725070+00:00\",\"user\":null,\"name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"description\":\"Music performance requires control of two sequential + structures: the ordering of pitches and the temporal intervals between successive + pitches. Whether pitch and temporal structures are processed as separate or + integrated features remains unclear. A repetition suppression paradigm compared + neural and behavioral correlates of mapping pitch sequences and temporal sequences + to motor movements in music performance. Fourteen pianists listened to and + performed novel melodies on an MR-compatible piano keyboard during fMRI scanning. + The pitch or temporal patterns in the melodies either changed or repeated + (remained the same) across consecutive trials. We expected decreased neural + response to the patterns (pitch or temporal) that repeated across trials relative + to patterns that changed. Pitch and temporal accuracy were high, and pitch + accuracy improved when either pitch or temporal sequences repeated over trials. + Repetition of either pitch or temporal sequences was associated with linear + BOLD decrease in frontal-parietal brain regions including dorsal and ventral + premotor cortex, pre-SMA, and superior parietal cortex. Pitch sequence repetition + (in contrast to temporal sequence repetition) was associated with linear BOLD + decrease in the intraparietal sulcus (IPS) while pianists listened to melodies + they were about to perform. Decreased BOLD response in IPS also predicted + increase in pitch accuracy only when pitch sequences repeated. Thus, behavioral + performance and neural response in sensorimotor mapping networks were sensitive + to both pitch and temporal structure, suggesting that pitch and temporal structure + are largely integrated in auditory-motor transformations. IPS may be involved + in transforming pitch sequences into spatial coordinates for accurate piano + performance.\",\"publication\":\"Journal of cognitive neuroscience\",\"doi\":\"10.1162/jocn_a_00322\",\"pmid\":\"23163413\",\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"year\":2013,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"23163413\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"azP9YALak6N5\",\"user\":null,\"name\":\"26105\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3VCVksMNLdHV\",\"coordinates\":[-10.0,20.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"YKJ6YpEwYg4t\",\"coordinates\":[-18.0,14.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7oHwBWmu9HMo\",\"coordinates\":[-14.0,18.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6XkHxvaEN65G\",\"coordinates\":[16.0,20.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"46noEGJQ3P3v\",\"coordinates\":[32.0,26.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3KV8As5o424x\",\"coordinates\":[-28.0,26.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5652LnepSXJU\",\"coordinates\":[-50.0,-34.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"35HSBKgecVsJ\",\"coordinates\":[44.0,-36.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Rw8JJrMsNft\",\"coordinates\":[-44.0,-36.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4u4jNWsWULPP\",\"coordinates\":[20.0,-62.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3o956h5EvMQX\",\"coordinates\":[-16.0,-62.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oXFVbmTYP9ZD\",\"coordinates\":[-6.0,30.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4K3eS7KUi42B\",\"coordinates\":[8.0,34.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3XTTz76Fdmxt\",\"coordinates\":[38.0,26.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6F3y5pH5sudW\",\"coordinates\":[-36.0,26.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7w4hhHnZWw2A\",\"coordinates\":[50.0,20.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Hdvuk2DnLPp\",\"coordinates\":[-52.0,8.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6S4dyriPrE6J\",\"coordinates\":[-44.0,2.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3raTa5o85tPk\",\"coordinates\":[-42.0,-2.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ZbCYt7LXLtU\",\"coordinates\":[24.0,-4.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7m5Mbr4s42nV\",\"coordinates\":[-20.0,0.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"74XnFVVrmGEa\",\"coordinates\":[-26.0,2.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"33TJXek9HY8F\",\"coordinates\":[-20.0,0.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"46eFQWgJiZNi\",\"coordinates\":[-2.0,6.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"63uHPiwXg47p\",\"user\":null,\"name\":\"26106\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"55wM5UESiSyX\",\"coordinates\":[-2.0,-82.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5LU7AwY6h3se\",\"coordinates\":[28.0,-46.0,-36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"454TRGstaJR4\",\"coordinates\":[10.0,-74.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6hWCSugcdWEc\",\"coordinates\":[38.0,-72.0,-26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"88yHAbB4Jhyh\",\"coordinates\":[8.0,-82.0,-22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LEUdYqfLM5F\",\"coordinates\":[12.0,-76.0,-44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8AKhsJr5EHrf\",\"coordinates\":[38.0,-72.0,-26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5mTVbkR7CgWi\",\"coordinates\":[-28.0,-72.0,-58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7evBwJjbTgTQ\",\"coordinates\":[36.0,-42.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3TdkLxZtDoM4\",\"coordinates\":[-32.0,-40.0,-40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7BREQPqAhucm\",\"coordinates\":[-2.0,-82.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7opukaGkHMEg\",\"coordinates\":[-2.0,-70.0,-42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7zeVhssRrZqQ\",\"coordinates\":[-2.0,-82.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5obJp7YY3VAV\",\"coordinates\":[2.0,-70.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UQgpUKoC8KD\",\"coordinates\":[60.0,-18.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5MYbwNABxYRt\",\"coordinates\":[-60.0,-18.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"VcNm5obYZmtA\",\"coordinates\":[56.0,-38.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4njotsigAFZn\",\"coordinates\":[-50.0,-36.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4PAQWvBneNkg\",\"coordinates\":[-38.0,-38.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6gPtjQZUomWt\",\"coordinates\":[-2.0,-82.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7QFukApP5CXd\",\"coordinates\":[16.0,-62.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tDQa6ERsbLW\",\"coordinates\":[12.0,-64.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"537qhNty4qiK\",\"coordinates\":[-24.0,-68.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4mQkbrTXBSPq\",\"coordinates\":[-2.0,6.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ZVxc46KWXoW\",\"coordinates\":[-18.0,-68.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"y3CCpanVy7Xh\",\"coordinates\":[-6.0,24.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7qbqoxyaBmXS\",\"coordinates\":[-24.0,2.0,70.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Gt9uGbHgve6\",\"coordinates\":[-32.0,24.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8F3b5CE8iZMR\",\"coordinates\":[32.0,24.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6o7ouzTMVodp\",\"coordinates\":[34.0,26.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5S9xbSvcdHRn\",\"coordinates\":[34.0,26.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Nay3tfm4Bxk\",\"coordinates\":[-36.0,20.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4mtX3tmJgYCW\",\"coordinates\":[-32.0,24.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"fLZGZQZBGkMq\",\"coordinates\":[36.0,2.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7XVmrVgECTRE\",\"coordinates\":[36.0,2.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ZimC3MMRtbu\",\"coordinates\":[36.0,2.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4p7qrAySJK5Q\",\"coordinates\":[-32.0,2.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6iLDqmqsRDqp\",\"coordinates\":[-34.0,-2.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7YixepAQsqsx\",\"coordinates\":[54.0,20.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7bK9Erq5D5We\",\"coordinates\":[-52.0,30.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3KmhX7q8TPtf\",\"coordinates\":[-48.0,34.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7zvnSeWyrfZL\",\"coordinates\":[52.0,8.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6wXAG9QokKTi\",\"coordinates\":[52.0,10.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5EVcZUCuYAnj\",\"coordinates\":[-58.0,10.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3SBKVepkigjs\",\"coordinates\":[-52.0,10.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3E3amv9TTYD2\",\"coordinates\":[52.0,2.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fCKtuzkmy4p\",\"coordinates\":[52.0,2.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62qK6TinbYsv\",\"coordinates\":[52.0,2.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"75AaERUg98zp\",\"coordinates\":[-52.0,0.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5PofgEqwpf8B\",\"coordinates\":[22.0,12.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"55r2Nsx7PzBJ\",\"coordinates\":[34.0,-2.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6mNPUthmZvkC\",\"coordinates\":[-52.0,30.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"7id2yof9rmx5\",\"user\":null,\"name\":\"26107\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6uLyLD8BUbJQ\",\"coordinates\":[0.0,10.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5NcMEnbfMGyV\",\"coordinates\":[-10.0,14.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7QvbcG7SNdTB\",\"coordinates\":[-4.0,2.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7V9QqdASXcaH\",\"coordinates\":[-10.0,14.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6vfWUXxXUssq\",\"coordinates\":[-10.0,10.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7vsN5byKSJDw\",\"coordinates\":[-16.0,8.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8D6LqFPdT6UZ\",\"coordinates\":[26.0,-56.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6BoNujQYexXN\",\"coordinates\":[36.0,8.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7bouiGHvuPHM\",\"coordinates\":[-34.0,-46.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7sQ29fwsvTGF\",\"coordinates\":[66.0,-16.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8GM3uXxbUepk\",\"coordinates\":[-34.0,-46.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7wE8PyQxEjnv\",\"coordinates\":[-58.0,-18.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3TJzrqeLFwBb\",\"coordinates\":[-34.0,-46.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8BXPCCZcJ6AW\",\"coordinates\":[18.0,8.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8JNoFKyXAWyf\",\"coordinates\":[-44.0,-34.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3NiJxrTunjWs\",\"coordinates\":[-44.0,-32.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6iPJXvF5KBCZ\",\"coordinates\":[-6.0,-60.0,68.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4hKcdYgZvfxo\",\"coordinates\":[-10.0,-56.0,70.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5vs2PFyQ9pYa\",\"coordinates\":[-6.0,-60.0,68.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7rRRr9dGWpeH\",\"coordinates\":[10.0,24.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5oBzXFJdaDpw\",\"coordinates\":[36.0,46.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7zy27o8Qi3a9\",\"coordinates\":[-32.0,48.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5K5KnsW9kKmn\",\"coordinates\":[34.0,22.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"36jxhuHLRHxp\",\"coordinates\":[-32.0,26.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qziZRHjG547V\",\"coordinates\":[-50.0,6.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7qXVZkZgFcHj\",\"coordinates\":[-60.0,-32.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"42wCogLU7bPT\",\"user\":null,\"name\":\"26108\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"djqGoM3B983C\",\"coordinates\":[-40.0,-58.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6HdX63x34YUp\",\"coordinates\":[38.0,-40.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"t3459V68hzYD\",\"coordinates\":[-64.0,-36.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ePGd6QMe87G\",\"coordinates\":[56.0,-42.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6GAA6Em9jwR6\",\"coordinates\":[18.0,-62.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"53AWkUaBtctK\",\"coordinates\":[-24.0,-68.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"NhAstyUyyACW\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Long-term + training-dependent representation of individual finger movements in the primary + motor cortex.\",\"description\":\"We investigated the effects of long-term + training on the neural representation of individual finger movements in the + primary sensorimotor cortex. One group of participants (trained group) included + subjects trained in playing the piano (mean years of experience\u202F=\u202F17.9; + range\u202F=\u202F9-26; n\u202F=\u202F20). The other group of participants + (novice group) had no prior experience (n\u202F=\u202F20). All participants + performed finger-tapping movements using either of the four digits of the + hand (index, middle, ring, and little fingers). Functional magnetic resonance + imaging (fMRI) was used to analyze the spatial activation patterns elicited + by individual finger movements. Subsequently, we tried to classify the finger + that was being moved using a multi-voxel pattern analysis (MVPA). Our results + showed significantly higher-than-chance classification accuracies in both + primary motor cortex (M1) and somatosensory cortex (S1) contralateral to the + hand. We also found significantly lower classification accuracies for both + hands in the trained group compared with the novice group in M1, without significant + differences in the average signal changes and the number of activated voxels + for individual fingers or overlap between digits. Representational similarity + analysis (RSA) also demonstrated the differences in similarity patterns of + activations between the trained and novice groups in M1. Our results indicate + the modulation of neural representations of individual finger movements of + M1 due to long-term training.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2019.116051\",\"pmid\":\"31351164\",\"authors\":\"Kenji + Ogawa, Kaoru Mitsui, Fumihito Imai, Shuhei Nishida\",\"year\":2019,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"4k7VcGe3v9sV\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\". Anatomical regions, peak voxel coordinates, + and t-values of observed activations.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"8ER92R8MBGze\",\"coordinates\":[15.0,-52.0,-22.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6GUZPnNgXz9b\",\"coordinates\":[-36.0,-22.0,53.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ehuQTfafr6W\",\"coordinates\":[-48.0,-22.0,53.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4XqvpPRvsjZX\",\"coordinates\":[-15.0,-22.0,8.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ZFosVKmrqt9\",\"coordinates\":[-30.0,-13.0,2.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wjpSZnCZofh\",\"coordinates\":[-45.0,-22.0,23.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6s8pvXzWAULD\",\"coordinates\":[-18.0,-52.0,-19.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ujySwCysWdW\",\"coordinates\":[36.0,-22.0,47.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Dngg5szRFFY\",\"coordinates\":[36.0,-22.0,62.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5kYPrcPPhb84\",\"coordinates\":[15.0,-22.0,5.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7AWGXDHbhVDH\",\"coordinates\":[30.0,-7.0,-1.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Ssm2jXveugb\",\"coordinates\":[45.0,-25.0,20.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"UkwBNqgwurqB\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:01:55.285477+00:00\",\"user\":null,\"name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"description\":\"Neuroimaging studies of internally generated + behaviors have shown seemingly paradoxical results regarding the dorsolateral + prefrontal cortex (DLPFC), which has been found to activate, not activate + or even deactivate relative to control conditions. On the one hand, the DLPFC + has been argued to exert top-down control over generative thought by inhibiting + habitual responses; on the other hand, a deactivation and concomitant decrease + in monitoring and focused attention has been suggested to facilitate spontaneous + associations and novel insights. Here, we demonstrate that prefrontal engagement + in creative cognition depends dramatically on experimental conditions, that + is, the goal of the task. We instructed professional pianists to perform improvisations + on a piano keyboard during fMRI and play, either with a certain emotional + content (happy/fearful), or using certain keys (tonal/atonal pitch-sets). + We found lower activity in primarily the right DLPFC, dorsal premotor cortex + and inferior parietal cortex during emotional conditions compared with pitch-set + conditions. Furthermore, the DLPFC was functionally connected to the default + mode network during emotional conditions and to the premotor network during + pitch-set conditions. The results thus support the notion of two broad cognitive + strategies for creative problem solving, relying on extrospective and introspective + neural circuits, respectively.\",\"publication\":\"Cerebral cortex (New York, + N.Y. : 1991)\",\"doi\":\"10.1093/cercor/bhv130\",\"pmid\":\"26088973\",\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"year\":2015,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"26088973\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"6Xf8m7oZrEam\",\"user\":null,\"name\":\"20005\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6ejyDNL99zHr\",\"coordinates\":[38.0,59.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Bx4WVwWYzSv\",\"coordinates\":[6.0,29.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tUptcHiqjKz\",\"coordinates\":[-51.0,-31.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4EWCBUdZyqEM\",\"coordinates\":[56.0,-37.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KRCy4R4kTGw\",\"coordinates\":[42.0,-51.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tG57axZ84af\",\"coordinates\":[-36.0,-54.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LgJpiwkiFLm\",\"coordinates\":[-32.0,-66.0,-35.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KCXXZ8HbwoX\",\"coordinates\":[-57.0,-67.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7SVRkdyuMLvZ\",\"coordinates\":[-41.0,54.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"6M4FP5FMYfiT\",\"user\":null,\"name\":\"20006\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4srUpRF5feNu\",\"coordinates\":[-39.0,0.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4XEtXSFCLHTG\",\"coordinates\":[30.0,-88.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Z9zhZF9qqd3\",\"coordinates\":[-15.0,-93.0,27.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"83UDsYzKiVgq\",\"coordinates\":[-8.0,65.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UMvF8Qzvr28\",\"coordinates\":[48.0,33.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LXJvJmCs8Uc\",\"coordinates\":[41.0,-31.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4tWpUoypULg3\",\"coordinates\":[-8.0,50.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UPPVqkEvVyQ\",\"coordinates\":[-11.0,-21.0,43.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4DRycDZqqyvg\",\"coordinates\":[44.0,-15.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7SzJAZbcxHnE\",\"coordinates\":[-29.0,-31.0,55.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Atb5skLPz4J\",\"coordinates\":[51.0,-9.0,55.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Z56mchtqGrj\",\"coordinates\":[-42.0,14.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"eWRKy2gTLdGr\",\"coordinates\":[-48.0,30.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6xvaqTmxvk5y\",\"coordinates\":[-35.0,33.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"63j97h8WZL86\",\"coordinates\":[-41.0,-10.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"5MveBMmpWRr7\",\"user\":null,\"name\":\"20007\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"8vF8B9ZRgtTF\",\"coordinates\":[-57.0,-27.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5783RX9XgdmD\",\"coordinates\":[35.0,-13.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7pGL9EJ6qQrX\",\"coordinates\":[68.0,-30.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7BQBTi4oJGvK\",\"coordinates\":[-17.0,-67.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"63vUGczcCykL\",\"coordinates\":[-21.0,66.0,19.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FRN5Tc497Yh\",\"coordinates\":[-44.0,2.0,-44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"JMPMgSLpRjrp\",\"coordinates\":[27.0,-1.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6LF8ARWLCg77\",\"coordinates\":[56.0,-4.0,-23.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7AcVfXvz6YJF\",\"coordinates\":[-20.0,-24.0,27.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6tTNB7vEznHa\",\"coordinates\":[3.0,-58.0,-44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wEAmUt2JBjv\",\"coordinates\":[-30.0,-79.0,-36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"T9khU6FHrvtF\",\"coordinates\":[56.0,-16.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5BkVmpwDqa6y\",\"coordinates\":[-23.0,-55.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fh5nioFiFNr\",\"coordinates\":[27.0,-7.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"4Giqhsz9JPCX\",\"user\":null,\"name\":\"20008\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5gfkEedGY3ty\",\"coordinates\":[15.0,-82.0,-32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8NNw5MMZMRcr\",\"coordinates\":[-6.0,30.0,61.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VBgbokSXiZU\",\"coordinates\":[8.0,54.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62bbKgs7sAfu\",\"coordinates\":[-5.0,53.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"c2jeRhqARyRA\",\"coordinates\":[-35.0,35.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7MPR7Q962i98\",\"coordinates\":[57.0,27.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3NThhegZ63c9\",\"coordinates\":[59.0,-6.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6F9ws65aiDeR\",\"coordinates\":[36.0,-76.0,-42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"78Ahv2eNCzck\",\"coordinates\":[-30.0,-82.0,-39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"y8iiRk23Dz7G\",\"created_at\":\"2022-06-02T17:46:14.653115+00:00\",\"updated_at\":\"2024-03-21T20:02:22.828339+00:00\",\"user\":null,\"name\":\"Structural + neuroplasticity in expert pianists depends on the age of musical training + onset\",\"description\":\"In the last decade, several studies have investigated + the neuroplastic changes induced by long-term musical training. Here we investigated + structural brain differences in expert pianists compared to non-musician controls, + as well as the effect of the age of onset (AoO) of piano playing. Differences + with non-musicians and the effect of sensitive periods in musicians have been + studied previously, but importantly, this is the first time in which the age + of onset of music-training was assessed in a group of musicians playing the + same instrument, while controlling for the amount of practice. We recruited + a homogeneous group of expert pianists who differed in their AoO but not in + their lifetime or present amount of training, and compared them to an age-matched + group of non-musicians. A subset of the pianists also completed a scale-playing + task in order to control for performance skill level differences. Voxel-based + morphometry analysis was used to examine gray-matter differences at the whole-brain + level. Pianists showed greater gray matter (GM) volume in bilateral putamen + (extending also to hippocampus and amygdala), right thalamus, bilateral lingual + gyri and left superior temporal gyrus, but a GM volume shrinkage in the right + supramarginal, right superior temporal and right postcentral gyri, when compared + to non-musician controls. These results reveal a complex pattern of plastic + effects due to sustained musical training: a network involved in reinforcement + learning showed increased GM volume, while areas related to sensorimotor control, + auditory processing and score-reading presented a reduction in the volume + of GM. Behaviorally, early-onset pianists showed higher temporal precision + in their piano performance than late-onset pianists, especially in the left + hand. Furthermore, early onset of piano playing was associated with smaller + GM volume in the right putamen and better piano performance (mainly in the + left hand). Our results, therefore, reveal for the first time in a single + large dataset of healthy pianists the link between onset of musical practice, + behavioral performance, and putaminal gray matter structure. In summary, skill-related + plastic adaptations may include decreases and increases in GM volume, dependent + on an optimization of the system caused by an early start of musical training. + We believe our findings enrich the plasticity discourse and shed light on + the neural basis of expert skill acquisition.\",\"publication\":\"NeuroImage\",\"doi\":null,\"pmid\":\"26584868\",\"authors\":\"Vaquero + L, Hartmann K, Ripolles P, Rojo N, Sierpowska J, Francois C, Camara E, van + Vugt FT, Mohammadi B, Samii A, Munte TF, Rodriguez-Fornells A, Altenmuller + E\",\"year\":2016,\"metadata\":null,\"source\":\"neuroquery\",\"source_id\":\"26584868\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"6aQSVc6jP8ia\",\"user\":null,\"name\":\"t0015\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5sqsSQk5Tr6t\",\"coordinates\":[-29.0,-10.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7GRnAATWPEAK\",\"coordinates\":[-18.0,-3.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8HSBDCpJTFsb\",\"coordinates\":[6.0,-88.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7jbQRG5WGgUb\",\"coordinates\":[6.0,-78.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4RMaxY4A2peG\",\"coordinates\":[29.0,2.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5TkxYG2qPGDg\",\"coordinates\":[14.0,-25.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4HCBheuPxc83\",\"coordinates\":[-47.0,-1.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7DhUV8VXBHnx\",\"coordinates\":[66.0,-21.0,19.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KGR8ihK7TRQ\",\"coordinates\":[63.0,-24.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4HbaufRhLf7u\",\"coordinates\":[69.0,-13.0,39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"Z2BfJNL3tVMo\",\"created_at\":\"2025-12-02T22:57:38.846116+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Musical + training induces functional and structural auditory\u2010motor network plasticity + in young adults\",\"description\":\"Playing music requires a strong coupling + of perception and action mediated by multimodal integration of brain regions, + which can be described as network connections measured by anatomical and functional + correlations between regions. However, the structural and functional connectivities + within and between the auditory and sensorimotor networks after long-term + musical training remain largely uninvestigated. Here, we compared the structural + connectivity (SC) and resting-state functional connectivity (rs-FC) within + and between the two networks in 29 novice healthy young adults before and + after musical training (piano) with those of another 27 novice participants + who were evaluated longitudinally but with no intervention. In addition, a + correlation analysis was performed between the changes in FC or SC with practice + time in the training group. As expected, participants in the training group + showed increased FC within the sensorimotor network and increased FC and SC + of the auditory-motor network after musical training. Interestingly, we further + found that the changes in FC within the sensorimotor network and SC of the + auditory-motor network were positively correlated with practice time. Our + results indicate that musical training could induce enhanced local interaction + and global integration between musical performance-related regions, which + provides insights into the mechanism of brain plasticity in young adults.\",\"publication\":\"Human + Brain Mapping\",\"doi\":\"10.1002/hbm.23989\",\"pmid\":\"29400420\",\"authors\":\"Qiongling + Li; Xuetong Wang; Shaoyi Wang; Yongqi Xie; Xinwei Li; Yachao Xie; Shuyu Li\",\"year\":2018,\"metadata\":{\"slug\":\"29400420-10-1002-hbm-23989-pmc6866316\",\"source\":\"semantic_scholar\",\"keywords\":[\"auditory-motor + network\",\"brain plasticity\",\"functional connectivity\",\"musical training\",\"structural + connectivity\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"1\",\"Year\":\"2017\",\"Month\":\"11\",\"@PubStatus\":\"received\"},{\"Day\":\"23\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"revised\"},{\"Day\":\"23\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"accepted\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"13\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"5\",\"Year\":\"2018\",\"Month\":\"2\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"29400420\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6866316\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1002/hbm.23989\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Allen, + E. A. , Damaraju, E. , Plis, S. M. , Erhardt, E. B. , Eichele, T. , & Calhoun, + V. D. (2014). Tracking whole\u2010brain connectivity dynamics in the resting + state. Cerebral Cortex, 24, 663\u2013676.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3920766\",\"@IdType\":\"pmc\"},{\"#text\":\"23146964\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Asanuma, + H. , & Pavlides, C. (1997). Neurobiological basis of motor learning in mammals. + Neuroreport: An International. Journal for the Rapid Communication of Research + in Neuroscience, 8, i\u2013vi.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9141042\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Asanuma, + H. , Stoney, S. , & Abzug, C. (1968). Relationship between afferent input + and motor outflow in cat motorsensory cortex. Journal of Neurophysiology, + 31, 670\u2013681.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"5711138\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Basser, + P. J. , Mattiello, J. , & LeBihan, D. (1994). MR diffusion tensor spectroscopy + and imaging. Biophysical Journal, 66, 259\u2013267.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1275686\",\"@IdType\":\"pmc\"},{\"#text\":\"8130344\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bastien, + J. S. , Bastien, L. , & Bastien, L. (2000). Piano for adults. Kjos Music Press.\"},{\"Citation\":\"Beck, + A. , & Steer, R. (1987). Beck depression inventory manual. New York: The Psychological + Corporation Harcourt Brace Jovanovich Inc.\"},{\"Citation\":\"Beckmann, C. + F. , DeLuca, M. , Devlin, J. T. , & Smith, S. M. (2005). Investigations into + resting\u2010state connectivity using independent component analysis. Philosophical + Transactions of the Royal Society of London B: Biological Sciences, 360, 1001\u20131013.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1854918\",\"@IdType\":\"pmc\"},{\"#text\":\"16087444\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bell, + A. J. , & Sejnowski, T. J. (1995). An information\u2010maximization approach + to blind separation and blind deconvolution. Neural Computation, 7, 1129\u20131159.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"7584893\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bermudez, + P. , Lerch, J. P. , Evans, A. C. , & Zatorre, R. J. (2009). Neuroanatomical + correlates of musicianship as revealed by cortical thickness and voxel\u2010based + morphometry. Cerebral Cortex, 19, 1583\u20131596.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19073623\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Boemio, + A. , Fromm, S. , Braun, A. , & Poeppel, D. (2005). Hierarchical and asymmetric + temporal sensitivity in human auditory cortices. Nature Neuroscience, 8, 389\u2013395.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15723061\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Boyke, + J. , Driemeyer, J. , Gaser, C. , B\xFCchel, C. , & May, A. (2008). Training\u2010induced + brain structure changes in the elderly. Journal of Neuroscience, 28, 7031\u20137035.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6670504\",\"@IdType\":\"pmc\"},{\"#text\":\"18614670\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Calhoun, + V. , Adali, T. , Pearlson, G. , & Pekar, J. (2001). A method for making group + inferences from functional MRI data using independent component analysis. + Human Brain Mapping, 14, 140\u2013151.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6871952\",\"@IdType\":\"pmc\"},{\"#text\":\"11559959\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Damoiseaux, + J. , Rombouts, S. , Barkhof, F. , Scheltens, P. , Stam, C. , Smith, S. M. + , & Beckmann, C. (2006). Consistent resting\u2010state networks across healthy + subjects. Proceedings of the National Academy of Sciences, 103, 13848\u201313853.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1564249\",\"@IdType\":\"pmc\"},{\"#text\":\"16945915\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Douaud, + G. , Behrens, T. E. , Poupon, C. , Cointepas, Y. , Jbabdi, S. , Gaura, V. + , \u2026 Damier, P. (2009). In vivo evidence for the selective subcortical + degeneration in Huntington's disease. NeuroImage, 46, 958\u2013966.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19332141\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Douaud, + G. , Jbabdi, S. , Behrens, T. E. , Menke, R. A. , Gass, A. , Monsch, A. U. + , \u2026 Matthews, P. M. (2011). DTI measures in crossing\u2010fibre areas: + Increased diffusion anisotropy reveals early white matter alteration in MCI + and mild Alzheimer's disease. NeuroImage, 55, 880\u2013890.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC7116583\",\"@IdType\":\"pmc\"},{\"#text\":\"21182970\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ekman, + M. , Derrfuss, J. , Tittgemeyer, M. , & Fiebach, C. J. (2012). Predicting + errors from reconfiguration patterns in human brain networks. Proceedings + of the National Academy of Sciences, 109, 16714\u201316719.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3478635\",\"@IdType\":\"pmc\"},{\"#text\":\"23012417\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Elmer, + S. , H\xE4nggi, J. , Meyer, M. , & J\xE4ncke, L. (2013). Increased cortical + surface area of the left planum temporale in musicians facilitates the categorization + of phonetic and temporal speech sounds. Cortex, 49, 2812\u20132821.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"23628644\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Erhardt, + E. B. , Rachakonda, S. , Bedrick, E. J. , Allen, E. A. , Adali, T. , & Calhoun, + V. D. (2011). Comparison of multi\u2010subject ICA methods for analysis of + fMRI data. Human Brain Mapping, 32, 2075\u20132095.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3117074\",\"@IdType\":\"pmc\"},{\"#text\":\"21162045\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fjell, + A. M. , Sneve, M. H. , Grydeland, H. , Storsve, A. B. , Amlien, I. K. , Yendiki, + A. , & Walhovd, K. B. (2017). Relationship between structural and functional + connectivity change across the adult lifespan: A longitudinal investigation. + Human Brain Mapping, 38, 561\u2013573.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5148650\",\"@IdType\":\"pmc\"},{\"#text\":\"27654880\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Floyer\u2010Lea, + A. , & Matthews, P. M. (2005). Distinguishable brain activation networks for + short\u2010 and long\u2010term motor skill learning. Journal of Neurophysiology, + 94, 512\u2013518.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15716371\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gaser, + C. , & Schlaug, G. (2003). Brain structures differ between musicians and non\u2010musicians. + Journal of Neuroscience, 23, 9240\u20139245.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6740845\",\"@IdType\":\"pmc\"},{\"#text\":\"14534258\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Giacosa, + C. , Karpati, F. J. , Foster, N. E. , Penhune, V. B. , & Hyde, K. L. (2016). + Dance and music training have different effects on white matter diffusivity + in sensorimotor pathways. NeuroImage, 135, 273\u2013286.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"27114054\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gong, + Y. (1992). Wechsler Adult Intelligence Scale\u2010revised (Chinese revised + version). Hunan Medical Institute.\"},{\"Citation\":\"Guerra\u2010Carrillo, + B. , Mackey, A. P. , & Bunge, S. A. (2014). Resting\u2010state fMRI A window + into human brain plasticity. Neuroscientist, 20, 522\u2013533.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24561514\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hagmann, + P. , Kurant, M. , Gigandet, X. , Thiran, P. , Wedeen, V. J. , Meuli, R. , + & Thiran, J.\u2010P. (2007). Mapping human whole\u2010brain structural networks + with diffusion MRI. PLoS One, 2, e597.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1895920\",\"@IdType\":\"pmc\"},{\"#text\":\"17611629\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Halwani, + G. , Loui, P. , Rueber, T. , & Schlaug, G. (2011). Effects of practice and + experience on the arcuate fasciculus: Comparing singers, instrumentalists, + and non\u2010musicians. Frontiers in Psychology, 2,\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3133864\",\"@IdType\":\"pmc\"},{\"#text\":\"21779271\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Harmelech, + T. , & Malach, R. (2013). Neurocognitive biases and the patterns of spontaneous + correlations in the human cortex. Trends in Cognitive Sciences, 17, 606\u2013615.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24182697\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hecht, + E. E. , Gutman, D. A. , Preuss, T. M. , Sanchez, M. M. , Parr, L. A. , & Rilling, + J. K. (2013). Process versus product in social learning: Comparative diffusion + tensor imaging of neural ystems for action execution\u2013Observation matching + in macaques, chimpanzees, and humans. Cerebral Cortex, 23, 1014\u20131024.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3615349\",\"@IdType\":\"pmc\"},{\"#text\":\"22539611\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Herdener, + M. , Esposito, F. , di Salle, F. , Boller, C. , Hilti, C. C. , Habermeyer, + B. , \u2026 Cattapan\u2010Ludewig, K. (2010). Musical training induces functional + plasticity in human hippocampus. Journal of Neuroscience, 30, 1377\u20131384.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3842475\",\"@IdType\":\"pmc\"},{\"#text\":\"20107063\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Herholz, + S. C. , Coffey, E. B. J. , Pantev, C. , & Zatorre, R. J. (2016). Dissociation + of neural networks for predisposition and for training\u2010related plasticity + in auditory\u2010motor learning. Cerebral Cortex, 26, 3125\u20133134.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4898668\",\"@IdType\":\"pmc\"},{\"#text\":\"26139842\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hermundstad, + A. M. , Bassett, D. S. , Brown, K. S. , Aminoff, E. M. , Clewett, D. , Freeman, + S. , \u2026 Miller, M. B. (2013). Structural foundations of resting\u2010state + and task\u2010based functional connectivity in the human brain. Proceedings + of the National Academy of Sciences, 110, 6169\u20136174.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3625268\",\"@IdType\":\"pmc\"},{\"#text\":\"23530246\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Himberg, + J. , Hyv\xE4rinen, A. , & Esposito, F. (2004). Validating the independent + components of neuroimaging time series via clustering and visualization. NeuroImage, + 22, 1214\u20131222.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15219593\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hofer, + S. , & Frahm, J. (2006). Topography of the human corpus callosum revisited\u2014comprehensive + fiber tractography using diffusion tensor magnetic resonance imaging. NeuroImage, + 32, 989\u2013994.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16854598\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hyde, + K. L. , Lerch, J. , Norton, A. , Forgeard, M. , Winner, E. , Evans, A. C. + , & Schlaug, G. (2009). Musical training shapes structural brain development. + Journal of Neuroscience, 29, 3019\u20133025.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2996392\",\"@IdType\":\"pmc\"},{\"#text\":\"19279238\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Indovina, + I. , & Sanes, J. N. (2001). On somatotopic representation centers for finger + movements in human primary motor cortex and supplementary motor area. NeuroImage, + 13, 1027\u20131034.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11352608\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jenkinson, + M. , & Smith, S. (2001). A global optimisation method for robust affine registration + of brain images. Medical Image Analysis, 5, 143\u2013156.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11516708\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kaelin\u2010Lang, + A. , Luft, A. R. , Sawaki, L. , Burstein, A. H. , Sohn, Y. H. , & Cohen, L. + G. (2002). Modulation of human corticomotor excitability by somatosensory + input. Journal of Physiology, 540, 623\u2013633.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2290238\",\"@IdType\":\"pmc\"},{\"#text\":\"11956348\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Klein, + C. , Liem, F. , H\xE4nggi, J. , Elmer, S. , & J\xE4ncke, L. (2016). The \u201Csilent\u201D + imprint of musical training. Human Brain Mapping, 37, 536\u2013546.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6867483\",\"@IdType\":\"pmc\"},{\"#text\":\"26538421\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kleinschmidt, + A. , Nitschke, M. F. , & Frahm, J. (1997). Somatotopy in the human motor cortex + hand area. A high\u2010resolution functional MRI study. European Journal of + Neuroscience, 9, 2178\u20132186.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9421177\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Knyazeva, + M. G. (2013). Splenium of corpus callosum: Patterns of interhemispheric interaction + in children and adults. Neural Plasticity, 2013,\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3610378\",\"@IdType\":\"pmc\"},{\"#text\":\"23577273\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Laird, + A. R. , Eickhoff, S. B. , Rottschy, C. , Bzdok, D. , Ray, K. L. , & Fox, P. + T. (2013). Networks of task co\u2010activations. NeuroImage, 80, 505\u2013514.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3720689\",\"@IdType\":\"pmc\"},{\"#text\":\"23631994\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lappe, + C. , Herholz, S. C. , Trainor, L. J. , & Pantev, C. (2008). Cortical plasticity + induced by short\u2010term unimodal and multimodal musical training. Journal + of Neuroscience, 28, 9632\u20139639.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6671216\",\"@IdType\":\"pmc\"},{\"#text\":\"18815249\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lappe, + C. , Trainor, L. J. , Herholz, S. C. , & Pantev, C. (2011). Cortical plasticity + induced by short\u2010term multimodal musical rhythm training. PLoS One, 6, + e21493.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3126826\",\"@IdType\":\"pmc\"},{\"#text\":\"21747907\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li, + Y. O. , Adal\u0131, T. , & Calhoun, V. D. (2007). Estimating the number of + independent components for functional magnetic resonance imaging data. Human + Brain Mapping, 28, 1251\u20131266.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6871474\",\"@IdType\":\"pmc\"},{\"#text\":\"17274023\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lowe, + M. , Mock, B. , & Sorenson, J. (1998). Functional connectivity in single and + multislice echoplanar imaging using resting\u2010state fluctuations. NeuroImage, + 7, 119\u2013132.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9558644\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Oldfield, + R. C. (1971). The assessment and analysis of handedness: The Edinburgh inventory. + Neuropsychologia, 9, 97\u2013113.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"5146491\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Palomar\u2010Garc\xEDa, + M.\u2010\xC1. , Zatorre, R. J. , Ventura\u2010Campos, N. , Bueichek\xFA, E. + , & \xC1vila, C. (2017). Modulation of functional connectivity in auditory\u2013motor + networks in musicians compared with nonmusicians. Cerebral Cortex, 27, 2768\u20132778.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"27166170\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Park, + B. , Kim, J. I. , Lee, D. , Jeong, S.\u2010O. , Lee, J. D. , & Park, H.\u2010J. + (2012). Are brain networks stable during a 24\u2010hour period? NeuroImage, + 59, 456\u2013466.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21807101\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Park, + H.\u2010J. , Kubicki, M. , Westin, C.\u2010F. , Talos, I.\u2010F. , Brun, + A. , Peiper, S. , \u2026 Shenton, M. E. (2004). Method for combining information + from white matter fiber tracking and gray matter parcellation. American Journal + of Neuroradiology, 25, 1318\u20131324.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2813857\",\"@IdType\":\"pmc\"},{\"#text\":\"15466325\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park, + H. J. , & Friston, K. (2013). Structural and functional brain networks: From + connections to cognition. Science (New York, N.Y.), 342, 1238411.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24179229\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Pavlides, + C. , Miyashita, E. , & Asanuma, H. (1993). Projection from the sensory to + the motor cortex is important in learning motor skills in the monkey. Journal + of Neurophysiology, 70, 733\u2013741.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8410169\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Pfordresher, + P. Q. , & Palmer, C. (2006). Effects of hearing the past, present, or future + during music performance. Attention, Perception, & Psychophysics, 68, 362\u2013376.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16900830\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Putkinen, + V. , Tervaniemi, M. , Saarikivi, K. , de Vent, N. , & Huotilainen, M. (2014). + Investigating the effects of musical training on functional brain development + with a novel melodic MMN paradigm. Neurobiology of Learning and Memory, 110, + 8\u201315.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24462719\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reitan, + R. M. , & Wolfson, D. (1985). The Halstead\u2013Reitan neuropsychological + test battery: Theory and clinical interpretation. Reitan Neuropsychology.\"},{\"Citation\":\"Repp, + B. H. (1999). Effects of auditory feedback deprivation on expressive piano + performance. Music Perception: An Interdisciplinary Journal, 16, 409\u2013438.\"},{\"Citation\":\"Rodriguez\u2010Herreros, + B. , Amengual, J. L. , Gurtubay\u2010Antol\xEDn, A. , Richter, L. , Jauer, + P. , Erdmann, C. , \u2026 M\xFCnte, T. F. (2015). Microstructure of the superior + longitudinal fasciculus predicts stimulation\u2010induced interference with + on\u2010line motor control. NeuroImage, 120, 254\u2013265.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"26143205\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"R\xFCber, + T. , Lindenberg, R. , & Schlaug, G. (2015). Differential adaptation of descending + motor tracts in musicians. Cerebral Cortex, 25, 1490\u20131498.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4428294\",\"@IdType\":\"pmc\"},{\"#text\":\"24363265\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sami, + S. , & Miall, R. (2013). Graph network analysis of immediate motor\u2010learning + induced changes in resting state BOLD. Frontiers in Human Neuroscience, 7,\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3654214\",\"@IdType\":\"pmc\"},{\"#text\":\"23720616\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schlaug, + G. (2015). Musicians and music making as a model for the study of brain plasticity. + Progress in Brain Research, 217, 37\u201355.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4430083\",\"@IdType\":\"pmc\"},{\"#text\":\"25725909\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Shehzad, + Z. , Kelly, A. C. , Reiss, P. T. , Gee, D. G. , Gotimer, K. , Uddin, L. Q. + , \u2026 Biswal, B. B. (2009). The resting brain: Unconstrained yet reliable. + Cerebral Cortex, 19, 2209\u20132229.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3896030\",\"@IdType\":\"pmc\"},{\"#text\":\"19221144\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sloboda, + J. A. , Davidson, J. W. , Howe, M. J. , & Moore, D. G. (1996). The role of + practice in the development of performing musicians. British Journal of Psychology, + 87, 287\u2013309.\"},{\"Citation\":\"Smith, S. M. (2002). Fast robust automated + brain extraction. Human Brain Mapping, 17, 143\u2013155.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6871816\",\"@IdType\":\"pmc\"},{\"#text\":\"12391568\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith, + S. M. , Fox, P. T. , Miller, K. L. , Glahn, D. C. , Fox, P. M. , Mackay, C. + E. , \u2026 Laird, A. R. (2009). Correspondence of the brain's functional + architecture during activation and rest. Proceedings of the National Academy + of Sciences, 106, 13040\u201313045.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2722273\",\"@IdType\":\"pmc\"},{\"#text\":\"19620724\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith, + S. M. , Jenkinson, M. , Woolrich, M. W. , Beckmann, C. F. , Behrens, T. E. + , Johansen\u2010Berg, H. , \u2026 Flitney, D. E. (2004). Advances in functional + and structural MR image analysis and implementation as FSL. NeuroImage, 23, + S208\u2013S219.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15501092\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Song, + J. H. , Skoe, E. , Banai, K. , & Kraus, N. (2012). Training to improve hearing + speech in noise: Biological mechanisms. Cerebral Cortex, 22, 1180.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3450924\",\"@IdType\":\"pmc\"},{\"#text\":\"21799207\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stam, + C. J. , van Straaten, E. C. W. , Van Dellen, E. , Tewarie, P. , Gong, G. , + Hillebrand, A. , \u2026 Van Mieghem, P. (2016). The relation between structural + and functional connectivity patterns in complex brain networks. International + Journal of Psychophysiology, 103, 149\u2013160.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"25678023\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Steele, + C. J. , Bailey, J. A. , Zatorre, R. J. , & Penhune, V. B. (2013). Early musical + training and white\u2010matter plasticity in the corpus callosum: Evidence + for a sensitive period. Journal of Neuroscience, 33, 1282\u20131290.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6704889\",\"@IdType\":\"pmc\"},{\"#text\":\"23325263\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yan, + C. , & Zang, Y. (2010). DPARSF: A MATLAB toolbox for \u201Cpipeline\u201D + data analysis of resting-state fMRI. Frontiers in Systems Neuroscience, 4, + 13.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2889691\",\"@IdType\":\"pmc\"},{\"#text\":\"20577591\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zatorre, + R. J. , Belin, P. , & Penhune, V. B. (2002). Structure and function of auditory + cortex: Music and speech. Trends in Cognitive Sciences, 6, 37\u201346.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11849614\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zatorre, + R. J. , Chen, J. L. , & Penhune, V. B. (2007). When the brain plays music: + Auditory\u2013motor interactions in music perception and production. Nature + Reviews Neuroscience, 8, 547\u2013558.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17585307\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zatorre, + R. J. , Fields, R. D. , & Johansen\u2010Berg, H. (2012). Plasticity in gray + and white: Neuroimaging changes in brain structure during learning. Nature + Neuroscience, 15, 528\u2013536.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3660656\",\"@IdType\":\"pmc\"},{\"#text\":\"22426254\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"29400420\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1097-0193\",\"@IssnType\":\"Electronic\"},\"Title\":\"Human + brain mapping\",\"JournalIssue\":{\"Issue\":\"5\",\"Volume\":\"39\",\"PubDate\":{\"Year\":\"2018\",\"Month\":\"May\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Hum + Brain Mapp\"},\"Abstract\":{\"AbstractText\":\"Playing music requires a strong + coupling of perception and action mediated by multimodal integration of brain + regions, which can be described as network connections measured by anatomical + and functional correlations between regions. However, the structural and functional + connectivities within and between the auditory and sensorimotor networks after + long-term musical training remain largely uninvestigated. Here, we compared + the structural connectivity (SC) and resting-state functional connectivity + (rs-FC) within and between the two networks in 29 novice healthy young adults + before and after musical training (piano) with those of another 27 novice + participants who were evaluated longitudinally but with no intervention. In + addition, a correlation analysis was performed between the changes in FC or + SC with practice time in the training group. As expected, participants in + the training group showed increased FC within the sensorimotor network and + increased FC and SC of the auditory-motor network after musical training. + Interestingly, we further found that the changes in FC within the sensorimotor + network and SC of the auditory-motor network were positively correlated with + practice time. Our results indicate that musical training could induce enhanced + local interaction and global integration between musical performance-related + regions, which provides insights into the mechanism of brain plasticity in + young adults.\",\"CopyrightInformation\":\"\xA9 2018 Wiley Periodicals, Inc.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Qiongling\",\"Initials\":\"Q\",\"LastName\":\"Li\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Xuetong\",\"Initials\":\"X\",\"LastName\":\"Wang\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Shaoyi\",\"Initials\":\"S\",\"LastName\":\"Wang\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yongqi\",\"Initials\":\"Y\",\"LastName\":\"Xie\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Xinwei\",\"Initials\":\"X\",\"LastName\":\"Li\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yachao\",\"Initials\":\"Y\",\"LastName\":\"Xie\",\"AffiliationInfo\":[{\"Affiliation\":\"State + Key Laboratory of Cognitive Neuroscience and Learning & IDG/McGovern Institute + for Brain Research, Beijing Normal University, Beijing, 100875, China.\"},{\"Affiliation\":\"Center + for Collaboration and Innovation in Brain and Learning Sciences, Beijing Normal + University, Beijing, 100875, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Shuyu\",\"Initials\":\"S\",\"LastName\":\"Li\",\"Identifier\":{\"#text\":\"0000-0002-3459-6821\",\"@Source\":\"ORCID\"},\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"2110\",\"StartPage\":\"2098\",\"MedlinePgn\":\"2098-2110\"},\"ArticleDate\":{\"Day\":\"05\",\"Year\":\"2018\",\"Month\":\"02\",\"@DateType\":\"Electronic\"},\"ELocationID\":{\"#text\":\"10.1002/hbm.23989\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":\"Musical + training induces functional and structural auditory-motor network plasticity + in young adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"19\",\"Year\":\"2023\",\"Month\":\"10\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"auditory-motor + network\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"brain plasticity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"functional + connectivity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"musical training\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"structural + connectivity\",\"@MajorTopicYN\":\"N\"}]},\"CoiStatement\":\"The authors declare + that there are no conflicts of interest regarding the publication of this + article.\",\"DateCompleted\":{\"Day\":\"12\",\"Year\":\"2019\",\"Month\":\"02\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000161\",\"#text\":\"Acoustic + Stimulation\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000704\",\"#text\":\"Analysis + of Variance\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D001307\",\"#text\":\"Auditory + Perception\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007091\",\"#text\":\"Image + Processing, Computer-Assisted\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D007858\",\"#text\":\"Learning\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009146\",\"#text\":\"Music\",\"@MajorTopicYN\":\"Y\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D009434\",\"#text\":\"Neural + Pathways\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D009473\",\"#text\":\"Neuronal + Plasticity\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D011597\",\"#text\":\"Psychomotor + Performance\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D013997\",\"#text\":\"Time + Factors\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Hum Brain Mapp\",\"ISSNLinking\":\"1065-9471\",\"NlmUniqueID\":\"9419065\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Musical + training induces functional and structural auditory\u2010motor network plasticity + in young adults\",\"venue\":\"Human Brain Mapping\",\"authors\":[{\"name\":\"Qiongling + Li\",\"authorId\":\"2105794\"},{\"name\":\"Xuetong Wang\",\"authorId\":\"2108105120\"},{\"name\":\"Shaoyi + Wang\",\"authorId\":\"2117148924\"},{\"name\":\"Yongqi Xie\",\"authorId\":\"6835104\"},{\"name\":\"Xinwei + Li\",\"authorId\":\"2108186971\"},{\"name\":\"Yachao Xie\",\"authorId\":\"2110338539\"},{\"name\":\"Shuyu + Li\",\"authorId\":\"50341205\"}],\"paperId\":\"10fb43ef5898ea6b8eb6893b5cd2c416ffbc3880\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://onlinelibrary.wiley.com/doi/pdfdirect/10.1002/hbm.23989\",\"status\":\"BRONZE\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1002/hbm.23989?email= + or https://doi.org/10.1002/hbm.23989, which is subject to the license by the + author or copyright owner provided with this content. Please go to the source + to verify the license and copyright information for your use.\"},\"publicationDate\":\"2018-05-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-02T23:02:31.328261+00:00\",\"analyses\":[{\"id\":\"qB4Q8XkocAiK\",\"user\":null,\"name\":\"3\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"position\":3,\"n_activations\":6},\"original_table_id\":\"3\"},\"table_metadata\":{\"position\":3,\"n_activations\":6},\"sanitized_table_id\":\"3\"},\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"BwXqiKFegM2z\",\"coordinates\":[-63.0,-21.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"KYjDuonJVZN9\",\"coordinates\":[60.0,-24.0,27.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"z9Dpuygu4GBe\",\"coordinates\":[-18.0,-60.0,60.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"FUcmH7brLDxp\",\"coordinates\":[36.0,-42.0,39.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"vDZUFUpdYPiQ\",\"coordinates\":[42.0,-21.0,51.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"gy5wV8BNuA8k\",\"coordinates\":[21.0,3.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"ZXenVBbnvmbo\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Aberrant + Cerebello-Cortical Connectivity in Pianists With Focal Task-Specific Dystonia.\",\"description\":\"Musician's + dystonia is a type of focal task-specific dystonia (FTSD) characterized by + abnormal muscle hypercontraction and loss of fine motor control specifically + during instrument playing. Although the neuropathophysiology of musician's + dystonia remains unclear, it has been suggested that maladaptive functional + abnormalities in subcortical and cortical regions may be involved. Here, we + hypothesized that aberrant effective connectivity between the cerebellum (subcortical) + and motor/somatosensory cortex may underlie the neuropathophysiology of musician's + dystonia. Using functional magnetic resonance imaging, we measured the brain + activity of 30 pianists with or without FTSD as they played a magnetic resonance + imaging-compatible piano-like keyboard, which elicited dystonic symptoms in + many but not all pianists with FTSD. Pianists with FTSD showed greater activation + of the right cerebellum during the task than healthy pianists. Furthermore, + patients who reported dystonic symptoms during the task demonstrated greater + cerebellar activation than those who did not, establishing a link between + cerebellar activity and overt dystonic symptoms. Using multivoxel pattern + analysis, moreover, we found that dystonic and healthy pianists differed in + the task-related effective connectivity between the right cerebellum and left + premotor/somatosensory cortex. The present study indicates that abnormal cerebellar + activity and cerebello-cortical connectivity may underlie the pathophysiology + of FTSD in musicians.\",\"publication\":\"Cerebral cortex (New York, N.Y. + : 1991)\",\"doi\":\"10.1093/cercor/bhab127\",\"pmid\":\"34013319\",\"authors\":\"Kahori + Kita, Shinichi Furuya, Rieko Osu, Takashi Sakamoto, Takashi Hanakawa\",\"year\":2021,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"7tivwuSeZ8YE\",\"user\":null,\"name\":\"Table + 3\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5cvXNvnhY7zZ\",\"coordinates\":[-40.0,-18.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xKCCseT9Z3Y\",\"coordinates\":[-54.0,-20.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3KQhSwNvkQ9F\",\"coordinates\":[-32.0,-24.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5azVYCtzuSMk\",\"coordinates\":[20.0,-52.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6YSCcJePYKDo\",\"coordinates\":[-38.0,-24.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fNHojm5hiWq\",\"coordinates\":[-42.0,-34.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3uQADojs4pWj\",\"coordinates\":[-36.0,-26.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"eud8bDbNMgFv\",\"coordinates\":[10.0,-54.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5fUtn8AVH5mS\",\"coordinates\":[16.0,-48.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Jp9LBPhYVcH\",\"coordinates\":[2.0,-58.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6EwXzeSfjdCv\",\"coordinates\":[14.0,-44.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Trd6RrVq54V\",\"coordinates\":[2.0,-54.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]}],\"studyset_studies\":[{\"id\":\"3i7ozQKYGb5Z\",\"curation_stub_uuid\":\"11c449bf-cc17-4307-8ede-e906be4e078c\"},{\"id\":\"3rdPUSpHr6Da\",\"curation_stub_uuid\":\"b046bae9-90a7-4e37-8304-720310da44ec\"},{\"id\":\"3TcQUrv9AqfE\",\"curation_stub_uuid\":\"09089e57-991c-4f85-826d-529a443cfccf\"},{\"id\":\"4GipszReJ2gE\",\"curation_stub_uuid\":\"d57d6d40-df7d-4680-a595-5258022ae4b5\"},{\"id\":\"4PxXaZSp8vHm\",\"curation_stub_uuid\":\"e163ad38-7260-41a2-bb4d-42b0ec407cba\"},{\"id\":\"4UbCYzHfZGQ4\",\"curation_stub_uuid\":\"f7e4e19c-60f3-4210-a48a-f7415dfcd544\"},{\"id\":\"4XLnjknqm5bc\",\"curation_stub_uuid\":\"063586b7-96fb-4f81-ab96-7ce9c58ae34a\"},{\"id\":\"5nD3zkatnxeX\",\"curation_stub_uuid\":\"584ae367-3997-4b54-af72-aeb9fdbcdccc\"},{\"id\":\"68vYS7z3ibJc\",\"curation_stub_uuid\":\"795cbc30-7294-43c1-b299-c2b1a5f69fa8\"},{\"id\":\"768pzdf2h8hz\",\"curation_stub_uuid\":\"ee669acb-9fa3-4923-97e5-777efdb6cbe6\"},{\"id\":\"7BVLew9kxm5B\",\"curation_stub_uuid\":\"4b763a74-4da7-4c86-bfcd-636f6579348a\"},{\"id\":\"7Dg57x5EVfTg\",\"curation_stub_uuid\":\"57a1e801-2d26-406a-aa7d-62345a1b03c8\"},{\"id\":\"7fUwtrsAeAQf\",\"curation_stub_uuid\":\"781a48f0-eceb-4962-9951-c15ae9ed61b2\"},{\"id\":\"7yDarPD6Qkro\",\"curation_stub_uuid\":\"d989062c-53ea-4234-8f57-c4f325f377e7\"},{\"id\":\"83wU4Laggabu\",\"curation_stub_uuid\":\"a344477f-8777-44f8-86ea-ce00b8fd7422\"},{\"id\":\"8dnDgkL7BME2\",\"curation_stub_uuid\":\"129eeb1b-e153-4688-aa96-263ad970ce0f\"},{\"id\":\"97dv4pLPbk2Z\",\"curation_stub_uuid\":\"65814cd1-480d-4464-ac7e-3e3ac537ab7b\"},{\"id\":\"caRPfyFpRY8R\",\"curation_stub_uuid\":\"9cafccc6-71cd-469a-a439-d18c7ef81f8a\"},{\"id\":\"gMbXynPYBMh6\",\"curation_stub_uuid\":\"419df771-4240-4be7-856b-af0834507c55\"},{\"id\":\"GwXfvRuHQZur\",\"curation_stub_uuid\":\"8b7f5eb2-f9dc-4c02-a943-4dcad177213d\"},{\"id\":\"NhAstyUyyACW\",\"curation_stub_uuid\":\"4f5e7938-07cb-4c75-b749-5bec4bec639d\"},{\"id\":\"UkwBNqgwurqB\",\"curation_stub_uuid\":\"1867476f-550b-4408-8dd2-71657619db6e\"},{\"id\":\"y8iiRk23Dz7G\",\"curation_stub_uuid\":\"60a64a2e-6c01-416a-9301-c0d9722a1969\"},{\"id\":\"Z2BfJNL3tVMo\",\"curation_stub_uuid\":\"a629f94a-6fe8-4b37-8744-f7d2fbe33829\"},{\"id\":\"ZXenVBbnvmbo\",\"curation_stub_uuid\":\"2a1515eb-a709-4a49-a1d3-98f84da06d52\"}]}\n" + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 05:47:49 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '288844' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://dev.neurostore.xyz/api/annotations/vvigrL8Wv75H + response: + body: + string: "{\"id\":\"vvigrL8Wv75H\",\"user\":\"github|12564882\",\"username\":\"James + Kent\",\"created_at\":\"2026-04-17T05:42:52.068173+00:00\",\"updated_at\":null,\"studyset\":\"8Tc9iMdR4uwR\",\"notes\":[{\"id\":\"vvigrL8Wv75H_57E6N9jmK8PD\",\"note\":{\"included\":true},\"analysis\":\"57E6N9jmK8PD\",\"study\":\"3TcQUrv9AqfE\",\"study_name\":\"Music + listening engages specific cortical regions within the temporal lobes: Differences + between musicians and non-musicians.\",\"analysis_name\":\"Table 1\",\"study_year\":2014,\"authors\":\"Angulo-Perkins + A, Aube W, Peretz I, Barrios FA, Armony JL, Concha L\",\"publication\":\"Cortex; + a journal devoted to the study of the nervous system and behavior\"},{\"id\":\"vvigrL8Wv75H_5KLnjKXiR4r7\",\"note\":{\"included\":true},\"analysis\":\"5KLnjKXiR4r7\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 03VSsR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_Tc7b8zcNy3B6\",\"note\":{\"included\":true},\"analysis\":\"Tc7b8zcNy3B6\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 05DCR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_ALnoZFkh27Ki\",\"note\":{\"included\":true},\"analysis\":\"ALnoZFkh27Ki\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 06DCL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_4MBaJciKwBrj\",\"note\":{\"included\":true},\"analysis\":\"4MBaJciKwBrj\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 11VRPR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_5oiVtk9Re2dF\",\"note\":{\"included\":true},\"analysis\":\"5oiVtk9Re2dF\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 12VRPL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_7V6qUuPUhzcD\",\"note\":{\"included\":true},\"analysis\":\"7V6qUuPUhzcD\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 01VSiR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_EiTfnTWLGNeJ\",\"note\":{\"included\":true},\"analysis\":\"EiTfnTWLGNeJ\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 03VSsR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_3REcZjXqwuKA\",\"note\":{\"included\":true},\"analysis\":\"3REcZjXqwuKA\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 04VSsL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_3u4h3ZU5x6WN\",\"note\":{\"included\":true},\"analysis\":\"3u4h3ZU5x6WN\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 05DCR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_6uWWBH24ujJj\",\"note\":{\"included\":true},\"analysis\":\"6uWWBH24ujJj\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 06DCL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_6dzpavtnGgHm\",\"note\":{\"included\":true},\"analysis\":\"6dzpavtnGgHm\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 09DRPR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_5yK88nnMmDRh\",\"note\":{\"included\":true},\"analysis\":\"5yK88nnMmDRh\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 10DRPL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_68scnerkK6KV\",\"note\":{\"included\":true},\"analysis\":\"68scnerkK6KV\",\"study\":\"3rdPUSpHr6Da\",\"study_name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"analysis_name\":\"39738\",\"study_year\":2014,\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"publication\":\"PloS + one\"},{\"id\":\"vvigrL8Wv75H_7GJtvQyQ4ijU\",\"note\":{\"included\":true},\"analysis\":\"7GJtvQyQ4ijU\",\"study\":\"3rdPUSpHr6Da\",\"study_name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"analysis_name\":\"39739\",\"study_year\":2014,\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"publication\":\"PloS + one\"},{\"id\":\"vvigrL8Wv75H_7nMKD39xwyEj\",\"note\":{\"included\":true},\"analysis\":\"7nMKD39xwyEj\",\"study\":\"3rdPUSpHr6Da\",\"study_name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"analysis_name\":\"39740\",\"study_year\":2014,\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"publication\":\"PloS + one\"},{\"id\":\"vvigrL8Wv75H_8JwmBGHAKbEA\",\"note\":{\"included\":true},\"analysis\":\"8JwmBGHAKbEA\",\"study\":\"3rdPUSpHr6Da\",\"study_name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"analysis_name\":\"39741\",\"study_year\":2014,\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"publication\":\"PloS + one\"},{\"id\":\"vvigrL8Wv75H_5uHWSJ55A7aj\",\"note\":{\"included\":true},\"analysis\":\"5uHWSJ55A7aj\",\"study\":\"4GipszReJ2gE\",\"study_name\":\"Getting + the beat: Entrainment of brain activity by musical rhythm and pleasantness.\",\"analysis_name\":\"Table + 2\",\"study_year\":2014,\"authors\":\"Trost W, Fruhholz S, Schon D, Labbe + C, Pichon S, Grandjean D, Vuilleumier P\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_74gSFkeMphcL\",\"note\":{\"included\":true},\"analysis\":\"74gSFkeMphcL\",\"study\":\"4GipszReJ2gE\",\"study_name\":\"Getting + the beat: Entrainment of brain activity by musical rhythm and pleasantness.\",\"analysis_name\":\"Table + 3\",\"study_year\":2014,\"authors\":\"Trost W, Fruhholz S, Schon D, Labbe + C, Pichon S, Grandjean D, Vuilleumier P\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_SqwKRqEf5VCb\",\"note\":{\"included\":true},\"analysis\":\"SqwKRqEf5VCb\",\"study\":\"4PxXaZSp8vHm\",\"study_name\":\"Shared + networks for auditory and motor processing in professional pianists: Evidence + from fMRI conjunction\",\"analysis_name\":\"tbl1\",\"study_year\":2006,\"authors\":\"Bangert + M, Peschel T, Schlaug G, Rotte M, Drescher D, Hinrichs H, Heinze HJ, Altenmuller + E\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_4eroFfeEyg8E\",\"note\":{\"included\":true},\"analysis\":\"4eroFfeEyg8E\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + CC Audio post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico + Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_83WvVMwoyNDN\",\"note\":{\"included\":true},\"analysis\":\"83WvVMwoyNDN\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + CC AudioVideo post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_6cKGe8aFbXzR\",\"note\":{\"included\":true},\"analysis\":\"6cKGe8aFbXzR\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + CC Video post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico + Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_7gJRWagd5JUt\",\"note\":{\"included\":true},\"analysis\":\"7gJRWagd5JUt\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + UNT Audio post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_3g2DvkBHddp5\",\"note\":{\"included\":true},\"analysis\":\"3g2DvkBHddp5\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + UNT AudioVideo post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_52XFHnJzetyA\",\"note\":{\"included\":true},\"analysis\":\"52XFHnJzetyA\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + UNT Video post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_58jrCG8sZdrM\",\"note\":{\"included\":true},\"analysis\":\"58jrCG8sZdrM\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + Audio Post\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico Glerean, + Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_76Vqz3FeGwWr\",\"note\":{\"included\":true},\"analysis\":\"76Vqz3FeGwWr\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + Audio Pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico Glerean, + Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_3Y6suHwaar9A\",\"note\":{\"included\":true},\"analysis\":\"3Y6suHwaar9A\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + AudioVideo Post\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico + Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_3dyUE26q5vAU\",\"note\":{\"included\":true},\"analysis\":\"3dyUE26q5vAU\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + AudioVideo Pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico + Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_45CdGHss8LvB\",\"note\":{\"included\":true},\"analysis\":\"45CdGHss8LvB\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + Video Post\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico Glerean, + Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_5fJ6L7sA9JuK\",\"note\":{\"included\":true},\"analysis\":\"5fJ6L7sA9JuK\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + Video Pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico Glerean, + Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_4EdruQoJLgeG\",\"note\":{\"included\":true},\"analysis\":\"4EdruQoJLgeG\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement AudioR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_4Qy6xWbZ93GK\",\"note\":{\"included\":true},\"analysis\":\"4Qy6xWbZ93GK\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement AudioR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_7LyJbBkKq6aj\",\"note\":{\"included\":true},\"analysis\":\"7LyJbBkKq6aj\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement AudioVideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. + Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, + Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_7hHKDCBfbqx9\",\"note\":{\"included\":true},\"analysis\":\"7hHKDCBfbqx9\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement AudioVideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_7pzi9fkLH69W\",\"note\":{\"included\":true},\"analysis\":\"7pzi9fkLH69W\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement VideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_eSbzUhYVkER8\",\"note\":{\"included\":true},\"analysis\":\"eSbzUhYVkER8\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement VideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_7FwN6VVpceE7\",\"note\":{\"included\":true},\"analysis\":\"7FwN6VVpceE7\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement AudioR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_6dBLoGzSLgqG\",\"note\":{\"included\":true},\"analysis\":\"6dBLoGzSLgqG\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement AudioR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_5byJ6yRmQN4G\",\"note\":{\"included\":true},\"analysis\":\"5byJ6yRmQN4G\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement AudioVideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_7tpR7n7A2GxW\",\"note\":{\"included\":true},\"analysis\":\"7tpR7n7A2GxW\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement AudioVideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_6NG2N9xZQSCo\",\"note\":{\"included\":true},\"analysis\":\"6NG2N9xZQSCo\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement VideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_6EJGfB9oHtLQ\",\"note\":{\"included\":true},\"analysis\":\"6EJGfB9oHtLQ\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement VideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_4h72UDFXDxgW\",\"note\":{\"included\":true},\"analysis\":\"4h72UDFXDxgW\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise AudioR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_7netCR7EuFBZ\",\"note\":{\"included\":true},\"analysis\":\"7netCR7EuFBZ\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise AudioR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria C. + Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, + Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_3heJe9XtbVxE\",\"note\":{\"included\":true},\"analysis\":\"3heJe9XtbVxE\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise AudioVideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_mubcxaoXFBhi\",\"note\":{\"included\":true},\"analysis\":\"mubcxaoXFBhi\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise AudioVideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_86HucnxbbrBd\",\"note\":{\"included\":true},\"analysis\":\"86HucnxbbrBd\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise VideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_6dtyp45FDq45\",\"note\":{\"included\":true},\"analysis\":\"6dtyp45FDq45\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise VideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria C. + Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, + Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"vvigrL8Wv75H_7vEUcmShNSsP\",\"note\":{\"included\":true},\"analysis\":\"7vEUcmShNSsP\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Pianists: + Mean BOLD Response during Learning and Recall Trials\",\"study_year\":2018,\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"vvigrL8Wv75H_3P8JxTsJRZQA\",\"note\":{\"included\":true},\"analysis\":\"3P8JxTsJRZQA\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Pianists: + BOLD Response Decrease during Learning and Recall Trials\",\"study_year\":2018,\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"vvigrL8Wv75H_5EW2pMq7ceot\",\"note\":{\"included\":true},\"analysis\":\"5EW2pMq7ceot\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Nonmusicians: + Mean BOLD response during Learning Trials\",\"study_year\":2018,\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"vvigrL8Wv75H_8EeVmz4MaUZq\",\"note\":{\"included\":true},\"analysis\":\"8EeVmz4MaUZq\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Nonmusicians: + BOLD Response Increase during Learning and Recall Trials\",\"study_year\":2018,\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"vvigrL8Wv75H_4KNmGxQzDt5R\",\"note\":{\"included\":true},\"analysis\":\"4KNmGxQzDt5R\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Conjunctions: + Pianists and Nonmusicians\",\"study_year\":2018,\"authors\":\"Rachel M Brown, + Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"vvigrL8Wv75H_5aidAYbQFc7b\",\"note\":{\"included\":true},\"analysis\":\"5aidAYbQFc7b\",\"study\":\"5nD3zkatnxeX\",\"study_name\":\"Metabolic + and electric brain patterns during pleasant and unpleasant emotions induced + by music masterpieces.\",\"analysis_name\":\"25146\",\"study_year\":2007,\"authors\":\"Flores-Gutierrez + EO, Diaz JL, Barrios FA, Favila-Humara R, Guevara MA, del Rio-Portilla Y, + Corsi-Cabrera M\",\"publication\":\"International journal of psychophysiology + : official journal of the International Organization of Psychophysiology\"},{\"id\":\"vvigrL8Wv75H_74RCCDFGVVoP\",\"note\":{\"included\":true},\"analysis\":\"74RCCDFGVVoP\",\"study\":\"68vYS7z3ibJc\",\"study_name\":\"The + effects of short-term musical training on the neural processing of speech-in-noise + in older adults.\",\"analysis_name\":\"Table 2\",\"study_year\":2019,\"authors\":\"David + Fleming, Sylvie Belleville, Isabelle Peretz, Greg West, Benjamin Rich Zendel\",\"publication\":\"Brain + and cognition\"},{\"id\":\"vvigrL8Wv75H_5n2QphfDsihC\",\"note\":{\"included\":true},\"analysis\":\"5n2QphfDsihC\",\"study\":\"68vYS7z3ibJc\",\"study_name\":\"The + effects of short-term musical training on the neural processing of speech-in-noise + in older adults.\",\"analysis_name\":\"Table 3\",\"study_year\":2019,\"authors\":\"David + Fleming, Sylvie Belleville, Isabelle Peretz, Greg West, Benjamin Rich Zendel\",\"publication\":\"Brain + and cognition\"},{\"id\":\"vvigrL8Wv75H_3JzpoMfYVAM5\",\"note\":{\"included\":true},\"analysis\":\"3JzpoMfYVAM5\",\"study\":\"68vYS7z3ibJc\",\"study_name\":\"The + effects of short-term musical training on the neural processing of speech-in-noise + in older adults.\",\"analysis_name\":\"Table 4\",\"study_year\":2019,\"authors\":\"David + Fleming, Sylvie Belleville, Isabelle Peretz, Greg West, Benjamin Rich Zendel\",\"publication\":\"Brain + and cognition\"},{\"id\":\"vvigrL8Wv75H_UxpJsR33fWKp\",\"note\":{\"included\":true},\"analysis\":\"UxpJsR33fWKp\",\"study\":\"768pzdf2h8hz\",\"study_name\":\"Connecting + to Create: Expertise in Musical Improvisation Is Associated with Increased + Functional Connectivity between Premotor and Prefrontal Areas.\",\"analysis_name\":\"28298\",\"study_year\":2014,\"authors\":\"Pinho + AL, de Manzano O, Fransson P, Eriksson H, Ullen F\",\"publication\":\"The + Journal of neuroscience : the official journal of the Society for Neuroscience\"},{\"id\":\"vvigrL8Wv75H_647dMKRUcqQq\",\"note\":{\"included\":true},\"analysis\":\"647dMKRUcqQq\",\"study\":\"768pzdf2h8hz\",\"study_name\":\"Connecting + to Create: Expertise in Musical Improvisation Is Associated with Increased + Functional Connectivity between Premotor and Prefrontal Areas.\",\"analysis_name\":\"28299\",\"study_year\":2014,\"authors\":\"Pinho + AL, de Manzano O, Fransson P, Eriksson H, Ullen F\",\"publication\":\"The + Journal of neuroscience : the official journal of the Society for Neuroscience\"},{\"id\":\"vvigrL8Wv75H_6NGApraDbfH6\",\"note\":{\"included\":true},\"analysis\":\"6NGApraDbfH6\",\"study\":\"7BVLew9kxm5B\",\"study_name\":\"Do + blind people hear better?\",\"analysis_name\":\"Table 1\",\"study_year\":2022,\"authors\":\"Carina + J Sabourin, Yaser Merrikhi, Stephen G Lomber\",\"publication\":\"Trends in + cognitive sciences\"},{\"id\":\"vvigrL8Wv75H_3PJFqzgrZUjP\",\"note\":{\"included\":true},\"analysis\":\"3PJFqzgrZUjP\",\"study\":\"7Dg57x5EVfTg\",\"study_name\":\"Encoding + and recall of finger sequences in experienced pianists compared with musically + naive controls: a combined behavioral and functional imaging study.\",\"analysis_name\":\"Table + 1\",\"study_year\":2013,\"authors\":\"Pau S, Jahn G, Sakreida K, Domin M, + Lotze M\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_6s7JAtTiapEu\",\"note\":{\"included\":true},\"analysis\":\"6s7JAtTiapEu\",\"study\":\"7Dg57x5EVfTg\",\"study_name\":\"Encoding + and recall of finger sequences in experienced pianists compared with musically + naive controls: a combined behavioral and functional imaging study.\",\"analysis_name\":\"Table + 2\",\"study_year\":2013,\"authors\":\"Pau S, Jahn G, Sakreida K, Domin M, + Lotze M\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_7HyZmc6GXDjQ\",\"note\":{\"included\":true},\"analysis\":\"7HyZmc6GXDjQ\",\"study\":\"7Dg57x5EVfTg\",\"study_name\":\"Encoding + and recall of finger sequences in experienced pianists compared with musically + naive controls: a combined behavioral and functional imaging study.\",\"analysis_name\":\"33520\",\"study_year\":2013,\"authors\":\"Pau + S, Jahn G, Sakreida K, Domin M, Lotze M\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_6QDp4kEmb7Bi\",\"note\":{\"included\":true},\"analysis\":\"6QDp4kEmb7Bi\",\"study\":\"7fUwtrsAeAQf\",\"study_name\":\"Distributed + neural signatures of natural audiovisual speech and music in the human auditory + cortex.\",\"analysis_name\":\"Table 1\",\"study_year\":2017,\"authors\":\"Salmi + J, Koistinen OP, Glerean E, Jylanki P, Vehtari A, Jaaskelainen IP, Makela + S, Nummenmaa L, Nummi-Kuisma K, Nummi I, Sams M\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_6FLfjpSzRkid\",\"note\":{\"included\":true},\"analysis\":\"6FLfjpSzRkid\",\"study\":\"7fUwtrsAeAQf\",\"study_name\":\"Distributed + neural signatures of natural audiovisual speech and music in the human auditory + cortex.\",\"analysis_name\":\"Table 2\",\"study_year\":2017,\"authors\":\"Salmi + J, Koistinen OP, Glerean E, Jylanki P, Vehtari A, Jaaskelainen IP, Makela + S, Nummenmaa L, Nummi-Kuisma K, Nummi I, Sams M\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_7qDEfBDx675z\",\"note\":{\"included\":true},\"analysis\":\"7qDEfBDx675z\",\"study\":\"7yDarPD6Qkro\",\"study_name\":\"EEG + oscillatory patterns are associated with error prediction during music performance + and are altered in musician's dystonia.\",\"analysis_name\":\"32635\",\"study_year\":2011,\"authors\":\"Ruiz + MH, Strubing F, Jabusch HC, Altenmuller E\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_3uC4GULookyN\",\"note\":{\"included\":true},\"analysis\":\"3uC4GULookyN\",\"study\":\"83wU4Laggabu\",\"study_name\":\"Goal-independent + mechanisms for free response generation: Creative and pseudo-random performance + share neural substrates\",\"analysis_name\":\"t0005\",\"study_year\":2012,\"authors\":\"de + Manzano O, Ullen F\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_eRbPx5RqRkgs\",\"note\":{\"included\":true},\"analysis\":\"eRbPx5RqRkgs\",\"study\":\"83wU4Laggabu\",\"study_name\":\"Goal-independent + mechanisms for free response generation: Creative and pseudo-random performance + share neural substrates\",\"analysis_name\":\"t0010\",\"study_year\":2012,\"authors\":\"de + Manzano O, Ullen F\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_SxwDFgbwdTUT\",\"note\":{\"included\":true},\"analysis\":\"SxwDFgbwdTUT\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Activations\",\"study_year\":2005,\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_6QHTHfoLyGw3\",\"note\":{\"included\":true},\"analysis\":\"6QHTHfoLyGw3\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Anterior cerebellum + activations\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; D. + Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_9N7JAP9kaq4L\",\"note\":{\"included\":true},\"analysis\":\"9N7JAP9kaq4L\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Activations-2\",\"study_year\":2005,\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_A6goQCV9WVAV\",\"note\":{\"included\":true},\"analysis\":\"A6goQCV9WVAV\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Anterior cerebellum + activations-2\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_p3zStp3ogdYh\",\"note\":{\"included\":true},\"analysis\":\"p3zStp3ogdYh\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Posterior cerebellum + activations\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; D. + Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_2LMVuzHWv6pV\",\"note\":{\"included\":true},\"analysis\":\"2LMVuzHWv6pV\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Activations-3\",\"study_year\":2005,\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_DB7SNoEKNypu\",\"note\":{\"included\":true},\"analysis\":\"DB7SNoEKNypu\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Anterior cerebellum + activations-3\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_b8CFr4gjeZZv\",\"note\":{\"included\":true},\"analysis\":\"b8CFr4gjeZZv\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Posterior cerebellum + activations-2\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_hpTXqs4rzn7Y\",\"note\":{\"included\":true},\"analysis\":\"hpTXqs4rzn7Y\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Activations-4\",\"study_year\":2005,\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_hzc7MMUUZhPj\",\"note\":{\"included\":true},\"analysis\":\"hzc7MMUUZhPj\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Anterior cerebellum + activations-4\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_nZckHoaHvjQn\",\"note\":{\"included\":true},\"analysis\":\"nZckHoaHvjQn\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Posterior cerebellum + activations-3\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_7VjyxfMXkd8c\",\"note\":{\"included\":true},\"analysis\":\"7VjyxfMXkd8c\",\"study\":\"97dv4pLPbk2Z\",\"study_name\":\"A + network for audio-motor coordination in skilled pianists and non-musicians.\",\"analysis_name\":\"17378\",\"study_year\":2007,\"authors\":\"Baumann + S, Koeneke S, Schmidt CF, Meyer M, Lutz K, Jancke L\",\"publication\":\"Brain + research\"},{\"id\":\"vvigrL8Wv75H_Y3wQnr52aicS\",\"note\":{\"included\":true},\"analysis\":\"Y3wQnr52aicS\",\"study\":\"97dv4pLPbk2Z\",\"study_name\":\"A + network for audio-motor coordination in skilled pianists and non-musicians.\",\"analysis_name\":\"17379\",\"study_year\":2007,\"authors\":\"Baumann + S, Koeneke S, Schmidt CF, Meyer M, Lutz K, Jancke L\",\"publication\":\"Brain + research\"},{\"id\":\"vvigrL8Wv75H_azP9YALak6N5\",\"note\":{\"included\":true},\"analysis\":\"azP9YALak6N5\",\"study\":\"GwXfvRuHQZur\",\"study_name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"analysis_name\":\"26105\",\"study_year\":2013,\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"vvigrL8Wv75H_63uHPiwXg47p\",\"note\":{\"included\":true},\"analysis\":\"63uHPiwXg47p\",\"study\":\"GwXfvRuHQZur\",\"study_name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"analysis_name\":\"26106\",\"study_year\":2013,\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"vvigrL8Wv75H_7id2yof9rmx5\",\"note\":{\"included\":true},\"analysis\":\"7id2yof9rmx5\",\"study\":\"GwXfvRuHQZur\",\"study_name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"analysis_name\":\"26107\",\"study_year\":2013,\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"vvigrL8Wv75H_42wCogLU7bPT\",\"note\":{\"included\":true},\"analysis\":\"42wCogLU7bPT\",\"study\":\"GwXfvRuHQZur\",\"study_name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"analysis_name\":\"26108\",\"study_year\":2013,\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"vvigrL8Wv75H_4k7VcGe3v9sV\",\"note\":{\"included\":true},\"analysis\":\"4k7VcGe3v9sV\",\"study\":\"NhAstyUyyACW\",\"study_name\":\"Long-term + training-dependent representation of individual finger movements in the primary + motor cortex.\",\"analysis_name\":\"Table 1\",\"study_year\":2019,\"authors\":\"Kenji + Ogawa, Kaoru Mitsui, Fumihito Imai, Shuhei Nishida\",\"publication\":\"NeuroImage\"},{\"id\":\"vvigrL8Wv75H_6Xf8m7oZrEam\",\"note\":{\"included\":true},\"analysis\":\"6Xf8m7oZrEam\",\"study\":\"UkwBNqgwurqB\",\"study_name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"analysis_name\":\"20005\",\"study_year\":2015,\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"publication\":\"Cerebral + cortex (New York, N.Y. : 1991)\"},{\"id\":\"vvigrL8Wv75H_6M4FP5FMYfiT\",\"note\":{\"included\":true},\"analysis\":\"6M4FP5FMYfiT\",\"study\":\"UkwBNqgwurqB\",\"study_name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"analysis_name\":\"20006\",\"study_year\":2015,\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"publication\":\"Cerebral + cortex (New York, N.Y. : 1991)\"},{\"id\":\"vvigrL8Wv75H_5MveBMmpWRr7\",\"note\":{\"included\":true},\"analysis\":\"5MveBMmpWRr7\",\"study\":\"UkwBNqgwurqB\",\"study_name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"analysis_name\":\"20007\",\"study_year\":2015,\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"publication\":\"Cerebral + cortex (New York, N.Y. : 1991)\"},{\"id\":\"vvigrL8Wv75H_4Giqhsz9JPCX\",\"note\":{\"included\":true},\"analysis\":\"4Giqhsz9JPCX\",\"study\":\"UkwBNqgwurqB\",\"study_name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"analysis_name\":\"20008\",\"study_year\":2015,\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"publication\":\"Cerebral + cortex (New York, N.Y. : 1991)\"},{\"id\":\"vvigrL8Wv75H_qB4Q8XkocAiK\",\"note\":{\"included\":true},\"analysis\":\"qB4Q8XkocAiK\",\"study\":\"Z2BfJNL3tVMo\",\"study_name\":\"Musical + training induces functional and structural auditory\u2010motor network plasticity + in young adults\",\"analysis_name\":\"3\",\"study_year\":2018,\"authors\":\"Qiongling + Li; Xuetong Wang; Shaoyi Wang; Yongqi Xie; Xinwei Li; Yachao Xie; Shuyu Li\",\"publication\":\"Human + Brain Mapping\"},{\"id\":\"vvigrL8Wv75H_7tivwuSeZ8YE\",\"note\":{\"included\":true},\"analysis\":\"7tivwuSeZ8YE\",\"study\":\"ZXenVBbnvmbo\",\"study_name\":\"Aberrant + Cerebello-Cortical Connectivity in Pianists With Focal Task-Specific Dystonia.\",\"analysis_name\":\"Table + 3\",\"study_year\":2021,\"authors\":\"Kahori Kita, Shinichi Furuya, Rieko + Osu, Takashi Sakamoto, Takashi Hanakawa\",\"publication\":\"Cerebral cortex + (New York, N.Y. : 1991)\"},{\"id\":\"vvigrL8Wv75H_mkfbsBKCMXJ4\",\"note\":{\"included\":true},\"analysis\":\"mkfbsBKCMXJ4\",\"study\":\"caRPfyFpRY8R\",\"study_name\":\"Unlocking + the musical brain: A proof-of-concept study on playing the piano in MRI scanner + with naturalistic stimuli\",\"analysis_name\":\"Table 3\",\"study_year\":2023,\"authors\":\"Olszewska + AM; Dro\u017Adziel D; Gaca M; Kulesza A; Obr\u0119bski W; Kowalewski J; Widlarz + A; Marchewka A; Herman AM\",\"publication\":\"Heliyon\"},{\"id\":\"vvigrL8Wv75H_KU2HZcmytEWU\",\"note\":{\"included\":true},\"analysis\":\"KU2HZcmytEWU\",\"study\":\"caRPfyFpRY8R\",\"study_name\":\"Unlocking + the musical brain: A proof-of-concept study on playing the piano in MRI scanner + with naturalistic stimuli\",\"analysis_name\":\"Table 4\",\"study_year\":2023,\"authors\":\"Olszewska + AM; Dro\u017Adziel D; Gaca M; Kulesza A; Obr\u0119bski W; Kowalewski J; Widlarz + A; Marchewka A; Herman AM\",\"publication\":\"Heliyon\"},{\"id\":\"vvigrL8Wv75H_XswCNzTyw7tH\",\"note\":{\"included\":true},\"analysis\":\"XswCNzTyw7tH\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Whole brain analysis for positive parametric + modulation by stimulus quality.\",\"study_year\":2018,\"authors\":\"S. Bode; + Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; Carsten + Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_Y2DjLMpJLcYY\",\"note\":{\"included\":true},\"analysis\":\"Y2DjLMpJLcYY\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Whole brain analysis for negative parametric + modulation by stimulus quality.\",\"study_year\":2018,\"authors\":\"S. Bode; + Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; Carsten + Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_azvuUtxCT2dk\",\"note\":{\"included\":true},\"analysis\":\"azvuUtxCT2dk\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"High stimulus quality\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_xVSpciXeemUQ\",\"note\":{\"included\":true},\"analysis\":\"xVSpciXeemUQ\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Medium stimulus quality\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_anUSymgkqggH\",\"note\":{\"included\":true},\"analysis\":\"anUSymgkqggH\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Low stimulus quality\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_ZHa6sxNPx6Jh\",\"note\":{\"included\":true},\"analysis\":\"ZHa6sxNPx6Jh\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"High stimulus quality-2\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_xQNbQ8XrKZyC\",\"note\":{\"included\":true},\"analysis\":\"xQNbQ8XrKZyC\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Medium stimulus quality-2\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_cntaP8aiZtjF\",\"note\":{\"included\":true},\"analysis\":\"cntaP8aiZtjF\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Low stimulus quality-2\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"vvigrL8Wv75H_6aQSVc6jP8ia\",\"note\":{\"included\":true},\"analysis\":\"6aQSVc6jP8ia\",\"study\":\"y8iiRk23Dz7G\",\"study_name\":\"Structural + neuroplasticity in expert pianists depends on the age of musical training + onset\",\"analysis_name\":\"t0015\",\"study_year\":2016,\"authors\":\"Vaquero + L, Hartmann K, Ripolles P, Rojo N, Sierpowska J, Francois C, Camara E, van + Vugt FT, Mohammadi B, Samii A, Munte TF, Rodriguez-Fornells A, Altenmuller + E\",\"publication\":\"NeuroImage\"}],\"source\":null,\"source_id\":null,\"source_updated_at\":null,\"note_keys\":{\"included\":{\"type\":\"boolean\",\"order\":0,\"default\":true}},\"metadata\":null,\"name\":\"Annotation + for studyset 8Tc9iMdR4uwR\",\"description\":\"\"}\n" + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 05:47:50 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '45046' + status: + code: 200 + message: OK +version: 1 diff --git a/compose_runner/tests/cassettes/test_run/test_download_bundle_dev_string_id_shape.yaml b/compose_runner/tests/cassettes/test_run/test_download_bundle_dev_string_id_shape.yaml new file mode 100644 index 0000000..2bed279 --- /dev/null +++ b/compose_runner/tests/cassettes/test_run/test_download_bundle_dev_string_id_shape.yaml @@ -0,0 +1,1720 @@ +interactions: +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://dev.synth.neurostore.xyz/api/meta-analyses/jeqZ65Bsnniw?nested=true + response: + body: + string: '{"id":"jeqZ65Bsnniw","created_at":"2026-04-17T07:00:13.813597+00:00","updated_at":null,"user":"github|12564882","username":"James + Kent","name":"Untitled MKDADensity Meta Analysis: included","description":"MKDADensity + meta analysis with FDRCorrector","public":true,"provenance":null,"tags":[],"specification":{"id":"XJAK23tWf8im","created_at":"2026-04-17T07:00:13.373598+00:00","updated_at":null,"user":"github|12564882","username":"James + Kent","type":"CBMA","estimator":{"type":"MKDADensity","args":{"null_method":"approximate","n_iters":5000,"**kwargs":{},"kernel__r":10,"kernel__value":1}},"database_studyset":null,"filter":"included","corrector":{"type":"FDRCorrector","args":{"method":"indep","alpha":0.05}},"conditions":["true"],"weights":[1.0]},"neurostore_analysis":{"created_at":"2026-04-17T07:00:13.828268+00:00","updated_at":null,"neurostore_id":null,"exception":null,"traceback":null,"status":"PENDING"},"project":"46YbVYRGu2bb","run_key":"4Wjr9ilSgqnYLO-5TH34aA","snapshots":[],"results":[],"neurostore_url":null,"neurostore_studyset":{"id":"MYFAqDMNBryo","created_at":"2026-04-17T06:58:42.781220+00:00","updated_at":null,"studysets":[{"id":"MWnYF2ExSvsN","md5":null}]},"neurostore_annotation":{"id":"ExiEeALEEvUb","annotations":[{"id":"5KgfxAXh4FzA","md5":null}]}}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 07:08:20 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '1277' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://dev.neurostore.xyz/api/studysets/MYFAqDMNBryo?nested=true + response: + body: + string: "{\"id\":\"MYFAqDMNBryo\",\"name\":\"Untitled Studyset\",\"user\":\"github|12564882\",\"description\":\"\",\"publication\":null,\"doi\":null,\"pmid\":null,\"created_at\":\"2026-04-17T06:58:39.799954+00:00\",\"updated_at\":null,\"studies\":[{\"id\":\"3i7ozQKYGb5Z\",\"created_at\":\"2022-06-02T18:11:39.470951+00:00\",\"updated_at\":\"2024-03-22T17:11:09.932931+00:00\",\"user\":null,\"name\":\"The + impact of early musical training on striatal functional connectivity\",\"description\":\"In + this paper we measured resting state fMRI data for a group of nonmusicians + and musicians (piano players), the latter started their musical training either + early in life (<7 years of age) or later in life.\\r\\n\\r\\nPlease refer + to the original manuscript for details:\\r\\n\\r\\nvan Vugt FT, Hartmann K, + Altenmueller E, Mohammadi B, Margulies DS. The impact of early musical training + on striatal functional connectivity. NeuroImage. doi: 10.1016/j.neuroimage.2021.118251\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2021.118251\",\"pmid\":\"34116147\",\"authors\":\"F.T. + van Vugt, K. Hartmann, E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"year\":2021,\"metadata\":{\"url\":\"https://neurovault.org/collections/4589/\",\"owner\":4555,\"private\":false,\"add_date\":\"2018-12-07T19:57:39.843549Z\",\"echo_time\":null,\"paper_url\":\"https://linkinghub.elsevier.com/retrieve/pii/S1053811921005280\",\"flip_angle\":null,\"handedness\":null,\"owner_name\":\"florisvanvugt\",\"communities\":[],\"matrix_size\":null,\"modify_date\":\"2021-06-10T17:02:18.808044Z\",\"contributors\":\"\",\"doi_add_date\":\"2021-06-10T17:02:18.804107Z\",\"download_url\":\"https://neurovault.org/collections/4589/download\",\"optimization\":null,\"scanner_make\":\"\",\"field_of_view\":null,\"scanner_model\":\"\",\"skip_distance\":null,\"field_strength\":null,\"length_of_runs\":null,\"pulse_sequence\":\"\",\"smoothing_fwhm\":null,\"smoothing_type\":\"\",\"type_of_design\":null,\"used_smoothing\":null,\"quality_control\":\"\",\"repetition_time\":null,\"slice_thickness\":null,\"subject_age_max\":null,\"subject_age_min\":null,\"coordinate_space\":null,\"full_dataset_url\":\"\",\"group_comparison\":null,\"group_model_type\":\"\",\"length_of_blocks\":null,\"length_of_trials\":\"\",\"number_of_images\":12,\"parallel_imaging\":\"\",\"software_package\":\"\",\"software_version\":\"\",\"subject_age_mean\":null,\"group_description\":\"Nonmusicians, + early onset piano players, late onset piano players\",\"object_image_type\":\"\",\"target_resolution\":null,\"used_b0_unwarping\":null,\"optimization_method\":\"\",\"group_inference_type\":null,\"interpolation_method\":\"\",\"order_of_acquisition\":null,\"resampled_voxel_size\":null,\"autocorrelation_model\":\"\",\"b0_unwarping_software\":\"\",\"group_estimation_type\":\"\",\"nutbrain_hunger_state\":null,\"target_template_image\":\"\",\"used_high_pass_filter\":null,\"group_model_multilevel\":\"\",\"number_of_imaging_runs\":null,\"used_motion_correction\":null,\"used_motion_regressors\":null,\"used_orthogonalization\":null,\"acquisition_orientation\":\"\",\"group_modeling_software\":\"\",\"group_repeated_measures\":null,\"high_pass_filter_method\":\"\",\"intrasubject_model_type\":\"\",\"motion_correction_metric\":\"\",\"nonlinear_transform_type\":\"\",\"nutbrain_odor_conditions\":\"\",\"proportion_male_subjects\":null,\"nutbrain_food_choice_type\":\"\",\"nutbrain_taste_conditions\":\"\",\"used_temporal_derivatives\":null,\"motion_correction_software\":\"\",\"motion_correction_reference\":\"\",\"number_of_rejected_subjects\":null,\"transform_similarity_metric\":\"\",\"used_dispersion_derivatives\":null,\"inclusion_exclusion_criteria\":\"\",\"intrasubject_estimation_type\":\"\",\"number_of_experimental_units\":null,\"used_reaction_time_regressor\":null,\"used_slice_timing_correction\":null,\"hemodynamic_response_function\":\"\",\"orthogonalization_description\":\"\",\"group_repeated_measures_method\":\"\",\"intrasubject_modeling_software\":\"\",\"used_intersubject_registration\":null,\"motion_correction_interpolation\":\"\",\"functional_coregistration_method\":\"\",\"intersubject_transformation_type\":null,\"nutbrain_food_viewing_conditions\":\"\",\"slice_timing_correction_software\":\"\",\"order_of_preprocessing_operations\":\"\",\"intersubject_registration_software\":\"\",\"used_motion_susceptibiity_correction\":null,\"functional_coregistered_to_structural\":null},\"source\":\"neurovault\",\"source_id\":\"4589\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"5KLnjKXiR4r7\",\"user\":null,\"name\":\"early + vs late 03VSsR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"KZwa3ASqYdqW\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_03VSsR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_03VSsR.nii.gz\",\"add_date\":\"2018-12-07T19:57:47.874142+00:00\"}]},{\"id\":\"Tc7b8zcNy3B6\",\"user\":null,\"name\":\"early + vs late 05DCR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4bkpTymY7NBD\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_05DCR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_05DCR.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.110114+00:00\"}]},{\"id\":\"ALnoZFkh27Ki\",\"user\":null,\"name\":\"early + vs late 06DCL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"3ENLosUFkeBc\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_06DCL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_06DCL.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.319661+00:00\"}]},{\"id\":\"4MBaJciKwBrj\",\"user\":null,\"name\":\"early + vs late 11VRPR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4o8THmGxqnbc\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_11VRPR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_11VRPR.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.545537+00:00\"}]},{\"id\":\"5oiVtk9Re2dF\",\"user\":null,\"name\":\"early + vs late 12VRPL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"cU6jgDMqDREV\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/early_vs_late_12VRPL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"early_vs_late_12VRPL.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.764968+00:00\"}]},{\"id\":\"7V6qUuPUhzcD\",\"user\":null,\"name\":\"musician + vs nonmus 01VSiR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"6CMaFgKoNTxt\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_01VSiR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_01VSiR.nii.gz\",\"add_date\":\"2018-12-07T19:57:48.997376+00:00\"}]},{\"id\":\"EiTfnTWLGNeJ\",\"user\":null,\"name\":\"musician + vs nonmus 03VSsR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"oHQhkJom7YiL\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_03VSsR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_03VSsR.nii.gz\",\"add_date\":\"2018-12-07T19:57:49.203585+00:00\"}]},{\"id\":\"3REcZjXqwuKA\",\"user\":null,\"name\":\"musician + vs nonmus 04VSsL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4cuW65GBnSp2\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_04VSsL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_04VSsL.nii.gz\",\"add_date\":\"2018-12-07T19:57:49.416819+00:00\"}]},{\"id\":\"3u4h3ZU5x6WN\",\"user\":null,\"name\":\"musician + vs nonmus 05DCR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"6wvdUxRiZZ6o\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_05DCR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_05DCR.nii.gz\",\"add_date\":\"2018-12-07T19:57:49.628901+00:00\"}]},{\"id\":\"6uWWBH24ujJj\",\"user\":null,\"name\":\"musician + vs nonmus 06DCL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4feAUwgdZR5y\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_06DCL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_06DCL.nii.gz\",\"add_date\":\"2018-12-07T19:57:49.833496+00:00\"}]},{\"id\":\"6dzpavtnGgHm\",\"user\":null,\"name\":\"musician + vs nonmus 09DRPR\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"BuewfmVPRC3e\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_09DRPR.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_09DRPR.nii.gz\",\"add_date\":\"2018-12-07T19:57:50.019845+00:00\"}]},{\"id\":\"5yK88nnMmDRh\",\"user\":null,\"name\":\"musician + vs nonmus 10DRPL\",\"metadata\":null,\"description\":\"5.0.11\",\"conditions\":[{\"id\":\"4CSp82Ed9enw\",\"user\":null,\"name\":\"None + / Other\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"hAm5bVXY73gm\",\"user\":null,\"url\":\"https://neurovault.org/media/images/4589/musician_vs_nonmus_10DRPL.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"musician_vs_nonmus_10DRPL.nii.gz\",\"add_date\":\"2018-12-07T19:57:50.211388+00:00\"}]}]},{\"id\":\"3rdPUSpHr6Da\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:01:55.285477+00:00\",\"user\":null,\"name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"description\":\"Motor sequences can be learned using an incremental + approach by starting with a few elements and then adding more as training + evolves (e.g., learning a piano piece); conversely, one can use a global approach + and practice the whole sequence in every training session (e.g., shifting + gears in an automobile). Yet, the neural correlates associated with such learning + strategies in motor sequence learning remain largely unexplored to date. Here + we used functional magnetic resonance imaging to measure the cerebral activity + of individuals executing the same 8-element sequence after they completed + a 4-days training regimen (2 sessions each day) following either a global + or incremental strategy. A network comprised of striatal and fronto-parietal + regions was engaged significantly regardless of the learning strategy, whereas + the global training regimen led to additional cerebellar and temporal lobe + recruitment. Analysis of chunking/grouping of sequence elements revealed a + common prefrontal network in both conditions during the chunk initiation phase, + whereas execution of chunk cores led to higher mediotemporal activity (involving + the hippocampus) after global than incremental training. The novelty of our + results relate to the recruitment of mediotemporal regions conditional of + the learning strategy. Thus, the present findings may have clinical implications + suggesting that the ability of patients with lesions to the medial temporal + lobe to learn and consolidate new motor sequences may benefit from using an + incremental strategy.\",\"publication\":\"PloS one\",\"doi\":\"10.1371/journal.pone.0103885\",\"pmid\":\"25148078\",\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"year\":2014,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"25148078\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"68scnerkK6KV\",\"user\":null,\"name\":\"39738\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5iJcBhY5oSgg\",\"coordinates\":[27.0,-28.0,-20.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6746Ld9Fdmp6\",\"coordinates\":[-3.0,-64.0,-11.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ECcTQnzu3FM\",\"coordinates\":[0.0,-52.0,-5.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5BYWHvoYmHMr\",\"coordinates\":[18.0,-55.0,22.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4R4E3LyPV8tv\",\"coordinates\":[33.0,-61.0,-11.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3qigkimDiYCR\",\"coordinates\":[39.0,29.0,1.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"89ZRAj8w7Lbc\",\"coordinates\":[54.0,-22.0,-2.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5jL6T6U36iwC\",\"coordinates\":[-21.0,6.0,16.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6X3M8tcCovET\",\"coordinates\":[-24.0,-12.0,54.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"HzptaFVjcgJP\",\"coordinates\":[-26.0,-55.0,49.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3fF4NcwWLTPt\",\"coordinates\":[24.0,-14.0,53.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wuwfhcskS3f\",\"coordinates\":[21.0,-62.0,49.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3X2JnfaYro4h\",\"coordinates\":[39.0,-37.0,-26.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"7GJtvQyQ4ijU\",\"user\":null,\"name\":\"39739\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"577dju8vSVNV\",\"coordinates\":[41.0,-41.0,38.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3hzHUaVE6xDZ\",\"coordinates\":[40.0,13.0,14.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4VTDAvKvdcyr\",\"coordinates\":[2.0,6.0,50.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ePqC9FVHvj8\",\"coordinates\":[37.0,36.0,33.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xGKiWV69VwS\",\"coordinates\":[2.0,52.0,4.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6krGdysKRakS\",\"coordinates\":[-46.0,-68.0,35.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6p3U8cpytHj8\",\"coordinates\":[-45.0,16.0,-22.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"65wMHR9z5s8a\",\"coordinates\":[-42.0,46.0,-3.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oLVB4J5cNox5\",\"coordinates\":[-21.0,-8.0,-14.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4tzeUf569jPy\",\"coordinates\":[-6.0,50.0,40.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tyCeXhshdSZ\",\"coordinates\":[-31.0,-51.0,39.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"89gcX6jD9jm8\",\"coordinates\":[-58.0,-5.0,-10.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3yn3G6NndGzj\",\"coordinates\":[24.0,-17.0,-18.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4B3yq98dcdVx\",\"coordinates\":[31.0,-69.0,-35.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3PJzrrXSALL5\",\"coordinates\":[61.0,-11.0,-8.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LU5a2WTm8NQ\",\"coordinates\":[-44.0,29.0,37.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5rD6AVJzjfTm\",\"coordinates\":[-42.0,-2.0,29.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6C6dKsmFswmp\",\"coordinates\":[-33.0,17.0,12.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3tmxivqT5Gvn\",\"coordinates\":[-28.0,-10.0,49.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5DkqQr47qzzh\",\"coordinates\":[35.0,19.0,-17.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"7nMKD39xwyEj\",\"user\":null,\"name\":\"39740\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4gH5NNJjVngz\",\"coordinates\":[-60.0,-23.0,3.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7tjSJH5FVCoA\",\"coordinates\":[-62.0,-3.0,-15.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5WsoJR6BQk5m\",\"coordinates\":[-53.0,-7.0,14.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3aa8Z8ZBo3Sn\",\"coordinates\":[-26.0,10.0,66.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"85nph9zcS7nj\",\"coordinates\":[-48.0,-64.0,27.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6APuGj4qr6QZ\",\"coordinates\":[-36.0,-20.0,13.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4FAJc73xKdp8\",\"coordinates\":[-31.0,-12.0,68.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"39KxUDVPvLST\",\"coordinates\":[-12.0,-50.0,35.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4bQMUtxkPMXK\",\"coordinates\":[21.0,52.0,12.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"R4zf4V7gqBgW\",\"coordinates\":[25.0,-20.0,-19.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4gZXn2CSX3vD\",\"coordinates\":[-49.0,-27.0,56.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"49aJDQLhQx4M\",\"coordinates\":[12.0,-56.0,21.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4kpcuCXFmVsw\",\"coordinates\":[31.0,16.0,-17.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"VThRpQkiXx6s\",\"coordinates\":[57.0,-7.0,2.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FUJZLJcmp4y\",\"coordinates\":[39.0,-17.0,16.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"8JwmBGHAKbEA\",\"user\":null,\"name\":\"39741\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"7mRQ3Bj2vted\",\"coordinates\":[26.0,-12.0,7.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tFk7oQXyVix\",\"coordinates\":[25.0,-73.0,-34.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6egJ2E37KJUH\",\"coordinates\":[36.0,34.0,-11.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RbGNvRLn4GHs\",\"coordinates\":[-45.0,19.0,-24.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"735iccP6CiAk\",\"coordinates\":[59.0,-9.0,-6.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"iSHvYjNVjmhu\",\"coordinates\":[11.0,-52.0,71.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6ufU8hAX86Dd\",\"coordinates\":[32.0,17.0,-18.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"XuvukN3EVJBP\",\"coordinates\":[-47.0,-28.0,58.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6BfKK4Nk5hH4\",\"coordinates\":[-44.0,15.0,-35.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4NautzLQbY5P\",\"coordinates\":[-45.0,44.0,-5.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ygjnqtYxz7h3\",\"coordinates\":[-47.0,-67.0,30.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4w7AX5cGaxFj\",\"coordinates\":[-49.0,4.0,-20.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6wsfUR79dNuE\",\"coordinates\":[37.0,-19.0,16.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Ao2ua8ByBUTP\",\"coordinates\":[-38.0,-17.0,15.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6JBBQnvBiSUK\",\"coordinates\":[-19.0,-8.0,-18.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7yH9fPoYrU2y\",\"coordinates\":[-15.0,-46.0,33.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4NSNR5YSnXP9\",\"coordinates\":[-4.0,59.0,26.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5CmiX6vFw9mY\",\"coordinates\":[-8.0,48.0,43.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Gv4r9KiBHRj\",\"coordinates\":[21.0,-14.0,72.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5UNEZVmsp3qj\",\"coordinates\":[24.0,-20.0,-18.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"32BP2xWSCLwE\",\"coordinates\":[-29.0,-15.0,70.0],\"kind\":\"unknown\",\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"3TcQUrv9AqfE\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2023-07-17T03:27:48.613627+00:00\",\"user\":null,\"name\":\"Music + listening engages specific cortical regions within the temporal lobes: Differences + between musicians and non-musicians.\",\"description\":\"Music and speech + are two of the most relevant and common sounds in the human environment. Perceiving + and processing these two complex acoustical signals rely on a hierarchical + functional network distributed throughout several brain regions within and + beyond the auditory cortices. Given their similarities, the neural bases for + processing these two complex sounds overlap to a certain degree, but particular + brain regions may show selectivity for one or the other acoustic category, + which we aimed to identify. We examined 53 subjects (28 of them professional + musicians) by functional magnetic resonance imaging (fMRI), using a paradigm + designed to identify regions showing increased activity in response to different + types of musical stimuli, compared to different types of complex sounds, such + as speech and non-linguistic vocalizations. We found a region in the anterior + portion of the superior temporal gyrus (aSTG) (planum polare) that showed + preferential activity in response to musical stimuli and was present in all + our subjects, regardless of musical training, and invariant across different + musical instruments (violin, piano or synthetic piano). Our data show that + this cortical region is preferentially involved in processing musical, as + compared to other complex sounds, suggesting a functional role as a second-order + relay, possibly integrating acoustic characteristics intrinsic to music (e.g., + melody extraction). Moreover, we assessed whether musical experience modulates + the response of cortical regions involved in music processing and found evidence + of functional differences between musicians and non-musicians during music + listening. In particular, bilateral activation of the planum polare was more + prevalent, but not exclusive, in musicians than non-musicians, and activation + of the right posterior portion of the superior temporal gyrus (planum temporale) + differed between groups. Our results provide evidence of functional specialization + for music processing in specific regions of the auditory cortex and show domain-specific + functional differences possibly correlated with musicianship.\",\"publication\":\"Cortex; + a journal devoted to the study of the nervous system and behavior\",\"doi\":\"10.1016/j.cortex.2014.07.013\",\"pmid\":\"25173956\",\"authors\":\"Angulo-Perkins + A, Aube W, Peretz I, Barrios FA, Armony JL, Concha L\",\"year\":2014,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"25173956\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"57E6N9jmK8PD\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\". Significant activations for all + experiments.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"7rn8Jj325LC7\",\"coordinates\":[-64.0,-14.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"74HMCiFjuWvt\",\"coordinates\":[62.0,-15.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"cfMLYjNk4GBm\",\"coordinates\":[54.0,-12.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7x4QZdeRxobd\",\"coordinates\":[-54.0,4.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Ggs9piBzfZC\",\"coordinates\":[50.0,-2.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6sjFT3WZffN8\",\"coordinates\":[-48.0,-4.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3r38dM7uLboH\",\"coordinates\":[-32.0,-32.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"42PuJNHXb8V5\",\"coordinates\":[-58.0,-8.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4RTNVPx3Unz8\",\"coordinates\":[58.0,-6.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6dWBbsWd6e2m\",\"coordinates\":[-52.0,20.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8BDiUUBqdhgv\",\"coordinates\":[-8.0,62.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7kiFBT5evjdy\",\"coordinates\":[-20.0,-6.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5NLtxUhdjscb\",\"coordinates\":[22.0,-2.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5xeoi8sFyvzG\",\"coordinates\":[-64.0,-14.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"gsTDBK5PCtoo\",\"coordinates\":[56.0,-18.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3mnoVGMjzRfW\",\"coordinates\":[-52.0,22.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"357dJhuZ46sY\",\"coordinates\":[52.0,28.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7GoTriJB3tpS\",\"coordinates\":[-4.0,40.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5T8hzRByJZje\",\"coordinates\":[-50.0,-4.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"49og48gmJj8F\",\"coordinates\":[20.0,-8.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4CuspuW8ka9x\",\"coordinates\":[22.0,-2.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4HdajfJoJ7TM\",\"coordinates\":[-50.0,-6.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"45Jne9eByin6\",\"coordinates\":[50.0,-4.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6yrLxhVERrK2\",\"coordinates\":[-32.0,-32.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"yb5AXdBuFVd7\",\"coordinates\":[42.0,-12.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"33crWuXRrmU3\",\"coordinates\":[-58.0,-18.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"75UBtTXmXVXY\",\"coordinates\":[58.0,-8.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ThmPCqZxD9F\",\"coordinates\":[-52.0,22.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"48tb4DKvrnRm\",\"coordinates\":[52.0,30.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Wx4UY8Rmnea\",\"coordinates\":[-4.0,40.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RLeU6gofEq2q\",\"coordinates\":[-50.0,0.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3r89Efag7qhm\",\"coordinates\":[-20.0,-10.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5b8DabD4dNWf\",\"coordinates\":[22.0,-6.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UDPt7C3Ve9k\",\"coordinates\":[58.0,-14.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"4GipszReJ2gE\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2023-07-17T03:27:48.613627+00:00\",\"user\":null,\"name\":\"Getting + the beat: Entrainment of brain activity by musical rhythm and pleasantness.\",\"description\":\"Rhythmic + entrainment is an important component of emotion induction by music, but brain + circuits recruited during spontaneous entrainment of attention by music and + the influence of the subjective emotional feelings evoked by music remain + still largely unresolved. In this study we used fMRI to test whether the metric + structure of music entrains brain activity and how music pleasantness influences + such entrainment. Participants listened to piano music while performing a + speeded visuomotor detection task in which targets appeared time-locked to + either strong or weak beats. Each musical piece was presented in both a consonant/pleasant + and dissonant/unpleasant version. Consonant music facilitated target detection + and targets presented synchronously with strong beats were detected faster. + FMRI showed increased activation of bilateral caudate nucleus when responding + on strong beats, whereas consonance enhanced activity in attentional networks. + Meter and consonance selectively interacted in the caudate nucleus, with greater + meter effects during dissonant than consonant music. These results reveal + that the basal ganglia, involved both in emotion and rhythm processing, critically + contribute to rhythmic entrainment of subcortical brain circuits by music.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2014.09.009\",\"pmid\":\"25224999\",\"authors\":\"Trost + W, Fruhholz S, Schon D, Labbe C, Pichon S, Grandjean D, Vuilleumier P\",\"year\":2014,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"25224999\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"5uHWSJ55A7aj\",\"user\":null,\"name\":\"Table + 2\",\"metadata\":null,\"description\":\". Effects of consonance.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6m5pvVbU6wgi\",\"coordinates\":[8.0,8.0,4.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5MB7fDR6MtRN\",\"coordinates\":[-6.0,-40.0,76.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7nV2C8BzipGN\",\"coordinates\":[-28.0,-34.0,70.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"53eAiLtNYxNv\",\"coordinates\":[-26.0,-24.0,70.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"jyppXMNPHto6\",\"coordinates\":[-8.0,-20.0,62.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5N4PsUWLispQ\",\"coordinates\":[-22.0,-16.0,56.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LBskzpcQgqK\",\"coordinates\":[-10.0,-12.0,60.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6mW3GFXmpxko\",\"coordinates\":[-40.0,-4.0,32.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7J8T94P4A7vE\",\"coordinates\":[38.0,-58.0,46.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Ng2iXCHtfjF\",\"coordinates\":[28.0,-2.0,-32.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"FwvQ2piLjZzU\",\"coordinates\":[-28.0,-86.0,20.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"75mNyJqVSXY2\",\"coordinates\":[42.0,-74.0,18.0],\"kind\":\"3.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"74gSFkeMphcL\",\"user\":null,\"name\":\"Table + 3\",\"metadata\":null,\"description\":\". Effects of meter and interaction + with consonance.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3fmyhWKNq4Du\",\"coordinates\":[-10.0,16.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"QWpxwcJcVQbr\",\"coordinates\":[14.0,16.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8g99dSR4jfWs\",\"coordinates\":[12.0,-56.0,26.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5JpkGAiyeFoR\",\"coordinates\":[12.0,-56.0,26.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4F3rY7iiFST6\",\"coordinates\":[56.0,-18.0,-12.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5sKY9ddDoUyZ\",\"coordinates\":[46.0,20.0,20.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4DnWRGkojBMh\",\"coordinates\":[-38.0,20.0,24.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LPcMK3o3WVx\",\"coordinates\":[-12.0,16.0,4.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7TAP3Mwofx4D\",\"coordinates\":[14.0,16.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tNEofD3Pqhk\",\"coordinates\":[-46.0,-28.0,-4.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mSXCFGRwCLvB\",\"coordinates\":[-42.0,-22.0,-2.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"86HtVYwoB9D9\",\"coordinates\":[-14.0,16.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xfmRULkZGy4\",\"coordinates\":[16.0,16.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VmNedP7uUwA\",\"coordinates\":[34.0,28.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Ax2zZUmqZ3G\",\"coordinates\":[38.0,18.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"MHcVqXNcBKpn\",\"coordinates\":[-46.0,-30.0,-4.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6dpTmSELeAMm\",\"coordinates\":[-14.0,-16.0,-4.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"DtNfATr4kMoM\",\"coordinates\":[-52.0,-24.0,18.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5sU9f8Mpzpw8\",\"coordinates\":[18.0,-68.0,42.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"4PxXaZSp8vHm\",\"created_at\":\"2022-06-02T17:38:25.008507+00:00\",\"updated_at\":\"2024-03-21T19:59:19.839717+00:00\",\"user\":null,\"name\":\"Shared + networks for auditory and motor processing in professional pianists: Evidence + from fMRI conjunction\",\"description\":\"To investigate cortical auditory + and motor coupling in professional musicians, we compared the functional magnetic + resonance imaging (fMRI) activity of seven pianists to seven non-musicians + utilizing a passive task paradigm established in a previous learning study. + The tasks involved either passively listening to short piano melodies or pressing + keys on a mute MRI-compliant piano keyboard. Both groups were matched with + respect to age and gender, and did not exhibit any overt performance differences + in the keypressing task. The professional pianists showed increased activity + compared to the non-musicians in a distributed cortical network during both + the acoustic and the mute motion-related task. A conjunction analysis revealed + a distinct musicianship-specific network being co-activated during either + task type, indicating areas involved in auditory-sensorimotor integration. + This network is comprised of dorsolateral and inferior frontal cortex (including + Broca's area), the superior temporal gyrus (Wernicke's area), the supramarginal + gyrus, and supplementary motor and premotor areas.\",\"publication\":\"NeuroImage\",\"doi\":null,\"pmid\":\"16380270\",\"authors\":\"Bangert + M, Peschel T, Schlaug G, Rotte M, Drescher D, Hinrichs H, Heinze HJ, Altenmuller + E\",\"year\":2006,\"metadata\":null,\"source\":\"neuroquery\",\"source_id\":\"16380270\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"SqwKRqEf5VCb\",\"user\":null,\"name\":\"tbl1\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4WZTHAwXnSUi\",\"coordinates\":[62.0,-35.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7FFL5E8as2eL\",\"coordinates\":[6.0,-5.0,67.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5EHcrdDiccne\",\"coordinates\":[24.0,56.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"58SsXpUYzsyH\",\"coordinates\":[-48.0,-32.0,-1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"42PP6uLpfh7A\",\"coordinates\":[-56.0,-3.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"44sAUPPD7qyA\",\"coordinates\":[-45.0,-6.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6oN9S2jcPjbS\",\"coordinates\":[-53.0,2.0,33.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Gbh7jjaD9aW\",\"coordinates\":[-50.0,7.0,13.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"58xGiLuAivry\",\"coordinates\":[-42.0,-42.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LzMFhNj2GAC\",\"coordinates\":[-53.0,-30.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5nwxVGFn2o7k\",\"coordinates\":[65.0,-32.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3g4UjEsDeZiN\",\"coordinates\":[33.0,-24.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3LtUmz8pXUTq\",\"coordinates\":[36.0,-15.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6izwnXeMHeEE\",\"coordinates\":[48.0,-9.0,47.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4kfdds2hVPQG\",\"coordinates\":[3.0,-15.0,56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6pPo9pwKdEd9\",\"coordinates\":[53.0,28.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"evNJLY79qk4w\",\"coordinates\":[48.0,-48.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6iyKyCkpaFms\",\"coordinates\":[12.0,-12.0,45.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7rQofPYGGpaq\",\"coordinates\":[6.0,-16.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4J7mnQwYuLZP\",\"coordinates\":[-56.0,-46.0,13.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"55XzXsuBMmuW\",\"coordinates\":[-50.0,6.0,11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UtvgTWq8Bvg\",\"coordinates\":[-45.0,25.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6HuDQT3cKavo\",\"coordinates\":[-50.0,-4.0,39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4zWRsZJ5YnFX\",\"coordinates\":[-15.0,-49.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"78ESiqUtnmpM\",\"coordinates\":[48.0,-45.0,33.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7bD9yejvRbyU\",\"coordinates\":[-53.0,-46.0,11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ttWzoFegFwp\",\"coordinates\":[-56.0,-41.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xtbDSoWjwkp\",\"coordinates\":[-48.0,-3.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6taGshdXZNVr\",\"coordinates\":[-50.0,-1.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"d2AYzzRLnMKL\",\"coordinates\":[-42.0,-45.0,33.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"4UbCYzHfZGQ4\",\"created_at\":\"2022-06-02T18:11:11.663642+00:00\",\"updated_at\":\"2024-03-22T17:11:09.932931+00:00\",\"user\":null,\"name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"description\":\"Human + behaviour is inherently multimodal and sensory-motor: we use perceptual and + motor brain systems cooperatively, combining multimodal input for a multimodal + output. This is evident when pianists exhibit activity in motor and premotor + cortices while listening to a piece of music they know well. Here we investigated + the interaction between multimodal learning and the \\\"dorsal stream\\\" + pathway in a naturalistic setting. We presented 10 skilled pianists with audio, + video and audiovideo recordings of piano Sonata K. 98 by D. Scarlatti during + functional magnetic resonance imaging (fMRI) before and after they learned + to play the sonata by heart for 4 weeks. We examined the similarity of different + pianists' brain activity during stimulus presentations before and after learning + by means of inter-subject correlation (ISC) analysis. When presented with + the audiovisual recording after learning, the pianists showed similarity in + the dorsal stream and in limbic areas. We also found a correlation between + strong motivation to learn the piece and activity similarity in the striatum + and the dorsal stream. Moreover, the best performers were characterized by + strongly similar recruitment of motor areas. These findings suggest that learning + a complex and demanding natural auditory-motor program relies on common dorsal + stream areas . \",\"publication\":\"Neuroscience\",\"doi\":\"10.1016/j.neuroscience.2020.06.015\",\"pmid\":\"32569807\",\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"year\":2020,\"metadata\":{\"url\":\"https://neurovault.org/collections/2198/\",\"owner\":101,\"private\":false,\"add_date\":\"2017-02-06T13:54:00.135229Z\",\"echo_time\":null,\"paper_url\":\"https://linkinghub.elsevier.com/retrieve/pii/S0306452220303912\",\"flip_angle\":null,\"handedness\":null,\"owner_name\":\"e.glerean\",\"communities\":[],\"matrix_size\":null,\"modify_date\":\"2020-06-29T21:48:42.737700Z\",\"contributors\":\"\",\"doi_add_date\":\"2020-06-29T21:17:02.085605Z\",\"download_url\":\"https://neurovault.org/collections/2198/download\",\"optimization\":null,\"scanner_make\":\"\",\"field_of_view\":null,\"scanner_model\":\"\",\"skip_distance\":null,\"field_strength\":null,\"length_of_runs\":null,\"pulse_sequence\":\"\",\"smoothing_fwhm\":null,\"smoothing_type\":\"\",\"type_of_design\":\"other\",\"used_smoothing\":null,\"quality_control\":\"\",\"repetition_time\":null,\"slice_thickness\":null,\"subject_age_max\":null,\"subject_age_min\":null,\"coordinate_space\":null,\"full_dataset_url\":\"\",\"group_comparison\":null,\"group_model_type\":\"\",\"length_of_blocks\":null,\"length_of_trials\":\"\",\"number_of_images\":30,\"parallel_imaging\":\"\",\"software_package\":\"\",\"software_version\":\"\",\"subject_age_mean\":null,\"group_description\":\"\",\"object_image_type\":\"\",\"target_resolution\":null,\"used_b0_unwarping\":null,\"optimization_method\":\"\",\"group_inference_type\":null,\"interpolation_method\":\"\",\"order_of_acquisition\":null,\"resampled_voxel_size\":null,\"autocorrelation_model\":\"\",\"b0_unwarping_software\":\"\",\"group_estimation_type\":\"\",\"nutbrain_hunger_state\":null,\"target_template_image\":\"\",\"used_high_pass_filter\":null,\"group_model_multilevel\":\"\",\"number_of_imaging_runs\":6,\"used_motion_correction\":null,\"used_motion_regressors\":null,\"used_orthogonalization\":null,\"acquisition_orientation\":\"\",\"group_modeling_software\":\"\",\"group_repeated_measures\":null,\"high_pass_filter_method\":\"\",\"intrasubject_model_type\":\"\",\"motion_correction_metric\":\"\",\"nonlinear_transform_type\":\"\",\"nutbrain_odor_conditions\":\"\",\"proportion_male_subjects\":null,\"nutbrain_food_choice_type\":\"\",\"nutbrain_taste_conditions\":\"\",\"used_temporal_derivatives\":null,\"motion_correction_software\":\"\",\"motion_correction_reference\":\"\",\"number_of_rejected_subjects\":null,\"transform_similarity_metric\":\"\",\"used_dispersion_derivatives\":null,\"inclusion_exclusion_criteria\":\"\",\"intrasubject_estimation_type\":\"\",\"number_of_experimental_units\":null,\"used_reaction_time_regressor\":null,\"used_slice_timing_correction\":null,\"hemodynamic_response_function\":\"\",\"orthogonalization_description\":\"\",\"group_repeated_measures_method\":\"\",\"intrasubject_modeling_software\":\"\",\"used_intersubject_registration\":null,\"motion_correction_interpolation\":\"\",\"functional_coregistration_method\":\"\",\"intersubject_transformation_type\":null,\"nutbrain_food_viewing_conditions\":\"\",\"slice_timing_correction_software\":\"\",\"order_of_preprocessing_operations\":\"\",\"intersubject_registration_software\":\"\",\"used_motion_susceptibiity_correction\":null,\"functional_coregistered_to_structural\":null},\"source\":\"neurovault\",\"source_id\":\"2198\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"4eroFfeEyg8E\",\"user\":null,\"name\":\"Fig3 + CC Audio post - pre\",\"metadata\":null,\"description\":\"Cluster corrected + version of Audio post - pre\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4GMHucgQyU8A\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/THAudio_005both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"THAudio_005both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:45.992515+00:00\"}]},{\"id\":\"83WvVMwoyNDN\",\"user\":null,\"name\":\"Fig3 + CC AudioVideo post - pre\",\"metadata\":null,\"description\":\"Cluster corrected + version of AudioVideo post - pre\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"464ErpcTfd8j\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/THAudioVideo_005both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"THAudioVideo_005both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:45.668451+00:00\"}]},{\"id\":\"6cKGe8aFbXzR\",\"user\":null,\"name\":\"Fig3 + CC Video post - pre\",\"metadata\":null,\"description\":\"Cluster corrected + version of Video post - pre\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7tsscSsXtVF4\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/THVideo_005both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"THVideo_005both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:46.249214+00:00\"}]},{\"id\":\"7gJRWagd5JUt\",\"user\":null,\"name\":\"Fig3 + UNT Audio post - pre\",\"metadata\":null,\"description\":\"Output from FSL + randomise, unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4Jf9sUxY2unZ\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/Audio_both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"Audio_both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:45.361562+00:00\"}]},{\"id\":\"3g2DvkBHddp5\",\"user\":null,\"name\":\"Fig3 + UNT AudioVideo post - pre\",\"metadata\":null,\"description\":\"Output from + FSL randomise, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"8G2RZAJvK9Vn\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/AudioVideo_both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"AudioVideo_both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:44.943562+00:00\"}]},{\"id\":\"52XFHnJzetyA\",\"user\":null,\"name\":\"Fig3 + UNT Video post - pre\",\"metadata\":null,\"description\":\"Output from FSL + randomise, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"Emf4Fx7egTND\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/Video_both_tstat1.nii.gz\",\"space\":\"MNI\",\"value_type\":\"T + map\",\"filename\":\"Video_both_tstat1.nii.gz\",\"add_date\":\"2017-02-06T13:55:46.578217+00:00\"}]},{\"id\":\"58jrCG8sZdrM\",\"user\":null,\"name\":\"ISC + Audio Post\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4fAiErSDMWb4\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_Audio_Post.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_Audio_Post.nii.gz\",\"add_date\":\"2018-02-13T11:34:44.422366+00:00\"}]},{\"id\":\"76Vqz3FeGwWr\",\"user\":null,\"name\":\"ISC + Audio Pre\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"37hSjyGTNKgA\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_Audio_Pre.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_Audio_Pre.nii.gz\",\"add_date\":\"2018-02-13T11:34:44.780724+00:00\"}]},{\"id\":\"3Y6suHwaar9A\",\"user\":null,\"name\":\"ISC + AudioVideo Post\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"47kXKDs5LAfN\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_AudioVideo_Post.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_AudioVideo_Post.nii.gz\",\"add_date\":\"2018-02-13T11:34:43.586925+00:00\"}]},{\"id\":\"3dyUE26q5vAU\",\"user\":null,\"name\":\"ISC + AudioVideo Pre\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4KitmzUroDq9\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_AudioVideo_Pre.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_AudioVideo_Pre.nii.gz\",\"add_date\":\"2018-02-13T11:34:44.048717+00:00\"}]},{\"id\":\"45CdGHss8LvB\",\"user\":null,\"name\":\"ISC + Video Post\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4XfSTyhZvp4L\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_Video_Post.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_Video_Post.nii.gz\",\"add_date\":\"2018-02-13T11:34:45.100958+00:00\"}]},{\"id\":\"5fJ6L7sA9JuK\",\"user\":null,\"name\":\"ISC + Video Pre\",\"metadata\":null,\"description\":\"Intersubject correlations, + unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"5oiaSyaxuxyB\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/ISC_Video_Pre.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"ISC_Video_Pre.nii.gz\",\"add_date\":\"2018-02-13T11:34:45.412545+00:00\"}]},{\"id\":\"4EdruQoJLgeG\",\"user\":null,\"name\":\"mantel + achievement AudioR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7gmSzk4ksvLW\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_AudioR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_AudioR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:57.392808+00:00\"}]},{\"id\":\"4Qy6xWbZ93GK\",\"user\":null,\"name\":\"mantel + achievement AudioR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7wdCpLPo9PPL\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_AudioR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_AudioR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:57.777200+00:00\"}]},{\"id\":\"7LyJbBkKq6aj\",\"user\":null,\"name\":\"mantel + achievement AudioVideoR 0.05\",\"metadata\":null,\"description\":\"Mantel + test, cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"fVDbg9er2iRT\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_AudioVideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_AudioVideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:58.123376+00:00\"}]},{\"id\":\"7hHKDCBfbqx9\",\"user\":null,\"name\":\"mantel + achievement AudioVideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"3xqa7khrgNu4\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_AudioVideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_AudioVideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:58.445015+00:00\"}]},{\"id\":\"7pzi9fkLH69W\",\"user\":null,\"name\":\"mantel + achievement VideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7JyLA5K4rYed\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_VideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_VideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:58.774732+00:00\"}]},{\"id\":\"eSbzUhYVkER8\",\"user\":null,\"name\":\"mantel + achievement VideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"53cgUxnZDpd7\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_achievement_VideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_achievement_VideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:59.097467+00:00\"}]},{\"id\":\"7FwN6VVpceE7\",\"user\":null,\"name\":\"mantel + engagement AudioR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"RANWMHdLw5qn\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_AudioR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_AudioR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:22:23.554752+00:00\"}]},{\"id\":\"6dBLoGzSLgqG\",\"user\":null,\"name\":\"mantel + engagement AudioR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"6e6YFFfnUUtT\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_AudioR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_AudioR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:22:23.920083+00:00\"}]},{\"id\":\"5byJ6yRmQN4G\",\"user\":null,\"name\":\"mantel + engagement AudioVideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4CY6ZakLejXw\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_AudioVideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_AudioVideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:22:24.278110+00:00\"}]},{\"id\":\"7tpR7n7A2GxW\",\"user\":null,\"name\":\"mantel + engagement AudioVideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"ovoAGJJPh69J\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_AudioVideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_AudioVideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:22:24.584964+00:00\"}]},{\"id\":\"6NG2N9xZQSCo\",\"user\":null,\"name\":\"mantel + engagement VideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"5xzoQmzxP5k4\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_VideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_VideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:22:24.917421+00:00\"}]},{\"id\":\"6EJGfB9oHtLQ\",\"user\":null,\"name\":\"mantel + engagement VideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"7EqUZdk6rWWX\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_engagement_VideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_engagement_VideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:22:25.226009+00:00\"}]},{\"id\":\"4h72UDFXDxgW\",\"user\":null,\"name\":\"mantel + expertise AudioR 0.05\",\"metadata\":null,\"description\":\"Mantel test, cluster + corrected\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"57ToDjNgKRHE\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_AudioR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_AudioR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:31.034214+00:00\"}]},{\"id\":\"7netCR7EuFBZ\",\"user\":null,\"name\":\"mantel + expertise AudioR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"3rTHVJMFRMRo\",\"user\":null,\"name\":\"passive + listening\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"3LRWqUUzWaKZ\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_AudioR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_AudioR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:31.399523+00:00\"}]},{\"id\":\"3heJe9XtbVxE\",\"user\":null,\"name\":\"mantel + expertise AudioVideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, + cluster corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"4gVjtbwMqYWM\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_AudioVideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_AudioVideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:31.737688+00:00\"}]},{\"id\":\"mubcxaoXFBhi\",\"user\":null,\"name\":\"mantel + expertise AudioVideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"5kGHVDV9UGBu\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_AudioVideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_AudioVideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:32.035614+00:00\"}]},{\"id\":\"86HucnxbbrBd\",\"user\":null,\"name\":\"mantel + expertise VideoR 0.05\",\"metadata\":null,\"description\":\"Mantel test, cluster + corrected\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"5LrbYT4abk3G\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_VideoR_0.05.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_VideoR_0.05.nii.gz\",\"add_date\":\"2018-02-13T11:21:32.384244+00:00\"}]},{\"id\":\"6dtyp45FDq45\",\"user\":null,\"name\":\"mantel + expertise VideoR Unthresholded\",\"metadata\":null,\"description\":\"Mantel + test, unthresholded\",\"conditions\":[{\"id\":\"7hGbFKh2CU5G\",\"user\":null,\"name\":\"film + viewing\",\"description\":null}],\"weights\":[1.0],\"points\":[],\"images\":[{\"id\":\"598Xb98o3e98\",\"user\":null,\"url\":\"https://neurovault.org/media/images/2198/mantel_expertise_VideoR_Unthresholded.nii.gz\",\"space\":\"MNI\",\"value_type\":\"other\",\"filename\":\"mantel_expertise_VideoR_Unthresholded.nii.gz\",\"add_date\":\"2018-02-13T11:21:32.687948+00:00\"}]}]},{\"id\":\"4XLnjknqm5bc\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"description\":\"Humans + must learn a variety of sensorimotor skills, yet the relative contributions + of sensory and motor information to skill acquisition remain unclear. Here + we compare the behavioral and neural contributions of perceptual learning + to that of motor learning, and we test whether these contributions depend + on the expertise of the learner. Pianists and nonmusicians learned to perform + novel melodies on a piano during fMRI scanning in four learning conditions: + listening (auditory learning), performing without auditory feedback (motor + learning), performing with auditory feedback (auditory-motor learning), or + observing visual cues without performing or listening (cue-only learning). + Visual cues were present in every learning condition and consisted of musical + notation for pianists and spatial cues for nonmusicians. Melodies were performed + from memory with no visual cues and with auditory feedback (recall) five times + during learning. Pianists showed greater improvements in pitch and rhythm + accuracy at recall during auditory learning compared with motor learning. + Nonmusicians demonstrated greater rhythm improvements at recall during auditory + learning compared with all other learning conditions. Pianists showed greater + primary motor response at recall during auditory learning compared with motor + learning, and response in this region during auditory learning correlated + with pitch accuracy at recall and with auditory-premotor network response + during auditory learning. Nonmusicians showed greater inferior parietal response + during auditory compared with auditory-motor learning, and response in this + region correlated with pitch accuracy at recall. Results suggest an advantage + for perceptual learning compared with motor learning that is both general + and expertise-dependent. This advantage is hypothesized to depend on feedforward + motor control systems that can be used during learning to transform sensory + information into motor production.\",\"publication\":\"Journal of cognitive + neuroscience\",\"doi\":\"10.1162/jocn_a_01309\",\"pmid\":\"30156505\",\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"year\":2018,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"7vEUcmShNSsP\",\"user\":null,\"name\":\"Pianists: + Mean BOLD Response during Learning and Recall Trials\",\"metadata\":null,\"description\":\"Pianists: + Mean BOLD Response during Learning and Recall Trials\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"tdCwxVhTEV8t\",\"coordinates\":[56.0,-24.0,10.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6XPx4E5wrsfK\",\"coordinates\":[-62.0,-12.0,8.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8PGqae8CWLuF\",\"coordinates\":[-32.0,-28.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3FiFw44ZNPWX\",\"coordinates\":[-48.0,-20.0,50.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"42yGKuS7ZCNK\",\"coordinates\":[-28.0,-58.0,66.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6M9zHpKwuAdJ\",\"coordinates\":[-24.0,-14.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5zC2GqBdPGyh\",\"coordinates\":[-46.0,-28.0,12.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xQn5R4F2Qs4\",\"coordinates\":[-20.0,-54.0,-22.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"a5yJbFKQtsvS\",\"coordinates\":[8.0,-4.0,66.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"37G2MYaDNohA\",\"coordinates\":[48.0,-28.0,54.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ZfMqLrjtvro\",\"coordinates\":[20.0,-58.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4WMhrNbvFdGG\",\"coordinates\":[28.0,-8.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"64TQMBrvaWu6\",\"coordinates\":[50.0,-22.0,16.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VzSouTLpEHe\",\"coordinates\":[20.0,-56.0,-10.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5mH6Gh28bNhr\",\"coordinates\":[10.0,-64.0,-40.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6MCaLdUfhfqn\",\"coordinates\":[-40.0,-78.0,32.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"HFV7NsdAMQRR\",\"coordinates\":[44.0,-76.0,36.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"enUisT5NbnDg\",\"coordinates\":[-40.0,-20.0,56.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"47JdcRS7FUi4\",\"coordinates\":[-50.0,-18.0,50.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4zMwR5VHyrDD\",\"coordinates\":[50.0,-6.0,10.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6NHecSrLn6UY\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6PCNJwYB9Tdo\",\"coordinates\":[-32.0,-28.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"44J8m9A5XJpk\",\"coordinates\":[-46.0,-20.0,50.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5pDbXoiTkFZ8\",\"coordinates\":[-34.0,-48.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8BNcGBsMr9L6\",\"coordinates\":[-26.0,-14.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Eimf9zwfzP6\",\"coordinates\":[-2.0,-6.0,52.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7WqnZouSqb8h\",\"coordinates\":[24.0,-42.0,-24.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3eSoZfv5fBcr\",\"coordinates\":[48.0,-28.0,54.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4kJ5KXBHK7nx\",\"coordinates\":[24.0,-64.0,48.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6sbTmWLLUpPB\",\"coordinates\":[28.0,-10.0,62.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8GX2CwxzyHxp\",\"coordinates\":[54.0,-4.0,4.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8GhksAs46QwZ\",\"coordinates\":[-38.0,-26.0,60.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Ztk2m3dedjE\",\"coordinates\":[-50.0,-14.0,48.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"fUhFA4w88Tot\",\"coordinates\":[-32.0,-28.0,54.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5TBYBmem9H4F\",\"coordinates\":[-2.0,-6.0,52.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4rb55uPnNVnv\",\"coordinates\":[-56.0,-44.0,22.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6BBSJnfPJQKi\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xLyFH84egKN\",\"coordinates\":[-54.0,-32.0,0.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5JsZjc8GN4Mp\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5x2vn7Yxnfe5\",\"coordinates\":[-54.0,-2.0,10.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6cuoYR4jjKah\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"rfyZPcBqTqke\",\"coordinates\":[52.0,6.0,6.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"448AteodJJL9\",\"coordinates\":[-38.0,-28.0,64.0],\"kind\":\"5.36\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"3P8JxTsJRZQA\",\"user\":null,\"name\":\"Pianists: + BOLD Response Decrease during Learning and Recall Trials\",\"metadata\":null,\"description\":\"Pianists: + BOLD Response Decrease during Learning and Recall Trials\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"tdw4yyUfj7gF\",\"coordinates\":[62.0,-14.0,14.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"PDefTwEdw2rZ\",\"coordinates\":[48.0,-4.0,-10.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6L76Vfhz2cff\",\"coordinates\":[46.0,12.0,24.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4XDpcF7cWqym\",\"coordinates\":[66.0,-14.0,18.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"SqWPM9Y5HR4H\",\"coordinates\":[34.0,-24.0,40.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tWb5fwga4ex\",\"coordinates\":[-14.0,-52.0,-30.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wnRKyrzwDHo\",\"coordinates\":[-14.0,-66.0,6.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6W4dUTDCys3D\",\"coordinates\":[58.0,-12.0,8.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"nxGKXRHxTeAS\",\"coordinates\":[60.0,-12.0,22.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FdTCukDRsn4\",\"coordinates\":[52.0,-12.0,4.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5jbqWKdG3P2e\",\"coordinates\":[62.0,-16.0,18.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"88cNpfHSpbmc\",\"coordinates\":[50.0,-12.0,32.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"rdGJnEuYyBzc\",\"coordinates\":[58.0,8.0,14.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3kD52owViZNU\",\"coordinates\":[-12.0,-64.0,50.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5LaXRaJTKPUT\",\"coordinates\":[18.0,-58.0,52.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"CgPuwzCyAawm\",\"coordinates\":[-26.0,-60.0,-26.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6gp8hsU2WeRR\",\"coordinates\":[-16.0,-46.0,-30.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ZPf2T6zrpQD\",\"coordinates\":[20.0,-60.0,-26.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8JR82v5yPgMi\",\"coordinates\":[30.0,-64.0,-54.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5sXchFPMsqfs\",\"coordinates\":[24.0,-78.0,22.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3NvR3GQXRa4s\",\"coordinates\":[-28.0,-70.0,18.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mvEXde4dGGH9\",\"coordinates\":[-40.0,-46.0,-20.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4cReSD36dASf\",\"coordinates\":[-56.0,-52.0,-12.0],\"kind\":\"3.12\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"5EW2pMq7ceot\",\"user\":null,\"name\":\"Nonmusicians: + Mean BOLD response during Learning Trials\",\"metadata\":null,\"description\":\"Nonmusicians: + Mean BOLD response during Learning Trials\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"aeCFzxnVjM7D\",\"coordinates\":[48.0,-8.0,-2.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6ZA66qqcogiD\",\"coordinates\":[-40.0,-26.0,6.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Emx6cM7q2zD\",\"coordinates\":[-36.0,-30.0,54.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7FUuxjPawFa7\",\"coordinates\":[-44.0,-24.0,54.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"82YwuYYhNnqJ\",\"coordinates\":[-34.0,-22.0,66.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8772XimNHfup\",\"coordinates\":[-30.0,-48.0,66.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3b6QiocRW74x\",\"coordinates\":[-54.0,-20.0,10.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6GdpBdSfQAcg\",\"coordinates\":[-2.0,-8.0,58.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3M7PXcN2HUrv\",\"coordinates\":[56.0,-16.0,42.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"VgukuFvLG9bD\",\"coordinates\":[32.0,-10.0,70.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8249NPazaMky\",\"coordinates\":[58.0,-18.0,14.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3b4mFS35Nt7H\",\"coordinates\":[18.0,-64.0,-50.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6XvXrhgNHjyJ\",\"coordinates\":[-32.0,-80.0,42.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6o8xrbBH2gnt\",\"coordinates\":[46.0,-80.0,26.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5M4ScDPX3CTK\",\"coordinates\":[54.0,-22.0,6.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8FWLafcKNYze\",\"coordinates\":[-32.0,-26.0,54.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4y82wB2wRuDE\",\"coordinates\":[-38.0,-24.0,56.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ViFeU38rVJa5\",\"coordinates\":[-32.0,-22.0,66.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"r43k6ekMyHMr\",\"coordinates\":[68.0,-10.0,4.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3yLWsgL4wvhF\",\"coordinates\":[-34.0,-26.0,56.0],\"kind\":\"5.5\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"8EeVmz4MaUZq\",\"user\":null,\"name\":\"Nonmusicians: + BOLD Response Increase during Learning and Recall Trials\",\"metadata\":null,\"description\":\"Nonmusicians: + BOLD Response Increase during Learning and Recall Trials\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4SUBo6HGeHxT\",\"coordinates\":[-52.0,-12.0,26.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4C4b5ZgXD7wF\",\"coordinates\":[50.0,-4.0,22.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4i5qD5Z8XMRj\",\"coordinates\":[-32.0,-64.0,-26.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"xfBKMDAXDoXe\",\"coordinates\":[-10.0,-66.0,50.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5jTyoqQ9Cze4\",\"coordinates\":[-63.0,-18.0,6.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4T56n6XTb98T\",\"coordinates\":[24.0,-80.0,-46.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"78zxsXUEJGvu\",\"coordinates\":[-56.0,-52.0,44.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KdwpkGD3hAS\",\"coordinates\":[-50.0,-76.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3aWSnLGaUCzC\",\"coordinates\":[-32.0,-68.0,-46.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4SWpiLaTf4DQ\",\"coordinates\":[-44.0,-24.0,8.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7idbPcoG9rfA\",\"coordinates\":[52.0,-2.0,14.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3vSSQKgoxsjH\",\"coordinates\":[52.0,-26.0,34.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RxsWWRecn2aU\",\"coordinates\":[-12.0,-8.0,42.0],\"kind\":\"3.30\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"4KNmGxQzDt5R\",\"user\":null,\"name\":\"Conjunctions: + Pianists and Nonmusicians\",\"metadata\":null,\"description\":\"Conjunctions: + Pianists and Nonmusicians\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3AbHoL78aHTQ\",\"coordinates\":[56.0,-4.0,2.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"55JxaKMJaGGn\",\"coordinates\":[-62.0,-14.0,6.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"39nqpqbEwXH7\",\"coordinates\":[-38.0,-22.0,58.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5HEPX9UK4sHk\",\"coordinates\":[-44.0,-24.0,54.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4YEadQoEbwvc\",\"coordinates\":[-32.0,-10.0,62.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7YHFAYQnqRej\",\"coordinates\":[-22.0,-48.0,70.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GiyxqXcpedzm\",\"coordinates\":[-54.0,-20.0,10.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zAb5UWmcijL8\",\"coordinates\":[-2.0,-8.0,58.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WptLKovWDkXq\",\"coordinates\":[50.0,-26.0,48.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5TkRRYXdmfpy\",\"coordinates\":[34.0,-8.0,62.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4GgB3yNN37QQ\",\"coordinates\":[62.0,-22.0,20.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5o4RFphUDNn3\",\"coordinates\":[-34.0,-76.0,42.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Zfa7qudHfKy\",\"coordinates\":[44.0,-74.0,38.0],\"kind\":\"5.37\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"5nD3zkatnxeX\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T19:59:24.570420+00:00\",\"user\":null,\"name\":\"Metabolic + and electric brain patterns during pleasant and unpleasant emotions induced + by music masterpieces.\",\"description\":\"Brain correlates comparing pleasant + and unpleasant states induced by three dissimilar masterpiece excerpts were + obtained. Related emotional reactions to the music were studied using Principal + Component Analysis of validated reports, fMRI, and EEG coherent activity. + A piano selection by Bach and a symphonic passage from Mahler widely differing + in musical features were used as pleasing pieces. A segment by Prodromides + was used as an unpleasing stimulus. Ten consecutive 30 s segments of each + piece alternating with random static noise were played to 19 non-musician + volunteers for a total of 30 min of auditory stimulation. Both brain approaches + identified a left cortical network involved with pleasant feelings (Bach and + Mahler vs. Prodromides) including the left primary auditory area, posterior + temporal, inferior parietal and prefrontal regions. While the primary auditory + zone may provide an early affective quality, left cognitive areas may contribute + to pleasant feelings when melodic sequences follow expected rules. In contrast, + unpleasant emotions (Prodromides vs. Bach and Mahler) involved the activation + of the right frontopolar and paralimbic areas. Left activation with pleasant + and right with unpleasant musical feelings is consistent with right supremacy + in novel situations and left in predictable processes. When all musical excerpts + were jointly compared to noise, in addition to bilateral auditory activation, + the left temporal pole, inferior frontal gyrus, and frontopolar area were + activated suggesting that cognitive and language processes were recruited + in general responses to music. Sensory and cognitive integration seems required + for musical emotion.\",\"publication\":\"International journal of psychophysiology + : official journal of the International Organization of Psychophysiology\",\"doi\":\"10.1016/j.ijpsycho.2007.03.004\",\"pmid\":\"17466401\",\"authors\":\"Flores-Gutierrez + EO, Diaz JL, Barrios FA, Favila-Humara R, Guevara MA, del Rio-Portilla Y, + Corsi-Cabrera M\",\"year\":2007,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"17466401\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"5aidAYbQFc7b\",\"user\":null,\"name\":\"25146\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"34esWrgVZN3f\",\"coordinates\":[-40.0,21.0,-16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5pPaPQoiB29P\",\"coordinates\":[-50.0,35.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3FiN9JFP4BLG\",\"coordinates\":[-51.0,3.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xXirgMmFeCH\",\"coordinates\":[-32.0,27.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3zYQAFLXMxzA\",\"coordinates\":[24.0,5.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7RtAkZMF4uKJ\",\"coordinates\":[-20.0,3.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3gYcmEU6fScL\",\"coordinates\":[30.0,13.0,-19.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5oVUXg6xymES\",\"coordinates\":[12.0,-4.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3vuHdFHkGZd3\",\"coordinates\":[36.0,32.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5LWpAcmV7y6T\",\"coordinates\":[26.0,58.0,-1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"64QxxTnCde9c\",\"coordinates\":[46.0,26.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"kUGxjarB3x9F\",\"coordinates\":[-42.0,29.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"pR7ZoGjk4VmZ\",\"coordinates\":[-50.0,33.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7uwgyXjYzPzt\",\"coordinates\":[67.0,-43.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4MZaiqXsmPsN\",\"coordinates\":[-32.0,16.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WwJZFqS4wTjX\",\"coordinates\":[34.0,29.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Kr92XLg76H8\",\"coordinates\":[-34.0,6.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7S4fHtLLoZsp\",\"coordinates\":[-57.0,13.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4RqmoAEFCGf4\",\"coordinates\":[55.0,-4.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fA6XhWCq4HX\",\"coordinates\":[-32.0,27.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xbzK3BHHDgb\",\"coordinates\":[63.0,-21.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5GmbmHuV5syr\",\"coordinates\":[-55.0,-21.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8NxgjXchdRMc\",\"coordinates\":[8.0,-6.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7oMHwbpcqtua\",\"coordinates\":[-44.0,13.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FUWzSP3nWcU\",\"coordinates\":[34.0,35.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4dqFM3FbvhPb\",\"coordinates\":[65.0,-34.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8CEfSrKAf3gH\",\"coordinates\":[-44.0,42.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Yy8UPfbSzno\",\"coordinates\":[-42.0,-73.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"598VdVk3megw\",\"coordinates\":[36.0,14.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6JLm3bxJ5nbD\",\"coordinates\":[-55.0,-21.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KbWfzcdKJpL\",\"coordinates\":[-61.0,-29.0,7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4y9fVobSyVGh\",\"coordinates\":[-42.0,-73.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4qWTe8HDpfYz\",\"coordinates\":[-12.0,-90.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5rzSuESXAxJr\",\"coordinates\":[-46.0,-71.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5bWBwfmRWkma\",\"coordinates\":[-34.0,54.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5y3MYE6bAvBn\",\"coordinates\":[8.0,-6.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5t6UTgTSuwYb\",\"coordinates\":[-55.0,-21.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tmQKd4qii64\",\"coordinates\":[-61.0,-29.0,7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3579wWLwTTYE\",\"coordinates\":[-34.0,4.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4bfE4Ks8Lx3J\",\"coordinates\":[34.0,31.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zcLyaRdpGUYq\",\"coordinates\":[-12.0,-90.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7QvdZP9Mkbiv\",\"coordinates\":[42.0,9.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7rPz4nPbtn5o\",\"coordinates\":[-30.0,16.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5nmcUBZigLKH\",\"coordinates\":[42.0,9.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4WV5VWAfwMM2\",\"coordinates\":[-34.0,6.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6pKGqXgVGpfB\",\"coordinates\":[42.0,27.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ebPnoyuLpdG\",\"coordinates\":[-57.0,12.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Js6CzeB8HkH\",\"coordinates\":[34.0,33.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6gMhJtgREQXU\",\"coordinates\":[-40.0,29.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mFy82e9p7ndt\",\"coordinates\":[26.0,58.0,-1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6SEoK8Yeh9cx\",\"coordinates\":[-50.0,-59.0,25.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LYbU88Sf9no\",\"coordinates\":[-44.0,42.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7y9JMDWseXnT\",\"coordinates\":[-38.0,31.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4es7tEBBQ8Dj\",\"coordinates\":[-57.0,13.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"68vYS7z3ibJc\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"The + effects of short-term musical training on the neural processing of speech-in-noise + in older adults.\",\"description\":\"Experienced musicians outperform non-musicians + in understanding speech-in-noise (SPIN). The benefits of lifelong musicianship + endure into older age, where musicians experience smaller declines in their + ability to understand speech in noisy environments. However, it is presently + unknown whether commencing musical training in old age can also counteract + age-related decline in speech perception, and whether such training induces + changes in neural processing of speech. Here, we recruited older adult non-musicians + and assigned them to receive a short course of piano or videogame training, + or no training. Participants completed two sessions of functional Magnetic + Resonance Imaging where they performed a SPIN task prior to and following + training. While we found no direct benefit of musical training upon SPIN perception, + an exploratory Region of Interest analysis revealed increased cortical responses + to speech in left Middle Frontal and Supramarginal Gyri which correlated with + changes in SPIN task performance in the group which received music training. + These results suggest that short-term musical training in older adults may + enhance neural encoding of speech, with the potential to reduce age-related + decline in speech perception.\",\"publication\":\"Brain and cognition\",\"doi\":\"10.1016/j.bandc.2019.103592\",\"pmid\":\"31404817\",\"authors\":\"David + Fleming, Sylvie Belleville, Isabelle Peretz, Greg West, Benjamin Rich Zendel\",\"year\":2019,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"74RCCDFGVVoP\",\"user\":null,\"name\":\"Table + 2\",\"metadata\":null,\"description\":\". Regions of Interest (ROIs) included + in analyses (L/RH\u202F=\u202FLeft/Right Hemisphere).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6F8wY2jgJKDh\",\"coordinates\":[-47.0,-6.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3kCesn5we7Zw\",\"coordinates\":[-48.0,2.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6ucCmSdawyMc\",\"coordinates\":[-44.0,23.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5uLewDBduniE\",\"coordinates\":[-48.0,8.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3zFzifpXExjV\",\"coordinates\":[-33.0,37.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qgtXnfprbrnj\",\"coordinates\":[-42.0,-52.0,37.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4cDrAZbS7gbV\",\"coordinates\":[-50.0,-38.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ghsxd7muLTs\",\"coordinates\":[-60.0,-27.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4hFQFRVnkQ97\",\"coordinates\":[-50.0,-60.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ZTtHBvPdas6\",\"coordinates\":[-51.0,-35.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6uVPL2iJeNH8\",\"coordinates\":[-42.0,4.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4qLX5yfmkxsw\",\"coordinates\":[-44.0,21.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5nEeR9L9bs6j\",\"coordinates\":[-43.0,20.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3dqynKVCdCZJ\",\"coordinates\":[-37.0,31.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"dodkSUbPKiqa\",\"coordinates\":[-45.0,-68.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3kvoi293dQdd\",\"coordinates\":[-55.0,-48.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"57q7EN7826Vg\",\"coordinates\":[-56.0,-13.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7fZ6jzRCxgKL\",\"coordinates\":[-46.0,-55.0,-7.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4yV4qoRa4pJ6\",\"coordinates\":[-59.0,-37.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4dVqJ3ToA5RA\",\"coordinates\":[-38.0,-35.0,-13.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4n6XqWtqGfp6\",\"coordinates\":[-41.0,3.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UJEZyiFfkNT\",\"coordinates\":[-37.0,10.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Dtfrw5ikTow\",\"coordinates\":[-49.0,16.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"56NqLiujbBZU\",\"coordinates\":[-44.0,26.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5qLMVik9mQEr\",\"coordinates\":[-50.0,-54.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xAkbXUxAozu\",\"coordinates\":[-57.0,-13.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5uDHcgCMv6mV\",\"coordinates\":[-40.0,-63.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Cz2yD3yntJP\",\"coordinates\":[-57.0,-40.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7KBzYTgonMqf\",\"coordinates\":[-47.0,6.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5HdKFeuGSctK\",\"coordinates\":[33.0,-24.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6GNLcBBbgpbJ\",\"coordinates\":[51.0,-14.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"44JXn5BKozFw\",\"coordinates\":[12.0,-21.0,53.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xoKZTN4CKYE\",\"coordinates\":[18.0,-67.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"35kmMEzGLLcC\",\"coordinates\":[14.0,-59.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"5n2QphfDsihC\",\"user\":null,\"name\":\"Table + 3\",\"metadata\":null,\"description\":\"-statistics.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6XcvG9ogMgiv\",\"coordinates\":[57.0,-10.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3DWdq4XgoDwh\",\"coordinates\":[-60.0,-31.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RRsVnWwh4Dpv\",\"coordinates\":[-51.0,-7.0,47.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pC5rDeKKvFL\",\"coordinates\":[12.0,17.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VwJHb5maEum\",\"coordinates\":[54.0,-4.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4GWuqiXiZNWU\",\"coordinates\":[-42.0,11.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Rg2CZsaMoif\",\"coordinates\":[60.0,-13.0,5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"466sKLdtKiiP\",\"coordinates\":[-51.0,-19.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"67nYSXe7J7JZ\",\"coordinates\":[39.0,-58.0,-25.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5gAkkfmoYgXn\",\"coordinates\":[-39.0,-28.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"75boRFyq44n9\",\"coordinates\":[51.0,-13.0,53.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"84UoyZHJWsN5\",\"coordinates\":[57.0,-10.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7oc3q8THJHkX\",\"coordinates\":[-60.0,-31.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"siAV5pT6VgwR\",\"coordinates\":[-51.0,-7.0,47.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5KVAEmYqsnhz\",\"coordinates\":[9.0,20.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5yF9NeQEQCxx\",\"coordinates\":[54.0,-4.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xChokb2jNvN\",\"coordinates\":[24.0,-61.0,-22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7EoEANWCaZ3G\",\"coordinates\":[42.0,17.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"giWsxDAs8TxG\",\"coordinates\":[-66.0,-31.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fBDCpb4oEs8\",\"coordinates\":[63.0,-25.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"XDrX8nW4JMFH\",\"coordinates\":[9.0,20.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7kHuuB6Mdp8g\",\"coordinates\":[-3.0,11.0,53.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"3JzpoMfYVAM5\",\"user\":null,\"name\":\"Table + 4\",\"metadata\":null,\"description\":\"): MTG\u202F=\u202FMiddle Temporal + Gyrus; Pars. Operc.\u202F=\u202FPars Opercularis (of the IFG).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6FnEDKBAV6UV\",\"coordinates\":[-37.0,10.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4hsoDfQ9YysA\",\"coordinates\":[-60.0,-27.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5rchmahrUm37\",\"coordinates\":[-48.0,2.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wuJmQE6hzSy7\",\"coordinates\":[-50.0,-38.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3DLJfah66wPQ\",\"coordinates\":[-56.0,-13.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4juLXrxRaKiw\",\"coordinates\":[-55.0,-48.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7sUSZjMZRPGo\",\"coordinates\":[-57.0,-13.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4sEmqKAsqirW\",\"coordinates\":[-60.0,-27.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62DS7Yh9bp6m\",\"coordinates\":[-48.0,8.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Tv2o3yyLDELH\",\"coordinates\":[-47.0,-6.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Qg7DeTZky9o\",\"coordinates\":[-50.0,-38.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Dzgp8iCrNM2\",\"coordinates\":[-59.0,-37.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"45Yze7PK6MfT\",\"coordinates\":[-44.0,21.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ttXY8M8YsTAi\",\"coordinates\":[-56.0,-13.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4oB7RpTbwRGh\",\"coordinates\":[-55.0,-48.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"89ece6kXU5rm\",\"coordinates\":[-57.0,-40.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7DVqr2PDZ4PM\",\"coordinates\":[-49.0,16.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"47bu86p5xpzS\",\"coordinates\":[-57.0,-13.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"368ydbXFCSBJ\",\"coordinates\":[50.0,-14.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"768pzdf2h8hz\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:01:48.339560+00:00\",\"user\":null,\"name\":\"Connecting + to Create: Expertise in Musical Improvisation Is Associated with Increased + Functional Connectivity between Premotor and Prefrontal Areas.\",\"description\":\"Musicians + have been used extensively to study neural correlates of long-term practice, + but no studies have investigated the specific effects of training musical + creativity. Here, we used human functional MRI to measure brain activity during + improvisation in a sample of 39 professional pianists with varying backgrounds + in classical and jazz piano playing. We found total hours of improvisation + experience to be negatively associated with activity in frontoparietal executive + cortical areas. In contrast, improvisation training was positively associated + with functional connectivity of the bilateral dorsolateral prefrontal cortices, + dorsal premotor cortices, and presupplementary areas. The effects were significant + when controlling for hours of classical piano practice and age. These results + indicate that even neural mechanisms involved in creative behaviors, which + require a flexible online generation of novel and meaningful output, can be + automated by training. Second, improvisational musical training can influence + functional brain properties at a network level. We show that the greater functional + connectivity seen in experienced improvisers may reflect a more efficient + exchange of information within associative networks of importance for musical + creativity.\",\"publication\":\"The Journal of neuroscience : the official + journal of the Society for Neuroscience\",\"doi\":\"10.1523/JNEUROSCI.4769-13.2014\",\"pmid\":\"24790186\",\"authors\":\"Pinho + AL, de Manzano O, Fransson P, Eriksson H, Ullen F\",\"year\":2014,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"24790186\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"UxpJsR33fWKp\",\"user\":null,\"name\":\"28298\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3TrQomDSpGL6\",\"coordinates\":[44.0,-61.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4MuUkzvyvXoc\",\"coordinates\":[48.0,38.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6CNS4Tvy8FAz\",\"coordinates\":[33.0,18.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ovPWDoC5mi5\",\"coordinates\":[39.0,50.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"389Tdp8Qm8EG\",\"coordinates\":[48.0,-54.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7foqo2RKbR5c\",\"coordinates\":[51.0,33.0,25.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5pPPF9fZpB23\",\"coordinates\":[44.0,48.0,-17.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"647dMKRUcqQq\",\"user\":null,\"name\":\"28299\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4ZozdpTCAQNW\",\"coordinates\":[14.0,-15.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7a5kCRmDixv7\",\"coordinates\":[21.0,-46.0,76.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Mb6ucnuMyrS\",\"coordinates\":[10.0,-13.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6TuNxgXrqGvg\",\"coordinates\":[-68.0,-30.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"47yq6Uvze2Ja\",\"coordinates\":[30.0,12.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8AAzJ5RGHaap\",\"coordinates\":[46.0,-19.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3HXAJ2yAwboE\",\"coordinates\":[63.0,-7.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Gm6XWFXn36qy\",\"coordinates\":[-45.0,-15.0,63.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Ae6itsobqSF\",\"coordinates\":[45.0,-25.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3i3Vc3kuyeTn\",\"coordinates\":[30.0,-31.0,45.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7K9UDhzvxcr9\",\"coordinates\":[26.0,11.0,69.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"45CELGBtrwmQ\",\"coordinates\":[-14.0,-24.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5TitqoVWAnkN\",\"coordinates\":[52.0,-15.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5GJ4SZQNCe3n\",\"coordinates\":[51.0,-18.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7aGfXSPTQ8oR\",\"coordinates\":[48.0,-28.0,-23.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6H96S3SzVSG2\",\"coordinates\":[-36.0,45.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"kTXbCSdt98YH\",\"coordinates\":[-46.0,-57.0,55.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3f2Ut4ZeoLEf\",\"coordinates\":[-68.0,-30.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"9iG8JdKFccqk\",\"coordinates\":[54.0,-67.0,-30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"B6oREqZBTiY6\",\"coordinates\":[-69.0,-37.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7TPQQpL7aze8\",\"coordinates\":[3.0,-49.0,-39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5FpHx5GL7NeT\",\"coordinates\":[20.0,-46.0,76.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5RwKAv26wLjV\",\"coordinates\":[-28.0,-21.0,73.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Zj6oCAgYubF\",\"coordinates\":[52.0,-51.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4DKQJuisQV7L\",\"coordinates\":[-52.0,5.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8GHuejbLoAPV\",\"coordinates\":[-48.0,-57.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6J2B2ZZnLttq\",\"coordinates\":[-68.0,-28.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7YBokWDVqCAM\",\"coordinates\":[-39.0,42.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6zenLdx69ZMr\",\"coordinates\":[-24.0,-27.0,75.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4wBw5Z2nZ36L\",\"coordinates\":[63.0,-7.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"79g6cmZxGJbd\",\"coordinates\":[14.0,-78.0,-42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6n8rpiVEzhju\",\"coordinates\":[-68.0,-28.0,31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4yvJ4rY2t2Dd\",\"coordinates\":[26.0,11.0,69.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5pXfCLr6ETpX\",\"coordinates\":[6.0,-49.0,-36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5DtVRCkjt4hU\",\"coordinates\":[-16.0,-67.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4wekQXtpSXnM\",\"coordinates\":[26.0,11.0,69.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7pxnpxZezr7T\",\"coordinates\":[12.0,-16.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"HqqBC8JG5kiR\",\"coordinates\":[-48.0,-49.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3PX6HNwy48CG\",\"coordinates\":[46.0,-34.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5dbACMuvCBSD\",\"coordinates\":[48.0,-49.0,-23.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5UEAZPgtPAzv\",\"coordinates\":[14.0,-15.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"79Fm3iALn6RR\",\"coordinates\":[54.0,-67.0,-30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ELUjujqcerb\",\"coordinates\":[10.0,-13.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LNctwQ7c9ND\",\"coordinates\":[9.0,-90.0,-38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FWHvTyshBeW\",\"coordinates\":[-69.0,-19.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3HmKdCaxMnq7\",\"coordinates\":[-34.0,-10.0,70.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wrTDNtN5bmgS\",\"coordinates\":[-6.0,-60.0,69.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Dbr5o8X9Nha\",\"coordinates\":[-52.0,3.0,49.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6oRPKQ9JSFRU\",\"coordinates\":[18.0,-60.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7NNsQu2WVGHB\",\"coordinates\":[15.0,-48.0,78.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Tsv2ziMHMBx\",\"coordinates\":[-36.0,45.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"69DBJuMNXGkf\",\"coordinates\":[63.0,-7.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5bWH4oMoaD4s\",\"coordinates\":[6.0,-52.0,-39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Zci7fuCGR3d\",\"coordinates\":[51.0,-18.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5m38zc5JSbZw\",\"coordinates\":[-50.0,-55.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"7BVLew9kxm5B\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Do + blind people hear better?\",\"description\":\"For centuries, anecdotal evidence + such as the perfect pitch of the blind piano tuner or blind musician has supported + the notion that individuals who have lost their sight early in life have superior + hearing abilities compared with sighted people. Recently, auditory psychophysical + and functional imaging studies have identified that specific auditory enhancements + in the early blind can be linked to activation in extrastriate visual cortex, + suggesting crossmodal plasticity. Furthermore, the nature of the sensory reorganization + in occipital cortex supports the concept of a task-based functional cartography + for the cerebral cortex rather than a sensory-based organization. In total, + studies of early-blind individuals provide valuable insights into mechanisms + of cortical plasticity and principles of cerebral organization.\",\"publication\":\"Trends + in cognitive sciences\",\"doi\":\"10.1016/j.tics.2022.08.016\",\"pmid\":\"36207258\",\"authors\":\"Carina + J Sabourin, Yaser Merrikhi, Stephen G Lomber\",\"year\":2022,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"6NGApraDbfH6\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\". Summary of psychophysics studies + investigating auditory function in the blind compared with the sighted\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"pcGxU9knxkX9\",\"coordinates\":[21.0,23.0,25.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Gja62DFu4Uh\",\"coordinates\":[21.0,23.0,25.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5GGYRNs7L6HL\",\"coordinates\":[37.0,38.0,40.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4QZ5q8n48hNp\",\"coordinates\":[21.0,23.0,25.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7eKtFtmWmDHM\",\"coordinates\":[21.0,23.0,25.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3MvTnDxpZPaF\",\"coordinates\":[39.0,40.0,47.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8AB78x9mpATz\",\"coordinates\":[18.0,25.0,27.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Arf2TZZ4dvd4\",\"coordinates\":[39.0,40.0,47.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4qe4sKWjmSxL\",\"coordinates\":[39.0,40.0,47.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tjheBBXBtUe\",\"coordinates\":[39.0,40.0,47.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UoCCivZa3EQ\",\"coordinates\":[19.0,23.0,58.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UYZSnoU88gv\",\"coordinates\":[19.0,23.0,58.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7kxxWjWfhwJN\",\"coordinates\":[20.0,22.0,34.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6WeCVWGwUeFY\",\"coordinates\":[44.0,45.0,48.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Yw5fsHGNBK6\",\"coordinates\":[17.0,18.0,62.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3cgiCcfSBxun\",\"coordinates\":[44.0,45.0,48.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"gyVBQF9BTEvg\",\"coordinates\":[17.0,18.0,62.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7seAcNRnSKcF\",\"coordinates\":[20.0,22.0,33.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Pv92zmfYMKWM\",\"coordinates\":[42.0,44.0,45.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"7Dg57x5EVfTg\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2023-07-17T03:27:48.613627+00:00\",\"user\":null,\"name\":\"Encoding + and recall of finger sequences in experienced pianists compared with musically + naive controls: a combined behavioral and functional imaging study.\",\"description\":\"Long-term + intensive sensorimotor training alters functional representation of the motor + and sensory system and might even result in structural changes. However, there + is not much knowledge about how previous training impacts learning transfer + and functional representation. We tested 14 amateur pianists and 15 musically + na\xEFve participants in a short-term finger sequence training procedure, + differing considerably from piano playing and measured associated functional + representation with functional magnetic resonance imaging. The conditions + consisted of encoding a finger sequence indicated by hand symbols (\\\"sequence + encoding\\\") and subsequently replaying the sequence from memory, both with + and without auditory feedback (\\\"sequence retrieval\\\"). Piano players + activated motor areas and the mirror neuron system more strongly than musically + na\xEFve participants during encoding. When retrieving the sequence, musically + na\xEFve participants showed higher activation in similar brain areas. Thus, + retrieval activations of na\xEFve participants were comparable to encoding + activations of piano players, who during retrieval performed the sequences + more accurately despite lower motor activations. Interestingly, both groups + showed primary auditory activation even during sequence retrieval without + auditory feedback, supporting previous reports about coactivation of the auditory + cortex after learned association with motor performance. When playing with + auditory feedback, only pianists lateralized to the left auditory cortex. + During encoding activation in left primary somatosensory cortex in the height + of the finger representations had a predictive value for increased motor performance + later on (error rates). Contrarily, decreased performance was associated with + increased visual cortex activation during encoding. Our study extends previous + reports about training transfer of motor knowledge resulting in superior training + effects in musicians. Performance increase went along with activity in motor + areas and the mirror neuron network during pattern encoding.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2012.09.012\",\"pmid\":\"22982586\",\"authors\":\"Pau + S, Jahn G, Sakreida K, Domin M, Lotze M\",\"year\":2013,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"22982586\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"3PJFqzgrZUjP\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\". fMRI results between subject groups + (piano players minus musically na\xEFve participants) for the encoding task + (p < 0.05; FDR corrected for the whole brain).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6fq39j4ebED7\",\"coordinates\":[66.0,-36.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7jzvD5YirMbM\",\"coordinates\":[-42.0,-27.0,51.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5UdXmkxgochw\",\"coordinates\":[36.0,-45.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UAm5QaFVovK\",\"coordinates\":[-39.0,-18.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7jYbGxYuAL56\",\"coordinates\":[39.0,-18.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7SJmWER7Dtgo\",\"coordinates\":[-9.0,-3.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wHyqJWxHBD6\",\"coordinates\":[54.0,-60.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"564vGdW5xaJz\",\"coordinates\":[-39.0,-6.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5KcpbyuqHsHV\",\"coordinates\":[36.0,-15.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"569fJj4EFfd9\",\"coordinates\":[-27.0,57.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4uZbQmqWkdK8\",\"coordinates\":[-42.0,-33.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3enSr8yvGqRx\",\"coordinates\":[66.0,-36.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ma4aZCRgnKw\",\"coordinates\":[3.0,9.0,63.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5eY6NQEavKvd\",\"coordinates\":[-24.0,-51.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pFXzmqtR9vS\",\"coordinates\":[-51.0,9.0,39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3HsA7uyb9k3q\",\"coordinates\":[-63.0,-30.0,17.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3hifk9uritJq\",\"coordinates\":[39.0,3.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7bMend58NG3Q\",\"coordinates\":[-39.0,-69.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"865FgsYb9ES7\",\"coordinates\":[-42.0,-54.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"NhoALQRmeLw7\",\"coordinates\":[-30.0,18.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"55rDYPmvoGZk\",\"coordinates\":[-42.0,-54.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mXshCftZ56PT\",\"coordinates\":[42.0,-48.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7asi79uA8MAH\",\"coordinates\":[-51.0,6.0,39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3WDFT2rE4hMW\",\"coordinates\":[33.0,-51.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"65FpQtA7adVB\",\"coordinates\":[54.0,-60.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"6s7JAtTiapEu\",\"user\":null,\"name\":\"Table + 2\",\"metadata\":null,\"description\":\". fMRI results between subject groups + (musically na\xEFve participants minus piano players) for the retrieval task + with auditory feedback (p < 0.05; FDR corrected for the whole brain).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4caLFRThQdAi\",\"coordinates\":[-42.0,-24.0,-60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wiwFQPRdXuwi\",\"coordinates\":[51.0,-12.0,45.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"58J2TfaJfrJk\",\"coordinates\":[27.0,-15.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5gZsks4a9ZXL\",\"coordinates\":[60.0,0.0,33.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"595Fo7xQVH28\",\"coordinates\":[-45.0,-18.0,57.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"uwUSEoJkZK8F\",\"coordinates\":[30.0,-15.0,63.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3QVuCSk94Umm\",\"coordinates\":[-57.0,-24.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3GZvzv3CrMhd\",\"coordinates\":[60.0,9.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5MJperxA8MvP\",\"coordinates\":[-12.0,-72.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5S4aa3zwn93a\",\"coordinates\":[33.0,-51.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4dHHyiNxZA7m\",\"coordinates\":[-27.0,6.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pApfUuyPu4Y\",\"coordinates\":[27.0,0.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"82zvu2sY9wDB\",\"coordinates\":[63.0,6.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6oPgZx7p2mZt\",\"coordinates\":[15.0,-84.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6kn8EyebX3vF\",\"coordinates\":[-6.0,-87.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4TA3dKP9E3Mp\",\"coordinates\":[-33.0,-18.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"KBFuBgSEmDGB\",\"coordinates\":[36.0,-9.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"67usu4mhwPxB\",\"coordinates\":[-48.0,-51.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3eAbdL4upYat\",\"coordinates\":[-48.0,-42.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"39VC9m8bTWuX\",\"coordinates\":[42.0,-36.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6eEbr8TeRqi3\",\"coordinates\":[51.0,-15.0,45.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ktHZuAqKP5W\",\"coordinates\":[-54.0,-27.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7hSfYh6Kfsm2\",\"coordinates\":[-15.0,-15.0,72.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"7HyZmc6GXDjQ\",\"user\":null,\"name\":\"33520\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4Jq78BhF9w7k\",\"coordinates\":[-33.0,-24.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7FFKfQyLHRSN\",\"coordinates\":[45.0,-18.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5G6en6VSNDse\",\"coordinates\":[33.0,-30.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"7fUwtrsAeAQf\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2023-07-17T03:27:48.613627+00:00\",\"user\":null,\"name\":\"Distributed + neural signatures of natural audiovisual speech and music in the human auditory + cortex.\",\"description\":\"During a conversation or when listening to music, + auditory and visual information are combined automatically into audiovisual + objects. However, it is still poorly understood how specific type of visual + information shapes neural processing of sounds in lifelike stimulus environments. + Here we applied multi-voxel pattern analysis to investigate how naturally + matching visual input modulates supratemporal cortex activity during processing + of naturalistic acoustic speech, singing and instrumental music. Bayesian + logistic regression classifiers with sparsity-promoting priors were trained + to predict whether the stimulus was audiovisual or auditory, and whether it + contained piano playing, speech, or singing. The predictive performances of + the classifiers were tested by leaving one participant at a time for testing + and training the model using the remaining 15 participants. The signature + patterns associated with unimodal auditory stimuli encompassed distributed + locations mostly in the middle and superior temporal gyrus (STG/MTG). A pattern + regression analysis, based on a continuous acoustic model, revealed that activity + in some of these MTG and STG areas were associated with acoustic features + present in speech and music stimuli. Concurrent visual stimulus modulated + activity in bilateral MTG (speech), lateral aspect of right anterior STG (singing), + and bilateral parietal opercular cortex (piano). Our results suggest that + specific supratemporal brain areas are involved in processing complex natural + speech, singing, and piano playing, and other brain areas located in anterior + (facial speech) and posterior (music-related hand actions) supratemporal cortex + are influenced by related visual information. Those anterior and posterior + supratemporal areas have been linked to stimulus identification and sensory-motor + integration, respectively.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2016.12.005\",\"pmid\":\"27932074\",\"authors\":\"Salmi + J, Koistinen OP, Glerean E, Jylanki P, Vehtari A, Jaaskelainen IP, Makela + S, Nummenmaa L, Nummi-Kuisma K, Nummi I, Sams M\",\"year\":2017,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"27932074\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"6QDp4kEmb7Bi\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\", and MNI-coordinates of local maxima + in brain areas showing significant (p < 0.05) differences between three Auditory + stimulus types (one vs. one).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"mzgbPgmo7REo\",\"coordinates\":[54.0,2.0,-16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5xN8Mzn8RfSg\",\"coordinates\":[-54.0,2.0,-28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6DXg67NCApcF\",\"coordinates\":[-62.0,-38.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5mS3Zz7aq76i\",\"coordinates\":[-66.0,-10.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5y2BePFB4nNP\",\"coordinates\":[58.0,-34.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7GdmZaccAFNr\",\"coordinates\":[58.0,-34.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"83mmPn57n5Rp\",\"coordinates\":[-42.0,-18.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"77czx4JiTehf\",\"coordinates\":[58.0,-6.0,-32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5FXu9VrobnR2\",\"coordinates\":[-62.0,-10.0,-16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3fYHE7Sqft3U\",\"coordinates\":[-66.0,-22.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"36JjBCX9NvPm\",\"coordinates\":[42.0,-14.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"6FLfjpSzRkid\",\"user\":null,\"name\":\"Table + 2\",\"metadata\":null,\"description\":\", and MNI-coordinates of local maxima + in brain areas showing significant (p < 0.05) differences between Audiovisual + vs. Auditory conditions.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4kspXsVyPAEA\",\"coordinates\":[18.0,64.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7zR8rev8rRor\",\"coordinates\":[68.0,50.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5bBnCWmRH2Dq\",\"coordinates\":[70.0,56.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7pQSRR9dEGuQ\",\"coordinates\":[70.0,42.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5gRf3oEyxLka\",\"coordinates\":[68.0,66.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6CsvQPNKwYhA\",\"coordinates\":[24.0,54.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3EcL5CSKHfM2\",\"coordinates\":[68.0,40.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6KHNCKruXBoR\",\"coordinates\":[16.0,44.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zQbVv9vPtj2c\",\"coordinates\":[18.0,52.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8MW9DNZV5bhM\",\"coordinates\":[68.0,60.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GrS34YigUKqt\",\"coordinates\":[24.0,56.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7239wnDsny2Z\",\"coordinates\":[72.0,64.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6eDdm9GbXnYs\",\"coordinates\":[14.0,66.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"84wywgr985tL\",\"coordinates\":[58.0,46.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LwomLSERukJ\",\"coordinates\":[78.0,56.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"885iugwHpSRh\",\"coordinates\":[10.0,48.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ZHRio2jCa5q\",\"coordinates\":[10.0,54.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wjMSZ6rX7cSr\",\"coordinates\":[10.0,44.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ZHWZahFa3sQN\",\"coordinates\":[76.0,64.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6dtknBQ7GZiP\",\"coordinates\":[68.0,52.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pGmohQrFM3V\",\"coordinates\":[72.0,44.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6CftCRgegE63\",\"coordinates\":[70.0,42.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"42bWJcdpJihB\",\"coordinates\":[72.0,64.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4GTcJ5MAwXKr\",\"coordinates\":[64.0,52.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3gpEJitdSnRn\",\"coordinates\":[12.0,52.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6jtMrisX7vdP\",\"coordinates\":[20.0,66.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"V6um7wRnyDnN\",\"coordinates\":[72.0,42.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7mpBcfux4f9X\",\"coordinates\":[20.0,48.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Ew7bF2mPdug\",\"coordinates\":[14.0,48.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"587ze3SFHWqL\",\"coordinates\":[76.0,62.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"W82btCTAvTaf\",\"coordinates\":[76.0,42.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8NzwvdUZeS3d\",\"coordinates\":[18.0,44.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"65X3uSihsK2g\",\"coordinates\":[18.0,52.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4xVokyzxoVws\",\"coordinates\":[76.0,52.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3pM9SyADHpv2\",\"coordinates\":[74.0,54.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6gMzusvhpNAR\",\"coordinates\":[72.0,60.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Tn8QNqj7arc\",\"coordinates\":[18.0,64.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"7yDarPD6Qkro\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:00:15.112537+00:00\",\"user\":null,\"name\":\"EEG + oscillatory patterns are associated with error prediction during music performance + and are altered in musician's dystonia.\",\"description\":\"Skilled performance + requires the ability to monitor ongoing behavior, detect errors in advance + and modify the performance accordingly. The acquisition of fast predictive + mechanisms might be possible due to the extensive training characterizing + expertise performance. Recent EEG studies on piano performance reported a + negative event-related potential (ERP) triggered in the ACC 70 ms before performance + errors (pitch errors due to incorrect keypress). This ERP component, termed + pre-error related negativity (pre-ERN), was assumed to reflect processes of + error detection in advance. However, some questions remained to be addressed: + (i) Does the electrophysiological marker prior to errors reflect an error + signal itself or is it related instead to the implementation of control mechanisms? + (ii) Does the posterior frontomedial cortex (pFMC, including ACC) interact + with other brain regions to implement control adjustments following motor + prediction of an upcoming error? (iii) Can we gain insight into the electrophysiological + correlates of error prediction and control by assessing the local neuronal + synchronization and phase interaction among neuronal populations? (iv) Finally, + are error detection and control mechanisms defective in pianists with musician's + dystonia (MD), a focal task-specific dystonia resulting from dysfunction of + the basal ganglia-thalamic-frontal circuits? Consequently, we investigated + the EEG oscillatory and phase synchronization correlates of error detection + and control during piano performances in healthy pianists and in a group of + pianists with MD. In healthy pianists, the main outcomes were increased pre-error + theta and beta band oscillations over the pFMC and 13-15 Hz phase synchronization, + between the pFMC and the right lateral prefrontal cortex, which predicted + corrective mechanisms. In MD patients, the pattern of phase synchronization + appeared in a different frequency band (6-8 Hz) and correlated with the severity + of the disorder. The present findings shed new light on the neural mechanisms, + which might implement motor prediction by means of forward control processes, + as they function in healthy pianists and in their altered form in patients + with MD.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2010.12.050\",\"pmid\":\"21195188\",\"authors\":\"Ruiz + MH, Strubing F, Jabusch HC, Altenmuller E\",\"year\":2011,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"21195188\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"7qDEfBDx675z\",\"user\":null,\"name\":\"32635\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6zFeKZn2TjK2\",\"coordinates\":[1.0,2.0,3.0],\"kind\":\"unknown\",\"space\":\"UNKNOWN\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"83wU4Laggabu\",\"created_at\":\"2022-06-02T17:41:45.026305+00:00\",\"updated_at\":\"2024-03-21T20:00:40.386050+00:00\",\"user\":null,\"name\":\"Goal-independent + mechanisms for free response generation: Creative and pseudo-random performance + share neural substrates\",\"description\":\"To what extent free response generation + in different tasks uses common and task-specific neurocognitive processes + has remained unclear. Here, we investigated overlap and differences in neural + activity during musical improvisation and pseudo-random response generation. + Brain activity was measured using fMRI in a group of professional classical + pianists, who performed musical improvisation of melodies, pseudo-random key-presses + and a baseline condition (sight-reading), on either two, six or twelve keys + on a piano keyboard. The results revealed an extensive overlap in neural activity + between the two generative conditions. Active regions included the dorsolateral + and dorsomedial prefrontal cortices, inferior frontal gyrus, anterior cingulate + cortex and pre-SMA. No regions showed higher activity in improvisation than + in pseudo-random generation. These findings suggest that the activated regions + fulfill generic functions that are utilized in different types of free generation + tasks, independent of overall goal. In contrast, pseudo-random generation + was accompanied by higher activity than improvisation in several regions. + This presumably reflects the participants' musical expertise as well as the + pseudo-random generation task's high load on attention, working memory, and + executive control. The results highlight the significance of using naturalistic + tasks to study human behavior and cognition. No brain activity was related + to the size of the response set. We discuss that this may reflect that the + musicians were able to use specific strategies for improvisation, by which + there was no simple relationship between response set size and neural activity.\",\"publication\":\"NeuroImage\",\"doi\":null,\"pmid\":\"21782960\",\"authors\":\"de + Manzano O, Ullen F\",\"year\":2012,\"metadata\":null,\"source\":\"neuroquery\",\"source_id\":\"21782960\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"3uC4GULookyN\",\"user\":null,\"name\":\"t0005\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"8PHex9eEL3eA\",\"coordinates\":[10.0,26.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5D3fHkWLdwuV\",\"coordinates\":[-42.0,26.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6bpZmAxi9vVj\",\"coordinates\":[54.0,14.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"xPcTTSYmodDH\",\"coordinates\":[-44.0,14.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"AaKaiaE78HtK\",\"coordinates\":[48.0,16.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Ndv6pQVcfJv\",\"coordinates\":[-2.0,8.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ggkHg7wJYVz\",\"coordinates\":[-42.0,-66.0,-36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8G6FNEcT5T7Y\",\"coordinates\":[28.0,-68.0,-32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"eRbPx5RqRkgs\",\"user\":null,\"name\":\"t0010\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4gidVfU76kLN\",\"coordinates\":[-16.0,52.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4tiwwE6uWSVF\",\"coordinates\":[-36.0,42.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6cKzLRdsfPNv\",\"coordinates\":[-34.0,26.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6qA3n2UDzwkm\",\"coordinates\":[24.0,22.0,56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UrHjq8fyXhB\",\"coordinates\":[36.0,-6.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7wFiNvMEQLz5\",\"coordinates\":[-34.0,12.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6nnbYvLZrHob\",\"coordinates\":[-14.0,-28.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4zwvd7B8s4RW\",\"coordinates\":[-10.0,-24.0,68.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"39LZCyNwqNRT\",\"coordinates\":[-38.0,8.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4WkqxJZkLmbT\",\"coordinates\":[-62.0,2.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6XAifsF2oQ5V\",\"coordinates\":[-28.0,-12.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"65eVeGVSgFUQ\",\"coordinates\":[-38.0,-14.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6mo8Miv6vajH\",\"coordinates\":[2.0,-26.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"iukmgvbx4TZE\",\"coordinates\":[-20.0,-36.0,68.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7dfQC9X9tmgP\",\"coordinates\":[-40.0,-40.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"bjpzoBuiCCf9\",\"coordinates\":[54.0,-46.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"S3JWPJSrPiJL\",\"coordinates\":[-48.0,-54.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7JWKBv22eMbK\",\"coordinates\":[4.0,-66.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3jX4aLcRkCPH\",\"coordinates\":[-60.0,-26.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"633YyWZtifqE\",\"coordinates\":[-28.0,-52.0,56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5nNbbqfS2wjb\",\"coordinates\":[-44.0,-52.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4H5FjPeRLQwq\",\"coordinates\":[32.0,-54.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zqSY9zzU46bH\",\"coordinates\":[-18.0,-66.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4pNsWsg99fsC\",\"coordinates\":[-14.0,-72.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"678ghV4V2NXb\",\"coordinates\":[22.0,-62.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7RWzHJ6gsp5J\",\"coordinates\":[2.0,-78.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5uUj9Lgg6T6V\",\"coordinates\":[-26.0,-32.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"bUeXXau79d2P\",\"coordinates\":[-28.0,-52.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6KWug8ZRrVUN\",\"coordinates\":[-10.0,-60.0,-42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UnMYvie5Ftb\",\"coordinates\":[-14.0,-62.0,-56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"v97u5ScH45tx\",\"coordinates\":[-10.0,-80.0,-30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6MBwYdQ7ejkh\",\"coordinates\":[16.0,-64.0,-56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mMCn49KjNk2C\",\"coordinates\":[12.0,-70.0,-28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"8dnDgkL7BME2\",\"created_at\":\"2025-12-04T05:27:32.256396+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"The + brain basis of piano performance\",\"description\":\"Performances of memorized + piano compositions unfold via dynamic integrations of motor, perceptual, cognitive, + and emotive operations. The functional neuroanatomy of such elaborately skilled + achievements was characterized in the present study by using (15)0-water positron + emission tomography to image blindfolded pianists performing a concerto by + J.S. Bach. The resulting brain activity was referenced to that for bimanual + performance of memorized major scales. Scales and concerto performances both + activated primary motor cortex, corresponding somatosensory areas, inferior + parietal cortex, supplementary motor area, motor cingulate, bilateral superior + and middle temporal cortex, right thalamus, anterior and posterior cerebellum. + Regions specifically supporting the concerto performance included superior + and middle temporal cortex, planum polare, thalamus, basal ganglia, posterior + cerebellum, dorsolateral premotor cortex, right insula, right supplementary + motor area, lingual gyrus, and posterior cingulate. Areas specifically implicated + in generating and playing scales were posterior cingulate, middle temporal, + right middle frontal, and right precuneus cortices, with lesser increases + in right hemispheric superior temporal, temporoparietal, fusiform, precuneus, + and prefrontal cortices, along with left inferior frontal gyrus. Finally, + much greater deactivations were present for playing the concerto than scales. + This seems to reflect a deeper attentional focus in which tonically active + orienting and evaluative processes, among others, are suspended. This inference + is supported by observed deactivations in posterior cingulate, parahippocampus, + precuneus, prefrontal, middle temporal, and posterior cerebellar cortices. + For each of the foregoing analyses, a distributed set of interacting localized + functions is outlined for future test.\",\"publication\":\"Neuropsychologia\",\"doi\":\"10.1016/j.neuropsychologia.2004.11.007\",\"pmid\":\"15707905\",\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"year\":2005,\"metadata\":{\"slug\":\"15707905-10-1016-j-neuropsychologia-2004-11-007\",\"source\":\"semantic_scholar\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"15\",\"Hour\":\"9\",\"Year\":\"2005\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"20\",\"Hour\":\"9\",\"Year\":\"2005\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"15\",\"Hour\":\"9\",\"Year\":\"2005\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"15707905\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neuropsychologia.2004.11.007\",\"@IdType\":\"doi\"},{\"#text\":\"S0028-3932(04)00283-0\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"15707905\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"0028-3932\",\"@IssnType\":\"Print\"},\"Title\":\"Neuropsychologia\",\"JournalIssue\":{\"Issue\":\"2\",\"Volume\":\"43\",\"PubDate\":{\"Year\":\"2005\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Neuropsychologia\"},\"Abstract\":{\"AbstractText\":\"Performances + of memorized piano compositions unfold via dynamic integrations of motor, + perceptual, cognitive, and emotive operations. The functional neuroanatomy + of such elaborately skilled achievements was characterized in the present + study by using (15)0-water positron emission tomography to image blindfolded + pianists performing a concerto by J.S. Bach. The resulting brain activity + was referenced to that for bimanual performance of memorized major scales. + Scales and concerto performances both activated primary motor cortex, corresponding + somatosensory areas, inferior parietal cortex, supplementary motor area, motor + cingulate, bilateral superior and middle temporal cortex, right thalamus, + anterior and posterior cerebellum. Regions specifically supporting the concerto + performance included superior and middle temporal cortex, planum polare, thalamus, + basal ganglia, posterior cerebellum, dorsolateral premotor cortex, right insula, + right supplementary motor area, lingual gyrus, and posterior cingulate. Areas + specifically implicated in generating and playing scales were posterior cingulate, + middle temporal, right middle frontal, and right precuneus cortices, with + lesser increases in right hemispheric superior temporal, temporoparietal, + fusiform, precuneus, and prefrontal cortices, along with left inferior frontal + gyrus. Finally, much greater deactivations were present for playing the concerto + than scales. This seems to reflect a deeper attentional focus in which tonically + active orienting and evaluative processes, among others, are suspended. This + inference is supported by observed deactivations in posterior cingulate, parahippocampus, + precuneus, prefrontal, middle temporal, and posterior cerebellar cortices. + For each of the foregoing analyses, a distributed set of interacting localized + functions is outlined for future test.\"},\"Language\":\"eng\",\"@PubModel\":\"Print\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Lawrence + M\",\"Initials\":\"LM\",\"LastName\":\"Parsons\",\"AffiliationInfo\":{\"Affiliation\":\"Research + Imaging Center, University of Texas Health Science Center, San Antonio, TX + 78284, USA. l.parsons@sheffield.ac.uk\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Justine\",\"Initials\":\"J\",\"LastName\":\"Sergent\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Donald + A\",\"Initials\":\"DA\",\"LastName\":\"Hodges\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Peter + T\",\"Initials\":\"PT\",\"LastName\":\"Fox\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"215\",\"StartPage\":\"199\",\"MedlinePgn\":\"199-215\"},\"ArticleTitle\":\"The + brain basis of piano performance.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"24\",\"Year\":\"2016\",\"Month\":\"11\"},\"DateCompleted\":{\"Day\":\"19\",\"Year\":\"2005\",\"Month\":\"04\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D001288\",\"#text\":\"Attention\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D004644\",\"#text\":\"Emotions\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000294\",\"#text\":\"innervation\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D005385\",\"#text\":\"Fingers\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007091\",\"#text\":\"Image + Processing, Computer-Assisted\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D008568\",\"#text\":\"Memory\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009146\",\"#text\":\"Music\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D049268\",\"#text\":\"Positron-Emission + Tomography\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D011597\",\"#text\":\"Psychomotor + Performance\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"England\",\"MedlineTA\":\"Neuropsychologia\",\"ISSNLinking\":\"0028-3932\",\"NlmUniqueID\":\"0020713\"}}},\"semantic_scholar\":{\"year\":2005,\"title\":\"The + brain basis of piano performance\",\"venue\":\"Neuropsychologia\",\"authors\":[{\"name\":\"L. + Parsons\",\"authorId\":\"35053395\"},{\"name\":\"J. Sergent\",\"authorId\":\"21790076\"},{\"name\":\"D. + Hodges\",\"authorId\":\"70925988\"},{\"name\":\"P. Fox\",\"authorId\":\"1690619\"}],\"paperId\":\"745f3fe98101ccc75deb2445f00ba40d9c4cf598\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neuropsychologia.2004.11.007?email= + or https://doi.org/10.1016/j.neuropsychologia.2004.11.007, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2005-12-31\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T05:29:47.835898+00:00\",\"analyses\":[{\"id\":\"SxwDFgbwdTUT\",\"user\":null,\"name\":\"Activations\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1_coordinates.csv\"},\"original_table_id\":\"tbl1\"},\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1_coordinates.csv\"},\"sanitized_table_id\":\"tbl1\"},\"description\":\"Scales\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"B8UtSuX2Y8d5\",\"coordinates\":[-34.0,-22.0,54.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.66}]},{\"id\":\"ZGxL2TScEWRU\",\"coordinates\":[40.0,-24.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":9.96}]},{\"id\":\"8SH9y5VcDpPC\",\"coordinates\":[34.0,-22.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":9.91}]},{\"id\":\"4MKGpiVDfWSL\",\"coordinates\":[2.0,-6.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.83}]},{\"id\":\"eTxv2wqT9XQA\",\"coordinates\":[-6.0,-4.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.72}]},{\"id\":\"R4qeGvu54SQ8\",\"coordinates\":[-44.0,0.0,-2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.3}]},{\"id\":\"RSfjhEC3AgNu\",\"coordinates\":[16.0,-16.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.2}]},{\"id\":\"vQPKWv9vhht9\",\"coordinates\":[-44.0,-17.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.11}]},{\"id\":\"ocS7R3uDZQZ5\",\"coordinates\":[52.0,-4.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.11}]},{\"id\":\"ZqKU64wZ2f5N\",\"coordinates\":[-18.0,-2.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.64}]},{\"id\":\"Whz593KikreW\",\"coordinates\":[-9.0,-28.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.6}]},{\"id\":\"vrAE6AiJzCN2\",\"coordinates\":[56.0,-10.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.5}]},{\"id\":\"97pqvgG9cRAq\",\"coordinates\":[18.0,-24.0,8.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.41}]},{\"id\":\"WAMVsRGMRq3a\",\"coordinates\":[44.0,-14.0,-1.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.18}]},{\"id\":\"PiRWWxUaYPwe\",\"coordinates\":[-16.0,36.0,12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.13}]},{\"id\":\"LYfq6rwfPoBw\",\"coordinates\":[8.0,-22.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.09}]},{\"id\":\"Hmf2kG2j9Jzo\",\"coordinates\":[51.0,0.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.71}]},{\"id\":\"h9dYBYQCL2nk\",\"coordinates\":[-20.0,-8.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.71}]},{\"id\":\"TyLn2yRasP8M\",\"coordinates\":[42.0,-34.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.67}]},{\"id\":\"BTewgv2X3vUe\",\"coordinates\":[52.0,-24.0,22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.62}]},{\"id\":\"Rt9RB8kRLJaA\",\"coordinates\":[46.0,-22.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.53}]},{\"id\":\"QYZZvYpf7B6d\",\"coordinates\":[-46.0,-32.0,20.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"xfMD8fdLLYP9\",\"coordinates\":[5.0,-24.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.29}]},{\"id\":\"gu3W99wiUzJ7\",\"coordinates\":[-42.0,0.0,12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.15}]},{\"id\":\"f6bySpJMg8yD\",\"coordinates\":[52.0,-54.0,-12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]}],\"images\":[]},{\"id\":\"6QHTHfoLyGw3\",\"user\":null,\"name\":\"Anterior + cerebellum activations\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1_coordinates.csv\"},\"original_table_id\":\"tbl1\"},\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl1_coordinates.csv\"},\"sanitized_table_id\":\"tbl1\"},\"description\":\"Scales\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"YymhYjoaTZmu\",\"coordinates\":[12.0,-54.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.49}]},{\"id\":\"5EmjMT3Hfa2j\",\"coordinates\":[22.0,-54.0,-22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.21}]},{\"id\":\"Ptgj7Vhijkko\",\"coordinates\":[0.0,-60.0,-12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.61}]},{\"id\":\"83YAgBrQg79K\",\"coordinates\":[-12.0,-52.0,-20.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.33}]},{\"id\":\"zJFuZ8xAMvui\",\"coordinates\":[2.0,-38.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.32}]}],\"images\":[]},{\"id\":\"9N7JAP9kaq4L\",\"user\":null,\"name\":\"Activations-2\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Bach\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"8grpk4wfSAQZ\",\"coordinates\":[-32.0,-24.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.95}]},{\"id\":\"6FkvCyf6j4VJ\",\"coordinates\":[40.0,-24.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.49}]},{\"id\":\"M359R5MFoJoa\",\"coordinates\":[6.0,-4.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.8}]},{\"id\":\"XEZJBDcRE8Pd\",\"coordinates\":[-6.0,-12.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.97}]},{\"id\":\"gwiPg9ieWyZW\",\"coordinates\":[-44.0,-2.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.77}]},{\"id\":\"xEPAKuUutNiY\",\"coordinates\":[54.0,-12.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.26}]},{\"id\":\"zk7QzfHJmmFJ\",\"coordinates\":[-42.0,-16.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.17}]},{\"id\":\"Hw9u8wXhFid5\",\"coordinates\":[48.0,-30.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.98}]},{\"id\":\"N4tzjAevyhrP\",\"coordinates\":[-14.0,-18.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.89}]},{\"id\":\"j5vhLHPa85N5\",\"coordinates\":[52.0,0.0,-6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.66}]},{\"id\":\"8QwViGjs93Em\",\"coordinates\":[16.0,-26.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.52}]},{\"id\":\"dWNXSGMPBG9q\",\"coordinates\":[26.0,4.0,-2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.29}]},{\"id\":\"eYNJ6yF69s7U\",\"coordinates\":[16.0,-16.0,0.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.15}]},{\"id\":\"sYSvoAD6EQ9E\",\"coordinates\":[16.0,-10.0,0.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.06}]},{\"id\":\"4EYCXw7mCGXo\",\"coordinates\":[-18.0,0.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.88}]},{\"id\":\"3eiCgFRh6KaP\",\"coordinates\":[36.0,-2.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.88}]},{\"id\":\"Tkw24fqPfJ3p\",\"coordinates\":[6.0,-34.0,-10.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.88}]},{\"id\":\"k6c6PRPTJY42\",\"coordinates\":[-40.0,-2.0,12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.79}]},{\"id\":\"Kbgp5Tca6PqK\",\"coordinates\":[4.0,-24.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.74}]},{\"id\":\"JDpmrvDLBR9a\",\"coordinates\":[32.0,-56.0,-9.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.69}]},{\"id\":\"2UQEihVaPRGf\",\"coordinates\":[50.0,-24.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.56}]},{\"id\":\"JUzbrmuDt9dC\",\"coordinates\":[48.0,-44.0,-10.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.51}]},{\"id\":\"YgVPPHnwaDZT\",\"coordinates\":[-24.0,-14.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.46}]},{\"id\":\"5Np7grwv87VU\",\"coordinates\":[-40.0,-26.0,8.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.32}]},{\"id\":\"QMqxNBo4wcg3\",\"coordinates\":[8.0,4.0,35.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.28}]},{\"id\":\"y6omubGhqkhb\",\"coordinates\":[-28.0,-2.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.28}]}],\"images\":[]},{\"id\":\"A6goQCV9WVAV\",\"user\":null,\"name\":\"Anterior + cerebellum activations-2\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Bach\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"gd62gn9UqbwG\",\"coordinates\":[14.0,-56.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":14.07}]},{\"id\":\"BXg6XLcbJjhM\",\"coordinates\":[0.0,-62.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":12.78}]},{\"id\":\"rtYJy3BXTSDr\",\"coordinates\":[-10.0,-56.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.8}]},{\"id\":\"xnbqWYnPosnJ\",\"coordinates\":[-18.0,-54.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.47}]}],\"images\":[]},{\"id\":\"p3zStp3ogdYh\",\"user\":null,\"name\":\"Posterior + cerebellum activations\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Bach\u2013rest\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"ndv2KMX5PRao\",\"coordinates\":[0.0,-66.0,-26.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.3}]},{\"id\":\"XMART5kZ9GXD\",\"coordinates\":[-12.0,-70.0,-30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.32}]},{\"id\":\"dniooj3qGaws\",\"coordinates\":[28.0,-73.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.79}]}],\"images\":[]},{\"id\":\"2LMVuzHWv6pV\",\"user\":null,\"name\":\"Activations-3\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Bach\u2013scales\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"hkYj2kFkEEij\",\"coordinates\":[11.0,-18.0,16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.29}]},{\"id\":\"J6NQJcP4m8tv\",\"coordinates\":[16.0,-34.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"BCWkvWokgVbV\",\"coordinates\":[28.0,-76.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"HE8EmhbNJAe2\",\"coordinates\":[36.0,-2.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.16}]},{\"id\":\"ssvxuZnzdTsz\",\"coordinates\":[48.0,2.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"aFKGpXuR9dnW\",\"coordinates\":[-4.0,-73.0,0.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"YtAMRHtUqfcM\",\"coordinates\":[7.0,-30.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"6sDQk53QXEjx\",\"coordinates\":[6.0,-6.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"698K2aT8R6Ty\",\"coordinates\":[26.0,-62.0,12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"T8Qjh87Vhb32\",\"coordinates\":[-49.0,-8.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"YpiEuuzqbdUT\",\"coordinates\":[26.0,6.0,-4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"68MXXwJXiWa4\",\"coordinates\":[-40.0,-10.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.34}]},{\"id\":\"ULKsWFvuCVQ2\",\"coordinates\":[-13.0,14.0,10.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.29}]},{\"id\":\"Avz2yXweWNpX\",\"coordinates\":[-26.0,-4.0,8.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.25}]},{\"id\":\"vjf3WmFtsGJq\",\"coordinates\":[-20.0,-30.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]},{\"id\":\"kKxFfYDrTtrK\",\"coordinates\":[-50.0,-4.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]},{\"id\":\"WnHpgB2yKCNY\",\"coordinates\":[-2.0,-78.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]},{\"id\":\"bYMSHKrZcKPx\",\"coordinates\":[-10.0,-32.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]},{\"id\":\"2YnjEikHi8Ga\",\"coordinates\":[38.0,-12.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]},{\"id\":\"QFfNLoqhpPkQ\",\"coordinates\":[-42.0,-14.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]},{\"id\":\"B7wTtPWTmfTT\",\"coordinates\":[-4.0,-40.0,22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]},{\"id\":\"nFRfeCJwCQQm\",\"coordinates\":[-21.0,-70.0,-2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.11}]}],\"images\":[]},{\"id\":\"DB7SNoEKNypu\",\"user\":null,\"name\":\"Anterior + cerebellum activations-3\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Bach\u2013scales\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"evPRgzRaeKRH\",\"coordinates\":[16.0,-58.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.57}]},{\"id\":\"5YqGD5qXhksU\",\"coordinates\":[-8.0,-64.0,-8.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.43}]},{\"id\":\"pPtJwZADfpHA\",\"coordinates\":[18.0,-50.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.16}]},{\"id\":\"vRjuwQfcFUrr\",\"coordinates\":[-7.0,-46.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]}],\"images\":[]},{\"id\":\"b8CFr4gjeZZv\",\"user\":null,\"name\":\"Posterior + cerebellum activations-2\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Bach\u2013scales\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"uNxW4hAc6c4b\",\"coordinates\":[-2.0,-66.0,-26.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"LCMiMCBBTZSf\",\"coordinates\":[38.0,-52.0,-20.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.93}]},{\"id\":\"qRvkH6rYxuNs\",\"coordinates\":[-9.0,-73.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.66}]},{\"id\":\"Lc57oTpJGrtN\",\"coordinates\":[-13.0,-72.0,-31.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.61}]},{\"id\":\"rwkLxLUtLsAD\",\"coordinates\":[16.0,-84.0,-16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.48}]},{\"id\":\"BGo8MQx4gryU\",\"coordinates\":[26.0,-62.0,-23.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.34}]},{\"id\":\"HzrGHNo9wKv8\",\"coordinates\":[-22.0,-75.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.25}]},{\"id\":\"mqeyCsrjr5h8\",\"coordinates\":[8.0,-62.0,-22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]}],\"images\":[]},{\"id\":\"hpTXqs4rzn7Y\",\"user\":null,\"name\":\"Activations-4\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Scales\u2013Bach\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3MFMyoJm7HKb\",\"coordinates\":[0.0,-56.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-4.17}]},{\"id\":\"VjjsuZqAKEra\",\"coordinates\":[-2.0,-56.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-4.17}]},{\"id\":\"wrETctksu8qp\",\"coordinates\":[-50.0,-29.0,-7.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.85}]},{\"id\":\"ZKYWxmx9hn3R\",\"coordinates\":[0.0,32.0,34.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.8}]},{\"id\":\"QUEdk5imbFQC\",\"coordinates\":[2.0,-44.0,32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.53}]},{\"id\":\"BGvCwx69F88F\",\"coordinates\":[57.0,-16.0,-10.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.53}]},{\"id\":\"7qxkBXvQhDLf\",\"coordinates\":[32.0,14.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.49}]},{\"id\":\"FC7CvwGStHma\",\"coordinates\":[4.0,-48.0,20.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.49}]},{\"id\":\"epTuMAvmrcP6\",\"coordinates\":[42.0,-35.0,16.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.44}]},{\"id\":\"MGpaQexU7Zvs\",\"coordinates\":[4.0,-56.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.39}]},{\"id\":\"oe8C9qsZtxCp\",\"coordinates\":[-48.0,20.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.3}]},{\"id\":\"sV7vEAtWNnBQ\",\"coordinates\":[46.0,-56.0,-12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.3}]},{\"id\":\"smzQaQJhkLWs\",\"coordinates\":[-40.0,-64.0,26.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.26}]},{\"id\":\"j2kzMvaLnyGs\",\"coordinates\":[48.0,-52.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.17}]},{\"id\":\"NUTSHGhDspcS\",\"coordinates\":[44.0,-64.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.17}]},{\"id\":\"tYK6rNwVWUHz\",\"coordinates\":[50.0,-6.0,32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.12}]},{\"id\":\"Wz6U2pnEvy3T\",\"coordinates\":[14.0,46.0,22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.12}]}],\"images\":[]},{\"id\":\"hzc7MMUUZhPj\",\"user\":null,\"name\":\"Anterior + cerebellum activations-4\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Scales\u2013Bach\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"bVAHoUYg2FfK\",\"coordinates\":[20.0,-32.0,-14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-4.35}]}],\"images\":[]},{\"id\":\"nZckHoaHvjQn\",\"user\":null,\"name\":\"Posterior + cerebellum activations-3\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/15707905-10-1016-j-neuropsychologia-2004-11-007-pmc7976178/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Scales\u2013Bach\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"TCQtmusi7cAu\",\"coordinates\":[35.0,-63.0,-24.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.49}]}],\"images\":[]}]},{\"id\":\"97dv4pLPbk2Z\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T19:59:24.570420+00:00\",\"user\":null,\"name\":\"A + network for audio-motor coordination in skilled pianists and non-musicians.\",\"description\":\"Playing + a musical instrument requires efficient auditory and motor processing. Fast + feed forward and feedback connections that link the acoustic target to the + corresponding motor programs need to be established during years of practice. + The aim of our study is to provide a detailed description of cortical structures + that participate in this audio-motor coordination network in professional + pianists and non-musicians. In order to map these interacting areas using + functional magnetic resonance imaging (fMRI), we considered cortical areas + that are concurrently activated during silent piano performance and motionless + listening to piano sound. Furthermore we investigated to what extent interactions + between the auditory and the motor modality happen involuntarily. We observed + a network of predominantly secondary and higher order areas belonging to the + auditory and motor modality. The extent of activity was clearly increased + by imagination of the absent modality. However, this network did neither comprise + primary auditory nor primary motor areas in any condition. Activity in the + lateral dorsal premotor cortex (PMd) and the pre-supplementary motor cortex + (preSMA) was significantly increased for pianists. Our data imply an intermodal + transformation network of auditory and motor areas which is subject to a certain + degree of plasticity by means of intensive training.\",\"publication\":\"Brain + research\",\"doi\":\"10.1016/j.brainres.2007.05.045\",\"pmid\":\"17603027\",\"authors\":\"Baumann + S, Koeneke S, Schmidt CF, Meyer M, Lutz K, Jancke L\",\"year\":2007,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"17603027\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"7VjyxfMXkd8c\",\"user\":null,\"name\":\"17378\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5DdN4S4fmegY\",\"coordinates\":[-40.0,-38.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"BvmEqwmweiTP\",\"coordinates\":[-16.0,-54.0,-32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"B9QGnf5vstmk\",\"coordinates\":[24.0,-8.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"kCPYg3reVbja\",\"coordinates\":[14.0,-22.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6exyQ9CXvd84\",\"coordinates\":[18.0,-54.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7EDkzTzVHsaN\",\"coordinates\":[8.0,22.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3eMM5CBGmp2w\",\"coordinates\":[-34.0,44.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3b7u2CVNUhdo\",\"coordinates\":[50.0,-12.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3YkE6dk3fjCf\",\"coordinates\":[-58.0,-26.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5xiBEHVFgCBv\",\"coordinates\":[-36.0,-44.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7X4yhfSYxuCW\",\"coordinates\":[-26.0,-8.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3AcNLsxmeCZ3\",\"coordinates\":[54.0,4.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62x7cFRiL4gZ\",\"coordinates\":[42.0,-2.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"53V8SuAfX72n\",\"coordinates\":[-24.0,-8.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"57cSRxTFryxB\",\"coordinates\":[24.0,-70.0,-34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"87z2YhJqLRjX\",\"coordinates\":[-52.0,-8.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4wuw483saKtv\",\"coordinates\":[-42.0,16.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"pGgqtzAWnAwu\",\"coordinates\":[-32.0,-56.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"84PXNJ6KLKiM\",\"coordinates\":[16.0,-6.0,74.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8L2iN5qYnfof\",\"coordinates\":[22.0,0.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62rRS8J7Uqc2\",\"coordinates\":[58.0,12.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"Y3wQnr52aicS\",\"user\":null,\"name\":\"17379\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3qpTg2CuQmyS\",\"coordinates\":[54.0,0.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4BGxdxwdCgLS\",\"coordinates\":[-54.0,8.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Bwntyw4vVU2\",\"coordinates\":[-54.0,10.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5JJWdg6MHYNs\",\"coordinates\":[-56.0,8.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7HYhDUfZVhQ9\",\"coordinates\":[34.0,-4.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7kQm8naeDndz\",\"coordinates\":[61.0,7.0,13.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6ahv5ryKh9dU\",\"coordinates\":[8.0,4.0,56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5wAuqATmMgWf\",\"coordinates\":[24.0,0.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3DnVd8pT7jk2\",\"coordinates\":[48.0,8.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5cCtvLRcm9Wp\",\"coordinates\":[64.0,-38.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ANPaBBFSqbo\",\"coordinates\":[54.0,2.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ctNSykcea4j\",\"coordinates\":[-60.0,-24.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5P7BtGyNLTZE\",\"coordinates\":[-20.0,8.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"W2JsyEwaNHtN\",\"coordinates\":[-34.0,-14.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"89Gu5YNEixBr\",\"coordinates\":[-58.0,-26.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VBTLECoWuSc\",\"coordinates\":[46.0,-40.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4rQgMfcAvmHq\",\"coordinates\":[-52.0,-6.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xUHuzTMMRa6\",\"coordinates\":[22.0,-68.0,-34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3tZFuXg5EtxD\",\"coordinates\":[34.0,-4.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"xmPotem7oNSB\",\"coordinates\":[64.0,-32.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5RLbUJ7Aag2v\",\"coordinates\":[-2.0,6.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6vLPRz5KhMHy\",\"coordinates\":[-46.0,-30.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"53gkrkMyVVsM\",\"coordinates\":[62.0,-35.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"63SwBcKrW9uY\",\"coordinates\":[58.0,8.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"665Ser9Uqjbp\",\"coordinates\":[-56.0,12.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"caRPfyFpRY8R\",\"created_at\":\"2024-06-15T18:39:05.446309+00:00\",\"updated_at\":\"2024-06-17T22:30:04.291708+00:00\",\"user\":null,\"name\":\"Unlocking + the musical brain: A proof-of-concept study on playing the piano in MRI scanner + with naturalistic stimuli\",\"description\":\" \\nMusic is a universal human + phenomenon, and can be studied for itself or as a window into the understanding + of the brain. Few neuroimaging studies investigate actual playing in the MRI + scanner, likely because of the lack of available experimental hardware and + analysis tools. Here, we offer an innovative paradigm that addresses this + issue in neuromusicology using naturalistic, polyphonic musical stimuli, presents + a commercially available MRI-compatible piano, and a flexible approach to + quantify participant's performance. We show how making errors while playing + can be investigated using an altered auditory feedback paradigm. In the spirit + of open science, we make our experimental paradigms and analysis tools available + to other researchers studying pianists in MRI. Altogether, we present a proof-of-concept + study which shows the feasibility of playing the novel piano in MRI, and a + step towards using more naturalistic stimuli. \\n Graphical abstract \\n + \ Image 1 \\n \",\"publication\":\"Heliyon\",\"doi\":\"10.1016/j.heliyon.2023.e17877\",\"pmid\":\"37501960\",\"authors\":\"Olszewska + AM; Dro\u017Adziel D; Gaca M; Kulesza A; Obr\u0119bski W; Kowalewski J; Widlarz + A; Marchewka A; Herman AM\",\"year\":2023,\"metadata\":null,\"source\":\"pubget\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"mkfbsBKCMXJ4\",\"user\":null,\"name\":\"Table + 3\",\"metadata\":null,\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"bWfNey67MHSf\",\"coordinates\":[-2.0,-68.0,54.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qgErZJnVpdc9\",\"coordinates\":[-32.0,-80.0,39.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GXoBpc95duQC\",\"coordinates\":[11.0,-78.0,52.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"NijHH2nbfaqt\",\"coordinates\":[-24.0,10.0,66.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wwBJ49VxbN7x\",\"coordinates\":[-34.0,58.0,12.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oRTaxkwu3NXL\",\"coordinates\":[-42.0,28.0,19.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3H7RZeVGJsyZ\",\"coordinates\":[41.0,30.0,22.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"JBXjwUo9oJp5\",\"coordinates\":[26.0,5.0,62.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WPgcRPU8uG3f\",\"coordinates\":[31.0,60.0,6.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oou2UMhL2rnm\",\"coordinates\":[-6.0,15.0,49.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GTMigeiRCPTV\",\"coordinates\":[58.0,0.0,-19.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4qFVorRNACBV\",\"coordinates\":[31.0,38.0,-6.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8aijYyi5TVwk\",\"coordinates\":[-54.0,-8.0,-14.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"LSp28HC368jA\",\"coordinates\":[8.0,-58.0,-14.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5jQZwhmuqEVq\",\"coordinates\":[-32.0,-28.0,72.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"K7Kb5ABGwKXv\",\"coordinates\":[46.0,8.0,-1.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"V8QUFqAcC9jF\",\"coordinates\":[-42.0,8.0,2.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"59u3xLjYzyHm\",\"coordinates\":[38.0,-25.0,62.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"2VdKXQPV78zs\",\"coordinates\":[46.0,-18.0,62.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"a4qrEedZHkHv\",\"coordinates\":[26.0,-20.0,74.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"R369MZMAWE2P\",\"coordinates\":[-14.0,-55.0,-16.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"KU2HZcmytEWU\",\"user\":null,\"name\":\"Table + 4\",\"metadata\":null,\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"fagCpRgH4MkH\",\"coordinates\":[-34.0,-90.0,-8.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"EaJthdSCBoSS\",\"coordinates\":[-49.0,20.0,-6.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"FpnLjwragu6H\",\"coordinates\":[26.0,-90.0,-14.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"DtTL7v8kC5WL\",\"coordinates\":[-2.0,30.0,52.0],\"kind\":\"\",\"space\":\"\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"gMbXynPYBMh6\",\"created_at\":\"2025-12-03T06:11:50.844468+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"description\":\"According to sequential sampling models, + perceptual decision-making is based on accumulation of noisy evidence towards + a decision threshold. The speed with which a decision is reached is determined + by both the quality of incoming sensory information and random trial-by-trial + variability in the encoded stimulus representations. To investigate those + decision dynamics at the neural level, participants made perceptual decisions + while functional magnetic resonance imaging (fMRI) was conducted. On each + trial, participants judged whether an image presented under conditions of + high, medium, or low visual noise showed a piano or a chair. Higher stimulus + quality (lower visual noise) was associated with increased activation in bilateral + medial occipito-temporal cortex and ventral striatum. Lower stimulus quality + was related to stronger activation in posterior parietal cortex (PPC) and + dorsolateral prefrontal cortex (DLPFC). When stimulus quality was fixed, faster + response times were associated with a positive parametric modulation of activation + in medial prefrontal and orbitofrontal cortex, while slower response times + were again related to more activation in PPC, DLPFC and insula. Our results + suggest that distinct neural networks were sensitive to the quality of stimulus + information, and to trial-to-trial variability in the encoded stimulus representations, + but that reaching a decision was a consequence of their joint activity.\",\"publication\":\"Neuropsychologia\",\"doi\":\"10.1016/j.neuropsychologia.2018.01.040\",\"pmid\":\"29408524\",\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"year\":2018,\"metadata\":{\"slug\":\"29408524-10-1016-j-neuropsychologia-2018-01-040\",\"source\":\"semantic_scholar\",\"keywords\":[\"Decision + difficulty\",\"Evidence accumulation\",\"Functional magnetic resonance imaging\",\"Perceptual + decision-making\",\"Sequential sampling models\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"2\",\"Year\":\"2017\",\"Month\":\"10\",\"@PubStatus\":\"received\"},{\"Day\":\"25\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"revised\"},{\"Day\":\"27\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"accepted\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"29\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"29408524\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neuropsychologia.2018.01.040\",\"@IdType\":\"doi\"},{\"#text\":\"S0028-3932(18)30046-0\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"29408524\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1873-3514\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neuropsychologia\",\"JournalIssue\":{\"Volume\":\"111\",\"PubDate\":{\"Year\":\"2018\",\"Month\":\"Mar\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neuropsychologia\"},\"Abstract\":{\"AbstractText\":\"According + to sequential sampling models, perceptual decision-making is based on accumulation + of noisy evidence towards a decision threshold. The speed with which a decision + is reached is determined by both the quality of incoming sensory information + and random trial-by-trial variability in the encoded stimulus representations. + To investigate those decision dynamics at the neural level, participants made + perceptual decisions while functional magnetic resonance imaging (fMRI) was + conducted. On each trial, participants judged whether an image presented under + conditions of high, medium, or low visual noise showed a piano or a chair. + Higher stimulus quality (lower visual noise) was associated with increased + activation in bilateral medial occipito-temporal cortex and ventral striatum. + Lower stimulus quality was related to stronger activation in posterior parietal + cortex (PPC) and dorsolateral prefrontal cortex (DLPFC). When stimulus quality + was fixed, faster response times were associated with a positive parametric + modulation of activation in medial prefrontal and orbitofrontal cortex, while + slower response times were again related to more activation in PPC, DLPFC + and insula. Our results suggest that distinct neural networks were sensitive + to the quality of stimulus information, and to trial-to-trial variability + in the encoded stimulus representations, but that reaching a decision was + a consequence of their joint activity.\",\"CopyrightInformation\":\"Copyright + \xA9 2018 Elsevier Ltd. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Stefan\",\"Initials\":\"S\",\"LastName\":\"Bode\",\"AffiliationInfo\":{\"Affiliation\":\"Melbourne + School of Psychological Sciences, The University of Melbourne, Australia; + Department of Psychology, University of Cologne, Germany. Electronic address: + sbode@unimelb.edu.au.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Daniel\",\"Initials\":\"D\",\"LastName\":\"Bennett\",\"AffiliationInfo\":{\"Affiliation\":\"Melbourne + School of Psychological Sciences, The University of Melbourne, Australia; + Department of Finance, The University of Melbourne, Australia; Princeton Neuroscience + Institute, Princeton University, NJ, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"David + K\",\"Initials\":\"DK\",\"LastName\":\"Sewell\",\"AffiliationInfo\":{\"Affiliation\":\"Melbourne + School of Psychological Sciences, The University of Melbourne, Australia; + School of Psychology, The University of Queensland, Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Bryan\",\"Initials\":\"B\",\"LastName\":\"Paton\",\"AffiliationInfo\":{\"Affiliation\":\"Monash + Biomedical Imaging, Monash University, Australia; School of Psychological + Sciences, Monash University, Australia; ARC Centre of Excellence for Integrative + Brain Function, Monash University, Australia; School of Psychology, The University + of Newcastle, Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Gary F\",\"Initials\":\"GF\",\"LastName\":\"Egan\",\"AffiliationInfo\":{\"Affiliation\":\"Monash + Biomedical Imaging, Monash University, Australia; School of Psychological + Sciences, Monash University, Australia; ARC Centre of Excellence for Integrative + Brain Function, Monash University, Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Philip + L\",\"Initials\":\"PL\",\"LastName\":\"Smith\",\"AffiliationInfo\":{\"Affiliation\":\"Melbourne + School of Psychological Sciences, The University of Melbourne, Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Carsten\",\"Initials\":\"C\",\"LastName\":\"Murawski\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Finance, The University of Melbourne, Australia.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"200\",\"StartPage\":\"190\",\"MedlinePgn\":\"190-200\"},\"ArticleDate\":{\"Day\":\"01\",\"Year\":\"2018\",\"Month\":\"02\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neuropsychologia.2018.01.040\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0028-3932(18)30046-0\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"28\",\"Year\":\"2019\",\"Month\":\"01\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Decision + difficulty\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Evidence accumulation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Functional + magnetic resonance imaging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Perceptual + decision-making\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Sequential sampling + models\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"28\",\"Year\":\"2019\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D003657\",\"#text\":\"Decision + Making\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008954\",\"#text\":\"Models, + Biological\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D009434\",\"#text\":\"Neural + Pathways\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D010775\",\"#text\":\"Photic + Stimulation\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D011930\",\"#text\":\"Reaction + Time\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D014796\",\"#text\":\"Visual + Perception\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"England\",\"MedlineTA\":\"Neuropsychologia\",\"ISSNLinking\":\"0028-3932\",\"NlmUniqueID\":\"0020713\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"venue\":\"Neuropsychologia\",\"authors\":[{\"name\":\"S. + Bode\",\"authorId\":\"49066682\"},{\"name\":\"Daniel Bennett\",\"authorId\":\"144312266\"},{\"name\":\"David + K. Sewell\",\"authorId\":\"3894471\"},{\"name\":\"Bryan Paton\",\"authorId\":\"38860699\"},{\"name\":\"G. + Egan\",\"authorId\":\"7638784\"},{\"name\":\"Philip L. Smith\",\"authorId\":\"2108416937\"},{\"name\":\"Carsten + Murawski\",\"authorId\":\"5302116\"}],\"paperId\":\"cb5fc3094bd60c6ad6a491572b599b8238da74e9\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neuropsychologia.2018.01.040?email= + or https://doi.org/10.1016/j.neuropsychologia.2018.01.040, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2018-03-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T06:13:44.363950+00:00\",\"analyses\":[{\"id\":\"XswCNzTyw7tH\",\"user\":null,\"name\":\"Whole + brain analysis for positive parametric modulation by stimulus quality.\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"t0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0010_coordinates.csv\"},\"original_table_id\":\"t0010\"},\"table_metadata\":{\"table_id\":\"t0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0010_coordinates.csv\"},\"sanitized_table_id\":\"t0010\"},\"description\":\"Whole + brain analysis for positive parametric modulation by stimulus quality.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"bwvoF5BEUDWA\",\"coordinates\":[-18.0,8.0,-11.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Yxc2NKTrtoCp\",\"coordinates\":[21.0,-34.0,-17.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"uvJjRzLsiEun\",\"coordinates\":[-33.0,-40.0,-20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"UARNZSmU9BJw\",\"coordinates\":[21.0,8.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"Y2DjLMpJLcYY\",\"user\":null,\"name\":\"Whole + brain analysis for negative parametric modulation by stimulus quality.\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Whole + brain analysis for negative parametric modulation by stimulus quality.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"E6GGo9KnsrKi\",\"coordinates\":[9.0,17.0,61.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.06}]},{\"id\":\"KSkcQZmZe5NA\",\"coordinates\":[57.0,-49.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.39}]},{\"id\":\"GqshbbJ76oDp\",\"coordinates\":[-57.0,-46.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.81}]},{\"id\":\"RNJ96gvzBREz\",\"coordinates\":[-9.0,17.0,55.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.8}]},{\"id\":\"MNFqYZtWduQE\",\"coordinates\":[42.0,47.0,-11.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.68}]},{\"id\":\"wk4oCL43i9Ai\",\"coordinates\":[-42.0,32.0,37.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.5}]}],\"images\":[]},{\"id\":\"azvuUtxCT2dk\",\"user\":null,\"name\":\"High + stimulus quality\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"original_table_id\":\"t0020\"},\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"sanitized_table_id\":\"t0020\"},\"description\":\"Whole + brain analysis for positive parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"y3cKVPNo7aYE\",\"coordinates\":[-45.0,8.0,31.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.32}]},{\"id\":\"Wsd9Qqtv7rXm\",\"coordinates\":[42.0,23.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.94}]},{\"id\":\"Y25VJVtSezTu\",\"coordinates\":[-6.0,23.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.86}]},{\"id\":\"QuGqp7tNx4Lm\",\"coordinates\":[-36.0,26.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.76}]},{\"id\":\"nsD9fXSRbqXU\",\"coordinates\":[36.0,26.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.46}]},{\"id\":\"oiSxo68yTPVX\",\"coordinates\":[-33.0,-49.0,43.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.55}]}],\"images\":[]},{\"id\":\"xVSpciXeemUQ\",\"user\":null,\"name\":\"Medium + stimulus quality\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"original_table_id\":\"t0020\"},\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"sanitized_table_id\":\"t0020\"},\"description\":\"Whole + brain analysis for positive parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4PYHxkGTfZ5x\",\"coordinates\":[45.0,26.0,25.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.47}]},{\"id\":\"BWnnkHrhZ3dD\",\"coordinates\":[-6.0,23.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.7}]},{\"id\":\"YmgD89xh3suC\",\"coordinates\":[-36.0,-49.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.48}]},{\"id\":\"WvQdanGYuDYH\",\"coordinates\":[33.0,-67.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.2}]},{\"id\":\"7KXziSSSdVxj\",\"coordinates\":[36.0,29.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.53}]}],\"images\":[]},{\"id\":\"anUSymgkqggH\",\"user\":null,\"name\":\"Low + stimulus quality\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"original_table_id\":\"t0020\"},\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0020_coordinates.csv\"},\"sanitized_table_id\":\"t0020\"},\"description\":\"Whole + brain analysis for positive parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"uegnPxV8DNAW\",\"coordinates\":[-51.0,14.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":8.33}]},{\"id\":\"swRbJWFarU7Z\",\"coordinates\":[51.0,20.0,-5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":8.2}]},{\"id\":\"WEtik27bGc4S\",\"coordinates\":[-51.0,-43.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.85}]},{\"id\":\"JmyAXTkD3p3t\",\"coordinates\":[51.0,-46.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.33}]},{\"id\":\"ArsBJqA9iCSn\",\"coordinates\":[9.0,14.0,61.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.51}]},{\"id\":\"qNqCdNcpy7dj\",\"coordinates\":[-42.0,32.0,37.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.23}]}],\"images\":[]},{\"id\":\"ZHa6sxNPx6Jh\",\"user\":null,\"name\":\"High + stimulus quality-2\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"original_table_id\":\"t0025\"},\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"sanitized_table_id\":\"t0025\"},\"description\":\"Whole + brain analysis for negative parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"DbKiwPokaRiP\",\"coordinates\":[-18.0,35.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.16}]},{\"id\":\"drXfU9MmXLLP\",\"coordinates\":[0.0,29.0,-5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.89}]}],\"images\":[]},{\"id\":\"xQNbQ8XrKZyC\",\"user\":null,\"name\":\"Medium + stimulus quality-2\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"original_table_id\":\"t0025\"},\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"sanitized_table_id\":\"t0025\"},\"description\":\"Whole + brain analysis for negative parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"cntaP8aiZtjF\",\"user\":null,\"name\":\"Low + stimulus quality-2\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"original_table_id\":\"t0025\"},\"table_metadata\":{\"table_id\":\"t0025\",\"table_label\":\"Table + 5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29408524-10-1016-j-neuropsychologia-2018-01-040/tables/t0025_coordinates.csv\"},\"sanitized_table_id\":\"t0025\"},\"description\":\"Whole + brain analysis for negative parametric modulation by response time.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Mzyb5kuBMVWN\",\"coordinates\":[-9.0,53.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.59}]}],\"images\":[]}]},{\"id\":\"GwXfvRuHQZur\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:01:05.725070+00:00\",\"user\":null,\"name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"description\":\"Music performance requires control of two sequential + structures: the ordering of pitches and the temporal intervals between successive + pitches. Whether pitch and temporal structures are processed as separate or + integrated features remains unclear. A repetition suppression paradigm compared + neural and behavioral correlates of mapping pitch sequences and temporal sequences + to motor movements in music performance. Fourteen pianists listened to and + performed novel melodies on an MR-compatible piano keyboard during fMRI scanning. + The pitch or temporal patterns in the melodies either changed or repeated + (remained the same) across consecutive trials. We expected decreased neural + response to the patterns (pitch or temporal) that repeated across trials relative + to patterns that changed. Pitch and temporal accuracy were high, and pitch + accuracy improved when either pitch or temporal sequences repeated over trials. + Repetition of either pitch or temporal sequences was associated with linear + BOLD decrease in frontal-parietal brain regions including dorsal and ventral + premotor cortex, pre-SMA, and superior parietal cortex. Pitch sequence repetition + (in contrast to temporal sequence repetition) was associated with linear BOLD + decrease in the intraparietal sulcus (IPS) while pianists listened to melodies + they were about to perform. Decreased BOLD response in IPS also predicted + increase in pitch accuracy only when pitch sequences repeated. Thus, behavioral + performance and neural response in sensorimotor mapping networks were sensitive + to both pitch and temporal structure, suggesting that pitch and temporal structure + are largely integrated in auditory-motor transformations. IPS may be involved + in transforming pitch sequences into spatial coordinates for accurate piano + performance.\",\"publication\":\"Journal of cognitive neuroscience\",\"doi\":\"10.1162/jocn_a_00322\",\"pmid\":\"23163413\",\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"year\":2013,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"23163413\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"azP9YALak6N5\",\"user\":null,\"name\":\"26105\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3VCVksMNLdHV\",\"coordinates\":[-10.0,20.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"YKJ6YpEwYg4t\",\"coordinates\":[-18.0,14.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7oHwBWmu9HMo\",\"coordinates\":[-14.0,18.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6XkHxvaEN65G\",\"coordinates\":[16.0,20.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"46noEGJQ3P3v\",\"coordinates\":[32.0,26.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3KV8As5o424x\",\"coordinates\":[-28.0,26.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5652LnepSXJU\",\"coordinates\":[-50.0,-34.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"35HSBKgecVsJ\",\"coordinates\":[44.0,-36.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Rw8JJrMsNft\",\"coordinates\":[-44.0,-36.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4u4jNWsWULPP\",\"coordinates\":[20.0,-62.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3o956h5EvMQX\",\"coordinates\":[-16.0,-62.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oXFVbmTYP9ZD\",\"coordinates\":[-6.0,30.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4K3eS7KUi42B\",\"coordinates\":[8.0,34.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3XTTz76Fdmxt\",\"coordinates\":[38.0,26.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6F3y5pH5sudW\",\"coordinates\":[-36.0,26.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7w4hhHnZWw2A\",\"coordinates\":[50.0,20.0,8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7Hdvuk2DnLPp\",\"coordinates\":[-52.0,8.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6S4dyriPrE6J\",\"coordinates\":[-44.0,2.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3raTa5o85tPk\",\"coordinates\":[-42.0,-2.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ZbCYt7LXLtU\",\"coordinates\":[24.0,-4.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7m5Mbr4s42nV\",\"coordinates\":[-20.0,0.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"74XnFVVrmGEa\",\"coordinates\":[-26.0,2.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"33TJXek9HY8F\",\"coordinates\":[-20.0,0.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"46eFQWgJiZNi\",\"coordinates\":[-2.0,6.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"63uHPiwXg47p\",\"user\":null,\"name\":\"26106\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"55wM5UESiSyX\",\"coordinates\":[-2.0,-82.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5LU7AwY6h3se\",\"coordinates\":[28.0,-46.0,-36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"454TRGstaJR4\",\"coordinates\":[10.0,-74.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6hWCSugcdWEc\",\"coordinates\":[38.0,-72.0,-26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"88yHAbB4Jhyh\",\"coordinates\":[8.0,-82.0,-22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LEUdYqfLM5F\",\"coordinates\":[12.0,-76.0,-44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8AKhsJr5EHrf\",\"coordinates\":[38.0,-72.0,-26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5mTVbkR7CgWi\",\"coordinates\":[-28.0,-72.0,-58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7evBwJjbTgTQ\",\"coordinates\":[36.0,-42.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3TdkLxZtDoM4\",\"coordinates\":[-32.0,-40.0,-40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7BREQPqAhucm\",\"coordinates\":[-2.0,-82.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7opukaGkHMEg\",\"coordinates\":[-2.0,-70.0,-42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7zeVhssRrZqQ\",\"coordinates\":[-2.0,-82.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5obJp7YY3VAV\",\"coordinates\":[2.0,-70.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UQgpUKoC8KD\",\"coordinates\":[60.0,-18.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5MYbwNABxYRt\",\"coordinates\":[-60.0,-18.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"VcNm5obYZmtA\",\"coordinates\":[56.0,-38.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4njotsigAFZn\",\"coordinates\":[-50.0,-36.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4PAQWvBneNkg\",\"coordinates\":[-38.0,-38.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6gPtjQZUomWt\",\"coordinates\":[-2.0,-82.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7QFukApP5CXd\",\"coordinates\":[16.0,-62.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tDQa6ERsbLW\",\"coordinates\":[12.0,-64.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"537qhNty4qiK\",\"coordinates\":[-24.0,-68.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4mQkbrTXBSPq\",\"coordinates\":[-2.0,6.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ZVxc46KWXoW\",\"coordinates\":[-18.0,-68.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"y3CCpanVy7Xh\",\"coordinates\":[-6.0,24.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7qbqoxyaBmXS\",\"coordinates\":[-24.0,2.0,70.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6Gt9uGbHgve6\",\"coordinates\":[-32.0,24.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8F3b5CE8iZMR\",\"coordinates\":[32.0,24.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6o7ouzTMVodp\",\"coordinates\":[34.0,26.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5S9xbSvcdHRn\",\"coordinates\":[34.0,26.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Nay3tfm4Bxk\",\"coordinates\":[-36.0,20.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4mtX3tmJgYCW\",\"coordinates\":[-32.0,24.0,-6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"fLZGZQZBGkMq\",\"coordinates\":[36.0,2.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7XVmrVgECTRE\",\"coordinates\":[36.0,2.0,62.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3ZimC3MMRtbu\",\"coordinates\":[36.0,2.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4p7qrAySJK5Q\",\"coordinates\":[-32.0,2.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6iLDqmqsRDqp\",\"coordinates\":[-34.0,-2.0,64.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7YixepAQsqsx\",\"coordinates\":[54.0,20.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7bK9Erq5D5We\",\"coordinates\":[-52.0,30.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3KmhX7q8TPtf\",\"coordinates\":[-48.0,34.0,14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7zvnSeWyrfZL\",\"coordinates\":[52.0,8.0,34.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6wXAG9QokKTi\",\"coordinates\":[52.0,10.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5EVcZUCuYAnj\",\"coordinates\":[-58.0,10.0,36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3SBKVepkigjs\",\"coordinates\":[-52.0,10.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3E3amv9TTYD2\",\"coordinates\":[52.0,2.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fCKtuzkmy4p\",\"coordinates\":[52.0,2.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62qK6TinbYsv\",\"coordinates\":[52.0,2.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"75AaERUg98zp\",\"coordinates\":[-52.0,0.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5PofgEqwpf8B\",\"coordinates\":[22.0,12.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"55r2Nsx7PzBJ\",\"coordinates\":[34.0,-2.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6mNPUthmZvkC\",\"coordinates\":[-52.0,30.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"7id2yof9rmx5\",\"user\":null,\"name\":\"26107\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6uLyLD8BUbJQ\",\"coordinates\":[0.0,10.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5NcMEnbfMGyV\",\"coordinates\":[-10.0,14.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7QvbcG7SNdTB\",\"coordinates\":[-4.0,2.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7V9QqdASXcaH\",\"coordinates\":[-10.0,14.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6vfWUXxXUssq\",\"coordinates\":[-10.0,10.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7vsN5byKSJDw\",\"coordinates\":[-16.0,8.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8D6LqFPdT6UZ\",\"coordinates\":[26.0,-56.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6BoNujQYexXN\",\"coordinates\":[36.0,8.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7bouiGHvuPHM\",\"coordinates\":[-34.0,-46.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7sQ29fwsvTGF\",\"coordinates\":[66.0,-16.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8GM3uXxbUepk\",\"coordinates\":[-34.0,-46.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7wE8PyQxEjnv\",\"coordinates\":[-58.0,-18.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3TJzrqeLFwBb\",\"coordinates\":[-34.0,-46.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8BXPCCZcJ6AW\",\"coordinates\":[18.0,8.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8JNoFKyXAWyf\",\"coordinates\":[-44.0,-34.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3NiJxrTunjWs\",\"coordinates\":[-44.0,-32.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6iPJXvF5KBCZ\",\"coordinates\":[-6.0,-60.0,68.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4hKcdYgZvfxo\",\"coordinates\":[-10.0,-56.0,70.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5vs2PFyQ9pYa\",\"coordinates\":[-6.0,-60.0,68.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7rRRr9dGWpeH\",\"coordinates\":[10.0,24.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5oBzXFJdaDpw\",\"coordinates\":[36.0,46.0,28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7zy27o8Qi3a9\",\"coordinates\":[-32.0,48.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5K5KnsW9kKmn\",\"coordinates\":[34.0,22.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"36jxhuHLRHxp\",\"coordinates\":[-32.0,26.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qziZRHjG547V\",\"coordinates\":[-50.0,6.0,20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7qXVZkZgFcHj\",\"coordinates\":[-60.0,-32.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"42wCogLU7bPT\",\"user\":null,\"name\":\"26108\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"djqGoM3B983C\",\"coordinates\":[-40.0,-58.0,46.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6HdX63x34YUp\",\"coordinates\":[38.0,-40.0,50.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"t3459V68hzYD\",\"coordinates\":[-64.0,-36.0,38.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ePGd6QMe87G\",\"coordinates\":[56.0,-42.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6GAA6Em9jwR6\",\"coordinates\":[18.0,-62.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"53AWkUaBtctK\",\"coordinates\":[-24.0,-68.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"NhAstyUyyACW\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Long-term + training-dependent representation of individual finger movements in the primary + motor cortex.\",\"description\":\"We investigated the effects of long-term + training on the neural representation of individual finger movements in the + primary sensorimotor cortex. One group of participants (trained group) included + subjects trained in playing the piano (mean years of experience\u202F=\u202F17.9; + range\u202F=\u202F9-26; n\u202F=\u202F20). The other group of participants + (novice group) had no prior experience (n\u202F=\u202F20). All participants + performed finger-tapping movements using either of the four digits of the + hand (index, middle, ring, and little fingers). Functional magnetic resonance + imaging (fMRI) was used to analyze the spatial activation patterns elicited + by individual finger movements. Subsequently, we tried to classify the finger + that was being moved using a multi-voxel pattern analysis (MVPA). Our results + showed significantly higher-than-chance classification accuracies in both + primary motor cortex (M1) and somatosensory cortex (S1) contralateral to the + hand. We also found significantly lower classification accuracies for both + hands in the trained group compared with the novice group in M1, without significant + differences in the average signal changes and the number of activated voxels + for individual fingers or overlap between digits. Representational similarity + analysis (RSA) also demonstrated the differences in similarity patterns of + activations between the trained and novice groups in M1. Our results indicate + the modulation of neural representations of individual finger movements of + M1 due to long-term training.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2019.116051\",\"pmid\":\"31351164\",\"authors\":\"Kenji + Ogawa, Kaoru Mitsui, Fumihito Imai, Shuhei Nishida\",\"year\":2019,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"4k7VcGe3v9sV\",\"user\":null,\"name\":\"Table + 1\",\"metadata\":null,\"description\":\". Anatomical regions, peak voxel coordinates, + and t-values of observed activations.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"8ER92R8MBGze\",\"coordinates\":[15.0,-52.0,-22.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6GUZPnNgXz9b\",\"coordinates\":[-36.0,-22.0,53.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5ehuQTfafr6W\",\"coordinates\":[-48.0,-22.0,53.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4XqvpPRvsjZX\",\"coordinates\":[-15.0,-22.0,8.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7ZFosVKmrqt9\",\"coordinates\":[-30.0,-13.0,2.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wjpSZnCZofh\",\"coordinates\":[-45.0,-22.0,23.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6s8pvXzWAULD\",\"coordinates\":[-18.0,-52.0,-19.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ujySwCysWdW\",\"coordinates\":[36.0,-22.0,47.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8Dngg5szRFFY\",\"coordinates\":[36.0,-22.0,62.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5kYPrcPPhb84\",\"coordinates\":[15.0,-22.0,5.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7AWGXDHbhVDH\",\"coordinates\":[30.0,-7.0,-1.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Ssm2jXveugb\",\"coordinates\":[45.0,-25.0,20.0],\"kind\":\"16.19\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"UkwBNqgwurqB\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:01:55.285477+00:00\",\"user\":null,\"name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"description\":\"Neuroimaging studies of internally generated + behaviors have shown seemingly paradoxical results regarding the dorsolateral + prefrontal cortex (DLPFC), which has been found to activate, not activate + or even deactivate relative to control conditions. On the one hand, the DLPFC + has been argued to exert top-down control over generative thought by inhibiting + habitual responses; on the other hand, a deactivation and concomitant decrease + in monitoring and focused attention has been suggested to facilitate spontaneous + associations and novel insights. Here, we demonstrate that prefrontal engagement + in creative cognition depends dramatically on experimental conditions, that + is, the goal of the task. We instructed professional pianists to perform improvisations + on a piano keyboard during fMRI and play, either with a certain emotional + content (happy/fearful), or using certain keys (tonal/atonal pitch-sets). + We found lower activity in primarily the right DLPFC, dorsal premotor cortex + and inferior parietal cortex during emotional conditions compared with pitch-set + conditions. Furthermore, the DLPFC was functionally connected to the default + mode network during emotional conditions and to the premotor network during + pitch-set conditions. The results thus support the notion of two broad cognitive + strategies for creative problem solving, relying on extrospective and introspective + neural circuits, respectively.\",\"publication\":\"Cerebral cortex (New York, + N.Y. : 1991)\",\"doi\":\"10.1093/cercor/bhv130\",\"pmid\":\"26088973\",\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"year\":2015,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"26088973\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"6Xf8m7oZrEam\",\"user\":null,\"name\":\"20005\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6ejyDNL99zHr\",\"coordinates\":[38.0,59.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Bx4WVwWYzSv\",\"coordinates\":[6.0,29.0,40.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tUptcHiqjKz\",\"coordinates\":[-51.0,-31.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4EWCBUdZyqEM\",\"coordinates\":[56.0,-37.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KRCy4R4kTGw\",\"coordinates\":[42.0,-51.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tG57axZ84af\",\"coordinates\":[-36.0,-54.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LgJpiwkiFLm\",\"coordinates\":[-32.0,-66.0,-35.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KCXXZ8HbwoX\",\"coordinates\":[-57.0,-67.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7SVRkdyuMLvZ\",\"coordinates\":[-41.0,54.0,15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"6M4FP5FMYfiT\",\"user\":null,\"name\":\"20006\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4srUpRF5feNu\",\"coordinates\":[-39.0,0.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4XEtXSFCLHTG\",\"coordinates\":[30.0,-88.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Z9zhZF9qqd3\",\"coordinates\":[-15.0,-93.0,27.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"83UDsYzKiVgq\",\"coordinates\":[-8.0,65.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3UMvF8Qzvr28\",\"coordinates\":[48.0,33.0,1.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4LXJvJmCs8Uc\",\"coordinates\":[41.0,-31.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4tWpUoypULg3\",\"coordinates\":[-8.0,50.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7UPPVqkEvVyQ\",\"coordinates\":[-11.0,-21.0,43.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4DRycDZqqyvg\",\"coordinates\":[44.0,-15.0,-5.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7SzJAZbcxHnE\",\"coordinates\":[-29.0,-31.0,55.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Atb5skLPz4J\",\"coordinates\":[51.0,-9.0,55.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Z56mchtqGrj\",\"coordinates\":[-42.0,14.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"eWRKy2gTLdGr\",\"coordinates\":[-48.0,30.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6xvaqTmxvk5y\",\"coordinates\":[-35.0,33.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"63j97h8WZL86\",\"coordinates\":[-41.0,-10.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"5MveBMmpWRr7\",\"user\":null,\"name\":\"20007\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"8vF8B9ZRgtTF\",\"coordinates\":[-57.0,-27.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5783RX9XgdmD\",\"coordinates\":[35.0,-13.0,21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7pGL9EJ6qQrX\",\"coordinates\":[68.0,-30.0,16.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7BQBTi4oJGvK\",\"coordinates\":[-17.0,-67.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"63vUGczcCykL\",\"coordinates\":[-21.0,66.0,19.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FRN5Tc497Yh\",\"coordinates\":[-44.0,2.0,-44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"JMPMgSLpRjrp\",\"coordinates\":[27.0,-1.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6LF8ARWLCg77\",\"coordinates\":[56.0,-4.0,-23.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7AcVfXvz6YJF\",\"coordinates\":[-20.0,-24.0,27.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6tTNB7vEznHa\",\"coordinates\":[3.0,-58.0,-44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3wEAmUt2JBjv\",\"coordinates\":[-30.0,-79.0,-36.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"T9khU6FHrvtF\",\"coordinates\":[56.0,-16.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5BkVmpwDqa6y\",\"coordinates\":[-23.0,-55.0,10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fh5nioFiFNr\",\"coordinates\":[27.0,-7.0,58.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"4Giqhsz9JPCX\",\"user\":null,\"name\":\"20008\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5gfkEedGY3ty\",\"coordinates\":[15.0,-82.0,-32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8NNw5MMZMRcr\",\"coordinates\":[-6.0,30.0,61.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5VBgbokSXiZU\",\"coordinates\":[8.0,54.0,-8.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"62bbKgs7sAfu\",\"coordinates\":[-5.0,53.0,-9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"c2jeRhqARyRA\",\"coordinates\":[-35.0,35.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7MPR7Q962i98\",\"coordinates\":[57.0,27.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3NThhegZ63c9\",\"coordinates\":[59.0,-6.0,-21.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6F9ws65aiDeR\",\"coordinates\":[36.0,-76.0,-42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"78Ahv2eNCzck\",\"coordinates\":[-30.0,-82.0,-39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"y8iiRk23Dz7G\",\"created_at\":\"2022-06-02T17:46:14.653115+00:00\",\"updated_at\":\"2024-03-21T20:02:22.828339+00:00\",\"user\":null,\"name\":\"Structural + neuroplasticity in expert pianists depends on the age of musical training + onset\",\"description\":\"In the last decade, several studies have investigated + the neuroplastic changes induced by long-term musical training. Here we investigated + structural brain differences in expert pianists compared to non-musician controls, + as well as the effect of the age of onset (AoO) of piano playing. Differences + with non-musicians and the effect of sensitive periods in musicians have been + studied previously, but importantly, this is the first time in which the age + of onset of music-training was assessed in a group of musicians playing the + same instrument, while controlling for the amount of practice. We recruited + a homogeneous group of expert pianists who differed in their AoO but not in + their lifetime or present amount of training, and compared them to an age-matched + group of non-musicians. A subset of the pianists also completed a scale-playing + task in order to control for performance skill level differences. Voxel-based + morphometry analysis was used to examine gray-matter differences at the whole-brain + level. Pianists showed greater gray matter (GM) volume in bilateral putamen + (extending also to hippocampus and amygdala), right thalamus, bilateral lingual + gyri and left superior temporal gyrus, but a GM volume shrinkage in the right + supramarginal, right superior temporal and right postcentral gyri, when compared + to non-musician controls. These results reveal a complex pattern of plastic + effects due to sustained musical training: a network involved in reinforcement + learning showed increased GM volume, while areas related to sensorimotor control, + auditory processing and score-reading presented a reduction in the volume + of GM. Behaviorally, early-onset pianists showed higher temporal precision + in their piano performance than late-onset pianists, especially in the left + hand. Furthermore, early onset of piano playing was associated with smaller + GM volume in the right putamen and better piano performance (mainly in the + left hand). Our results, therefore, reveal for the first time in a single + large dataset of healthy pianists the link between onset of musical practice, + behavioral performance, and putaminal gray matter structure. In summary, skill-related + plastic adaptations may include decreases and increases in GM volume, dependent + on an optimization of the system caused by an early start of musical training. + We believe our findings enrich the plasticity discourse and shed light on + the neural basis of expert skill acquisition.\",\"publication\":\"NeuroImage\",\"doi\":null,\"pmid\":\"26584868\",\"authors\":\"Vaquero + L, Hartmann K, Ripolles P, Rojo N, Sierpowska J, Francois C, Camara E, van + Vugt FT, Mohammadi B, Samii A, Munte TF, Rodriguez-Fornells A, Altenmuller + E\",\"year\":2016,\"metadata\":null,\"source\":\"neuroquery\",\"source_id\":\"26584868\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"6aQSVc6jP8ia\",\"user\":null,\"name\":\"t0015\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5sqsSQk5Tr6t\",\"coordinates\":[-29.0,-10.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7GRnAATWPEAK\",\"coordinates\":[-18.0,-3.0,-14.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8HSBDCpJTFsb\",\"coordinates\":[6.0,-88.0,0.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7jbQRG5WGgUb\",\"coordinates\":[6.0,-78.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4RMaxY4A2peG\",\"coordinates\":[29.0,2.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5TkxYG2qPGDg\",\"coordinates\":[14.0,-25.0,-3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4HCBheuPxc83\",\"coordinates\":[-47.0,-1.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7DhUV8VXBHnx\",\"coordinates\":[66.0,-21.0,19.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4KGR8ihK7TRQ\",\"coordinates\":[63.0,-24.0,3.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4HbaufRhLf7u\",\"coordinates\":[69.0,-13.0,39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"Z2BfJNL3tVMo\",\"created_at\":\"2025-12-02T22:57:38.846116+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Musical + training induces functional and structural auditory\u2010motor network plasticity + in young adults\",\"description\":\"Playing music requires a strong coupling + of perception and action mediated by multimodal integration of brain regions, + which can be described as network connections measured by anatomical and functional + correlations between regions. However, the structural and functional connectivities + within and between the auditory and sensorimotor networks after long-term + musical training remain largely uninvestigated. Here, we compared the structural + connectivity (SC) and resting-state functional connectivity (rs-FC) within + and between the two networks in 29 novice healthy young adults before and + after musical training (piano) with those of another 27 novice participants + who were evaluated longitudinally but with no intervention. In addition, a + correlation analysis was performed between the changes in FC or SC with practice + time in the training group. As expected, participants in the training group + showed increased FC within the sensorimotor network and increased FC and SC + of the auditory-motor network after musical training. Interestingly, we further + found that the changes in FC within the sensorimotor network and SC of the + auditory-motor network were positively correlated with practice time. Our + results indicate that musical training could induce enhanced local interaction + and global integration between musical performance-related regions, which + provides insights into the mechanism of brain plasticity in young adults.\",\"publication\":\"Human + Brain Mapping\",\"doi\":\"10.1002/hbm.23989\",\"pmid\":\"29400420\",\"authors\":\"Qiongling + Li; Xuetong Wang; Shaoyi Wang; Yongqi Xie; Xinwei Li; Yachao Xie; Shuyu Li\",\"year\":2018,\"metadata\":{\"slug\":\"29400420-10-1002-hbm-23989-pmc6866316\",\"source\":\"semantic_scholar\",\"keywords\":[\"auditory-motor + network\",\"brain plasticity\",\"functional connectivity\",\"musical training\",\"structural + connectivity\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"1\",\"Year\":\"2017\",\"Month\":\"11\",\"@PubStatus\":\"received\"},{\"Day\":\"23\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"revised\"},{\"Day\":\"23\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"accepted\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"13\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"5\",\"Year\":\"2018\",\"Month\":\"2\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"29400420\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6866316\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1002/hbm.23989\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Allen, + E. A. , Damaraju, E. , Plis, S. M. , Erhardt, E. B. , Eichele, T. , & Calhoun, + V. D. (2014). Tracking whole\u2010brain connectivity dynamics in the resting + state. Cerebral Cortex, 24, 663\u2013676.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3920766\",\"@IdType\":\"pmc\"},{\"#text\":\"23146964\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Asanuma, + H. , & Pavlides, C. (1997). Neurobiological basis of motor learning in mammals. + Neuroreport: An International. Journal for the Rapid Communication of Research + in Neuroscience, 8, i\u2013vi.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9141042\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Asanuma, + H. , Stoney, S. , & Abzug, C. (1968). Relationship between afferent input + and motor outflow in cat motorsensory cortex. Journal of Neurophysiology, + 31, 670\u2013681.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"5711138\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Basser, + P. J. , Mattiello, J. , & LeBihan, D. (1994). MR diffusion tensor spectroscopy + and imaging. Biophysical Journal, 66, 259\u2013267.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1275686\",\"@IdType\":\"pmc\"},{\"#text\":\"8130344\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bastien, + J. S. , Bastien, L. , & Bastien, L. (2000). Piano for adults. Kjos Music Press.\"},{\"Citation\":\"Beck, + A. , & Steer, R. (1987). Beck depression inventory manual. New York: The Psychological + Corporation Harcourt Brace Jovanovich Inc.\"},{\"Citation\":\"Beckmann, C. + F. , DeLuca, M. , Devlin, J. T. , & Smith, S. M. (2005). Investigations into + resting\u2010state connectivity using independent component analysis. Philosophical + Transactions of the Royal Society of London B: Biological Sciences, 360, 1001\u20131013.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1854918\",\"@IdType\":\"pmc\"},{\"#text\":\"16087444\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bell, + A. J. , & Sejnowski, T. J. (1995). An information\u2010maximization approach + to blind separation and blind deconvolution. Neural Computation, 7, 1129\u20131159.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"7584893\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bermudez, + P. , Lerch, J. P. , Evans, A. C. , & Zatorre, R. J. (2009). Neuroanatomical + correlates of musicianship as revealed by cortical thickness and voxel\u2010based + morphometry. Cerebral Cortex, 19, 1583\u20131596.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19073623\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Boemio, + A. , Fromm, S. , Braun, A. , & Poeppel, D. (2005). Hierarchical and asymmetric + temporal sensitivity in human auditory cortices. Nature Neuroscience, 8, 389\u2013395.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15723061\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Boyke, + J. , Driemeyer, J. , Gaser, C. , B\xFCchel, C. , & May, A. (2008). Training\u2010induced + brain structure changes in the elderly. Journal of Neuroscience, 28, 7031\u20137035.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6670504\",\"@IdType\":\"pmc\"},{\"#text\":\"18614670\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Calhoun, + V. , Adali, T. , Pearlson, G. , & Pekar, J. (2001). A method for making group + inferences from functional MRI data using independent component analysis. + Human Brain Mapping, 14, 140\u2013151.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6871952\",\"@IdType\":\"pmc\"},{\"#text\":\"11559959\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Damoiseaux, + J. , Rombouts, S. , Barkhof, F. , Scheltens, P. , Stam, C. , Smith, S. M. + , & Beckmann, C. (2006). Consistent resting\u2010state networks across healthy + subjects. Proceedings of the National Academy of Sciences, 103, 13848\u201313853.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1564249\",\"@IdType\":\"pmc\"},{\"#text\":\"16945915\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Douaud, + G. , Behrens, T. E. , Poupon, C. , Cointepas, Y. , Jbabdi, S. , Gaura, V. + , \u2026 Damier, P. (2009). In vivo evidence for the selective subcortical + degeneration in Huntington's disease. NeuroImage, 46, 958\u2013966.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19332141\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Douaud, + G. , Jbabdi, S. , Behrens, T. E. , Menke, R. A. , Gass, A. , Monsch, A. U. + , \u2026 Matthews, P. M. (2011). DTI measures in crossing\u2010fibre areas: + Increased diffusion anisotropy reveals early white matter alteration in MCI + and mild Alzheimer's disease. NeuroImage, 55, 880\u2013890.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC7116583\",\"@IdType\":\"pmc\"},{\"#text\":\"21182970\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ekman, + M. , Derrfuss, J. , Tittgemeyer, M. , & Fiebach, C. J. (2012). Predicting + errors from reconfiguration patterns in human brain networks. Proceedings + of the National Academy of Sciences, 109, 16714\u201316719.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3478635\",\"@IdType\":\"pmc\"},{\"#text\":\"23012417\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Elmer, + S. , H\xE4nggi, J. , Meyer, M. , & J\xE4ncke, L. (2013). Increased cortical + surface area of the left planum temporale in musicians facilitates the categorization + of phonetic and temporal speech sounds. Cortex, 49, 2812\u20132821.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"23628644\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Erhardt, + E. B. , Rachakonda, S. , Bedrick, E. J. , Allen, E. A. , Adali, T. , & Calhoun, + V. D. (2011). Comparison of multi\u2010subject ICA methods for analysis of + fMRI data. Human Brain Mapping, 32, 2075\u20132095.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3117074\",\"@IdType\":\"pmc\"},{\"#text\":\"21162045\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fjell, + A. M. , Sneve, M. H. , Grydeland, H. , Storsve, A. B. , Amlien, I. K. , Yendiki, + A. , & Walhovd, K. B. (2017). Relationship between structural and functional + connectivity change across the adult lifespan: A longitudinal investigation. + Human Brain Mapping, 38, 561\u2013573.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5148650\",\"@IdType\":\"pmc\"},{\"#text\":\"27654880\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Floyer\u2010Lea, + A. , & Matthews, P. M. (2005). Distinguishable brain activation networks for + short\u2010 and long\u2010term motor skill learning. Journal of Neurophysiology, + 94, 512\u2013518.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15716371\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gaser, + C. , & Schlaug, G. (2003). Brain structures differ between musicians and non\u2010musicians. + Journal of Neuroscience, 23, 9240\u20139245.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6740845\",\"@IdType\":\"pmc\"},{\"#text\":\"14534258\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Giacosa, + C. , Karpati, F. J. , Foster, N. E. , Penhune, V. B. , & Hyde, K. L. (2016). + Dance and music training have different effects on white matter diffusivity + in sensorimotor pathways. NeuroImage, 135, 273\u2013286.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"27114054\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gong, + Y. (1992). Wechsler Adult Intelligence Scale\u2010revised (Chinese revised + version). Hunan Medical Institute.\"},{\"Citation\":\"Guerra\u2010Carrillo, + B. , Mackey, A. P. , & Bunge, S. A. (2014). Resting\u2010state fMRI A window + into human brain plasticity. Neuroscientist, 20, 522\u2013533.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24561514\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hagmann, + P. , Kurant, M. , Gigandet, X. , Thiran, P. , Wedeen, V. J. , Meuli, R. , + & Thiran, J.\u2010P. (2007). Mapping human whole\u2010brain structural networks + with diffusion MRI. PLoS One, 2, e597.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1895920\",\"@IdType\":\"pmc\"},{\"#text\":\"17611629\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Halwani, + G. , Loui, P. , Rueber, T. , & Schlaug, G. (2011). Effects of practice and + experience on the arcuate fasciculus: Comparing singers, instrumentalists, + and non\u2010musicians. Frontiers in Psychology, 2,\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3133864\",\"@IdType\":\"pmc\"},{\"#text\":\"21779271\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Harmelech, + T. , & Malach, R. (2013). Neurocognitive biases and the patterns of spontaneous + correlations in the human cortex. Trends in Cognitive Sciences, 17, 606\u2013615.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24182697\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hecht, + E. E. , Gutman, D. A. , Preuss, T. M. , Sanchez, M. M. , Parr, L. A. , & Rilling, + J. K. (2013). Process versus product in social learning: Comparative diffusion + tensor imaging of neural ystems for action execution\u2013Observation matching + in macaques, chimpanzees, and humans. Cerebral Cortex, 23, 1014\u20131024.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3615349\",\"@IdType\":\"pmc\"},{\"#text\":\"22539611\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Herdener, + M. , Esposito, F. , di Salle, F. , Boller, C. , Hilti, C. C. , Habermeyer, + B. , \u2026 Cattapan\u2010Ludewig, K. (2010). Musical training induces functional + plasticity in human hippocampus. Journal of Neuroscience, 30, 1377\u20131384.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3842475\",\"@IdType\":\"pmc\"},{\"#text\":\"20107063\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Herholz, + S. C. , Coffey, E. B. J. , Pantev, C. , & Zatorre, R. J. (2016). Dissociation + of neural networks for predisposition and for training\u2010related plasticity + in auditory\u2010motor learning. Cerebral Cortex, 26, 3125\u20133134.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4898668\",\"@IdType\":\"pmc\"},{\"#text\":\"26139842\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hermundstad, + A. M. , Bassett, D. S. , Brown, K. S. , Aminoff, E. M. , Clewett, D. , Freeman, + S. , \u2026 Miller, M. B. (2013). Structural foundations of resting\u2010state + and task\u2010based functional connectivity in the human brain. Proceedings + of the National Academy of Sciences, 110, 6169\u20136174.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3625268\",\"@IdType\":\"pmc\"},{\"#text\":\"23530246\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Himberg, + J. , Hyv\xE4rinen, A. , & Esposito, F. (2004). Validating the independent + components of neuroimaging time series via clustering and visualization. NeuroImage, + 22, 1214\u20131222.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15219593\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hofer, + S. , & Frahm, J. (2006). Topography of the human corpus callosum revisited\u2014comprehensive + fiber tractography using diffusion tensor magnetic resonance imaging. NeuroImage, + 32, 989\u2013994.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16854598\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hyde, + K. L. , Lerch, J. , Norton, A. , Forgeard, M. , Winner, E. , Evans, A. C. + , & Schlaug, G. (2009). Musical training shapes structural brain development. + Journal of Neuroscience, 29, 3019\u20133025.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2996392\",\"@IdType\":\"pmc\"},{\"#text\":\"19279238\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Indovina, + I. , & Sanes, J. N. (2001). On somatotopic representation centers for finger + movements in human primary motor cortex and supplementary motor area. NeuroImage, + 13, 1027\u20131034.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11352608\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jenkinson, + M. , & Smith, S. (2001). A global optimisation method for robust affine registration + of brain images. Medical Image Analysis, 5, 143\u2013156.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11516708\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kaelin\u2010Lang, + A. , Luft, A. R. , Sawaki, L. , Burstein, A. H. , Sohn, Y. H. , & Cohen, L. + G. (2002). Modulation of human corticomotor excitability by somatosensory + input. Journal of Physiology, 540, 623\u2013633.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2290238\",\"@IdType\":\"pmc\"},{\"#text\":\"11956348\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Klein, + C. , Liem, F. , H\xE4nggi, J. , Elmer, S. , & J\xE4ncke, L. (2016). The \u201Csilent\u201D + imprint of musical training. Human Brain Mapping, 37, 536\u2013546.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6867483\",\"@IdType\":\"pmc\"},{\"#text\":\"26538421\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kleinschmidt, + A. , Nitschke, M. F. , & Frahm, J. (1997). Somatotopy in the human motor cortex + hand area. A high\u2010resolution functional MRI study. European Journal of + Neuroscience, 9, 2178\u20132186.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9421177\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Knyazeva, + M. G. (2013). Splenium of corpus callosum: Patterns of interhemispheric interaction + in children and adults. Neural Plasticity, 2013,\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3610378\",\"@IdType\":\"pmc\"},{\"#text\":\"23577273\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Laird, + A. R. , Eickhoff, S. B. , Rottschy, C. , Bzdok, D. , Ray, K. L. , & Fox, P. + T. (2013). Networks of task co\u2010activations. NeuroImage, 80, 505\u2013514.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3720689\",\"@IdType\":\"pmc\"},{\"#text\":\"23631994\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lappe, + C. , Herholz, S. C. , Trainor, L. J. , & Pantev, C. (2008). Cortical plasticity + induced by short\u2010term unimodal and multimodal musical training. Journal + of Neuroscience, 28, 9632\u20139639.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6671216\",\"@IdType\":\"pmc\"},{\"#text\":\"18815249\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lappe, + C. , Trainor, L. J. , Herholz, S. C. , & Pantev, C. (2011). Cortical plasticity + induced by short\u2010term multimodal musical rhythm training. PLoS One, 6, + e21493.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3126826\",\"@IdType\":\"pmc\"},{\"#text\":\"21747907\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li, + Y. O. , Adal\u0131, T. , & Calhoun, V. D. (2007). Estimating the number of + independent components for functional magnetic resonance imaging data. Human + Brain Mapping, 28, 1251\u20131266.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6871474\",\"@IdType\":\"pmc\"},{\"#text\":\"17274023\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lowe, + M. , Mock, B. , & Sorenson, J. (1998). Functional connectivity in single and + multislice echoplanar imaging using resting\u2010state fluctuations. NeuroImage, + 7, 119\u2013132.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9558644\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Oldfield, + R. C. (1971). The assessment and analysis of handedness: The Edinburgh inventory. + Neuropsychologia, 9, 97\u2013113.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"5146491\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Palomar\u2010Garc\xEDa, + M.\u2010\xC1. , Zatorre, R. J. , Ventura\u2010Campos, N. , Bueichek\xFA, E. + , & \xC1vila, C. (2017). Modulation of functional connectivity in auditory\u2013motor + networks in musicians compared with nonmusicians. Cerebral Cortex, 27, 2768\u20132778.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"27166170\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Park, + B. , Kim, J. I. , Lee, D. , Jeong, S.\u2010O. , Lee, J. D. , & Park, H.\u2010J. + (2012). Are brain networks stable during a 24\u2010hour period? NeuroImage, + 59, 456\u2013466.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21807101\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Park, + H.\u2010J. , Kubicki, M. , Westin, C.\u2010F. , Talos, I.\u2010F. , Brun, + A. , Peiper, S. , \u2026 Shenton, M. E. (2004). Method for combining information + from white matter fiber tracking and gray matter parcellation. American Journal + of Neuroradiology, 25, 1318\u20131324.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2813857\",\"@IdType\":\"pmc\"},{\"#text\":\"15466325\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park, + H. J. , & Friston, K. (2013). Structural and functional brain networks: From + connections to cognition. Science (New York, N.Y.), 342, 1238411.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24179229\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Pavlides, + C. , Miyashita, E. , & Asanuma, H. (1993). Projection from the sensory to + the motor cortex is important in learning motor skills in the monkey. Journal + of Neurophysiology, 70, 733\u2013741.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8410169\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Pfordresher, + P. Q. , & Palmer, C. (2006). Effects of hearing the past, present, or future + during music performance. Attention, Perception, & Psychophysics, 68, 362\u2013376.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16900830\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Putkinen, + V. , Tervaniemi, M. , Saarikivi, K. , de Vent, N. , & Huotilainen, M. (2014). + Investigating the effects of musical training on functional brain development + with a novel melodic MMN paradigm. Neurobiology of Learning and Memory, 110, + 8\u201315.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24462719\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reitan, + R. M. , & Wolfson, D. (1985). The Halstead\u2013Reitan neuropsychological + test battery: Theory and clinical interpretation. Reitan Neuropsychology.\"},{\"Citation\":\"Repp, + B. H. (1999). Effects of auditory feedback deprivation on expressive piano + performance. Music Perception: An Interdisciplinary Journal, 16, 409\u2013438.\"},{\"Citation\":\"Rodriguez\u2010Herreros, + B. , Amengual, J. L. , Gurtubay\u2010Antol\xEDn, A. , Richter, L. , Jauer, + P. , Erdmann, C. , \u2026 M\xFCnte, T. F. (2015). Microstructure of the superior + longitudinal fasciculus predicts stimulation\u2010induced interference with + on\u2010line motor control. NeuroImage, 120, 254\u2013265.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"26143205\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"R\xFCber, + T. , Lindenberg, R. , & Schlaug, G. (2015). Differential adaptation of descending + motor tracts in musicians. Cerebral Cortex, 25, 1490\u20131498.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4428294\",\"@IdType\":\"pmc\"},{\"#text\":\"24363265\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sami, + S. , & Miall, R. (2013). Graph network analysis of immediate motor\u2010learning + induced changes in resting state BOLD. Frontiers in Human Neuroscience, 7,\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3654214\",\"@IdType\":\"pmc\"},{\"#text\":\"23720616\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schlaug, + G. (2015). Musicians and music making as a model for the study of brain plasticity. + Progress in Brain Research, 217, 37\u201355.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4430083\",\"@IdType\":\"pmc\"},{\"#text\":\"25725909\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Shehzad, + Z. , Kelly, A. C. , Reiss, P. T. , Gee, D. G. , Gotimer, K. , Uddin, L. Q. + , \u2026 Biswal, B. B. (2009). The resting brain: Unconstrained yet reliable. + Cerebral Cortex, 19, 2209\u20132229.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3896030\",\"@IdType\":\"pmc\"},{\"#text\":\"19221144\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sloboda, + J. A. , Davidson, J. W. , Howe, M. J. , & Moore, D. G. (1996). The role of + practice in the development of performing musicians. British Journal of Psychology, + 87, 287\u2013309.\"},{\"Citation\":\"Smith, S. M. (2002). Fast robust automated + brain extraction. Human Brain Mapping, 17, 143\u2013155.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6871816\",\"@IdType\":\"pmc\"},{\"#text\":\"12391568\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith, + S. M. , Fox, P. T. , Miller, K. L. , Glahn, D. C. , Fox, P. M. , Mackay, C. + E. , \u2026 Laird, A. R. (2009). Correspondence of the brain's functional + architecture during activation and rest. Proceedings of the National Academy + of Sciences, 106, 13040\u201313045.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2722273\",\"@IdType\":\"pmc\"},{\"#text\":\"19620724\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith, + S. M. , Jenkinson, M. , Woolrich, M. W. , Beckmann, C. F. , Behrens, T. E. + , Johansen\u2010Berg, H. , \u2026 Flitney, D. E. (2004). Advances in functional + and structural MR image analysis and implementation as FSL. NeuroImage, 23, + S208\u2013S219.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15501092\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Song, + J. H. , Skoe, E. , Banai, K. , & Kraus, N. (2012). Training to improve hearing + speech in noise: Biological mechanisms. Cerebral Cortex, 22, 1180.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3450924\",\"@IdType\":\"pmc\"},{\"#text\":\"21799207\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stam, + C. J. , van Straaten, E. C. W. , Van Dellen, E. , Tewarie, P. , Gong, G. , + Hillebrand, A. , \u2026 Van Mieghem, P. (2016). The relation between structural + and functional connectivity patterns in complex brain networks. International + Journal of Psychophysiology, 103, 149\u2013160.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"25678023\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Steele, + C. J. , Bailey, J. A. , Zatorre, R. J. , & Penhune, V. B. (2013). Early musical + training and white\u2010matter plasticity in the corpus callosum: Evidence + for a sensitive period. Journal of Neuroscience, 33, 1282\u20131290.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6704889\",\"@IdType\":\"pmc\"},{\"#text\":\"23325263\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yan, + C. , & Zang, Y. (2010). DPARSF: A MATLAB toolbox for \u201Cpipeline\u201D + data analysis of resting-state fMRI. Frontiers in Systems Neuroscience, 4, + 13.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2889691\",\"@IdType\":\"pmc\"},{\"#text\":\"20577591\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zatorre, + R. J. , Belin, P. , & Penhune, V. B. (2002). Structure and function of auditory + cortex: Music and speech. Trends in Cognitive Sciences, 6, 37\u201346.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11849614\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zatorre, + R. J. , Chen, J. L. , & Penhune, V. B. (2007). When the brain plays music: + Auditory\u2013motor interactions in music perception and production. Nature + Reviews Neuroscience, 8, 547\u2013558.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17585307\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zatorre, + R. J. , Fields, R. D. , & Johansen\u2010Berg, H. (2012). Plasticity in gray + and white: Neuroimaging changes in brain structure during learning. Nature + Neuroscience, 15, 528\u2013536.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3660656\",\"@IdType\":\"pmc\"},{\"#text\":\"22426254\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"29400420\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1097-0193\",\"@IssnType\":\"Electronic\"},\"Title\":\"Human + brain mapping\",\"JournalIssue\":{\"Issue\":\"5\",\"Volume\":\"39\",\"PubDate\":{\"Year\":\"2018\",\"Month\":\"May\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Hum + Brain Mapp\"},\"Abstract\":{\"AbstractText\":\"Playing music requires a strong + coupling of perception and action mediated by multimodal integration of brain + regions, which can be described as network connections measured by anatomical + and functional correlations between regions. However, the structural and functional + connectivities within and between the auditory and sensorimotor networks after + long-term musical training remain largely uninvestigated. Here, we compared + the structural connectivity (SC) and resting-state functional connectivity + (rs-FC) within and between the two networks in 29 novice healthy young adults + before and after musical training (piano) with those of another 27 novice + participants who were evaluated longitudinally but with no intervention. In + addition, a correlation analysis was performed between the changes in FC or + SC with practice time in the training group. As expected, participants in + the training group showed increased FC within the sensorimotor network and + increased FC and SC of the auditory-motor network after musical training. + Interestingly, we further found that the changes in FC within the sensorimotor + network and SC of the auditory-motor network were positively correlated with + practice time. Our results indicate that musical training could induce enhanced + local interaction and global integration between musical performance-related + regions, which provides insights into the mechanism of brain plasticity in + young adults.\",\"CopyrightInformation\":\"\xA9 2018 Wiley Periodicals, Inc.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Qiongling\",\"Initials\":\"Q\",\"LastName\":\"Li\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Xuetong\",\"Initials\":\"X\",\"LastName\":\"Wang\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Shaoyi\",\"Initials\":\"S\",\"LastName\":\"Wang\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yongqi\",\"Initials\":\"Y\",\"LastName\":\"Xie\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Xinwei\",\"Initials\":\"X\",\"LastName\":\"Li\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yachao\",\"Initials\":\"Y\",\"LastName\":\"Xie\",\"AffiliationInfo\":[{\"Affiliation\":\"State + Key Laboratory of Cognitive Neuroscience and Learning & IDG/McGovern Institute + for Brain Research, Beijing Normal University, Beijing, 100875, China.\"},{\"Affiliation\":\"Center + for Collaboration and Innovation in Brain and Learning Sciences, Beijing Normal + University, Beijing, 100875, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Shuyu\",\"Initials\":\"S\",\"LastName\":\"Li\",\"Identifier\":{\"#text\":\"0000-0002-3459-6821\",\"@Source\":\"ORCID\"},\"AffiliationInfo\":[{\"Affiliation\":\"School + of Biological Science & Medical Engineering, Beihang University, Beijing, + 100083, China.\"},{\"Affiliation\":\"Beijing Advanced Innovation Centre for + Biomedical Engineering, Beihang University, Beijing, 102402, China.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"2110\",\"StartPage\":\"2098\",\"MedlinePgn\":\"2098-2110\"},\"ArticleDate\":{\"Day\":\"05\",\"Year\":\"2018\",\"Month\":\"02\",\"@DateType\":\"Electronic\"},\"ELocationID\":{\"#text\":\"10.1002/hbm.23989\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":\"Musical + training induces functional and structural auditory-motor network plasticity + in young adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"19\",\"Year\":\"2023\",\"Month\":\"10\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"auditory-motor + network\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"brain plasticity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"functional + connectivity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"musical training\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"structural + connectivity\",\"@MajorTopicYN\":\"N\"}]},\"CoiStatement\":\"The authors declare + that there are no conflicts of interest regarding the publication of this + article.\",\"DateCompleted\":{\"Day\":\"12\",\"Year\":\"2019\",\"Month\":\"02\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000161\",\"#text\":\"Acoustic + Stimulation\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000704\",\"#text\":\"Analysis + of Variance\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D001307\",\"#text\":\"Auditory + Perception\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007091\",\"#text\":\"Image + Processing, Computer-Assisted\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D007858\",\"#text\":\"Learning\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009146\",\"#text\":\"Music\",\"@MajorTopicYN\":\"Y\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D009434\",\"#text\":\"Neural + Pathways\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D009473\",\"#text\":\"Neuronal + Plasticity\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D011597\",\"#text\":\"Psychomotor + Performance\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D013997\",\"#text\":\"Time + Factors\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Hum Brain Mapp\",\"ISSNLinking\":\"1065-9471\",\"NlmUniqueID\":\"9419065\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Musical + training induces functional and structural auditory\u2010motor network plasticity + in young adults\",\"venue\":\"Human Brain Mapping\",\"authors\":[{\"name\":\"Qiongling + Li\",\"authorId\":\"2105794\"},{\"name\":\"Xuetong Wang\",\"authorId\":\"2108105120\"},{\"name\":\"Shaoyi + Wang\",\"authorId\":\"2117148924\"},{\"name\":\"Yongqi Xie\",\"authorId\":\"6835104\"},{\"name\":\"Xinwei + Li\",\"authorId\":\"2108186971\"},{\"name\":\"Yachao Xie\",\"authorId\":\"2110338539\"},{\"name\":\"Shuyu + Li\",\"authorId\":\"50341205\"}],\"paperId\":\"10fb43ef5898ea6b8eb6893b5cd2c416ffbc3880\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://onlinelibrary.wiley.com/doi/pdfdirect/10.1002/hbm.23989\",\"status\":\"BRONZE\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1002/hbm.23989?email= + or https://doi.org/10.1002/hbm.23989, which is subject to the license by the + author or copyright owner provided with this content. Please go to the source + to verify the license and copyright information for your use.\"},\"publicationDate\":\"2018-05-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-02T23:02:31.328261+00:00\",\"analyses\":[{\"id\":\"qB4Q8XkocAiK\",\"user\":null,\"name\":\"3\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"position\":3,\"n_activations\":6},\"original_table_id\":\"3\"},\"table_metadata\":{\"position\":3,\"n_activations\":6},\"sanitized_table_id\":\"3\"},\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"BwXqiKFegM2z\",\"coordinates\":[-63.0,-21.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"KYjDuonJVZN9\",\"coordinates\":[60.0,-24.0,27.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"z9Dpuygu4GBe\",\"coordinates\":[-18.0,-60.0,60.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"FUcmH7brLDxp\",\"coordinates\":[36.0,-42.0,39.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"vDZUFUpdYPiQ\",\"coordinates\":[42.0,-21.0,51.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"gy5wV8BNuA8k\",\"coordinates\":[21.0,3.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"ZXenVBbnvmbo\",\"created_at\":\"2023-07-17T03:27:48.613627+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Aberrant + Cerebello-Cortical Connectivity in Pianists With Focal Task-Specific Dystonia.\",\"description\":\"Musician's + dystonia is a type of focal task-specific dystonia (FTSD) characterized by + abnormal muscle hypercontraction and loss of fine motor control specifically + during instrument playing. Although the neuropathophysiology of musician's + dystonia remains unclear, it has been suggested that maladaptive functional + abnormalities in subcortical and cortical regions may be involved. Here, we + hypothesized that aberrant effective connectivity between the cerebellum (subcortical) + and motor/somatosensory cortex may underlie the neuropathophysiology of musician's + dystonia. Using functional magnetic resonance imaging, we measured the brain + activity of 30 pianists with or without FTSD as they played a magnetic resonance + imaging-compatible piano-like keyboard, which elicited dystonic symptoms in + many but not all pianists with FTSD. Pianists with FTSD showed greater activation + of the right cerebellum during the task than healthy pianists. Furthermore, + patients who reported dystonic symptoms during the task demonstrated greater + cerebellar activation than those who did not, establishing a link between + cerebellar activity and overt dystonic symptoms. Using multivoxel pattern + analysis, moreover, we found that dystonic and healthy pianists differed in + the task-related effective connectivity between the right cerebellum and left + premotor/somatosensory cortex. The present study indicates that abnormal cerebellar + activity and cerebello-cortical connectivity may underlie the pathophysiology + of FTSD in musicians.\",\"publication\":\"Cerebral cortex (New York, N.Y. + : 1991)\",\"doi\":\"10.1093/cercor/bhab127\",\"pmid\":\"34013319\",\"authors\":\"Kahori + Kita, Shinichi Furuya, Rieko Osu, Takashi Sakamoto, Takashi Hanakawa\",\"year\":2021,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"7tivwuSeZ8YE\",\"user\":null,\"name\":\"Table + 3\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5cvXNvnhY7zZ\",\"coordinates\":[-40.0,-18.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3xKCCseT9Z3Y\",\"coordinates\":[-54.0,-20.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3KQhSwNvkQ9F\",\"coordinates\":[-32.0,-24.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5azVYCtzuSMk\",\"coordinates\":[20.0,-52.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6YSCcJePYKDo\",\"coordinates\":[-38.0,-24.0,54.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4fNHojm5hiWq\",\"coordinates\":[-42.0,-34.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3uQADojs4pWj\",\"coordinates\":[-36.0,-26.0,66.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"eud8bDbNMgFv\",\"coordinates\":[10.0,-54.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5fUtn8AVH5mS\",\"coordinates\":[16.0,-48.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5Jp9LBPhYVcH\",\"coordinates\":[2.0,-58.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6EwXzeSfjdCv\",\"coordinates\":[14.0,-44.0,-24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Trd6RrVq54V\",\"coordinates\":[2.0,-54.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]}],\"studyset_studies\":[{\"id\":\"3i7ozQKYGb5Z\",\"curation_stub_uuid\":\"3076f4ad-8198-4bd1-92c1-eb7271a87644\"},{\"id\":\"3rdPUSpHr6Da\",\"curation_stub_uuid\":\"90d14a71-6865-406d-b8e4-bdb400de356f\"},{\"id\":\"3TcQUrv9AqfE\",\"curation_stub_uuid\":\"01128f03-a6cd-4e9a-b672-8f4449a7dd0a\"},{\"id\":\"4GipszReJ2gE\",\"curation_stub_uuid\":\"cb3f1860-582b-4248-81fc-2cf30fa9ad8c\"},{\"id\":\"4PxXaZSp8vHm\",\"curation_stub_uuid\":\"06fc4403-c424-4039-8009-2a91f5e7b249\"},{\"id\":\"4UbCYzHfZGQ4\",\"curation_stub_uuid\":\"0b71a5a6-38a9-473d-9639-8d39d1adeab6\"},{\"id\":\"4XLnjknqm5bc\",\"curation_stub_uuid\":\"9f4a96b4-db29-450d-8a94-4f107b4c3081\"},{\"id\":\"5nD3zkatnxeX\",\"curation_stub_uuid\":\"bd93563b-e729-400c-bd66-53ba02605cfb\"},{\"id\":\"68vYS7z3ibJc\",\"curation_stub_uuid\":\"8a7e6399-ea4c-4b26-8f13-a612ef89b71b\"},{\"id\":\"768pzdf2h8hz\",\"curation_stub_uuid\":\"db7e3c0a-83bf-445c-96d3-4f8f22f1cad3\"},{\"id\":\"7BVLew9kxm5B\",\"curation_stub_uuid\":\"485ae4d4-a14b-4100-ab6e-a4b42c0a19de\"},{\"id\":\"7Dg57x5EVfTg\",\"curation_stub_uuid\":\"ba3cd2d1-9d8d-4998-be32-e38a1d5581f9\"},{\"id\":\"7fUwtrsAeAQf\",\"curation_stub_uuid\":\"3bd5efe8-2295-4036-af92-9cea1a4700db\"},{\"id\":\"7yDarPD6Qkro\",\"curation_stub_uuid\":\"87bd9e43-e778-4bc5-b2c8-6e566df1f9bf\"},{\"id\":\"83wU4Laggabu\",\"curation_stub_uuid\":\"648ef373-91da-4004-8577-77ccc0569703\"},{\"id\":\"8dnDgkL7BME2\",\"curation_stub_uuid\":\"589dfe2e-e795-4f88-8d09-d07e0f7de2bc\"},{\"id\":\"97dv4pLPbk2Z\",\"curation_stub_uuid\":\"408da300-e4dd-480e-8045-c9559384d578\"},{\"id\":\"caRPfyFpRY8R\",\"curation_stub_uuid\":\"b86f83fe-2dcc-469b-be78-c6beb11fa18a\"},{\"id\":\"gMbXynPYBMh6\",\"curation_stub_uuid\":\"c790a888-f92a-4be6-b425-45e07ccae470\"},{\"id\":\"GwXfvRuHQZur\",\"curation_stub_uuid\":\"fc35e249-0c84-45fd-91d8-2e9547c4e566\"},{\"id\":\"NhAstyUyyACW\",\"curation_stub_uuid\":\"875f0341-8818-4406-a199-b85d190a0554\"},{\"id\":\"UkwBNqgwurqB\",\"curation_stub_uuid\":\"00a8bed6-f5ed-48d4-b5e0-b9585ef74289\"},{\"id\":\"y8iiRk23Dz7G\",\"curation_stub_uuid\":\"517a4348-8b4b-41db-8778-4a265d484468\"},{\"id\":\"Z2BfJNL3tVMo\",\"curation_stub_uuid\":\"bb72b110-e9ff-4b52-b673-d680d3605be3\"},{\"id\":\"ZXenVBbnvmbo\",\"curation_stub_uuid\":\"028075e9-0e3e-4c4a-bc47-600a98f13431\"}]}\n" + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 07:08:20 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '288844' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://dev.neurostore.xyz/api/annotations/ExiEeALEEvUb + response: + body: + string: "{\"id\":\"ExiEeALEEvUb\",\"user\":\"github|12564882\",\"username\":\"James + Kent\",\"created_at\":\"2026-04-17T06:58:40.041544+00:00\",\"updated_at\":null,\"studyset\":\"MYFAqDMNBryo\",\"notes\":[{\"id\":\"ExiEeALEEvUb_57E6N9jmK8PD\",\"note\":{\"included\":true},\"analysis\":\"57E6N9jmK8PD\",\"study\":\"3TcQUrv9AqfE\",\"study_name\":\"Music + listening engages specific cortical regions within the temporal lobes: Differences + between musicians and non-musicians.\",\"analysis_name\":\"Table 1\",\"study_year\":2014,\"authors\":\"Angulo-Perkins + A, Aube W, Peretz I, Barrios FA, Armony JL, Concha L\",\"publication\":\"Cortex; + a journal devoted to the study of the nervous system and behavior\"},{\"id\":\"ExiEeALEEvUb_5KLnjKXiR4r7\",\"note\":{\"included\":true},\"analysis\":\"5KLnjKXiR4r7\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 03VSsR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_Tc7b8zcNy3B6\",\"note\":{\"included\":true},\"analysis\":\"Tc7b8zcNy3B6\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 05DCR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_ALnoZFkh27Ki\",\"note\":{\"included\":true},\"analysis\":\"ALnoZFkh27Ki\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 06DCL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_4MBaJciKwBrj\",\"note\":{\"included\":true},\"analysis\":\"4MBaJciKwBrj\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 11VRPR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_5oiVtk9Re2dF\",\"note\":{\"included\":true},\"analysis\":\"5oiVtk9Re2dF\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"early + vs late 12VRPL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_7V6qUuPUhzcD\",\"note\":{\"included\":true},\"analysis\":\"7V6qUuPUhzcD\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 01VSiR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_EiTfnTWLGNeJ\",\"note\":{\"included\":true},\"analysis\":\"EiTfnTWLGNeJ\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 03VSsR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_3REcZjXqwuKA\",\"note\":{\"included\":true},\"analysis\":\"3REcZjXqwuKA\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 04VSsL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_3u4h3ZU5x6WN\",\"note\":{\"included\":true},\"analysis\":\"3u4h3ZU5x6WN\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 05DCR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_6uWWBH24ujJj\",\"note\":{\"included\":true},\"analysis\":\"6uWWBH24ujJj\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 06DCL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_6dzpavtnGgHm\",\"note\":{\"included\":true},\"analysis\":\"6dzpavtnGgHm\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 09DRPR\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_5yK88nnMmDRh\",\"note\":{\"included\":true},\"analysis\":\"5yK88nnMmDRh\",\"study\":\"3i7ozQKYGb5Z\",\"study_name\":\"The + impact of early musical training on striatal functional connectivity\",\"analysis_name\":\"musician + vs nonmus 10DRPL\",\"study_year\":2021,\"authors\":\"F.T. van Vugt, K. Hartmann, + E. Altenm\xFCller, B. Mohammadi and D.S. Margulies\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_68scnerkK6KV\",\"note\":{\"included\":true},\"analysis\":\"68scnerkK6KV\",\"study\":\"3rdPUSpHr6Da\",\"study_name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"analysis_name\":\"39738\",\"study_year\":2014,\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"publication\":\"PloS + one\"},{\"id\":\"ExiEeALEEvUb_7GJtvQyQ4ijU\",\"note\":{\"included\":true},\"analysis\":\"7GJtvQyQ4ijU\",\"study\":\"3rdPUSpHr6Da\",\"study_name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"analysis_name\":\"39739\",\"study_year\":2014,\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"publication\":\"PloS + one\"},{\"id\":\"ExiEeALEEvUb_7nMKD39xwyEj\",\"note\":{\"included\":true},\"analysis\":\"7nMKD39xwyEj\",\"study\":\"3rdPUSpHr6Da\",\"study_name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"analysis_name\":\"39740\",\"study_year\":2014,\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"publication\":\"PloS + one\"},{\"id\":\"ExiEeALEEvUb_8JwmBGHAKbEA\",\"note\":{\"included\":true},\"analysis\":\"8JwmBGHAKbEA\",\"study\":\"3rdPUSpHr6Da\",\"study_name\":\"Striatal + and hippocampal involvement in motor sequence chunking depends on the learning + strategy.\",\"analysis_name\":\"39741\",\"study_year\":2014,\"authors\":\"Lungu + O, Monchi O, Albouy G, Jubault T, Ballarin E, Burnod Y, Doyon J\",\"publication\":\"PloS + one\"},{\"id\":\"ExiEeALEEvUb_5uHWSJ55A7aj\",\"note\":{\"included\":true},\"analysis\":\"5uHWSJ55A7aj\",\"study\":\"4GipszReJ2gE\",\"study_name\":\"Getting + the beat: Entrainment of brain activity by musical rhythm and pleasantness.\",\"analysis_name\":\"Table + 2\",\"study_year\":2014,\"authors\":\"Trost W, Fruhholz S, Schon D, Labbe + C, Pichon S, Grandjean D, Vuilleumier P\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_74gSFkeMphcL\",\"note\":{\"included\":true},\"analysis\":\"74gSFkeMphcL\",\"study\":\"4GipszReJ2gE\",\"study_name\":\"Getting + the beat: Entrainment of brain activity by musical rhythm and pleasantness.\",\"analysis_name\":\"Table + 3\",\"study_year\":2014,\"authors\":\"Trost W, Fruhholz S, Schon D, Labbe + C, Pichon S, Grandjean D, Vuilleumier P\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_SqwKRqEf5VCb\",\"note\":{\"included\":true},\"analysis\":\"SqwKRqEf5VCb\",\"study\":\"4PxXaZSp8vHm\",\"study_name\":\"Shared + networks for auditory and motor processing in professional pianists: Evidence + from fMRI conjunction\",\"analysis_name\":\"tbl1\",\"study_year\":2006,\"authors\":\"Bangert + M, Peschel T, Schlaug G, Rotte M, Drescher D, Hinrichs H, Heinze HJ, Altenmuller + E\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_4eroFfeEyg8E\",\"note\":{\"included\":true},\"analysis\":\"4eroFfeEyg8E\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + CC Audio post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico + Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_83WvVMwoyNDN\",\"note\":{\"included\":true},\"analysis\":\"83WvVMwoyNDN\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + CC AudioVideo post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_6cKGe8aFbXzR\",\"note\":{\"included\":true},\"analysis\":\"6cKGe8aFbXzR\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + CC Video post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico + Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_7gJRWagd5JUt\",\"note\":{\"included\":true},\"analysis\":\"7gJRWagd5JUt\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + UNT Audio post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_3g2DvkBHddp5\",\"note\":{\"included\":true},\"analysis\":\"3g2DvkBHddp5\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + UNT AudioVideo post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_52XFHnJzetyA\",\"note\":{\"included\":true},\"analysis\":\"52XFHnJzetyA\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"Fig3 + UNT Video post - pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_58jrCG8sZdrM\",\"note\":{\"included\":true},\"analysis\":\"58jrCG8sZdrM\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + Audio Post\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico Glerean, + Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_76Vqz3FeGwWr\",\"note\":{\"included\":true},\"analysis\":\"76Vqz3FeGwWr\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + Audio Pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico Glerean, + Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_3Y6suHwaar9A\",\"note\":{\"included\":true},\"analysis\":\"3Y6suHwaar9A\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + AudioVideo Post\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico + Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_3dyUE26q5vAU\",\"note\":{\"included\":true},\"analysis\":\"3dyUE26q5vAU\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + AudioVideo Pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico + Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_45CdGHss8LvB\",\"note\":{\"included\":true},\"analysis\":\"45CdGHss8LvB\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + Video Post\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico Glerean, + Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_5fJ6L7sA9JuK\",\"note\":{\"included\":true},\"analysis\":\"5fJ6L7sA9JuK\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"ISC + Video Pre\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, Enrico Glerean, + Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef P. Rauschecker + and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_4EdruQoJLgeG\",\"note\":{\"included\":true},\"analysis\":\"4EdruQoJLgeG\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement AudioR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_4Qy6xWbZ93GK\",\"note\":{\"included\":true},\"analysis\":\"4Qy6xWbZ93GK\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement AudioR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_7LyJbBkKq6aj\",\"note\":{\"included\":true},\"analysis\":\"7LyJbBkKq6aj\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement AudioVideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. + Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, + Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_7hHKDCBfbqx9\",\"note\":{\"included\":true},\"analysis\":\"7hHKDCBfbqx9\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement AudioVideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_7pzi9fkLH69W\",\"note\":{\"included\":true},\"analysis\":\"7pzi9fkLH69W\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement VideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_eSbzUhYVkER8\",\"note\":{\"included\":true},\"analysis\":\"eSbzUhYVkER8\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + achievement VideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_7FwN6VVpceE7\",\"note\":{\"included\":true},\"analysis\":\"7FwN6VVpceE7\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement AudioR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_6dBLoGzSLgqG\",\"note\":{\"included\":true},\"analysis\":\"6dBLoGzSLgqG\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement AudioR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_5byJ6yRmQN4G\",\"note\":{\"included\":true},\"analysis\":\"5byJ6yRmQN4G\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement AudioVideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_7tpR7n7A2GxW\",\"note\":{\"included\":true},\"analysis\":\"7tpR7n7A2GxW\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement AudioVideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_6NG2N9xZQSCo\",\"note\":{\"included\":true},\"analysis\":\"6NG2N9xZQSCo\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement VideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_6EJGfB9oHtLQ\",\"note\":{\"included\":true},\"analysis\":\"6EJGfB9oHtLQ\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + engagement VideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_4h72UDFXDxgW\",\"note\":{\"included\":true},\"analysis\":\"4h72UDFXDxgW\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise AudioR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_7netCR7EuFBZ\",\"note\":{\"included\":true},\"analysis\":\"7netCR7EuFBZ\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise AudioR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria C. + Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, + Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_3heJe9XtbVxE\",\"note\":{\"included\":true},\"analysis\":\"3heJe9XtbVxE\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise AudioVideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_mubcxaoXFBhi\",\"note\":{\"included\":true},\"analysis\":\"mubcxaoXFBhi\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise AudioVideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria + C. Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter + Vuust, Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_86HucnxbbrBd\",\"note\":{\"included\":true},\"analysis\":\"86HucnxbbrBd\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise VideoR 0.05\",\"study_year\":2020,\"authors\":\"Maria C. Fasano, + Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, Josef + P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_6dtyp45FDq45\",\"note\":{\"included\":true},\"analysis\":\"6dtyp45FDq45\",\"study\":\"4UbCYzHfZGQ4\",\"study_name\":\"Inter-subject + Similarity of Brain Activity in Expert Musicians After Multimodal Learning: + A Behavioral and Neuroimaging Study on Learning to Play a Piano Sonata\",\"analysis_name\":\"mantel + expertise VideoR Unthresholded\",\"study_year\":2020,\"authors\":\"Maria C. + Fasano, Enrico Glerean, Benjamin P. Gold, Dana Sheng, Mikko Sams, Peter Vuust, + Josef P. Rauschecker and Elvira Brattico\",\"publication\":\"Neuroscience\"},{\"id\":\"ExiEeALEEvUb_7vEUcmShNSsP\",\"note\":{\"included\":true},\"analysis\":\"7vEUcmShNSsP\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Pianists: + Mean BOLD Response during Learning and Recall Trials\",\"study_year\":2018,\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"ExiEeALEEvUb_3P8JxTsJRZQA\",\"note\":{\"included\":true},\"analysis\":\"3P8JxTsJRZQA\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Pianists: + BOLD Response Decrease during Learning and Recall Trials\",\"study_year\":2018,\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"ExiEeALEEvUb_5EW2pMq7ceot\",\"note\":{\"included\":true},\"analysis\":\"5EW2pMq7ceot\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Nonmusicians: + Mean BOLD response during Learning Trials\",\"study_year\":2018,\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"ExiEeALEEvUb_8EeVmz4MaUZq\",\"note\":{\"included\":true},\"analysis\":\"8EeVmz4MaUZq\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Nonmusicians: + BOLD Response Increase during Learning and Recall Trials\",\"study_year\":2018,\"authors\":\"Rachel + M Brown, Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"ExiEeALEEvUb_4KNmGxQzDt5R\",\"note\":{\"included\":true},\"analysis\":\"4KNmGxQzDt5R\",\"study\":\"4XLnjknqm5bc\",\"study_name\":\"Efficacy + of Auditory versus Motor Learning for Skilled and Novice Performers.\",\"analysis_name\":\"Conjunctions: + Pianists and Nonmusicians\",\"study_year\":2018,\"authors\":\"Rachel M Brown, + Virginia B Penhune\",\"publication\":\"Journal of cognitive neuroscience\"},{\"id\":\"ExiEeALEEvUb_5aidAYbQFc7b\",\"note\":{\"included\":true},\"analysis\":\"5aidAYbQFc7b\",\"study\":\"5nD3zkatnxeX\",\"study_name\":\"Metabolic + and electric brain patterns during pleasant and unpleasant emotions induced + by music masterpieces.\",\"analysis_name\":\"25146\",\"study_year\":2007,\"authors\":\"Flores-Gutierrez + EO, Diaz JL, Barrios FA, Favila-Humara R, Guevara MA, del Rio-Portilla Y, + Corsi-Cabrera M\",\"publication\":\"International journal of psychophysiology + : official journal of the International Organization of Psychophysiology\"},{\"id\":\"ExiEeALEEvUb_74RCCDFGVVoP\",\"note\":{\"included\":true},\"analysis\":\"74RCCDFGVVoP\",\"study\":\"68vYS7z3ibJc\",\"study_name\":\"The + effects of short-term musical training on the neural processing of speech-in-noise + in older adults.\",\"analysis_name\":\"Table 2\",\"study_year\":2019,\"authors\":\"David + Fleming, Sylvie Belleville, Isabelle Peretz, Greg West, Benjamin Rich Zendel\",\"publication\":\"Brain + and cognition\"},{\"id\":\"ExiEeALEEvUb_5n2QphfDsihC\",\"note\":{\"included\":true},\"analysis\":\"5n2QphfDsihC\",\"study\":\"68vYS7z3ibJc\",\"study_name\":\"The + effects of short-term musical training on the neural processing of speech-in-noise + in older adults.\",\"analysis_name\":\"Table 3\",\"study_year\":2019,\"authors\":\"David + Fleming, Sylvie Belleville, Isabelle Peretz, Greg West, Benjamin Rich Zendel\",\"publication\":\"Brain + and cognition\"},{\"id\":\"ExiEeALEEvUb_3JzpoMfYVAM5\",\"note\":{\"included\":true},\"analysis\":\"3JzpoMfYVAM5\",\"study\":\"68vYS7z3ibJc\",\"study_name\":\"The + effects of short-term musical training on the neural processing of speech-in-noise + in older adults.\",\"analysis_name\":\"Table 4\",\"study_year\":2019,\"authors\":\"David + Fleming, Sylvie Belleville, Isabelle Peretz, Greg West, Benjamin Rich Zendel\",\"publication\":\"Brain + and cognition\"},{\"id\":\"ExiEeALEEvUb_UxpJsR33fWKp\",\"note\":{\"included\":true},\"analysis\":\"UxpJsR33fWKp\",\"study\":\"768pzdf2h8hz\",\"study_name\":\"Connecting + to Create: Expertise in Musical Improvisation Is Associated with Increased + Functional Connectivity between Premotor and Prefrontal Areas.\",\"analysis_name\":\"28298\",\"study_year\":2014,\"authors\":\"Pinho + AL, de Manzano O, Fransson P, Eriksson H, Ullen F\",\"publication\":\"The + Journal of neuroscience : the official journal of the Society for Neuroscience\"},{\"id\":\"ExiEeALEEvUb_647dMKRUcqQq\",\"note\":{\"included\":true},\"analysis\":\"647dMKRUcqQq\",\"study\":\"768pzdf2h8hz\",\"study_name\":\"Connecting + to Create: Expertise in Musical Improvisation Is Associated with Increased + Functional Connectivity between Premotor and Prefrontal Areas.\",\"analysis_name\":\"28299\",\"study_year\":2014,\"authors\":\"Pinho + AL, de Manzano O, Fransson P, Eriksson H, Ullen F\",\"publication\":\"The + Journal of neuroscience : the official journal of the Society for Neuroscience\"},{\"id\":\"ExiEeALEEvUb_6NGApraDbfH6\",\"note\":{\"included\":true},\"analysis\":\"6NGApraDbfH6\",\"study\":\"7BVLew9kxm5B\",\"study_name\":\"Do + blind people hear better?\",\"analysis_name\":\"Table 1\",\"study_year\":2022,\"authors\":\"Carina + J Sabourin, Yaser Merrikhi, Stephen G Lomber\",\"publication\":\"Trends in + cognitive sciences\"},{\"id\":\"ExiEeALEEvUb_3PJFqzgrZUjP\",\"note\":{\"included\":true},\"analysis\":\"3PJFqzgrZUjP\",\"study\":\"7Dg57x5EVfTg\",\"study_name\":\"Encoding + and recall of finger sequences in experienced pianists compared with musically + naive controls: a combined behavioral and functional imaging study.\",\"analysis_name\":\"Table + 1\",\"study_year\":2013,\"authors\":\"Pau S, Jahn G, Sakreida K, Domin M, + Lotze M\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_6s7JAtTiapEu\",\"note\":{\"included\":true},\"analysis\":\"6s7JAtTiapEu\",\"study\":\"7Dg57x5EVfTg\",\"study_name\":\"Encoding + and recall of finger sequences in experienced pianists compared with musically + naive controls: a combined behavioral and functional imaging study.\",\"analysis_name\":\"Table + 2\",\"study_year\":2013,\"authors\":\"Pau S, Jahn G, Sakreida K, Domin M, + Lotze M\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_7HyZmc6GXDjQ\",\"note\":{\"included\":true},\"analysis\":\"7HyZmc6GXDjQ\",\"study\":\"7Dg57x5EVfTg\",\"study_name\":\"Encoding + and recall of finger sequences in experienced pianists compared with musically + naive controls: a combined behavioral and functional imaging study.\",\"analysis_name\":\"33520\",\"study_year\":2013,\"authors\":\"Pau + S, Jahn G, Sakreida K, Domin M, Lotze M\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_6QDp4kEmb7Bi\",\"note\":{\"included\":true},\"analysis\":\"6QDp4kEmb7Bi\",\"study\":\"7fUwtrsAeAQf\",\"study_name\":\"Distributed + neural signatures of natural audiovisual speech and music in the human auditory + cortex.\",\"analysis_name\":\"Table 1\",\"study_year\":2017,\"authors\":\"Salmi + J, Koistinen OP, Glerean E, Jylanki P, Vehtari A, Jaaskelainen IP, Makela + S, Nummenmaa L, Nummi-Kuisma K, Nummi I, Sams M\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_6FLfjpSzRkid\",\"note\":{\"included\":true},\"analysis\":\"6FLfjpSzRkid\",\"study\":\"7fUwtrsAeAQf\",\"study_name\":\"Distributed + neural signatures of natural audiovisual speech and music in the human auditory + cortex.\",\"analysis_name\":\"Table 2\",\"study_year\":2017,\"authors\":\"Salmi + J, Koistinen OP, Glerean E, Jylanki P, Vehtari A, Jaaskelainen IP, Makela + S, Nummenmaa L, Nummi-Kuisma K, Nummi I, Sams M\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_7qDEfBDx675z\",\"note\":{\"included\":true},\"analysis\":\"7qDEfBDx675z\",\"study\":\"7yDarPD6Qkro\",\"study_name\":\"EEG + oscillatory patterns are associated with error prediction during music performance + and are altered in musician's dystonia.\",\"analysis_name\":\"32635\",\"study_year\":2011,\"authors\":\"Ruiz + MH, Strubing F, Jabusch HC, Altenmuller E\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_3uC4GULookyN\",\"note\":{\"included\":true},\"analysis\":\"3uC4GULookyN\",\"study\":\"83wU4Laggabu\",\"study_name\":\"Goal-independent + mechanisms for free response generation: Creative and pseudo-random performance + share neural substrates\",\"analysis_name\":\"t0005\",\"study_year\":2012,\"authors\":\"de + Manzano O, Ullen F\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_eRbPx5RqRkgs\",\"note\":{\"included\":true},\"analysis\":\"eRbPx5RqRkgs\",\"study\":\"83wU4Laggabu\",\"study_name\":\"Goal-independent + mechanisms for free response generation: Creative and pseudo-random performance + share neural substrates\",\"analysis_name\":\"t0010\",\"study_year\":2012,\"authors\":\"de + Manzano O, Ullen F\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_SxwDFgbwdTUT\",\"note\":{\"included\":true},\"analysis\":\"SxwDFgbwdTUT\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Activations\",\"study_year\":2005,\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_6QHTHfoLyGw3\",\"note\":{\"included\":true},\"analysis\":\"6QHTHfoLyGw3\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Anterior cerebellum + activations\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; D. + Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_9N7JAP9kaq4L\",\"note\":{\"included\":true},\"analysis\":\"9N7JAP9kaq4L\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Activations-2\",\"study_year\":2005,\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_A6goQCV9WVAV\",\"note\":{\"included\":true},\"analysis\":\"A6goQCV9WVAV\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Anterior cerebellum + activations-2\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_p3zStp3ogdYh\",\"note\":{\"included\":true},\"analysis\":\"p3zStp3ogdYh\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Posterior cerebellum + activations\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; D. + Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_2LMVuzHWv6pV\",\"note\":{\"included\":true},\"analysis\":\"2LMVuzHWv6pV\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Activations-3\",\"study_year\":2005,\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_DB7SNoEKNypu\",\"note\":{\"included\":true},\"analysis\":\"DB7SNoEKNypu\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Anterior cerebellum + activations-3\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_b8CFr4gjeZZv\",\"note\":{\"included\":true},\"analysis\":\"b8CFr4gjeZZv\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Posterior cerebellum + activations-2\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_hpTXqs4rzn7Y\",\"note\":{\"included\":true},\"analysis\":\"hpTXqs4rzn7Y\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Activations-4\",\"study_year\":2005,\"authors\":\"L. + Parsons; J. Sergent; D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_hzc7MMUUZhPj\",\"note\":{\"included\":true},\"analysis\":\"hzc7MMUUZhPj\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Anterior cerebellum + activations-4\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_nZckHoaHvjQn\",\"note\":{\"included\":true},\"analysis\":\"nZckHoaHvjQn\",\"study\":\"8dnDgkL7BME2\",\"study_name\":\"The + brain basis of piano performance\",\"analysis_name\":\"Posterior cerebellum + activations-3\",\"study_year\":2005,\"authors\":\"L. Parsons; J. Sergent; + D. Hodges; P. Fox\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_7VjyxfMXkd8c\",\"note\":{\"included\":true},\"analysis\":\"7VjyxfMXkd8c\",\"study\":\"97dv4pLPbk2Z\",\"study_name\":\"A + network for audio-motor coordination in skilled pianists and non-musicians.\",\"analysis_name\":\"17378\",\"study_year\":2007,\"authors\":\"Baumann + S, Koeneke S, Schmidt CF, Meyer M, Lutz K, Jancke L\",\"publication\":\"Brain + research\"},{\"id\":\"ExiEeALEEvUb_Y3wQnr52aicS\",\"note\":{\"included\":true},\"analysis\":\"Y3wQnr52aicS\",\"study\":\"97dv4pLPbk2Z\",\"study_name\":\"A + network for audio-motor coordination in skilled pianists and non-musicians.\",\"analysis_name\":\"17379\",\"study_year\":2007,\"authors\":\"Baumann + S, Koeneke S, Schmidt CF, Meyer M, Lutz K, Jancke L\",\"publication\":\"Brain + research\"},{\"id\":\"ExiEeALEEvUb_azP9YALak6N5\",\"note\":{\"included\":true},\"analysis\":\"azP9YALak6N5\",\"study\":\"GwXfvRuHQZur\",\"study_name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"analysis_name\":\"26105\",\"study_year\":2013,\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"ExiEeALEEvUb_63uHPiwXg47p\",\"note\":{\"included\":true},\"analysis\":\"63uHPiwXg47p\",\"study\":\"GwXfvRuHQZur\",\"study_name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"analysis_name\":\"26106\",\"study_year\":2013,\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"ExiEeALEEvUb_7id2yof9rmx5\",\"note\":{\"included\":true},\"analysis\":\"7id2yof9rmx5\",\"study\":\"GwXfvRuHQZur\",\"study_name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"analysis_name\":\"26107\",\"study_year\":2013,\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"ExiEeALEEvUb_42wCogLU7bPT\",\"note\":{\"included\":true},\"analysis\":\"42wCogLU7bPT\",\"study\":\"GwXfvRuHQZur\",\"study_name\":\"Repetition + suppression in auditory-motor regions to pitch and temporal structure in + music.\",\"analysis_name\":\"26108\",\"study_year\":2013,\"authors\":\"Brown + RM, Chen JL, Hollinger A, Penhune VB, Palmer C, Zatorre RJ\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"ExiEeALEEvUb_4k7VcGe3v9sV\",\"note\":{\"included\":true},\"analysis\":\"4k7VcGe3v9sV\",\"study\":\"NhAstyUyyACW\",\"study_name\":\"Long-term + training-dependent representation of individual finger movements in the primary + motor cortex.\",\"analysis_name\":\"Table 1\",\"study_year\":2019,\"authors\":\"Kenji + Ogawa, Kaoru Mitsui, Fumihito Imai, Shuhei Nishida\",\"publication\":\"NeuroImage\"},{\"id\":\"ExiEeALEEvUb_6Xf8m7oZrEam\",\"note\":{\"included\":true},\"analysis\":\"6Xf8m7oZrEam\",\"study\":\"UkwBNqgwurqB\",\"study_name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"analysis_name\":\"20005\",\"study_year\":2015,\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"publication\":\"Cerebral + cortex (New York, N.Y. : 1991)\"},{\"id\":\"ExiEeALEEvUb_6M4FP5FMYfiT\",\"note\":{\"included\":true},\"analysis\":\"6M4FP5FMYfiT\",\"study\":\"UkwBNqgwurqB\",\"study_name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"analysis_name\":\"20006\",\"study_year\":2015,\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"publication\":\"Cerebral + cortex (New York, N.Y. : 1991)\"},{\"id\":\"ExiEeALEEvUb_5MveBMmpWRr7\",\"note\":{\"included\":true},\"analysis\":\"5MveBMmpWRr7\",\"study\":\"UkwBNqgwurqB\",\"study_name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"analysis_name\":\"20007\",\"study_year\":2015,\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"publication\":\"Cerebral + cortex (New York, N.Y. : 1991)\"},{\"id\":\"ExiEeALEEvUb_4Giqhsz9JPCX\",\"note\":{\"included\":true},\"analysis\":\"4Giqhsz9JPCX\",\"study\":\"UkwBNqgwurqB\",\"study_name\":\"Addressing + a Paradox: Dual Strategies for Creative Performance in Introspective and Extrospective + Networks.\",\"analysis_name\":\"20008\",\"study_year\":2015,\"authors\":\"Pinho + AL, Ullen F, Castelo-Branco M, Fransson P, de Manzano O\",\"publication\":\"Cerebral + cortex (New York, N.Y. : 1991)\"},{\"id\":\"ExiEeALEEvUb_qB4Q8XkocAiK\",\"note\":{\"included\":true},\"analysis\":\"qB4Q8XkocAiK\",\"study\":\"Z2BfJNL3tVMo\",\"study_name\":\"Musical + training induces functional and structural auditory\u2010motor network plasticity + in young adults\",\"analysis_name\":\"3\",\"study_year\":2018,\"authors\":\"Qiongling + Li; Xuetong Wang; Shaoyi Wang; Yongqi Xie; Xinwei Li; Yachao Xie; Shuyu Li\",\"publication\":\"Human + Brain Mapping\"},{\"id\":\"ExiEeALEEvUb_7tivwuSeZ8YE\",\"note\":{\"included\":true},\"analysis\":\"7tivwuSeZ8YE\",\"study\":\"ZXenVBbnvmbo\",\"study_name\":\"Aberrant + Cerebello-Cortical Connectivity in Pianists With Focal Task-Specific Dystonia.\",\"analysis_name\":\"Table + 3\",\"study_year\":2021,\"authors\":\"Kahori Kita, Shinichi Furuya, Rieko + Osu, Takashi Sakamoto, Takashi Hanakawa\",\"publication\":\"Cerebral cortex + (New York, N.Y. : 1991)\"},{\"id\":\"ExiEeALEEvUb_mkfbsBKCMXJ4\",\"note\":{\"included\":true},\"analysis\":\"mkfbsBKCMXJ4\",\"study\":\"caRPfyFpRY8R\",\"study_name\":\"Unlocking + the musical brain: A proof-of-concept study on playing the piano in MRI scanner + with naturalistic stimuli\",\"analysis_name\":\"Table 3\",\"study_year\":2023,\"authors\":\"Olszewska + AM; Dro\u017Adziel D; Gaca M; Kulesza A; Obr\u0119bski W; Kowalewski J; Widlarz + A; Marchewka A; Herman AM\",\"publication\":\"Heliyon\"},{\"id\":\"ExiEeALEEvUb_KU2HZcmytEWU\",\"note\":{\"included\":true},\"analysis\":\"KU2HZcmytEWU\",\"study\":\"caRPfyFpRY8R\",\"study_name\":\"Unlocking + the musical brain: A proof-of-concept study on playing the piano in MRI scanner + with naturalistic stimuli\",\"analysis_name\":\"Table 4\",\"study_year\":2023,\"authors\":\"Olszewska + AM; Dro\u017Adziel D; Gaca M; Kulesza A; Obr\u0119bski W; Kowalewski J; Widlarz + A; Marchewka A; Herman AM\",\"publication\":\"Heliyon\"},{\"id\":\"ExiEeALEEvUb_XswCNzTyw7tH\",\"note\":{\"included\":true},\"analysis\":\"XswCNzTyw7tH\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Whole brain analysis for positive parametric + modulation by stimulus quality.\",\"study_year\":2018,\"authors\":\"S. Bode; + Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; Carsten + Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_Y2DjLMpJLcYY\",\"note\":{\"included\":true},\"analysis\":\"Y2DjLMpJLcYY\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Whole brain analysis for negative parametric + modulation by stimulus quality.\",\"study_year\":2018,\"authors\":\"S. Bode; + Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; Carsten + Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_azvuUtxCT2dk\",\"note\":{\"included\":true},\"analysis\":\"azvuUtxCT2dk\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"High stimulus quality\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_xVSpciXeemUQ\",\"note\":{\"included\":true},\"analysis\":\"xVSpciXeemUQ\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Medium stimulus quality\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_anUSymgkqggH\",\"note\":{\"included\":true},\"analysis\":\"anUSymgkqggH\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Low stimulus quality\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_ZHa6sxNPx6Jh\",\"note\":{\"included\":true},\"analysis\":\"ZHa6sxNPx6Jh\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"High stimulus quality-2\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_xQNbQ8XrKZyC\",\"note\":{\"included\":true},\"analysis\":\"xQNbQ8XrKZyC\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Medium stimulus quality-2\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_cntaP8aiZtjF\",\"note\":{\"included\":true},\"analysis\":\"cntaP8aiZtjF\",\"study\":\"gMbXynPYBMh6\",\"study_name\":\"Dissociating + neural variability related to stimulus quality and response times in perceptual + decision-making\",\"analysis_name\":\"Low stimulus quality-2\",\"study_year\":2018,\"authors\":\"S. + Bode; Daniel Bennett; David K. Sewell; Bryan Paton; G. Egan; Philip L. Smith; + Carsten Murawski\",\"publication\":\"Neuropsychologia\"},{\"id\":\"ExiEeALEEvUb_6aQSVc6jP8ia\",\"note\":{\"included\":true},\"analysis\":\"6aQSVc6jP8ia\",\"study\":\"y8iiRk23Dz7G\",\"study_name\":\"Structural + neuroplasticity in expert pianists depends on the age of musical training + onset\",\"analysis_name\":\"t0015\",\"study_year\":2016,\"authors\":\"Vaquero + L, Hartmann K, Ripolles P, Rojo N, Sierpowska J, Francois C, Camara E, van + Vugt FT, Mohammadi B, Samii A, Munte TF, Rodriguez-Fornells A, Altenmuller + E\",\"publication\":\"NeuroImage\"}],\"source\":null,\"source_id\":null,\"source_updated_at\":null,\"note_keys\":{\"included\":{\"type\":\"boolean\",\"order\":0,\"default\":true}},\"metadata\":null,\"name\":\"Annotation + for studyset MYFAqDMNBryo\",\"description\":\"\"}\n" + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 07:08:21 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '45046' + status: + code: 200 + message: OK +version: 1 diff --git a/compose_runner/tests/cassettes/test_run/test_download_bundle_production_cached_snapshot_shape.yaml b/compose_runner/tests/cassettes/test_run/test_download_bundle_production_cached_snapshot_shape.yaml new file mode 100644 index 0000000..0d70bb6 --- /dev/null +++ b/compose_runner/tests/cassettes/test_run/test_download_bundle_production_cached_snapshot_shape.yaml @@ -0,0 +1,58319 @@ +interactions: +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/meta-analyses/mHtoV82Dmnm9?nested=true + response: + body: + string: '{"id": "mHtoV82Dmnm9", "created_at": "2026-03-02T19:49:57.014657+00:00", + "updated_at": "2026-03-02T19:55:10.219612+00:00", "user": "github|12564882", + "username": "James Kent", "name": "Cognitive Control in Older Adults MKDADensity + Meta Analysis: included", "description": "MKDADensity meta analysis with FDRCorrector", + "public": true, "provenance": null, "tags": [], "specification": {"id": "tXNgkY6fb3Wm", + "created_at": "2026-03-02T19:49:56.772285+00:00", "updated_at": null, "user": + "github|12564882", "username": "James Kent", "type": "CBMA", "estimator": + {"type": "MKDADensity", "args": {"null_method": "approximate", "n_iters": + 5000, "**kwargs": {}, "kernel__r": 10, "kernel__value": 1}}, "database_studyset": + null, "filter": "included", "corrector": {"type": "FDRCorrector", "args": + {"method": "indep", "alpha": 0.05}}, "conditions": [true], "weights": [1.0]}, + "neurostore_analysis": {"id": "sribktH2v6qm", "created_at": "2026-03-02T19:49:57.021704+00:00", + "updated_at": "2026-03-03T16:15:56.197291+00:00", "neurostore_id": "4ZWVtZhu6rEm", + "exception": null, "traceback": null, "status": "OK"}, "studyset": {"id": + "iTjiYLR4aWcs", "created_at": "2026-03-02T19:49:56.862301+00:00", "updated_at": + "2026-03-02T19:51:17.648888+00:00", "user": "github|12564882", "username": + "James Kent", "snapshot": {"snapshot": {"id": "n45qe4g5nrFw", "name": "Studyset + for Untitled", "user": "github|12564882", "description": "", "publication": + null, "doi": null, "pmid": null, "created_at": "2026-03-02T19:31:10.751165+00:00", + "updated_at": null, "studies": [{"id": "2v8wxmznWGtn", "created_at": "2025-12-04T07:43:25.954327+00:00", + "updated_at": null, "user": null, "name": "The Neurocognitive Basis for Impaired + Dual-Task Performance in Senior Fallers", "description": "Falls are a major + health-care concern, and while dual-task performance is widely recognized + as being impaired in those at-risk for falls, the underlying neurocognitive + mechanisms remain unknown. A better understanding of the underlying mechanisms + could lead to the refinement and development of behavioral, cognitive, or + neuropharmacological interventions for falls prevention. Therefore, we conducted + a cross-sectional study with community-dwelling older adults aged 70\u201380 + years with a history of falls (i.e., two or more falls in the past 12 months) + or no history of falls (i.e., zero falls in the past 12 months); n = 28 per + group. We compared functional activation during cognitive-based dual-task + performance between fallers and non-fallers using functional magnetic resonance + imaging (fMRI). Executive cognitive functioning was assessed via Stroop, Trail + Making, and Digit Span. Mobility was assessed via the Timed Up and Go test + (TUG). We found that non-fallers exhibited significantly greater functional + activation compared with fallers during dual-task performance in key regions + responsible for resolving dual-task interference, including precentral, postcentral, + and lingual gyri. Further, we report slower reaction times during dual-task + performance in fallers and significant correlations between level of functional + activation and independent measures of executive cognitive functioning and + mobility. Our study is the first neuroimaging study to examine dual-task performance + in fallers, and supports the notion that fallers have reduced functional brain + activation compared with non-fallers. Given that dual-task performance\u2014and + the underlying neural concomitants\u2014appears to be malleable with relevant + training, our study serves as a launching point for promising strategies to + reduce falls in the future.", "publication": "Frontiers in Aging Neuroscience", + "doi": "10.3389/fnagi.2016.00020", "pmid": "26903862", "authors": "L. Nagamatsu; + C. Liang Hsu; M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; P. Graf; + B. Beattie; T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; Hsu Cl; + Voss Mw; Chan A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose", + "year": 2016, "metadata": {"slug": "26903862-10-3389-fnagi-2016-00020-pmc4746244", + "source": "semantic_scholar", "keywords": ["aging neuroscience", "dual-task", + "fMRI", "fallers", "falls risk"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "27", "Year": "2015", "Month": "4", + "@PubStatus": "received"}, {"Day": "27", "Year": "2016", "Month": "1", "@PubStatus": + "accepted"}, {"Day": "24", "Hour": "6", "Year": "2016", "Month": "2", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "24", "Hour": "6", "Year": "2016", "Month": + "2", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "24", "Hour": "6", "Year": + "2016", "Month": "2", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2016", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "26903862", "@IdType": "pubmed"}, {"#text": "PMC4746244", + "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2016.00020", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Anstey K. J., von Sanden C., + Luszcz M. A. (2006). An 8-year prospective study of the relationship between + cognitive performance and falling in very old adults. J. Am. Geriatr. Soc. + 54, 1169\u20131176. 10.1111/j.1532-5415.2006.00813.x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/j.1532-5415.2006.00813.x", "@IdType": "doi"}, {"#text": + "16913981", "@IdType": "pubmed"}]}}, {"Citation": "Bellebaum C., Daum I. (2007). + Cerebellar involvement in executive control. Cerebellum 6, 184\u2013192. 10.1080/14734220601169707", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/14734220601169707", "@IdType": + "doi"}, {"#text": "17786814", "@IdType": "pubmed"}]}}, {"Citation": "Bherer + L., Kramer A. F., Peterson M., Colcombe S. J., Erickson K. I., Becic E. (2005). + Training effects on dual-task performance: are there age-related differences + in plasticity of attentional control? Psychol. Aging 20, 695\u2013709. 10.1037/0882-7974.20.4.695", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.20.4.695", "@IdType": + "doi"}, {"#text": "16420143", "@IdType": "pubmed"}]}}, {"Citation": "Boyd + L. A., Vidoni E. D., Siengsukon C. F., Wessel B. D. (2009). Manipulating time-to-plan + alters patterns of brain activation during the Fitts\u2019 task. Exp. Brain + Res. 194, 527\u2013539. 10.1007/s00221-009-1726-4", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00221-009-1726-4", "@IdType": "doi"}, {"#text": "19214489", + "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito M., Deouell L. Y., + Gazzaley A. (2003). Alterations in the BOLD fMRI signal with ageing and disease: + a challenge for neuroimaging. Nat. Rev. Neurosci. 4, 863\u2013872. 10.1038/nrn1246", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1246", "@IdType": "doi"}, + {"#text": "14595398", "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito + M., Detre J. A., Alsop D. C., Shin R. K., Atlas S., Grossman M. (1995). The + neural basis of the central executive system of working memory. Nature 378, + 279\u2013281. 10.1038/378279a0", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/378279a0", "@IdType": "doi"}, {"#text": "7477346", "@IdType": "pubmed"}]}}, + {"Citation": "Erickson K. I., Colcombe S. J., Wadhwa R., Bherer L., Peterson + M. S., Scalf P. E., et al. . (2007). Training-induced plasticity in older + adults: effects of training on hemispheric asymmetry. Neurobiol. Aging 28, + 272\u2013283. 10.1016/j.neurobiolaging.2005.12.012", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neurobiolaging.2005.12.012", "@IdType": "doi"}, {"#text": + "16480789", "@IdType": "pubmed"}]}}, {"Citation": "Faulkner K. A., Redfern + M. S., Cauley J. A., Landsittel D. F., Studenski S. A., Rosano C., et al. + . (2007). Multitasking: association between poorer performance and a history + of recurrent falls. J. Am. Geriatr. Soc. 55, 570\u2013576. 10.1111/j.1532-5415.2007.01147.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2007.01147.x", + "@IdType": "doi"}, {"#text": "17397436", "@IdType": "pubmed"}]}}, {"Citation": + "Folstein M. F., Folstein S. E., McHugh P. R. (1975). \u201cMini-mental state.\u201d + A practical method for grading the cognitive state of patients for the clinician. + J. Psychiatr. Res. 12, 189\u2013198. 10.1016/0022-3956(75)90026-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", "@IdType": "doi"}, + {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": "Gaudino E. A., + Geisler M. W., Squires N. K. (1995). Construct-validity in the trail making + test - what makes part-B harder. J. Clin. Exp. Neuropsychol. 17, 529\u2013535. + 10.1080/01688639508405143", "ArticleIdList": {"ArticleId": [{"#text": "10.1080/01688639508405143", + "@IdType": "doi"}, {"#text": "7593473", "@IdType": "pubmed"}]}}, {"Citation": + "Goodale M. A., Milner A. D. (1992). Separate visual pathways for perception + and action. Trends Neurosci. 15, 20\u201325. 10.1016/0166-2236(92)90344-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0166-2236(92)90344-8", + "@IdType": "doi"}, {"#text": "1374953", "@IdType": "pubmed"}]}}, {"Citation": + "Groll D. L., To T., Bombardier C., Wright J. G. (2005). The development of + a comorbidity index with physical function as the outcome. J. Clin. Epidemiol. + 58, 595\u2013602. 10.1016/j.jclinepi.2004.10.018", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.jclinepi.2004.10.018", "@IdType": "doi"}, {"#text": + "15878473", "@IdType": "pubmed"}]}}, {"Citation": "Holtzer R., Friedman R., + Lipton R. B., Katz M., Xue X., Verghese J. (2007). The relationship between + specific cognitive functions and falls in aging. Neuropsychology 21, 540\u2013548. + 10.1037/0894-4105.21.5.540", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0894-4105.21.5.540", + "@IdType": "doi"}, {"#text": "PMC3476056", "@IdType": "pmc"}, {"#text": "17784802", + "@IdType": "pubmed"}]}}, {"Citation": "Hsu C. L., Nagamatsu L. S., Davis J. + C., Liu-Ambrose T. (2012). Examining the relationship between specific cognitive + processes and falls risk in older adults: a systematic review. Osteoporos. + Int. 23, 2409\u20132424. 10.1007/s00198-012-1992-z", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00198-012-1992-z", "@IdType": "doi"}, {"#text": "PMC4476839", + "@IdType": "pmc"}, {"#text": "22638707", "@IdType": "pubmed"}]}}, {"Citation": + "Hsu C. L., Voss M. W., Handy T. C., Davis J. C., Nagamatsu L. S., Chan A., + et al. . (2014). Disruptions in brain networks of older fallers are associated + with subsequent cognitive decline: a 12-month prospective exploratory study. + PLoS One 9:e93673. 10.1371/journal.pone.0093673", "ArticleIdList": {"ArticleId": + [{"#text": "10.1371/journal.pone.0093673", "@IdType": "doi"}, {"#text": "PMC3977422", + "@IdType": "pmc"}, {"#text": "24699668", "@IdType": "pubmed"}]}}, {"Citation": + "Inouye S. K., Studenski S., Tinetti M. E., Kuchel G. A. (2007). Geriatric + syndromes: clinical, research and policy implications of a core geriatric + concept. J. Am. Geriatr. Soc. 55, 780\u2013791. 10.1111/j.1532-5415.2007.01156.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2007.01156.x", + "@IdType": "doi"}, {"#text": "PMC2409147", "@IdType": "pmc"}, {"#text": "17493201", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M. (2003). Fast, automated, + N-dimensional phase-unwrapping algorithm. Magn. Reson. Med. 49, 193\u2013197. + 10.1002/mrm.10354", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/mrm.10354", + "@IdType": "doi"}, {"#text": "12509838", "@IdType": "pubmed"}]}}, {"Citation": + "Jenkinson M., Smith S. (2001). A global optimisation method for robust affine + registration of brain images. Med. Image Anal. 5, 143\u2013156. 10.1016/s1361-8415(01)00036-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s1361-8415(01)00036-6", + "@IdType": "doi"}, {"#text": "11516708", "@IdType": "pubmed"}]}}, {"Citation": + "Jiang Y. (2004). Resolving dual-task interference: an fMRI study. Neuroimage + 22, 748\u2013754. 10.1016/j.neuroimage.2004.01.043", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2004.01.043", "@IdType": "doi"}, {"#text": + "15193603", "@IdType": "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Katarynych + L. A., Ashe M. C., Nagamatsu L. S., Hsu C. L. (2009). Dual-task gait performance + among community-dwelling senior women: the role of balance confidence and + executive functions. J. Gerontol. A Biol. Sci. Med. Sci. 64, 975\u2013982. + 10.1093/gerona/glp063", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/gerona/glp063", + "@IdType": "doi"}, {"#text": "19429702", "@IdType": "pubmed"}]}}, {"Citation": + "Liu-Ambrose T., Nagamatsu L. S., Leghari A., Handy T. C. (2008). Does impaired + cerebellar function contribute to risk of falls in seniors? A pilot study + using functional magnetic resonance imaging. J. Am. Geriatr. Soc. 56, 2153\u20132155. + 10.1111/j.1532-5415.2008.01984.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.1532-5415.2008.01984.x", "@IdType": "doi"}, {"#text": "19016955", + "@IdType": "pubmed"}]}}, {"Citation": "Lord S., Menz H. B., Tiedemann A. (2003). + A physiological profile approach to falls-risk assessment and prevention. + Phys. Ther. 83, 237\u2013252.", "ArticleIdList": {"ArticleId": {"#text": "12620088", + "@IdType": "pubmed"}}}, {"Citation": "Lundin-Olsson L., Nyberg L., Gustafson + Y. (1997). \u201cStops walking when talking\u201d as a predictor of falls + in elderly people. Lancet 349:617. 10.1016/s0140-6736(97)24009-2", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/s0140-6736(97)24009-2", "@IdType": "doi"}, + {"#text": "9057736", "@IdType": "pubmed"}]}}, {"Citation": "Miyake A., Friedman + N. P., Emerson M. J., Witzki A. H., Howerter A., Wager T. D. (2000). The unity + and diversity of executive functions and their contributions to complex \u201cfrontal + lobe\u201d tasks: a latent variable analysis. Cogn. Psychol. 41, 49\u2013100. + 10.1006/cogp.1999.0734", "ArticleIdList": {"ArticleId": [{"#text": "10.1006/cogp.1999.0734", + "@IdType": "doi"}, {"#text": "10945922", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Boyd L. A., Hsu C. L., Handy T. C., Liu-Ambrose T. (2013a). + Overall reductions in functional brain activation are associated with falls + in older adults: an fMRI study. Front. Aging Neurosci. 5:91. 10.3389/fnagi.2013.00091", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2013.00091", "@IdType": + "doi"}, {"#text": "PMC3867665", "@IdType": "pmc"}, {"#text": "24391584", "@IdType": + "pubmed"}]}}, {"Citation": "Nagamatsu L. S., Munkacsy M., Liu-Ambrose T., + Handy T. C. (2013b). Altered visual-spatial attention to task-irrelevant information + is associated with falls risk in older adults. Neuropsychologia 51, 3025\u20133032. + 10.1016/j.neuropsychologia.2013.10.002", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2013.10.002", "@IdType": "doi"}, {"#text": "PMC4318690", + "@IdType": "pmc"}, {"#text": "24436970", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Carolan P., Liu-Ambrose T., Handy T. C. (2009). Are impairments + in visual-spatial attention a critical factor for increased falls risk in + seniors? An event-related potential study. Neuropsychologia 47, 2749\u20132755. + 10.1016/j.neuropsychologia.2009.05.022", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2009.05.022", "@IdType": "doi"}, {"#text": "PMC3448564", + "@IdType": "pmc"}, {"#text": "19501605", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Voss M., Neider M. B., Gaspar J. G., Handy T. C., Kramer + A. F., et al. . (2011). Increased cognitive load leads to impaired mobility + decisions in seniors at risk for falls. Psychol. Aging 26, 253\u2013259. 10.1037/a0022929", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0022929", "@IdType": "doi"}, + {"#text": "PMC3123036", "@IdType": "pmc"}, {"#text": "21463063", "@IdType": + "pubmed"}]}}, {"Citation": "Nasreddine Z. S., Phillips N. A., B\u00e9dirian + V., Charbonneau S., Whitehead V., Collin I., et al. . (2005). The Montreal + Cognitive Assessment, MoCA: a brief screening tool for mild cognitive impairment. + J. Am. Geriatr. Soc. 53, 695\u2013699. 10.1111/j.1532-5415.2005.53221.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2005.53221.x", + "@IdType": "doi"}, {"#text": "15817019", "@IdType": "pubmed"}]}}, {"Citation": + "Podsiadlo D., Richardson S. (1991). The timed \u201cUp and Go\u201d: a test + of basic functional mobility for frail elderly persons. J. Am. Geriatr. Soc. + 39, 142\u2013148. 10.1111/j.1532-5415.1991.tb01616.x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/j.1532-5415.1991.tb01616.x", "@IdType": "doi"}, {"#text": + "1991946", "@IdType": "pubmed"}]}}, {"Citation": "Powell L., Myers A. (1995). + The Activities-Specific Confidence (ABC) scale. J. Gerontol. A Biol. Sci. + Med. Sci. 50A, M28\u2013M34. 10.1093/gerona/50A.1.M28", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/gerona/50A.1.M28", "@IdType": "doi"}, {"#text": "7814786", + "@IdType": "pubmed"}]}}, {"Citation": "Schubert T., Szameitat A. J. (2003). + Functional neuroanatomy of interference in overlapping dual tasks: an fMRI + study. Brain Res. Cogn. Brain Res. 17, 733\u2013746. 10.1016/s0926-6410(03)00198-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0926-6410(03)00198-8", + "@IdType": "doi"}, {"#text": "14561459", "@IdType": "pubmed"}]}}, {"Citation": + "Shumway-Cook A., Woollacott M., Kerns K. A., Baldwin M. (1997). The effects + of two types of cognitive tasks on postural stability in older adults with + and without a history of falls. J. Gerontol. A Biol. Sci. Med. Sci. 52A, M232\u2013M240. + 10.1093/gerona/52a.4.m232", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/gerona/52a.4.m232", + "@IdType": "doi"}, {"#text": "9224435", "@IdType": "pubmed"}]}}, {"Citation": + "Springer S., Giladi N., Peretz C., Yogev G., Simon E. S., Hausdorff J. M. + (2006). Dual-tasking effects on gait variability: the role of aging, falls + and executive function. Mov. Disord. 21, 950\u2013957. 10.1002/mds.20848", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/mds.20848", "@IdType": + "doi"}, {"#text": "16541455", "@IdType": "pubmed"}]}}, {"Citation": "Stroop + J. R. (1935). Studies of interference in serial verbal reactions. J. Exp. + Psychol. 18, 643\u2013662. 10.1037/h0054651", "ArticleIdList": {"ArticleId": + {"#text": "10.1037/h0054651", "@IdType": "doi"}}}, {"Citation": "Timmann D., + Daum I. (2007). Cerebellar contributions to cognitive functions: a progress + report after two decades of research. Cerebellum 6, 159\u2013162. 10.1080/14734220701496448", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/14734220701496448", "@IdType": + "doi"}, {"#text": "17786810", "@IdType": "pubmed"}]}}, {"Citation": "Verghese + J., Buschke H., Viola L., Katz M., Hall C., Kuslansky G., et al. . (2002). + Validity of divided attention tasks in predicting falls in older individuals: + a preliminary study. J. Am. Geriatr. Soc. 50, 1572\u20131576. 10.1046/j.1532-5415.2002.50415.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1046/j.1532-5415.2002.50415.x", + "@IdType": "doi"}, {"#text": "12383157", "@IdType": "pubmed"}]}}, {"Citation": + "Wechsler D. (1981). Wechsler Adult Intelligence Scale\u2013Revised. San Antonio, + TX: Psychological Corp, Harcourt Brace Jovanovich."}, {"Citation": "Worsley + K. J., Evans A. C., Marrett S., Neelin P. (1992). A three-dimensional statistical + analysis for CBF activation studies in human brain. J. Cereb. Blood Flow Metab. + 12, 900\u2013918. 10.1038/jcbfm.1992.127", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/jcbfm.1992.127", "@IdType": "doi"}, {"#text": "1400644", + "@IdType": "pubmed"}]}}, {"Citation": "Yesavage J. A. (1988). Geriatric depression + scale. Psychopharmacol. Bull. 24, 709\u2013711.", "ArticleIdList": {"ArticleId": + {"#text": "3249773", "@IdType": "pubmed"}}}, {"Citation": "Zheng J. J., Delbaere + K., Close J. C., Sachdev P. S., Lord S. R. (2011). Impact of white matter + lesions on physical functioning and fall risk in older people: a systematic + review. Stroke 42, 2086\u20132090. 10.1161/STROKEAHA.110.610360", "ArticleIdList": + {"ArticleId": [{"#text": "10.1161/STROKEAHA.110.610360", "@IdType": "doi"}, + {"#text": "21636821", "@IdType": "pubmed"}]}}, {"Citation": "Zheng J. J., + Delbaere K., Close J. C., Sachdev P., Wen W., Brodaty H., et al. . (2012). + White matter hyperintensities are an independent predictor of physical decline + in community-dwelling older people. Gerontology 58, 398\u2013406. 10.1159/000337815", + "ArticleIdList": {"ArticleId": [{"#text": "10.1159/000337815", "@IdType": + "doi"}, {"#text": "22614074", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "26903862", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers + in aging neuroscience", "JournalIssue": {"Volume": "8", "PubDate": {"Year": + "2016"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, + "Abstract": {"AbstractText": "Falls are a major health-care concern, and while + dual-task performance is widely recognized as being impaired in those at-risk + for falls, the underlying neurocognitive mechanisms remain unknown. A better + understanding of the underlying mechanisms could lead to the refinement and + development of behavioral, cognitive, or neuropharmacological interventions + for falls prevention. Therefore, we conducted a cross-sectional study with + community-dwelling older adults aged 70-80 years with a history of falls (i.e., + two or more falls in the past 12 months) or no history of falls (i.e., zero + falls in the past 12 months); n = 28 per group. We compared functional activation + during cognitive-based dual-task performance between fallers and non-fallers + using functional magnetic resonance imaging (fMRI). Executive cognitive functioning + was assessed via Stroop, Trail Making, and Digit Span. Mobility was assessed + via the Timed Up and Go test (TUG). We found that non-fallers exhibited significantly + greater functional activation compared with fallers during dual-task performance + in key regions responsible for resolving dual-task interference, including + precentral, postcentral, and lingual gyri. Further, we report slower reaction + times during dual-task performance in fallers and significant correlations + between level of functional activation and independent measures of executive + cognitive functioning and mobility. Our study is the first neuroimaging study + to examine dual-task performance in fallers, and supports the notion that + fallers have reduced functional brain activation compared with non-fallers. + Given that dual-task performance-and the underlying neural concomitants-appears + to be malleable with relevant training, our study serves as a launching point + for promising strategies to reduce falls in the future."}, "Language": "eng", + "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Lindsay S", "Initials": "LS", "LastName": "Nagamatsu", "AffiliationInfo": + {"Affiliation": "Department of Psychology, University of British Columbia + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "C Liang", "Initials": + "CL", "LastName": "Hsu", "AffiliationInfo": {"Affiliation": "Department of + Physical Therapy, University of British ColumbiaVancouver, BC, Canada; Djavad + Mowafaghian Centre for Brain Health, University of British ColumbiaVancouver, + BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Michelle W", "Initials": "MW", + "LastName": "Voss", "AffiliationInfo": {"Affiliation": "Department of Psychology, + University of Iowa Iowa City, IA, USA."}}, {"@ValidYN": "Y", "ForeName": "Alison", + "Initials": "A", "LastName": "Chan", "AffiliationInfo": {"Affiliation": "Department + of Physical Therapy, University of British Columbia Vancouver, BC, Canada."}}, + {"@ValidYN": "Y", "ForeName": "Niousha", "Initials": "N", "LastName": "Bolandzadeh", + "AffiliationInfo": {"Affiliation": "Faculty of Medicine, University of British + Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Todd C", + "Initials": "TC", "LastName": "Handy", "AffiliationInfo": {"Affiliation": + "Department of Psychology, University of British Columbia Vancouver, BC, Canada."}}, + {"@ValidYN": "Y", "ForeName": "Peter", "Initials": "P", "LastName": "Graf", + "AffiliationInfo": {"Affiliation": "Department of Psychology, University of + British Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": + "B Lynn", "Initials": "BL", "LastName": "Beattie", "AffiliationInfo": {"Affiliation": + "Division of Geriatric Medicine, Faculty of Medicine, University of British + Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Teresa", + "Initials": "T", "LastName": "Liu-Ambrose", "AffiliationInfo": {"Affiliation": + "Department of Physical Therapy, University of British ColumbiaVancouver, + BC, Canada; Djavad Mowafaghian Centre for Brain Health, University of British + ColumbiaVancouver, BC, Canada."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "20", "MedlinePgn": "20"}, "ArticleDate": {"Day": "09", "Year": "2016", "Month": + "02", "@DateType": "Electronic"}, "ELocationID": [{"#text": "20", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2016.00020", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "The Neurocognitive Basis for Impaired + Dual-Task Performance in Senior Fallers.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "30", + "Year": "2020", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "aging neuroscience", "@MajorTopicYN": "N"}, {"#text": "dual-task", + "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": + "fallers", "@MajorTopicYN": "N"}, {"#text": "falls risk", "@MajorTopicYN": + "N"}]}, "DateCompleted": {"Day": "23", "Year": "2016", "Month": "02"}, "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": + "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2016, + "title": "The Neurocognitive Basis for Impaired Dual-Task Performance in Senior + Fallers", "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": + "L. Nagamatsu", "authorId": "1918816"}, {"name": "C. Liang Hsu", "authorId": + "51324321"}, {"name": "M. Voss", "authorId": "2437622"}, {"name": "Alison + Chan", "authorId": "38507293"}, {"name": "Niousha Bolandzadeh", "authorId": + "2097089"}, {"name": "T. Handy", "authorId": "2544303"}, {"name": "P. Graf", + "authorId": "48649734"}, {"name": "B. Beattie", "authorId": "33729461"}, {"name": + "T. Liu-Ambrose", "authorId": "1398171534"}, {"name": "Jean Mariani", "authorId": + "2066116913"}, {"name": "G. Kemoun", "authorId": "2084300407"}, {"name": "Nagamatsu + Ls", "authorId": "2232580421"}, {"name": "Hsu Cl", "authorId": "65776362"}, + {"name": "Voss Mw", "authorId": "74611115"}, {"name": "Chan A", "authorId": + "2259649773"}, {"name": "Bolandzadeh N", "authorId": "2232580702"}, {"name": + "Handy Tc", "authorId": "2232580671"}, {"name": "P. Graf", "authorId": "48649734"}, + {"name": "Beattie Bl", "authorId": "79872318"}, {"name": "Liu-Ambrose", "authorId": + "2099348299"}], "paperId": "6b84f155639f0c0b85a4e7c4b473d61932952f47", "abstract": + "Falls are a major health-care concern, and while dual-task performance is + widely recognized as being impaired in those at-risk for falls, the underlying + neurocognitive mechanisms remain unknown. A better understanding of the underlying + mechanisms could lead to the refinement and development of behavioral, cognitive, + or neuropharmacological interventions for falls prevention. Therefore, we + conducted a cross-sectional study with community-dwelling older adults aged + 70\u201380 years with a history of falls (i.e., two or more falls in the past + 12 months) or no history of falls (i.e., zero falls in the past 12 months); + n = 28 per group. We compared functional activation during cognitive-based + dual-task performance between fallers and non-fallers using functional magnetic + resonance imaging (fMRI). Executive cognitive functioning was assessed via + Stroop, Trail Making, and Digit Span. Mobility was assessed via the Timed + Up and Go test (TUG). We found that non-fallers exhibited significantly greater + functional activation compared with fallers during dual-task performance in + key regions responsible for resolving dual-task interference, including precentral, + postcentral, and lingual gyri. Further, we report slower reaction times during + dual-task performance in fallers and significant correlations between level + of functional activation and independent measures of executive cognitive functioning + and mobility. Our study is the first neuroimaging study to examine dual-task + performance in fallers, and supports the notion that fallers have reduced + functional brain activation compared with non-fallers. Given that dual-task + performance\u2014and the underlying neural concomitants\u2014appears to be + malleable with relevant training, our study serves as a launching point for + promising strategies to reduce falls in the future.", "isOpenAccess": true, + "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2016.00020/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC4746244, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2016-02-09"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T07:44:42.028106+00:00", "analyses": + [{"id": "ZKR2mKJ8p36L", "user": null, "name": "Significant clusters for non-fallers + > fallers, dual-task > single-task", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Significant clusters for non-fallers + > fallers, dual-task > single-task.", "conditions": [], "weights": [], "points": + [{"id": "vMvt8KiFVzZL", "coordinates": [-36.0, -16.0, 64.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 4.26}]}, {"id": "8wHc5BVywHi2", "coordinates": [10.0, -50.0, 2.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.83}]}, {"id": "VyLEhYLauzoF", "coordinates": [-30.0, 58.0, + 22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.57}]}, {"id": "9tbeFo8xrZXU", "coordinates": [-50.0, + -18.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.53}]}, {"id": "ypMxrdJQMfon", "coordinates": + [-4.0, -4.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.37}]}, {"id": "dPKTzPUavp7v", "coordinates": + [44.0, -22.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.31}]}, {"id": "5k72KoJBa4pq", "coordinates": + [20.0, -24.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.29}]}, {"id": "k2aTbGn9vWFG", "coordinates": + [42.0, -20.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.26}]}, {"id": "yyrZGKB6xgGg", "coordinates": + [58.0, 2.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.25}]}, {"id": "EAPQEfXZpUaH", "coordinates": + [60.0, -26.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.1}]}, {"id": "emvVGMaSd2U4", "coordinates": + [-8.0, -82.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.81}]}, {"id": "Q3RkpRDuXpYf", "coordinates": + [-12.0, -80.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.57}]}, {"id": "ePGyg2X7Uefs", "coordinates": + [-26.0, -82.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.36}]}, {"id": "k2LHoJ7Mt8B2", "coordinates": + [30.0, -76.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.0}]}, {"id": "foLsioiHdgMP", "coordinates": + [-4.0, -72.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.85}]}], "images": []}, {"id": "cLwh6sBRF3yS", + "user": null, "name": "Dual-task", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Significant clusters for non-fallers + > fallers, single-task and dual-task separately.", "conditions": [], "weights": + [], "points": [{"id": "fEbGYUGuuFHe", "coordinates": [-36.0, -18.0, 64.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.41}]}, {"id": "J5555ppBkUTV", "coordinates": [-34.0, -42.0, + -20.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.35}]}, {"id": "wWojsmWAAsse", "coordinates": [-30.0, + 58.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.24}]}, {"id": "Ma69vEg4k57p", "coordinates": + [8.0, -46.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.21}]}, {"id": "pS2iB5viMuqT", "coordinates": + [-64.0, -42.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.01}]}], "images": []}, {"id": "6FrhK4nNtqqA", + "user": null, "name": "Single-task", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Significant clusters for non-fallers + > fallers, single-task and dual-task separately.", "conditions": [], "weights": + [], "points": [{"id": "yg3Y4KZ3KDUn", "coordinates": [-6.0, -66.0, 62.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.25}]}, {"id": "F4oxcoNKUfAk", "coordinates": [-4.0, -50.0, + 78.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.24}]}, {"id": "7eGgctJfSavU", "coordinates": [2.0, + -68.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.07}]}, {"id": "wx4wmUT8GT8R", "coordinates": + [20.0, -74.0, 62.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.0}]}, {"id": "Wq2uc2BjCjXJ", "coordinates": + [-10.0, -20.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.9}]}], "images": []}]}, {"id": "5MhvfutjuBXP", + "created_at": "2022-06-02T17:12:09.250150+00:00", "updated_at": "2024-03-21T20:00:15.112537+00:00", + "user": null, "name": "Load modulation of BOLD response and connectivity predicts + working memory performance in younger and older adults.", "description": "Individual + differences in working memory (WM) performance have rarely been related to + individual differences in the functional responsivity of the WM brain network. + By neglecting person-to-person variation, comparisons of network activity + between younger and older adults using functional imaging techniques often + confound differences in activity with age trends in WM performance. Using + functional magnetic resonance imaging, we investigated the relations among + WM performance, neural activity in the WM network, and adult age using a parametric + letter n-back task in 30 younger adults (21-31 years) and 30 older adults + (60-71 years). Individual differences in the WM network''s responsivity to + increasing task difficulty were related to WM performance, with a more responsive + BOLD signal predicting greater WM proficiency. Furthermore, individuals with + higher WM performance showed greater change in connectivity between left dorsolateral + prefrontal cortex and left premotor cortex across load. We conclude that a + more responsive WM network contributes to higher WM performance, regardless + of adult age. Our results support the notion that individual differences in + WM performance are important to consider when studying the WM network, particularly + in age-comparative studies.", "publication": "Journal of cognitive neuroscience", + "doi": "10.1162/jocn.2010.21560", "pmid": "20828302", "authors": "Nagel IE, + Preuschhof C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR", "year": + 2011, "metadata": null, "source": "neurosynth", "source_id": "20828302", "source_updated_at": + null, "analyses": [{"id": "3qatbKAbjyiG", "user": null, "name": "25869", "metadata": + null, "description": null, "conditions": [], "weights": [], "points": [{"id": + "3F2MBUyvbCdj", "coordinates": [54.0, -46.0, -12.0], "kind": "unknown", "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "5hSt8DhJ2wp4", + "coordinates": [-34.0, 20.0, 22.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "6bWUSPTEfxKo", "coordinates": + [2.0, -80.0, -20.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "7oHwdmPC9pwN", "coordinates": [50.0, 26.0, 30.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "7vidRHAQXNUh", "coordinates": [40.0, -40.0, 44.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "7xDSMgutWMLz", + "coordinates": [-2.0, -34.0, 6.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "r52eKnrcBsKE", "coordinates": + [-10.0, 6.0, 52.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}, {"id": "fyAmbYQZrmAe", "user": null, + "name": "25867", "metadata": null, "description": null, "conditions": [], + "weights": [], "points": [{"id": "57JqxYbhtwvX", "coordinates": [42.0, 32.0, + 30.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "5DRvA3eNgHeC", "coordinates": [28.0, 50.0, 18.0], "kind": + "unknown", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "5vHAitSV3U65", "coordinates": [-42.0, 32.0, 24.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "6i2gVPKuwvBY", + "coordinates": [38.0, 16.0, 4.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "6sbbziyiAnTb", "coordinates": + [-46.0, 6.0, 32.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "8LLhSoKRZMLg", "coordinates": [-40.0, -48.0, + 44.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "DQFV3z6gVrwm", "coordinates": [-42.0, 20.0, 2.0], "kind": + "unknown", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "Skz3Jg3CRepp", "coordinates": [36.0, -48.0, 48.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "V9v4P4mSeXTu", + "coordinates": [50.0, 6.0, 26.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "rUKw7v8x58fN", "coordinates": + [-34.0, 50.0, 12.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}, {"id": "35vLK2wSUarM", "user": null, + "name": "25868", "metadata": null, "description": null, "conditions": [], + "weights": [], "points": [{"id": "3JRvGwXnQEBX", "coordinates": [4.0, -82.0, + -18.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "3Rxr85JdoWKk", "coordinates": [-6.0, 34.0, 24.0], "kind": + "unknown", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "5NWguQo3qvwf", "coordinates": [8.0, 22.0, 42.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "5YoMw8N2EMM4", + "coordinates": [-18.0, 8.0, 60.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "72XX5cWxNxJi", "coordinates": + [28.0, -68.0, 52.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "7KAbfVaFTKMg", "coordinates": [36.0, 24.0, -2.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "CVbG9LiSGi66", "coordinates": [-56.0, -50.0, -10.0], "kind": + "unknown", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "uYhehfRaSUyT", "coordinates": [8.0, -70.0, 44.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}]}, {"id": "5VCqwQyW423m", "created_at": "2025-12-03T19:18:17.138872+00:00", + "updated_at": null, "user": null, "name": "Stronger right hemisphere functional + connectivity supports executive aspects of language in older adults", "description": + "Healthy older adults commonly report increased difficulties with language + production. This could reflect decline in the language network, or age-related + declines in other cognitive abilities that support language production, such + as executive function. To examine this possibility, we conducted a whole-brain + resting-state functional connectivity (RSFC) analysis in older and younger + adults using two seed regions-the left posterior superior temporal gyrus and + left inferior frontal gyrus. Whole-brain connectivities were then correlated + with Stroop task performance to investigate the relationship between RSFC + and executive function. We found that overall, younger adults had stronger + RSFC than older adults. Moreover, in older, but not younger, adults stronger + RSFC between left IFG and right hemisphere executive function regions correlated + with better Stroop performance. This suggests that stronger RSFC among older + adults between left IFG and right hemisphere regions may serve a compensatory + function.", "publication": "Brain and Language", "doi": "10.1016/j.bandl.2020.104771", + "pmid": "32289553", "authors": "Victoria H. Gertel; Haoyun Zhang; Michele + T. Diaz", "year": 2020, "metadata": {"slug": "32289553-10-1016-j-bandl-2020-104771-pmc7754257", + "source": "semantic_scholar", "keywords": ["Aging", "Executive function", + "Language production", "Resting-state functional connectivity"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "30", "Year": + "2019", "Month": "8", "@PubStatus": "received"}, {"Day": "21", "Year": "2019", + "Month": "12", "@PubStatus": "revised"}, {"Day": "3", "Year": "2020", "Month": + "2", "@PubStatus": "accepted"}, {"Day": "15", "Hour": "6", "Year": "2020", + "Month": "4", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "2", "Hour": + "6", "Year": "2021", "Month": "3", "Minute": "0", "@PubStatus": "medline"}, + {"Day": "15", "Hour": "6", "Year": "2020", "Month": "4", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "1", "Year": "2021", "Month": "7", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "32289553", "@IdType": "pubmed"}, + {"#text": "NIHMS1583813", "@IdType": "mid"}, {"#text": "PMC7754257", "@IdType": + "pmc"}, {"#text": "10.1016/j.bandl.2020.104771", "@IdType": "doi"}, {"#text": + "S0093-934X(20)30030-4", "@IdType": "pii"}]}, "ReferenceList": {"Reference": + [{"Citation": "Acheson DJ, Wells JB, & MacDonald MC (2008). New and updated + tests of print exposure and reading abilities in college students. Behavior + research methods, 40(1), 278\u2013289.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3022331", "@IdType": "pmc"}, {"#text": "18411551", "@IdType": "pubmed"}]}}, + {"Citation": "Agcaoglu O, Miller R, Mayer AR, Hugdahl K, & Calhoun VD (2015). + Lateralization of resting state networks and relationship to age and gender. + Neuroimage, 104, 310\u2013325. doi:10.1016/j.neuroimage.2014.09.001", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.09.001", "@IdType": "doi"}, + {"#text": "PMC4252729", "@IdType": "pmc"}, {"#text": "25241084", "@IdType": + "pubmed"}]}}, {"Citation": "Alexander M, Stuss D, & Fansabedian N (2003). + California Verbal Learning Test: performance by patients with focal frontal + and non-frontal lesions. Brain, 126(6), 1493\u20131503.", "ArticleIdList": + {"ArticleId": {"#text": "12764068", "@IdType": "pubmed"}}}, {"Citation": "Alvarez + JA, & Emory E (2006). Executive function and the frontal lobes: a meta-analytic + review. Neuropsychol Rev, 16(1), 17\u201342. doi:10.1007/s11065-006-9002-x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11065-006-9002-x", "@IdType": + "doi"}, {"#text": "16794878", "@IdType": "pubmed"}]}}, {"Citation": "Andrews-Hanna, + Snyder AZ, Vincent JL, Lustig C, Head D, Raichle ME, & Buckner RL (2007). + Disruption of large-scale brain systems in advanced aging. Neuron, 56(5), + 924\u2013935. doi:10.1016/j.neuron.2007.10.038", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuron.2007.10.038", "@IdType": "doi"}, {"#text": "PMC2709284", + "@IdType": "pmc"}, {"#text": "18054866", "@IdType": "pubmed"}]}}, {"Citation": + "Bach M (1996). The Freiburg Visual Acuity Test-automatic measurement of visual + acuity. Optometry and vision science, 73(1), 49\u201353.", "ArticleIdList": + {"ArticleId": {"#text": "8867682", "@IdType": "pubmed"}}}, {"Citation": "Banich + MT, Milham MP, Atchley RA, Cohen NJ, Webb A, Wszalek T, Kramer AF, Liang Z-P, + Barad V, & Gullett D (2000). Prefrontal regions play a predominant role in + imposing an attentional \u2018set\u2019: evidence from fMRI. Cognitive Brain + Research, 10(1\u20132), 1\u20139.", "ArticleIdList": {"ArticleId": {"#text": + "10978687", "@IdType": "pubmed"}}}, {"Citation": "Benjamini Y, & Hochberg + Y (1995). Controlling the false discovery rate: A practical and powerful approach + to multiple testing. Journal of the Royal statistical society: series B (Methodological), + 57(1), 289\u2013300."}, {"Citation": "Biswal B, Yetkin FZ, Haughton VM, & + Hyde JS (1995). Functional connectivity in the motor cortex of resting human + brain using echo-planar MRI. Magn Reson Med, 34(4), 537\u2013541.", "ArticleIdList": + {"ArticleId": {"#text": "8524021", "@IdType": "pubmed"}}}, {"Citation": "Buckner + RL (2004). Memory and executive function in aging and AD: Multiple factors + that cause decline and reserve factors that compensate. Neuron, 44(1), 195\u2013208. + doi:10.1016/j.neuron.2004.09.006", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuron.2004.09.006", "@IdType": "doi"}, {"#text": "15450170", "@IdType": + "pubmed"}]}}, {"Citation": "Burke DM, & Light LL (1981). Memory and aging: + The role of retrieval processes. Psychol Bull, 90(3), 513\u2013546. doi:10.1037/0033-2909.90.3.513", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0033-2909.90.3.513", "@IdType": + "doi"}, {"#text": "7302054", "@IdType": "pubmed"}]}}, {"Citation": "Burke + DM, MacKay DG, & James LE (2000). Theoretical approaches to language and aging."}, + {"Citation": "Burke DM, MacKay DG, Worthley JS, & Wade E (1991). On the tip + of the tongue: What causes word finding failures in young and older adults? + Journal of Memory and Language, 30(5), 542\u2013579.doi:10.1016/0749-596X(91)90026-G", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/0749-596X(91)90026-G", "@IdType": + "doi"}}}, {"Citation": "Burke DM, & Shafto MA (2004). Aging and language production. + Current Directions in Psychological Science, 13(1), 21\u201324. doi:10.1111/j.0963-7214.2004.01301006.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.0963-7214.2004.01301006.x", + "@IdType": "doi"}, {"#text": "PMC2293308", "@IdType": "pmc"}, {"#text": "18414600", + "@IdType": "pubmed"}]}}, {"Citation": "Burke DM, & Shafto MA (2008). Language + and aging In Craik F & Salthouse T (Eds.), The handbook of aging and cognition + (Vol. 3, pp. 373\u2013443)."}, {"Citation": "Bush G, Whalen PJ, Rosen BR, + Jenike MA, McInerney SC, & Rauch SL (1998). The counting Stroop: an interference + task specialized for functional neuroimaging\u2014validation study with functional + MRI. Hum Brain Mapp, 6(4), 270\u2013282.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC6873370", "@IdType": "pmc"}, {"#text": "9704265", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R (2002). Hemispheric asymmetry reduction + in older adults: The HAROLD model. Psychology and Aging, 17(1), 85\u2013100. + doi:10.1037/0882-7974.17.1.85", "ArticleIdList": {"ArticleId": [{"#text": + "10.1037/0882-7974.17.1.85", "@IdType": "doi"}, {"#text": "11931290", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R, Albert M, Belleville S, Craik FI, Duarte + A, Grady CL, Lindenberger U, Nyberg L, Park DC, & Reuter-Lorenz PA (2018). + Maintenance, reserve and compensation: the cognitive neuroscience of healthy + ageing. Nature Reviews Neuroscience, 1.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6472256", "@IdType": "pmc"}, {"#text": "30305711", "@IdType": "pubmed"}]}}, + {"Citation": "Chan MY, Park DC, Savalia NK, Petersen SE, & Wig GS (2014). + Decreased segregation of brain systems across the healthy adult lifespan. + Proceedings of the National Academy of Sciences, 111(46), E4997. doi:10.1073/pnas.1415122111", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1415122111", "@IdType": + "doi"}, {"#text": "PMC4246293", "@IdType": "pmc"}, {"#text": "25368199", "@IdType": + "pubmed"}]}}, {"Citation": "Clark J (1924). The Ishihara test for color blindness. + American Journal of Physiological Optics."}, {"Citation": "Craik FIM (1994). + Memory changes in normal aging. Current Directions in Psychological Science, + 3(5), 155\u2013158. doi:10.1111/1467-8721.ep10770653", "ArticleIdList": {"ArticleId": + {"#text": "10.1111/1467-8721.ep10770653", "@IdType": "doi"}}}, {"Citation": + "Davey CE, Grayden DB, Egan GF, & Johnston LA (2013). Filtering induces correlation + in fMRI resting state data. Neuroimage, 64, 728\u2013740.", "ArticleIdList": + {"ArticleId": {"#text": "22939874", "@IdType": "pubmed"}}}, {"Citation": "Davis + SW, Zhuang J, Wright P, & Tyler LK (2014). Age-related sensitivity to task-related + modulation of language-processing networks. Neuropsychologia, 63, 107\u2013115. + doi:10.1016/j.neuropsychologia.2014.08.017", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuropsychologia.2014.08.017", "@IdType": "doi"}, {"#text": + "PMC4410794", "@IdType": "pmc"}, {"#text": "25172389", "@IdType": "pubmed"}]}}, + {"Citation": "Dennis NA, & Cabeza R (2011). Neuroimaging of healthy cognitive + aging The handbook of aging and cognition (pp. 10\u201363): Psychology Press."}, + {"Citation": "Desikan RS, S\u00e9gonne F, Fischl B, Quinn BT, Dickerson BC, + Blacker D, Buckner RL, Dale AM, Maguire RP, Hyman BT, Albert MS, & Killiany + RJ (2006). An automated labeling system for subdividing the human cerebral + cortex on MRI scans into gyral based regions of interest. Neuroimage, 31(3), + 968\u2013980. doi:10.1016/j.neuroimage.2006.01.021", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2006.01.021", "@IdType": "doi"}, {"#text": + "16530430", "@IdType": "pubmed"}]}}, {"Citation": "Ferre P, Benhajali Y, Steffener + J, Stern Y, Joanette Y, & Bellec P (2019). Resting-state and Vocabulary Tasks + Distinctively Inform On Age-Related Differences in the Functional Brain Connectome. + Lang Cogn Neurosci, 34(8), 949\u2013972. doi:10.1080/23273798.2019.1608072", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/23273798.2019.1608072", + "@IdType": "doi"}, {"#text": "PMC6711486", "@IdType": "pmc"}, {"#text": "31457069", + "@IdType": "pubmed"}]}}, {"Citation": "Folstein MF, Folstein SE, & McHugh + PR (1975). \u201cMini-mental state\u201d. A practical method for grading the + cognitive state of patients for the clinician. J Psychiatr Res, 12(3), 189\u2013198.", + "ArticleIdList": {"ArticleId": {"#text": "1202204", "@IdType": "pubmed"}}}, + {"Citation": "Genovese CR, Lazar NA, & Nichols T (2002). Thresholding of statistical + maps in functional neuroimaging using the false discovery rate. Neuroimage, + 15(4), 870\u2013878.", "ArticleIdList": {"ArticleId": {"#text": "11906227", + "@IdType": "pubmed"}}}, {"Citation": "Gohel SR, & Biswal BB (2015). Functional + integration between brain regions at rest occurs in multiple-frequency bands. + Brain connectivity, 5(1), 23\u201334.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC4313418", "@IdType": "pmc"}, {"#text": "24702246", "@IdType": "pubmed"}]}}, + {"Citation": "Graves WW, Grabowski TJ, Mehta S, & Gordon JK (2007). A neural + signature of phonological access: Distinguishing the effects of word frequency + from familiarity and length in overt picture naming. Journal of Cognitive + Neuroscience, 19(4), 617\u2013631.", "ArticleIdList": {"ArticleId": {"#text": + "17381253", "@IdType": "pubmed"}}}, {"Citation": "Grill-Spector K, Kourtzi + Z, & Kanwisher N (2001). The lateral occipital complex and its role in object + recognition. Vision Research, 41(10), 1409\u20131422. doi:10.1016/S0042-6989(01)00073-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0042-6989(01)00073-6", + "@IdType": "doi"}, {"#text": "11322983", "@IdType": "pubmed"}]}}, {"Citation": + "Hallquist MN, Hwang K, & Luna B (2013). The nuisance of nuisance regression: + spectral misspecification in a common approach to resting-state fMRI preprocessing + reintroduces noise and obscures functional connectivity. Neuroimage, 82, 208\u2013225.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3759585", "@IdType": "pmc"}, + {"#text": "23747457", "@IdType": "pubmed"}]}}, {"Citation": "Hasher L, & Zacks + RT (1988). Working memory, comprehension, and aging: A review and a new view + In Gordon HB (Ed.), Psychology of Learning and Motivation (Vol. Volume 22, + pp. 193\u2013225): Academic Press."}, {"Citation": "Hoffman P (2018). An individual + differences approach to semantic cognition: Divergent effects of age on representation, + retrieval and selection. Scientific Reports, 8(1), 8145.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC5970266", "@IdType": "pmc"}, {"#text": "29802344", + "@IdType": "pubmed"}]}}, {"Citation": "Hu S, Ide JS, Zhang S, & Chiang-shan + RL (2016). The right superior frontal gyrus and individual variation in proactive + control of impulsive response. Journal of Neuroscience, 36(50), 12688\u201312696.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5157110", "@IdType": "pmc"}, + {"#text": "27974616", "@IdType": "pubmed"}]}}, {"Citation": "Huettel SA, Song + AW, & McCarthy G (2004). Functional magnetic resonance imaging (Vol. 1): Sinauer + Associates Sunderland, MA."}, {"Citation": "Hummert, Garstka, Ryan, & Bonnesen. + (2004). The role of age stereotypes in interpersonal communication. Handbook + of Communication and Aging Research, 2, 91\u2013114."}, {"Citation": "Kemper + S, Herman RE, & Lian CH (2003). The costs of doing two things at once for + young and older adults: Talking while walking, finger tapping, and ignoring + speech of noise. Psychology and Aging, 18(2), 181.", "ArticleIdList": {"ArticleId": + {"#text": "12825768", "@IdType": "pubmed"}}}, {"Citation": "Kemper S, Thompson + M, & Marquis J (2001). Longitudinal change in language production: Effects + of aging and dementia on grammatical complexity and propositional content. + Psychology and Aging, 16(4), 600.", "ArticleIdList": {"ArticleId": {"#text": + "11766915", "@IdType": "pubmed"}}}, {"Citation": "Krieger-Redwood K, Wang + H-T, Poerio G, Martinon LM, Riby LM, Smallwood J, & Jefferies E (2019). Reduced + semantic control in older adults is linked to intrinsic DMN connectivity. + Neuropsychologia, 107133.", "ArticleIdList": {"ArticleId": {"#text": "31278908", + "@IdType": "pubmed"}}}, {"Citation": "Li S-C, & Lindenberger U (1999). Cross-level + unification: A computational exploration of the link between deterioration + of neurotransmitter systems and dedifferentiation of cognitive abilities in + old age Cognitive neuroscience of memory (pp. 103\u2013146): Hogrefe & Huber."}, + {"Citation": "Lustig C, Hasher L, & Zacks RT (2007). Inhibitory deficit theory: + Recent developments in a \u201cnew view\u201d. Inhibition in cognition, 17, + 145\u2013162."}, {"Citation": "MacKay DG, & James LE (2004). Sequencing, speech + production, and selective effects of aging on phonological and morphological + speech errors. Psychology and Aging, 19(1), 93.", "ArticleIdList": {"ArticleId": + {"#text": "15065934", "@IdType": "pubmed"}}}, {"Citation": "Mechelli A, Humphreys + GW, Mayall K, Olson A, & Price CJ (2000). Differential effects of word length + and visual contrast in the fusiform and lingual gyri during. Proceedings of + the Royal Society of London. Series B: Biological Sciences, 267(1455), 1909\u20131913.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1690747", "@IdType": "pmc"}, + {"#text": "11052544", "@IdType": "pubmed"}]}}, {"Citation": "Mir\u00f3-Padilla + A, Bueichek\u00fa E, Ventura-Campos N, Palomar-Garc\u00eda M-\u00c1, & \u00c1vila + C (2017). Functional connectivity in resting state as a phonemic fluency ability + measure. Neuropsychologia, 97, 98\u2013103. doi:10.1016/j.neuropsychologia.2017.02.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2017.02.009", + "@IdType": "doi"}, {"#text": "28202336", "@IdType": "pubmed"}]}}, {"Citation": + "Ossher L, Flegal KE, & Lustig C (2013). Everyday memory errors in older adults. + Aging, Neuropsychology, and Cognition, 20(2), 220\u2013242.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3443516", "@IdType": "pmc"}, {"#text": "22694275", + "@IdType": "pubmed"}]}}, {"Citation": "Park DC, & Bischof GN (2013). The aging + mind: Neuroplasticity in response to cognitive training. Dialogues in clinical + neuroscience, 15(1), 109.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3622463", + "@IdType": "pmc"}, {"#text": "23576894", "@IdType": "pubmed"}]}}, {"Citation": + "Park DC, Lautenschlager G, Hedden T, Davidson NS, Smith AD, & Smith PK (2002). + Models of visuospatial and verbal memory across the adult life span. Psychology + and Aging, 17(2), 299\u2013320.", "ArticleIdList": {"ArticleId": {"#text": + "12061414", "@IdType": "pubmed"}}}, {"Citation": "Park DC, & Reuter-Lorenz + P (2009). The adaptive brain: Aging and neurocognitive scaffolding. Annual + Review of Psychology, 60, 173\u2013196.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", "@IdType": "pubmed"}]}}, + {"Citation": "Psychology Software Tools, I. (2012). E-Prime (Version 2.0)."}, + {"Citation": "Rogers WA (2000). Attention and aging Cognitive aging: A primer. + (pp. 57\u201373). New York, NY, US: Psychology Press."}, {"Citation": "Rosazza + C, & Minati L (2011). Resting-state brain networks: Literature review and + clinical applications. Neurological Sciences, 32(5), 773\u2013785. doi:10.1007/s10072-011-0636-y", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s10072-011-0636-y", "@IdType": + "doi"}, {"#text": "21667095", "@IdType": "pubmed"}]}}, {"Citation": "Sala-Llonch + R, Bartr\u00e9s-Faz D, & Junqu\u00e9 C (2015). Reorganization of brain networks + in aging: A review of functional connectivity studies. Frontiers in Psychology, + 6, 663.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4439539", "@IdType": + "pmc"}, {"#text": "26052298", "@IdType": "pubmed"}]}}, {"Citation": "Salthouse + TA (2010). Selective review of cognitive aging. Journal of the International + Neuropsychological Society : JINS, 16(5), 754\u2013760. doi:10.1017/S1355617710000706", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1355617710000706", "@IdType": + "doi"}, {"#text": "PMC3637655", "@IdType": "pmc"}, {"#text": "20673381", "@IdType": + "pubmed"}]}}, {"Citation": "Shafto MA, & Tyler LK (2014). Language in the + aging brain: The network dynamics of cognitive decline and preservation. Science, + 346(6209), 583\u2013587. doi:10.1126/science.1254404", "ArticleIdList": {"ArticleId": + [{"#text": "10.1126/science.1254404", "@IdType": "doi"}, {"#text": "25359966", + "@IdType": "pubmed"}]}}, {"Citation": "Sowell, Thompson PM, Tessner KD, & + Toga AW (2001). Mapping continued brain growth and gray matter density reduction + in dorsal frontal cortex: Inverse relationships during postadolescent brain + maturation. Journal of Neuroscience, 21(22), 8819\u20138829.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6762261", "@IdType": "pmc"}, {"#text": "11698594", + "@IdType": "pubmed"}]}}, {"Citation": "Stamatakis EA, Shafto MA, Williams + G, Tam P, & Tyler LK (2011). White matter changes and word finding failures + with increasing age. PloS one, 6(1), e14496.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3017545", "@IdType": "pmc"}, {"#text": "21249127", "@IdType": + "pubmed"}]}}, {"Citation": "Thompson-Schill SL, D\u2019Esposito M, Aguirre + GK, & Farah MJ (1997). Role of left inferior prefrontal cortex in retrieval + of semantic knowledge: A reevaluation. Proceedings of the National Academy + of Sciences, 94(26), 14792\u201314797.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC25116", "@IdType": "pmc"}, {"#text": "9405692", "@IdType": "pubmed"}]}}, + {"Citation": "Tian L, Ren J, & Zang Y (2012). Regional homogeneity of resting + state fMRI signals predicts Stop signal task performance. Neuroimage, 60(1), + 539\u2013544. doi:10.1016/j.neuroimage.2011.11.098", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2011.11.098", "@IdType": "doi"}, {"#text": + "22178814", "@IdType": "pubmed"}]}}, {"Citation": "Tomasi D, & Volkow ND (2012). + Aging and functional brain networks. Molecular psychiatry, 17(5), 549.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3193908", "@IdType": "pmc"}, {"#text": "21727896", + "@IdType": "pubmed"}]}}, {"Citation": "Tombaugh TN, Kozak J, & Rees L (1999). + Normative data stratified by age and education for two measures of verbal + fluency: FAS and animal naming. Archives of Clinical Neuropsychology, 14(2), + 167\u2013177. doi:10.1093/arclin/14.2.167", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/arclin/14.2.167", "@IdType": "doi"}, {"#text": "14590600", + "@IdType": "pubmed"}]}}, {"Citation": "Troutman SBW, & Diaz MT (2019). White + matter disconnection is related to age-related phonological deficits. Brain + Imaging and Behavior. doi:10.1007/s11682-019-00086-8", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s11682-019-00086-8", "@IdType": "doi"}, {"#text": "PMC7034773", + "@IdType": "pmc"}, {"#text": "30937829", "@IdType": "pubmed"}]}}, {"Citation": + "Van Dijk KR, Hedden T, Venkataraman A, Evans KC, Lazar SW, & Buckner RL (2010). + Intrinsic functional connectivity as a tool for human connectomics: Theory, + properties, and optimization. J Neurophysiol, 103(1), 297\u2013321. doi:10.1152/jn.00783.2009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1152/jn.00783.2009", "@IdType": + "doi"}, {"#text": "PMC2807224", "@IdType": "pmc"}, {"#text": "19889849", "@IdType": + "pubmed"}]}}, {"Citation": "Wechsler D (1997) Wechsler adult intelligence + scale - III. New York: Psychological Corporation."}, {"Citation": "Whitfield-Gabrieli + S, & Nieto-Castanon A (2012). Conn: a functional connectivity toolbox for + correlated and anticorrelated brain networks. Brain connectivity, 2(3), 125\u2013141.", + "ArticleIdList": {"ArticleId": {"#text": "22642651", "@IdType": "pubmed"}}}, + {"Citation": "Wierenga CE, Benjamin M, Gopinath K, Perlstein WM, Leonard CM, + Rothi LJG, Conway T, Cato MA, Briggs R, & Crosson B (2008). Age-related changes + in word retrieval: Role of bilateral frontal and subcortical networks. Neurobiology + of Aging, 29(3), 436\u2013451. doi:10.1016/j.neurobiolaging.2006.10.024", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2006.10.024", + "@IdType": "doi"}, {"#text": "17147975", "@IdType": "pubmed"}]}}, {"Citation": + "Wilson SM, Isenberg AL, & Hickok G (2009). Neural correlates of word production + stages delineated by parametric modulation of psycholinguistic variables. + Hum Brain Mapp, 30(11), 3596\u20133608.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC2767422", "@IdType": "pmc"}, {"#text": "19365800", "@IdType": "pubmed"}]}}, + {"Citation": "Yesavage JA, Brink TL, Rose TL, Lum O, Huang V, Adey M, & Leirer + VO (1982). Development and validation of a geriatric depression screening + scale: a preliminary report. J Psychiatr Res, 17(1), 37\u201349.", "ArticleIdList": + {"ArticleId": {"#text": "7183759", "@IdType": "pubmed"}}}, {"Citation": "Zhang + H, Eppes A, Beatty-Mart\u00ednez A, Navarro-Torres C, & Diaz MT (2018). Task + difficulty modulates brain-behavior correlations in language production and + cognitive control: Behavioral and fMRI evidence from a phonological go/no-go + picture-naming paradigm. Cognitive, Affective, & Behavioral Neuroscience, + 18(5), 964\u2013981. doi:10.3758/s13415-018-0616-2", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13415-018-0616-2", "@IdType": "doi"}, {"#text": "PMC6301137", + "@IdType": "pmc"}, {"#text": "29923097", "@IdType": "pubmed"}]}}, {"Citation": + "Zhang H, Eppes A, & Diaz MT (2019). Task difficulty modulates age-related + differences in the behavioral and neural bases of language production. Neuropsychologia, + 124, 254\u2013273. doi:10.1016/j.neuropsychologia.2018.11.017", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2018.11.017", "@IdType": + "doi"}, {"#text": "PMC6392062", "@IdType": "pmc"}, {"#text": "30513288", "@IdType": + "pubmed"}]}}, {"Citation": "Zhu L, Fan Y, Zou Q, Wang J, Gao J-H, & Niu Z + (2014). Temporal reliability and lateralization of the resting-state language + network. PloS one, 9(1), e85880.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3901661", "@IdType": "pmc"}, {"#text": "24475058", "@IdType": "pubmed"}]}}, + {"Citation": "Zou Q, Ross TJ, Gu H, Geng X, Zuo X-N, Hong LE, Gao J-H, Stein + EA, Zang Y-F, & Yang Y (2013). Intrinsic resting-state activity predicts working + memory brain activation and behavioral performance. Hum Brain Mapp, 34(12), + 3204\u20133215. doi:10.1002/hbm.22136", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.22136", "@IdType": "doi"}, {"#text": "PMC6870161", "@IdType": + "pmc"}, {"#text": "22711376", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "32289553", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "1090-2155", "@IssnType": "Electronic"}, "Title": "Brain and language", + "JournalIssue": {"Volume": "206", "PubDate": {"Year": "2020", "Month": "Jul"}, + "@CitedMedium": "Internet"}, "ISOAbbreviation": "Brain Lang"}, "Abstract": + {"AbstractText": "Healthy older adults commonly report increased difficulties + with language production. This could reflect decline in the language network, + or age-related declines in other cognitive abilities that support language + production, such as executive function. To examine this possibility, we conducted + a whole-brain resting-state functional connectivity (RSFC) analysis in older + and younger adults using two seed regions-the left posterior superior temporal + gyrus and left inferior frontal gyrus. Whole-brain connectivities were then + correlated with Stroop task performance to investigate the relationship between + RSFC and executive function. We found that overall, younger adults had stronger + RSFC than older adults. Moreover, in older, but not younger, adults stronger + RSFC between left IFG and right hemisphere executive function regions correlated + with better Stroop performance. This suggests that stronger RSFC among older + adults between left IFG and right hemisphere regions may serve a compensatory + function.", "CopyrightInformation": "Copyright \u00a9 2020. Published by Elsevier + Inc."}, "Language": "eng", "@PubModel": "Print-Electronic", "GrantList": {"Grant": + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "R01 AG034138"}, "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Victoria H", "Initials": "VH", "LastName": "Gertel", "AffiliationInfo": + {"Affiliation": "Department of Psychology, The Pennsylvania State University, + USA."}}, {"@ValidYN": "Y", "ForeName": "Haoyun", "Initials": "H", "LastName": + "Zhang", "AffiliationInfo": {"Affiliation": "Social, Life, and Engineering + Sciences Imaging Center, The Pennsylvania State University, USA."}}, {"@ValidYN": + "Y", "ForeName": "Michele T", "Initials": "MT", "LastName": "Diaz", "AffiliationInfo": + {"Affiliation": "Department of Psychology, The Pennsylvania State University, + USA; Social, Life, and Engineering Sciences Imaging Center, The Pennsylvania + State University, USA. Electronic address: mtd143@psu.edu."}}], "@CompleteYN": + "Y"}, "Pagination": {"StartPage": "104771", "MedlinePgn": "104771"}, "ArticleDate": + {"Day": "11", "Year": "2020", "Month": "04", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.bandl.2020.104771", "@EIdType": "doi", "@ValidYN": "Y"}, + {"#text": "S0093-934X(20)30030-4", "@EIdType": "pii", "@ValidYN": "Y"}], "ArticleTitle": + "Stronger right hemisphere functional connectivity supports executive aspects + of language in older adults.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D052061", "#text": + "Research Support, N.I.H., Extramural"}, {"@UI": "D013485", "#text": "Research + Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "02", "Year": "2021", + "Month": "07"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Executive function", "@MajorTopicYN": + "N"}, {"#text": "Language production", "@MajorTopicYN": "N"}, {"#text": "Resting-state + functional connectivity", "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": + "01", "Year": "2021", "Month": "03"}, "CitationSubset": "IM", "@IndexingMethod": + "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D000293", "#text": "Adolescent", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000379", "#text": "methods", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D056344", "#text": "Executive Function", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D007839", "#text": "Functional Laterality", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D007802", "#text": "Language", + "@MajorTopicYN": "Y"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", + "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", + "#text": "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", + "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": + "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D009415", "#text": "Nerve Net", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D057190", "#text": "Stroop Test", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "Netherlands", "MedlineTA": "Brain Lang", "ISSNLinking": "0093-934X", + "NlmUniqueID": "7506220"}}}, "semantic_scholar": {"year": 2020, "title": "Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults", "venue": "Brain and Language", "authors": [{"name": "Victoria + H. Gertel", "authorId": "1415197167"}, {"name": "Haoyun Zhang", "authorId": + "2570593"}, {"name": "Michele T. Diaz", "authorId": "40190223"}], "paperId": + "83571f06f996feaf99cc9d3e821bbceb1d558725", "abstract": null, "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7754257", + "status": "GREEN", "license": null, "disclaimer": "Notice: Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.bandl.2020.104771?email= + or https://doi.org/10.1016/j.bandl.2020.104771, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2020-04-10"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T19:22:32.348312+00:00", "analyses": [{"id": "ZJw5UnpcLA3Q", "user": + null, "name": "Older > Younger", "metadata": {"table": {"table_number": 3, + "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Coordinates for regions with + significant RSFC to the left pSTG from the seed-to-voxel analysis.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "ouuQz2VUFuSP", "user": + null, "name": "Age group X RSFC interaction on Stroop effect score", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Coordinates for regions with + significant RSFC to the left pSTG from the seed-to-voxel analysis.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "WUFsoXB9AZ43", "user": + null, "name": "Younger > Older", "metadata": {"table": {"table_number": 3, + "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Coordinates for regions with + significant RSFC to the left pSTG from the seed-to-voxel analysis.", "conditions": + [], "weights": [], "points": [{"id": "g9kHhSvQP5X9", "coordinates": [0.0, + 60.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.22}]}, {"id": "PRBeu3XdUy7q", "coordinates": + [-2.0, 62.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "mCeMzLDmAxsz", "coordinates": + [4.0, 62.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.59}]}, {"id": "SJwyvwuohqb5", "coordinates": + [18.0, 42.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.97}]}, {"id": "de87nfUNHTwo", "coordinates": + [-54.0, -24.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.57}]}, {"id": "HuVD2q4EnxoY", "coordinates": + [-62.0, -23.0, -5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.55}]}, {"id": "YW8NYYFznq7z", "coordinates": + [-54.0, -28.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.25}]}, {"id": "k6k7kcwc7Asg", "coordinates": + [-2.0, -36.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.31}]}, {"id": "okqNCUCjgV9X", "coordinates": + [-54.0, -68.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.79}]}], "images": []}, {"id": "6seuYrrV8VeB", + "user": null, "name": "Younger\u00063> Older", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "t0020", "table_label": "Table 4", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020_coordinates.csv"}, + "original_table_id": "t0020"}, "table_metadata": {"table_id": "t0020", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020_coordinates.csv"}, + "sanitized_table_id": "t0020"}, "description": "Coordinates for regions with + significant RSFC to the left IFG, pars triangularis from the seed-to-voxel + analysis.", "conditions": [], "weights": [], "points": [{"id": "mkTx7n4ADH5p", + "coordinates": [56.0, -22.0, -22.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.68}]}, {"id": + "hUZrFWnUmkB4", "coordinates": [60.0, -32.0, -14.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.72}]}, {"id": "LF83mw8GUWcb", "coordinates": [-56.0, -38.0, -24.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.26}]}, {"id": "NqfMoaUGniCc", "coordinates": [-55.0, -36.0, + -15.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.73}]}, {"id": "g5FccYj5st7Q", "coordinates": [-54.0, + -45.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.22}]}, {"id": "pUqZ6j8PcZXu", "coordinates": + [58.0, -48.0, -28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.63}]}, {"id": "L5hjYkH63D42", "coordinates": + [54.0, -46.0, -29.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.29}]}, {"id": "RtSbCmgXKf2f", "coordinates": + [36.0, -60.0, -56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.35}]}, {"id": "nj8hZvXiQZGi", "coordinates": + [42.0, -72.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.74}]}, {"id": "59kbJt8oCCYj", "coordinates": + [-42.0, -84.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.51}]}, {"id": "sSiHkrMiwXNt", "coordinates": + [-7.0, -92.0, -17.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.96}]}, {"id": "3RfUuGQz8yTW", "coordinates": + [-5.0, -88.0, -17.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.56}]}, {"id": "hiNG7cXGNFWd", "coordinates": + [12.0, -94.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.42}]}, {"id": "9R7gnxq5kUsV", "coordinates": + [-14.0, -102.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.27}]}], "images": []}, {"id": "W8ZHSveVYgyT", + "user": null, "name": "Stroop correlation: all participants", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Coordinates for regions with + significant RSFC to the left pSTG from the seed-to-voxel analysis.", "conditions": + [], "weights": [], "points": [{"id": "3n6opAnu7xxj", "coordinates": [50.0, + -30.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": -4.27}]}, {"id": "TJc28hFR9Pu6", "coordinates": + [49.0, -27.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -3.81}]}], "images": []}]}, {"id": + "5utnj7FPQZYn", "created_at": "2025-12-04T23:20:00.250601+00:00", "updated_at": + null, "user": null, "name": "Differential effects of age on subcomponents + of response inhibition", "description": "Inhibitory deficits contribute to + cognitive decline in the aging brain. Separating subcomponents of response + inhibition may help to resolve contradictions in the existing literature. + A total of 49 healthy participants underwent functional magnetic resonance + imaging (fMRI) while performing a Go/no-go-, a Simon-, and a Stop-signal task. + Regression analyses were conducted to identify correlations of age and activation + patterns. Imaging results revealed a differential effect of age on subcomponents + of response inhibition. In a simple Go/no-go task (no spatial discrimination), + aging was associated with increased activation of the core inhibitory network + and parietal areas. In the Simon task, which required spatial discrimination, + increased activation in additional inhibitory control regions was present. + However, in the Stop-signal task, the most demanding of the three tasks, aging + was associated with decreased activation. This suggests that older adults + increasingly recruit the inhibitory network and, with increasing load, additional + inhibitory regions. However, if inhibitory load exceeds compensatory capacity, + performance declines in concert with decreasing activation. Thus, the present + findings may refine current theories of cognitive aging.", "publication": + "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2013.03.013", "pmid": + "23591131", "authors": "Alexandra Sebastian; Alexandra Sebastian; C. Baldermann; + B. Feige; M. Katzev; E. Scheller; B. Hellwig; K. Lieb; C. Weiller; O. T\u00fcscher; + S. Kl\u00f6ppel", "year": 2013, "metadata": {"slug": "23591131-10-1016-j-neurobiolaging-2013-03-013", + "source": "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "15", "Year": "2012", "Month": "10", "@PubStatus": + "received"}, {"Day": "4", "Year": "2013", "Month": "3", "@PubStatus": "revised"}, + {"Day": "11", "Year": "2013", "Month": "3", "@PubStatus": "accepted"}, {"Day": + "18", "Hour": "6", "Year": "2013", "Month": "4", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "18", "Hour": "6", "Year": "2013", "Month": "4", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "18", "Hour": "6", "Year": "2014", "Month": + "1", "Minute": "0", "@PubStatus": "medline"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "23591131", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2013.03.013", + "@IdType": "doi"}, {"#text": "S0197-4580(13)00113-9", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "23591131", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Issue": "9", "Volume": "34", "PubDate": {"Year": + "2013", "Month": "Sep"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol + Aging"}, "Abstract": {"AbstractText": "Inhibitory deficits contribute to cognitive + decline in the aging brain. Separating subcomponents of response inhibition + may help to resolve contradictions in the existing literature. A total of + 49 healthy participants underwent functional magnetic resonance imaging (fMRI) + while performing a Go/no-go-, a Simon-, and a Stop-signal task. Regression + analyses were conducted to identify correlations of age and activation patterns. + Imaging results revealed a differential effect of age on subcomponents of + response inhibition. In a simple Go/no-go task (no spatial discrimination), + aging was associated with increased activation of the core inhibitory network + and parietal areas. In the Simon task, which required spatial discrimination, + increased activation in additional inhibitory control regions was present. + However, in the Stop-signal task, the most demanding of the three tasks, aging + was associated with decreased activation. This suggests that older adults + increasingly recruit the inhibitory network and, with increasing load, additional + inhibitory regions. However, if inhibitory load exceeds compensatory capacity, + performance declines in concert with decreasing activation. Thus, the present + findings may refine current theories of cognitive aging.", "CopyrightInformation": + "Copyright \u00a9 2013 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "A", "Initials": "A", "LastName": "Sebastian", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry and Psychotherapy, Johannes-Gutenberg-University + Mainz, Mainz, Germany."}}, {"@ValidYN": "Y", "ForeName": "C", "Initials": + "C", "LastName": "Baldermann"}, {"@ValidYN": "Y", "ForeName": "B", "Initials": + "B", "LastName": "Feige"}, {"@ValidYN": "Y", "ForeName": "M", "Initials": + "M", "LastName": "Katzev"}, {"@ValidYN": "Y", "ForeName": "E", "Initials": + "E", "LastName": "Scheller"}, {"@ValidYN": "Y", "ForeName": "B", "Initials": + "B", "LastName": "Hellwig"}, {"@ValidYN": "Y", "ForeName": "K", "Initials": + "K", "LastName": "Lieb"}, {"@ValidYN": "Y", "ForeName": "C", "Initials": "C", + "LastName": "Weiller"}, {"@ValidYN": "Y", "ForeName": "O", "Initials": "O", + "LastName": "T\u00fcscher"}, {"@ValidYN": "Y", "ForeName": "S", "Initials": + "S", "LastName": "Kl\u00f6ppel"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "2193", "StartPage": "2183", "MedlinePgn": "2183-93"}, "ArticleDate": {"Day": + "13", "Year": "2013", "Month": "04", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2013.03.013", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(13)00113-9", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Differential effects of age on subcomponents of response + inhibition.", "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", + "#text": "Journal Article"}, {"@UI": "D013485", "#text": "Research Support, + Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "10", "Year": "2019", "Month": + "12"}, "DateCompleted": {"Day": "17", "Year": "2014", "Month": "01"}, "CitationSubset": + "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, {"@UI": + "Q000523", "#text": "psychology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000473", "#text": "pathology", "@MajorTopicYN": "Y"}, {"@UI": "Q000503", + "#text": "physiopathology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": + "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": + "Q000209", "#text": "etiology", "@MajorTopicYN": "Y"}, {"@UI": "Q000523", + "#text": "psychology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D003072", + "#text": "Cognition Disorders", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D007266", "#text": "Inhibition, Psychological", "@MajorTopicYN": + "Y"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D009483", + "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2013, + "title": "Differential effects of age on subcomponents of response inhibition", + "venue": "Neurobiology of Aging", "authors": [{"name": "Alexandra Sebastian", + "authorId": "145133800"}, {"name": "Alexandra Sebastian", "authorId": "145133800"}, + {"name": "C. Baldermann", "authorId": "49671583"}, {"name": "B. Feige", "authorId": + "2394186"}, {"name": "M. Katzev", "authorId": "4888950"}, {"name": "E. Scheller", + "authorId": "47051894"}, {"name": "B. Hellwig", "authorId": "2407084"}, {"name": + "K. Lieb", "authorId": "143925839"}, {"name": "C. Weiller", "authorId": "2183987"}, + {"name": "O. T\u00fcscher", "authorId": "3227220"}, {"name": "S. Kl\u00f6ppel", + "authorId": "144225920"}], "paperId": "3f839709f45c0fd63d9576d446437ce6addbc325", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2013.03.013?email= + or https://doi.org/10.1016/j.neurobiolaging.2013.03.013, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2013-09-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T23:22:20.768935+00:00", "analyses": + [{"id": "MGXSRi86UzXJ", "user": null, "name": "Go/no-go", "metadata": {"table": + {"table_number": 3, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Regression analysis with age + as covariate", "conditions": [], "weights": [], "points": [{"id": "oyFjnGqgKK5o", + "coordinates": [27.0, -30.0, 60.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 3.27}]}, {"id": + "5SYRVxAJBPjE", "coordinates": [-18.0, -30.0, 60.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.24}]}, {"id": "vVXMn3zinuY8", "coordinates": [-12.0, -57.0, 54.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.23}]}], "images": []}, {"id": "6VjtVmzisTHc", "user": null, + "name": "Stop-signal", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "tbl3", "table_label": "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Regression analysis with age + as covariate", "conditions": [], "weights": [], "points": [{"id": "qqTZJ244t4go", + "coordinates": [-57.0, -48.0, 42.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.04}]}, {"id": + "Kb9rXpdSu7oK", "coordinates": [-9.0, -36.0, 63.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.82}]}, {"id": "M6jiudWYwrme", "coordinates": [-15.0, -39.0, 33.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.62}]}, {"id": "vqExfDFxSU3Y", "coordinates": [57.0, -33.0, + 33.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.85}]}, {"id": "Q8rAjVV9AAKW", "coordinates": [45.0, + -6.0, 9.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.59}]}, {"id": "DqTGmjngts3q", "coordinates": + [48.0, -54.0, 45.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.39}]}, {"id": "iMVbfrh7vriB", "coordinates": + [30.0, 15.0, -18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.39}]}, {"id": "aSgrGHmykavG", "coordinates": + [39.0, -3.0, 3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.25}]}], "images": []}, {"id": "zYTkfTuTTLPQ", + "user": null, "name": "Common activations during successful inhibition in + all three tasks", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl2", "table_label": "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Common activations during successful + inhibition in all three tasks", "conditions": [], "weights": [], "points": + [{"id": "H3dfXjcQJhtt", "coordinates": [48.0, -42.0, 42.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 6.41}]}, {"id": "cuib4Kez5wM4", "coordinates": [60.0, -45.0, 6.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.68}]}, {"id": "ZP8H6FNjq8cK", "coordinates": [60.0, -42.0, + 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.67}]}, {"id": "rjkrBMs8hViX", "coordinates": [36.0, + 15.0, -3.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 5.87}]}, {"id": "2Jw9nrWsWu3J", "coordinates": + [30.0, 15.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.95}]}, {"id": "kbuURfUefoar", "coordinates": + [51.0, 18.0, -3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.88}]}, {"id": "GjdJYHbj9zPU", "coordinates": + [57.0, 15.0, 9.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.07}]}, {"id": "DhXS6xHYq4Mr", "coordinates": + [45.0, 21.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.99}]}, {"id": "5Zzww6GFDoSc", "coordinates": + [42.0, 45.0, 15.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.98}]}, {"id": "2Lp65NJXccTN", "coordinates": + [42.0, 39.0, 27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.52}]}], "images": []}, {"id": "adDCMC45F39U", + "user": null, "name": "Simon", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "tbl3", "table_label": "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Regression analysis with age + as covariate", "conditions": [], "weights": [], "points": [{"id": "XcNCSdRUJFpL", + "coordinates": [-30.0, 9.0, 33.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.14}]}, {"id": + "g655JUP7QBu3", "coordinates": [-54.0, 30.0, 18.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.91}]}, {"id": "mJNisirA82oh", "coordinates": [18.0, -6.0, 54.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.82}]}, {"id": "DvudQNczJ7JG", "coordinates": [9.0, 9.0, 3.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.82}]}, {"id": "oTPMEw6BXh3e", "coordinates": [-24.0, 3.0, + -6.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.75}]}, {"id": "LqhX85sbvc2v", "coordinates": [-15.0, + -15.0, 3.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.62}]}, {"id": "cVsp7UdMuXCd", "coordinates": + [30.0, -54.0, 27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.72}]}, {"id": "pjKWTWBCNB8S", "coordinates": + [12.0, -54.0, 60.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.41}]}, {"id": "ToKN4vTChC2Y", "coordinates": + [39.0, -60.0, 21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.34}]}], "images": []}]}, {"id": + "7BN5MapyrsrU", "created_at": "2025-12-03T16:54:46.525109+00:00", "updated_at": + null, "user": null, "name": "Age-related differences in cortical recruitment + and suppression: implications for cognitive performance.", "description": + "The discovery of a coherent set of cortical regions showing activation during + rest and deactivation during task performance has reignited an old debate + in the field of neuroscience, one that questions the reflexivity of the human + brain and provides evidence towards a more intrinsic functional architecture. + The default-mode network (DMN) comprising of such consistent cortical regions + has become a topic of increasing interest in both healthy and diseased populations. + In this study, using a well-examined version of the verbal n-back task, interleaved + with periods of rest blocks, we investigated whether the deactivation of the + cortical regions comprising the DMN moderates individual differences in behavioral + performance in a group of older adults. We recruited 25 young and 25 older + adults for our study and presented them with blocks of the n-back task, with + varying levels of load, interleaved with periods of fixation. A direct comparison + of the young and older participants revealed both a reduction in the up-regulation + of the prefrontal and parietal regions in response to increasing task demands, + along with a reduction in the down-regulation of DMN regions with increasing + cognitive load in the elderly. Better performance in the young adults was + associated with the capability to modulate the regions of the working memory + network with increasing task difficulty, however enhanced performance in the + older cohort was associated with greater load-induced deactivation of the + posterior cingulate cortex. This study adds to the existing gamut of aging + literature, providing evidence that DMN function is critical to cognitive + functioning in older adults.", "publication": "Behavioural brain research", + "doi": "10.1016/j.bbr.2012.01.058", "pmid": "22348896", "authors": "Ruchika + Shaurya Prakash; Susie Heo; Michelle W Voss; Beth Patterson; Arthur F Kramer", + "year": 2012, "metadata": {"slug": "22348896-10-1016-j-bbr-2012-01-058", "source": + "pubmed", "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "17", "Year": "2010", "Month": "8", "@PubStatus": "received"}, {"Day": + "22", "Year": "2011", "Month": "11", "@PubStatus": "revised"}, {"Day": "31", + "Year": "2012", "Month": "1", "@PubStatus": "accepted"}, {"Day": "22", "Hour": + "6", "Year": "2012", "Month": "2", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "22", "Hour": "6", "Year": "2012", "Month": "2", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "24", "Hour": "6", "Year": "2012", "Month": "7", "Minute": + "0", "@PubStatus": "medline"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "22348896", "@IdType": "pubmed"}, {"#text": "10.1016/j.bbr.2012.01.058", "@IdType": + "doi"}, {"#text": "S0166-4328(12)00095-2", "@IdType": "pii"}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "22348896", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "1872-7549", "@IssnType": "Electronic"}, "Title": "Behavioural brain + research", "JournalIssue": {"Issue": "1", "Volume": "230", "PubDate": {"Day": + "21", "Year": "2012", "Month": "Apr"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Behav Brain Res"}, "Abstract": {"AbstractText": "The discovery of a coherent + set of cortical regions showing activation during rest and deactivation during + task performance has reignited an old debate in the field of neuroscience, + one that questions the reflexivity of the human brain and provides evidence + towards a more intrinsic functional architecture. The default-mode network + (DMN) comprising of such consistent cortical regions has become a topic of + increasing interest in both healthy and diseased populations. In this study, + using a well-examined version of the verbal n-back task, interleaved with + periods of rest blocks, we investigated whether the deactivation of the cortical + regions comprising the DMN moderates individual differences in behavioral + performance in a group of older adults. We recruited 25 young and 25 older + adults for our study and presented them with blocks of the n-back task, with + varying levels of load, interleaved with periods of fixation. A direct comparison + of the young and older participants revealed both a reduction in the up-regulation + of the prefrontal and parietal regions in response to increasing task demands, + along with a reduction in the down-regulation of DMN regions with increasing + cognitive load in the elderly. Better performance in the young adults was + associated with the capability to modulate the regions of the working memory + network with increasing task difficulty, however enhanced performance in the + older cohort was associated with greater load-induced deactivation of the + posterior cingulate cortex. This study adds to the existing gamut of aging + literature, providing evidence that DMN function is critical to cognitive + functioning in older adults.", "CopyrightInformation": "Published by Elsevier + B.V."}, "Language": "eng", "@PubModel": "Print-Electronic", "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Ruchika Shaurya", "Initials": "RS", + "LastName": "Prakash", "AffiliationInfo": {"Affiliation": "Department of Psychology, + The Ohio State University, Columbus, OH, United States. Prakash.30@osu.edu"}}, + {"@ValidYN": "Y", "ForeName": "Susie", "Initials": "S", "LastName": "Heo"}, + {"@ValidYN": "Y", "ForeName": "Michelle W", "Initials": "MW", "LastName": + "Voss"}, {"@ValidYN": "Y", "ForeName": "Beth", "Initials": "B", "LastName": + "Patterson"}, {"@ValidYN": "Y", "ForeName": "Arthur F", "Initials": "AF", + "LastName": "Kramer"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "200", + "StartPage": "192", "MedlinePgn": "192-200"}, "ArticleDate": {"Day": "13", + "Year": "2012", "Month": "02", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.1016/j.bbr.2012.01.058", "@EIdType": "doi", "@ValidYN": "Y"}, + "ArticleTitle": "Age-related differences in cortical recruitment and suppression: + implications for cognitive performance.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "10", + "Year": "2019", "Month": "12"}, "ChemicalList": {"Chemical": {"RegistryNumber": + "S88TT14065", "NameOfSubstance": {"@UI": "D010100", "#text": "Oxygen"}}}, + "DateCompleted": {"Day": "23", "Year": "2012", "Month": "07"}, "CitationSubset": + "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D000704", "#text": "Analysis of Variance", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": + "Y"}}, {"QualifierName": [{"@UI": "Q000098", "#text": "blood supply", "@MajorTopicYN": + "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D007091", "#text": "Image Processing, Computer-Assisted", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D007266", "#text": "Inhibition, Psychological", + "@MajorTopicYN": "Y"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", + "#text": "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008959", + "#text": "Models, Neurological", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D009434", "#text": "Neural Pathways", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000097", "#text": "blood", "@MajorTopicYN": "N"}, + "DescriptorName": {"@UI": "D010100", "#text": "Oxygen", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D018709", "#text": "Statistics, Nonparametric", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D055815", "#text": "Young + Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "Netherlands", + "MedlineTA": "Behav Brain Res", "ISSNLinking": "0166-4328", "NlmUniqueID": + "8004872"}}}}}, "source": "llm", "source_id": null, "source_updated_at": "2025-12-03T16:58:07.590944+00:00", + "analyses": [{"id": "gKSoguk4i56F", "user": null, "name": "O > Y-2", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "tbl0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv"}, + "original_table_id": "tbl0015"}, "table_metadata": {"table_id": "tbl0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv"}, + "sanitized_table_id": "tbl0015"}, "description": "Cortical regions deactivated + by young and older participants in the contrast of 2-back>1-back.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "xRrAp74gCogF", "user": + null, "name": "O > Y", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl0010", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv"}, + "original_table_id": "tbl0010"}, "table_metadata": {"table_id": "tbl0010", + "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv"}, + "sanitized_table_id": "tbl0010"}, "description": "Cortical regions activated + in the contrast of two age groups in the 2-back>1-back condition. Co-ordinates + are reported for the peak voxel in each of the clusters.", "conditions": [], + "weights": [], "points": [], "images": []}, {"id": "yDjuiwB5LQdP", "user": + null, "name": "Y > O-2", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "tbl0015", "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv"}, + "original_table_id": "tbl0015"}, "table_metadata": {"table_id": "tbl0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv"}, + "sanitized_table_id": "tbl0015"}, "description": "Cortical regions deactivated + by young and older participants in the contrast of 2-back>1-back.", "conditions": + [], "weights": [], "points": [{"id": "RFuqzNBz7Gjx", "coordinates": [-4.0, + -50.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": -3.2}]}, {"id": "xJaN3EmC82ug", "coordinates": + [-6.0, 48.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -3.39}]}], "images": []}, {"id": "VvBT5ecbpg6B", + "user": null, "name": "Y > O", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl0010", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv"}, + "original_table_id": "tbl0010"}, "table_metadata": {"table_id": "tbl0010", + "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv"}, + "sanitized_table_id": "tbl0010"}, "description": "Cortical regions activated + in the contrast of two age groups in the 2-back>1-back condition. Co-ordinates + are reported for the peak voxel in each of the clusters.", "conditions": [], + "weights": [], "points": [{"id": "XhU27rVwTpeq", "coordinates": [-44.0, 18.0, + 28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 2.72}]}, {"id": "hHXkgnWHcTAd", "coordinates": [-50.0, + -46.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 2.9}]}, {"id": "E2YpkhCfYSXP", "coordinates": + [50.0, -44.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.5}]}, {"id": "Erj7eVEW7bTw", "coordinates": + [4.0, -70.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.71}]}], "images": []}]}, {"id": + "7Whipa568J5r", "created_at": "2025-12-04T18:05:25.262131+00:00", "updated_at": + null, "user": null, "name": "APOE moderates compensatory recruitment of neuronal + resources during working memory processing in healthy older adults", "description": + "The APOE \u03b54 allele increases the risk for sporadic Alzheimer''s disease + and modifies brain activation patterns of numerous cognitive domains. We assessed + cognitively intact older adults with a letter n-back task to determine if + previously observed increases in \u03b54 carriers'' working-memory-related + brain activation are compensatory such that they serve to maintain working + memory function. Using multiple regression models, we identified interactions + of APOE variant and age in bilateral hippocampus independently from task performance: + \u03b54 carriers only showed a decrease in activation with increasing age, + suggesting high sensitivity of fMRI data for detecting changes in Alzheimer''s + disease-relevant brain areas before cognitive decline. Moreover, we identified + \u03b54 carriers to show higher activations in task-negative medial and task-positive + inferior frontal areas along with better performance under high working memory + load relative to non-\u03b54 carriers. The increased frontal recruitment is + compatible with models of neuronal compensation, extends on existing evidence, + and suggests that \u03b54 carriers require additional neuronal resources to + successfully perform a demanding working memory task.", "publication": "Neurobiology + of Aging", "doi": "10.1016/j.neurobiolaging.2017.04.015", "pmid": "28528773", + "authors": "E. Scheller; J. Peter; L. Schumacher; J. Lahr; I. Mader; C. Kaller; + S. Kl\u00f6ppel", "year": 2017, "metadata": {"slug": "28528773-10-1016-j-neurobiolaging-2017-04-015", + "source": "semantic_scholar", "keywords": ["APOE", "Aging", "Functional magnetic + resonance imaging", "Moderator analysis", "Multiple regression", "Neuronal + compensation", "Working memory"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "1", "Year": "2015", "Month": "12", + "@PubStatus": "received"}, {"Day": "17", "Year": "2017", "Month": "3", "@PubStatus": + "revised"}, {"Day": "13", "Year": "2017", "Month": "4", "@PubStatus": "accepted"}, + {"Day": "23", "Hour": "6", "Year": "2017", "Month": "5", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "29", "Hour": "6", "Year": "2017", "Month": "11", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "23", "Hour": "6", "Year": "2017", + "Month": "5", "Minute": "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "28528773", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2017.04.015", + "@IdType": "doi"}, {"#text": "S0197-4580(17)30136-7", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "28528773", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Volume": "56", "PubDate": {"Year": "2017", "Month": + "Aug"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, + "Abstract": {"AbstractText": "The APOE \u03b54 allele increases the risk for + sporadic Alzheimer''s disease and modifies brain activation patterns of numerous + cognitive domains. We assessed cognitively intact older adults with a letter + n-back task to determine if previously observed increases in \u03b54 carriers'' + working-memory-related brain activation are compensatory such that they serve + to maintain working memory function. Using multiple regression models, we + identified interactions of APOE variant and age in bilateral hippocampus independently + from task performance: \u03b54 carriers only showed a decrease in activation + with increasing age, suggesting high sensitivity of fMRI data for detecting + changes in Alzheimer''s disease-relevant brain areas before cognitive decline. + Moreover, we identified \u03b54 carriers to show higher activations in task-negative + medial and task-positive inferior frontal areas along with better performance + under high working memory load relative to non-\u03b54 carriers. The increased + frontal recruitment is compatible with models of neuronal compensation, extends + on existing evidence, and suggests that \u03b54 carriers require additional + neuronal resources to successfully perform a demanding working memory task.", + "CopyrightInformation": "Copyright \u00a9 2017 Elsevier Inc. All rights reserved."}, + "Language": "eng", "@PubModel": "Print-Electronic", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Elisa", "Initials": "E", "LastName": "Scheller", + "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Faculty of Medicine, + University of Freiburg, Freiburg, Germany; Freiburg Brain Imaging Center (FBI), + University Medical Center Freiburg, Freiburg, Germany. Electronic address: + elisa.scheller@uniklinik-freiburg.de."}}, {"@ValidYN": "Y", "ForeName": "Jessica", + "Initials": "J", "LastName": "Peter", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + University Hospital of Old Age Psychiatry and Psychotherapy Bern, Bern, Switzerland."}}, + {"@ValidYN": "Y", "ForeName": "Lena V", "Initials": "LV", "LastName": "Schumacher", + "AffiliationInfo": {"Affiliation": "Department of Neurology, Faculty of Medicine, + University of Freiburg, Freiburg, Germany; BrainLinks-BrainTools Cluster of + Excellence, University Medical Center Freiburg, Freiburg, Germany; Department + of Neuroradiology, Faculty of Medicine, University of Freiburg, Freiburg, + Germany; Medical Psychology and Medical Sociology, Faculty of Medicine, University + of Freiburg, Freiburg, Germany."}}, {"@ValidYN": "Y", "ForeName": "Jacob", + "Initials": "J", "LastName": "Lahr", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + Freiburg Brain Imaging Center (FBI), University Medical Center Freiburg, Freiburg, + Germany."}}, {"@ValidYN": "Y", "ForeName": "Irina", "Initials": "I", "LastName": + "Mader", "AffiliationInfo": {"Affiliation": "Freiburg Brain Imaging Center + (FBI), University Medical Center Freiburg, Freiburg, Germany; Department of + Neuroradiology, Faculty of Medicine, University of Freiburg, Freiburg, Germany."}}, + {"@ValidYN": "Y", "ForeName": "Christoph P", "Initials": "CP", "LastName": + "Kaller", "AffiliationInfo": {"Affiliation": "Freiburg Brain Imaging Center + (FBI), University Medical Center Freiburg, Freiburg, Germany; Department of + Neurology, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + BrainLinks-BrainTools Cluster of Excellence, University Medical Center Freiburg, + Freiburg, Germany."}}, {"@ValidYN": "Y", "ForeName": "Stefan", "Initials": + "S", "LastName": "Kl\u00f6ppel", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + Freiburg Brain Imaging Center (FBI), University Medical Center Freiburg, Freiburg, + Germany; University Hospital of Old Age Psychiatry and Psychotherapy Bern, + Bern, Switzerland."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "137", + "StartPage": "127", "MedlinePgn": "127-137"}, "ArticleDate": {"Day": "26", + "Year": "2017", "Month": "04", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2017.04.015", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(17)30136-7", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "APOE moderates compensatory recruitment of neuronal resources + during working memory processing in healthy older adults.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D013485", "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": + {"Day": "23", "Year": "2018", "Month": "08"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "APOE", "@MajorTopicYN": "N"}, {"#text": "Aging", "@MajorTopicYN": + "N"}, {"#text": "Functional magnetic resonance imaging", "@MajorTopicYN": + "N"}, {"#text": "Moderator analysis", "@MajorTopicYN": "N"}, {"#text": "Multiple + regression", "@MajorTopicYN": "N"}, {"#text": "Neuronal compensation", "@MajorTopicYN": + "N"}, {"#text": "Working memory", "@MajorTopicYN": "N"}]}, "ChemicalList": + {"Chemical": {"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D053327", + "#text": "Apolipoprotein E4"}}}, "DateCompleted": {"Day": "16", "Year": "2017", + "Month": "11"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000369", "#text": "Aged, 80 and over", + "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, {"@UI": "Q000523", "#text": "psychology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000483", "#text": "Alleles", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", + "@MajorTopicYN": "N"}, {"@UI": "Q000235", "#text": "genetics", "@MajorTopicYN": + "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}, + {"@UI": "Q000523", "#text": "psychology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D000544", "#text": "Alzheimer Disease", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000235", "#text": "genetics", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D053327", "#text": "Apolipoprotein E4", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D014644", "#text": "Genetic Variation", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005838", "#text": "Genotype", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D006579", "#text": "Heterozygote", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000235", "#text": + "genetics", "@MajorTopicYN": "Y"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D011999", "#text": "Recruitment, + Neurophysiological", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D012044", + "#text": "Regression Analysis", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D012306", "#text": "Risk", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2017, + "title": "APOE moderates compensatory recruitment of neuronal resources during + working memory processing in healthy older adults", "venue": "Neurobiology + of Aging", "authors": [{"name": "E. Scheller", "authorId": "47051894"}, {"name": + "J. Peter", "authorId": "38780337"}, {"name": "L. Schumacher", "authorId": + "47104707"}, {"name": "J. Lahr", "authorId": "4582381"}, {"name": "I. Mader", + "authorId": "2153714"}, {"name": "C. Kaller", "authorId": "2397704"}, {"name": + "S. Kl\u00f6ppel", "authorId": "144225920"}], "paperId": "c0cdc05e7e996fbc22526fb31bc15276d5e0ddbc", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2017.04.015?email= + or https://doi.org/10.1016/j.neurobiolaging.2017.04.015, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2017-08-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T18:08:52.347978+00:00", "analyses": + []}, {"id": "7aRVSAgS5Xhw", "created_at": "2025-12-03T08:26:14.277214+00:00", + "updated_at": null, "user": null, "name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "description": "Working + memory (WM)-related brain activity is known to be modulated by aging; particularly, + older adults demonstrate greater activity than young adults. However, it is + still unclear whether the activity increase in older adults is also observed + in advanced aging. The present functional magnetic resonance imaging (fMRI) + study was designed to clarify the neural correlates of WM in advanced aging. + Further, we set out to investigate in the case that adults of advanced age + do show age-related increase in WM-related activity, what the functional significance + of this over-recruitment might be. Two groups of older adults \u2013 \u201cyoung\u2013old\u201d + (61\u201370 years, n = 17) and \u201cold\u2013old\u201d (77\u201382 years, + n = 16) \u2013 were scanned while performing a visual WM task (the n-back + task: 0-back and 1-back). WM effects (1-back > 0-back) common to both age + groups were identified in several regions, including the bilateral dorsolateral + prefrontal cortex (DLPFC), the inferior parietal cortex, and the insula. Greater + WM effects in the old\u2013old than in the young\u2013old group were identified + in the right caudal DLPFC. These results were replicated when we performed + a separate analysis between two age groups with the same level of WM performance + (the young\u2013old vs. a \u201chigh-performing\u201d subset of the old\u2013old + group). There were no regions where WM effects were greater in the young\u2013old + group than in the old\u2013old group. Importantly, the magnitude of the over-recruitment + WM effects positively correlated with WM performance in the old\u2013old group, + but not in the young\u2013old group. The present findings suggest that cortical + over-recruitment occurs in advanced old age, and that increased activity may + serve a compensatory function in mediating WM performance.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2018.00358", "pmid": + "30459595", "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. + Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", + "year": 2018, "metadata": {"slug": "30459595-10-3389-fnagi-2018-00358-pmc6232505", + "source": "semantic_scholar", "keywords": ["aging", "compensation", "fMRI", + "maintenance", "over-recruitment", "prefrontal", "working memory"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "3", "Year": + "2017", "Month": "8", "@PubStatus": "received"}, {"Day": "19", "Year": "2018", + "Month": "10", "@PubStatus": "accepted"}, {"Day": "22", "Hour": "6", "Year": + "2018", "Month": "11", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "22", + "Hour": "6", "Year": "2018", "Month": "11", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "22", "Hour": "6", "Year": "2018", "Month": "11", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2018", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "30459595", "@IdType": "pubmed"}, + {"#text": "PMC6232505", "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2018.00358", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Adnan A., + Chen A. J. W., Novakovic-Agopian T., D\u2019Esposito M., Turner G. R. (2017). + Brain changes following executive control training in older adults. Neurorehabil. + Neural. Repair. 31 910\u2013922. 10.1177/1545968317728580", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1545968317728580", "@IdType": "doi"}, {"#text": + "PMC5729113", "@IdType": "pmc"}, {"#text": "28868974", "@IdType": "pubmed"}]}}, + {"Citation": "Andersen R. A., Essick G. K., Siegel R. M. (1985). Encoding + of spatial location by posterior parietal neurons. Science 230 456\u2013458. + 10.1126/science.4048942", "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.4048942", + "@IdType": "doi"}, {"#text": "4048942", "@IdType": "pubmed"}]}}, {"Citation": + "Andre J., Picchioni M., Zhang R., Toulopoulou T. (2016). Working memory circuit + as a function of increasing age in healthy adolescence: a systematic review + and meta-analyses. Neuroimage Clin. 12 940\u2013948. 10.1016/j.nicl.2015.12.002", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.nicl.2015.12.002", "@IdType": + "doi"}, {"#text": "PMC5153561", "@IdType": "pmc"}, {"#text": "27995059", "@IdType": + "pubmed"}]}}, {"Citation": "Asada T. (2013). The Prevalence of Dementia in + Urban Areas and Support for Impairment of Daily Functioning from Dementia. + Health, Labor, and Welfare Scientific Research Grants Comprehensive Research + Report. Tokyo: Ministry of Health, Labour and Welfare."}, {"Citation": "Ashburner + J., Friston K. J. (2005). Unified segmentation. Neuroimage 26 839\u2013851. + 10.1016/j.neuroimage.2005.02.018", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2005.02.018", "@IdType": "doi"}, {"#text": "15955494", + "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (1986). Working Memory. + New York, NY: Oxford University Press."}, {"Citation": "Bledowski C., Kaiser + J., Rahm B. (2010). Basic operations in working memory: contributions from + functional imaging studies. Behav. Brain Res. 214 172\u2013179. 10.1016/j.bbr.2010.05.041", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bbr.2010.05.041", "@IdType": + "doi"}, {"#text": "20678984", "@IdType": "pubmed"}]}}, {"Citation": "Bledowski + C., Rahm B., Rowe J. B. (2009). What \u201cworks\u201d in working memory? + Separate systems for selection and updating of critical information. J. Neurosci. + 29 13735\u201313741. 10.1523/JNEUROSCI.2547-09.2009", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.2547-09.2009", "@IdType": "doi"}, {"#text": + "PMC2785708", "@IdType": "pmc"}, {"#text": "19864586", "@IdType": "pubmed"}]}}, + {"Citation": "Brehmer Y., Rieckmann A., Bellander M., Westerberg H., Fischer + H., B\u00e4ckman L. (2011). Neural correlates of training-related working-memory + gains in old age. Neuroimage 58 1110\u20131120. 10.1016/j.neuroimage.2011.06.079", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.06.079", + "@IdType": "doi"}, {"#text": "21757013", "@IdType": "pubmed"}]}}, {"Citation": + "Brett M., Anton J. L., Valabregue R., Poline B. P. (2002). Region of interest + analysis using an SPM toolbox. Abstract retrieved from CD-ROM. Neuroimage + 16:S497."}, {"Citation": "Cabeza R. (2002). Hemispheric asymmetry reduction + in old adults: the HAROLD model. Psychol. Aging 17 85\u2013100. 10.1037//0882-7974.17.1.85", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0882-7974.17.1.85", "@IdType": + "doi"}, {"#text": "11931290", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R., Daselaar S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task-specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14 364\u2013375. 10.1093/cercor/bhg133", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhg133", "@IdType": + "doi"}, {"#text": "15028641", "@IdType": "pubmed"}]}}, {"Citation": "Cappell + K. A., Gmeindl L., Reuter-Lorenz P. A. (2010). Age differences in prefrontal + recruitment during verbal working memory maintenance depend on memory load. + Cortex 46 462\u2013473. 10.1016/j.cortex.2009.11.009", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cortex.2009.11.009", "@IdType": "doi"}, {"#text": "PMC2853232", + "@IdType": "pmc"}, {"#text": "20097332", "@IdType": "pubmed"}]}}, {"Citation": + "Courtney S. M., Ungerleider L. G., Keil K., Haxby J. V. (1997). Transient + and sustained activity in a distributed neural system for human working memory. + Nature 386 608\u2013611. 10.1038/386608a0", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/386608a0", "@IdType": "doi"}, {"#text": "9121584", "@IdType": + "pubmed"}]}}, {"Citation": "Cowan N. (1995). Attention and Memory: An Integrated + Framework. New York, NY: Oxford University Press."}, {"Citation": "Curtis + C. E., D\u2019Esposito M. (2003). Persistent activity in the prefrontal cortex + during working memory. Trends Cogn. Sci. 7 415\u2013423. 10.1016/S1364-6613(03)00197-9", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1364-6613(03)00197-9", + "@IdType": "doi"}, {"#text": "12963473", "@IdType": "pubmed"}]}}, {"Citation": + "Daselaar S. M., Veltman D. J., Rombouts S. A., Raaijmakers J. G., Jonker + C. (2003). Neuroanatomical correlates of episodic encoding and retrieval in + young and elderly subjects. Brain 126 43\u201356. 10.1093/brain/awg005", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/brain/awg005", "@IdType": "doi"}, {"#text": + "12477696", "@IdType": "pubmed"}]}}, {"Citation": "Davis S. W., Dennis N. + A., Daselaar S. M., Fleck M. S., Cabeza R. (2008). Que PASA? The posterior-anterior + shift in aging. Cereb. Cortex 18 1201\u20131209. 10.1093/cercor/bhm155", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/cercor/bhm155", "@IdType": "doi"}, {"#text": + "PMC2760260", "@IdType": "pmc"}, {"#text": "17925295", "@IdType": "pubmed"}]}}, + {"Citation": "de Frias C., L\u00f6vd\u00e9n M., Lindenberger U., Nilsson L. + G. (2007). Revisiting the dedifferentiation hypothesis with longitudinal multicohort + data. Intelligence 35 381\u2013392. 10.1016/j.intell.2006.07.011", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/j.intell.2006.07.011", "@IdType": "doi"}}}, + {"Citation": "Dennis N. A., Cabeza R. (2008). \u201cNeuroimaging of healthy + cognitive aging,\u201d in The Handbook of Aging and Cognition, 3rd Edn, eds + Craik F. I. M., Salthouse T. A. (Mahwah, NJ: Erlbaum; ), 1\u201354."}, {"Citation": + "Dennis N. A., Hayes S. M., Prince S. E., Madden D. J., Huettel S. A., Cabeza + R. (2008). Effects of aging on the neural correlates of successful item and + source memory encoding. J. Exp. Psychol. Learn. Mem. Cogn. 34 791\u2013808. + 10.1037/0278-7393.34.4.791", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0278-7393.34.4.791", + "@IdType": "doi"}, {"#text": "PMC2752883", "@IdType": "pmc"}, {"#text": "18605869", + "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito M., Deouell L. Y., + Gazzaley A. (2003). Alterations in the BOLD fMRI signal with ageing and disease: + a challenge for neuroimaging. Nat. Rev. Neurosci. 4 863\u2013872. 10.1038/nrn1246", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1246", "@IdType": "doi"}, + {"#text": "14595398", "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito + M., Postle B. R. (2015). The cognitive neuroscience of working memory. Annu. + Rev. Psychol. 66 115\u2013142. 10.1146/annurev-psych-010814-015031", "ArticleIdList": + {"ArticleId": [{"#text": "10.1146/annurev-psych-010814-015031", "@IdType": + "doi"}, {"#text": "PMC4374359", "@IdType": "pmc"}, {"#text": "25251486", "@IdType": + "pubmed"}]}}, {"Citation": "Duarte A., Graham K. S., Henson R. N. (2010). + Age-related changes in neural activity associated with familiarity, recollection + and false recognition. Neurobiol. Aging 31 1814\u20131830. 10.1016/j.neurobiolaging.2008.09.014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2008.09.014", + "@IdType": "doi"}, {"#text": "19004526", "@IdType": "pubmed"}]}}, {"Citation": + "Eriksson J., Vogel E. K., Lansner A., Bergstr\u00f6m F., Nyberg L. (2015). + Neurocognitive architecture of working memory. Neuron 88 33\u201346. 10.1016/j.neuron.2015.09.020", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2015.09.020", + "@IdType": "doi"}, {"#text": "PMC4605545", "@IdType": "pmc"}, {"#text": "26447571", + "@IdType": "pubmed"}]}}, {"Citation": "Folstein M. F., Folstein S. E., McHugh + P. R. (1975). Mini-mental state\u201d. A practical method for grading the + cognitive state of patients for the clinician. J. Psychiatr. Res. 12 189\u2013198. + 10.1016/0022-3956(75)90026-6", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", + "@IdType": "doi"}, {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": + "Friston K. J., Glaser D. E., Henson R. N., Kiebel S., Phillips C., Ashburner + J. (2002). Classical and Bayesian inference in neuroimaging: applications. + Neuroimage 16 484\u2013512. 10.1006/nimg.2002.1091", "ArticleIdList": {"ArticleId": + [{"#text": "10.1006/nimg.2002.1091", "@IdType": "doi"}, {"#text": "12030833", + "@IdType": "pubmed"}]}}, {"Citation": "Funahashi S., Bruce C. J., Goldman-Rakic + P. S. (1989). Mnemonic coding of visual space in the monkey\u2019s dorsolateral + prefrontal cortex. J. Neurophysiol. 61 331\u2013349. 10.1152/jn.1989.61.2.331", + "ArticleIdList": {"ArticleId": [{"#text": "10.1152/jn.1989.61.2.331", "@IdType": + "doi"}, {"#text": "2918358", "@IdType": "pubmed"}]}}, {"Citation": "Fuster + J. M. (2009). Cortex and memory: emergence of a new paradigm. J. Cogn. Neurosci. + 21 2047\u20132072. 10.1162/jocn.2009.21280", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/jocn.2009.21280", "@IdType": "doi"}, {"#text": "19485699", + "@IdType": "pubmed"}]}}, {"Citation": "Grady C. L. (2008). Cognitive neuroscience + of aging. Ann. N. Y. Acad. Sci. 1124 127\u2013144. 10.1196/annals.1440.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1196/annals.1440.009", "@IdType": + "doi"}, {"#text": "18400928", "@IdType": "pubmed"}]}}, {"Citation": "Grady + C. L. (2012). Trends in neurocognitive aging. Nat. Rev. Neurosci. 13 491\u2013505. + 10.1038/nrn3256", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn3256", + "@IdType": "doi"}, {"#text": "PMC3800175", "@IdType": "pmc"}, {"#text": "22714020", + "@IdType": "pubmed"}]}}, {"Citation": "Grady C. L., Yu H., Alain C. (2008). + Age-related differences in brain activity underlying working memory for spatial + and nonspatial auditory information. Cereb. Cortex 18 189\u2013199. 10.1093/cercor/bhm045", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhm045", "@IdType": + "doi"}, {"#text": "17494060", "@IdType": "pubmed"}]}}, {"Citation": "Habib + R., Nyberg L., Nilsson L. G. (2007). Cognitive and non-cognitive factors contributing + to the longitudinal identification of successful older adults in the Betula + study. Aging Neuropsychol. Cogn. 14 257\u2013273. 10.1080/13825580600582412", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825580600582412", "@IdType": + "doi"}, {"#text": "17453560", "@IdType": "pubmed"}]}}, {"Citation": "Haxby + J. V., Hoffman E. A., Gobbini M. I. (2000). The distributed human neural system + for face perception. Trends Cogn. Sci. 4 223\u2013233. 10.1016/S1364-6613(00)01482-0", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1364-6613(00)01482-0", + "@IdType": "doi"}, {"#text": "10827445", "@IdType": "pubmed"}]}}, {"Citation": + "Heinzel S., Lorenz R. C., Duong Q. L., Rapp M. A., Deserno L. (2017). Prefrontal-parietal + effective connectivity during working memory in older adults. Neurobiol. Aging + 57 18\u201327. 10.1016/j.neurobiolaging.2017.05.005", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neurobiolaging.2017.05.005", "@IdType": "doi"}, {"#text": + "28578155", "@IdType": "pubmed"}]}}, {"Citation": "Hultsch D. F., Hertzog + C., Small B. J., McDonald-Miszczak L., Dixon R. A. (1992). Short-term longitudinal + change in cognitive performance in later life. Psychol. Aging 7 571\u2013584. + 10.1037/0882-7974.7.4.571", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.7.4.571", + "@IdType": "doi"}, {"#text": "1466826", "@IdType": "pubmed"}]}}, {"Citation": + "Iordan A. D., Cookem K. A., Moored K. D., Katz B., Buschkuehl M., Jaeggi + S. M., et al. (2018). Aging and network properties: stability over time and + links with learning during working memory training. Front. Aging Neurosci. + 9:419. 10.3389/fnagi.2017.00419", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnagi.2017.00419", "@IdType": "doi"}, {"#text": "PMC5758500", "@IdType": + "pmc"}, {"#text": "29354048", "@IdType": "pubmed"}]}}, {"Citation": "Kanwisher + N., McDermott J., Chun M. M. (1997). The fusiform face area: a module in human + extrastriate cortex specialized for face perception. J. Neurosci. 17 4302\u20134311. + 10.1523/JNEUROSCI.17-11-04302.1997", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.17-11-04302.1997", "@IdType": "doi"}, {"#text": "PMC6573547", + "@IdType": "pmc"}, {"#text": "9151747", "@IdType": "pubmed"}]}}, {"Citation": + "Kawagoe T., Sekiyama K. (2014). Visually encoded working memory is closely + associated with mobility in older adults. Exp. Brain Res. 232 2035\u20132043. + 10.1007/s00221-014-3893-1", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00221-014-3893-1", + "@IdType": "doi"}, {"#text": "24623355", "@IdType": "pubmed"}]}}, {"Citation": + "Kawano N. (2012). A pilot study of standardization of WMS-R Logical Memory + for Japanese old-old people: differences between the story A and story B. + Otsuma J. Soc. Inf. Stud. 20 223\u2013231."}, {"Citation": "Leung H. C., Gore + J. C., Goldman-Rakic P. S. (2002). Sustained mnemonic response in the human + middle frontal gyrus during on-line storage of spatial memoranda. J. Cogn. + Neurosci. 14 659\u2013671. 10.1162/08989290260045882", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/08989290260045882", "@IdType": "doi"}, {"#text": "12126506", + "@IdType": "pubmed"}]}}, {"Citation": "Li S. C., Brehmer Y., Shing Y. L., + Werkle-Bergner M., Lindenberger U. (2006). Neuromodulation of associative + and organizational plasticity across the life span: empirical evidence and + neurocomputational modeling. Neurosci. Biobehav. Rev. 30 775\u2013790. 10.1016/j.neubiorev.2006.06.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2006.06.004", + "@IdType": "doi"}, {"#text": "16930705", "@IdType": "pubmed"}]}}, {"Citation": + "Liu P., Hebrank A. C., Rodrigue K. M., Kennedy K. M., Section J., Park D. + C., et al. (2013). Age-related differences in memory-encoding fMRI responses + after accounting for decline in vascular reactivity. Neuroimage 78 415\u2013425. + 10.1016/j.neuroimage.2013.04.053", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2013.04.053", "@IdType": "doi"}, {"#text": "PMC3694392", + "@IdType": "pmc"}, {"#text": "23624491", "@IdType": "pubmed"}]}}, {"Citation": + "Logan J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner R. L. (2002). + Underrecruitment and nonselective recruitment: dissociable neural mechanisms + associated with aging. Neuron 33 827\u2013840. 10.1016/S0896-6273(02)00612-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0896-6273(02)00612-8", + "@IdType": "doi"}, {"#text": "11879658", "@IdType": "pubmed"}]}}, {"Citation": + "Mattay V. S., Fera F., Tessitore A., Hariri A. R., Berman K. F., Das S., + et al. (2006). Neurophysiological correlates of age-related changes in working + memory capacity. Neurosci. Lett. 392 32\u201337. 10.1016/j.neulet.2005.09.025", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neulet.2005.09.025", + "@IdType": "doi"}, {"#text": "16213083", "@IdType": "pubmed"}]}}, {"Citation": + "Menon V., Uddin L. Q. (2010). Saliency, switching, attention and control: + a network model of insula function. Brain Struct. Funct. 214 655\u2013667. + 10.1007/s00429-010-0262-0", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00429-010-0262-0", + "@IdType": "doi"}, {"#text": "PMC2899886", "@IdType": "pmc"}, {"#text": "20512370", + "@IdType": "pubmed"}]}}, {"Citation": "Miller E. K., Erickson C. A., Desimone + R. (1996). Neural mechanisms of visual working memory in prefrontal cortex + of the macaque. J. Neurosci. 16 5154\u20135167. 10.1523/JNEUROSCI.16-16-05154.1996", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.16-16-05154.1996", + "@IdType": "doi"}, {"#text": "PMC6579322", "@IdType": "pmc"}, {"#text": "8756444", + "@IdType": "pubmed"}]}}, {"Citation": "Morcom A. M., Henson R. N. A. (2018). + Increased prefrontal activity with aging reflects nonspecific neural responses + rather than compensation. J. Neurosci. 38 7303\u20137313. 10.1523/JNEUROSCI.1701-17.2018", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.1701-17.2018", + "@IdType": "doi"}, {"#text": "PMC6096047", "@IdType": "pmc"}, {"#text": "30037829", + "@IdType": "pubmed"}]}}, {"Citation": "Morcom A. M., Li J., Rugg M. D. (2007). + Age effects on the neural correlates of episodic retrieval: increased cortical + recruitment with matched performance. Cereb. Cortex 17 2491\u20132506. 10.1093/cercor/bhl155", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhl155", "@IdType": + "doi"}, {"#text": "17204820", "@IdType": "pubmed"}]}}, {"Citation": "Morrison + J. H., Baxter M. G. (2012). The ageing cortical synapse: hallmarks and implications + for cognitive decline. Nat. Rev. Neurosci. 13 240\u2013250. 10.1038/nrn3200", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn3200", "@IdType": "doi"}, + {"#text": "PMC3592200", "@IdType": "pmc"}, {"#text": "22395804", "@IdType": + "pubmed"}]}}, {"Citation": "Nishiguchi S., Yamada M., Tanigawa T., Sekiyama + K., Kawagoe T., Suzuki M., et al. (2015). A 12-week physical and cognitive + exercise program can improve cognitive function and neural efficiency in community-dwelling + older adults: a randomized controlled trial. J. Am. Geriatr. Soc. 63 1355\u20131363. + 10.1111/jgs.13481", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/jgs.13481", + "@IdType": "doi"}, {"#text": "26114906", "@IdType": "pubmed"}]}}, {"Citation": + "Nyberg L., Andersson M., Kauppi K., Lundquist A., Persson J., Pudas S., et + al. (2014). Age-related and genetic modulation of frontal cortex efficiency. + J. Cogn. Neurosci. 26 746\u2013754. 10.1162/jocn_a_00521", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn_a_00521", "@IdType": "doi"}, {"#text": + "24236764", "@IdType": "pubmed"}]}}, {"Citation": "Nyberg L., Dahlin E., Stigsdotter + Neely A., B\u00e4ckman L. (2009). Neural correlates of variable working memory + load across adult age and skill: dissociative patterns within the fronto-parietal + network. Scand. J. Psychol. 50 41\u201346. 10.1111/j.1467-9450.2008.00678.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1467-9450.2008.00678.x", + "@IdType": "doi"}, {"#text": "18705668", "@IdType": "pubmed"}]}}, {"Citation": + "Nyberg L., L\u00f6vd\u00e9n M., Riklund K., Lindenberger U., B\u00e4ckman + L. (2012). Memory aging and brain maintenance. Trends Cogn. Sci. 16 292\u2013305. + 10.1016/j.tics.2012.04.005", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2012.04.005", + "@IdType": "doi"}, {"#text": "22542563", "@IdType": "pubmed"}]}}, {"Citation": + "Oberauer K. (2002). Access to information in working memory: exploring the + focus of attention. J. Exp. Psychol. Learn. Mem. Cogn. 28 411\u2013421. 10.1037//0278-7393.28.3.411", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0278-7393.28.3.411", "@IdType": + "doi"}, {"#text": "12018494", "@IdType": "pubmed"}]}}, {"Citation": "Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25 46\u201359. 10.1002/hbm.20131", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": "PMC6871745", + "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Lautenschlager G., Hedden T., Davidson N. S., Smith A. D., Smith + P. K. (2002). Models of visuospatial and verbal memory across the adult life + span. Psychol. Aging 17 299\u2013320. 10.1037/0882-7974.17.2.299", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0882-7974.17.2.299", "@IdType": "doi"}, + {"#text": "12061414", "@IdType": "pubmed"}]}}, {"Citation": "Pfeifer G., Ward + J., Chan D., Sigala N. (2016). Representational account of memory: insights + from aging and synesthesia. J. Cogn. Neurosci. 28 1987\u20132002. 10.1162/jocn_a_01014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn_a_01014", "@IdType": + "doi"}, {"#text": "27458751", "@IdType": "pubmed"}]}}, {"Citation": "Piefke + M., Onur \u00d6. A., Fink G. R. (2012). Aging-related changes of neural mechanisms + underlying visual-spatial working memory. Neurobiol. Aging 33 1284\u20131297. + 10.1016/j.neurobiolaging.2010.10.014", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neurobiolaging.2010.10.014", "@IdType": "doi"}, {"#text": "21130531", + "@IdType": "pubmed"}]}}, {"Citation": "Rajah M. N., D\u2019Esposito M. (2005). + Region-specific changes in prefrontal function with age: a review of PET and + fMRI studies on working and episodic memory. Brain 128 1964\u20131983. 10.1093/brain/awh608", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awh608", "@IdType": + "doi"}, {"#text": "16049041", "@IdType": "pubmed"}]}}, {"Citation": "Reitan + R. M. (1986). Trail Making Test: Manual for Administration and Scoring. South + Tucson, AZ: Reitan Neuropsychology Laboratory."}, {"Citation": "Reuter-Lorenz + P. A., Cappell K. (2008). Neurocognitive aging and the compensation hypothesis. + Curr. Dir. Psychol. Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x", + "ArticleIdList": {"ArticleId": {"#text": "10.1111/j.1467-8721.2008.00570.x", + "@IdType": "doi"}}}, {"Citation": "Reuter-Lorenz P. A., Jonides J., Smith + E. S., Hartley A., Miller A., Marshuetz C., et al. (2000). Age differences + in the frontal lateralization of verbal and spatial working memory revealed + by PET. J. Cogn. Neurosci. 12 174\u2013187. 10.1162/089892900561814", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/089892900561814", "@IdType": "doi"}, {"#text": + "10769314", "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz P. A., Marshuetz + C., Jonides J., Smith E. S., Hartley A., Koeppe R. A. (2001). Neurocognitive + ageing of storage and executive processes. Eur. J. Cogn. Psychol. 13 257\u2013278. + 10.1080/09541440125972", "ArticleIdList": {"ArticleId": {"#text": "10.1080/09541440125972", + "@IdType": "doi"}}}, {"Citation": "Reuter-Lorenz P. A., Sylvester C. C. (2005). + \u201cThe cognitive neuroscience of working memory and aging,\u201d in Cognitive + Neuroscience of Aging: Linking Cognitive and Cerebral Aging, eds Cabeza R., + Nyberg L., Park D. (New York, NY: Oxford University Press; ), 186\u2013217."}, + {"Citation": "Ross M. H., Yurgelun-Todd D. A., Renshaw P. F., Maas L. C., + Mendelson J. H., Mello N. K., et al. (1997). Age-related reduction in functional + MRI response to photic stimulation. Neurology 48 173\u2013176. 10.1212/WNL.48.1.173", + "ArticleIdList": {"ArticleId": [{"#text": "10.1212/WNL.48.1.173", "@IdType": + "doi"}, {"#text": "9008514", "@IdType": "pubmed"}]}}, {"Citation": "Roth J. + K., Serences J. T., Courtney S. M. (2006). Neural system for controlling the + contents of object working memory in humans. Cereb. Cortex 16 1595\u20131603. + 10.1093/cercor/bhj096", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhj096", + "@IdType": "doi"}, {"#text": "16357333", "@IdType": "pubmed"}]}}, {"Citation": + "Rottschy C., Langner R., Dogan I., Reetz K., Laird A. R., Schulz J. B., et + al. (2012). Modelling neural correlates of working memory: a coordinate-based + meta-analysis. Neuroimage 60 830\u2013846. 10.1016/j.neuroimage.2011.11.050", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.11.050", + "@IdType": "doi"}, {"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", + "@IdType": "pubmed"}]}}, {"Citation": "Rugg M. D. (2016). \u201cInterpreting + age-related differences in memory-related neural activity,\u201d in Cognitive + Neuroscience of Aging: Linking Cognitive and Cerebral Aging, 2nd Edn, eds + Cabeza R., Nyberg L., Park D. (New York, NY: Oxford University Press; ), 183\u2013203. + 10.1093/acprof:oso/9780199372935.003.0008", "ArticleIdList": {"ArticleId": + {"#text": "10.1093/acprof:oso/9780199372935.003.0008", "@IdType": "doi"}}}, + {"Citation": "Rugg M. D., Morcom A. M. (2005). \u201cThe relationship between + brain activity, cognitive performance and aging: the case of memory,\u201d + in Cognitive Neuroscience of Aging: Linking Cognitive and Cerebral Aging, + eds Cabeza R., Nyberg L., Park D. (New York, NY: Oxford University Press; + ), 132\u2013154."}, {"Citation": "Rypma B., Prabhakaran V., Desmond J. E., + Gabrieli J. D. (2001). Age differences in prefrontal cortical activity in + working memory. Psychol. Aging 16 371\u2013384. 10.1037//0882-7974.16.3.371", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0882-7974.16.3.371", "@IdType": + "doi"}, {"#text": "11554517", "@IdType": "pubmed"}]}}, {"Citation": "Seeley + W. W., Menon V., Schatzberg A. F., Keller J., Glover G. H., Kenna H., et al. + (2007). Dissociable intrinsic connectivity networks for salience processing + and executive control. J. Neurosci. 27 2349\u20132356. 10.1523/JNEUROSCI.5587-06.2007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.5587-06.2007", + "@IdType": "doi"}, {"#text": "PMC2680293", "@IdType": "pmc"}, {"#text": "17329432", + "@IdType": "pubmed"}]}}, {"Citation": "Spreng R. N., Wojtowicz M., Grady C. + L. (2010). Reliable differences in brain activity between young and old adults: + a quantitative meta-analysis across multiple cognitive domains. Neurosci. + Biobehav. Rev. 34 1178\u20131194. 10.1016/j.neubiorev.2010.01.009", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neubiorev.2010.01.009", "@IdType": "doi"}, + {"#text": "20109489", "@IdType": "pubmed"}]}}, {"Citation": "Stanley M. L., + Simpson S. L., Dagenbach D., Lyday R. G., Burdette J. H., Laurienti P. J. + (2015). Changes in brain network efficiency and working memory performance + in aging. PLoS One 10:e0123950. 10.1371/journal.pone.0123950", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0123950", "@IdType": "doi"}, + {"#text": "PMC4395305", "@IdType": "pmc"}, {"#text": "25875001", "@IdType": + "pubmed"}]}}, {"Citation": "Stark M., Coslett H., Saffran E. M. (1996). Impairment + of an egocentric map of locations: implications for perception and action. + Cogn. Neuropsychol. 13 481\u2013523. 10.1080/026432996381908", "ArticleIdList": + {"ArticleId": {"#text": "10.1080/026432996381908", "@IdType": "doi"}}}, {"Citation": + "Sun X., Zhang X., Chen X., Zhang P., Bao M., Zhang D., et al. (2005). Age-dependent + brain activation during forward and backward digit recall revealed by fMRI. + Neuroimage 26 36\u201347. 10.1016/j.neuroimage.2005.01.022", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.01.022", "@IdType": "doi"}, + {"#text": "15862203", "@IdType": "pubmed"}]}}, {"Citation": "Vermeij A., Kessels + R. P. C., Heskamp L., Simons E. M. F., Dautzenberg P. L. J., Claassen J. A. + H. R. (2017). Prefrontal activation may predict working-memory training gain + in normal aging and mild cognitive impairment. Brain Imaging Behav. 11 141\u2013154. + 10.1007/s11682-016-9508-7", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11682-016-9508-7", + "@IdType": "doi"}, {"#text": "PMC5415588", "@IdType": "pmc"}, {"#text": "26843001", + "@IdType": "pubmed"}]}}, {"Citation": "Wager T. D., Smith E. E. (2003). Neuroimaging + studies of working memory: a meta-analysis. Cogn. Affect. Behav. Neurosci. + 3 255\u2013274. 10.3758/CABN.3.4.255", "ArticleIdList": {"ArticleId": [{"#text": + "10.3758/CABN.3.4.255", "@IdType": "doi"}, {"#text": "15040547", "@IdType": + "pubmed"}]}}, {"Citation": "Wang T. H., Kruggel F., Rugg M. D. (2009). Effects + of advanced aging on the neural correlates of successful recognition memory. + Neuropsychologia 47 1352\u20131361. 10.1016/j.neuropsychologia.2009.01.030", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2009.01.030", + "@IdType": "doi"}, {"#text": "PMC2680799", "@IdType": "pmc"}, {"#text": "19428399", + "@IdType": "pubmed"}]}}, {"Citation": "Ward B. D. (2000). Simultaneous Inference + for fMRI Data. Available online at: http://afni.nimh.nih.gov/pub/dist/doc/manual/AlphaSim.pdf"}, + {"Citation": "Wechsler D. (1987). WMS-R: Wechsler Memory Scale\u2013Revised. + San Antonio, TX: Psychological Corporation."}]}, "PublicationStatus": "epublish"}, + "MedlineCitation": {"PMID": {"#text": "30459595", "@Version": "1"}, "@Owner": + "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": + "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers in aging neuroscience", + "JournalIssue": {"Volume": "10", "PubDate": {"Year": "2018"}, "@CitedMedium": + "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, "Abstract": {"AbstractText": + {"i": ["n", "n", "n"], "#text": "Working memory (WM)-related brain activity + is known to be modulated by aging; particularly, older adults demonstrate + greater activity than young adults. However, it is still unclear whether the + activity increase in older adults is also observed in advanced aging. The + present functional magnetic resonance imaging (fMRI) study was designed to + clarify the neural correlates of WM in advanced aging. Further, we set out + to investigate in the case that adults of advanced age do show age-related + increase in WM-related activity, what the functional significance of this + over-recruitment might be. Two groups of older adults - \"young-old\" (61-70 + years, = 17) and \"old-old\" (77-82 years, = 16) - were scanned while performing + a visual WM task (the -back task: 0-back and 1-back). WM effects (1-back > + 0-back) common to both age groups were identified in several regions, including + the bilateral dorsolateral prefrontal cortex (DLPFC), the inferior parietal + cortex, and the insula. Greater WM effects in the old-old than in the young-old + group were identified in the right caudal DLPFC. These results were replicated + when we performed a separate analysis between two age groups with the same + level of WM performance (the young-old vs. a \"high-performing\" subset of + the old-old group). There were no regions where WM effects were greater in + the young-old group than in the old-old group. Importantly, the magnitude + of the over-recruitment WM effects positively correlated with WM performance + in the old-old group, but not in the young-old group. The present findings + suggest that cortical over-recruitment occurs in advanced old age, and that + increased activity may serve a compensatory function in mediating WM performance."}}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Maki", "Initials": "M", "LastName": "Suzuki", + "AffiliationInfo": [{"Affiliation": "Division of Cognitive Psychology, Faculty + of Letters, Kumamoto University, Kumamoto, Japan."}, {"Affiliation": "Department + of Behavioral Neurology and Neuropsychiatry, United Graduate School of Child + Development, Osaka University, Suita, Japan."}]}, {"@ValidYN": "Y", "ForeName": + "Toshikazu", "Initials": "T", "LastName": "Kawagoe", "AffiliationInfo": {"Affiliation": + "Division of Human and Social Sciences, Graduate School of Social and Cultural + Sciences, Kumamoto University, Kumamoto, Japan."}}, {"@ValidYN": "Y", "ForeName": + "Shu", "Initials": "S", "LastName": "Nishiguchi", "AffiliationInfo": {"Affiliation": + "Department of Human Health Sciences, Graduate School of Medicine, Kyoto University, + Kyoto, Japan."}}, {"@ValidYN": "Y", "ForeName": "Nobuhito", "Initials": "N", + "LastName": "Abe", "AffiliationInfo": {"Affiliation": "Kokoro Research Center, + Kyoto University, Kyoto, Japan."}}, {"@ValidYN": "Y", "ForeName": "Yuki", + "Initials": "Y", "LastName": "Otsuka", "AffiliationInfo": {"Affiliation": + "Kokoro Research Center, Kyoto University, Kyoto, Japan."}}, {"@ValidYN": + "Y", "ForeName": "Ryusuke", "Initials": "R", "LastName": "Nakai", "AffiliationInfo": + {"Affiliation": "Kokoro Research Center, Kyoto University, Kyoto, Japan."}}, + {"@ValidYN": "Y", "ForeName": "Kohei", "Initials": "K", "LastName": "Asano", + "AffiliationInfo": {"Affiliation": "Kokoro Research Center, Kyoto University, + Kyoto, Japan."}}, {"@ValidYN": "Y", "ForeName": "Minoru", "Initials": "M", + "LastName": "Yamada", "AffiliationInfo": {"Affiliation": "Department of Human + Health Sciences, Graduate School of Medicine, Kyoto University, Kyoto, Japan."}}, + {"@ValidYN": "Y", "ForeName": "Sakiko", "Initials": "S", "LastName": "Yoshikawa", + "AffiliationInfo": {"Affiliation": "Kokoro Research Center, Kyoto University, + Kyoto, Japan."}}, {"@ValidYN": "Y", "ForeName": "Kaoru", "Initials": "K", + "LastName": "Sekiyama", "AffiliationInfo": [{"Affiliation": "Division of Cognitive + Psychology, Faculty of Letters, Kumamoto University, Kumamoto, Japan."}, {"Affiliation": + "Graduate School of Advanced Integrated Studies in Human Survivability, Kyoto + University, Kyoto, Japan."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "358", "MedlinePgn": "358"}, "ArticleDate": {"Day": "06", "Year": "2018", + "Month": "11", "@DateType": "Electronic"}, "ELocationID": [{"#text": "358", + "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2018.00358", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Neural Correlates of + Working Memory Maintenance in Advanced Aging: Evidence From fMRI.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "01", "Year": "2020", "Month": "10"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "aging", "@MajorTopicYN": "N"}, {"#text": "compensation", + "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": + "maintenance", "@MajorTopicYN": "N"}, {"#text": "over-recruitment", "@MajorTopicYN": + "N"}, {"#text": "prefrontal", "@MajorTopicYN": "N"}, {"#text": "working memory", + "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": "Switzerland", + "MedlineTA": "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": + "101525824"}}}, "semantic_scholar": {"year": 2018, "title": "Neural Correlates + of Working Memory Maintenance in Advanced Aging: Evidence From fMRI", "venue": + "Frontiers in Aging Neuroscience", "authors": [{"name": "Maki Suzuki", "authorId": + "48690988"}, {"name": "Toshikazu Kawagoe", "authorId": "4947019"}, {"name": + "S. Nishiguchi", "authorId": "2363313"}, {"name": "N. Abe", "authorId": "2099670"}, + {"name": "Y. Otsuka", "authorId": "3888903"}, {"name": "R. Nakai", "authorId": + "3411098"}, {"name": "K. Asano", "authorId": "2664313"}, {"name": "M. Yamada", + "authorId": "143979681"}, {"name": "S. Yoshikawa", "authorId": "2211534"}, + {"name": "K. Sekiyama", "authorId": "1740371"}], "paperId": "0336572c99b00d5a4d34a724096e3deb9766fc59", + "abstract": "Working memory (WM)-related brain activity is known to be modulated + by aging; particularly, older adults demonstrate greater activity than young + adults. However, it is still unclear whether the activity increase in older + adults is also observed in advanced aging. The present functional magnetic + resonance imaging (fMRI) study was designed to clarify the neural correlates + of WM in advanced aging. Further, we set out to investigate in the case that + adults of advanced age do show age-related increase in WM-related activity, + what the functional significance of this over-recruitment might be. Two groups + of older adults \u2013 \u201cyoung\u2013old\u201d (61\u201370 years, n = 17) + and \u201cold\u2013old\u201d (77\u201382 years, n = 16) \u2013 were scanned + while performing a visual WM task (the n-back task: 0-back and 1-back). WM + effects (1-back > 0-back) common to both age groups were identified in several + regions, including the bilateral dorsolateral prefrontal cortex (DLPFC), the + inferior parietal cortex, and the insula. Greater WM effects in the old\u2013old + than in the young\u2013old group were identified in the right caudal DLPFC. + These results were replicated when we performed a separate analysis between + two age groups with the same level of WM performance (the young\u2013old vs. + a \u201chigh-performing\u201d subset of the old\u2013old group). There were + no regions where WM effects were greater in the young\u2013old group than + in the old\u2013old group. Importantly, the magnitude of the over-recruitment + WM effects positively correlated with WM performance in the old\u2013old group, + but not in the young\u2013old group. The present findings suggest that cortical + over-recruitment occurs in advanced old age, and that increased activity may + serve a compensatory function in mediating WM performance.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://doi.org/10.3389/fnagi.2018.00358", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6232505, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-11-06"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T08:28:07.096650+00:00", "analyses": + [{"id": "X8XpHhyqeiQa", "user": null, "name": "Young\u2013old = Old\u2013old", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "T3", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Brain regions showing stimulus + effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "FjfF5j466EDb", "user": + null, "name": "Location WM effects", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "T4", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Brain regions showing working + memory effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "C9TzVWrcxd82", "user": + null, "name": "Young\u2013old > Old\u2013old", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "Hz7twrzZSiV5", "user": + null, "name": "Face WM effects-2", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "jrvUTLYcju74", "user": + null, "name": "Location WM effects-2", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "MFdrRe3ENnL9", "user": + null, "name": "Old\u2013old > Young\u2013old", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "zkSiQYdt6ySA", "user": + null, "name": "Young\u2013old > High-performing old\u2013old", "metadata": + {"table": {"table_number": 8, "table_metadata": {"table_id": "T8", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json", + "table_label": "Table 8", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv"}, + "original_table_id": "t8"}, "table_metadata": {"table_id": "T8", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json", + "table_label": "Table 8", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv"}, + "sanitized_table_id": "t8"}, "description": "Age-related differences (young\u2013old + vs. high-performing old\u2013old) in working memory effects.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "NiJy98rtgz5Z", "user": + null, "name": "Location effects", "metadata": {"table": {"table_number": 3, + "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Brain regions showing stimulus + effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [{"id": "Pa9xTxKujNEn", "coordinates": [42.0, + -76.0, 26.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.38}]}, {"id": "77ctutjaTxnK", "coordinates": + [18.0, -70.0, 50.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.87}]}], "images": []}, {"id": "VZsbN9Vgomsd", + "user": null, "name": "Face WM effects-3", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [{"id": "w4PpcvgHi3uN", "coordinates": [27.0, + 23.0, 56.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.66}]}], "images": []}, {"id": "2P7KNDiq9Rgx", + "user": null, "name": "Face effects", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Brain regions showing stimulus + effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [{"id": "tieCEFRTUxZM", "coordinates": [-9.0, + -73.0, -4.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.5}]}, {"id": "p4JhUE7iw7Af", "coordinates": + [42.0, -73.0, -10.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.75}]}], "images": []}, {"id": "JwmRLGe5ZpPc", + "user": null, "name": "Face WM effects", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "T4", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Brain regions showing working + memory effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [{"id": "ZM2qzpjQ3W7B", "coordinates": [-45.0, + 26.0, 32.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.07}]}, {"id": "psr5sZMokyds", "coordinates": + [36.0, 23.0, 35.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.14}]}, {"id": "ztNKg6j568bs", "coordinates": + [-36.0, 47.0, -4.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.77}]}, {"id": "A6wwCDyncJJx", "coordinates": + [9.0, 26.0, 41.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.92}]}, {"id": "nAKTZV6pHgfD", "coordinates": + [-30.0, 26.0, 2.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.15}]}, {"id": "DEWyMF9pqvXM", "coordinates": + [30.0, 29.0, -1.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.54}]}, {"id": "k6aiuv9FZE48", "coordinates": + [66.0, -28.0, -10.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.98}]}, {"id": "q45h7Q8nXtJo", "coordinates": + [-39.0, -55.0, 47.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.35}]}, {"id": "KDoMgrUggzQh", "coordinates": + [42.0, -61.0, 41.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.11}]}], "images": []}, {"id": "oiWsN8mZKyWW", + "user": null, "name": "Location WM effects-3", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [{"id": "yr3DVeUZpzD4", "coordinates": [-33.0, + -58.0, 41.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.51}]}], "images": []}, {"id": "LgW4rXsoKtue", + "user": null, "name": "Young\u2013old = Old\u2013old-2", "metadata": {"table": + {"table_number": 6, "table_metadata": {"table_id": "T6", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005_info.json", + "table_label": "Table 6", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t6_coordinates.csv"}, + "original_table_id": "t6"}, "table_metadata": {"table_id": "T6", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005_info.json", + "table_label": "Table 6", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t6_coordinates.csv"}, + "sanitized_table_id": "t6"}, "description": "Brain regions showing working + memory effects common to the two age groups.", "conditions": [], "weights": + [], "points": [{"id": "hryD5j7Rs6zj", "coordinates": [-48.0, 26.0, 35.0], + "kind": null, "space": "OTHER", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.95}]}, {"id": "EbhfGkeD6kVg", "coordinates": [36.0, + 23.0, 38.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.64}]}, {"id": "BteHQrDSWZFf", "coordinates": + [-30.0, 26.0, 2.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.91}]}, {"id": "4keTSTQbFDJY", "coordinates": + [30.0, 29.0, 2.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.29}]}, {"id": "nBDPmrj4fP6e", "coordinates": + [-48.0, -49.0, 47.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.52}]}, {"id": "XmeTnp3MCLAE", "coordinates": + [54.0, -46.0, 44.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.18}]}], "images": []}, {"id": "nUc3cYVkNw9q", + "user": null, "name": "Old\u2013old > Young\u2013old-2", "metadata": {"table": + {"table_number": 7, "table_metadata": {"table_id": "T7", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006_info.json", + "table_label": "Table 7", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t7_coordinates.csv"}, + "original_table_id": "t7"}, "table_metadata": {"table_id": "T7", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006_info.json", + "table_label": "Table 7", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t7_coordinates.csv"}, + "sanitized_table_id": "t7"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects.", "conditions": [], "weights": + [], "points": [{"id": "VYUUkMXAfvkF", "coordinates": [27.0, 23.0, 56.0], "kind": + null, "space": "OTHER", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.79}]}], "images": []}, {"id": "nbFMT9tyccGj", "user": null, + "name": "High-performing old\u2013old > Young\u2013old", "metadata": {"table": + {"table_number": 8, "table_metadata": {"table_id": "T8", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json", + "table_label": "Table 8", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv"}, + "original_table_id": "t8"}, "table_metadata": {"table_id": "T8", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json", + "table_label": "Table 8", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv"}, + "sanitized_table_id": "t8"}, "description": "Age-related differences (young\u2013old + vs. high-performing old\u2013old) in working memory effects.", "conditions": + [], "weights": [], "points": [{"id": "5SEafivZm2kS", "coordinates": [33.0, + 26.0, 56.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.53}]}, {"id": "tsoYFnWcies8", "coordinates": + [24.0, 47.0, 29.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.8}]}, {"id": "dsMjfPQGi3DX", "coordinates": + [-3.0, 32.0, 35.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.9}]}, {"id": "8bVKbGPEphq5", "coordinates": + [-9.0, 32.0, 53.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.71}]}, {"id": "ZHPtV37Bpr72", "coordinates": + [-12.0, -46.0, 62.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.45}]}], "images": []}]}, {"id": + "8pMa8n8vWjYr", "created_at": "2025-12-03T18:06:08.549925+00:00", "updated_at": + null, "user": null, "name": "Head over heels but I forget why: Disruptive + functional connectivity in older adult fallers with mild cognitive impairment", + "description": "UNLABELLED: Disrupted functional connectivity has been highlighted + as a neural mechanism by which impaired cognitive function and mobility co-exist + in older adults with mild cognitive impairment (MCI). The objective of this + study was to determine the independent and combined effects of MCI and faller + status on functional connectivity of three functional networks: default mode + network (DMN), fronto-parietal network (FPN) and sensorimotor network (SMN) + between 4 groups of older adults: 1) Healthy; 2) MCI without Falls; 3) Fallers + without MCI; and 4) Fallers with MCI.\n\nMETHODS: Sixty-six adults aged 70-80 + years old were included. Cognition was assessed using: 1) cognitive dual task; + 2) Stroop Colour-Word Test; 3) Trail Making Tests (TMT); and 4) Digit Symbol + Substitution Test (DSST). Postural sway was assessed with eyes opened and + standing on the floor. Functional connectivity was measured using fMRI while + performing a finger-tapping task.\n\nRESULTS: Differences in DMN-SMN connectivity + were found for Fallers with MCI vs Fallers without MCI (p\u202f=\u202f.001). + Fallers with MCI had significantly greater postural sway than the other groups. + Both DMN-SMN connectivity (p\u202f=\u202f.03) and postural sway (p\u202f=\u202f.001) + increased in a significantly linear fashion from Fallers without MCI, to MCI + without Falls, to Fallers with MCI. Participants with MCI performed significantly + worse on the DSST (p\u202f=\u202f.003) and TMT (p\u202f=\u202f.007) than those + without MCI.\n\nCONCLUSION: Aberrant DMN-SMN connectivity may underlie reduced + postural stability. Having both impaired cognition and mobility is associated + with a greater level of disruptive DMN-SMN connectivity and increased postural + sway than singular impairment.", "publication": "Behavioural Brain Research", + "doi": "10.1016/j.bbr.2019.112104", "pmid": "31325516", "authors": "Rachel + A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose", "year": 2019, + "metadata": {"slug": "31325516-10-1016-j-bbr-2019-112104", "source": "semantic_scholar", + "keywords": ["Aberrant functional connectivity", "Falls", "Mild cognitive + impairment", "Postural sway"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "22", "Year": "2019", "Month": "2", "@PubStatus": + "received"}, {"Day": "4", "Year": "2019", "Month": "7", "@PubStatus": "revised"}, + {"Day": "16", "Year": "2019", "Month": "7", "@PubStatus": "accepted"}, {"Day": + "22", "Hour": "6", "Year": "2019", "Month": "7", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "18", "Hour": "6", "Year": "2020", "Month": "9", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "21", "Hour": "6", "Year": "2019", + "Month": "7", "Minute": "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "31325516", "@IdType": "pubmed"}, {"#text": "10.1016/j.bbr.2019.112104", + "@IdType": "doi"}, {"#text": "S0166-4328(19)30296-7", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "31325516", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1872-7549", "@IssnType": "Electronic"}, "Title": "Behavioural + brain research", "JournalIssue": {"Volume": "376", "PubDate": {"Day": "30", + "Year": "2019", "Month": "Dec"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Behav Brain Res"}, "Abstract": {"AbstractText": [{"#text": "Disrupted functional + connectivity has been highlighted as a neural mechanism by which impaired + cognitive function and mobility co-exist in older adults with mild cognitive + impairment (MCI). The objective of this study was to determine the independent + and combined effects of MCI and faller status on functional connectivity of + three functional networks: default mode network (DMN), fronto-parietal network + (FPN) and sensorimotor network (SMN) between 4 groups of older adults: 1) + Healthy; 2) MCI without Falls; 3) Fallers without MCI; and 4) Fallers with + MCI.", "@Label": "UNLABELLED"}, {"#text": "Sixty-six adults aged 70-80 years + old were included. Cognition was assessed using: 1) cognitive dual task; 2) + Stroop Colour-Word Test; 3) Trail Making Tests (TMT); and 4) Digit Symbol + Substitution Test (DSST). Postural sway was assessed with eyes opened and + standing on the floor. Functional connectivity was measured using fMRI while + performing a finger-tapping task.", "@Label": "METHODS"}, {"#text": "Differences + in DMN-SMN connectivity were found for Fallers with MCI vs Fallers without + MCI (p\u202f=\u202f.001). Fallers with MCI had significantly greater postural + sway than the other groups. Both DMN-SMN connectivity (p\u202f=\u202f.03) + and postural sway (p\u202f=\u202f.001) increased in a significantly linear + fashion from Fallers without MCI, to MCI without Falls, to Fallers with MCI. + Participants with MCI performed significantly worse on the DSST (p\u202f=\u202f.003) + and TMT (p\u202f=\u202f.007) than those without MCI.", "@Label": "RESULTS"}, + {"#text": "Aberrant DMN-SMN connectivity may underlie reduced postural stability. + Having both impaired cognition and mobility is associated with a greater level + of disruptive DMN-SMN connectivity and increased postural sway than singular + impairment.", "@Label": "CONCLUSION"}], "CopyrightInformation": "Copyright + \u00a9 2019 Elsevier B.V. All rights reserved."}, "Language": "eng", "@PubModel": + "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Rachel A", "Initials": "RA", "LastName": "Crockett", "AffiliationInfo": {"Affiliation": + "Aging, Mobility, and Cognitive Neuroscience Laboratory, Department of Physical + Therapy, University of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian + Centre for Brain Health, University of British Columbia, Vancouver, BC, Canada; + Centre for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Chun Liang", "Initials": + "CL", "LastName": "Hsu", "AffiliationInfo": {"Affiliation": "Aging, Mobility, + and Cognitive Neuroscience Laboratory, Department of Physical Therapy, University + of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian Centre for + Brain Health, University of British Columbia, Vancouver, BC, Canada; Centre + for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "John R", "Initials": + "JR", "LastName": "Best", "AffiliationInfo": {"Affiliation": "Aging, Mobility, + and Cognitive Neuroscience Laboratory, Department of Physical Therapy, University + of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian Centre for + Brain Health, University of British Columbia, Vancouver, BC, Canada; Centre + for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Olivier", "Initials": + "O", "LastName": "Beauchet", "AffiliationInfo": {"Affiliation": "Faculty of + Medicine, McGill University, Montreal, QC, Canada; Centre of Excellence on + Aging and Chronic Diseases of McGill University Health Network, Montreal, + QC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Teresa", "Initials": "T", "LastName": + "Liu-Ambrose", "AffiliationInfo": {"Affiliation": "Aging, Mobility, and Cognitive + Neuroscience Laboratory, Department of Physical Therapy, University of British + Columbia, Vancouver, BC, Canada; Djavad Mowafaghian Centre for Brain Health, + University of British Columbia, Vancouver, BC, Canada; Centre for Hip Health + and Mobility, Vancouver Coastal Health Research Institute, Vancouver, BC, + Canada. Electronic address: teresa.ambrose@ubc.ca."}}], "@CompleteYN": "Y"}, + "Pagination": {"StartPage": "112104", "MedlinePgn": "112104"}, "ArticleDate": + {"Day": "17", "Year": "2019", "Month": "07", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.bbr.2019.112104", "@EIdType": "doi", "@ValidYN": "Y"}, + {"#text": "S0166-4328(19)30296-7", "@EIdType": "pii", "@ValidYN": "Y"}], "ArticleTitle": + "Head over heels but I forget why: Disruptive functional connectivity in older + adult fallers with mild cognitive impairment.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D013485", "#text": + "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "17", "Year": + "2020", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aberrant functional connectivity", "@MajorTopicYN": "N"}, {"#text": "Falls", + "@MajorTopicYN": "N"}, {"#text": "Mild cognitive impairment", "@MajorTopicYN": + "N"}, {"#text": "Postural sway", "@MajorTopicYN": "N"}]}, "DateCompleted": + {"Day": "17", "Year": "2020", "Month": "09"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"QualifierName": {"@UI": "Q000517", + "#text": "prevention & control", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000058", "#text": "Accidental Falls", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000369", "#text": "Aged, 80 and over", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000150", "#text": "complications", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D060825", "#text": "Cognitive Dysfunction", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D003430", "#text": "Cross-Sectional Studies", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D056228", "#text": "Feedback, + Sensory", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": + "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": + "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D057187", "#text": + "Independent Living", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008279", + "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D004856", "#text": "Postural Balance", "@MajorTopicYN": + "N"}}]}, "MedlineJournalInfo": {"Country": "Netherlands", "MedlineTA": "Behav + Brain Res", "ISSNLinking": "0166-4328", "NlmUniqueID": "8004872"}}}, "semantic_scholar": + {"year": 2019, "title": "Head over heels but I forget why: Disruptive functional + connectivity in older adult fallers with mild cognitive impairment", "venue": + "Behavioural Brain Research", "authors": [{"name": "Rachel A. Crockett", "authorId": + "50189875"}, {"name": "C. Hsu", "authorId": "2383346823"}, {"name": "J. Best", + "authorId": "4865485"}, {"name": "O. Beauchet", "authorId": "49063547"}, {"name": + "T. Liu-Ambrose", "authorId": "1398171534"}], "paperId": "d59b4bd8dfa8ad1096cd911dc5c3f2174054c966", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + null, "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.bbr.2019.112104?email= + or https://doi.org/10.1016/j.bbr.2019.112104, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2019-12-30"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T18:08:27.610943+00:00", "analyses": [{"id": "8MaDDtLT94Sb", "user": + null, "name": "SMN", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tbl0005", "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "original_table_id": "tbl0005"}, "table_metadata": {"table_id": "tbl0005", + "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "sanitized_table_id": "tbl0005"}, "description": "Region of interests (ROIs) + for each network with MNI coordinates.", "conditions": [], "weights": [], + "points": [{"id": "4gQVPaasUHMs", "coordinates": [-39.0, -21.0, 55.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "aDoXNtMZhZCt", "coordinates": [34.0, -25.0, 53.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "hKYJm2mvTgbL", + "coordinates": [-24.0, -66.0, -19.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "4EVkZiyKKehQ", "coordinates": + [25.0, -71.0, -23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "kxhZwivcN5EY", "coordinates": [-16.0, 0.0, 57.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "3fqpwwsxptHD", "coordinates": [20.0, -17.0, 61.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "WEsnkXftaZpW", + "coordinates": [-5.0, -1.0, 52.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}, {"id": "EUTk3vb2zE2o", + "user": null, "name": "DMN", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tbl0005", "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "original_table_id": "tbl0005"}, "table_metadata": {"table_id": "tbl0005", + "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "sanitized_table_id": "tbl0005"}, "description": "Region of interests (ROIs) + for each network with MNI coordinates.", "conditions": [], "weights": [], + "points": [{"id": "QbY3qFh4CLwZ", "coordinates": [8.0, -56.0, 30.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "mAo2spyuEY57", "coordinates": [-2.0, 54.0, -12.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "MQhgUADzgYCR", + "coordinates": [58.0, -10.0, -18.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "fpLAYh8ncMf8", "coordinates": + [-52.0, -14.0, -20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "njMF7pCwUsMx", "coordinates": [24.0, -26.0, -20.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "q5FFxARHSAA6", "coordinates": [-26.0, -24.0, -20.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "LTSwnzKLQfmt", + "coordinates": [-30.0, 20.0, 50.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "KmaxyLWRxK5c", "coordinates": + [54.0, -62.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "N3hGazGaq8SN", "coordinates": [-44.0, -72.0, + 30.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}], "images": []}, {"id": "4oj7SwVPqMxi", "user": null, "name": "FPN", "metadata": + {"table": {"table_number": 1, "table_metadata": {"table_id": "tbl0005", "table_label": + "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "original_table_id": "tbl0005"}, "table_metadata": {"table_id": "tbl0005", + "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "sanitized_table_id": "tbl0005"}, "description": "Region of interests (ROIs) + for each network with MNI coordinates.", "conditions": [], "weights": [], + "points": [{"id": "4iPBDQf5Xuhw", "coordinates": [25.0, -62.0, 53.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "FYjDJV9yDT9j", "coordinates": [36.0, -62.0, 0.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "5uYdj4BsRCba", + "coordinates": [-44.0, -60.0, -6.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "khfF3e6X49u8", "coordinates": + [32.0, -38.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "qGvcH7AJdr5D", "coordinates": [26.0, -60.0, 54.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "oMPjNv5c66qY", "coordinates": [-26.0, -4.0, 52.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "LSDcLC4Ksm5n", + "coordinates": [28.0, -4.0, 58.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "x22LcgSGXMDh", "coordinates": + [-26.0, -8.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}]}, {"id": "8wcR6B8iVdoC", "created_at": + "2025-12-04T22:14:32.813085+00:00", "updated_at": null, "user": null, "name": + "Effects of in-Scanner Bilateral Frontal tDCS on Functional Connectivity of + the Working Memory Network in Older Adults", "description": "Working memory + is an executive memory process essential for everyday decision-making and + problem solving that declines with advanced age. Transcranial direct current + stimulation (tDCS) is a non-invasive form of brain stimulation that has demonstrated + potential for improving working memory performance in older adults. However, + the neural mechanisms underlying effects of tDCS on working memory are not + well understood. This mechanistic study investigated the acute and after-effects + of bilateral frontal (F3/F4) tDCS at 2 mA for 12-min on functional connectivity + of the working memory network in older adults. We hypothesized active tDCS + over sham would increase frontal connectivity during working memory performance. + The study used a double-blind within-subject 2 session crossover design. Participants + performed an functional magnetic resonance imaging (fMRI) N-Back working memory + task before, during, and after active or sham stimulation. Functional connectivity + of the working memory network was assessed within and between stimulation + conditions (FDR < 0.05). Active tDCS produced a significant increase in functional + connectivity between left ventrolateral prefrontal cortex (VLPFC) and left + dorsolateral PFC (DLPFC) during stimulation, but not after stimulation. Connectivity + did not significantly increase with sham stimulation. In addition, our data + demonstrated both state-dependent and time-dependent effects of tDCS working + memory network connectivity in older adults. tDCS during working memory performance + produces a selective change in functional connectivity of the working memory + network in older adults. These data provide important mechanistic insight + into the effects of tDCS on brain connectivity in older adults, as well as + key methodological considerations for tDCS-working memory studies.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2019.00051", "pmid": + "30930766", "authors": "N. Nissim; A. O''Shea; A. Indahlastari; Rachel Telles; + Lindsey Richards; E. Porges; R. Cohen; A. Woods", "year": 2019, "metadata": + {"slug": "30930766-10-3389-fnagi-2019-00051-pmc6428720", "source": "semantic_scholar", + "keywords": ["DLPFC (dorsolateral prefrontal cortex)", "cognitive aging", + "fMRI\u2014functional magnetic resonance imaging", "functional connectivity", + "tDCS", "transcranial direct cortical stimulation (tDCS)", "working memory"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "19", "Year": "2018", "Month": "12", "@PubStatus": "received"}, {"Day": "22", + "Year": "2019", "Month": "2", "@PubStatus": "accepted"}, {"Day": "2", "Hour": + "6", "Year": "2019", "Month": "4", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "2", "Hour": "6", "Year": "2019", "Month": "4", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "2", "Hour": "6", "Year": "2019", "Month": "4", "Minute": + "1", "@PubStatus": "medline"}, {"Day": "1", "Year": "2019", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "30930766", "@IdType": "pubmed"}, {"#text": "PMC6428720", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2019.00051", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Andrews-Hanna J. R., Snyder A. Z., Vincent J. + L., Lustig C., Head D., Raichle M. E., et al. . (2007). Disruption of large-scale + brain systems in advanced aging. Neuron 56, 924\u2013935. 10.1016/j.neuron.2007.10.038", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2007.10.038", + "@IdType": "doi"}, {"#text": "PMC2709284", "@IdType": "pmc"}, {"#text": "18054866", + "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (1992). Working memory. + Science 255, 556\u2013559. 10.1126/science.1736359", "ArticleIdList": {"ArticleId": + [{"#text": "10.1126/science.1736359", "@IdType": "doi"}, {"#text": "1736359", + "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (2003). Working memory: + looking back and looking forward. Nat. Rev. Neurosci. 4, 829\u2013839. 10.1038/nrn1201", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1201", "@IdType": "doi"}, + {"#text": "14523382", "@IdType": "pubmed"}]}}, {"Citation": "Barbey A. K., + Koenigs M., Grafman J. (2013). Dorsolateral prefrontal contributions to human + working memory. Cortex 49, 1195\u20131205. 10.1016/j.cortex.2012.05.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2012.05.022", + "@IdType": "doi"}, {"#text": "PMC3495093", "@IdType": "pmc"}, {"#text": "22789779", + "@IdType": "pubmed"}]}}, {"Citation": "Batsikadze G., Moliadze V., Paulus + W., Kuo M.-F., Nitsche M. A. (2013). Partially non-linear stimulation intensity-dependent + effects of direct current stimulation on motor cortex excitability in humans. + J. Physiol. 591, 1987\u20132000. 10.1113/jphysiol.2012.249730", "ArticleIdList": + {"ArticleId": [{"#text": "10.1113/jphysiol.2012.249730", "@IdType": "doi"}, + {"#text": "PMC3624864", "@IdType": "pmc"}, {"#text": "23339180", "@IdType": + "pubmed"}]}}, {"Citation": "Behzadi Y., Restom K., Liau J., Liu T. T. (2007). + A component based noise correction method (CompCor) for BOLD and perfusion + based FMRI. Neuroimage 37, 90\u2013101. 10.1016/j.neuroimage.2007.04.042", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2007.04.042", + "@IdType": "doi"}, {"#text": "PMC2214855", "@IdType": "pmc"}, {"#text": "17560126", + "@IdType": "pubmed"}]}}, {"Citation": "Bikson M., Brunoni A. R., Charvet L. + E., Clark V. P., Cohen L. G., Deng Z.-D., et al. . (2018). Rigor and reproducibility + in research with transcranial electrical stimulation: an NIMH-sponsored workshop. + Brain Stimul. 11, 465\u2013480. 10.1016/j.brs.2017.12.008", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brs.2017.12.008", "@IdType": "doi"}, {"#text": + "PMC5997279", "@IdType": "pmc"}, {"#text": "29398575", "@IdType": "pubmed"}]}}, + {"Citation": "Bikson M., Grossman P., Thomas C., Zannou A. L., Jiang J., Adnan + T., et al. . (2016). Safety of transcranial direct current stimulation: evidence + based update 2016. Brain Stimul. 9, 641\u2013661. 10.1016/j.brs.2016.06.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brs.2016.06.004", "@IdType": + "doi"}, {"#text": "PMC5007190", "@IdType": "pmc"}, {"#text": "27372845", "@IdType": + "pubmed"}]}}, {"Citation": "Bindman L. J., Lippold O. C., Redfearn J. W. (1964). + The action of brief polarizing currents on the cerebral cortex of the rat + (1) during current flow and (2) in the production of long-lasting after-effects. + J. Physiol. 172, 369\u2013382. 10.1113/jphysiol.1964.sp007425", "ArticleIdList": + {"ArticleId": [{"#text": "10.1113/jphysiol.1964.sp007425", "@IdType": "doi"}, + {"#text": "PMC1368854", "@IdType": "pmc"}, {"#text": "14199369", "@IdType": + "pubmed"}]}}, {"Citation": "Blumenfeld R. S., Nomura E. M., Gratton C., D\u2019Esposito + M. (2013). Lateral prefrontal cortex is organized into parallel dorsal and + ventral streams along the rostro-caudal axis. Cereb. Cortex 23, 2457\u20132466. + 10.1093/cercor/bhs223", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhs223", + "@IdType": "doi"}, {"#text": "PMC3767956", "@IdType": "pmc"}, {"#text": "22879354", + "@IdType": "pubmed"}]}}, {"Citation": "Boisgueheneuc F. D., Levy R., Volle + E., Seassau M., Duffau H., Kinkingnehun S., et al. . (2006). Functions of + the left superior frontal gyrus in humans: a lesion study. Brain 129, 3315\u20133328. + 10.1093/brain/awl244", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awl244", + "@IdType": "doi"}, {"#text": "16984899", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R., Anderson N. D., Locantore J. K., McIntosh A. R. (2002). Aging + gracefully: compensatory brain activity in high-performing older adults. Neuroimage + 17, 1394\u20131402. 10.1006/nimg.2002.1280", "ArticleIdList": {"ArticleId": + [{"#text": "10.1006/nimg.2002.1280", "@IdType": "doi"}, {"#text": "12414279", + "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito M., Postle B. R., Ballard + D., Lease J. (1999). Maintenance versus manipulation of information held in + working memory: an event-related FMRI study. Brain Cogn. 41, 66\u201386. 10.1006/brcg.1999.1096", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/brcg.1999.1096", "@IdType": + "doi"}, {"#text": "10536086", "@IdType": "pubmed"}]}}, {"Citation": "Demirakca + T., Cardinale V., Dehn S., Ruf M., Ende G. (2016). The exercising brain-changes + in functional connectivity induced by an integrated multimodal cognitive and + whole body motor coordination training. Neural Plast. 2016:8240894. 10.1155/2016/8240894", + "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2016/8240894", "@IdType": + "doi"}, {"#text": "PMC4706972", "@IdType": "pmc"}, {"#text": "26819776", "@IdType": + "pubmed"}]}}, {"Citation": "Fallon N., Chiu Y., Nurmikko T., Stancak A. (2016). + Functional connectivity with the default mode network is altered in fibromyalgia + patients. PLoS One 11:e0159198. 10.1371/journal.pone.0159198", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0159198", "@IdType": "doi"}, + {"#text": "PMC4956096", "@IdType": "pmc"}, {"#text": "27442504", "@IdType": + "pubmed"}]}}, {"Citation": "Gazzaley A., Sheridan M. A., Cooney J. W., D\u2019Esposito + M. (2007). Age-related deficits in component processes of working memory. + Neuropsychology 21, 532\u2013539. 10.1037/0894-4105.21.5.532", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0894-4105.21.5.532", "@IdType": "doi"}, + {"#text": "17784801", "@IdType": "pubmed"}]}}, {"Citation": "Gill J., Shah-Basak + P. P., Hamilton R. (2014). It\u2019s the thought that counts: examining the + task-dependent effects of transcranial direct current stimulation on executive + function. Brain Stimul. 8, 253\u2013259. 10.1016/j.brs.2014.10.018", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brs.2014.10.018", "@IdType": "doi"}, {"#text": + "25465291", "@IdType": "pubmed"}]}}, {"Citation": "Goldman-Rakic P. S. (1987). + \u201cCircuitry of primate prefrontal cortex and regulation of behavior by + representational memory\u2014comprehensive physiology,\u201d in Handbook of + Physiology, ed. Goldberg E. (New York, NY: John Wiley & Sons; ), 373\u2013417."}, + {"Citation": "Goldman-Rakic P. S. (1996). Regional and cellular fractionation + of working memory. Proc. Natl. Acad. Sci. U S A 93, 13473\u201313480. 10.1073/pnas.93.24.13473", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.93.24.13473", "@IdType": + "doi"}, {"#text": "PMC33633", "@IdType": "pmc"}, {"#text": "8942959", "@IdType": + "pubmed"}]}}, {"Citation": "Gomes-Osman J., Indahlastari A., Fried P. J., + Cabral D. L. F., Rice J., Nissim N. R., et al. . (2018). Non-invasive brain + stimulation: probing intracortical circuits and improving cognition in the + aging brain. Front. Aging Neurosci. 10:177. 10.3389/fnagi.2018.00177", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2018.00177", "@IdType": "doi"}, {"#text": + "PMC6008650", "@IdType": "pmc"}, {"#text": "29950986", "@IdType": "pubmed"}]}}, + {"Citation": "Hampson M., Driesen N. R., Skudlarski P., Gore J. C., Constable + R. T. (2006). Brain connectivity related to working memory performance. J. + Neurosci. 26, 13338\u201313343. 10.1523/JNEUROSCI.3408-06.2006", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.3408-06.2006", "@IdType": "doi"}, + {"#text": "PMC2677699", "@IdType": "pmc"}, {"#text": "17182784", "@IdType": + "pubmed"}]}}, {"Citation": "Hampson M., Driesen N. R., Roth J. K., Gore J. + C., Constable R. T. (2010). Functional connectivity between task-positive + and task-negative brain areas and its relation to working memory performance. + Magn. Reson. Imaging 28, 1051\u20131057. 10.1016/j.mri.2010.03.021", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.mri.2010.03.021", "@IdType": "doi"}, {"#text": + "PMC2936669", "@IdType": "pmc"}, {"#text": "20409665", "@IdType": "pubmed"}]}}, + {"Citation": "Jones K. T., Stephens J. A., Alam M., Bikson M., Berryhill M. + E. (2015). Longitudinal neurostimulation in older adults improves working + memory. PLoS One 10:e0121904. 10.1371/journal.pone.0121904", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0121904", "@IdType": "doi"}, + {"#text": "PMC4388845", "@IdType": "pmc"}, {"#text": "25849358", "@IdType": + "pubmed"}]}}, {"Citation": "Keller J. B., Hedden T., Thompson T. W., Anteraper + S. A., Gabrieli J. D. E., Whitfield-Gabrieli S. (2015). Resting-state anticorrelations + between medial and lateral prefrontal cortex: association with working memory, + aging, and individual differences. Cortex 64, 271\u2013280. 10.1016/j.cortex.2014.12.001", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2014.12.001", + "@IdType": "doi"}, {"#text": "PMC4346444", "@IdType": "pmc"}, {"#text": "25562175", + "@IdType": "pubmed"}]}}, {"Citation": "Khadka N., Woods A. J., Bikson M. (2019). + \u201cTranscranial direct current stimulation electrodes,\u201d in Practical + Guide to Transcranial Direct Current Stimulation, eds Knotkova H., Nitsche + M., Bikson M., Woods A. (Cham: Springer International Publishing; ), 263\u2013291."}, + {"Citation": "Knotkova H., Nitsche M., Bikson M., Woods A. J. (2019). \u201cPractical + guide to transcranial direct current stimulation,\u201d in Principles, Procedures, + and Applications, 1st Edn. eds Knotkova H., Nitsche M., Bikson M., Woods A. + J. (Switzerland, AG: Springer Nature; ), 1\u2013651."}, {"Citation": "Li S.-C., + Lindenberger U., Sikstr\u00f6m S. (2001). Aging cognition: from neuromodulation + to representation. Trends Cogn. Sci. 5, 479\u2013486. 10.1016/s1364-6613(00)01769-1", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s1364-6613(00)01769-1", + "@IdType": "doi"}, {"#text": "11684480", "@IdType": "pubmed"}]}}, {"Citation": + "Maldjian J. A., Laurienti P. J., Burdette J. H. (2004). Precentral gyrus + discrepancy in electronic versions of the talairach atlas. Neuroimage 21, + 450\u2013455. 10.1016/j.neuroimage.2003.09.032", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2003.09.032", "@IdType": "doi"}, {"#text": + "14741682", "@IdType": "pubmed"}]}}, {"Citation": "Maldjian J. A., Laurienti + P. J., Kraft R. A., Burdette J. H. (2003). An automated method for neuroanatomic + and cytoarchitectonic atlas-based interrogation of FMRI data sets. Neuroimage + 19, 1233\u20131239. 10.1016/s1053-8119(03)00169-1", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/s1053-8119(03)00169-1", "@IdType": "doi"}, {"#text": "12880848", + "@IdType": "pubmed"}]}}, {"Citation": "Martin D. M., Liu R., Alonzo A., Green + M., Loo C. K. (2014). Use of transcranial direct current stimulation (TDCS) + to enhance cognitive training: effect of timing of stimulation. Exp. Brain + Res. 232, 3345\u20133351. 10.1007/s00221-014-4022-x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00221-014-4022-x", "@IdType": "doi"}, {"#text": "24992897", + "@IdType": "pubmed"}]}}, {"Citation": "Martin D. M., Liu R., Alonzo A., Green + M., Player M. J., Sachdev P., et al. . (2013). Can transcranial direct current + stimulation enhance outcomes from cognitive training? A randomized controlled + trial in healthy participants. Int. J. Neuropsychopharmacol. 16, 1927\u20131936. + 10.1017/s1461145713000539", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/s1461145713000539", + "@IdType": "doi"}, {"#text": "23719048", "@IdType": "pubmed"}]}}, {"Citation": + "McLaren M. E., Nissim N. R., Woods A. J. (2018). The effects of medication + use in transcranial direct current stimulation: a brief review. Brain Stimul. + 11, 52\u201358. 10.1016/j.brs.2017.10.006", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.brs.2017.10.006", "@IdType": "doi"}, {"#text": "PMC5729094", + "@IdType": "pmc"}, {"#text": "29066167", "@IdType": "pubmed"}]}}, {"Citation": + "Mograbi D. C., Assis Faria C., Fichman H. C., Paradela E. M., Alves Louren\u00e7o + R. (2014). Relationship between activities of daily living and cognitive ability + in a sample of older adults with heterogeneous educational level. Ann. Indian + Acad. Neurol. 17, 71\u201376. 10.4103/0972-2327.128558", "ArticleIdList": + {"ArticleId": [{"#text": "10.4103/0972-2327.128558", "@IdType": "doi"}, {"#text": + "PMC3992775", "@IdType": "pmc"}, {"#text": "24753664", "@IdType": "pubmed"}]}}, + {"Citation": "Monte-Silva K., Kuo Fang M., Hessenthaler S., Fresnoza S., Liebetanz + D., Paulus W., et al. . (2013). Induction of late LTP-like plasticity in the + human motor cortex by repeated non-invasive brain stimulation. Brain Stimul. + 6, 424\u2013432. 10.1016/j.brs.2012.04.011", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.brs.2012.04.011", "@IdType": "doi"}, {"#text": "22695026", + "@IdType": "pubmed"}]}}, {"Citation": "Nissim N. R., O\u2019Shea A. M., Bryant + V., Porges E. C., Cohen R., Woods A. J. (2017). Frontal structural neural + correlates of working memory performance in older adults. Front. Aging Neurosci. + 8:328. 10.3389/fnagi.2016.00328", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnagi.2016.00328", "@IdType": "doi"}, {"#text": "PMC5210770", "@IdType": + "pmc"}, {"#text": "28101053", "@IdType": "pubmed"}]}}, {"Citation": "Nitsche + M. A., Fricke K., Henschke U., Schlitterlau A., Liebetanz D., Lang N., et + al. . (2003a). Pharmacological modulation of cortical excitability shifts + induced by transcranial direct current stimulation in humans. J. Physiol. + 553, 293\u2013301. 10.1113/jphysiol.2003.049916", "ArticleIdList": {"ArticleId": + [{"#text": "10.1113/jphysiol.2003.049916", "@IdType": "doi"}, {"#text": "PMC2343495", + "@IdType": "pmc"}, {"#text": "12949224", "@IdType": "pubmed"}]}}, {"Citation": + "Nitsche M. A., Nitsche M. S., Klein C. C., Tergau F., Rothwell J. C., Paulus + W. (2003b). Level of action of cathodal DC polarisation induced inhibition + of the human motor cortex. Clin. Neurophysiol. 114, 600\u2013604. 10.1016/s1388-2457(02)00412-1", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s1388-2457(02)00412-1", + "@IdType": "doi"}, {"#text": "12686268", "@IdType": "pubmed"}]}}, {"Citation": + "Nitsche M. A., Liebetanz D., Schlitterlau A., Henschke U., Fricke K., Frommann + K., et al. . (2004). GABAergic modulation of dc stimulation-induced motor + cortex excitability shifts in humans. Eur. J. Neurosci. 19, 2720\u20132726. + 10.1111/j.0953-816x.2004.03398.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.0953-816x.2004.03398.x", "@IdType": "doi"}, {"#text": "15147306", + "@IdType": "pubmed"}]}}, {"Citation": "Nitsche M. A., Paulus W. (2000). Excitability + changes induced in the human motor cortex by weak transcranial direct current + stimulation. J. Physiol. 527, 633\u2013639. 10.1111/j.1469-7793.2000.t01-1-00633.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1469-7793.2000.t01-1-00633.x", + "@IdType": "doi"}, {"#text": "PMC2270099", "@IdType": "pmc"}, {"#text": "10990547", + "@IdType": "pubmed"}]}}, {"Citation": "Owen A. M., McMillan K. M., Laird A. + R., Bullmore E. (2005). N-back working memory paradigm: a meta-analysis of + normative functional neuroimaging studies. Hum. Brain Mapp. 25, 46\u201359. + 10.1002/hbm.20131", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.20131", + "@IdType": "doi"}, {"#text": "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", + "@IdType": "pubmed"}]}}, {"Citation": "Pelletier S. J., Cicchetti F. (2015). + Cellular and molecular mechanisms of action of transcranial direct current + stimulation: evidence from in vitro and in vivo models. Int. J. Neuropsychopharmacol. + 18:pyu047. 10.1093/ijnp/pyu047", "ArticleIdList": {"ArticleId": [{"#text": + "10.1093/ijnp/pyu047", "@IdType": "doi"}, {"#text": "PMC4368894", "@IdType": + "pmc"}, {"#text": "25522391", "@IdType": "pubmed"}]}}, {"Citation": "Petrides + M. (2000). Dissociable roles of mid-dorsolateral prefrontal and anterior inferotemporal + cortex in visual working memory. J. Neurosci. 20, 7496\u20137503. 10.1523/jneurosci.20-19-07496.2000", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/jneurosci.20-19-07496.2000", + "@IdType": "doi"}, {"#text": "PMC6772785", "@IdType": "pmc"}, {"#text": "11007909", + "@IdType": "pubmed"}]}}, {"Citation": "Reato D., Salvador R., Bikson M., Opitz + A., Dmochowski J., Miranda P. C. (2019). \u201cPrinciples of transcranial + direct current stimulation (TDCS): introduction to the biophysics of TDCS,\u201d + in Practical Guide to Transcranial Direct Current Stimulation, eds Knotkova + H., Nitsche M., Bikson M., Woods A. (Cham: Springer International Publishing; + ), 45\u201380."}, {"Citation": "Richmond L. L., Morrison A. B., Chein J. M., + Olson I. R. (2011). Working memory training and transfer in older adults. + Psychol. Aging 26, 813\u2013822. 10.1037/a0023631", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0023631", "@IdType": "doi"}, {"#text": "21707176", "@IdType": + "pubmed"}]}}, {"Citation": "Richmond L. L., Wolk D., Chein J., Olson I. R. + (2014). Transcranial direct current stimulation enhances verbal working memory + training performance over time and near transfer outcomes. J. Cogn. Neurosci. + 26, 2443\u20132454. 10.1162/jocn_a_00657", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/jocn_a_00657", "@IdType": "doi"}, {"#text": "24742190", + "@IdType": "pubmed"}]}}, {"Citation": "Salthouse T. A., Mitchell D. R., Skovronek + E., Babcock R. L. (1989). Effects of adult age and working memory on reasoning + and spatial abilities. J. Exp. Psychol. Learn. Mem. Cogn. 15, 507\u2013516. + 10.1037//0278-7393.15.3.507", "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0278-7393.15.3.507", + "@IdType": "doi"}, {"#text": "2524548", "@IdType": "pubmed"}]}}, {"Citation": + "Stephens J. A., Berryhill M. E. (2016). Older adults improve on everyday + tasks after working memory training and neurostimulation. Brain Stimul. 9, + 553\u2013559. 10.1016/j.brs.2016.04.001", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.brs.2016.04.001", "@IdType": "doi"}, {"#text": "PMC4957521", "@IdType": + "pmc"}, {"#text": "27178247", "@IdType": "pubmed"}]}}, {"Citation": "Wang + M., Gamo N. J., Yang Y., Jin L. E., Wang X.-J., Laubach M., et al. . (2011). + Neuronal basis of age-related working memory decline. Nature 476, 210\u2013213. + 10.1038/nature10243", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature10243", + "@IdType": "doi"}, {"#text": "PMC3193794", "@IdType": "pmc"}, {"#text": "21796118", + "@IdType": "pubmed"}]}}, {"Citation": "Wei P., Zhang Z., Lv Z., Jing B. (2017). + Strong functional connectivity among homotopic brain areas is vital for motor + control in unilateral limb movement. Front. Hum. Neurosci. 11:366. 10.3389/fnhum.2017.00366", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2017.00366", "@IdType": + "doi"}, {"#text": "PMC5506200", "@IdType": "pmc"}, {"#text": "28747880", "@IdType": + "pubmed"}]}}, {"Citation": "Whitfield-Gabrieli S., Nieto-Castanon A. (2012). + Conn: a functional connectivity toolbox for correlated and anticorrelated + brain networks. Brain Connect. 2, 125\u2013141. 10.1089/brain.2012.0073", + "ArticleIdList": {"ArticleId": [{"#text": "10.1089/brain.2012.0073", "@IdType": + "doi"}, {"#text": "22642651", "@IdType": "pubmed"}]}}, {"Citation": "Whitfield-Gabrieli + S., Thermenos H. W., Milanovic S., Tsuang M. T., Faraone S. V., McCarley R. + W., et al. . (2009). Hyperactivity and hyperconnectivity of the default network + in schizophrenia and in first-degree relatives of persons with schizophrenia. + Proc. Natl. Acad. Sci. U S A 106, 1279\u20131284. 10.1073/pnas.0809141106", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0809141106", "@IdType": + "doi"}, {"#text": "PMC2633557", "@IdType": "pmc"}, {"#text": "19164577", "@IdType": + "pubmed"}]}}, {"Citation": "Woods A. J., Antal A., Bikson M., Boggio P. S., + Brunoni A. R., Celnik P., et al. . (2016). A technical guide to TDCS and related + non-invasive brain stimulation tools. Clin. Neurophysiol. 127, 1031\u20131048. + 10.1016/j.clinph.2015.11.012", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.clinph.2015.11.012", + "@IdType": "doi"}, {"#text": "PMC4747791", "@IdType": "pmc"}, {"#text": "26652115", + "@IdType": "pubmed"}]}}, {"Citation": "Woods A. J., Antonenko D., Fl\u00f6el + A., Hampstead B. M., Clark D., Knotkova H. (2019a). \u201cTranscranial direct + current stimulation in aging research,\u201d in Practical Guide to Transcranial + Direct Current Stimulation, eds Knotkova H., Nitsche M., Bikson M., Woods + A. (Cham: Springer International Publishing; ), 569\u2013595."}, {"Citation": + "Woods A. J., Bikson M., Chelette K., Dmochowski J., Dutta A., Esmaeilpour + Z., et al. (2019b). \u201cTranscranial direct current stimulation integration + with magnetic resonance imaging, magnetic resonance spectroscopy, near infrared + spectroscopy imaging, and electroencephalography,\u201d in Practical Guide + to Transcranial Direct Current Stimulation, eds Knotkova H., Nitsche M., Bikson + M., Woods A. (Cham: Springer International Publishing; ), 293\u2013345."}]}, + "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": {"#text": "30930766", + "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": + {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": + "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "11", "PubDate": + {"Year": "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging + Neurosci"}, "Abstract": {"AbstractText": "Working memory is an executive memory + process essential for everyday decision-making and problem solving that declines + with advanced age. Transcranial direct current stimulation (tDCS) is a non-invasive + form of brain stimulation that has demonstrated potential for improving working + memory performance in older adults. However, the neural mechanisms underlying + effects of tDCS on working memory are not well understood. This mechanistic + study investigated the acute and after-effects of bilateral frontal (F3/F4) + tDCS at 2 mA for 12-min on functional connectivity of the working memory network + in older adults. We hypothesized active tDCS over sham would increase frontal + connectivity during working memory performance. The study used a double-blind + within-subject 2 session crossover design. Participants performed an functional + magnetic resonance imaging (fMRI) N-Back working memory task before, during, + and after active or sham stimulation. Functional connectivity of the working + memory network was assessed within and between stimulation conditions (FDR + < 0.05). Active tDCS produced a significant increase in functional connectivity + between left ventrolateral prefrontal cortex (VLPFC) and left dorsolateral + PFC (DLPFC) during stimulation, but not after stimulation. Connectivity did + not significantly increase with sham stimulation. In addition, our data demonstrated + both state-dependent and time-dependent effects of tDCS working memory network + connectivity in older adults. tDCS during working memory performance produces + a selective change in functional connectivity of the working memory network + in older adults. These data provide important mechanistic insight into the + effects of tDCS on brain connectivity in older adults, as well as key methodological + considerations for tDCS-working memory studies."}, "Language": "eng", "@PubModel": + "Electronic-eCollection", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", + "Acronym": "AG", "Country": "United States", "GrantID": "K01 AG050707"}, {"Agency": + "NCATS NIH HHS", "Acronym": "TR", "Country": "United States", "GrantID": "KL2 + TR001429"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "R01 AG054077"}, {"Agency": "NIH HHS", "Acronym": "OD", + "Country": "United States", "GrantID": "S10 OD021726"}], "@CompleteYN": "Y"}, + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Nicole R", "Initials": + "NR", "LastName": "Nissim", "AffiliationInfo": [{"Affiliation": "Center for + Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}, + {"Affiliation": "Department of Neuroscience, University of Florida, Gainesville, + FL, United States."}]}, {"@ValidYN": "Y", "ForeName": "Andrew", "Initials": + "A", "LastName": "O''Shea", "AffiliationInfo": {"Affiliation": "Center for + Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}}, + {"@ValidYN": "Y", "ForeName": "Aprinda", "Initials": "A", "LastName": "Indahlastari", + "AffiliationInfo": {"Affiliation": "Center for Cognitive Aging and Memory, + Department of Clinical and Health Psychology, McKnight Brain Institute, University + of Florida, Gainesville, FL, United States."}}, {"@ValidYN": "Y", "ForeName": + "Rachel", "Initials": "R", "LastName": "Telles", "AffiliationInfo": {"Affiliation": + "Center for Cognitive Aging and Memory, Department of Clinical and Health + Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Lindsey", "Initials": + "L", "LastName": "Richards", "AffiliationInfo": {"Affiliation": "Center for + Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}}, + {"@ValidYN": "Y", "ForeName": "Eric", "Initials": "E", "LastName": "Porges", + "AffiliationInfo": {"Affiliation": "Center for Cognitive Aging and Memory, + Department of Clinical and Health Psychology, McKnight Brain Institute, University + of Florida, Gainesville, FL, United States."}}, {"@ValidYN": "Y", "ForeName": + "Ronald", "Initials": "R", "LastName": "Cohen", "AffiliationInfo": {"Affiliation": + "Center for Cognitive Aging and Memory, Department of Clinical and Health + Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Adam J", "Initials": + "AJ", "LastName": "Woods", "AffiliationInfo": [{"Affiliation": "Center for + Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}, + {"Affiliation": "Department of Neuroscience, University of Florida, Gainesville, + FL, United States."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "51", "MedlinePgn": "51"}, "ArticleDate": {"Day": "15", "Year": "2019", "Month": + "03", "@DateType": "Electronic"}, "ELocationID": [{"#text": "51", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2019.00051", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Effects of in-Scanner Bilateral + Frontal tDCS on Functional Connectivity of the Working Memory Network in Older + Adults.", "PublicationTypeList": {"PublicationType": {"@UI": "D016428", "#text": + "Journal Article"}}}, "DateRevised": {"Day": "28", "Year": "2020", "Month": + "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "DLPFC (dorsolateral + prefrontal cortex)", "@MajorTopicYN": "N"}, {"#text": "cognitive aging", "@MajorTopicYN": + "N"}, {"#text": "fMRI\u2014functional magnetic resonance imaging", "@MajorTopicYN": + "N"}, {"#text": "functional connectivity", "@MajorTopicYN": "N"}, {"#text": + "tDCS", "@MajorTopicYN": "N"}, {"#text": "transcranial direct cortical stimulation + (tDCS)", "@MajorTopicYN": "N"}, {"#text": "working memory", "@MajorTopicYN": + "N"}]}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front + Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2019, "title": "Effects of in-Scanner Bilateral + Frontal tDCS on Functional Connectivity of the Working Memory Network in Older + Adults", "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": + "N. Nissim", "authorId": "40030163"}, {"name": "A. O''Shea", "authorId": "1393654628"}, + {"name": "A. Indahlastari", "authorId": "2289693"}, {"name": "Rachel Telles", + "authorId": "52175908"}, {"name": "Lindsey Richards", "authorId": "80572048"}, + {"name": "E. Porges", "authorId": "5388749"}, {"name": "R. Cohen", "authorId": + "152864616"}, {"name": "A. Woods", "authorId": "2856044"}], "paperId": "e45d3c4e7245ee2fd0833c3a45ad4d3344ebdfc3", + "abstract": "Working memory is an executive memory process essential for everyday + decision-making and problem solving that declines with advanced age. Transcranial + direct current stimulation (tDCS) is a non-invasive form of brain stimulation + that has demonstrated potential for improving working memory performance in + older adults. However, the neural mechanisms underlying effects of tDCS on + working memory are not well understood. This mechanistic study investigated + the acute and after-effects of bilateral frontal (F3/F4) tDCS at 2 mA for + 12-min on functional connectivity of the working memory network in older adults. + We hypothesized active tDCS over sham would increase frontal connectivity + during working memory performance. The study used a double-blind within-subject + 2 session crossover design. Participants performed an functional magnetic + resonance imaging (fMRI) N-Back working memory task before, during, and after + active or sham stimulation. Functional connectivity of the working memory + network was assessed within and between stimulation conditions (FDR < 0.05). + Active tDCS produced a significant increase in functional connectivity between + left ventrolateral prefrontal cortex (VLPFC) and left dorsolateral PFC (DLPFC) + during stimulation, but not after stimulation. Connectivity did not significantly + increase with sham stimulation. In addition, our data demonstrated both state-dependent + and time-dependent effects of tDCS working memory network connectivity in + older adults. tDCS during working memory performance produces a selective + change in functional connectivity of the working memory network in older adults. + These data provide important mechanistic insight into the effects of tDCS + on brain connectivity in older adults, as well as key methodological considerations + for tDCS-working memory studies.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00051/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6428720, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-03-15"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T22:15:07.799160+00:00", "analyses": + [{"id": "rew5qriQZB4u", "user": null, "name": "t1", "metadata": {"table": + {"table_number": 1, "table_metadata": {"table_id": "T1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30930766-10-3389-fnagi-2019-00051-pmc6428720/tables/t1_coordinates.csv"}, + "original_table_id": "t1"}, "table_metadata": {"table_id": "T1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30930766-10-3389-fnagi-2019-00051-pmc6428720/tables/t1_coordinates.csv"}, + "sanitized_table_id": "t1"}, "description": "Regions of interest (ROIs), Montreal + Neurological Institute (MNI) coordinates, radius for spherical ROIs.", "conditions": + [], "weights": [], "points": [{"id": "4qtd29h9LpQL", "coordinates": [-37.75, + 50.19, 13.6], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "N4owyqmpe5Vd", "coordinates": [-46.26, 22.71, 18.6], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "uFDwqLsbN2Vs", "coordinates": [-37.09, -47.7, 45.58], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "Hrc8bVLnSHsb", + "coordinates": [-26.32, 6.75, 53.46], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "WfTmsSCTDJFg", "coordinates": + [-45.96, 3.1, 38.47], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "ZyBZmd7tDtud", "coordinates": [-31.36, 21.11, + 0.58], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "RTLR9kQK9hGU", "coordinates": [3.12, -69.09, -24.69], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "WRQRxZYv8V6p", "coordinates": [44.53, 38.76, 24.43], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "nhmY2eEjKBzW", + "coordinates": [44.97, -45.49, 41.73], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "4nBVhHNUBv8w", "coordinates": + [31.96, 11.01, 49.8], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "2qYqwh4iDNCD", "coordinates": [12.77, -63.71, + 55.28], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "b6vgiJNy6nAg", "coordinates": [35.58, 23.26, -3.01], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "Ccaezwejir6J", "coordinates": [-0.588, 18.57, 40.65], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}], "images": []}]}, {"id": + "B8afHJsbqkAP", "created_at": "2025-12-05T02:55:17.051551+00:00", "updated_at": + null, "user": null, "name": "Cognitive Benefits of Social Dancing and Walking + in Old Age: The Dancing Mind Randomized Controlled Trial", "description": + "BACKGROUND: A physically active lifestyle has the potential to prevent cognitive + decline and dementia, yet the optimal type of physical activity/exercise remains + unclear. Dance is of special interest as it complex sensorimotor rhythmic + activity with additional cognitive, social, and affective dimensions.\n\nOBJECTIVES: + To determine whether dance benefits executive function more than walking, + an activity that is simple and functional.\n\nMETHODS: Two-arm randomized + controlled trial among community-dwelling older adults. The intervention group + received 1\u2009h of ballroom dancing twice weekly over 8\u2009months (~69\u2009sessions) + in local community dance studios. The control group received a combination + of a home walking program with a pedometer and optional biweekly group-based + walking in local community park to facilitate socialization.\n\nMAIN OUTCOMES: + Executive function tests: processing speed and task shift by the Trail Making + Tests, response inhibition by the Stroop Color-Word Test, working memory by + the Digit Span Backwards test, immediate and delayed verbal recall by the + Rey Auditory Verbal Learning Test, and visuospatial recall by the Brief Visuospatial + Memory Test (BVST).\n\nRESULTS: One hundred and fifteen adults (mean 69.5\u2009years, + SD 6.4) completed baseline and delayed baseline (3\u2009weeks apart) before + being randomized to either dance (n\u2009=\u200960) or walking (n\u2009=\u200955). + Of those randomized, 79 (68%) completed the follow-up measurements (32\u2009weeks + from baseline). In the dance group only, \"non-completers\" had significantly + lower baseline scores on all executive function tests than those who completed + the full program. Intention-to-treat analyses showed no group effect. In a + random effects model including participants who completed all measurements, + adjusted for baseline score and covariates (age, education, estimated verbal + intelligence, and community), a between-group effect in favor of dance was + noted only for BVST total learning (Cohen''s D Effect size 0.29, p\u2009=\u20090.07) + and delayed recall (Cohen''s D Effect size\u2009=\u20090.34, p\u2009=\u20090.06).\n\nCONCLUSION: + The superior potential of dance over walking on executive functions of cognitively + healthy and active older adults was not supported. Dance improved one of the + cognitive domains (spatial memory) important for learning dance. Controlled + trials targeting inactive older adults and of a higher dose may produce stronger + effects, particularly for novice dancers.\n\nTRIAL REGISTRATION: Australian + and New Zealand Clinical Trials Register (ACTRN12613000782730).", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2016.00026", "pmid": + "26941640", "authors": "D. Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; + J. McNeill; K. Anstey", "year": 2016, "metadata": {"slug": "26941640-10-3389-fnagi-2016-00026-pmc4761858", + "source": "semantic_scholar", "keywords": ["dance", "executive functions", + "physical activity", "physical function", "walking"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "14", "Year": "2015", + "Month": "11", "@PubStatus": "received"}, {"Day": "1", "Year": "2016", "Month": + "2", "@PubStatus": "accepted"}, {"Day": "5", "Hour": "6", "Year": "2016", + "Month": "3", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "5", "Hour": + "6", "Year": "2016", "Month": "3", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "5", "Hour": "6", "Year": "2016", "Month": "3", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2016", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "26941640", "@IdType": "pubmed"}, + {"#text": "PMC4761858", "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2016.00026", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Alpert + P. T., Miller S. K., Wallmann H., Havey R., Cross C., Chevalia T., et al. + (2009). The effect of modified jazz dance on balance, cognition, and mood + in older adults. J. Am. Acad. Nurse Pract. 21, 108\u2013115.10.1111/j.1745-7599.2008.00392.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1745-7599.2008.00392.x", + "@IdType": "doi"}, {"#text": "19228249", "@IdType": "pubmed"}]}}, {"Citation": + "Andreson-Hanley C., Arceiro P. J., Birckman A., Nimon J. P., Okuma J., Westen + S. C., et al. (2012). Exergaming and older adult cognition: a cluster randomized + clinical trial. Am. J. Prev. Med. 42, 109\u2013119.10.1016/j.amepre.2011.10.016", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.amepre.2011.10.016", + "@IdType": "doi"}, {"#text": "22261206", "@IdType": "pubmed"}]}}, {"Citation": + "Angevaren M., Aufdemkampe G., Verhaar H. J. J., Aleman A., Vanhees L. (2008). + Physical activity and enhanced fitness to improve cognitive function in older + people without known cognitive impairment. Cochrane Database Syst. Rev. (3).10.1002/14651858.CD005381.pub3", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/14651858.CD005381.pub3", + "@IdType": "doi"}, {"#text": "18646126", "@IdType": "pubmed"}]}}, {"Citation": + "Bl\u00e4sing B., Calvo-Merino B., Cross A. J., Jola C., Honisch J., Stevens + J. C. (2012). Neurocognitive control in dance perception and performance. + Acta Psychol. (Amst) 139, 300\u2013308.10.1016/j.actpsy.2011.12.005", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.actpsy.2011.12.005", "@IdType": "doi"}, + {"#text": "22305351", "@IdType": "pubmed"}]}}, {"Citation": "Blondell S. J., + Hammersley-Mather R., Veerman J. L. (2014). Does physical activity prevent + cognitive decline and dementia? A systematic review and meta-analysis of longitudinal + studies. BMC Public Health 14:510.10.1186/1471-2458-14-510", "ArticleIdList": + {"ArticleId": [{"#text": "10.1186/1471-2458-14-510", "@IdType": "doi"}, {"#text": + "PMC4064273", "@IdType": "pmc"}, {"#text": "24885250", "@IdType": "pubmed"}]}}, + {"Citation": "Brown A. K., Lui-Ambrose T., Tate R., Lord S. R. (2009). The + effect of group-based exercise on cognitive performance and mood in seniors + residing in intermediate care and self-care retirement facilities: a randomised + controlled trial. Br. J. Sports Med. 43, 608\u2013614.10.1136/bjsm.2008.049882", + "ArticleIdList": {"ArticleId": [{"#text": "10.1136/bjsm.2008.049882", "@IdType": + "doi"}, {"#text": "18927162", "@IdType": "pubmed"}]}}, {"Citation": "Brown + S., Martinez M. J., Parsons L. M. (2006). Neural basis of human dance. Cereb. + Cortex 16, 1157\u20131167.10.1093/cercor/bhj057", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhj057", "@IdType": "doi"}, {"#text": "16221923", + "@IdType": "pubmed"}]}}, {"Citation": "Colcombe S. J., Erickson K. L., Scalf + P. E., Kim J. S., Prakash R., McAuley E., et al. (2006). Aerobic exercise + training increases brain volume in aging humans. J. Gerontol. 61A, 1166\u20131170.10.1093/gerona/61.11.1166", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/gerona/61.11.1166", "@IdType": + "doi"}, {"#text": "17167157", "@IdType": "pubmed"}]}}, {"Citation": "Colcombe + S. J., Kramer A. F. (2003). Fitness effects on the cognitive function of older + adults: a meta-analytical study. Psychol. Sci. 14, 125\u2013130.10.1111/1467-9280.t01-1-01430", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/1467-9280.t01-1-01430", + "@IdType": "doi"}, {"#text": "12661673", "@IdType": "pubmed"}]}}, {"Citation": + "Colcombe S. J., Kramer A. F., Erickson K. L., Scalf P., McAuley E., Cohen + N. J., et al. (2004). Cardiovascular fitness, cortical plasticity, and aging. + Proc. Natl. Acad. Sci. U.S.A. 101, 3316\u20133321.10.1073/pnas.0400266101", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0400266101", "@IdType": + "doi"}, {"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", "@IdType": + "pubmed"}]}}, {"Citation": "Coubard O., Duretz S., Lefebvre V., Lapalus P., + Ferrufino L. (2011). Practice of contemporary dance improves cognitive flexibility + in aging. Front. Aging Neurosci. 3:13.10.3389/fnagi.2011.00013", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2011.00013", "@IdType": "doi"}, {"#text": + "PMC3176453", "@IdType": "pmc"}, {"#text": "21960971", "@IdType": "pubmed"}]}}, + {"Citation": "Dunlap W. P., Cortina J. M., Vaslow J. B., Burke M. J. (1996). + Meta-analysis of experiments with matched groups or repeated measures designs. + Psychol. Methods 1, 170\u2013177.10.1037/1082-989X.1.2.170", "ArticleIdList": + {"ArticleId": {"#text": "10.1037/1082-989X.1.2.170", "@IdType": "doi"}}}, + {"Citation": "Eggenberger P., Schumacher V., Angst V., Theill N., de Bruin + E. D. (2015). Does multicomponent physical exercise with simultaneous cognitive + training boost cognitive performance in older adults? A 6-month randomized + controlled trial with a 1-year follow-up. Clin. Interv. Aging 10, 1335\u20131349.10.2147/CIA.S87732", + "ArticleIdList": {"ArticleId": [{"#text": "10.2147/CIA.S87732", "@IdType": + "doi"}, {"#text": "PMC4544626", "@IdType": "pmc"}, {"#text": "26316729", "@IdType": + "pubmed"}]}}, {"Citation": "Enright P. L. (2003). The six-minute walk test. + Respir. Care Clin. N. Am. 48, 783\u2013785.", "ArticleIdList": {"ArticleId": + {"#text": "12890299", "@IdType": "pubmed"}}}, {"Citation": "Faul F., Erdfelder + E., Lang A. G. (2007). G*Power: a flexible statistical power analysis program + for social, behavioral, and biomedical sciences. Behav. Res. Methods 39, 175\u2013191. + 10.3758%2FBF03193146", "ArticleIdList": {"ArticleId": {"#text": "17695343", + "@IdType": "pubmed"}}}, {"Citation": "Fratiglioni L., Pallard-Borg S., Winblad + B. (2004). An active and socially integrated lifestyle in late life might + protect against dementia. Lancet Neurol. 3, 343\u2013356.10.1016/S1474-4422(04)00767-7", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1474-4422(04)00767-7", + "@IdType": "doi"}, {"#text": "15157849", "@IdType": "pubmed"}]}}, {"Citation": + "Gentile A. M. (1972). A working model of skill acquisition with application + to teaching. Quest 17, 3\u201323.10.1080/00336297.1972.10519717", "ArticleIdList": + {"ArticleId": {"#text": "10.1080/00336297.1972.10519717", "@IdType": "doi"}}}, + {"Citation": "Giles K., Marshall A. L. (2009). Repeatability and accuracy + of CHAMPS as a measure of physical activity in a community sample of older + Australian adults. J. Phys. Act. Health 6, 221\u2013229.", "ArticleIdList": + {"ArticleId": {"#text": "19420400", "@IdType": "pubmed"}}}, {"Citation": "Haan + M. N., Wallace R. (2004). Can dementia be prevented? Brain aging in a population-based + context. Annu. Rev. Public Health 25, 1\u201324.10.1146/annurev.publhealth.25.101802.122951", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.publhealth.25.101802.122951", + "@IdType": "doi"}, {"#text": "15015910", "@IdType": "pubmed"}]}}, {"Citation": + "Hackney M. E., Byers T., Butler G., Sweeney M., Rossbach L., Bozzorg A. (2015). + Adapted Tango improves mobility, motor-cognitive function, and gait but not + cognition in older adults in independent living. J. Am. Geriatr. Soc. 63, + 2105\u20132113.10.1111/jgs.13650", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/jgs.13650", "@IdType": "doi"}, {"#text": "26456371", "@IdType": "pubmed"}]}}, + {"Citation": "Hamer M., Chida Y. (2009). Physical activity and risk of neurodegenerative + disease: a systematic review of prospective evidence. Psychol. Med. 39, 3\u201311.10.1017/S0033291708003681", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S0033291708003681", "@IdType": + "doi"}, {"#text": "18570697", "@IdType": "pubmed"}]}}, {"Citation": "Hiyama + Y., Yamada H., Kitagawa A. (2012). A four-week walking exercise programme + in patients with knee osteoarthritis improves the ability of dual-task performance: + a randomised controlled trial. Clin. Rehabil. 26, 403\u2013412.10.1177/0269215511421028", + "ArticleIdList": {"ArticleId": [{"#text": "10.1177/0269215511421028", "@IdType": + "doi"}, {"#text": "21975468", "@IdType": "pubmed"}]}}, {"Citation": "Hollman + W., Str\u00fcder H. K., Tagarakis C. V. M., King G. (2007). Physical activity + and the elderly. Eur. J. Cardiovasc. Prev. Rehabil. 14, 730\u2013739.10.1097/HJR.0b013e32828622f9", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/HJR.0b013e32828622f9", + "@IdType": "doi"}, {"#text": "18043292", "@IdType": "pubmed"}]}}, {"Citation": + "Jorm A. F. (2002). Review: prospects for the prevention of dementia. Australas. + J. Ageing 21, 9\u201313.10.1111/j.1741-6612.2002.tb00408.x", "ArticleIdList": + {"ArticleId": {"#text": "10.1111/j.1741-6612.2002.tb00408.x", "@IdType": "doi"}}}, + {"Citation": "Kattenstroth J. C., Kalisch T., Holt S., Tegenthoff M., Dinse + H. R. (2013). Six months of dance intervention enhances postural, senorimotor, + and cognitive performance in elderly without affecting cardio-respiratory + function. Front. Aging Neurosci. 5:5.10.3389/fnagi.2013.00005", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2013.00005", "@IdType": "doi"}, {"#text": + "PMC3581819", "@IdType": "pmc"}, {"#text": "23447455", "@IdType": "pubmed"}]}}, + {"Citation": "Kattenstroth J. C., Kolankowsaka I., Kallisch T., Dinse H. R. + (2010). Superior sensory, motor, and cognitive performance in elderly individuals + with multi-year dancing activities. Fornt. Aging Neurosci. 2, 1\u20139.10.3389/fnagi.2010.00031", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2010.00031", "@IdType": + "doi"}, {"#text": "PMC2917240", "@IdType": "pmc"}, {"#text": "20725636", "@IdType": + "pubmed"}]}}, {"Citation": "Keyani P., Hsieh G., Mutlu B., Easterday M., Forlizzi + J. (2005). DanceAlong: Supporting Positive Social Exchange and Exercise for + the Elderly Through Dance CHI. Oregon: Human-Computer Interaction Institute, + Carnegie Mellon University Portland."}, {"Citation": "Kim S. H., Kim M., Ahn + Y. B., Lim H. K., Kang S. G., Cho J. H. (2011). Effect of dance exercise on + cognitive function in elderly patients with metabolic syndrome: a pilot study. + J. Sports Sci. Med. 10, 671\u2013678.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3761497", "@IdType": "pmc"}, {"#text": "24149557", "@IdType": "pubmed"}]}}, + {"Citation": "Kimura K., Hozumi N. (2012). Investigating the acute effect + of an aerobicdance exercise program on neuro-cognitive function in the elderly. + Psychol. Sport Exerc. 13, 623\u2013629.10.1016/j.psychsport.2012.04.001", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.psychsport.2012.04.001", + "@IdType": "doi"}}}, {"Citation": "Kraft K. P., Steel K. A., Mcmilen F., Olson + R., Merom D. (2015). Why few older adults participate in complex motor skills: + a qualitative study of older adults\u2019 perceptions of difficulty and challenge. + BMC Public Health 15:1186.10.1186/s12889-015-2501-z", "ArticleIdList": {"ArticleId": + [{"#text": "10.1186/s12889-015-2501-z", "@IdType": "doi"}, {"#text": "PMC4661985", + "@IdType": "pmc"}, {"#text": "26611751", "@IdType": "pubmed"}]}}, {"Citation": + "Lanyacharoen T., Laophosri M., Kanpittaya J., Auvichayapat P., Sawanyawisuth + K. (2013). Physical performance in recently aged adults after 6 weeks traditional + Thai dance: a randomized controlled trial. Clin. Interv. Aging 8, 855\u2013859.10.2147/CIA.S41076", + "ArticleIdList": {"ArticleId": [{"#text": "10.2147/CIA.S41076", "@IdType": + "doi"}, {"#text": "PMC3740823", "@IdType": "pmc"}, {"#text": "23950640", "@IdType": + "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Donaldson M. G., Ahamed Y., Graf + P., Cook W. L., Close J. C., et al. (2008). Otago home-based strength and + balance retraining improves executive functioning in older fallers: a randomized + controlled trial. J. Am. Geriatr. Soc. 56, 1821\u20131830.10.1111/j.1532-5415.2008.01931.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2008.01931.x", + "@IdType": "doi"}, {"#text": "18795987", "@IdType": "pubmed"}]}}, {"Citation": + "Lubben J., Blozik E., Gillmann G., Iliffe S., von Renteln Kruse W., Beck + J. C., et al. (2006). Performance of an abbreviated version of the Lubben + Social Network Scale among three European Community-Dwelling Older Adult Populations. + Gerontologist 46, 503\u2013513.10.1093/geront/46.4.503", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/geront/46.4.503", "@IdType": "doi"}, {"#text": + "16921004", "@IdType": "pubmed"}]}}, {"Citation": "Maki Y., Ura C., Yamaguchi + T., Murai T., Isahai M., Kaibo A., et al. (2012). Effects of intervention + using community-based walking program for prevention mental decline: a randomized + controlled trial. J. Am. Geriatr. Soc. 60, 505\u2013510.10.1111/j.1532-5415.2011.03838.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2011.03838.x", + "@IdType": "doi"}, {"#text": "22288578", "@IdType": "pubmed"}]}}, {"Citation": + "Mangeri F., Montesi L., Forlani G., Dalle Grave R., Marchesini G. (2014). + A standard ballroom and Latin dance program to improve fitness and adherence + to physical activity in individuals with type 2 diabetes and in obesity. Diabetol. + Metab. Syndr. 6, 74.10.1186/1758-5996-6-74", "ArticleIdList": {"ArticleId": + [{"#text": "10.1186/1758-5996-6-74", "@IdType": "doi"}, {"#text": "PMC4082296", + "@IdType": "pmc"}, {"#text": "25045404", "@IdType": "pubmed"}]}}, {"Citation": + "Merom D., Cosgrove C., Venugopal K., Bauman A. (2012). How diverse was the + leisure time physical activity of older Australian over the past decade. J. + Sci. Med. Sport 15, 213\u2013219.10.1016/j.jsams.2011.10.009", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jsams.2011.10.009", "@IdType": "doi"}, + {"#text": "22197582", "@IdType": "pubmed"}]}}, {"Citation": "Merom D., Cumming + R. G., Mathieu E., Anstey K. J., Rissel C., Simpson J. M., et al. (2013). + Can social dancing prevent falls in older adults? A protocol of the Dance + Aging Cognition, Economics (DAnCE) fall prevention randomised control trial. + BMC Public Health 13:477.10.1186/1471-2458-13-477", "ArticleIdList": {"ArticleId": + [{"#text": "10.1186/1471-2458-13-477", "@IdType": "doi"}, {"#text": "PMC3691670", + "@IdType": "pmc"}, {"#text": "23675705", "@IdType": "pubmed"}]}}, {"Citation": + "Merom D., Rissel C., Phongsavan P., Smith B. J., Van Kemenade C., Brown W. + J., et al. (2007). Promoting walking with pedometers in the community: the + step-by-step trial. Am. J. Prev. Med. 32, 290\u2013297.10.1016/j.amepre.2006.12.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.amepre.2006.12.007", + "@IdType": "doi"}, {"#text": "17303369", "@IdType": "pubmed"}]}}, {"Citation": + "Oken B. S., Zajdel D., Kishiyama S., Flegal K., Dehen C., Haas M., et al. + (2006). Randomized, controlled, six-month trial of yoga in healthy seniors: + effects on cognition and quality of life. Altern. Ther. Health Med. 12, 40\u201347.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1457100", "@IdType": "pmc"}, + {"#text": "16454146", "@IdType": "pubmed"}]}}, {"Citation": "Prince M., Bryce + R., Albanese E., Wimo A., Ribeiro W. (2013). The global prevalence of dementia: + a systematic review and metaanalysis. Alzheimers Dement. 9, 63.e\u201375.e.10.1016/j.jalz.2012.11.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jalz.2012.11.007", "@IdType": + "doi"}, {"#text": "23305823", "@IdType": "pubmed"}]}}, {"Citation": "Prohaska + T., Eisenstein A. R., Satariano W. A., Hunter R., Bayles C. M., Kurtovich + E., et al. (2009). Walking and the preservation of cognitive function in older + populations. Gerontologist 49, S86\u2013S93.10.1093/geront/gnp079", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/geront/gnp079", "@IdType": "doi"}, {"#text": + "19525221", "@IdType": "pubmed"}]}}, {"Citation": "Scherder E., Scherder R., + Verburgh L., Konigs M., Blom M., Kramer A. F., et al. (2014). Executive functions + of sedentary elderly may benefit from walking: a systematic review and meta-analysis. + Am. J. Geriatr. Psychiatry 22, 782\u2013791.10.1016/j.jagp.2012.12.026", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jagp.2012.12.026", "@IdType": "doi"}, + {"#text": "23636004", "@IdType": "pubmed"}]}}, {"Citation": "Sink K. M., Espeland + M. A., Castro C. M., Church T., Cohen R. J., Dodson J. A., et al. (2015). + Effect of a 24-month physical activity intervention vs health education on + cognitive outcomes in sedentary older adults. The LIFE Randomized Trial. J. + Am. Med. Assoc. 314, 781\u2013790.10.1001/jama.2015.9617", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/jama.2015.9617", "@IdType": "doi"}, {"#text": + "PMC4698980", "@IdType": "pmc"}, {"#text": "26305648", "@IdType": "pubmed"}]}}, + {"Citation": "Taylor-Piliae R. E., Newell K. A., Cherin R., Lee M. J., King + A. C., Haskell W. L. (2010). Effects of Tai Chi and Western exercise on physical + and cognitive functioning in healthy community-dwelling older adults. J. Aging + Phys. Act. 18, 261\u2013279.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4699673", + "@IdType": "pmc"}, {"#text": "20651414", "@IdType": "pubmed"}]}}, {"Citation": + "Tombaugh T. N. (2004). Trail Making Test A and B: normative data stratified + by age and education. Arch. Clin. Neuropsychol. 19, 203\u2013214.10.1016/S0887-6177(03)00039-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0887-6177(03)00039-8", + "@IdType": "doi"}, {"#text": "15010086", "@IdType": "pubmed"}]}}, {"Citation": + "Uffelen van J. G. Z., Chinapaw M. J. M., Mechelen van W., Hopman-Rock M. + (2008). Walking or vitamin B for cognition in older adults with mild cognitive + impairment? A randomised controlled trial. Br. J. Sports Med. 42, 344\u2013351.10.1136/bjsm.2007.044735", + "ArticleIdList": {"ArticleId": [{"#text": "10.1136/bjsm.2007.044735", "@IdType": + "doi"}, {"#text": "18308888", "@IdType": "pubmed"}]}}, {"Citation": "Verghese + J., Lipton R. B., Katz M. J., Hall C. B., Derby C. A., Kuslansky G., et al. + (2003). Leisure activities and the risk of dementia in the elderly. N. Engl. + J. Med. 348, 2508\u20132516.10.1056/NEJMoa022252", "ArticleIdList": {"ArticleId": + [{"#text": "10.1056/NEJMoa022252", "@IdType": "doi"}, {"#text": "12815136", + "@IdType": "pubmed"}]}}, {"Citation": "Voelcker-Rehage C., Godde B., Staudinger + U. M. (2011). Cardiovascular and coordination training differentially improve + cognitive performance and neural processing in older adults. Front. Hum. Neurosci. + 5:26.10.3389/fnhum.2011.00026", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnhum.2011.00026", "@IdType": "doi"}, {"#text": "PMC3062100", "@IdType": + "pmc"}, {"#text": "21441997", "@IdType": "pubmed"}]}}, {"Citation": "Voelcker-Rehage + C., Neimann C. (2013). Structural and functional brain changes related to + different types of physical activity across the life span. Neurosci. Behav. + Rev. 37(9 Pt B), 2268\u20132295.10.1016/j.neubiorev.2013.01.028", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neubiorev.2013.01.028", "@IdType": "doi"}, + {"#text": "23399048", "@IdType": "pubmed"}]}}, {"Citation": "Wayne P. M., + Kaptchuk T. J. (2008). Challenges inherent to T\u2019ai Chi research: part + I\u2009\u2013\u2009T\u2019ai Chi as a complex multicomponent intervention. + J. Altern. Complement. Med. 14, 95\u2013102.10.1089/acm.2007.7170B", "ArticleIdList": + {"ArticleId": [{"#text": "10.1089/acm.2007.7170B", "@IdType": "doi"}, {"#text": + "18199021", "@IdType": "pubmed"}]}}, {"Citation": "Welsh K. A., Breitner J. + C. S., Magruder-Habib K. M. (1993). Detection of dementia in the elderly using + telephone screening of cognitive status. Neuropsychiatry Neuropsychol. Behav. + Neurol. 6, 103\u2013110."}, {"Citation": "Williamson D. J., Espeland M., Kritchevsky + S. B., Newman A. B., King A. C., Pahor M., et al. (2009). Changes in cognitive + function in a randomised trail of physical activity: results of the Lifestyle + Interventions and Independence for Elders Pilot Study. J. Gerontol. A Biol. + Sci. Med. Sci. 64A, 688\u2013694.10.1093/gerona/glp014", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/gerona/glp014", "@IdType": "doi"}, {"#text": + "PMC2679423", "@IdType": "pmc"}, {"#text": "19244157", "@IdType": "pubmed"}]}}]}, + "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": {"#text": "26941640", + "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": + {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": + "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "8", "PubDate": + {"Year": "2016"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging + Neurosci"}, "Abstract": {"AbstractText": [{"#text": "A physically active lifestyle + has the potential to prevent cognitive decline and dementia, yet the optimal + type of physical activity/exercise remains unclear. Dance is of special interest + as it complex sensorimotor rhythmic activity with additional cognitive, social, + and affective dimensions.", "@Label": "BACKGROUND", "@NlmCategory": "BACKGROUND"}, + {"#text": "To determine whether dance benefits executive function more than + walking, an activity that is simple and functional.", "@Label": "OBJECTIVES", + "@NlmCategory": "OBJECTIVE"}, {"#text": "Two-arm randomized controlled trial + among community-dwelling older adults. The intervention group received 1\u2009h + of ballroom dancing twice weekly over 8\u2009months (~69\u2009sessions) in + local community dance studios. The control group received a combination of + a home walking program with a pedometer and optional biweekly group-based + walking in local community park to facilitate socialization.", "@Label": "METHODS", + "@NlmCategory": "METHODS"}, {"#text": "Executive function tests: processing + speed and task shift by the Trail Making Tests, response inhibition by the + Stroop Color-Word Test, working memory by the Digit Span Backwards test, immediate + and delayed verbal recall by the Rey Auditory Verbal Learning Test, and visuospatial + recall by the Brief Visuospatial Memory Test (BVST).", "@Label": "MAIN OUTCOMES", + "@NlmCategory": "RESULTS"}, {"#text": "One hundred and fifteen adults (mean + 69.5\u2009years, SD 6.4) completed baseline and delayed baseline (3\u2009weeks + apart) before being randomized to either dance (n\u2009=\u200960) or walking + (n\u2009=\u200955). Of those randomized, 79 (68%) completed the follow-up + measurements (32\u2009weeks from baseline). In the dance group only, \"non-completers\" + had significantly lower baseline scores on all executive function tests than + those who completed the full program. Intention-to-treat analyses showed no + group effect. In a random effects model including participants who completed + all measurements, adjusted for baseline score and covariates (age, education, + estimated verbal intelligence, and community), a between-group effect in favor + of dance was noted only for BVST total learning (Cohen''s D Effect size 0.29, + p\u2009=\u20090.07) and delayed recall (Cohen''s D Effect size\u2009=\u20090.34, + p\u2009=\u20090.06).", "@Label": "RESULTS", "@NlmCategory": "RESULTS"}, {"#text": + "The superior potential of dance over walking on executive functions of cognitively + healthy and active older adults was not supported. Dance improved one of the + cognitive domains (spatial memory) important for learning dance. Controlled + trials targeting inactive older adults and of a higher dose may produce stronger + effects, particularly for novice dancers.", "@Label": "CONCLUSION", "@NlmCategory": + "CONCLUSIONS"}, {"#text": "Australian and New Zealand Clinical Trials Register + (ACTRN12613000782730).", "@Label": "TRIAL REGISTRATION", "@NlmCategory": "BACKGROUND"}]}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Dafna", "Initials": "D", "LastName": "Merom", + "AffiliationInfo": {"Affiliation": "School of Science and Health, Western + Sydney University , Penrith, NSW , Australia."}}, {"@ValidYN": "Y", "ForeName": + "Anne", "Initials": "A", "LastName": "Grunseit", "AffiliationInfo": {"Affiliation": + "Prevention Research Collaboration, School of Public Health, University of + Sydney , Sydney, NSW , Australia."}}, {"@ValidYN": "Y", "ForeName": "Ranmalee", + "Initials": "R", "LastName": "Eramudugolla", "AffiliationInfo": {"Affiliation": + "Centre for Research on Aging, Health and Wellbeing, The Australian National + University , Canberra, ACT , Australia."}}, {"@ValidYN": "Y", "ForeName": + "Barbara", "Initials": "B", "LastName": "Jefferis", "AffiliationInfo": {"Affiliation": + "Department of Primary Care and Population Health, University College London + , London , UK."}}, {"@ValidYN": "Y", "ForeName": "Jade", "Initials": "J", + "LastName": "Mcneill", "AffiliationInfo": {"Affiliation": "Early Start Research + Institute, School of Education, University of Wollongong , Wollongong, NSW + , Australia."}}, {"@ValidYN": "Y", "ForeName": "Kaarin J", "Initials": "KJ", + "LastName": "Anstey", "AffiliationInfo": {"Affiliation": "Centre for Research + on Aging, Health and Wellbeing, The Australian National University , Canberra, + ACT , Australia."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "26", + "MedlinePgn": "26"}, "ArticleDate": {"Day": "22", "Year": "2016", "Month": + "02", "@DateType": "Electronic"}, "ELocationID": [{"#text": "26", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2016.00026", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Cognitive Benefits of Social Dancing + and Walking in Old Age: The Dancing Mind Randomized Controlled Trial.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "08", "Year": "2022", "Month": "04"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "dance", "@MajorTopicYN": "N"}, {"#text": "executive + functions", "@MajorTopicYN": "N"}, {"#text": "physical activity", "@MajorTopicYN": + "N"}, {"#text": "physical function", "@MajorTopicYN": "N"}, {"#text": "walking", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "04", "Year": "2016", "Month": + "03"}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front + Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2016, "title": "Cognitive Benefits of Social + Dancing and Walking in Old Age: The Dancing Mind Randomized Controlled Trial", + "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": "D. Merom", + "authorId": "5127617"}, {"name": "A. Grunseit", "authorId": "4954703"}, {"name": + "R. Eramudugolla", "authorId": "3736216"}, {"name": "B. Jefferis", "authorId": + "3896601"}, {"name": "J. McNeill", "authorId": "50240322"}, {"name": "K. Anstey", + "authorId": "2411078"}], "paperId": "944a9be5665612f441826699b13fc1c09afd9ddf", + "abstract": "Background A physically active lifestyle has the potential to + prevent cognitive decline and dementia, yet the optimal type of physical activity/exercise + remains unclear. Dance is of special interest as it complex sensorimotor rhythmic + activity with additional cognitive, social, and affective dimensions. Objectives + To determine whether dance benefits executive function more than walking, + an activity that is simple and functional. Methods Two-arm randomized controlled + trial among community-dwelling older adults. The intervention group received + 1\u2009h of ballroom dancing twice weekly over 8\u2009months (~69\u2009sessions) + in local community dance studios. The control group received a combination + of a home walking program with a pedometer and optional biweekly group-based + walking in local community park to facilitate socialization. Main outcomes + Executive function tests: processing speed and task shift by the Trail Making + Tests, response inhibition by the Stroop Color-Word Test, working memory by + the Digit Span Backwards test, immediate and delayed verbal recall by the + Rey Auditory Verbal Learning Test, and visuospatial recall by the Brief Visuospatial + Memory Test (BVST). Results One hundred and fifteen adults (mean 69.5\u2009years, + SD 6.4) completed baseline and delayed baseline (3\u2009weeks apart) before + being randomized to either dance (n\u2009=\u200960) or walking (n\u2009=\u200955). + Of those randomized, 79 (68%) completed the follow-up measurements (32\u2009weeks + from baseline). In the dance group only, \u201cnon-completers\u201d had significantly + lower baseline scores on all executive function tests than those who completed + the full program. Intention-to-treat analyses showed no group effect. In a + random effects model including participants who completed all measurements, + adjusted for baseline score and covariates (age, education, estimated verbal + intelligence, and community), a between-group effect in favor of dance was + noted only for BVST total learning (Cohen\u2019s D Effect size 0.29, p\u2009=\u20090.07) + and delayed recall (Cohen\u2019s D Effect size\u2009=\u20090.34, p\u2009=\u20090.06). + Conclusion The superior potential of dance over walking on executive functions + of cognitively healthy and active older adults was not supported. Dance improved + one of the cognitive domains (spatial memory) important for learning dance. + Controlled trials targeting inactive older adults and of a higher dose may + produce stronger effects, particularly for novice dancers. Trial registration + Australian and New Zealand Clinical Trials Register (ACTRN12613000782730).", + "isOpenAccess": true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2016.00026/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC4761858, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2016-02-22"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T02:57:15.747127+00:00", "analyses": + [{"id": "KRep6Pipdtrz", "user": null, "name": "T3\u2013T2 between-groups difference", + "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": "T4", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Test of T3\u2013T2 between-groups + difference (footnote \u2020)", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "jWxVJ2Kzmfqz", "user": null, "name": "Allocation + group dance (n = 60)", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Unadjusted scores at baseline, + delayed baseline, and follow-up; within-group effects between delayed baseline + and follow-up for participants completing delayed baseline.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "h5uWTusgMyFs", "user": + null, "name": "Allocation group walking (n = 55)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Unadjusted scores at baseline, + delayed baseline, and follow-up; within-group effects between delayed baseline + and follow-up for participants completing delayed baseline.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "Src4mRw5tVGr", "user": + null, "name": "group (treatment received \t6 walk coded 0, Dance coded 1) + by time (baseline, delayed baseline, T3) interaction term in random effects + model", "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": + "T4", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Derived from group by time interaction + term in random effects model adjusting for age, education, Spot the word (tertiles), + and community with person as the random effect (footnote \u00067)", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "BW7vCMz5xr4X", "user": + null, "name": "T3 vs. T2 one-tailed within-groups test for improvement", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Within-groups test for improvement + comparing T3 to T2 (footnote *)", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "MC67oYx4wCh5", "user": null, "name": "adjusted + intervention effect using Generalized Linear Model with random effects", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Adjusted intervention effect + as described in table caption", "conditions": [], "weights": [], "points": + [], "images": []}]}, {"id": "D7ANhxTZR4em", "created_at": "2025-12-04T22:14:32.813085+00:00", + "updated_at": null, "user": null, "name": "Neural and Behavioral Effects of + an Adaptive Online Verbal Working Memory Training in Healthy Middle-Aged Adults", + "description": "Neural correlates of working memory (WM) training remain a + matter of debate, especially in older adults. We used functional magnetic + resonance imaging (fMRI) together with an n-back task to measure brain plasticity + in healthy middle-aged adults following an 8-week adaptive online verbal WM + training. Participants performed 32 sessions of this training on their personal + computers. In addition, we assessed direct effects of the training by applying + a verbal WM task before and after the training. Participants (mean age 55.85 + \u00b1 4.24 years) were pseudo-randomly assigned to the experimental group + (n = 30) or an active control group (n = 27). Training resulted in an activity + decrease in regions known to be involved in verbal WM (i.e., fronto-parieto-cerebellar + circuitry and subcortical regions), indicating that the brain became potentially + more efficient after the training. These activation decreases were associated + with a significant performance improvement in the n-back task inside the scanner + reflecting considerable practice effects. In addition, there were training-associated + direct effects in the additional, external verbal WM task (i.e., HAWIE-R digit + span forward task), and indicating that the training generally improved performance + in this cognitive domain. These results led us to conclude that even at advanced + age cognitive training can improve WM capacity and increase neural efficiency + in specific regions or networks.", "publication": "Frontiers in Aging Neuroscience", + "doi": "10.3389/fnagi.2019.00300", "pmid": "31736741", "authors": "M\u00f3nica + Emch; I. Ripp; Qiong Wu; I. Yakushev; K. Koch", "year": 2019, "metadata": + {"slug": "31736741-10-3389-fnagi-2019-00300-pmc6838657", "source": "semantic_scholar", + "keywords": ["active control group", "fronto-parietal activation", "middle-aged + adults", "n-back task", "supramarginal gyrus", "task-fMRI", "verbal working + memory", "working memory training"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "31", "Year": "2019", "Month": "7", + "@PubStatus": "received"}, {"Day": "18", "Year": "2019", "Month": "10", "@PubStatus": + "accepted"}, {"Day": "19", "Hour": "6", "Year": "2019", "Month": "11", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "19", "Hour": "6", "Year": "2019", "Month": + "11", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "19", "Hour": "6", "Year": + "2019", "Month": "11", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2019", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "31736741", "@IdType": "pubmed"}, {"#text": "PMC6838657", + "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2019.00300", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Aboitiz F., Aboitiz S., Garc\u00eda + R. R. (2010). The phonological loop: a key innovation in human evolution. + Curr. Anthropol. 51 S55\u2013S65. 10.1086/650525", "ArticleIdList": {"ArticleId": + {"#text": "10.1086/650525", "@IdType": "doi"}}}, {"Citation": "Ashburner J. + (2007). A fast diffeomorphic image registration algorithm. Neuroimage 38 95\u2013113. + 10.1016/j.neuroimage.2007.07.007", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2007.07.007", "@IdType": "doi"}, {"#text": "17761438", + "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (2010). Working memory. + Curr. Biol. 20 136\u2013140. 10.1016/j.cub.2009.12.014", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.cub.2009.12.014", "@IdType": "doi"}, {"#text": + "20178752", "@IdType": "pubmed"}]}}, {"Citation": "Berit A., Ove D. (1998). + The clock-drawing test. Age Aging 27 399\u2013403. 10.1093/ageing/afs149", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/ageing/afs149", "@IdType": + "doi"}, {"#text": "23144287", "@IdType": "pubmed"}]}}, {"Citation": "Bokde + A., Karmann M., Born C., Teipel S., Omerovic M., Ewers M., et al. (2010). + Altered brain activation during a verbal working memory task in subjects with + amnestic mild cognitive impairment. J. Alzheimers Dis. 21 103\u2013118. 10.3233/JAD-2010-091054", + "ArticleIdList": {"ArticleId": [{"#text": "10.3233/JAD-2010-091054", "@IdType": + "doi"}, {"#text": "20413893", "@IdType": "pubmed"}]}}, {"Citation": "Borella + E., Carretti B., Riboldi F., De Beni R. (2010). Working memory training in + older adults: evidence of transfer and maintenance effects. Psychol. Aging + 25 767\u2013778. 10.1037/a0020683", "ArticleIdList": {"ArticleId": [{"#text": + "10.1037/a0020683", "@IdType": "doi"}, {"#text": "20973604", "@IdType": "pubmed"}]}}, + {"Citation": "Brehmer Y., Rieckmann A., Bellander M., Westerberg H., Fischer + H., B\u00e4ckman L. (2011). Neural correlates of training-related working-memory + gains in old age. Neuroimage 58 1110\u20131120. 10.1016/j.neuroimage.2011.06.079", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.06.079", + "@IdType": "doi"}, {"#text": "21757013", "@IdType": "pubmed"}]}}, {"Citation": + "Brehmer Y., Westerberg H., B\u00e4ckman L. (2012). Working-memory training + in younger and older adults: training gains, transfer, and maintenance. Front. + Hum. Neurosci. 6:63. 10.3389/fnhum.2012.00063", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2012.00063", "@IdType": "doi"}, {"#text": "PMC3313479", + "@IdType": "pmc"}, {"#text": "22470330", "@IdType": "pubmed"}]}}, {"Citation": + "Buchsbaum B. R., D\u2019Esposito M. (2008). The search for the phonological + store: from loop to convolution. J. Cogn. Neurosci. 20 762\u2013778. 10.1162/jocn.2008.20501", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2008.20501", "@IdType": + "doi"}, {"#text": "18201133", "@IdType": "pubmed"}]}}, {"Citation": "Buschkuehl + M., Jaeggi S. M., Hutchison S., Perrig-Chiello P., D\u00e4pp C., M\u00fcller + M., et al. (2008). Impact of working memory training on memory performance + in old-old adults. Psychol. Aging 23 743\u2013753. 10.1037/a0014342", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/a0014342", "@IdType": "doi"}, {"#text": + "19140646", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R. (2002). Prefrontal + and medial temporal lobe contributions to relational memory in young and older + adults. Psychol. Aging 17 85\u2013100. 10.1037//0882-7974.17.1.85", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037//0882-7974.17.1.85", "@IdType": "doi"}, + {"#text": "11931290", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R., Daselaar + S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task-specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14 364\u2013375. 10.1093/cercor/bhg133", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhg133", "@IdType": + "doi"}, {"#text": "15028641", "@IdType": "pubmed"}]}}, {"Citation": "Carretti + B., Borella E., Zavagnin M., De Beni R. (2011). Impact of metacognition and + motivation on the efficacy of strategic memory training in older adults: analysis + of specific, transfer and maintenance effects. Arch. Gerontol. Geriatr. 52 + e192\u2013e197. 10.1016/j.archger.2010.11.004", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.archger.2010.11.004", "@IdType": "doi"}, {"#text": "21126778", + "@IdType": "pubmed"}]}}, {"Citation": "Champod A. S., Petrides M. (2010). + Dissociation within the frontoparietal network in verbal working memory: a + parametric functional magnetic resonance imaging study. J. Neurosci. 30 3849\u20133856. + 10.1523/JNEUROSCI.0097-10.2010", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.0097-10.2010", "@IdType": "doi"}, {"#text": "PMC6632229", + "@IdType": "pmc"}, {"#text": "20220020", "@IdType": "pubmed"}]}}, {"Citation": + "Chooi W. (2012). Working memory and intelligence: a brief review. J. Educ. + Develop. Psychol. 2 42\u201350. 10.5539/jedp.v2n2p42", "ArticleIdList": {"ArticleId": + {"#text": "10.5539/jedp.v2n2p42", "@IdType": "doi"}}}, {"Citation": "Dahlin + E., Nyberg L., B\u00e4ckman L., Neely A. S. (2008). Plasticity of executive + functioning in young and older adults: immediate training gains, transfer, + and long-term maintenance. Psychol. Aging 23 720\u2013730. 10.1037/a0014296", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0014296", "@IdType": "doi"}, + {"#text": "19140643", "@IdType": "pubmed"}]}}, {"Citation": "Daneman A., Carpenter + P. A. (1980). Individual differences in working memory and reading. J. Verbal + Learn. Verbal Behav. 19 450\u2013466. 10.1016/S0022-5371(80)90312-6", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/S0022-5371(80)90312-6", "@IdType": "doi"}}}, + {"Citation": "Deschamps I., Baum S. R., Gracco V. L. (2014). Neuropsychologia + on the role of the supramarginal gyrus in phonological processing and verbal + working memory: evidence from rTMS studies. Neuropsychologia 53 39\u201346. + 10.1016/j.neuropsychologia.2013.10.015", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2013.10.015", "@IdType": "doi"}, {"#text": "24184438", + "@IdType": "pubmed"}]}}, {"Citation": "Emch M., von Bastian C. C., Koch K. + (2019). Neural correlates of verbal working memory: an fMRI meta-analysis. + Front. Hum. Neurosci. 13:180. 10.3389/fnhum.2019.00180", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnhum.2019.00180", "@IdType": "doi"}, {"#text": + "PMC6581736", "@IdType": "pmc"}, {"#text": "31244625", "@IdType": "pubmed"}]}}, + {"Citation": "Folstein M. F., Folstein S. E., McHugh P. R. (1975). Mini-mental + state\u201d. a practical method for grading the cognitive state of patients + for the clinician. J. Psychiatr. Res. 12 189\u2013198.", "ArticleIdList": + {"ArticleId": {"#text": "1202204", "@IdType": "pubmed"}}}, {"Citation": "Haatveit + B. C., Sundet K., Hugdahl K., Ueland T., Melle I., Andreassen O. A. (2010). + The validity of d prime as a working memory index: results from the bergen + n-back task. J. Clin. Exp. Neuropsychol. 32 871\u2013880. 10.1080/13803391003596421", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13803391003596421", "@IdType": + "doi"}, {"#text": "20383801", "@IdType": "pubmed"}]}}, {"Citation": "Habeck + C., Rakitin B., Stefener J., Stern Y. (2012). Contrasting visual working memory + for verbal and non-verbal material with multivariate analysis of fMRI. Brain + Res. 1467 27\u201341. 10.1016/j.brainres.2012.05.045.Contrasting", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brainres.2012.05.045.Contrasting", "@IdType": + "doi"}, {"#text": "PMC3398171", "@IdType": "pmc"}, {"#text": "22652306", "@IdType": + "pubmed"}]}}, {"Citation": "Holmes J., Woolgar F., Hampshire A., Gathercole + S. E., Holmes J. (2019). Are working memory training effects paradigm-specific. + Front. Psychol. 10:1103. 10.3389/fpsyg.2019.01103", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fpsyg.2019.01103", "@IdType": "doi"}, {"#text": "PMC6542987", + "@IdType": "pmc"}, {"#text": "31178781", "@IdType": "pubmed"}]}}, {"Citation": + "Jaeggi S. M., Buschkuehl M., Jonides J., Perrig W. J. (2008). Improving fluid + intelligence with training on working memory. Proc. Natl. Acad. Sci. U.S.A. + 105 6829\u20136833. 10.3758/s13423-014-0699-x", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13423-014-0699-x", "@IdType": "doi"}, {"#text": "PMC2383929", + "@IdType": "pmc"}, {"#text": "18443283", "@IdType": "pubmed"}]}}, {"Citation": + "Jaeggi S. M., Studer-Luethi B., Buschkuehl M., Su Y. F., Jonides J., Perrig + W. J. (2010). The relationship between n-back performance and matrix reasoning + - implications for training and transfer. Intelligence 38 625\u2013635. 10.1016/j.intell.2010.09.001", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.intell.2010.09.001", "@IdType": + "doi"}}}, {"Citation": "Jansma J. M., Ramsey N. F., Slagter H. A., Kahn R. + S. (2001). Functional anatomical correlates of controlled and automatic processing. + J. Cogn. Neurosci. 13 730\u2013743. 10.1162/08989290152541403", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/08989290152541403", "@IdType": "doi"}, {"#text": + "11564318", "@IdType": "pubmed"}]}}, {"Citation": "Kelly A. M. C., Garavan + H. (2005). Human functional neuroimaging of brain changes associated with + practice. Cereb. Cortex 15 1089\u20131102. 10.1093/cercor/bhi005", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/cercor/bhi005", "@IdType": "doi"}, {"#text": + "15616134", "@IdType": "pubmed"}]}}, {"Citation": "Klingberg T., Forssberg + H., Westerberg H. (2002). Training of working memory in children with ADHD. + J. Clin. Exp. Neuropsychol. 24 781\u2013791. 10.1076/jcen.24.6.781.8395", + "ArticleIdList": {"ArticleId": [{"#text": "10.1076/jcen.24.6.781.8395", "@IdType": + "doi"}, {"#text": "12424652", "@IdType": "pubmed"}]}}, {"Citation": "Knopman + D. S. (2012). Subjective cognitive impairment. Neurology 79 1308\u20131309. + 10.1212/WNL.0b013e31826c1bd1", "ArticleIdList": {"ArticleId": [{"#text": "10.1212/WNL.0b013e31826c1bd1", + "@IdType": "doi"}, {"#text": "22914836", "@IdType": "pubmed"}]}}, {"Citation": + "Kornblith S., Quiroga R. Q., Koch C., Fried I., Mormann F., Kornblith S., + et al. (2017). Persistent single-neuron activity during working memory in + the human medial temporal lobe. Curr. Biol. 27 1026\u20131032. 10.1016/j.cub.2017.02.013", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cub.2017.02.013", "@IdType": + "doi"}, {"#text": "PMC5510887", "@IdType": "pmc"}, {"#text": "28318972", "@IdType": + "pubmed"}]}}, {"Citation": "Kulikowski K., Potasz-Kulikowska K. (2016). Can + we measure working memory via the Internet? the reliability and factorial + validity of an online n-back task. Pol. Psychol. Bull. 47 51\u201361. 10.1515/ppb-2016-0006", + "ArticleIdList": {"ArticleId": {"#text": "10.1515/ppb-2016-0006", "@IdType": + "doi"}}}, {"Citation": "Landsberger H. A. (1958). Hawthorne revisited. Soc. + Forces 37:119."}, {"Citation": "Li S. C., Schmiedek F., Huxhold O., R\u00f6cke + C., Smith J., Lindenberger U. (2008). Working memory plasticity in old age: + practice gain, transfer, and maintenance. Psychol. Aging 23 731\u2013742. + 10.1037/a0014343", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0014343", + "@IdType": "doi"}, {"#text": "19140644", "@IdType": "pubmed"}]}}, {"Citation": + "Linares R., Borella E., Lechuga M. T., Carretti B., Pelegrina S. (2019). + Nearest transfer effects of working memory training: a comparison of two programs + focused on working memory updating. PLoS One 14:e0211321. 10.1371/journal.pone.0211321", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0211321", + "@IdType": "doi"}, {"#text": "PMC6373913", "@IdType": "pmc"}, {"#text": "30759135", + "@IdType": "pubmed"}]}}, {"Citation": "Meule A. (2017). Reporting and interpreting + working memory performance in n-back tasks. Front. Psychol. 8:352. 10.1002/hup.1248", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hup.1248", "@IdType": "doi"}, + {"#text": "PMC5339218", "@IdType": "pmc"}, {"#text": "28326058", "@IdType": + "pubmed"}]}}, {"Citation": "Mir\u00f3-Padilla A., Bueichek\u00fa E., Ventura-campos + N. (2018). Long-term brain effects of N-back training: an fMRI study. Brain + Imaging Behav. 13 1115\u20131127. 10.1007/s11682-018-9925-x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s11682-018-9925-x", "@IdType": "doi"}, {"#text": + "30006860", "@IdType": "pubmed"}]}}, {"Citation": "Molz G., Schulze R., Schroeders + U., Wilhelm O. (2010). Wechsler intelligenztest f\u00fcr erwachsene WIE. deutschsprachige + bearbeitung und adaptation des WAlS-lI! von david wechsler. Psychol. Rundsch. + 61 229\u2013230./a000042"}, {"Citation": "Oberauer K. (2005). Binding and + inhibition in working memory: individual and age differences in short-term + recognition. J. Exp. Psychol. 134 368\u2013387. 10.1037/0096-3445.134.3.368", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-3445.134.3.368", "@IdType": + "doi"}, {"#text": "16131269", "@IdType": "pubmed"}]}}, {"Citation": "Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25 46\u201359. 10.1002/hbm.20131", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": "PMC6871745", + "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, {"Citation": + "Packard M. G., Knowlton B. J. (2002). Learning and memory functions of the + basal ganglia. Annu. Rev. Neurosci. 25 563\u2013593. 10.1146/annurev.neuro.25.112701.142937", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.neuro.25.112701.142937", + "@IdType": "doi"}, {"#text": "12052921", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Reuter-Lorenz P. (2009). The adaptive brain: aging and neurocognitive + scaffolding. Annu. Neurosci. 60 173\u2013196. 10.1146/annurev.psych.59.103006.093656", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.psych.59.103006.093656", + "@IdType": "doi"}, {"#text": "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", + "@IdType": "pubmed"}]}}, {"Citation": "Pliatsikas C., Verissimo J., Babcock + L., Pullman M. Y., Glei D. A., Weinstein M., et al. (2018). Working memory + in older adults declines with age, but is modulated by sex and education. + Q. J. Exp. Psychol. 72 1308\u20131327. 10.1177/1747021818791994", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1747021818791994", "@IdType": "doi"}, {"#text": + "30012055", "@IdType": "pubmed"}]}}, {"Citation": "Poldrack R. A. (2000). + Imaging brain plasticity: conceptual and methodological issues \u2014 a theoretical + review. Neuroimage 12 1\u201313. 10.1006/nimg.2000.0596", "ArticleIdList": + {"ArticleId": [{"#text": "10.1006/nimg.2000.0596", "@IdType": "doi"}, {"#text": + "10875897", "@IdType": "pubmed"}]}}, {"Citation": "Power J. D., Barnes K. + A., Snyder A. Z., Schlaggar B. L., Petersen S. E. (2012). Spurious but systematic + correlations in functional connectivity MRI networks arise from subject motion. + Neuroimage 59 2142\u20132154. 10.1016/j.neuroimage.2011.10.018", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.10.018", "@IdType": "doi"}, + {"#text": "PMC3254728", "@IdType": "pmc"}, {"#text": "22019881", "@IdType": + "pubmed"}]}}, {"Citation": "Power J. D., Mitra A., Laumann T. O., Synder A. + Z., Schlaggar B. L., Petersen S. E. (2014). Methods to detect, characterize, + and remove motion artifact in resting state fMRI. Neuroimage 84 1\u201345. + 10.1016/j.neuroimage.2013.08.048.Methods", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2013.08.048.Methods", "@IdType": "doi"}, + {"#text": "PMC3849338", "@IdType": "pmc"}, {"#text": "23994314", "@IdType": + "pubmed"}]}}, {"Citation": "Reuter-Lorenz P. A., Cappell K. A. (2008). Neurocognitive + aging and the compensation hypothesis. Curr. Direct. Psychol. Sci. 17 177\u2013182. + 10.1111/j.1467-8721.2008.00570.x", "ArticleIdList": {"ArticleId": {"#text": + "10.1111/j.1467-8721.2008.00570.x", "@IdType": "doi"}}}, {"Citation": "Rottschy + C., Langner R., Dogan I., Reetz K., Laird A. R., Schulz J. B., et al. (2012). + Modelling neural correlates of working memory: a coordinate-based meta-analysis. + Neuroimage 60 830\u2013846. 10.1016/j.neuroimage.2011.11.050", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.11.050", "@IdType": "doi"}, + {"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", "@IdType": + "pubmed"}]}}, {"Citation": "Salmi J., Nyberg L., Laine M. (2018). Working + memory training mostly engages general-purpose large-scale networks for learning. + Neurosci. Biobehav. Rev. 93 108\u2013122. 10.1016/j.neubiorev.2018.03.019", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2018.03.019", + "@IdType": "doi"}, {"#text": "29574197", "@IdType": "pubmed"}]}}, {"Citation": + "Schmiedek F., Hildebrandt A., L\u00f6vd\u00e9n M., Wilhelm O., Lindenberger + U. (2009). Complex span versus updating tasks of working memory: the gap is + not that deep. J. Exp. Psychol. 35 1089\u20131096. 10.1037/a0015730", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/a0015730", "@IdType": "doi"}, {"#text": + "19586272", "@IdType": "pubmed"}]}}, {"Citation": "Schneiders J. A., Opitz + B., Tang H., Deng Y., Xie C., Li H., et al. (2012). The impact of auditory + working memory training on the fronto-parietal working memory network. Front. + Hum. Neurosci. 6:173. 10.3389/fnhum.2012.00173", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2012.00173", "@IdType": "doi"}, {"#text": "PMC3373207", + "@IdType": "pmc"}, {"#text": "22701418", "@IdType": "pubmed"}]}}, {"Citation": + "Schweizer S., Grahn J., Hampshire A., Mobbs D., Dalgleish T. (2013). Training + the emotional brain: improving affective control through emotional working + memory training. J. Neurosci. 33 5301\u20135311. 10.1523/JNEUROSCI.2593-12.2013", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.2593-12.2013", + "@IdType": "doi"}, {"#text": "PMC6704999", "@IdType": "pmc"}, {"#text": "23516294", + "@IdType": "pubmed"}]}}, {"Citation": "Sheehan D. V., Lecrubier Y., Sheehan + K. H., Amorim P., Janavs J., Weiller E., et al. (1998). The mini-international + neuropsychiatric interview (M.I.N.I.): the development and validation of a + structured diagnostic psychiatric interview for DSM-IV and ICD-10. J. Clin. + Psychiatry 59 22\u201357.", "ArticleIdList": {"ArticleId": {"#text": "9881538", + "@IdType": "pubmed"}}}, {"Citation": "Siegel J. S., Power J. D., Dubis J. + W., Vogel A. C., Church J. A., Schlaggar B. L., et al. (2014). Statistical + improvements in functional magnetic resonance imaging analyses produced by + censoring high-motion data points. Hum. Brain Mapp. 35 1981\u20131996. 10.1002/hbm.22307", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22307", "@IdType": + "doi"}, {"#text": "PMC3895106", "@IdType": "pmc"}, {"#text": "23861343", "@IdType": + "pubmed"}]}}, {"Citation": "Thompson T. W., Waskom M. L., Gabrieli J. D. E. + (2016). Intensive working memory training produces functional changes in large-scale + fronto-parietal networks. J. Cogn. Neurosci. 28 575\u2013588. 10.1162/jocn", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn", "@IdType": "doi"}, + {"#text": "PMC5724764", "@IdType": "pmc"}, {"#text": "26741799", "@IdType": + "pubmed"}]}}, {"Citation": "Tusch E. S., Alperin B. R., Ryan E., Holcomb P. + J., Mohammed A. H., Daffner K. R. (2016). Changes in neural activity underlying + working memory after computerized cognitive training in older adults. Front. + Aging Neurosci. 8:255. 10.3389/fnagi.2016.00255", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2016.00255", "@IdType": "doi"}, {"#text": "PMC5099139", + "@IdType": "pmc"}, {"#text": "27877122", "@IdType": "pubmed"}]}}, {"Citation": + "Vartanian O., Jobidon M., Bouak F., Nakashima A., Smith I., Lam Q., et al. + (2013). Working memory training is associated with lower prefrontal cortex + activation in a divergent thinking task. Neuroscience 236 186\u2013194. 10.1016/j.neuroscience.2012.12.060", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2012.12.060", + "@IdType": "doi"}, {"#text": "23357116", "@IdType": "pubmed"}]}}, {"Citation": + "von Bastian C. C., Oberauer K. (2014). Effects and mechanisms of working + memory training: a review. Psychol. Res. 78 803\u2013820. 10.1007/s00426-013-0524-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00426-013-0524-6", "@IdType": + "doi"}, {"#text": "24213250", "@IdType": "pubmed"}]}}, {"Citation": "Wiley + J., Jarosz A. F. (2012). Working memory capacity, attentional focus, and problem + solving. Curr. Dir. Psychol. Sci. 21 258\u2013262. 10.1177/0963721412447622", + "ArticleIdList": {"ArticleId": [{"#text": "10.1177/0963721412447622", "@IdType": + "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Yesavage J. + A., Brink T. L., Rose T. L., Lum O., Huang V., Adey M., et al. (1983). Development + and validation of a geriatric depression screening scale: a preliminary report. + J. Psychiatric Res. 17 37\u201349. 10.1016/0022-3956(82)90033-4", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/0022-3956(82)90033-4", "@IdType": "doi"}, + {"#text": "7183759", "@IdType": "pubmed"}]}}, {"Citation": "Zilles D., Lewandowski + M., Vieker H., Henseler I., Diekhof E., Melcher T., et al. (2016). Gender + differences in verbal and visuospatial working memory performance and networks. + Neuropsychobiology 73 52\u201363. 10.1159/000443174", "ArticleIdList": {"ArticleId": + [{"#text": "10.1159/000443174", "@IdType": "doi"}, {"#text": "26859775", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": + {"#text": "31736741", "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, + "Title": "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "11", + "PubDate": {"Year": "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": {"i": ["n", "n"], "#text": + "Neural correlates of working memory (WM) training remain a matter of debate, + especially in older adults. We used functional magnetic resonance imaging + (fMRI) together with an n-back task to measure brain plasticity in healthy + middle-aged adults following an 8-week adaptive online verbal WM training. + Participants performed 32 sessions of this training on their personal computers. + In addition, we assessed direct effects of the training by applying a verbal + WM task before and after the training. Participants (mean age 55.85 \u00b1 + 4.24 years) were pseudo-randomly assigned to the experimental group ( = 30) + or an active control group ( = 27). Training resulted in an activity decrease + in regions known to be involved in verbal WM (i.e., fronto-parieto-cerebellar + circuitry and subcortical regions), indicating that the brain became potentially + more efficient after the training. These activation decreases were associated + with a significant performance improvement in the n-back task inside the scanner + reflecting considerable practice effects. In addition, there were training-associated + direct effects in the additional, external verbal WM task (i.e., HAWIE-R digit + span forward task), and indicating that the training generally improved performance + in this cognitive domain. These results led us to conclude that even at advanced + age cognitive training can improve WM capacity and increase neural efficiency + in specific regions or networks."}, "CopyrightInformation": "Copyright \u00a9 + 2019 Emch, Ripp, Wu, Yakushev and Koch."}, "Language": "eng", "@PubModel": + "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "M\u00f3nica", "Initials": "M", "LastName": "Emch", "AffiliationInfo": [{"Affiliation": + "Department of Neuroradiology, School of Medicine, Klinikum Rechts der Isar, + Technical University of Munich, Munich, Germany."}, {"Affiliation": "TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany."}, {"Affiliation": + "Graduate School of Systemic Neurosciences, Ludwig-Maximilians-Universit\u00e4t, + Martinsried, Germany."}]}, {"@ValidYN": "Y", "ForeName": "Isabelle", "Initials": + "I", "LastName": "Ripp", "AffiliationInfo": [{"Affiliation": "TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany."}, {"Affiliation": + "Graduate School of Systemic Neurosciences, Ludwig-Maximilians-Universit\u00e4t, + Martinsried, Germany."}, {"Affiliation": "Department of Nuclear Medicine, + School of Medicine, Klinikum Rechts der Isar, Technical University of Munich, + Munich, Germany."}]}, {"@ValidYN": "Y", "ForeName": "Qiong", "Initials": "Q", + "LastName": "Wu", "AffiliationInfo": [{"Affiliation": "Department of Neuroradiology, + School of Medicine, Klinikum Rechts der Isar, Technical University of Munich, + Munich, Germany."}, {"Affiliation": "TUM-Neuroimaging Center, Technical University + of Munich, Munich, Germany."}]}, {"@ValidYN": "Y", "ForeName": "Igor", "Initials": + "I", "LastName": "Yakushev", "AffiliationInfo": [{"Affiliation": "TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany."}, {"Affiliation": + "Graduate School of Systemic Neurosciences, Ludwig-Maximilians-Universit\u00e4t, + Martinsried, Germany."}, {"Affiliation": "Department of Nuclear Medicine, + School of Medicine, Klinikum Rechts der Isar, Technical University of Munich, + Munich, Germany."}]}, {"@ValidYN": "Y", "ForeName": "Kathrin", "Initials": + "K", "LastName": "Koch", "AffiliationInfo": [{"Affiliation": "Department of + Neuroradiology, School of Medicine, Klinikum Rechts der Isar, Technical University + of Munich, Munich, Germany."}, {"Affiliation": "TUM-Neuroimaging Center, Technical + University of Munich, Munich, Germany."}, {"Affiliation": "Graduate School + of Systemic Neurosciences, Ludwig-Maximilians-Universit\u00e4t, Martinsried, + Germany."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "300", "MedlinePgn": + "300"}, "ArticleDate": {"Day": "01", "Year": "2019", "Month": "11", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "300", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2019.00300", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Neural and Behavioral Effects of an Adaptive Online + Verbal Working Memory Training in Healthy Middle-Aged Adults.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "04", "Year": "2023", "Month": "11"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "active control group", "@MajorTopicYN": "N"}, {"#text": + "fronto-parietal activation", "@MajorTopicYN": "N"}, {"#text": "middle-aged + adults", "@MajorTopicYN": "N"}, {"#text": "n-back task", "@MajorTopicYN": + "N"}, {"#text": "supramarginal gyrus", "@MajorTopicYN": "N"}, {"#text": "task-fMRI", + "@MajorTopicYN": "N"}, {"#text": "verbal working memory", "@MajorTopicYN": + "N"}, {"#text": "working memory training", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": + "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2019, + "title": "Neural and Behavioral Effects of an Adaptive Online Verbal Working + Memory Training in Healthy Middle-Aged Adults", "venue": "Frontiers in Aging + Neuroscience", "authors": [{"name": "M\u00f3nica Emch", "authorId": "114409996"}, + {"name": "I. Ripp", "authorId": "91149694"}, {"name": "Qiong Wu", "authorId": + "2117830044"}, {"name": "I. Yakushev", "authorId": "144672519"}, {"name": + "K. Koch", "authorId": "2856557"}], "paperId": "2daaceb3551e1e047b97732595148db11a227c87", + "abstract": "Neural correlates of working memory (WM) training remain a matter + of debate, especially in older adults. We used functional magnetic resonance + imaging (fMRI) together with an n-back task to measure brain plasticity in + healthy middle-aged adults following an 8-week adaptive online verbal WM training. + Participants performed 32 sessions of this training on their personal computers. + In addition, we assessed direct effects of the training by applying a verbal + WM task before and after the training. Participants (mean age 55.85 \u00b1 + 4.24 years) were pseudo-randomly assigned to the experimental group (n = 30) + or an active control group (n = 27). Training resulted in an activity decrease + in regions known to be involved in verbal WM (i.e., fronto-parieto-cerebellar + circuitry and subcortical regions), indicating that the brain became potentially + more efficient after the training. These activation decreases were associated + with a significant performance improvement in the n-back task inside the scanner + reflecting considerable practice effects. In addition, there were training-associated + direct effects in the additional, external verbal WM task (i.e., HAWIE-R digit + span forward task), and indicating that the training generally improved performance + in this cognitive domain. These results led us to conclude that even at advanced + age cognitive training can improve WM capacity and increase neural efficiency + in specific regions or networks.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00300/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6838657, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-11-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T22:16:19.320143+00:00", "analyses": + [{"id": "Q25ACBWeNS4H", "user": null, "name": "t2", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "List of higher brain activation + in the experimental group at S1 compared to S2 [i.e., experimental group (S1) + > experimental group (S2) at p < 0.05 FDR corrected with a cluster extension + of k = 10 voxels].", "conditions": [], "weights": [], "points": [{"id": "yiCpB4HnUp37", + "coordinates": [-42.0, -76.0, -30.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 5.11}]}, {"id": + "tabqb2Jd8XvV", "coordinates": [20.0, -20.0, -6.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 4.99}]}, {"id": "NBLdxd2LtmdE", "coordinates": [60.0, -48.0, 26.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.9}]}, {"id": "iMYH7tosCp8R", "coordinates": [-50.0, -50.0, + 38.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.81}]}, {"id": "kyUBs5eTcEY9", "coordinates": [-22.0, + -72.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.79}]}, {"id": "3SQBNeqtWUXN", "coordinates": + [-56.0, -36.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.65}]}, {"id": "ZGAZVJTMb2Yv", "coordinates": + [22.0, -52.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.3}]}, {"id": "eSKjvA6vTW9c", "coordinates": + [16.0, -72.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.27}]}, {"id": "2Dt2KWA7xCvu", "coordinates": + [4.0, -30.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.22}]}, {"id": "9vvZymZxeyJe", "coordinates": + [42.0, -78.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.21}]}, {"id": "D6oZ3TaAhHjJ", "coordinates": + [-12.0, 4.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.18}]}, {"id": "zwDk3phnsHKz", "coordinates": + [22.0, -84.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.13}]}, {"id": "ZvA2tcMKKRg8", "coordinates": + [-28.0, -58.0, -48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "uiZxVMRQ7MgN", "coordinates": + [-18.0, -66.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "PPog8W2UHp9Z", "coordinates": + [0.0, -70.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.11}]}, {"id": "2RUaLAnSidJy", "coordinates": + [32.0, 26.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "vMW2ddLrLpi4", "coordinates": + [-22.0, -50.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "VGiH8uSHRpQE", "coordinates": + [8.0, -64.0, -42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.01}]}, {"id": "S9BzKkrjXTtG", "coordinates": + [20.0, -30.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.97}]}, {"id": "YzKS6x4QyJNv", "coordinates": + [-40.0, -78.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.93}]}, {"id": "w2qPDPXFZTdQ", "coordinates": + [36.0, 20.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.8}]}, {"id": "mpPg4xq37vMm", "coordinates": + [-2.0, -48.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "dE5hR4L376um", "coordinates": + [34.0, -20.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "sezYGnpDtzJu", "coordinates": + [-32.0, 44.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "ZuyYn9Y9j7Jv", "coordinates": + [28.0, 56.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.75}]}, {"id": "7iwhas5zUSPD", "coordinates": + [26.0, -66.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.73}]}, {"id": "ptSxoVrQzJdh", "coordinates": + [-34.0, -74.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.72}]}, {"id": "76uQNuYWH5gk", "coordinates": + [-34.0, -88.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.69}]}, {"id": "4BgS5AkzGPcC", "coordinates": + [12.0, -80.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.65}]}, {"id": "hprpCjCB3F8A", "coordinates": + [6.0, -38.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.65}]}, {"id": "7syeDPZwmQVQ", "coordinates": + [52.0, -30.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.65}]}, {"id": "hbv9b8hXx7Uz", "coordinates": + [4.0, -2.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.62}]}, {"id": "26f7xhG2EXWK", "coordinates": + [32.0, -86.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.6}]}, {"id": "pC8k7zva6DUH", "coordinates": + [-38.0, -60.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.59}]}, {"id": "sS2tN2yJqcT4", "coordinates": + [-48.0, -72.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.59}]}, {"id": "gsGsP244GDWM", "coordinates": + [6.0, -12.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.55}]}, {"id": "emzFJ2JtZwAc", "coordinates": + [36.0, -52.0, -28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.52}]}, {"id": "aQFUu3LD9EbT", "coordinates": + [-4.0, 46.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.52}]}, {"id": "btDq5i7HiqqS", "coordinates": + [-12.0, -42.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.51}]}], "images": []}, {"id": "gjAmGsCZoKdo", + "user": null, "name": "t3", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002_info.json", + "table_label": "TABLE 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002_info.json", + "table_label": "TABLE 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "List of brain activations for + the interaction [i.e., experimental group (S1 > S2) > control group (S1 > + S2) at p < 0.05 FDR corrected with a cluster extension of k = 6 voxels].", + "conditions": [], "weights": [], "points": [{"id": "Bz8WJ76mTh2F", "coordinates": + [0.0, -68.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.07}]}, {"id": "EzjHGuQP2ejn", "coordinates": + [-42.0, -76.0, -30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.79}]}, {"id": "jbf2fKnbEMD2", "coordinates": + [18.0, -22.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.66}]}, {"id": "BoczEaermZsK", "coordinates": + [-58.0, -38.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.65}]}, {"id": "jkRPooVKLcEu", "coordinates": + [16.0, -66.0, -34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.44}]}, {"id": "URu8MeS3tko5", "coordinates": + [-22.0, -76.0, -36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.43}]}, {"id": "JUEYVHCT7GMu", "coordinates": + [40.0, -80.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.33}]}, {"id": "f4WG4pJiqwdq", "coordinates": + [46.0, -58.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.33}]}, {"id": "BkTNfJsAYvdr", "coordinates": + [-52.0, -70.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.23}]}, {"id": "4QbkX6Uc92fx", "coordinates": + [18.0, 50.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.23}]}, {"id": "TVMPUrJbnwwj", "coordinates": + [32.0, 28.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.13}]}, {"id": "tLE978GqMD3z", "coordinates": + [18.0, 56.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "64gpMjayEN3K", "coordinates": + [-50.0, -50.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.08}]}, {"id": "aqxwAPnudzPt", "coordinates": + [-12.0, -42.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.03}]}, {"id": "djKVPso4yqPL", "coordinates": + [60.0, -46.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.02}]}, {"id": "rT4E7rSzjhZa", "coordinates": + [-48.0, -62.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.0}]}, {"id": "rXcqzouQu28Q", "coordinates": + [4.0, -44.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.97}]}, {"id": "JCZ743rGaqxd", "coordinates": + [6.0, 46.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.93}]}, {"id": "BLHexCuM6YDF", "coordinates": + [-2.0, -72.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.91}]}, {"id": "dFTPQVLVnCKT", "coordinates": + [12.0, -80.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.9}]}], "images": []}]}, {"id": "DLLcNXKNqJZM", + "created_at": "2025-12-04T22:14:32.813085+00:00", "updated_at": null, "user": + null, "name": "Increased neural differentiation after a single session of + aerobic exercise in older adults", "description": "Aging is associated with + decreased cognitive function. One theory posits that this decline is in part + due to multiple neural systems becoming dedifferentiated in older adults. + Exercise is known to improve cognition in older adults, even after only a + single session. We hypothesized that one mechanism of improvement is a redifferentiation + of neural systems. We used a within-participant, cross-over design involving + 2 sessions: either 30\u00a0minutes of aerobic exercise or 30\u00a0minutes + of seated rest (n\u00a0=\u00a032; ages 55-81 years). Both functional Magnetic + Resonance Imaging (fMRI) and Stroop performance were acquired soon after exercise + and rest. We quantified neural differentiation via general heterogeneity regression. + There were 3 prominent findings following the\u00a0exercise. First, participants + were better at reducing Stroop interference. Second, while there was greater + neural differentiation within the hippocampal formation and cerebellum, there + was lower neural differentiation within frontal cortices. Third, this greater + neural differentiation in the cerebellum and temporal lobe was more pronounced + in the older ages. These data suggest that exercise can induce greater neural + differentiation in healthy aging.", "publication": "Neurobiology of Aging", + "doi": "10.1016/j.neurobiolaging.2023.08.008", "pmid": "37742442", "authors": + "J. Purcell; R. Wiley; Junyeon Won; Daniel D. Callow; Lauren Weiss; Alfonso + J Alfini; Yi Wei; J. Carson Smith", "year": 2023, "metadata": {"slug": "37742442-10-1016-j-neurobiolaging-2023-08-008", + "source": "semantic_scholar", "keywords": ["Aging", "Bayesian", "Dedifferentiation", + "Exercise", "FMRI"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "22", "Year": "2022", "Month": "12", "@PubStatus": + "received"}, {"Day": "19", "Year": "2023", "Month": "8", "@PubStatus": "revised"}, + {"Day": "24", "Year": "2023", "Month": "8", "@PubStatus": "accepted"}, {"Day": + "6", "Hour": "6", "Year": "2023", "Month": "11", "Minute": "42", "@PubStatus": + "medline"}, {"Day": "25", "Hour": "0", "Year": "2023", "Month": "9", "Minute": + "42", "@PubStatus": "pubmed"}, {"Day": "24", "Hour": "18", "Year": "2023", + "Month": "9", "Minute": "4", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "37742442", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2023.08.008", + "@IdType": "doi"}, {"#text": "S0197-4580(23)00207-5", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "37742442", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Volume": "132", "PubDate": {"Year": "2023", "Month": + "Dec"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, + "Abstract": {"AbstractText": "Aging is associated with decreased cognitive + function. One theory posits that this decline is in part due to multiple neural + systems becoming dedifferentiated in older adults. Exercise is known to improve + cognition in older adults, even after only a single session. We hypothesized + that one mechanism of improvement is a redifferentiation of neural systems. + We used a within-participant, cross-over design involving 2 sessions: either + 30\u00a0minutes of aerobic exercise or 30\u00a0minutes of seated rest (n\u00a0=\u00a032; + ages 55-81 years). Both functional Magnetic Resonance Imaging (fMRI) and Stroop + performance were acquired soon after exercise and rest. We quantified neural + differentiation via general heterogeneity regression. There were 3 prominent + findings following the\u00a0exercise. First, participants were better at reducing + Stroop interference. Second, while there was greater neural differentiation + within the hippocampal formation and cerebellum, there was lower neural differentiation + within frontal cortices. Third, this greater neural differentiation in the + cerebellum and temporal lobe was more pronounced in the older ages. These + data suggest that exercise can induce greater neural differentiation in healthy + aging.", "CopyrightInformation": "Copyright \u00a9 2023 Elsevier Inc. All + rights reserved."}, "Language": "eng", "@PubModel": "Print-Electronic", "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Jeremy", "Initials": "J", "LastName": + "Purcell", "AffiliationInfo": {"Affiliation": "Department of Kinesiology, + University of Maryland, College Park, MD, USA; Maryland Neuroimaging Center, + University of Maryland, College Park, MD, USA. Electronic address: jpurcel8@umd.edu."}}, + {"@ValidYN": "Y", "ForeName": "Robert", "Initials": "R", "LastName": "Wiley", + "AffiliationInfo": {"Affiliation": "Department of Psychology, University of + North Carolina at Greensboro, Greensboro, NC, USA."}}, {"@ValidYN": "Y", "ForeName": + "Junyeon", "Initials": "J", "LastName": "Won", "AffiliationInfo": {"Affiliation": + "Department of Kinesiology, University of Maryland, College Park, MD, USA; + Institute for Exercise and Environmental Medicine, Texas Health Presbyterian + Dallas, Dallas, TX, USA."}}, {"@ValidYN": "Y", "ForeName": "Daniel", "Initials": + "D", "LastName": "Callow", "AffiliationInfo": {"Affiliation": "Department + of Kinesiology, University of Maryland, College Park, MD, USA; Program in + Neuroscience and Cognitive Science, University of Maryland, College Park, + MD, USA."}}, {"@ValidYN": "Y", "ForeName": "Lauren", "Initials": "L", "LastName": + "Weiss", "AffiliationInfo": {"Affiliation": "Department of Kinesiology, University + of Maryland, College Park, MD, USA; Program in Neuroscience and Cognitive + Science, University of Maryland, College Park, MD, USA."}}, {"@ValidYN": "Y", + "ForeName": "Alfonso", "Initials": "A", "LastName": "Alfini", "AffiliationInfo": + {"Affiliation": "National Center on Sleep Disorders Research, Division of + Lung Diseases, National Heart, Lung, and Blood Institute, Bethesda, MD, USA."}}, + {"@ValidYN": "Y", "ForeName": "Yi", "Initials": "Y", "LastName": "Wei", "AffiliationInfo": + {"Affiliation": "Maryland Neuroimaging Center, University of Maryland, College + Park, MD, USA."}}, {"@ValidYN": "Y", "ForeName": "J", "Initials": "J", "LastName": + "Carson Smith", "AffiliationInfo": {"Affiliation": "Department of Kinesiology, + University of Maryland, College Park, MD, USA; Program in Neuroscience and + Cognitive Science, University of Maryland, College Park, MD, USA. Electronic + address: carson@umd.edu."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "84", "StartPage": "67", "MedlinePgn": "67-84"}, "ArticleDate": {"Day": "28", + "Year": "2023", "Month": "08", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2023.08.008", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(23)00207-5", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Increased neural differentiation after a single session of + aerobic exercise in older adults.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D013485", "#text": + "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "28", "Year": + "2024", "Month": "10"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Bayesian", "@MajorTopicYN": "N"}, + {"#text": "Dedifferentiation", "@MajorTopicYN": "N"}, {"#text": "Exercise", + "@MajorTopicYN": "N"}, {"#text": "FMRI", "@MajorTopicYN": "N"}]}, "DateCompleted": + {"Day": "14", "Year": "2023", "Month": "11"}, "CitationSubset": "IM", "@IndexingMethod": + "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000523", "#text": "psychology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D015444", "#text": "Exercise", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D005625", "#text": "Frontal Lobe", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D013702", "#text": "Temporal Lobe", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D018592", "#text": "Cross-Over Studies", + "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United States", + "MedlineTA": "Neurobiol Aging", "ISSNLinking": "0197-4580", "NlmUniqueID": + "8100437"}}}, "semantic_scholar": {"year": 2023, "title": "Increased neural + differentiation after a single session of aerobic exercise in older adults", + "venue": "Neurobiology of Aging", "authors": [{"name": "J. Purcell", "authorId": + "39899110"}, {"name": "R. Wiley", "authorId": "144728421"}, {"name": "Junyeon + Won", "authorId": "46178531"}, {"name": "Daniel D. Callow", "authorId": "50633307"}, + {"name": "Lauren Weiss", "authorId": "2061601488"}, {"name": "Alfonso J Alfini", + "authorId": "5368783"}, {"name": "Yi Wei", "authorId": "2219313979"}, {"name": + "J. Carson Smith", "authorId": "1490637757"}], "paperId": "e1ea2febbadd33ffcd6f27b8701ae1ce84bb0db2", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2023.08.008?email= + or https://doi.org/10.1016/j.neurobiolaging.2023.08.008, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2023-08-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T22:17:33.079970+00:00", "analyses": + [{"id": "vfu92dAgt5NK", "user": null, "name": "Cerebellum", "metadata": {"table": + {"table_number": 3, "table_metadata": {"table_id": "tbl0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv"}, + "original_table_id": "tbl0015"}, "table_metadata": {"table_id": "tbl0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv"}, + "sanitized_table_id": "tbl0015"}, "description": "General Hreg whole-brain + results for the exercise-rest contrast (N\u2009=\u200932; two-tailed corrected + for multiple comparisons at an alpha = 0.05 using permutation-based threshold-free + cluster enhancement).", "conditions": [], "weights": [], "points": [{"id": + "kAr2SrrvDjaP", "coordinates": [5.0, -65.0, -41.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 2.71}]}, {"id": "ocaKNcGSSVJV", "coordinates": [-17.0, -83.0, -38.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 2.27}]}, {"id": "cWGByoQKAuVu", "coordinates": [-17.0, -65.0, + -29.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 2.02}]}, {"id": "MbfRnEnWbZTy", "coordinates": [-29.0, + -68.0, -23.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 2.15}]}, {"id": "bRnqLQxCSWVC", "coordinates": + [-2.0, -56.0, -23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.03}]}], "images": []}, {"id": "iPoBJfZrnenZ", + "user": null, "name": "Cerebrum", "metadata": {"table": {"table_number": 3, + "table_metadata": {"table_id": "tbl0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv"}, + "original_table_id": "tbl0015"}, "table_metadata": {"table_id": "tbl0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv"}, + "sanitized_table_id": "tbl0015"}, "description": "General Hreg whole-brain + results for the exercise-rest contrast (N\u2009=\u200932; two-tailed corrected + for multiple comparisons at an alpha = 0.05 using permutation-based threshold-free + cluster enhancement).", "conditions": [], "weights": [], "points": [{"id": + "RhLMr4bbCNcf", "coordinates": [-26.0, -32.0, -26.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 2.2}]}, {"id": "gQbpxPSmSWex", "coordinates": [-20.0, -26.0, -14.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 2.2}]}, {"id": "a3HWQDkYUjhf", "coordinates": [-29.0, -95.0, + -17.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 2.08}]}, {"id": "9YVFvBLWjesP", "coordinates": [-20.0, + -80.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 2.2}]}], "images": []}]}, {"id": "DXC84L9Pm7Pw", + "created_at": "2025-12-03T23:46:58.300339+00:00", "updated_at": null, "user": + null, "name": "Alterations in conflict monitoring are related to functional + connectivity in Parkinson''s disease", "description": "Patients with Parkinson''s + disease (PD) have difficulties in executive functions including conflict monitoring. + The neural mechanisms underlying these difficulties are not yet fully understood. + In order to examine the neural mechanisms related to conflict monitoring in + PD, we evaluated 35 patients with PD and 20 healthy older adults while they + performed a word-color Stroop paradigm in the MRI. Specifically, we focused + on changes between the groups in task-related functional connectivity using + psycho-physiological interaction (PPI) analysis. The anterior cingulate cortex + (ACC), which is a brain node previously associated with the Stroop paradigm, + was selected as the seed region for this analysis. Patients with PD, as compared + to healthy controls, had reduced task-related functional connectivity between + the ACC and parietal regions including the precuneus and inferior parietal + lobe. This was seen only in the incongruent Stroop condition. A higher level + of connectivity between the ACC and precuneus was correlated with a lower + error rate in the conflicting, incongruent Stroop condition in the healthy + controls, but not in the patients with PD. Furthermore, the patients also + had reduced functional connectivity between the ACC and the superior frontal + gyrus which was present in both the incongruent and congruent task condition. + The present findings shed light on brain mechanisms that are apparently associated + with specific cognitive difficulties in patients with PD. Among patients with + PD, impaired conflict monitoring processing within the ACC-based fronto-parietal + network may contribute to difficulties under increased executive demands.", + "publication": "Cortex", "doi": "10.1016/j.cortex.2016.06.014", "pmid": "27453508", + "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat + Mirelman; Jeffrey M Hausdorff", "year": 2016, "metadata": {"slug": "27453508-10-1016-j-cortex-2016-06-014", + "source": "semantic_scholar", "keywords": ["Conflict monitoring", "Functional + MRI", "Functional connectivity", "Parkinson''s disease", "Stroop"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "27", "Year": + "2016", "Month": "3", "@PubStatus": "received"}, {"Day": "2", "Year": "2016", + "Month": "6", "@PubStatus": "revised"}, {"Day": "16", "Year": "2016", "Month": + "6", "@PubStatus": "accepted"}, {"Day": "26", "Hour": "6", "Year": "2016", + "Month": "7", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "28", "Hour": + "6", "Year": "2016", "Month": "7", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "3", "Hour": "6", "Year": "2017", "Month": "10", "Minute": "0", "@PubStatus": + "medline"}]}, "ArticleIdList": {"ArticleId": [{"#text": "27453508", "@IdType": + "pubmed"}, {"#text": "10.1016/j.cortex.2016.06.014", "@IdType": "doi"}, {"#text": + "S0010-9452(16)30168-X", "@IdType": "pii"}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "27453508", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1973-8102", + "@IssnType": "Electronic"}, "Title": "Cortex; a journal devoted to the study + of the nervous system and behavior", "JournalIssue": {"Volume": "82", "PubDate": + {"Year": "2016", "Month": "Sep"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Cortex"}, "Abstract": {"AbstractText": "Patients with Parkinson''s disease + (PD) have difficulties in executive functions including conflict monitoring. + The neural mechanisms underlying these difficulties are not yet fully understood. + In order to examine the neural mechanisms related to conflict monitoring in + PD, we evaluated 35 patients with PD and 20 healthy older adults while they + performed a word-color Stroop paradigm in the MRI. Specifically, we focused + on changes between the groups in task-related functional connectivity using + psycho-physiological interaction (PPI) analysis. The anterior cingulate cortex + (ACC), which is a brain node previously associated with the Stroop paradigm, + was selected as the seed region for this analysis. Patients with PD, as compared + to healthy controls, had reduced task-related functional connectivity between + the ACC and parietal regions including the precuneus and inferior parietal + lobe. This was seen only in the incongruent Stroop condition. A higher level + of connectivity between the ACC and precuneus was correlated with a lower + error rate in the conflicting, incongruent Stroop condition in the healthy + controls, but not in the patients with PD. Furthermore, the patients also + had reduced functional connectivity between the ACC and the superior frontal + gyrus which was present in both the incongruent and congruent task condition. + The present findings shed light on brain mechanisms that are apparently associated + with specific cognitive difficulties in patients with PD. Among patients with + PD, impaired conflict monitoring processing within the ACC-based fronto-parietal + network may contribute to difficulties under increased executive demands.", + "CopyrightInformation": "Copyright \u00a9 2016 Elsevier Ltd. All rights reserved."}, + "Language": "eng", "@PubModel": "Print-Electronic", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Keren", "Initials": "K", "LastName": "Rosenberg-Katz", + "AffiliationInfo": {"Affiliation": "Center for the Study of Movement, Cognition, + and Mobility, Neurological Institute, Tel Aviv Sourasky Medical Center, Tel + Aviv, Israel; Functional Brain Center, Wohl Institute for Advanced Imaging, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel. Electronic address: keren_ros@hotmail.com."}}, + {"@ValidYN": "Y", "ForeName": "Inbal", "Initials": "I", "LastName": "Maidan", + "AffiliationInfo": {"Affiliation": "Center for the Study of Movement, Cognition, + and Mobility, Neurological Institute, Tel Aviv Sourasky Medical Center, Tel + Aviv, Israel. Electronic address: Inbalmdn@gmail.com."}}, {"@ValidYN": "Y", + "ForeName": "Yael", "Initials": "Y", "LastName": "Jacob", "AffiliationInfo": + {"Affiliation": "Center for the Study of Movement, Cognition, and Mobility, + Neurological Institute, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; + Functional Brain Center, Wohl Institute for Advanced Imaging, Tel Aviv Sourasky + Medical Center, Tel Aviv, Israel; Sagol School of Neuroscience, Tel Aviv University, + Tel Aviv, Israel. Electronic address: yaelja@gmail.com."}}, {"@ValidYN": "Y", + "ForeName": "Nir", "Initials": "N", "LastName": "Giladi", "AffiliationInfo": + {"Affiliation": "Sieratzki Chair in Neurology, Tel Aviv University, Tel Aviv, + Israel; Department of Neurology, Sackler Faculty of Medicine, Tel Aviv University, + Tel Aviv, Israel; Sagol School of Neuroscience, Tel Aviv University, Tel Aviv, + Israel; Neurological Institute, Tel Aviv Sourasky Medical Center, Tel Aviv, + Israel. Electronic address: nirg@tlvmc.gov.il."}}, {"@ValidYN": "Y", "ForeName": + "Anat", "Initials": "A", "LastName": "Mirelman", "AffiliationInfo": {"Affiliation": + "Center for the Study of Movement, Cognition, and Mobility, Neurological Institute, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Department of Neurology, + Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel. Electronic + address: anatmi@tlvmc.gov.il."}}, {"@ValidYN": "Y", "ForeName": "Jeffrey M", + "Initials": "JM", "LastName": "Hausdorff", "AffiliationInfo": {"Affiliation": + "Center for the Study of Movement, Cognition, and Mobility, Neurological Institute, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Sagol School of Neuroscience, + Tel Aviv University, Tel Aviv, Israel; Department of Physical Therapy, Sackler + Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel. Electronic address: + jhausdor@tlvmc.gov.il."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "286", "StartPage": "277", "MedlinePgn": "277-286"}, "ArticleDate": {"Day": + "25", "Year": "2016", "Month": "06", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.cortex.2016.06.014", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0010-9452(16)30168-X", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Alterations in conflict monitoring are related to functional + connectivity in Parkinson''s disease.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "10", + "Year": "2019", "Month": "12"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Conflict monitoring", "@MajorTopicYN": "N"}, {"#text": "Functional + MRI", "@MajorTopicYN": "N"}, {"#text": "Functional connectivity", "@MajorTopicYN": + "N"}, {"#text": "Parkinson''s disease", "@MajorTopicYN": "N"}, {"#text": "Stroop", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "02", "Year": "2017", "Month": + "10"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", + "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D003220", "#text": "Conflict, Psychological", + "@MajorTopicYN": "Y"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D056344", "#text": "Executive + Function", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": + "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": + "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D007091", "#text": + "Image Processing, Computer-Assisted", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", + "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D009415", "#text": "Nerve Net", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", + "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "N"}], "DescriptorName": {"@UI": "D009434", "#text": "Neural Pathways", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D009483", "#text": "Neuropsychological + Tests", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": + "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", + "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D010300", "#text": "Parkinson + Disease", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D057190", "#text": + "Stroop Test", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "Italy", "MedlineTA": "Cortex", "ISSNLinking": "0010-9452", "NlmUniqueID": + "0100725"}}}, "semantic_scholar": {"year": 2016, "title": "Alterations in + conflict monitoring are related to functional connectivity in Parkinson''s + disease", "venue": "Cortex", "authors": [{"name": "K. Rosenberg-Katz", "authorId": + "1397388833"}, {"name": "I. Maidan", "authorId": "1914169"}, {"name": "Y. + Jacob", "authorId": "1787769"}, {"name": "Nir Giladi", "authorId": "144701716"}, + {"name": "Jeffrey M. Hausdorff", "authorId": "7766661"}], "paperId": "275b02692d5dbc90c96aa3ae451469a652aef640", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.cortex.2016.06.014?email= + or https://doi.org/10.1016/j.cortex.2016.06.014, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2016-09-01"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T23:50:06.170971+00:00", "analyses": [{"id": "FTDtuEq6ixaZ", "user": + null, "name": "Increased connectivity for the incongruent condition", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "RDjFJxariUgs", "user": null, "name": + "Increased connectivity for the congruent condition", "metadata": {"table": + {"table_number": 4, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "jqeUA5Yaf3Gu", "user": null, "name": + "Healthy controls-2", "metadata": {"table": {"table_number": 4, "table_metadata": + {"table_id": "tbl4", "table_label": "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [{"id": "TCUN6K2Eu8wH", "coordinates": [33.0, 17.0, 26.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.7}]}, {"id": "Q84UPnnv2bVg", "coordinates": [45.0, 23.0, 35.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.16}]}, {"id": "2AhtoqL7D9E8", "coordinates": [37.0, -70.0, + -28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.32}]}], "images": []}, {"id": "279rWYbbqJwj", "user": + null, "name": "tbl1", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tbl1", "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1_coordinates.csv"}, + "original_table_id": "tbl1"}, "table_metadata": {"table_id": "tbl1", "table_label": + "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1_coordinates.csv"}, + "sanitized_table_id": "tbl1"}, "description": "Regions of interest coordinates + used (from Laird et\u00a0al., 2005).", "conditions": [], "weights": [], "points": + [{"id": "spVFMVtaj9vB", "coordinates": [3.0, 16.0, 41.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "SnbZWygvBtR5", + "coordinates": [-34.0, 21.0, 24.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "7FaaaDg9nHRF", "coordinates": + [-20.0, 48.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "9JHpD4k3JMYQ", "coordinates": [-43.0, 4.0, 35.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "UXwUo8BASxDr", "coordinates": [-21.0, -70.0, 37.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "UWMNMWA7z44i", + "coordinates": [-47.0, -40.0, 47.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}, {"id": "Ep3hSLniHzc7", + "user": null, "name": "Patients with PD", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "tbl4", "table_label": "Table 4", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [{"id": "iWFtXbiYHbpg", "coordinates": [6.0, -28.0, -16.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.51}]}, {"id": "3D3Nd8UCGiAd", "coordinates": [-30.0, 32.0, + -16.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.78}]}, {"id": "EHc2FyMXChyF", "coordinates": [39.0, + -7.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.51}]}, {"id": "wDgaUkd2VXEA", "coordinates": + [-27.0, 20.0, 47.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.79}]}, {"id": "HQRujgJHvjUw", "coordinates": + [12.0, -16.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.85}]}], "images": []}, {"id": "Z4aELpy43zHL", + "user": null, "name": "Healthy controls", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "tbl4", "table_label": "Table 4", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [{"id": "xfLMrKBhEj49", "coordinates": [-48.0, -13.0, 47.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 6.12}]}, {"id": "MM454chitDmN", "coordinates": [-39.0, 20.0, + 44.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.53}]}, {"id": "nj4KoWHKmoiw", "coordinates": [-3.0, + 23.0, 47.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.73}]}, {"id": "h3NbqXgTrbqB", "coordinates": + [-48.0, -55.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.35}]}], "images": []}, {"id": "HFaRxBDW2Xhe", + "user": null, "name": "Patients with PD-2", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "tbl4", "table_label": "Table 4", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [{"id": "RofhQUg5C5WL", "coordinates": [-3.0, -37.0, -10.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.19}]}, {"id": "izmpL7DAHmWs", "coordinates": [-15.0, -22.0, + -1.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.19}]}, {"id": "PfrJZGeJYp8p", "coordinates": [12.0, + -19.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.91}]}, {"id": "B55spdx44E86", "coordinates": + [-27.0, 17.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.21}]}, {"id": "SmHyeVBeV35c", "coordinates": + [-48.0, 8.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.46}]}, {"id": "q2hkTib2pgjj", "coordinates": + [58.0, 4.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.71}]}], "images": []}]}, {"id": + "DbLDoRQi3NZu", "created_at": "2025-12-03T18:06:08.549925+00:00", "updated_at": + null, "user": null, "name": "Resting-state functional brain connectivity in + a predominantly African-American sample of older adults: exploring links among + personality traits, cognitive performance, and the default mode network", + "description": "Abstract The personality traits of neuroticism, openness, + and conscientiousness are relevant factors for cognitive aging outcomes. The + present study examined how these traits were associated with cognitive abilities + and corresponding resting-state functional connectivity (RSFC) of the default + mode network (DMN) in an older and predominantly minority sample. A sample + of 58 cognitively unimpaired, largely African-American, older adults (M age + = 68.28 \u00b1 8.33) completed a standard RSFC magnetic resonance imaging + sequence, a Big Five measure of personality, and delayed memory, Stroop, and + verbal fluency tasks. Personality trait associations of within-network connectivity + of the posterior cingulate cortex (PCC), a hub of the DMN, were examined using + a seed-based approach. Trait scores were regressed on cognitive performance + (delayed memory for neuroticism, Stroop for conscientiousness, and verbal + fluency for openness). Greater openness predicted greater verbal fluency and + greater RSFC between the PCC and eight clusters, including the medial prefrontal + cortex, left middle frontal gyrus, and precuneus. Greater PCC\u2013precuneus + connectivity predicted greater verbal fluency. Neuroticism and conscientiousness + did not significantly predict either cognitive performance or RSFC. Although + requiring replication and elaboration, the results implicate openness as a + contributing factor to cognitive aging via concomitant cognitive performance + and connectivity within cortical hubs of the DMN and add to the sparse literature + on these variables in a diverse group of older adults.", "publication": "Personality + Neuroscience", "doi": "10.1017/pen.2020.4", "pmid": "32524064", "authors": + "N. Crane; J. Hayes; Raymond P. Viviano; T. Bogg; J. Damoiseaux", "year": + 2020, "metadata": {"slug": "32524064-10-1017-pen-2020-4-pmc7253688", "source": + "semantic_scholar", "keywords": ["Big Five traits", "Cognitive aging", "Neuroimaging", + "Openness", "Verbal fluency"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "7", "Year": "2019", "Month": "8", "@PubStatus": + "received"}, {"Day": "29", "Year": "2020", "Month": "1", "@PubStatus": "revised"}, + {"Day": "6", "Year": "2020", "Month": "2", "@PubStatus": "accepted"}, {"Day": + "12", "Hour": "6", "Year": "2020", "Month": "6", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "12", "Hour": "6", "Year": "2020", "Month": "6", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "12", "Hour": "6", "Year": "2020", "Month": + "6", "Minute": "1", "@PubStatus": "medline"}, {"Day": "27", "Year": "2020", + "Month": "3", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "32524064", "@IdType": "pubmed"}, {"#text": "PMC7253688", "@IdType": + "pmc"}, {"#text": "10.1017/pen.2020.4", "@IdType": "doi"}, {"#text": "S2513988620000048", + "@IdType": "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Adelstein, + J. S. , Shehzad, Z. , Mennes, M. , DeYoung, C. G. , Zuo, X. N. , Kelly, C. + , \u2026 Milham, M. P. (2011). Personality is reflected in the brain\u2019s + intrinsic functional architecture. PLoS ONE, 6, e27633 10.1371/journal.pone.0027633.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0027633", + "@IdType": "doi"}, {"#text": "PMC3227579", "@IdType": "pmc"}, {"#text": "22140453", + "@IdType": "pubmed"}]}}, {"Citation": "Aghajani, M. , Veer, I. M. , Van Tol, + M. J. , Aleman, A. , Van Buchem, M. A. , Veltman, D. J. , \u2026 van der Wee, + N. J. (2014). Neuroticism and extraversion are associated with amygdala resting-state + functional connectivity. Cognitive, Affective, & Behavioral Neuroscience, + 14, 836\u2013848. 10.3758/s13415-013-0224-0.", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13415-013-0224-0", "@IdType": "doi"}, {"#text": "24352685", + "@IdType": "pubmed"}]}}, {"Citation": "Andrews-Hanna, J. R. , Snyder, A. Z. + , Vincent, J. L. , Lustig, C. , Head, D. , Raichle, M. E. , & Buckner, R. + L. (2007). Disruption of large-scale brain systems in advanced aging. Neuron, + 56, 924\u2013935. 10.1016/j.neuron.2007.10.038.", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuron.2007.10.038", "@IdType": "doi"}, {"#text": "PMC2709284", + "@IdType": "pmc"}, {"#text": "18054866", "@IdType": "pubmed"}]}}, {"Citation": + "Ayotte, B. J. , Potter, G. G. , Williams, H. T. , Steffens, D. C. , & Bosworth, + H. B. (2009). The moderating role of personality factors in the relationship + between depression and neuropsychological functioning among older adults. + International Journal of Geriatric Psychiatry: A Journal of the Psychiatry + of Late Life and Allied Sciences, 24, 1010\u20131019. 10.1002/gps.2213.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/gps.2213", "@IdType": "doi"}, + {"#text": "PMC2730210", "@IdType": "pmc"}, {"#text": "19226526", "@IdType": + "pubmed"}]}}, {"Citation": "Beaty, R. E. , Kaufman, S. B. , Benedek, M. , + Jung, R. E. , Kenett, Y. N. , Jauk, E. , \u2026 Silvia, P. J. (2016). Personality + and complex brain networks: The role of openness to experience in default + network efficiency. Human Brain Mapping, 37, 773\u2013779. 10.1002/hbm.23065.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.23065", "@IdType": + "doi"}, {"#text": "PMC4738373", "@IdType": "pmc"}, {"#text": "26610181", "@IdType": + "pubmed"}]}}, {"Citation": "Binnewijzend, M. A. , Schoonheim, M. M. , Sanz-Arigita, + E. , Wink, A. M. , van der Flier, W. M. , Tolboom, N. , \u2026 Barkhof, F. + (2012). Resting-state fMRI changes in Alzheimer\u2019s disease and mild cognitive + impairment. Neurobiology of Aging, 33, 2018\u20132028. 10.1016/j.neurobiolaging.2011.07.003.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2011.07.003", + "@IdType": "doi"}, {"#text": "21862179", "@IdType": "pubmed"}]}}, {"Citation": + "Bogg, T. , & Vo, P. T. (2014). Openness, neuroticism, conscientiousness, + and family health and aging concerns interact in the prediction of health-related + internet searches in a representative US sample. Frontiers in Psychology, + 5, 370 10.3389/fpsyg.2014.00370.", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyg.2014.00370", "@IdType": "doi"}, {"#text": "PMC4010796", "@IdType": + "pmc"}, {"#text": "24808880", "@IdType": "pubmed"}]}}, {"Citation": "Chapman, + B. , Duberstein, P. , Tindle, H. A. , Sink, K. M. , Robbins, J. , Tancredi, + D. J. , \u2026 Gingko Evaluation of Memory Study Investigators. (2012). Personality + predicts cognitive function over 7 years in older persons. The American Journal + of Geriatric Psychiatry, 20, 612\u2013621. 10.1097/JGP.0b013e31822cc9cb.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/JGP.0b013e31822cc9cb", + "@IdType": "doi"}, {"#text": "PMC3384996", "@IdType": "pmc"}, {"#text": "22735597", + "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux, J. S. , Beckmann, C. F. + , Arigita, E. S. , Barkhof, F. , Scheltens, P. , Stam, C. J. , \u2026 Rombouts, + S. A. R. B. (2007). Reduced resting-state brain activity in the \u201cdefault + network\u201d in normal aging. Cerebral Cortex, 18, 1856\u20131864. 10.1093/cercor/bhm207.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhm207", "@IdType": + "doi"}, {"#text": "18063564", "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux, + J. S. , Prater, K. E. , Miller, B. L. , & Greicius, M. D. (2012). Functional + connectivity tracks clinical deterioration in Alzheimer\u2019s disease. Neurobiology + of Aging, 33, 828.e19\u2013828.e30. 10.1016/j.neurobiolaging.2011.06.024.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2011.06.024", + "@IdType": "doi"}, {"#text": "PMC3218226", "@IdType": "pmc"}, {"#text": "21840627", + "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux, J. S. , Rombouts, S. A. + R. B. , Barkhof, F. , Scheltens, P. , Stam, C. J. , Smith, S. M. , & Beckmann, + C. F. (2006). Consistent resting-state networks across healthy subjects. Proceedings + of the National Academy of Sciences, 103, 13848\u201313853. 10.1073/pnas.0601417103.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0601417103", "@IdType": + "doi"}, {"#text": "PMC1564249", "@IdType": "pmc"}, {"#text": "16945915", "@IdType": + "pubmed"}]}}, {"Citation": "DeYoung, C. G. , Grazioplene, R. G. , & Peterson, + J. B. (2012). From madness to genius: The Openness/Intellect trait domain + as a paradoxical simplex. Journal of Research in Personality, 46, 63\u201378. + 10.1016/j.jrp.2011.12.003.", "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.jrp.2011.12.003", + "@IdType": "doi"}}}, {"Citation": "Dubois, J. , Galdi, P. , Han, Y. , Paul, + L. K. , & Adolphs, R. (2018). Resting-state functional brain connectivity + best predicts the personality dimension of openness to experience. Personality + Neuroscience, 1, E6 10.1017/pen.2018.8.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1017/pen.2018.8", "@IdType": "doi"}, {"#text": "PMC6138449", "@IdType": + "pmc"}, {"#text": "30225394", "@IdType": "pubmed"}]}}, {"Citation": "Falk, + E. B. , Hyde, L. W. , Mitchell, C. , Faul, J. , Gonzalez, R. , Heitzeg, M. + M. , \u2026 Morrison, F. J. (2013). What is a representative brain? Neuroscience + meets population science. Proceedings of the National Academy of Sciences, + 110, 17615\u201317622. 10.1073/pnas.1310134110.", "ArticleIdList": {"ArticleId": + [{"#text": "10.1073/pnas.1310134110", "@IdType": "doi"}, {"#text": "PMC3816464", + "@IdType": "pmc"}, {"#text": "24151336", "@IdType": "pubmed"}]}}, {"Citation": + "Folstein, M. F. , Folstein, S. E. , & Mchugh, P. R. (1975). \u201cMini-mental + state\u201d: A practical method for grading cognitive state of patients for + clinician. Journal of Psychiatric Research, 12, 189\u2013198. 10.1016/0022-3956(75)90026-6.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", + "@IdType": "doi"}, {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": + "Fox, M. D. , Snyder, A. Z. , Vincent, J. L. , Corbetta, M. , Van Essen, D. + C. , & Raichle, M. E. (2005). The human brain is intrinsically organized into + dynamic, anticorrelated functional networks. Proceedings of the National Academy + of Sciences of the United States of America, 102, 9673\u20139678. 10.1073/pnas.0504136102.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0504136102", "@IdType": + "doi"}, {"#text": "PMC1157105", "@IdType": "pmc"}, {"#text": "15976020", "@IdType": + "pubmed"}]}}, {"Citation": "Gili, T. , Cercignani, M. , Serra, L. , Perri, + R. , Giove, F. , Maraviglia, B. , \u2026 Bozzali, M. (2011). Regional brain + atrophy and functional disconnection across Alzheimer\u2019s disease evolution. + Journal of Neurology, Neurosurgery & Psychiatry, 82, 58\u201366. 10.1136/jnnp.2009.199935.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1136/jnnp.2009.199935", "@IdType": + "doi"}, {"#text": "20639384", "@IdType": "pubmed"}]}}, {"Citation": "Graham, + E. K. , & Lachman, M. E. (2014). Personality traits, facets and cognitive + performance: Age differences in their relations. Personality and Individual + Differences, 59, 89\u201395. 10.1016/j.paid.2013.11.011.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.paid.2013.11.011", "@IdType": "doi"}, + {"#text": "PMC4014779", "@IdType": "pmc"}, {"#text": "24821992", "@IdType": + "pubmed"}]}}, {"Citation": "Greicius, M. D. , Krasnow, B. , Reiss, A. L. , + & Menon, V. (2003). Functional connectivity in the resting brain: A network + analysis of the default mode hypothesis. Proceedings of the National Academy + of Sciences, 100, 253\u2013258. 10.1073/pnas.0135058100.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.0135058100", "@IdType": "doi"}, {"#text": + "PMC140943", "@IdType": "pmc"}, {"#text": "12506194", "@IdType": "pubmed"}]}}, + {"Citation": "Hedden, T. , Van Dijk, K. R. , Becker, J. A. , Mehta, A. , Sperling, + R. A. , Johnson, K. A. , & Buckner, R. L. (2009). Disruption of functional + connectivity in clinically normal older adults harboring amyloid burden. Journal + of Neuroscience, 29, 12686\u201312694. 10.1523/JNEUROSCI.3189-09.2009.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.3189-09.2009", "@IdType": "doi"}, + {"#text": "PMC2808119", "@IdType": "pmc"}, {"#text": "19812343", "@IdType": + "pubmed"}]}}, {"Citation": "Hsu, W. T. , Rosenberg, M. D. , Scheinost, D. + , Constable, R. T. , & Chun, M. M. (2018). Resting state functional connectivity + predicts neuroticism and extraversion in novel individuals. Social Cognitive + and Affective Neuroscience, 13, 224\u2013232. 10.1093/scan/nsy002.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/scan/nsy002", "@IdType": "doi"}, {"#text": + "PMC5827338", "@IdType": "pmc"}, {"#text": "29373729", "@IdType": "pubmed"}]}}, + {"Citation": "Jackson, J. , Balota, D. A. , & Head, D. (2011). Exploring the + relationship between personality and regional brain volume in healthy aging. + Neurobiology of Aging, 32, 2162\u20132171. 10.1016/j.neurobiolaging.2009.12.009.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2009.12.009", + "@IdType": "doi"}, {"#text": "PMC2891197", "@IdType": "pmc"}, {"#text": "20036035", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson, M. , Bannister, P. , Brady, + M. , & Smith, S. (2002). Improved optimization for the robust and accurate + linear registration and motion correction of brain images. Neuroimage, 17, + 825\u2013841. 10.1006/nimg.2002.1132.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/nimg.2002.1132", "@IdType": "doi"}, {"#text": "12377157", "@IdType": + "pubmed"}]}}, {"Citation": "Jenkinson, M. , Beckmann, C. F. , Behrens, T. + E. , Woolrich, M. W. , & Smith, S. M. (2012). FSL. Neuroimage, 62, 782\u2013790. + 10.1016/j.neuroimage.2011.09.015.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2011.09.015", "@IdType": "doi"}, {"#text": "21979382", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson, M. , & Smith, S. (2001). + A global optimisation method for robust affine registration of brain images. + Medical Image Analysis, 5, 143\u2013156. 10.1016/S1361-8415(01)00036-6.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1361-8415(01)00036-6", + "@IdType": "doi"}, {"#text": "11516708", "@IdType": "pubmed"}]}}, {"Citation": + "John, O. P. , Naumann, L. P. , & Soto, C. J. (2008) Paradigm shift to the + integrative big five trait taxonomy. In O. P. John, R. W. Robins, & L. A. + Pervin (Eds.), Handbook of personality: Theory and research (3rd ed., pp. + 114\u2013158). New York: Guilford Press."}, {"Citation": "John, O. P. , & + Srivastava, S. (1999). The Big Five trait taxonomy: History, measurement, + and theoretical perspectives. In O. P. John, R. W. Robins, & L. A. Pervin + (Eds.), Handbook of personality: Theory and research (2nd ed., pp. 102\u2013138). + New York: Guilford Press."}, {"Citation": "Jones, D. T. , Knopman, D. S. , + Gunter, J. L. , Graff-Radford, J. , Vemuri, P. , Boeve, B. F. , \u2026 Jack + Jr, C. R. (2015). Cascading network failure across the Alzheimer\u2019s disease + spectrum. Brain, 139, 547\u2013562. 10.1093/brain/awv338.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/brain/awv338", "@IdType": "doi"}, {"#text": + "PMC4805086", "@IdType": "pmc"}, {"#text": "26586695", "@IdType": "pubmed"}]}}, + {"Citation": "Kapogiannis, D. , Sutin, A. , Davatzikos, C. , Costa Jr, P. + , & Resnick, S. (2013). The five factors of personality and regional cortical + variability in the Baltimore longitudinal study of aging. Human Brain Mapping, + 34, 2829\u20132840. 10.1002/hbm.22108.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.22108", "@IdType": "doi"}, {"#text": "PMC3808519", "@IdType": + "pmc"}, {"#text": "22610513", "@IdType": "pubmed"}]}}, {"Citation": "Kunisato, + Y. , Okamoto, Y. , Okada, G. , Aoyama, S. , Nishiyama, Y. , Onoda, K. , & + Yamawaki, S. (2011). Personality traits and the amplitude of spontaneous low-frequency + oscillations during resting state. Neuroscience Letters, 492, 109\u2013113. + 10.1016/j.neulet.2011.01.067.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neulet.2011.01.067", "@IdType": "doi"}, {"#text": "21291958", "@IdType": + "pubmed"}]}}, {"Citation": "Kumar, S. , Yadava, A. , & Sharma, N. R. (2016). + Exploring the relations between executive functions and personality. The International + Journal of Indian Psychology, 3, 161\u2013171."}, {"Citation": "Kuzma, E. + , Sattler, C. , Toro, P. , Sch\u00f6nknecht, P. , & Schr\u00f6der, J. (2011). + Premorbid personality traits and their course in mild cognitive impairment: + Results from a prospective population-based study in Germany. Dementia and + Geriatric Cognitive Disorders, 32, 171\u2013177. 10.1159/000332082.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1159/000332082", "@IdType": "doi"}, {"#text": + "22005607", "@IdType": "pubmed"}]}}, {"Citation": "Liu, W. , Kohn, N. , & + Fern\u00e1ndez, G. (2019). Intersubject similarity of personality is associated + with intersubject similarity of brain connectivity patterns. NeuroImage, 186, + 56\u201369. 10.1016/j.neuroimage.2018.10.062.", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2018.10.062", "@IdType": "doi"}, {"#text": + "30389630", "@IdType": "pubmed"}]}}, {"Citation": "Luchetti, M. , Terrcciano, + A. , Stephan, Y. , & Sutin, A. R. (2015). Personality and cognitive decline + in older adults: Data from a longitudinal sample and meta-analysis. Journals + of Gerontology Series B: Psychological Sciences and Social Sciences, 71, 591\u2013601. + 10.1093/geronb/gbu184.", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/geronb/gbu184", + "@IdType": "doi"}, {"#text": "PMC4903032", "@IdType": "pmc"}, {"#text": "25583598", + "@IdType": "pubmed"}]}}, {"Citation": "McCrae, R. R. , & Costa, P. T. (1997). + Conceptions and correlates of openness to experience In R. Hogan, J. Johnson, + & S. Briggs (Eds.), Handbook of personality psychology (pp. 825\u2013847). + Orlando, FL: Academic Press."}, {"Citation": "Pruim, R. H. R. , Mennes, M. + , van Rooij, D. , Llera, A. , Buitelaar, J. K. , & Beckmann, C. F. (2015). + ICA-AROMA: A robust ICA-based strategy for removing motion artifacts from + fMRI data. Neuroimage, 112, 267\u2013277. 10.1016/j.neuroimage.2015.02.064.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2015.02.064", + "@IdType": "doi"}, {"#text": "25770991", "@IdType": "pubmed"}]}}, {"Citation": + "Rhodes, R. E. , Courneya, K. S. , & Jones, L. W. (2003). Translating exercise + intentions into behavior: Personality and social cognitive correlates. Journal + of Health Psychology, 8, 447\u2013458. 10.1177/13591053030084004.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/13591053030084004", "@IdType": "doi"}, {"#text": + "19127711", "@IdType": "pubmed"}]}}, {"Citation": "Rombouts, S. A. , Barkhof, + F. , Goekoop, R. , Stam, C. J. , & Scheltens, P. (2005). Altered resting state + networks in mild cognitive impairment and mild Alzheimer\u2019s disease: An + fMRI study. Human Brain Mapping, 26, 231\u2013239. 10.1002/hbm.20160.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.20160", "@IdType": "doi"}, {"#text": + "PMC6871685", "@IdType": "pmc"}, {"#text": "15954139", "@IdType": "pubmed"}]}}, + {"Citation": "Sambataro, F. , Murty, V. P. , Callicott, J. H. , Tan, H. Y. + , Das, S. , Weinberger, D. R. , & Mattay, V. S. (2010). Age-related alterations + in default mode network: Impact on working memory performance. Neurobiology + of Aging, 31, 839\u2013852. 10.1016/j.neurobiolaging.2008.05.022.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2008.05.022", "@IdType": + "doi"}, {"#text": "PMC2842461", "@IdType": "pmc"}, {"#text": "18674847", "@IdType": + "pubmed"}]}}, {"Citation": "Sampaio, A. , Soares, J. M. , Coutinho, J. , Sousa, + N. , & Gon\u00e7alves, \u00d3. F. (2014). The Big Five default brain: Functional + evidence. Brain Structure and Function, 219, 1913\u20131922. 10.1007/s00429-013-0610-y.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00429-013-0610-y", "@IdType": + "doi"}, {"#text": "23881294", "@IdType": "pubmed"}]}}, {"Citation": "Smith, + S. M. (2002). Fast robust automated brain extraction. Human Brain Mapping, + 17, 143\u2013155. 10.1002/hbm.10062.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.10062", "@IdType": "doi"}, {"#text": "PMC6871816", "@IdType": + "pmc"}, {"#text": "12391568", "@IdType": "pubmed"}]}}, {"Citation": "Sneed, + C. D. , McCrae, R. R. , & Funder, D. C. (1998). Lay conceptions of the five-factor + model and its indicators. Personality and Social Psychology Bulletin, 24, + 115\u2013126. 10.1177/0146167298242001.", "ArticleIdList": {"ArticleId": {"#text": + "10.1177/0146167298242001", "@IdType": "doi"}}}, {"Citation": "Soto, C. J. + , & John, O. P. (2009). Ten facet scales for the Big Five Inventory: Convergence + with NEO PI-R facets, self-peer agreement, and discriminant validity. Journal + of Research in Personality, 43, 84\u201390. 10.1016/j.jrp.2008.10.002.", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/j.jrp.2008.10.002", "@IdType": "doi"}}}, + {"Citation": "Stroop, J. R. (1935). Studies of interference in serial verbal + reactions. Journal of Experimental Psychology, 18, 643\u2013662. 10.1037/h0054651.", + "ArticleIdList": {"ArticleId": {"#text": "10.1037/h0054651", "@IdType": "doi"}}}, + {"Citation": "Sutin, A. R. , Terracciano, A. , Kitner-Triolo, M. H. , Uda, + M. , Schlessinger, D. , & Zonderman, A. B. (2011). Personality traits prospectively + predict verbal fluency in a lifespan sample. Psychology and Aging, 26, 994\u2013999. + 10.1037/a0024276.", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0024276", + "@IdType": "doi"}, {"#text": "PMC3222775", "@IdType": "pmc"}, {"#text": "21707179", + "@IdType": "pubmed"}]}}, {"Citation": "Terracciano, A. , Sutin, A. R. , An, + Y. , O\u2019Brien, R. J. , Ferrucci, L. , Zonderman, A. B. , & Resnick, S. + M. (2014). Personality and risk of Alzheimer\u2019s disease: New data and + meta- analysis. Alzheimer\u2019s & Dementia, 10, 179\u2013186. 10.1016/j.jalz.2013.03.002.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jalz.2013.03.002", "@IdType": + "doi"}, {"#text": "PMC3783589", "@IdType": "pmc"}, {"#text": "23706517", "@IdType": + "pubmed"}]}}, {"Citation": "Viviano, R. P. , Hayes, J. M. , Pruitt, P. J. + , Fernandez, Z. J. , van Rooden, S. , van der Grond, J. , \u2026 Damoiseaux, + J. S. (2019). Aberrant memory system connectivity and working memory performance + in subjective cognitive decline. NeuroImage, 185, 556\u2013564. 10.1016/j.neuroimage.2018.10.015.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2018.10.015", + "@IdType": "doi"}, {"#text": "30308246", "@IdType": "pubmed"}]}}, {"Citation": + "Wechsler, D. (2009). Wechsler memory scale - fourth edition (WMS-IV). San + Antonio, TX: Pearson."}, {"Citation": "Wechsler, D. (2011). Wechsler abbreviated + scale of intelligence -second edition (WASI-II). San Antonio, TX: Pearson."}, + {"Citation": "Wierenga, C. E. , & Bondi, M. W. (2007). Use of functional magnetic + resonance imaging in the early identification of Alzheimer\u2019s disease. + Neuropsychology Review, 17, 127\u2013143. 10.1007/s11065-007-9025-y.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s11065-007-9025-y", "@IdType": "doi"}, {"#text": + "PMC2084460", "@IdType": "pmc"}, {"#text": "17476598", "@IdType": "pubmed"}]}}, + {"Citation": "Wilson, K. E. , & Dishman, R. K. (2015). Personality and physical + activity: A systematic review and meta-analysis. Personality and Individual + Differences, 72, 230\u2013242. 10.1016/j.paid.2014.08.023.", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/j.paid.2014.08.023", "@IdType": "doi"}}}, + {"Citation": "Wilson, R. S. , Schneider, J. A. , Arnold, S. E. , Bienias, + J. L. , & Bennett, D. A. (2007). Conscientiousness and the incidence of Alzheimer + disease and mild cognitive impairment. Archives of General Psychiatry, 64, + 1204\u20131212. 10.1001/archpsyc.64.10.1204.", "ArticleIdList": {"ArticleId": + [{"#text": "10.1001/archpsyc.64.10.1204", "@IdType": "doi"}, {"#text": "17909133", + "@IdType": "pubmed"}]}}, {"Citation": "Winkler, A. M. , Ridgway, G. R. , Webster, + M. A. , Smith, S. M. , & Nichols, T. E. (2014). Permutation inference for + the general linear model. Neuroimage, 92, 381\u2013397. 10.1016/j.neuroimage.2014.01.060.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.01.060", + "@IdType": "doi"}, {"#text": "PMC4010955", "@IdType": "pmc"}, {"#text": "24530839", + "@IdType": "pubmed"}]}}, {"Citation": "Woolrich, M. W. , Ripley, B. D. , Brady, + M. , & Smith, S. M. (2001). Temporal autocorrelation in univariate linear + modeling of FMRI data. Neuroimage, 14, 1370\u20131386. 10.1006/nimg.2001.0931.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2001.0931", "@IdType": + "doi"}, {"#text": "11707093", "@IdType": "pubmed"}]}}, {"Citation": "Wright, + C. I. , Feczko, E. , Dickerson, B. , & Williams, D. (2007). Neuroanatomical + correlates of personality in the elderly. Neuroimage, 35, 263\u2013272. 10.1016/j.neuroimage.2006.11.039.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2006.11.039", + "@IdType": "doi"}, {"#text": "PMC1868480", "@IdType": "pmc"}, {"#text": "17229578", + "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "32524064", "@Version": "1"}, "@Owner": "NLM", "@Status": + "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "2513-9886", + "@IssnType": "Electronic"}, "Title": "Personality neuroscience", "JournalIssue": + {"Volume": "3", "PubDate": {"Year": "2020"}, "@CitedMedium": "Internet"}, + "ISOAbbreviation": "Personal Neurosci"}, "Abstract": {"AbstractText": {"i": + "M", "#text": "The personality traits of neuroticism, openness, and conscientiousness + are relevant factors for cognitive aging outcomes. The present study examined + how these traits were associated with cognitive abilities and corresponding + resting-state functional connectivity (RSFC) of the default mode network (DMN) + in an older and predominantly minority sample. A sample of 58 cognitively + unimpaired, largely African-American, older adults ( age = 68.28 \u00b1 8.33) + completed a standard RSFC magnetic resonance imaging sequence, a Big Five + measure of personality, and delayed memory, Stroop, and verbal fluency tasks. + Personality trait associations of within-network connectivity of the posterior + cingulate cortex (PCC), a hub of the DMN, were examined using a seed-based + approach. Trait scores were regressed on cognitive performance (delayed memory + for neuroticism, Stroop for conscientiousness, and verbal fluency for openness). + Greater openness predicted greater verbal fluency and greater RSFC between + the PCC and eight clusters, including the medial prefrontal cortex, left middle + frontal gyrus, and precuneus. Greater PCC-precuneus connectivity predicted + greater verbal fluency. Neuroticism and conscientiousness did not significantly + predict either cognitive performance or RSFC. Although requiring replication + and elaboration, the results implicate openness as a contributing factor to + cognitive aging via concomitant cognitive performance and connectivity within + cortical hubs of the DMN and add to the sparse literature on these variables + in a diverse group of older adults."}, "CopyrightInformation": "\u00a9 The + Author(s) 2020."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Nicole T", "Initials": + "NT", "LastName": "Crane", "Identifier": {"#text": "0000-0001-6870-4010", + "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": "Institute of Gerontology, + Wayne State University, Detroit, MI, USA."}, {"Affiliation": "Department of + Psychology, Drexel University, Philadelphia, PA, USA."}]}, {"@ValidYN": "Y", + "ForeName": "Jessica M", "Initials": "JM", "LastName": "Hayes", "AffiliationInfo": + [{"Affiliation": "Institute of Gerontology, Wayne State University, Detroit, + MI, USA."}, {"Affiliation": "Department of Psychology, Wayne State University, + Detroit, MI, USA."}]}, {"@ValidYN": "Y", "ForeName": "Raymond P", "Initials": + "RP", "LastName": "Viviano", "AffiliationInfo": [{"Affiliation": "Institute + of Gerontology, Wayne State University, Detroit, MI, USA."}, {"Affiliation": + "Department of Psychology, Wayne State University, Detroit, MI, USA."}]}, + {"@ValidYN": "Y", "ForeName": "Tim", "Initials": "T", "LastName": "Bogg", + "AffiliationInfo": {"Affiliation": "Department of Psychology, Wayne State + University, Detroit, MI, USA."}}, {"@ValidYN": "Y", "ForeName": "Jessica S", + "Initials": "JS", "LastName": "Damoiseaux", "AffiliationInfo": [{"Affiliation": + "Institute of Gerontology, Wayne State University, Detroit, MI, USA."}, {"Affiliation": + "Department of Psychology, Wayne State University, Detroit, MI, USA."}]}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "e3", "MedlinePgn": "e3"}, + "ArticleDate": {"Day": "27", "Year": "2020", "Month": "03", "@DateType": "Electronic"}, + "ELocationID": [{"#text": "e3", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": + "10.1017/pen.2020.4", "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": + "Resting-state functional brain connectivity in a predominantly African-American + sample of older adults: exploring links among personality traits, cognitive + performance, and the default mode network.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "28", + "Year": "2020", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Big Five traits", "@MajorTopicYN": "N"}, {"#text": "Cognitive + aging", "@MajorTopicYN": "N"}, {"#text": "Neuroimaging", "@MajorTopicYN": + "N"}, {"#text": "Openness", "@MajorTopicYN": "N"}, {"#text": "Verbal fluency", + "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": "England", "MedlineTA": + "Personal Neurosci", "ISSNLinking": "2513-9886", "NlmUniqueID": "101718316"}}}, + "semantic_scholar": {"year": 2020, "title": "Resting-state functional brain + connectivity in a predominantly African-American sample of older adults: exploring + links among personality traits, cognitive performance, and the default mode + network", "venue": "Personality Neuroscience", "authors": [{"name": "N. Crane", + "authorId": "153578360"}, {"name": "J. Hayes", "authorId": "25137614"}, {"name": + "Raymond P. Viviano", "authorId": "3410992"}, {"name": "T. Bogg", "authorId": + "4005456"}, {"name": "J. Damoiseaux", "authorId": "35062457"}], "paperId": + "15b0625c5a902a50d494b64b096671d0d3a27a65", "abstract": "Abstract The personality + traits of neuroticism, openness, and conscientiousness are relevant factors + for cognitive aging outcomes. The present study examined how these traits + were associated with cognitive abilities and corresponding resting-state functional + connectivity (RSFC) of the default mode network (DMN) in an older and predominantly + minority sample. A sample of 58 cognitively unimpaired, largely African-American, + older adults (M age = 68.28 \u00b1 8.33) completed a standard RSFC magnetic + resonance imaging sequence, a Big Five measure of personality, and delayed + memory, Stroop, and verbal fluency tasks. Personality trait associations of + within-network connectivity of the posterior cingulate cortex (PCC), a hub + of the DMN, were examined using a seed-based approach. Trait scores were regressed + on cognitive performance (delayed memory for neuroticism, Stroop for conscientiousness, + and verbal fluency for openness). Greater openness predicted greater verbal + fluency and greater RSFC between the PCC and eight clusters, including the + medial prefrontal cortex, left middle frontal gyrus, and precuneus. Greater + PCC\u2013precuneus connectivity predicted greater verbal fluency. Neuroticism + and conscientiousness did not significantly predict either cognitive performance + or RSFC. Although requiring replication and elaboration, the results implicate + openness as a contributing factor to cognitive aging via concomitant cognitive + performance and connectivity within cortical hubs of the DMN and add to the + sparse literature on these variables in a diverse group of older adults.", + "isOpenAccess": true, "openAccessPdf": {"url": "https://doi.org/10.1017/pen.2020.4", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC7253688, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2020-03-27"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T18:06:35.737141+00:00", "analyses": + [{"id": "XTVAwNVWm5iq", "user": null, "name": "Regions where RSFC with the + PCC was associated with openness", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "tbl2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001_info.json", + "table_label": "Table 2.", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/32524064-10-1017-pen-2020-4-pmc7253688/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001_info.json", + "table_label": "Table 2.", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/32524064-10-1017-pen-2020-4-pmc7253688/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Regions where RSFC with the + PCC was associated with openness", "conditions": [], "weights": [], "points": + [{"id": "7imWx8VpNzdQ", "coordinates": [4.0, 50.0, -6.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 2.91}]}, {"id": "p7rDnqSkPKQy", "coordinates": [-44.0, 18.0, 48.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.01}]}, {"id": "wkXL8aGSte9e", "coordinates": [12.0, -66.0, + 28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.0}]}, {"id": "mbEDWTkSqCP6", "coordinates": [8.0, + -44.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 2.7}]}, {"id": "uywkqtDCJ5ZE", "coordinates": + [44.0, -62.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.54}]}, {"id": "mMpM2MbpJfq8", "coordinates": + [-10.0, 42.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.63}]}, {"id": "yMpJZ4kD8sT3", "coordinates": + [-34.0, 10.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.6}]}, {"id": "QyHY5Z7wzq4t", "coordinates": + [-14.0, 66.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.74}]}], "images": []}]}, {"id": + "F6PeZrTfbtKs", "created_at": "2025-12-03T08:26:14.277214+00:00", "updated_at": + null, "user": null, "name": "Cognitive Control Network Homogeneity and Executive + Functions in Late-Life Depression.", "description": "BACKGROUND: Late-life + depression is characterized by network abnormalities, especially within the + cognitive control network. We used alternative functional connectivity approaches, + regional homogeneity (ReHo) and network homogeneity, to investigate late-life + depression functional homogeneity. We examined the association between cognitive + control network homogeneity and executive functions.\n\nMETHODS: Resting-state + functional magnetic resonance imaging data were analyzed for 33 older adults + with depression and 43 healthy control subjects. ReHo was performed as the + correlation between each voxel and the 27 neighbor voxels. Network homogeneity + was calculated as global brain connectivity restricted to 7 networks. T-maps + were generated for group comparisons. We measured cognitive performance and + executive functions with the Dementia Rating Scale, Trail-Making Test (A and + B), Stroop Color Word Test, and Digit Span Test.\n\nRESULTS: Older adults + with depression showed increased ReHo in the bilateral dorsal anterior cingulate + cortex (dACC) and the right middle temporal gyrus, with no significant findings + for network homogeneity. Hierarchical linear regression models showed that + higher ReHo in the dACC predicted better performance on Trail-Making Test + B (p\u00a0<\u00a0.001; R\u00a0= .49), Digit Span Backward (p < .05; R\u00a0= + .23), and Digit Span Total (p < .05; R\u00a0= .23). Used as a seed, the dACC + cluster of higher ReHo showed lower functional connectivity with bilateral + precuneus.\n\nCONCLUSIONS: Higher ReHo within the dACC and right middle temporal + gyrus distinguish older adults with depression from control subjects. The + correlations with executive function performance support increased ReHo in + the dACC as a meaningful measure of the organization of the cognitive control + network and a potential compensatory mechanism. Lower functional connectivity + between the dACC and the precuneus in late-life depression suggests that clusters + of increased ReHo may be functionally segregated.", "publication": "Biological + Psychiatry: Cognitive Neuroscience and Neuroimaging", "doi": "10.1016/j.bpsc.2019.10.013", + "pmid": "31901436", "authors": "M. Respino; M. Hoptman; L. Victoria; G. Alexopoulos; + N. Solomonov; Aliza T. Stein; Maria Coluccio; S. Morimoto; Chloe Blau; Lila + Abreu; K. Burdick; C. Liston; F. Gunning", "year": 2019, "metadata": {"slug": + "31901436-10-1016-j-bpsc-2019-10-013-pmc7010539", "source": "semantic_scholar", + "keywords": ["Aging", "Cognitive control", "Depression", "Executive functions", + "Functional connectivity", "MRI"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "16", "Year": "2019", "Month": "8", + "@PubStatus": "received"}, {"Day": "9", "Year": "2019", "Month": "10", "@PubStatus": + "revised"}, {"Day": "26", "Year": "2019", "Month": "10", "@PubStatus": "accepted"}, + {"Day": "7", "Hour": "6", "Year": "2020", "Month": "1", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "9", "Hour": "6", "Year": "2021", "Month": "3", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "6", "Hour": "6", "Year": "2020", "Month": + "1", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2021", + "Month": "2", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "31901436", "@IdType": "pubmed"}, {"#text": "NIHMS1542959", "@IdType": + "mid"}, {"#text": "PMC7010539", "@IdType": "pmc"}, {"#text": "10.1016/j.bpsc.2019.10.013", + "@IdType": "doi"}, {"#text": "S2451-9022(19)30277-0", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "Tadayonnejad R, Ajilore O. Brain + network dysfunction in late-life depression: A literature review. Journal + of Geriatric Psychiatry and Neurology. 2014.", "ArticleIdList": {"ArticleId": + {"#text": "24381233", "@IdType": "pubmed"}}}, {"Citation": "Biswal B, Zerrin + Yetkin F, Haughton VM, Hyde JS. Functional connectivity in the motor cortex + of resting human brain using echo-planar mri. Magn Reson Med. 1995;", "ArticleIdList": + {"ArticleId": {"#text": "8524021", "@IdType": "pubmed"}}}, {"Citation": "Alexopoulos + GS, Hoptman MJ, Kanellopoulos D, Murphy CF, Lim KO, Gunning FM. Functional + connectivity in the cognitive control network and the default mode network + in late-life depression. J Affect Disord. 2012;139(1):56\u201365.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3340472", "@IdType": "pmc"}, {"#text": "22425432", + "@IdType": "pubmed"}]}}, {"Citation": "Andreescu C, Tudorascu DL, Butters + MA, Tamburo E, Patel M, Price J, et al. Resting state functional connectivity + and treatment response in late-life depression. Psychiatry Res - Neuroimaging. + 2013;", "ArticleIdList": {"ArticleId": [{"#text": "PMC3865521", "@IdType": + "pmc"}, {"#text": "24144505", "@IdType": "pubmed"}]}}, {"Citation": "Alexopoulos + GS, Kiosses DN, Klimstra S, Kalayam B, Bruce ML. Clinical presentation of + the \u201cdepression-executive dysfunction syndrome\u201d of late life. Am + J Geriatr Psychiatry. 2002;", "ArticleIdList": {"ArticleId": {"#text": "11790640", + "@IdType": "pubmed"}}}, {"Citation": "Alexopoulos GS, Kiosses DN, Heo M, Murphy + CF, Shanmugham B, Gunning-Dixon F. Executive dysfunction and the course of + geriatric depression. Biol Psychiatry. 2005;", "ArticleIdList": {"ArticleId": + {"#text": "16018984", "@IdType": "pubmed"}}}, {"Citation": "Manning KJ, Alexopoulos + GS, Banerjee S, Morimoto SS, Seirup JK, Klimstra SA, et al. Executive functioning + complaints and escitalopram treatment response in late-life depression. Am + J Geriatr Psychiatry. 2015;", "ArticleIdList": {"ArticleId": [{"#text": "PMC4043930", + "@IdType": "pmc"}, {"#text": "24388222", "@IdType": "pubmed"}]}}, {"Citation": + "Potter GG, Kittinger JD, Wagner HR, Steffens DC, Krishnan KRR. Prefrontal + neuropsychological predictors of treatment remission in late-life depression. + Neuropsychopharmacology. 2004;", "ArticleIdList": {"ArticleId": {"#text": + "15340392", "@IdType": "pubmed"}}}, {"Citation": "Rock PL, Roiser JP, Riedel + WJ, Blackwell AD. Cognitive impairment in depression: A systematic review + and meta-analysis. Psychological Medicine. 2014.", "ArticleIdList": {"ArticleId": + {"#text": "24168753", "@IdType": "pubmed"}}}, {"Citation": "Cole MW, Schneider + W. The cognitive control network: Integrated cortical regions with dissociable + functions. Neuroimage. 2007;", "ArticleIdList": {"ArticleId": {"#text": "17553704", + "@IdType": "pubmed"}}}, {"Citation": "Fox MD, Raichle ME. Spontaneous fluctuations + in brain activity observed with functional magnetic resonance imaging. Nat + Rev Neurosci. 2007;", "ArticleIdList": {"ArticleId": {"#text": "17704812", + "@IdType": "pubmed"}}}, {"Citation": "Greicius M Resting-state functional + connectivity in neuropsychiatric disorders. Curr Opin Neurol. 2009;", "ArticleIdList": + {"ArticleId": {"#text": "18607202", "@IdType": "pubmed"}}}, {"Citation": "Zang + Y, Jiang T, Lu Y, He Y, Tian L. Regional homogeneity approach to fMRI data + analysis. Neuroimage. 2004;", "ArticleIdList": {"ArticleId": {"#text": "15110032", + "@IdType": "pubmed"}}}, {"Citation": "Uddin LQ, Kelly AMC, Biswal BB, Margulies + DS, Shehzad Z, Shaw D, et al. Network homogeneity reveals decreased integrity + of default-mode network in ADHD. J Neurosci Methods. 2008;", "ArticleIdList": + {"ArticleId": {"#text": "18190970", "@IdType": "pubmed"}}}, {"Citation": "Jiang + L, Zuo XN. Regional Homogeneity: A Multimodal, Multiscale Neuroimaging Marker + of the Human Connectome. Neuroscientist. 2016.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5021216", "@IdType": "pmc"}, {"#text": "26170004", "@IdType": + "pubmed"}]}}, {"Citation": "Iwabuchi SJ, Krishnadas R, Li C, Auer DP, Radua + J, Palaniyappan L. Localized connectivity in depression: A meta-analysis of + resting state functional imaging studies. Neuroscience and Biobehavioral Reviews. + 2015.", "ArticleIdList": {"ArticleId": {"#text": "25597656", "@IdType": "pubmed"}}}, + {"Citation": "Chen JD, Liu F, Xun GL, Chen HF, Hu MR, Guo XF, et al. Early + and late onset, first-episode, treatment-naive depression: Same clinical symptoms, + different regional neural activities. J Affect Disord. 2012;", "ArticleIdList": + {"ArticleId": {"#text": "22749158", "@IdType": "pubmed"}}}, {"Citation": "Liu + F, Hu M, Wang S, Guo W, Zhao J, Li J, et al. Abnormal regional spontaneous + neural activity in first-episode, treatment-naive patients with late-life + depression: A resting-state fMRI study. Prog Neuro-Psychopharmacology Biol + Psychiatry. 2012;", "ArticleIdList": {"ArticleId": {"#text": "22796277", "@IdType": + "pubmed"}}}, {"Citation": "Yue Y, Yuan Y, Hou Z, Jiang W, Bai F, Zhang Z. + Abnormal Functional Connectivity of Amygdala in Late-Onset Depression Was + Associated with Cognitive Deficits. PLoS One. 2013;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3769296", "@IdType": "pmc"}, {"#text": "24040385", "@IdType": + "pubmed"}]}}, {"Citation": "Yuan Y, Zhang Z, Bai F, Yu H, Shi Y, Qian Y, et + al. Abnormal neural activity in the patients with remitted geriatric depression: + A resting-state functional magnetic resonance imaging study. J Affect Disord. + 2008;", "ArticleIdList": {"ArticleId": {"#text": "18372048", "@IdType": "pubmed"}}}, + {"Citation": "Jiang L, Xu Y, Zhu XT, Yang Z, Li HJ, Zuo XN. Local-to-remote + cortical connectivity in early-and adulthood-onset schizophrenia. Transl Psychiatry. + 2015;", "ArticleIdList": {"ArticleId": [{"#text": "PMC4471290", "@IdType": + "pmc"}, {"#text": "25966366", "@IdType": "pubmed"}]}}, {"Citation": "Lee TW, + Xue SW. Linking graph features of anatomical architecture to regional brain + activity: A multi-modal MRI study. Neurosci Lett. 2017;", "ArticleIdList": + {"ArticleId": {"#text": "28479103", "@IdType": "pubmed"}}}, {"Citation": "Anticevic + A, Brumbaugh MS, Winkler AM, Lombardo LE, Barrett J, Corlett PR, et al. Global + prefrontal and fronto-amygdala dysconnectivity in bipolar i disorder with + psychosis history. Biol Psychiatry. 2013;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3549314", "@IdType": "pmc"}, {"#text": "22980587", "@IdType": + "pubmed"}]}}, {"Citation": "Abdallah CG, Averill LA, Collins KA, Geha P, Schwartz + J, Averill C, et al. Ketamine Treatment and Global Brain Connectivity in Major + Depression. Neuropsychopharmacology. 2017;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5437875", "@IdType": "pmc"}, {"#text": "27604566", "@IdType": + "pubmed"}]}}, {"Citation": "Guo W, Liu F, Zhang J, Zhang Z, Yu L, Liu J, et + al. Abnormal default-mode network homogeneity in first-episode, drug-naive + major depressive disorder. PLoS One. 2014;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3946684", "@IdType": "pmc"}, {"#text": "24609111", "@IdType": + "pubmed"}]}}, {"Citation": "Tomasi D, Volkow ND. Aging and functional brain + networks. Mol Psychiatry. 2012;", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3193908", "@IdType": "pmc"}, {"#text": "21727896", "@IdType": "pubmed"}]}}, + {"Citation": "Archer JA, Lee A, Qiu A, Chen S-HA. A Comprehensive Analysis + of Connectivity and Aging Over the Adult Life Span. Brain Connect. 2016;", + "ArticleIdList": {"ArticleId": {"#text": "26652914", "@IdType": "pubmed"}}}, + {"Citation": "Hamilton MC. Hamilton Depression Rating Scale (HAM-D). Redloc. + 1960;23:56\u201362.", "ArticleIdList": {"ArticleId": [{"#text": "PMC495331", + "@IdType": "pmc"}, {"#text": "14399272", "@IdType": "pubmed"}]}}, {"Citation": + "Folstein MF, Folstein SE, McHugh PR, Roth M, Shapiro MB, Post F, et al. "Mini-mental + state". A practical method for grading the cognitive state of patients + for the clinician. J Psychiatr Res. 1975;12(3):189\u201398.", "ArticleIdList": + {"ArticleId": {"#text": "1202204", "@IdType": "pubmed"}}}, {"Citation": "Mattis + S Dementia Rating Scale Professional Manual. Psychol Assess Resour. 1988;"}, + {"Citation": "Reitan RM. Validity of the Trail Making Test as an Indicator + or Organic Brain Damage. Percept Mot Skills. 1958;8(3):271\u20136."}, {"Citation": + "Stroop JR. Studies of interference in serial verbal reactions. J Exp Psychol. + 1935;"}, {"Citation": "Dumont R, Willis JO, Veizel K, Zibulsky J. Wechsler + Adult Intelligence Scale-Fourth Edition. In: Encyclopedia of Special Education. + 2014."}, {"Citation": "Charlson ME, Pompei P, Ales KL, MacKenzie CR. A new + method of classifying prognostic comorbidity in longitudinal studies: Development + and validation. J Chronic Dis. 1987;", "ArticleIdList": {"ArticleId": {"#text": + "3558716", "@IdType": "pubmed"}}}, {"Citation": "Yan. DPARSF: a MATLAB toolbox + for \u201cpipeline\u201d data analysis of resting-state fMRI. Front Syst Neurosci. + 2010;", "ArticleIdList": {"ArticleId": [{"#text": "PMC2889691", "@IdType": + "pmc"}, {"#text": "20577591", "@IdType": "pubmed"}]}}, {"Citation": "Saad + ZS, Gotts SJ, Murphy K, Chen G, Jo HJ, Martin A, et al. Trouble at Rest: How + Correlation Patterns and Group Differences Become Distorted After Global Signal + Regression. Brain Connect. 2012;", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3484684", "@IdType": "pmc"}, {"#text": "22432927", "@IdType": "pubmed"}]}}, + {"Citation": "Behzadi Y, Restom K, Liau J, Liu TT. A component based noise + correction method (CompCor) for BOLD and perfusion based fMRI. Neuroimage. + 2007;", "ArticleIdList": {"ArticleId": [{"#text": "PMC2214855", "@IdType": + "pmc"}, {"#text": "17560126", "@IdType": "pubmed"}]}}, {"Citation": "Klein + A, Andersson J, Ardekani BA, Ashburner J, Avants B, Chiang MC, et al. Evaluation + of 14 nonlinear deformation algorithms applied to human brain MRI registration. + Neuroimage. 2009;", "ArticleIdList": {"ArticleId": [{"#text": "PMC2747506", + "@IdType": "pmc"}, {"#text": "19195496", "@IdType": "pubmed"}]}}, {"Citation": + "van Dijk KRA, Sabuncu MR, Buckner RL. The influence of head motion on intrinsic + functional connectivity MRI. Neuroimage. 2012;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3683830", "@IdType": "pmc"}, {"#text": "21810475", "@IdType": + "pubmed"}]}}, {"Citation": "Yan CG, Craddock RC, Zuo XN, Zang YF, Milham MP. + Standardizing the intrinsic brain: Towards robust measurement of inter-individual + variation in 1000 functional connectomes. Neuroimage. 2013;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC4074397", "@IdType": "pmc"}, {"#text": "23631983", + "@IdType": "pubmed"}]}}, {"Citation": "Cox RW. AFNI: Software for analysis + and visualization of functional magnetic resonance neuroimages. Comput Biomed + Res. 1996;", "ArticleIdList": {"ArticleId": {"#text": "8812068", "@IdType": + "pubmed"}}}, {"Citation": "Yeo BTT, Krienen FM, Sepulcre J, Sabuncu MR, Lashkari + D, Hollinshead M, et al. The organization of the human cerebral cortex estimated + by intrinsic functional connectivity. J Neurophysiol. 2011;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3174820", "@IdType": "pmc"}, {"#text": "21653723", + "@IdType": "pubmed"}]}}, {"Citation": "Xu C, Li C, Wu H, Wu Y, Hu S, Zhu Y, + et al. Gender Differences in Cerebral Regional Homogeneity of Adult Healthy + Volunteers: A Resting-State fMRI Study. Biomed Res Int. 2015;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC4299532", "@IdType": "pmc"}, {"#text": "25629038", + "@IdType": "pubmed"}]}}, {"Citation": "Eklund A, Nichols TE, Knutsson H. Cluster + failure: Why fMRI inferences for spatial extent have inflated false-positive + rates. Proc Natl Acad Sci U S A. 2016;", "ArticleIdList": {"ArticleId": [{"#text": + "PMC4948312", "@IdType": "pmc"}, {"#text": "27357684", "@IdType": "pubmed"}]}}, + {"Citation": "Slotnick SD. Cluster success: fMRI inferences for spatial extent + have acceptable false-positive rates. Cogn Neurosci 2017;", "ArticleIdList": + {"ArticleId": {"#text": "28403749", "@IdType": "pubmed"}}}, {"Citation": "Gandelman + JA, Albert K, Boyd BD, Park JW, Riddle M, Woodward ND, et al. Intrinsic Functional + Network Connectivity Is Associated With Clinical Symptoms and Cognition in + Late-Life Depression. Biol Psychiatry Cogn Neurosci Neuroimaging. 2019;", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6368882", "@IdType": "pmc"}, + {"#text": "30392844", "@IdType": "pubmed"}]}}, {"Citation": "Ma Z, Li R, Yu + J, He Y, Li J. Alterations in Regional Homogeneity of Spontaneous Brain Activity + in Late-Life Subthreshold Depression. PLoS One. 2013;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3534624", "@IdType": "pmc"}, {"#text": "23301035", "@IdType": + "pubmed"}]}}, {"Citation": "Alexopoulos GS, Hoptman MJ, Kanellopoulos D, Murphy + CF, Lim KO, Gunning FM. Functional connectivity in the cognitive control network + and the default mode network in late-life depression. J Affect Disord. 2012;", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3340472", "@IdType": "pmc"}, + {"#text": "22425432", "@IdType": "pubmed"}]}}, {"Citation": "McTeague LM, + Goodkind MS, Etkin A. Transdiagnostic impairment of cognitive control in mental + illness. Journal of Psychiatric Research. 2016.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5107153", "@IdType": "pmc"}, {"#text": "27552532", "@IdType": + "pubmed"}]}}, {"Citation": "Botvinick MM, Cohen JD, Carter CS. Conflict monitoring + and anterior cingulate cortex: An update. Trends in Cognitive Sciences. 2004.", + "ArticleIdList": {"ArticleId": {"#text": "15556023", "@IdType": "pubmed"}}}, + {"Citation": "Wang L, Potter GG, Krishnan RKR, Dolcos F, Smith GS, Steffens + DC. Neural correlates associated with cognitive decline in late-life depression. + Am J Geriatr Psychiatry. 2012;", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3337345", "@IdType": "pmc"}, {"#text": "22157280", "@IdType": "pubmed"}]}}, + {"Citation": "Kerns JG, Cohen JD, MacDonald AW, Cho RY, Stenger VA, Carter + CS. Anterior Cingulate Conflict Monitoring and Adjustments in Control. Science + (80-). 2004;", "ArticleIdList": {"ArticleId": {"#text": "14963333", "@IdType": + "pubmed"}}}, {"Citation": "Gunning FM, Cheng J, Murphy CF, Kanellopoulos D, + Acuna J, Hoptman MJ, et al. Anterior cingulate cortical volumes and treatment + remission of geriatric depression. Int J Geriatr Psychiatry. 2009;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2828674", "@IdType": "pmc"}, {"#text": "19551696", + "@IdType": "pubmed"}]}}, {"Citation": "La Corte V, Sperduti M, Malherbe C, + Vialatte F, Lion S, Gallarda T, Oppenheim C, Piolino P. Cognitive decline + and reorganization of functional connectivity in healthy aging: the pivotal + role of the salience network in the prediction of age and cognitive performances. + Frontiers in aging neuroscience. 2016; 8:204.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5003020", "@IdType": "pmc"}, {"#text": "27616991", "@IdType": + "pubmed"}]}}, {"Citation": "Li R, Yin S, Zhu X, Ren W, Yu J, Wang P, Zheng + Z, Niu YN, Huang X, Li J. Linking inter-individual variability in functional + brain connectivity to cognitive ability in elderly individuals. Frontiers + in aging neuroscience. 2017; 9:385.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5702299", "@IdType": "pmc"}, {"#text": "29209203", "@IdType": "pubmed"}]}}, + {"Citation": "Davis SW, Dennis NA, Buchler NG, White LE, Madden DJ, Cabeza + R. Assessing the effects of age on long white matter tracts using diffusion + tensor tractography. Neuroimage. 2009;46(2):530\u201341.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2775533", "@IdType": "pmc"}, {"#text": "19385018", + "@IdType": "pubmed"}]}}, {"Citation": "Cavanna AE, Trimble MR. The precuneus: + a review of its functional anatomy and behavioural correlates. Brain. 2006;129(3):564\u201383.", + "ArticleIdList": {"ArticleId": {"#text": "16399806", "@IdType": "pubmed"}}}, + {"Citation": "Piguet C, Cojan Y, Sterpenich V, Desseilles M, Bertschy G, Vuilleumier + P. Alterations in neural systems mediating cognitive flexibility and inhibition + in mood disorders. Human brain mapping. 2016;37(4):1335\u201348.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6867498", "@IdType": "pmc"}, {"#text": "26787138", + "@IdType": "pubmed"}]}}, {"Citation": "Sheline YI, Price JL, Yan Z, Mintun + MA. Resting-state functional MRI in depression unmasks increased connectivity + between networks via the dorsal nexus. Proc Natl Acad Sci. 2010;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2890754", "@IdType": "pmc"}, {"#text": "20534464", + "@IdType": "pubmed"}]}}, {"Citation": "Wylie GR, Genova H, Deluca J, Chiaravalloti + N, Sumowski JF. Functional magnetic resonance imaging movers and shakers: + Does subject-movement cause sampling bias? Hum Brain Mapp. 2014;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3881195", "@IdType": "pmc"}, {"#text": "22847906", + "@IdType": "pubmed"}]}}, {"Citation": "Zuo XN, Xu T, Jiang L, Yang Z, Cao + XY, He Y, Zang YF, Castellanos FX, Milham MP. Toward reliable characterization + of functional homogeneity in the human brain: preprocessing, scan duration, + imaging resolution and computational space. Neuroimage. 2013;65:374\u201386.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3609711", "@IdType": "pmc"}, + {"#text": "23085497", "@IdType": "pubmed"}]}}, {"Citation": "Zuo XN, Xing + XX. Test-retest reliabilities of resting-state FMRI measurements in human + brain functional connectomics: a systems neuroscience perspective. Neuroscience + & Biobehavioral Reviews. 2014;45:100\u201318.", "ArticleIdList": {"ArticleId": + {"#text": "24875392", "@IdType": "pubmed"}}}, {"Citation": "Xia M, Wang J, + He Y. BrainNet Viewer: A Network Visualization Tool for Human Brain Connectomics. + PLoS One. 2013;", "ArticleIdList": {"ArticleId": [{"#text": "PMC3701683", + "@IdType": "pmc"}, {"#text": "23861951", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "31901436", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "2451-9030", "@IssnType": "Electronic"}, "Title": "Biological psychiatry. + Cognitive neuroscience and neuroimaging", "JournalIssue": {"Issue": "2", "Volume": + "5", "PubDate": {"Year": "2020", "Month": "Feb"}, "@CitedMedium": "Internet"}, + "ISOAbbreviation": "Biol Psychiatry Cogn Neurosci Neuroimaging"}, "Abstract": + {"AbstractText": [{"#text": "Late-life depression is characterized by network + abnormalities, especially within the cognitive control network. We used alternative + functional connectivity approaches, regional homogeneity (ReHo) and network + homogeneity, to investigate late-life depression functional homogeneity. We + examined the association between cognitive control network homogeneity and + executive functions.", "@Label": "BACKGROUND"}, {"#text": "Resting-state functional + magnetic resonance imaging data were analyzed for 33 older adults with depression + and 43 healthy control subjects. ReHo was performed as the correlation between + each voxel and the 27 neighbor voxels. Network homogeneity was calculated + as global brain connectivity restricted to 7 networks. T-maps were generated + for group comparisons. We measured cognitive performance and executive functions + with the Dementia Rating Scale, Trail-Making Test (A and B), Stroop Color + Word Test, and Digit Span Test.", "@Label": "METHODS"}, {"sup": ["2", "2", + "2"], "#text": "Older adults with depression showed increased ReHo in the + bilateral dorsal anterior cingulate cortex (dACC) and the right middle temporal + gyrus, with no significant findings for network homogeneity. Hierarchical + linear regression models showed that higher ReHo in the dACC predicted better + performance on Trail-Making Test B (p\u00a0<\u00a0.001; R\u00a0= .49), Digit + Span Backward (p < .05; R\u00a0= .23), and Digit Span Total (p < .05; R\u00a0= + .23). Used as a seed, the dACC cluster of higher ReHo showed lower functional + connectivity with bilateral precuneus.", "@Label": "RESULTS"}, {"#text": "Higher + ReHo within the dACC and right middle temporal gyrus distinguish older adults + with depression from control subjects. The correlations with executive function + performance support increased ReHo in the dACC as a meaningful measure of + the organization of the cognitive control network and a potential compensatory + mechanism. Lower functional connectivity between the dACC and the precuneus + in late-life depression suggests that clusters of increased ReHo may be functionally + segregated.", "@Label": "CONCLUSIONS"}], "CopyrightInformation": "Copyright + \u00a9 2019 Society of Biological Psychiatry. Published by Elsevier Inc. All + rights reserved."}, "Language": "eng", "@PubModel": "Print-Electronic", "GrantList": + {"Grant": [{"Agency": "NIMH NIH HHS", "Acronym": "MH", "Country": "United + States", "GrantID": "R01 MH097735"}, {"Agency": "NIMH NIH HHS", "Acronym": + "MH", "Country": "United States", "GrantID": "R01 MH118388"}, {"Agency": "NIMH + NIH HHS", "Acronym": "MH", "Country": "United States", "GrantID": "T32 MH019132"}], + "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Matteo", "Initials": "M", "LastName": "Respino", "AffiliationInfo": {"Affiliation": + "Department of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell + University, New York."}}, {"@ValidYN": "Y", "ForeName": "Matthew J", "Initials": + "MJ", "LastName": "Hoptman", "AffiliationInfo": {"Affiliation": "Nathan S. + Kline Institute for Psychiatric Research, Orangeburg, New York."}}, {"@ValidYN": + "Y", "ForeName": "Lindsay W", "Initials": "LW", "LastName": "Victoria", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, Joan & Sanford I. Weill Medical + College of Cornell University, New York."}}, {"@ValidYN": "Y", "ForeName": + "George S", "Initials": "GS", "LastName": "Alexopoulos", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, Joan & Sanford I. Weill Medical + College of Cornell University, New York."}}, {"@ValidYN": "Y", "ForeName": + "Nili", "Initials": "N", "LastName": "Solomonov", "AffiliationInfo": {"Affiliation": + "Department of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell + University, New York."}}, {"@ValidYN": "Y", "ForeName": "Aliza T", "Initials": + "AT", "LastName": "Stein", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York."}}, {"@ValidYN": "Y", "ForeName": "Maria", "Initials": "M", "LastName": + "Coluccio", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, + Joan & Sanford I. Weill Medical College of Cornell University, New York."}}, + {"@ValidYN": "Y", "ForeName": "Sarah Shizuko", "Initials": "SS", "LastName": + "Morimoto", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, + Joan & Sanford I. Weill Medical College of Cornell University, New York."}}, + {"@ValidYN": "Y", "ForeName": "Chloe J", "Initials": "CJ", "LastName": "Blau", + "AffiliationInfo": {"Affiliation": "Nathan S. Kline Institute for Psychiatric + Research, Orangeburg, New York."}}, {"@ValidYN": "Y", "ForeName": "Lila", + "Initials": "L", "LastName": "Abreu", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York."}}, {"@ValidYN": "Y", "ForeName": "Katherine E", "Initials": "KE", + "LastName": "Burdick", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, + Brigham & Women''s Hospital, Harvard Medical School, Boston, Massachusetts."}}, + {"@ValidYN": "Y", "ForeName": "Conor", "Initials": "C", "LastName": "Liston", + "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Joan & Sanford + I. Weill Medical College of Cornell University, New York."}}, {"@ValidYN": + "Y", "ForeName": "Faith M", "Initials": "FM", "LastName": "Gunning", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, Joan & Sanford I. Weill Medical + College of Cornell University, New York. Electronic address: fgd2002@med.cornell.edu."}}], + "@CompleteYN": "Y"}, "Pagination": {"EndPage": "221", "StartPage": "213", + "MedlinePgn": "213-221"}, "ArticleDate": {"Day": "07", "Year": "2019", "Month": + "11", "@DateType": "Electronic"}, "ELocationID": [{"#text": "10.1016/j.bpsc.2019.10.013", + "@EIdType": "doi", "@ValidYN": "Y"}, {"#text": "S2451-9022(19)30277-0", "@EIdType": + "pii", "@ValidYN": "Y"}], "ArticleTitle": "Cognitive Control Network Homogeneity + and Executive Functions in Late-Life Depression.", "DataBankList": {"DataBank": + {"DataBankName": "ClinicalTrials.gov", "AccessionNumberList": {"AccessionNumber": + "NCT01728194"}}, "@CompleteYN": "Y"}, "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D052061", "#text": + "Research Support, N.I.H., Extramural"}]}}, "DateRevised": {"Day": "28", "Year": + "2024", "Month": "03"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Cognitive control", "@MajorTopicYN": + "N"}, {"#text": "Depression", "@MajorTopicYN": "N"}, {"#text": "Executive + functions", "@MajorTopicYN": "N"}, {"#text": "Functional connectivity", "@MajorTopicYN": + "N"}, {"#text": "MRI", "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "08", + "Year": "2021", "Month": "03"}, "CitationSubset": "IM", "@IndexingMethod": + "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D003863", "#text": "Depression", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D056344", "#text": "Executive Function", "@MajorTopicYN": "Y"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United + States", "MedlineTA": "Biol Psychiatry Cogn Neurosci Neuroimaging", "ISSNLinking": + "2451-9022", "NlmUniqueID": "101671285"}, "CommentsCorrectionsList": {"CommentsCorrections": + {"PMID": {"#text": "32035612", "@Version": "1"}, "@RefType": "CommentIn", + "RefSource": "Biol Psychiatry Cogn Neurosci Neuroimaging. 2020 Feb;5(2):138-139. + doi: 10.1016/j.bpsc.2019.12.014."}}}}, "semantic_scholar": {"year": 2019, + "title": "Cognitive Control Network Homogeneity and Executive Functions in + Late-Life Depression.", "venue": "Biological Psychiatry: Cognitive Neuroscience + and Neuroimaging", "authors": [{"name": "M. Respino", "authorId": "6282332"}, + {"name": "M. Hoptman", "authorId": "2766223"}, {"name": "L. Victoria", "authorId": + "5292872"}, {"name": "G. Alexopoulos", "authorId": "2444847"}, {"name": "N. + Solomonov", "authorId": "144616936"}, {"name": "Aliza T. Stein", "authorId": + "51256809"}, {"name": "Maria Coluccio", "authorId": "2094343091"}, {"name": + "S. Morimoto", "authorId": "31636747"}, {"name": "Chloe Blau", "authorId": + "2080766315"}, {"name": "Lila Abreu", "authorId": "1477680895"}, {"name": + "K. Burdick", "authorId": "2122282"}, {"name": "C. Liston", "authorId": "145624793"}, + {"name": "F. Gunning", "authorId": "3568698"}], "paperId": "837a6ee2872544f79d29d24ce349c5d674867402", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc7010539?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.bpsc.2019.10.013?email= + or https://doi.org/10.1016/j.bpsc.2019.10.013, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2019-11-07"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T08:30:27.409171+00:00", "analyses": [{"id": "nGdpEngE7QvZ", "user": + null, "name": "Increased ReHo", "metadata": {"table": {"table_number": 2, + "table_metadata": {"table_id": "tbl2", "table_label": "Table\u00a02", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Clusters of Abnormal ReHo and + ReHo-Seeded FC (Older Adults With Depression Versus Healthy Control Subjects)", + "conditions": [], "weights": [], "points": [{"id": "LDjonnU7xyMM", "coordinates": + [-6.0, 39.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.14}]}, {"id": "uykeSrjB522i", "coordinates": + [57.0, -21.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.76}]}], "images": []}, {"id": "ASc8eJJNsEKq", + "user": null, "name": "ACC ReHo-Seeded FC", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "tbl2", "table_label": "Table\u00a02", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Clusters of Abnormal ReHo and + ReHo-Seeded FC (Older Adults With Depression Versus Healthy Control Subjects)", + "conditions": [], "weights": [], "points": [{"id": "k2yveV24fpyp", "coordinates": + [-12.0, -51.0, 69.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -3.56}]}], "images": []}]}, {"id": + "GftJQhHBhcAG", "created_at": "2026-01-26T17:34:11.540878+00:00", "updated_at": + null, "user": "github|12564882", "name": "Alerting, Orienting, and Executive + Control: The Effect of Bilingualism and Age on the Subcomponents of Attention", + "description": "Life-long experience of using two or more languages has been + shown to enhance cognitive control abilities in young and elderly bilinguals + in comparison to their monolingual peers. This advantage has been found to + be larger in older adults in comparison to younger adults, suggesting that + bilingualism provides advantages in cognitive control abilities. However, + studies showing this effect have used a variety of tasks (Simon Task, Stroop + task, Flanker Task), each measuring different subcomponents of attention and + raising mixed results. At the same time, attention is not a unitary function + but comprises of subcomponents which can be distinctively addressed within + the Attention Network Test (ANT) (1, 2). The purpose of this work was to examine + the neurofunctional correlates of the subcomponents of attention in healthy + young and elderly bilinguals taking into account the L2 age of acquisition, + language usage, and proficiency. Participants performed an fMRI version of + the ANT task, and speed, accuracy, and BOLD data were collected. As expected, + results show slower overall response times with increasing age. The ability + to take advantage of the warning cues also decreased with age, resulting in + reduced alerting and orienting abilities in older adults. fMRI results showed + an increase in neurofunctional activity in the frontal and parietal areas + in elderly bilinguals when compared to young bilinguals. Furthermore, higher + L2 proficiency correlated negatively with activation in frontal area, and + that faster RTs correlated negatively with activation in frontal and parietal + areas. Such a correlation, especially with L2 proficiency was not present + in young bilinguals and provides evidence for a bilingual advantage in the + alerting subcomponent of attention that characterizes elderly bilinguals'' + performance. This study thus provides extra details about the bilingual advantage + in the subcomponent of attention, in older bilinguals. Consequently, speaking + more than one language impacts cognition and the brain later in life.", "publication": + "Frontiers in Neurology", "doi": "10.3389/fneur.2019.01122", "pmid": "31736852", + "authors": "Tanya Dash; P. Berroir; Y. Joanette; A. Ansaldo", "year": 2019, + "metadata": {"slug": "31736852-10-3389-fneur-2019-01122-pmc6831726", "source": + "semantic_scholar", "keywords": ["aging", "attention network task", "bilingualism", + "neuroimaging", "subcomponents of attention"], "sample_size": "5", "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "5", "Year": + "2019", "Month": "7", "@PubStatus": "received"}, {"Day": "8", "Year": "2019", + "Month": "10", "@PubStatus": "accepted"}, {"Day": "19", "Hour": "6", "Year": + "2019", "Month": "11", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "19", + "Hour": "6", "Year": "2019", "Month": "11", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "19", "Hour": "6", "Year": "2019", "Month": "11", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "30", "Year": "2019", "Month": "10", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "31736852", "@IdType": "pubmed"}, + {"#text": "PMC6831726", "@IdType": "pmc"}, {"#text": "10.3389/fneur.2019.01122", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Fan J, + McCandliss BD, Fossella J, Flombaum JI, Posner MI. The activation of attentional + networks. NeuroImage. (2005) 26:471\u20139. 10.1016/j.neuroimage.2005.02.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.02.004", + "@IdType": "doi"}, {"#text": "15907304", "@IdType": "pubmed"}]}}, {"Citation": + "Fan J, Gu X, Guise KG, Liu X, Fossella J, Wang H, et al. . Testing the behavioral + interaction and integration of attentional networks. Brain Cogn. (2009) 70:209\u201320. + 10.1016/j.bandc.2009.02.002", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bandc.2009.02.002", + "@IdType": "doi"}, {"#text": "PMC2674119", "@IdType": "pmc"}, {"#text": "19269079", + "@IdType": "pubmed"}]}}, {"Citation": "Stern Y. What is cognitive reserve? + Theory and research application of the reserve concept. J Int Neuropsychol + Soc. (2002) 8:448\u201360. 10.1017/S1355617702813248", "ArticleIdList": {"ArticleId": + [{"#text": "10.1017/S1355617702813248", "@IdType": "doi"}, {"#text": "11939702", + "@IdType": "pubmed"}]}}, {"Citation": "Stern Y. Cognitive reserve. Neuropsychologia. + (2009) 47:2015\u201328. 10.1016/j.neuropsychologia.2009.03.004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2009.03.004", "@IdType": + "doi"}, {"#text": "PMC2739591", "@IdType": "pmc"}, {"#text": "19467352", "@IdType": + "pubmed"}]}}, {"Citation": "Steffener J, Habeck C, O''Shea D, Razlighi Q, + Bherer L, Stern Y. Differences between chronological and brain age are related + to education and self-reported physical activity. Neurobiol Aging. (2016) + 40:138\u201344. 10.1016/j.neurobiolaging.2016.01.01", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neurobiolaging.2016.01.01", "@IdType": "doi"}, {"#text": + "PMC4792330", "@IdType": "pmc"}, {"#text": "26973113", "@IdType": "pubmed"}]}}, + {"Citation": "Stern Y, Gurland B, Tatemichi TK, Tang MX, Wilder D, Mayeux + R. Influence of education and occupation on the incidence of Alzheimer''s + disease. JAMA. (1994) 271:1004\u201310. 10.1001/jama.271.13.1004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/jama.271.13.1004", "@IdType": "doi"}, {"#text": + "8139057", "@IdType": "pubmed"}]}}, {"Citation": "Bialystok E, Craik FIM, + Luk G. Bilingualism: consequences for mind and brain. Trends Cogn Sci. (2012) + 16:240\u201350. 10.1016/j.tics.2012.03.001", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.tics.2012.03.001", "@IdType": "doi"}, {"#text": "PMC3322418", + "@IdType": "pmc"}, {"#text": "22464592", "@IdType": "pubmed"}]}}, {"Citation": + "Alladi S, Bak TH, Duggirala V, Surampudi B, Shailaja M, Shukla AK, et al. + . Bilingualism delays age at onset of dementia, independent of education and + immigration status. Neurology. (2013) 81:1938\u201344. 10.1212/01.wnl.0000436620.33155.a4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1212/01.wnl.0000436620.33155.a4", + "@IdType": "doi"}, {"#text": "24198291", "@IdType": "pubmed"}]}}, {"Citation": + "Abutalebi J, Guidi L, Borsa V, Canini M, Della Rosa PA, Parris BA, et al. + . Bilingualism provides a neural reserve for aging populations. Neuropsychologia. + (2015) 69:201\u201310. 10.1016/j.neuropsychologia.2015.01.040", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2015.01.040", "@IdType": + "doi"}, {"#text": "25637228", "@IdType": "pubmed"}]}}, {"Citation": "Hern\u00e1ndez + M, Costa A, Fuentes LJ, Vivas AB, Sebasti\u00e1n-Gall\u00e9s N. The impact + of bilingualism on the executive control and orienting networks of attention. + Biling Lang Cogn. (2010) 13:315\u201325. 10.1017/S1366728909990010", "ArticleIdList": + {"ArticleId": {"#text": "10.1017/S1366728909990010", "@IdType": "doi"}}}, + {"Citation": "Ansaldo AI, Ghazi-Saidi L, Adrover-Roig D. Interference control + in elderly bilinguals: appearances can be misleading. J Clin Exp Neuropsychol. + (2015) 37:455\u201370. 10.1080/13803395.2014.990359", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/13803395.2014.990359", "@IdType": "doi"}, {"#text": "25641572", + "@IdType": "pubmed"}]}}, {"Citation": "Costa A, Hern\u00e1ndez M, Sebasti\u00e1n-Gall\u00e9s + N. Bilingualism aids conflict resolution: evidence from the ANT task. Cognition. + (2008) 106:59\u201386. 10.1016/j.cognition.2006.12.013", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.cognition.2006.12.013", "@IdType": "doi"}, + {"#text": "17275801", "@IdType": "pubmed"}]}}, {"Citation": "Gold BT, Kim + C, Johnson NF, Kryscio RJ, Smith CD. Lifelong bilingualism maintains neural + efficiency for cognitive control in aging. J Neurosci. (2013) 33:387\u201396. + 10.1523/JNEUROSCI.3837-12.2013", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.3837-12.2013", "@IdType": "doi"}, {"#text": "PMC3710134", + "@IdType": "pmc"}, {"#text": "23303919", "@IdType": "pubmed"}]}}, {"Citation": + "Grady CL, Luk G, Craik FI, Bialystok E. Brain network activity in monolingual + and bilingual older adults. Neuropsychologia. (2015) 66:170\u201381. 10.1016/j.neuropsychologia.2014.10.042", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2014.10.042", + "@IdType": "doi"}, {"#text": "PMC4898959", "@IdType": "pmc"}, {"#text": "25445783", + "@IdType": "pubmed"}]}}, {"Citation": "Berroir P, Ghazi-Saidi L, Dash T, Adrover-Roig + D, Benali H, Ansaldo AI. Interference control at the response level: functional + networks reveal higher efficiency in the bilingual brain. J Neurolinguistics. + (2017) 43:4\u201316. 10.1016/j.jneuroling.2016.09.007", "ArticleIdList": {"ArticleId": + {"#text": "10.1016/j.jneuroling.2016.09.007", "@IdType": "doi"}}}, {"Citation": + "Dash T, Berroir P, Ghazi-Saidi L, Adrover-Roig D, Ansaldo AI. A new look + at the question of the bilingual advantage: dual mechanisms of cognitive control. + Ling Approach Biling. (2019). [Epub ahead of print]. 10.1075/lab.18036.das", + "ArticleIdList": {"ArticleId": {"#text": "10.1075/lab.18036.das", "@IdType": + "doi"}}}, {"Citation": "Luk G, Bialystok E, Craik FI, Grady CL. Lifelong bilingualism + maintains white matter integrity in older adults. J Neurosci. (2011) 31:16808\u201313. + 10.1523/JNEUROSCI.4563-11.2011", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.4563-11.2011", "@IdType": "doi"}, {"#text": "PMC3259110", + "@IdType": "pmc"}, {"#text": "22090506", "@IdType": "pubmed"}]}}, {"Citation": + "Bialystok E, Craik FI, Grady C, Chau W, Ishii R, Gunji A, et al. . Effect + of bilingualism on cognitive control in the Simon task: evidence from MEG. + NeuroImage. (2005) 24:40\u20139. 10.1016/j.neuroimage.2004.09.044", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.09.044", "@IdType": "doi"}, + {"#text": "15588595", "@IdType": "pubmed"}]}}, {"Citation": "Braver TS. The + variable nature of cognitive control: a dual mechanisms framework. Trends + Cogn Sci. (2012) 16:106\u201313. 10.1016/j.tics.2011.12.010", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tics.2011.12.010", "@IdType": "doi"}, + {"#text": "PMC3289517", "@IdType": "pmc"}, {"#text": "22245618", "@IdType": + "pubmed"}]}}, {"Citation": "Posner MI, Fan J. Attention as an organ system. + Topics Integr Neurosci. (2008) 31\u201361. 10.1017/CBO9780511541681.005", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/CBO9780511541681.005", "@IdType": + "doi"}}}, {"Citation": "Posner MI, Petersen SE. The attention system of the + human brain. Ann Rev Neurosci. (1990) 13:25\u201342. 10.1146/annurev.ne.13.030190.000325", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.ne.13.030190.000325", + "@IdType": "doi"}, {"#text": "2183676", "@IdType": "pubmed"}]}}, {"Citation": + "Petersen SE, Posner MI. The attention system of the human brain: 20 years + after. Ann Rev Neurosci. (2012) 35:73\u201389. 10.1146/annurev-neuro-062111-150525", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev-neuro-062111-150525", + "@IdType": "doi"}, {"#text": "PMC3413263", "@IdType": "pmc"}, {"#text": "22524787", + "@IdType": "pubmed"}]}}, {"Citation": "Tao L, Marzecov\u00e1 A, Taft M, Asanowicz + D, Wodniecka Z. The efficiency of attentional networks in early and late bilinguals: + the role of age of acquisition. Front Psychol. (2011) 2:123. 10.3389/fpsyg.2011.00123", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2011.00123", "@IdType": + "doi"}, {"#text": "PMC3114252", "@IdType": "pmc"}, {"#text": "21713011", "@IdType": + "pubmed"}]}}, {"Citation": "Marzecov\u00e1 A, Asanowicz D, Kriva LU, Wodniecka + Z. The effects of bilingualism on efficiency and lateralization of attentional + networks. Bilingualism. (2013) 16:608\u201323. 10.1017/S1366728912000569", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728912000569", "@IdType": + "doi"}}}, {"Citation": "Luk G, Bialystok E. Bilingualism is not a categorical + variable: Interaction between language proficiency and usage. J Cogn Psychol. + (2013) 25:605\u201321. 10.1080/20445911.2013.795574", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/20445911.2013.795574", "@IdType": "doi"}, {"#text": "PMC3780436", + "@IdType": "pmc"}, {"#text": "24073327", "@IdType": "pubmed"}]}}, {"Citation": + "Tse CS, Altarriba J. The effects of first-and second-language proficiency + on conflict resolution and goal maintenance in bilinguals: evidence from reaction + time distributional analyses in a Stroop task. Bilingualism. (2012) 15:663\u201376. + 10.1017/S1366728912000077", "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728912000077", + "@IdType": "doi"}}}, {"Citation": "Luk G, De Sa ERIC, Bialystok E. Is there + a relation between onset age of bilingualism and enhancement of cognitive + control? Bilingualism. (2011) 14:588\u201395. 10.1017/S1366728911000010", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728911000010", "@IdType": + "doi"}}}, {"Citation": "Soveri A, Rodriguez-Fornells A, Laine M. Is there + a relationship between language switching and executive functions in bilingualism? + Introducing a within group analysis approach. Front Psychol. (2011) 2:183. + 10.3389/fpsyg.2011.00183", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2011.00183", + "@IdType": "doi"}, {"#text": "PMC3150725", "@IdType": "pmc"}, {"#text": "21869878", + "@IdType": "pubmed"}]}}, {"Citation": "Incera S, McLennan CT. Bilingualism + and age are continuous variables that influence executive function. Aging + Neuropsychol Cogn. (2018) 25:443\u201363. 10.1080/13825585.2017.1319902", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825585.2017.1319902", + "@IdType": "doi"}, {"#text": "28436757", "@IdType": "pubmed"}]}}, {"Citation": + "Jennings JM, Dagenbach D, Engle CM, Funke LJ. Age-related changes and the + attention network task: an examination of alerting, orienting, and executive + function. Aging Neuropsychol Cogn. (2007) 14:353\u201369. 10.1080/13825580600788837", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825580600788837", "@IdType": + "doi"}, {"#text": "17612813", "@IdType": "pubmed"}]}}, {"Citation": "Mahoney + JR, Verghese J, Goldin Y, Lipton R, Holtzer R. Alerting, orienting, and executive + attention in older adults. J Int Neuropsychol Soc. (2010) 16:877\u201389. + 10.1017/S1355617710000767", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1355617710000767", + "@IdType": "doi"}, {"#text": "PMC3134373", "@IdType": "pmc"}, {"#text": "20663241", + "@IdType": "pubmed"}]}}, {"Citation": "Nasreddine ZS, Phillips NA, B\u00e9dirian + V, Charbonneau S, Whitehead V, Collin I, et al. . The montreal cognitive assessment, + MoCA: a brief screening tool for mild cognitive impairment. J Am Geriatr Soc. + (2005) 53:695\u20139. 10.1111/j.1532-5415.2005.53221.x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/j.1532-5415.2005.53221.x", "@IdType": "doi"}, + {"#text": "15817019", "@IdType": "pubmed"}]}}, {"Citation": "Reitan RM. Validity + of the trail making test as an indicator of organic brain damage. Percept + Mot Skills. (1958) 8:271\u20136. 10.2466/pms.1958.8.3.271", "ArticleIdList": + {"ArticleId": {"#text": "10.2466/pms.1958.8.3.271", "@IdType": "doi"}}}, {"Citation": + "Maruff P, Collie A, Darby D, Weaver-Cargin J, McStephen M. Subtle Cognitive + Decline in Mild Cognitive Impairment. Technical document. Melbourne, VIC: + CogState Ltd. (2002)."}, {"Citation": "Yesavage JA, Brink TL, Rose TL, Lum + O, Huang V, Adey M, et al. . Development and validation of a geriatric depression + screening scale: a preliminary report. J Psychiatr Res. (1982) 17:37\u201349. + 10.1016/0022-3956(82)90033-4", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(82)90033-4", + "@IdType": "doi"}, {"#text": "7183759", "@IdType": "pubmed"}]}}, {"Citation": + "Marian V, Blumenfeld HK, Kaushanskaya M. The language experience and proficiency + questionnaire (LEAP-Q): assessing language profiles in bilinguals and multilinguals. + J Speech Lang Hear. (2007) 50:940\u201367. 10.1044/1092-4388(2007/067)", "ArticleIdList": + {"ArticleId": [{"#text": "10.1044/1092-4388(2007/067)", "@IdType": "doi"}, + {"#text": "17675598", "@IdType": "pubmed"}]}}, {"Citation": "Kaplan E, Goodglass + H, Weintraub S. Boston Naming Test. Austin, TX: Pro-ed; (2001)."}, {"Citation": + "Dash T, Kar BR. Characterizing language proficiency in Hindi and English + language: implications for bilingual research. Int J Mind Brain Cogn. (2012) + 3:73\u2013105."}, {"Citation": "Dash T, Kar BR. Bilingual language control + and general purpose cognitive control among individuals with bilingual aphasia: + evidence based on negative priming and flanker tasks. Behav Neurol. (2014) + 2014:679706. 10.1155/2014/679706", "ArticleIdList": {"ArticleId": [{"#text": + "10.1155/2014/679706", "@IdType": "doi"}, {"#text": "PMC4042523", "@IdType": + "pmc"}, {"#text": "24982591", "@IdType": "pubmed"}]}}, {"Citation": "Ulatowska + H, Streit Olness G, Wertz R, Samson A, Keebler M, Goins K. Relationship between + discourse and Western Aphasia Battery performance in African Americans with + aphasia. Aphasiology. (2003) 17:511\u201321. 10.1080/0268703034400102", "ArticleIdList": + {"ArticleId": {"#text": "10.1080/0268703034400102", "@IdType": "doi"}}}, {"Citation": + "Kertesz A. Western Aphasia Battery Test Manual. New York, NY: Psychological + Corporation; (1982)."}, {"Citation": "Goodglass H, Kaplan E. Boston Diagnostic + Examination for Aphasia. Philadelphia, PA: Lea and Febiger; (1983)."}, {"Citation": + "Warmington M, Stothard SE, Snowling MJ. Assessing dyslexia in higher education: + the York adult assessment battery-revised. J Res Special Educ Needs. (2013) + 13:48\u201356. 10.1111/j.1471-3802.2012.01264.x", "ArticleIdList": {"ArticleId": + {"#text": "10.1111/j.1471-3802.2012.01264.x", "@IdType": "doi"}}}, {"Citation": + "Lemh\u00f6fer K, Broersma M. Introducing LexTALE: a quick and valid lexical + test for advanced learners of English. Behav Res Method. (2012) 44:325\u201343. + 10.3758/s13428-011-0146-0", "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13428-011-0146-0", + "@IdType": "doi"}, {"#text": "PMC3356522", "@IdType": "pmc"}, {"#text": "21898159", + "@IdType": "pubmed"}]}}, {"Citation": "Posner MI. Orienting of attention. + Q J Exp Psychol. (1980) 32:3\u201325. 10.1080/00335558008248231", "ArticleIdList": + {"ArticleId": [{"#text": "10.1080/00335558008248231", "@IdType": "doi"}, {"#text": + "7367577", "@IdType": "pubmed"}]}}, {"Citation": "Eriksen BA, Eriksen CW. + Effects of noise letters upon the identification of a target letter in a nonsearch + task. Percept Psychophys. (1974) 16:143\u20139. 10.3758/BF03203267", "ArticleIdList": + {"ArticleId": {"#text": "10.3758/BF03203267", "@IdType": "doi"}}}, {"Citation": + "Woods DL, Wyma JM, Yund EW, Herron TJ, Reed B. Age-related slowing of response + selection and production in a visual choice reaction time task. Front Hum + Neurosci. (2015) 9:193 10.3389/fnhum.2015.00193", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2015.00193", "@IdType": "doi"}, {"#text": "PMC4407573", + "@IdType": "pmc"}, {"#text": "25954175", "@IdType": "pubmed"}]}}, {"Citation": + "Wang YF, Jing XJ, Liu F, Li ML, Long ZL, Yan JH, et al. . Reliable attention + network scores and mutually inhibited inter-network relationships revealed + by mixed design and non-orthogonal method. Sci Rep. (2015) 5:10251. 10.1038/srep10251", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/srep10251", "@IdType": + "doi"}, {"#text": "PMC4440527", "@IdType": "pmc"}, {"#text": "25997025", "@IdType": + "pubmed"}]}}, {"Citation": "Westlye LT, Grydeland H, Walhovd KB, Fjell AM. + Associations between regional cortical thickness and attentional networks + as measured by the attention network test. Cereb Cortex. (2010) 21:345\u201356. + 10.1093/cercor/bhq101", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhq101", + "@IdType": "doi"}, {"#text": "20525771", "@IdType": "pubmed"}]}}, {"Citation": + "Brett M, Anton JL, Valabregue R, Poline JB. Region of interest analysis using + an SPM toolbox. In: 8th International Conference on Functional Mapping of + the Human Brain. Vol. 16. (2002). p. 497"}, {"Citation": "Williams RS, Biel + AL, Wegier P, Lapp LK, Dyson BJ, Spaniol J. Age differences in the attention + network test: evidence from behavior and event-related potentials. Brain Cogn. + (2016) 102:65\u201379. 10.1016/j.bandc.2015.12.007", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.bandc.2015.12.007", "@IdType": "doi"}, {"#text": "26760449", + "@IdType": "pubmed"}]}}, {"Citation": "Zhou SS, Fan J, Lee TM, Wang CQ, Wang + K. Age-related differences in attentional networks of alerting and executive + control in young, middle-aged, and older Chinese adults. Brain Cogn. (2011) + 75:205\u201310. 10.1016/j.bandc.2010.12.003", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.bandc.2010.12.003", "@IdType": "doi"}, {"#text": "21251744", + "@IdType": "pubmed"}]}}, {"Citation": "Gamboz N, Zamarian S, Cavallero C. + Age-related differences in the attention network test (ANT). Exp Aging Res. + (2010) 36:287\u2013305. 10.1080/0361073X.2010.484729", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/0361073X.2010.484729", "@IdType": "doi"}, {"#text": "20544449", + "@IdType": "pubmed"}]}}, {"Citation": "Hilchey MD, Klein RM. Are there bilingual + advantages on nonlinguistic interference tasks? Implications for the plasticity + of executive control processes. Psychon Bull Rev. (2011) 18:625\u201358. 10.3758/s13423-011-0116-7", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-011-0116-7", "@IdType": + "doi"}, {"#text": "21674283", "@IdType": "pubmed"}]}}, {"Citation": "Campbell + KL, Grady CL, Ng C, Hasher L. Age differences in the frontoparietal cognitive + control network: implications for distractibility. Neuropsychologia. (2012) + 50:2212\u201323. 10.1016/j.neuropsychologia.2012.05.025", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2012.05.025", "@IdType": + "doi"}, {"#text": "PMC4898951", "@IdType": "pmc"}, {"#text": "22659108", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R, Albert M, Belleville S, Craik FI, Duarte + A, Grady CL, et al. Maintenance, reserve and compensation: the cognitive neuroscience + of healthy ageing. Nat Rev Neurosci. (2018) 19:701\u201310. 10.1038/s41583-018-0068-2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41583-018-0068-2", "@IdType": + "doi"}, {"#text": "PMC6472256", "@IdType": "pmc"}, {"#text": "30305711", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R, Prince SE, Daselaar SM, Greenberg DL, + Budde M, Dolcos F, et al. . Brain activity during episodic retrieval of autobiographical + and laboratory events: an fMRI study using a novel photo paradigm. J Cogn + Neurosci. (2004) 16:1583\u201394. 10.1162/0898929042568578", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/0898929042568578", "@IdType": "doi"}, {"#text": + "15622612", "@IdType": "pubmed"}]}}, {"Citation": "Beauchamp MS, Petit L, + Ellmore TM, Ingeholm J, Haxby JV. A parametric fMRI study of overt and covert + shifts of visuospatial attention. Neuroimage. (2001) 14:310\u201321. 10.1006/nimg.2001.0788", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2001.0788", "@IdType": + "doi"}, {"#text": "11467905", "@IdType": "pubmed"}]}}, {"Citation": "Hirnstein + M, Bayer U, Ellison A, Hausmann M. TMS over the left angular gyrus impairs + the ability to discriminate left from right. Neuropsychologia. (2011) 49:29\u201333. + 10.1016/j.neuropsychologia.2010.10.028", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2010.10.028", "@IdType": "doi"}, {"#text": "21035475", + "@IdType": "pubmed"}]}}, {"Citation": "Awh E, Jonides J. Overlapping mechanisms + of attention and spatial working memory. Trends Cogn Sci. (2001) 5:119\u201326. + 10.1016/S1364-6613(00)01593-X", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S1364-6613(00)01593-X", "@IdType": "doi"}, {"#text": "11239812", + "@IdType": "pubmed"}]}}, {"Citation": "Xiao M, Ge H, Khundrakpam BS, Xu J, + Bezgin G, Leng Y, et al. . Attention performance measured by attention network + test is correlated with global and regional efficiency of structural brain + networks. Front Behav. Neurosci. (2016) 10:194. 10.3389/fnbeh.2016.00194", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnbeh.2016.00194", "@IdType": + "doi"}, {"#text": "PMC5056177", "@IdType": "pmc"}, {"#text": "27777556", "@IdType": + "pubmed"}]}}, {"Citation": "Grundy JG, Anderson JA, Bialystok E. Neural correlates + of cognitive processing in monolinguals and bilinguals. Ann N York Acad Sci. + (2017) 1396:183. 10.1111/nyas.13333", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/nyas.13333", "@IdType": "doi"}, {"#text": "PMC5446278", "@IdType": + "pmc"}, {"#text": "28415142", "@IdType": "pubmed"}]}}, {"Citation": "Dash + T, Joanette Y, Ansaldo AI. Effect of bilingualism and perceptual load on the + subcomponents of attention in older adults: Evidence from the ANT task. In: + 10th Annual meeting of Society of Neurobiology of Language. Quebec (2018)."}, + {"Citation": "Abutalebi J, Canini M, Della Rosa PA, Sheung LP, Green DW, Weekes + BS. Bilingualism protects anterior temporal lobe integrity in aging. Neurobiol + Aging. (2014) 35:2126\u201333. 10.1016/j.neurobiolaging.2014.03.010", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2014.03.010", "@IdType": + "doi"}, {"#text": "24721820", "@IdType": "pubmed"}]}}, {"Citation": "Garc\u00eda-Pent\u00f3n + L, Fern\u00e1ndez AP, Iturria-Medina Y, Gillon-Dowens M, Carreiras M. Anatomical + connectivity changes in the bilingual brain. Neuroimage. (2014) 84:495\u2013504. + 10.1016/j.neuroimage.2013.08.064", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2013.08.064", "@IdType": "doi"}, {"#text": "24018306", + "@IdType": "pubmed"}]}}, {"Citation": "Pliatsikas C, Moschopoulou E, Saddy + JD. The effects of bilingualism on the white matter structure of the brain. + Proc Natl Acad Sci USA. (2015) 112:1334\u20137. 10.1073/pnas.1414183112", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1414183112", "@IdType": + "doi"}, {"#text": "PMC4321232", "@IdType": "pmc"}, {"#text": "25583505", "@IdType": + "pubmed"}]}}, {"Citation": "Wang H, Fan J. Human attentional networks: a connectionist + model. J Cogn Neurosci. (2007) 19:1678\u201389. 10.1162/jocn.2007.19.10.1678", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2007.19.10.1678", + "@IdType": "doi"}, {"#text": "18271741", "@IdType": "pubmed"}]}}, {"Citation": + "Iluz-Cohen P, Armon-Lotem S. Language proficiency and executive control in + bilingual children. Bilingualism. (2013) 16:884\u201399. 10.1017/S1366728912000788", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728912000788", "@IdType": + "doi"}}}, {"Citation": "Kroll JF, Bialystok E. Understanding the consequences + of bilingualism for language processing and cognition. J Cogn Psychol. (2013) + 25:497\u2013514. 10.1080/20445911.2013.799170", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/20445911.2013.799170", "@IdType": "doi"}, {"#text": "PMC3820916", + "@IdType": "pmc"}, {"#text": "24223260", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "31736852", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1664-2295", "@IssnType": "Print"}, "Title": "Frontiers + in neurology", "JournalIssue": {"Volume": "10", "PubDate": {"Year": "2019"}, + "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Neurol"}, "Abstract": + {"AbstractText": "Life-long experience of using two or more languages has + been shown to enhance cognitive control abilities in young and elderly bilinguals + in comparison to their monolingual peers. This advantage has been found to + be larger in older adults in comparison to younger adults, suggesting that + bilingualism provides advantages in cognitive control abilities. However, + studies showing this effect have used a variety of tasks (Simon Task, Stroop + task, Flanker Task), each measuring different subcomponents of attention and + raising mixed results. At the same time, attention is not a unitary function + but comprises of subcomponents which can be distinctively addressed within + the Attention Network Test (ANT) (1, 2). The purpose of this work was to examine + the neurofunctional correlates of the subcomponents of attention in healthy + young and elderly bilinguals taking into account the L2 age of acquisition, + language usage, and proficiency. Participants performed an fMRI version of + the ANT task, and speed, accuracy, and BOLD data were collected. As expected, + results show slower overall response times with increasing age. The ability + to take advantage of the warning cues also decreased with age, resulting in + reduced alerting and orienting abilities in older adults. fMRI results showed + an increase in neurofunctional activity in the frontal and parietal areas + in elderly bilinguals when compared to young bilinguals. Furthermore, higher + L2 proficiency correlated negatively with activation in frontal area, and + that faster RTs correlated negatively with activation in frontal and parietal + areas. Such a correlation, especially with L2 proficiency was not present + in young bilinguals and provides evidence for a bilingual advantage in the + alerting subcomponent of attention that characterizes elderly bilinguals'' + performance. This study thus provides extra details about the bilingual advantage + in the subcomponent of attention, in older bilinguals. Consequently, speaking + more than one language impacts cognition and the brain later in life.", "CopyrightInformation": + "Copyright \u00a9 2019 Dash, Berroir, Joanette and Ansaldo."}, "Language": + "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Tanya", "Initials": "T", "LastName": "Dash", "AffiliationInfo": + [{"Affiliation": "Centre de recherche de l''Institut Universitaire de G\u00e9riatrie + de Montr\u00e9al, Montreal, QC, Canada."}, {"Affiliation": "\u00c9cole d''orthophonie + et d''audiologie, Facult\u00e9 de m\u00e9decine, Universit\u00e9 de Montr\u00e9al, + Montreal, QC, Canada."}]}, {"@ValidYN": "Y", "ForeName": "Pierre", "Initials": + "P", "LastName": "Berroir", "AffiliationInfo": [{"Affiliation": "Centre de + recherche de l''Institut Universitaire de G\u00e9riatrie de Montr\u00e9al, + Montreal, QC, Canada."}, {"Affiliation": "Institute of Biomedical Engineering, + Department of Pharmacology and Physiology, Faculty of Medicine, Universit\u00e9 + de Montr\u00e9al, Montreal, QC, Canada."}]}, {"@ValidYN": "Y", "ForeName": + "Yves", "Initials": "Y", "LastName": "Joanette", "AffiliationInfo": [{"Affiliation": + "Centre de recherche de l''Institut Universitaire de G\u00e9riatrie de Montr\u00e9al, + Montreal, QC, Canada."}, {"Affiliation": "\u00c9cole d''orthophonie et d''audiologie, + Facult\u00e9 de m\u00e9decine, Universit\u00e9 de Montr\u00e9al, Montreal, + QC, Canada."}]}, {"@ValidYN": "Y", "ForeName": "Ana In\u00e9s", "Initials": + "AI", "LastName": "Ansaldo", "AffiliationInfo": [{"Affiliation": "Centre de + recherche de l''Institut Universitaire de G\u00e9riatrie de Montr\u00e9al, + Montreal, QC, Canada."}, {"Affiliation": "\u00c9cole d''orthophonie et d''audiologie, + Facult\u00e9 de m\u00e9decine, Universit\u00e9 de Montr\u00e9al, Montreal, + QC, Canada."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1122", + "MedlinePgn": "1122"}, "ArticleDate": {"Day": "30", "Year": "2019", "Month": + "10", "@DateType": "Electronic"}, "ELocationID": [{"#text": "1122", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fneur.2019.01122", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Alerting, Orienting, and Executive + Control: The Effect of Bilingualism and Age on the Subcomponents of Attention.", + "PublicationTypeList": {"PublicationType": {"@UI": "D016428", "#text": "Journal + Article"}}}, "DateRevised": {"Day": "29", "Year": "2020", "Month": "09"}, + "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "aging", "@MajorTopicYN": + "N"}, {"#text": "attention network task", "@MajorTopicYN": "N"}, {"#text": + "bilingualism", "@MajorTopicYN": "N"}, {"#text": "neuroimaging", "@MajorTopicYN": + "N"}, {"#text": "subcomponents of attention", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Neurol", "ISSNLinking": "1664-2295", + "NlmUniqueID": "101546899"}}}, "semantic_scholar": {"year": 2019, "title": + "Alerting, Orienting, and Executive Control: The Effect of Bilingualism and + Age on the Subcomponents of Attention", "venue": "Frontiers in Neurology", + "authors": [{"name": "Tanya Dash", "authorId": "5704219"}, {"name": "P. Berroir", + "authorId": "3016363"}, {"name": "Y. Joanette", "authorId": "2259929"}, {"name": + "A. Ansaldo", "authorId": "1684556"}], "paperId": "6d583c04a81695531111d7678a292130f03d1141", + "abstract": "Life-long experience of using two or more languages has been + shown to enhance cognitive control abilities in young and elderly bilinguals + in comparison to their monolingual peers. This advantage has been found to + be larger in older adults in comparison to younger adults, suggesting that + bilingualism provides advantages in cognitive control abilities. However, + studies showing this effect have used a variety of tasks (Simon Task, Stroop + task, Flanker Task), each measuring different subcomponents of attention and + raising mixed results. At the same time, attention is not a unitary function + but comprises of subcomponents which can be distinctively addressed within + the Attention Network Test (ANT) (1, 2). The purpose of this work was to examine + the neurofunctional correlates of the subcomponents of attention in healthy + young and elderly bilinguals taking into account the L2 age of acquisition, + language usage, and proficiency. Participants performed an fMRI version of + the ANT task, and speed, accuracy, and BOLD data were collected. As expected, + results show slower overall response times with increasing age. The ability + to take advantage of the warning cues also decreased with age, resulting in + reduced alerting and orienting abilities in older adults. fMRI results showed + an increase in neurofunctional activity in the frontal and parietal areas + in elderly bilinguals when compared to young bilinguals. Furthermore, higher + L2 proficiency correlated negatively with activation in frontal area, and + that faster RTs correlated negatively with activation in frontal and parietal + areas. Such a correlation, especially with L2 proficiency was not present + in young bilinguals and provides evidence for a bilingual advantage in the + alerting subcomponent of attention that characterizes elderly bilinguals'' + performance. This study thus provides extra details about the bilingual advantage + in the subcomponent of attention, in older bilinguals. Consequently, speaking + more than one language impacts cognition and the brain later in life.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fneur.2019.01122/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6831726, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-10-30"}}}, "source": "neurostore", "source_id": + "seVbCfgRhZSf", "source_updated_at": "2025-12-04T23:20:00.250601+00:00", "analyses": + [{"id": "L4B3fGGwHiMW", "user": "github|12564882", "name": "Alerting", "metadata": + null, "description": "Results from the random-effects analyses for the alerting, + orienting, and executive control condition, for young and older adults here.", + "conditions": [], "weights": [], "points": [{"id": "Ddbg2kAJF5Ng", "coordinates": + [-46.0, 2.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "oNuzPN6QGL9w", "coordinates": + [46.0, 4.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "gLHNyoGUiB9e", "coordinates": + [-26.0, 50.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "T7pVpwDKpME8", "coordinates": + [-33.0, 31.0, -3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "VKwQiuzEaJCs", "coordinates": + [42.0, -56.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "T59ToDVUujXS", "coordinates": + [-40.0, -62.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}, {"id": "hzjTKj3hAAyh", + "user": "github|12564882", "name": "Orienting", "metadata": null, "description": + "Results from the random-effects analyses for the alerting, orienting, and + executive control condition, for young and older adults.", "conditions": [], + "weights": [], "points": [{"id": "hykkjWYP69TR", "coordinates": [-10.0, -98.0, + 4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": null, "value": null}]}, {"id": "QpSD7mxNchCo", "coordinates": [10.0, + -96.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": null, "value": null}]}, {"id": "pAE68886iFoF", "coordinates": + [-20.0, -78.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "gXFcchtQDqzS", "coordinates": + [18.0, -76.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Wa69C4JYeFPj", "coordinates": + [42.0, -50.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}, {"id": "p9UieEfJ7TXy", + "user": "github|12564882", "name": "Executive control\u2227", "metadata": + null, "description": "Results from the random-effects analyses for the alerting, + orienting, and executive control condition, for young and older adults.", + "conditions": [], "weights": [], "points": [{"id": "KbX4gBE53MPf", "coordinates": + [-4.0, -86.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "oVkzWwEQX3w3", "coordinates": + [-22.0, -50.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}]}, {"id": + "J6QdYVwZWddF", "created_at": "2025-12-03T22:43:57.366760+00:00", "updated_at": + null, "user": null, "name": "Alteration of brain function and systemic inflammatory + tone in older adults by decreasing the dietary palmitic acid intake", "description": + "Prior studies in younger adults showed that reducing the normally high intake + of the saturated fatty acid, palmitic acid (PA), in the North American diet + by replacing it with the monounsaturated fatty acid, oleic acid (OA), decreased + blood concentrations and secretion by peripheral blood mononuclear cells (PBMCs) + of interleukin (IL)-1\u03b2 and IL-6 and changed brain activation in regions + of the working memory network. We examined the effects of these fatty acid + manipulations in the diet of older adults. Ten subjects, aged 65-75\u00a0years, + participated in a randomized, cross-over trial comparing 1-week high PA versus + low PA/high OA diets. We evaluated functional magnetic resonance imaging (fMRI) + using an N-back test of working memory and a resting state scan, cytokine + secretion by lipopolysaccharide (LPS)-stimulated PBMCs, and plasma cytokine + concentrations. During the low PA compared to the high PA diet, we observed + increased activation for the 2-back minus 0-back conditions in the right dorsolateral + prefrontal cortex (Broadman Area (BA) 9; p\u00a0<\u00a00.005), but the effect + of diet on working memory performance was not significant (p\u00a0=\u00a00.09). + We observed increased connectivity between anterior regions of the salience + network during the low PA/high OA diet (p\u00a0<\u00a00.001). The concentrations + of IL-1\u03b2 (p\u00a0=\u00a00.026), IL-8 (p\u00a0=\u00a00.013), and IL-6 + (p\u00a0=\u00a00.009) in conditioned media from LPS-stimulated PBMCs were + lower during the low PA/high OA diet. This study suggests that lowering the + dietary intake of PA down-regulated pro-inflammatory cytokine secretion and + altered working memory, task-based activation and resting state functional + connectivity in older adults.", "publication": "Aging Brain", "doi": "10.1016/j.nbas.2023.100072", + "pmid": "37408793", "authors": "J. Dumas; J. Bunn; M. Lamantia; Catherine + McIsaac; Anna Senft Miller; Olivia Nop; Abigail Testo; Bruno P Soares; M. + Mank; M. Poynter; C. Lawrence Kien", "year": 2023, "metadata": {"slug": "37408793-10-1016-j-nbas-2023-100072-pmc10318304", + "source": "semantic_scholar", "keywords": ["Fatty acids", "Inflammation", + "Working memory", "fMRI"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "14", "Year": "2022", "Month": "7", "@PubStatus": + "received"}, {"Day": "1", "Year": "2023", "Month": "3", "@PubStatus": "revised"}, + {"Day": "3", "Year": "2023", "Month": "3", "@PubStatus": "accepted"}, {"Day": + "6", "Hour": "6", "Year": "2023", "Month": "7", "Minute": "42", "@PubStatus": + "pubmed"}, {"Day": "6", "Hour": "6", "Year": "2023", "Month": "7", "Minute": + "43", "@PubStatus": "medline"}, {"Day": "6", "Hour": "4", "Year": "2023", + "Month": "7", "Minute": "7", "@PubStatus": "entrez"}, {"Day": "10", "Year": + "2023", "Month": "3", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "37408793", "@IdType": "pubmed"}, {"#text": "PMC10318304", "@IdType": + "pmc"}, {"#text": "10.1016/j.nbas.2023.100072", "@IdType": "doi"}, {"#text": + "S2589-9589(23)00009-9", "@IdType": "pii"}]}, "ReferenceList": {"Reference": + [{"Citation": "Muscat S.M., Barrientos R.M. The perfect cytokine storm: how + peripheral immune challenges impact brain plasticity & memory function in + aging. Brain Plast. 2021;7(1):47\u201360.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC8461734", "@IdType": "pmc"}, {"#text": "34631420", "@IdType": + "pubmed"}]}}, {"Citation": "Dinarello C.A., Gatti S., Bartfai T. Fever: links + with an ancient receptor. Curr Biol. 1999;9(4):R147\u2013R150.", "ArticleIdList": + {"ArticleId": {"#text": "10074418", "@IdType": "pubmed"}}}, {"Citation": "Franceschi + C., Capri M., Monti D., Giunta S., Olivieri F., Sevini F., et al. Inflammaging + and anti-inflammaging: a systemic perspective on aging and longevity emerged + from studies in humans. Mech Ageing Dev. 2007;128(1):92\u2013105.", "ArticleIdList": + {"ArticleId": {"#text": "17116321", "@IdType": "pubmed"}}}, {"Citation": "Kien + C.L., Bunn J.Y., Poynter M.E., Stevens R., Bain J., Ikayeva O., et al. A lipidomics + analysis of the relationship between dietary fatty acid composition and insulin + sensitivity in young adults. Diabetes. 2013;62(4):1054\u20131063.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3609566", "@IdType": "pmc"}, {"#text": "23238293", + "@IdType": "pubmed"}]}}, {"Citation": "Kien C.L., Bunn J.Y., Fukagawa N.K., + Anathy V., Matthews D.E., Crain K.I., et al. Lipidomic evidence that lowering + the typical dietary palmitate to oleate ratio in humans decreases the leukocyte + production of proinflammatory cytokines and muscle expression of redox-sensitive + genes. J Nutr Biochem. 2015;26(1512):1599\u20131606.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC4679618", "@IdType": "pmc"}, {"#text": "26324406", "@IdType": + "pubmed"}]}}, {"Citation": "Stienstra R., Tack C.J., Kanneganti T.D., Joosten + L.A., Netea M.G. The inflammasome puts obesity in the danger zone. Cell Metab. + 2012;15(1):10\u201318.", "ArticleIdList": {"ArticleId": {"#text": "22225872", + "@IdType": "pubmed"}}}, {"Citation": "Milner M.T., Maddugoda M., G\u00f6tz + J., Burgener S.S., Schroder K. The NLRP3 inflammasome triggers sterile neuroinflammation + and Alzheimer\u2019s disease. Curr Opin Immunol. 2021;68:116\u2013124.", "ArticleIdList": + {"ArticleId": {"#text": "33181351", "@IdType": "pubmed"}}}, {"Citation": "Kien + C.L., Bunn J.Y., Tompkins C.L., Dumas J.A., Crain K.I., Ebenstein D.B., et + al. Substituting dietary monounsaturated fat for saturated fat is associated + with increased daily physical activity and resting energy expenditure and + with changes in mood. Am J Clin Nutr. 2013;97(4):689\u2013697.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3607650", "@IdType": "pmc"}, {"#text": "23446891", + "@IdType": "pubmed"}]}}, {"Citation": "Sartorius T., Ketterer C., Kullmann + S., Balzer M., Rotermund C., Binder S., et al. Monounsaturated fatty acids + prevent the aversive effects of obesity on locomotion, brain activity, and + sleep behavior. Diabetes. 2012;61(7):1669\u20131679.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3379681", "@IdType": "pmc"}, {"#text": "22492529", "@IdType": + "pubmed"}]}}, {"Citation": "Dumas J.A., Bunn J.Y., Nickerson J., Crain K.I., + Ebenstein D.B., Tarleton E.K., Makarewicz J., Poynter M.E., Kien C.L. Dietary + saturated fat and monounsaturated fat have reversible effects on brain function + and the secretion of pro-inflammatory cytokines in young women. Metab: Clin + Exp. 2016;65:1582\u20131588.", "ArticleIdList": {"ArticleId": [{"#text": "PMC5023067", + "@IdType": "pmc"}, {"#text": "27621193", "@IdType": "pubmed"}]}}, {"Citation": + "Craik F.I., Salthouse T. Erlbaum; Mahwah, NJ: 2000. Handbook of Aging and + Cogntion II."}, {"Citation": "Kien C.L., Ugrasbul F. Prediction of daily energy + expenditure during a feeding trial using measurements of resting energy expenditure, + fat-free mass, or Harris-Benedict equations. Am J Clin Nutr. 2004;80(4):876\u2013880.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1409752", "@IdType": "pmc"}, + {"#text": "15447893", "@IdType": "pubmed"}]}}, {"Citation": "Folstein M.F., + Folstein S.E., McHugh P.R. \u201cMini-mental state\u201d: a practical method + for grading the cognitive state of patients for the clinician. J Psychiatr + Res. 1975;12(3):189\u2013198.", "ArticleIdList": {"ArticleId": {"#text": "1202204", + "@IdType": "pubmed"}}}, {"Citation": "Jurica P.J., Leitten C.L., Mattis S. + Psychological Assessment Resources Inc.; Lutz, FL: 2001. Dementia rating scale-2."}, + {"Citation": "Reisberg B., Ferris S.H. Brief cognitive rating scale (BCRS) + Psychopharmacol Bull. 1988;24(4):629\u2013635.", "ArticleIdList": {"ArticleId": + {"#text": "3249764", "@IdType": "pubmed"}}}, {"Citation": "Reisberg B., Ferris + S.H., de Leon M.J., Crook T. Global deterioration scale (GDS) Psychopharmacol + Bull. 1988;24(4):661\u2013663.", "ArticleIdList": {"ArticleId": {"#text": + "3249768", "@IdType": "pubmed"}}}, {"Citation": "Randolph C., Tierney M.C., + Mohr E., Chase T.N. The repeatable battery for the assessment of neuropsychological + status (RBANS): preliminary clinical validity. J Clin Exp Neuropsychol. 1998;20(3):310\u2013319.", + "ArticleIdList": {"ArticleId": {"#text": "9845158", "@IdType": "pubmed"}}}, + {"Citation": "Delis D.C., Kaplan E., Kramer J.H. Psychological Corporation; + San Antonio, TX: 2001. D-KEFS executive function system: examiner\u2019s manual."}, + {"Citation": "Breuer F.A., Blaimer M., Heidemann R.M., Mueller M.F., Griswold + M.A., Jakob P.M. Controlled aliasing in parallel imaging results in higher + acceleration (CAIPIRINHA) for multi-slice imaging. Magn Reson Med. 2005;53(3):684\u2013691.", + "ArticleIdList": {"ArticleId": {"#text": "15723404", "@IdType": "pubmed"}}}, + {"Citation": "Setsompop K., Cohen-Adad J., Gagoski B.A., Raij T., Yendiki + A., Keil B., et al. Improving diffusion MRI using simultaneous multi-slice + echo planar imaging. Neuroimage. 2012;63(1):569\u2013580.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3429710", "@IdType": "pmc"}, {"#text": "22732564", + "@IdType": "pubmed"}]}}, {"Citation": "Setsompop K., Gagoski B.A., Polimeni + J.R., Witzel T., Wedeen V.J., Wald L.L. Blipped-controlled aliasing in parallel + imaging for simultaneous multislice echo planar imaging with reduced g-factor + penalty. Magn Reson Med. 2012;67(5):1210\u20131224.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3323676", "@IdType": "pmc"}, {"#text": "21858868", "@IdType": + "pubmed"}]}}, {"Citation": "Snodgrass J., Corwin J. Pragmatics of measuring + recognition memory: applications to dementia and amnesia. J Exp Psychol. 1988;117(1):34\u201350.", + "ArticleIdList": {"ArticleId": {"#text": "2966230", "@IdType": "pubmed"}}}, + {"Citation": "Cohen J.D., Perlstein W.M., Braver T.S., Nystrom L.E., Noll + D.C., Jonides J., et al. Temporal dynamics of brain activation during a working + memory task. Nature. 1997;6625:604\u2013608.", "ArticleIdList": {"ArticleId": + {"#text": "9121583", "@IdType": "pubmed"}}}, {"Citation": "Kien C.L., Bunn + J.Y. Gender alters the effects of palmitate and oleate on fat oxidation and + energy expenditure. Obesity (Silver Spring) 2008;16(1):29\u201333.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2263004", "@IdType": "pmc"}, {"#text": "18223608", + "@IdType": "pubmed"}]}}, {"Citation": "Kien C.L., Bunn J.Y., Stevens R., Bain + J., Ikayeva O., Crain K., et al. Dietary intake of palmitate and oleate has + broad impact on systemic and tissue lipid profiles in humans. Am J Clin Nutr. + 2014;99(3):436\u2013445.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3927687", + "@IdType": "pmc"}, {"#text": "24429541", "@IdType": "pubmed"}]}}, {"Citation": + "Kien C.L., Everingham K.I., Stevens R.D., Fukagawa N.K., Muoio D.M. Short-term + effects of dietary fatty acids on muscle lipid composition and serum acylcarnitine + profile in human subjects. Obesity (Silver Spring) 2011;19(2):305\u2013311.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3003742", "@IdType": "pmc"}, + {"#text": "20559306", "@IdType": "pubmed"}]}}, {"Citation": "Butler M.J., + Cole R.M., Deems N.P., Belury M.A., Barrientos R.M. Fatty food, fatty acids, + and microglial priming in the adult and aged hippocampus and amygdala. Brain + Behav Immun. 2020;89:145\u2013158.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC7572563", "@IdType": "pmc"}, {"#text": "32544595", "@IdType": "pubmed"}]}}, + {"Citation": "Spencer S.J., D''Angelo H., Soch A., Watkins L.R., Maier S.F., + Barrientos R.M. High-fat diet and aging interact to produce neuroinflammation + and impair hippocampal- and amygdalar-dependent memory. Neurobiol Aging. 2017;58:88\u2013101.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5581696", "@IdType": "pmc"}, + {"#text": "28719855", "@IdType": "pubmed"}]}}, {"Citation": "Kiecolt-Glaser + J.K., Fagundes C.P., Andridge R., Peng J., Malarkey W.B., Habash D., et al. + Depression, daily stressors and inflammatory responses to high-fat meals: + when stress overrides healthier food choices. Mol Psychiatry. 2017;22(3):476\u2013482.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5508550", "@IdType": "pmc"}, + {"#text": "27646264", "@IdType": "pubmed"}]}}, {"Citation": "Patterson S.L. + Immune dysregulation and cognitive vulnerability in the aging brain: interactions + of microglia, IL-1beta, BDNF and synaptic plasticity. Neuropharmacology. 2015;96(Pt + A):11\u201318.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4475415", "@IdType": + "pmc"}, {"#text": "25549562", "@IdType": "pubmed"}]}}, {"Citation": "Zhu Y., + Zhou M., Jia X., Zhang W., Shi Y., Bai S., et al. Inflammation disrupts the + brain network of executive function after cardiac surgery. Ann Surg. 2021", + "ArticleIdList": {"ArticleId": [{"#text": "PMC9891271", "@IdType": "pmc"}, + {"#text": "34225294", "@IdType": "pubmed"}]}}, {"Citation": "Sartorius T., + Lutz S.Z., Hoene M., Waak J., Peter A., Weigert C., et al. Toll-like receptors + 2 and 4 impair insulin-mediated brain activity by interleukin-6 and osteopontin + and alter sleep architecture. FASEB J. 2012;26(5):1799\u20131809.", "ArticleIdList": + {"ArticleId": {"#text": "22278939", "@IdType": "pubmed"}}}, {"Citation": "Talbot + K., Wang H.Y., Kazi H., Han L.Y., Bakshi K.P., Stucky A., et al. Demonstrated + brain insulin resistance in Alzheimer\u2019s disease patients is associated + with IGF-1 resistance, IRS-1 dysregulation, and cognitive decline. J Clin + Invest. 2012;122(4):1316\u20131338.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3314463", "@IdType": "pmc"}, {"#text": "22476197", "@IdType": "pubmed"}]}}, + {"Citation": "Hanson A.J., Bayer J.L., Baker L.D., Cholerton B., VanFossen + B., Trittschuh E., et al. Differential effects of meal challenges on cognition, + metabolism, and biomarkers for Apolipoprotein E varepsilon4 carriers and adults + with mild cognitive impairment. J Alzheimers Dis. 2015;48(1):205\u2013218.", + "ArticleIdList": {"ArticleId": {"#text": "26401941", "@IdType": "pubmed"}}}, + {"Citation": "Fernstrom J.D. Large neutral amino acids: dietary effects on + brain neurochemistry and function. Amino Acids. 2013;45(3):419\u2013430.", + "ArticleIdList": {"ArticleId": {"#text": "22677921", "@IdType": "pubmed"}}}, + {"Citation": "Huang H.J., Chen Y.H., Liang K.C., Jheng Y.S., Jhao J.J., Su + M.T., et al. Exendin-4 protected against cognitive dysfunction in hyperglycemic + mice receiving an intrahippocampal lipopolysaccharide injection. PLoS One. + 2012;7(7):e39656.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3402484", + "@IdType": "pmc"}, {"#text": "22844396", "@IdType": "pubmed"}]}}, {"Citation": + "Milton J.E., Sananthanan C.S., Patterson M., Ghatei M.A., Bloom S.R., Frost + G.S. Glucagon-like peptide-1 (7\u201336) amide response to low versus high + glycaemic index preloads in overweight subjects with and without type II diabetes + mellitus. Eur J Clin Nutr. 2007;61(12):1364\u20131372.", "ArticleIdList": + {"ArticleId": {"#text": "17299480", "@IdType": "pubmed"}}}, {"Citation": "Marik + P.E., Raghavan M. Stress-hyperglycemia, insulin and immunomodulation in sepsis. + Intensive Care Med. 2004;30(5):748\u2013756.", "ArticleIdList": {"ArticleId": + {"#text": "14991101", "@IdType": "pubmed"}}}, {"Citation": "Au A., Feher A., + McPhee L., Jessa A., Oh S., Einstein G. Estrogens, inflammation and cognition. + Front Neuroendocrinol. 2016;40:87\u2013100.", "ArticleIdList": {"ArticleId": + {"#text": "26774208", "@IdType": "pubmed"}}}, {"Citation": "Urien S., Bardin + C., Bader-Meunier B., Mouy R., Compeyrot-Lacassagne S., Foissac F., et al. + Anakinra pharmacokinetics in children and adolescents with systemic-onset + juvenile idiopathic arthritis and autoinflammatory syndromes. BMC Pharmacol + Toxicol. 2013;14:40.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3750485", + "@IdType": "pmc"}, {"#text": "23915458", "@IdType": "pubmed"}]}}, {"Citation": + "Kaye A.G., Siegel R. The efficacy of IL-6 inhibitor Tocilizumab in reducing + severe COVID-19 mortality: a systematic review. PeerJ. 2020;8:e10322.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC7643559", "@IdType": "pmc"}, {"#text": "33194450", + "@IdType": "pubmed"}]}}, {"Citation": "Beck A.T., Steer R.A., Brown G.T. Psychological + Corporation; San Antonio, TX: 1996. Manual for the beck depression inventory-II."}, + {"Citation": "Beck A.T., Steer R.A. The Psychological Corporation; San Antonio, + TX: 1990. Manual for the beck anxiety inventory."}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "37408793", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "2589-9589", "@IssnType": "Electronic"}, "Title": "Aging + brain", "JournalIssue": {"Volume": "3", "PubDate": {"Year": "2023"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "Aging Brain"}, "Abstract": {"AbstractText": + "Prior studies in younger adults showed that reducing the normally high intake + of the saturated fatty acid, palmitic acid (PA), in the North American diet + by replacing it with the monounsaturated fatty acid, oleic acid (OA), decreased + blood concentrations and secretion by peripheral blood mononuclear cells (PBMCs) + of interleukin (IL)-1\u03b2 and IL-6 and changed brain activation in regions + of the working memory network. We examined the effects of these fatty acid + manipulations in the diet of older adults. Ten subjects, aged 65-75\u00a0years, + participated in a randomized, cross-over trial comparing 1-week high PA versus + low PA/high OA diets. We evaluated functional magnetic resonance imaging (fMRI) + using an N-back test of working memory and a resting state scan, cytokine + secretion by lipopolysaccharide (LPS)-stimulated PBMCs, and plasma cytokine + concentrations. During the low PA compared to the high PA diet, we observed + increased activation for the 2-back minus 0-back conditions in the right dorsolateral + prefrontal cortex (Broadman Area (BA) 9; p\u00a0<\u00a00.005), but the effect + of diet on working memory performance was not significant (p\u00a0=\u00a00.09). + We observed increased connectivity between anterior regions of the salience + network during the low PA/high OA diet (p\u00a0<\u00a00.001). The concentrations + of IL-1\u03b2 (p\u00a0=\u00a00.026), IL-8 (p\u00a0=\u00a00.013), and IL-6 + (p\u00a0=\u00a00.009) in conditioned media from LPS-stimulated PBMCs were + lower during the low PA/high OA diet. This study suggests that lowering the + dietary intake of PA down-regulated pro-inflammatory cytokine secretion and + altered working memory, task-based activation and resting state functional + connectivity in older adults.", "CopyrightInformation": "\u00a9 2023 The Author(s)."}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "GrantList": {"Grant": + [{"Agency": "NHLBI NIH HHS", "Acronym": "HL", "Country": "United States", + "GrantID": "R01 HL142081"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": + "United States", "GrantID": "R56 AG062105"}], "@CompleteYN": "Y"}, "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Julie A", "Initials": "JA", "LastName": + "Dumas", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Larner + College of Medicine, The University of Vermont, Burlington, VT, USA."}}, {"@ValidYN": + "Y", "ForeName": "Janice Y", "Initials": "JY", "LastName": "Bunn", "AffiliationInfo": + {"Affiliation": "Department of Medical Biostatistics, Larner College of Medicine, + The University of Vermont, Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": + "Michael A", "Initials": "MA", "LastName": "LaMantia", "AffiliationInfo": + {"Affiliation": "Department of Medicine, Larner College of Medicine, The University + of Vermont, Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Catherine", + "Initials": "C", "LastName": "McIsaac", "AffiliationInfo": {"Affiliation": + "Clinical Research Center, Larner College of Medicine, The University of Vermont, + Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Anna", "Initials": + "A", "LastName": "Senft Miller", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Olivia", "Initials": "O", "LastName": + "Nop", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Larner + College of Medicine, The University of Vermont, Burlington, VT, USA."}}, {"@ValidYN": + "Y", "ForeName": "Abigail", "Initials": "A", "LastName": "Testo", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, Larner College of Medicine, The + University of Vermont, Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": + "Bruno P", "Initials": "BP", "LastName": "Soares", "AffiliationInfo": {"Affiliation": + "Department of Radiology, Larner College of Medicine, The University of Vermont, + Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Madeleine M", "Initials": + "MM", "LastName": "Mank", "AffiliationInfo": {"Affiliation": "Department of + Medicine, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Matthew E", "Initials": "ME", + "LastName": "Poynter", "AffiliationInfo": {"Affiliation": "Department of Medicine, + Larner College of Medicine, The University of Vermont, Burlington, VT, USA."}}, + {"@ValidYN": "Y", "ForeName": "C Lawrence", "Initials": "CL", "LastName": + "Kien", "AffiliationInfo": [{"Affiliation": "Department of Medicine, Larner + College of Medicine, The University of Vermont, Burlington, VT, USA."}, {"Affiliation": + "Department of Pediatrics, Larner College of Medicine, The University of Vermont, + Burlington, VT, USA."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "100072", "MedlinePgn": "100072"}, "ArticleDate": {"Day": "10", "Year": "2023", + "Month": "03", "@DateType": "Electronic"}, "ELocationID": [{"#text": "100072", + "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.1016/j.nbas.2023.100072", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Alteration of brain + function and systemic inflammatory tone in older adults by decreasing the + dietary palmitic acid intake.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "31", + "Year": "2024", "Month": "07"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Fatty acids", "@MajorTopicYN": "N"}, {"#text": "Inflammation", + "@MajorTopicYN": "N"}, {"#text": "Working memory", "@MajorTopicYN": "N"}, + {"#text": "fMRI", "@MajorTopicYN": "N"}]}, "CoiStatement": "The authors declare + that they have no known competing financial interests or personal relationships + that could have appeared to influence the work reported in this paper.", "MedlineJournalInfo": + {"Country": "Netherlands", "MedlineTA": "Aging Brain", "ISSNLinking": "2589-9589", + "NlmUniqueID": "101776137"}}}, "semantic_scholar": {"year": 2023, "title": + "Alteration of brain function and systemic inflammatory tone in older adults + by decreasing the dietary palmitic acid intake", "venue": "Aging Brain", "authors": + [{"name": "J. Dumas", "authorId": "2180778"}, {"name": "J. Bunn", "authorId": + "1854173"}, {"name": "M. Lamantia", "authorId": "6396663"}, {"name": "Catherine + McIsaac", "authorId": "2180288808"}, {"name": "Anna Senft Miller", "authorId": + "2088151393"}, {"name": "Olivia Nop", "authorId": "2088151330"}, {"name": + "Abigail Testo", "authorId": "2372907144"}, {"name": "Bruno P Soares", "authorId": + "2062132483"}, {"name": "M. Mank", "authorId": "51225144"}, {"name": "M. Poynter", + "authorId": "6945972"}, {"name": "C. Lawrence Kien", "authorId": "2211258807"}], + "paperId": "4cbe41e46e82f7e714a901fb992b84d35f120083", "abstract": null, "isOpenAccess": + true, "openAccessPdf": {"url": "https://doi.org/10.1016/j.nbas.2023.100072", + "status": "GOLD", "license": "CCBYNCND", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC10318304, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2023-03-10"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T22:45:06.430083+00:00", "analyses": + [{"id": "UrsXEWrnCFiL", "user": null, "name": "Salience Network Anterior Insula + Right", "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": + "t0015", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37408793-10-1016-j-nbas-2023-100072-pmc10318304/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37408793-10-1016-j-nbas-2023-100072-pmc10318304/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Seed: right anterior insula; + increased connectivity on the HOA diet compared to the HPA diet", "conditions": + [], "weights": [], "points": [{"id": "9ZRTgN4EQxPJ", "coordinates": [-14.0, + -54.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.000702}]}, {"id": "pGHvvnbmui9X", "coordinates": + [28.0, -70.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.003455}]}, {"id": "yDDoXwTH3GCj", + "coordinates": [20.0, -52.0, 48.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 0.024059}]}], "images": + []}]}, {"id": "K7AyYJwUj5ML", "created_at": "2025-12-05T01:37:55.352910+00:00", + "updated_at": null, "user": null, "name": "Attention-Related Brain Activation + Is Altered in Older Adults With White Matter Hyperintensities Using Multi-Echo + fMRI", "description": "Cognitive decline is often undetectable in the early + stages of accelerated vascular aging. Attentional processes are particularly + affected in older adults with white matter hyperintensities (WMH), although + specific neurovascular mechanisms have not been elucidated. We aimed to identify + differences in attention-related neurofunctional activation and behavior between + adults with and without WMH. Older adults with moderate to severe WMH (n = + 18, mean age = 70 years), age-matched adults (n = 28, mean age = 72), and + healthy younger adults (n = 19, mean age = 25) performed a modified flanker + task during multi-echo blood oxygenation level dependent functional magnetic + resonance imaging. Task-related activation was assessed using a weighted-echo + approach. Healthy older adults had more widespread response and higher amplitude + of activation compared to WMH adults in fronto-temporal and parietal cortices. + Activation associated with processing speed was absent in the WMH group, suggesting + attention-related activation deficits that may be a consequence of cerebral + small vessel disease. WMH adults had greater executive contrast activation + in the precuneous and posterior cingulate gyrus compared to HYA, despite no + performance benefits, reinforcing the network dysfunction theory in WMH.", + "publication": "Frontiers in Neuroscience", "doi": "10.3389/fnins.2018.00748", + "pmid": "30405336", "authors": "Sarah Atwi; Arron W. S. Metcalfe; Andrew Donald + Robertson; J. Rezmovitz; N. Anderson; B. MacIntosh", "year": 2018, "metadata": + {"slug": "30405336-10-3389-fnins-2018-00748-pmc6200839", "source": "semantic_scholar", + "keywords": ["BOLD", "attention", "fMRI", "multi-echo", "small vessel disease", + "white matter hyperintensities"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "27", "Year": "2018", "Month": "2", + "@PubStatus": "received"}, {"Day": "28", "Year": "2018", "Month": "9", "@PubStatus": + "accepted"}, {"Day": "9", "Hour": "6", "Year": "2018", "Month": "11", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "9", "Hour": "6", "Year": "2018", "Month": + "11", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "9", "Hour": "6", "Year": + "2018", "Month": "11", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2018", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "30405336", "@IdType": "pubmed"}, {"#text": "PMC6200839", + "@IdType": "pmc"}, {"#text": "10.3389/fnins.2018.00748", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Andersson J. L. R., Jenkinson + M., Smith S. and Others (2007). Non-Linear Registration, Aka Spatial Normalisation + FMRIB Technical Report TR07JA2. FMRIB Analysis Group of the University of + Oxford 2. Available at: https://www.fmrib.ox.ac.uk/datasets/techrep/tr07ja2/tr07ja2.pdf"}, + {"Citation": "Babiloni C., Pievani M., Vecchio F., Geroldi C., Eusebi F., + Fracassi C., et al. (2009). White-matter lesions along the cholinergic tracts + are related to cortical sources of EEG rhythms in amnesic mild cognitive impairment. + Hum. Brain Mapp. 30 1431\u20131443. 10.1002/hbm.20612", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20612", "@IdType": "doi"}, {"#text": "PMC6871072", + "@IdType": "pmc"}, {"#text": "19097164", "@IdType": "pubmed"}]}}, {"Citation": + "Baek K., Morris L. S., Kundu P., Voon V. (2017). Disrupted resting-state + brain network properties in obesity: decreased global and putaminal cortico-striatal + network efficiency. Psychol. Med. 47 585\u2013596. 10.1017/S0033291716002646", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S0033291716002646", "@IdType": + "doi"}, {"#text": "PMC5426347", "@IdType": "pmc"}, {"#text": "27804899", "@IdType": + "pubmed"}]}}, {"Citation": "Barnes J., Carmichael O. T., Leung K. K., Schwarz + C., Ridgway G. R., Bartlett J. W., et al. (2013). Vascular and Alzheimer\u2019s + disease markers independently predict brain atrophy rate in Alzheimer\u2019s + disease neuroimaging initiative controls. Neurobiol. Aging 34 1996\u20132002. + 10.1016/j.neurobiolaging.2013.02.003", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neurobiolaging.2013.02.003", "@IdType": "doi"}, {"#text": "PMC3810644", + "@IdType": "pmc"}, {"#text": "23522844", "@IdType": "pubmed"}]}}, {"Citation": + "Bastos-Leite A. J., Kuijer J. P. A., Rombouts S. A. R. B., Sanz-Arigita E., + van Straaten E. C., Gouw A. A., et al. (2008). Cerebral blood flow by using + pulsed arterial spin-labeling in elderly subjects with white matter hyperintensities. + AJNR Am. J. Neuroradiol. 29 1296\u20131301. 10.3174/ajnr.A1091", "ArticleIdList": + {"ArticleId": [{"#text": "10.3174/ajnr.A1091", "@IdType": "doi"}, {"#text": + "PMC8119130", "@IdType": "pmc"}, {"#text": "18451090", "@IdType": "pubmed"}]}}, + {"Citation": "Beckmann C. F., Jenkinson M., Smith S. M. (2003). General multilevel + linear modeling for group analysis in FMRI. Neuroimage 20 1052\u20131063. + 10.1016/S1053-8119(03)00435-X", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S1053-8119(03)00435-X", "@IdType": "doi"}, {"#text": "14568475", + "@IdType": "pubmed"}]}}, {"Citation": "Birn R. M., Diamond J. B., Smith M. + A., Bandettini P. A. (2006). Separating respiratory-variation-related fluctuations + from neuronal-activity-related fluctuations in fMRI. Neuroimage 31 1536\u20131548. + 10.1016/j.neuroimage.2006.02.048", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2006.02.048", "@IdType": "doi"}, {"#text": "16632379", + "@IdType": "pubmed"}]}}, {"Citation": "Biswal B., Deyoe E. A., Hyde J. S. + (1996). Reduction of physiological fluctuations in fMRI using digital filters. + Magn. Reson. Med. 35 107\u2013113. 10.1002/mrm.1910350114", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/mrm.1910350114", "@IdType": "doi"}, {"#text": + "8771028", "@IdType": "pubmed"}]}}, {"Citation": "Blicher J. U., Stagg C. + J., O\u2019Shea J., \u00d8stergaard L., MacIntosh B. J., Johansen-Berg H., + et al. (2012). Visualization of altered neurovascular coupling in chronic + stroke patients using multimodal functional MRI. J. Cereb. Blood Flow Metab. + 32 2044\u20132054. 10.1038/jcbfm.2012.105", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/jcbfm.2012.105", "@IdType": "doi"}, {"#text": "PMC3493993", + "@IdType": "pmc"}, {"#text": "22828998", "@IdType": "pubmed"}]}}, {"Citation": + "Breteler M. M., van Amerongen N. M., van Swieten J. C., Claus J. J., Grobbee + D. E., van Gijn J., et al. (1994). Cognitive correlates of ventricular enlargement + and cerebral white matter lesions on magnetic resonance imaging, rotterdam + study. Stroke 25 1109\u20131115. 10.1161/01.STR.25.6.1109", "ArticleIdList": + {"ArticleId": [{"#text": "10.1161/01.STR.25.6.1109", "@IdType": "doi"}, {"#text": + "8202966", "@IdType": "pubmed"}]}}, {"Citation": "Brown R. K. J., Bohnen N. + I., Wong K. K., Minoshima S., Frey K. A. (2014). Brain PET in suspected dementia: + patterns of altered FDG metabolism. Radiographics 34 684\u2013701. 10.1148/rg.343135065", + "ArticleIdList": {"ArticleId": [{"#text": "10.1148/rg.343135065", "@IdType": + "doi"}, {"#text": "24819789", "@IdType": "pubmed"}]}}, {"Citation": "Buur + P. F., Norris D. G., Hesse C. W. (2008). Extraction of task-related activation + from multi-echo BOLD fMRI. IEEE J. Sel. Top. Signal Process. 2 954\u2013964. + 10.1109/JSTSP.2008.2007817", "ArticleIdList": {"ArticleId": {"#text": "10.1109/JSTSP.2008.2007817", + "@IdType": "doi"}}}, {"Citation": "Buur P. F., Poser B. A., Norris D. G. (2009). + A dual echo approach to removing motion artefacts in fMRI time series. NMR + Biomed. 22 551\u2013560. 10.1002/nbm.1371", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/nbm.1371", "@IdType": "doi"}, {"#text": "19259989", "@IdType": + "pubmed"}]}}, {"Citation": "Caballero-Gaudes C., Reynolds R. C. (2016). Methods + for cleaning the BOLD fMRI signal. Neuroimage 154 128\u2013149. 10.1016/j.neuroimage.2016.12.018", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2016.12.018", + "@IdType": "doi"}, {"#text": "PMC5466511", "@IdType": "pmc"}, {"#text": "27956209", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R., Anderson N. D., Locantore + J. K., McIntosh A. R. (2002). Aging gracefully: compensatory brain activity + in high-performing older adults. Neuroimage 17 1394\u20131402. 10.1006/nimg.2002.1280", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2002.1280", "@IdType": + "doi"}, {"#text": "12414279", "@IdType": "pubmed"}]}}, {"Citation": "Cappell + K. A., Gmeindl L., Reuter-Lorenz P. A. (2010). Age differences in prefontal + recruitment during verbal working memory maintenance depend on memory load. + Cortex 46 462\u2013473. 10.1016/j.cortex.2009.11.009", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cortex.2009.11.009", "@IdType": "doi"}, {"#text": "PMC2853232", + "@IdType": "pmc"}, {"#text": "20097332", "@IdType": "pubmed"}]}}, {"Citation": + "Castellanos F. X., Margulies D. S., Kelly C., Uddin L. Q., Ghaffari M., Kirsch + A., et al. (2008). Cingulate-precuneus interactions: a new locus of dysfunction + in adult attention-deficit/hyperactivity disorder. Biol. Psychiatry 63 332\u2013337. + 10.1016/j.biopsych.2007.06.025", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.biopsych.2007.06.025", "@IdType": "doi"}, {"#text": "PMC2745053", + "@IdType": "pmc"}, {"#text": "17888409", "@IdType": "pubmed"}]}}, {"Citation": + "Cheng H.-L., Lin C.-J., Soong B.-W., Wang P.-N., Chang F.-C., Wu Y.-T., et + al. (2012). Impairments in cognitive function and brain connectivity in severe + asymptomatic carotid stenosis. Stroke 43 2567\u20132573. 10.1161/STROKEAHA.111.645614", + "ArticleIdList": {"ArticleId": [{"#text": "10.1161/STROKEAHA.111.645614", + "@IdType": "doi"}, {"#text": "22935402", "@IdType": "pubmed"}]}}, {"Citation": + "Choo I. H., Lee D. Y., Youn J. C., Jhoo J. H., Kim K. W., Lee D. S., et al. + (2007). Topographic patterns of brain functional impairment progression according + to clinical severity staging in 116 Alzheimer disease patients: FDG-PET study. + Alzheimer Dis. Assoc. Disord. 21 77\u201384. 10.1097/WAD.0b013e3180687418", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/WAD.0b013e3180687418", + "@IdType": "doi"}, {"#text": "17545731", "@IdType": "pubmed"}]}}, {"Citation": + "de Groot J. C., de Leeuw F. E., Oudkerk M., van Gijn J., Hofman A., Jolles + J., et al. (2000). Cerebral white matter lesions and cognitive function: the + Rotterdam Scan Study. Ann. Neurol. 47 145\u2013151. 10.1002/1531-8249(200002)47:2<145::AID-ANA3>3.0.CO;2-P", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/1531-8249(200002)47:2<145::AID-ANA3>3.0.CO;2-P", + "@IdType": "doi"}, {"#text": "10665484", "@IdType": "pubmed"}]}}, {"Citation": + "De Marco M., Manca R., Mitolo M., Venneri A. (2017). White matter hyperintensity + load modulates brain morphometry and brain connectivity in healthy adults: + a neuroplastic mechanism? Neural Plast. 2017:4050536. 10.1155/2017/4050536", + "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2017/4050536", "@IdType": + "doi"}, {"#text": "PMC5560090", "@IdType": "pmc"}, {"#text": "28845309", "@IdType": + "pubmed"}]}}, {"Citation": "Dey A. K., Stamenova V., Turner G., Black S. E., + Levine B. (2016). Pathoconnectomics of cognitive impairment in small vessel + disease: a systematic review. Alzheimers Dement. 12 831\u2013845. 10.1016/j.jalz.2016.01.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jalz.2016.01.007", "@IdType": + "doi"}, {"#text": "26923464", "@IdType": "pubmed"}]}}, {"Citation": "DuPre + E., Luh W.-M., Spreng R. N. (2016). Multi-echo fMRI replication sample of + autobiographical memory, prospection and theory of mind reasoning tasks. Sci. + Data 3:160116. 10.1038/sdata.2016.116", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/sdata.2016.116", "@IdType": "doi"}, {"#text": "PMC5170594", "@IdType": + "pmc"}, {"#text": "27996964", "@IdType": "pubmed"}]}}, {"Citation": "Eklund + A., Nichols T. E., Knutsson H. (2016). Cluster failure: why fMRI inferences + for spatial extent have inflated false-positive rates. Proc. Natl. Acad. Sci. + U.S.A. 113 7900\u20137905. 10.1073/pnas.1602413113", "ArticleIdList": {"ArticleId": + [{"#text": "10.1073/pnas.1602413113", "@IdType": "doi"}, {"#text": "PMC4948312", + "@IdType": "pmc"}, {"#text": "27357684", "@IdType": "pubmed"}]}}, {"Citation": + "Fan J., McCandliss B. D., Fossella J., Flombaum J. I., Posner M. I. (2005). + The activation of attentional networks. Neuroimage 26 471\u2013479. 10.1016/j.neuroimage.2005.02.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.02.004", + "@IdType": "doi"}, {"#text": "15907304", "@IdType": "pubmed"}]}}, {"Citation": + "Fan J., McCandliss B. D., Sommer T., Raz A., Posner M. I. (2002). Testing + the efficiency and independence of attentional networks. J. Cogn. Neurosci. + 14 340\u2013347. 10.1162/089892902317361886", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/089892902317361886", "@IdType": "doi"}, {"#text": "11970796", + "@IdType": "pubmed"}]}}, {"Citation": "Fazekas F., Barkhof F., Wahlund L. + O., Pantoni L., Erkinjuntti T., Scheltens P., et al. (2002). CT and MRI rating + of white matter lesions. Cerebrovasc. Dis. 13(Suppl. 2), 31\u201336. 10.1159/000049147", + "ArticleIdList": {"ArticleId": [{"#text": "10.1159/000049147", "@IdType": + "doi"}, {"#text": "11901240", "@IdType": "pubmed"}]}}, {"Citation": "Fernandez-Duque + D., Black S. E. (2006). Attentional networks in normal aging and Alzheimer\u2019s + disease. Neuropsychology 20 133\u2013143. 10.1037/0894-4105.20.2.133", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0894-4105.20.2.133", "@IdType": "doi"}, + {"#text": "16594774", "@IdType": "pubmed"}]}}, {"Citation": "Fu J., Tang J., + Han J., Hong Z. (2014). The reduction of regional cerebral blood flow in normal-appearing + white matter is associated with the severity of white matter lesions in elderly: + a Xeon-CT study. PLoS One 9:e112832. 10.1371/journal.pone.0112832", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0112832", "@IdType": "doi"}, + {"#text": "PMC4234500", "@IdType": "pmc"}, {"#text": "25401786", "@IdType": + "pubmed"}]}}, {"Citation": "Gallivan J. P., Chapman C. S., McLean D. A., Flanagan + J. R., Culham J. C. (2013). Activity patterns in the category-selective occipitotemporal + cortex predict upcoming motor actions. Eur. J. Neurosci. 38 2408\u20132424. + 10.1111/ejn.12215", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/ejn.12215", + "@IdType": "doi"}, {"#text": "23581683", "@IdType": "pubmed"}]}}, {"Citation": + "Gibson E., Gao F., Black S. E., Lobaugh N. J. (2010). Automatic segmentation + of white matter hyperintensities in the elderly using FLAIR images at 3T. + J. Magn. Reson. Imaging 31 1311\u20131322. 10.1002/jmri.22004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/jmri.22004", "@IdType": "doi"}, {"#text": + "PMC2905619", "@IdType": "pmc"}, {"#text": "20512882", "@IdType": "pubmed"}]}}, + {"Citation": "Glover G. H., Li T., Ress D. (2000). Image-based method for + retrospective correction of physiological motion effects in fMRI: RETROICOR. + Magn. Reson. Med. 44 162\u2013167. 10.1002/1522-2594(200007)44:1<162::AID-MRM23>3.0.CO;2-E", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/1522-2594(200007)44:1<162::AID-MRM23>3.0.CO;2-E", + "@IdType": "doi"}, {"#text": "10893535", "@IdType": "pubmed"}]}}, {"Citation": + "Gold B. T., Brown C. A., Hakun J. G., Shaw L. M., Trojanowski J. Q., Smith + C. D. (2017). Clinically silent Alzheimer\u2019s and vascular pathologies + influence brain networks supporting executive function in healthy older adults. + Neurobiol. Aging 58 102\u2013111. 10.1016/j.neurobiolaging.2017.06.012", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2017.06.012", "@IdType": + "doi"}, {"#text": "PMC5581730", "@IdType": "pmc"}, {"#text": "28719854", "@IdType": + "pubmed"}]}}, {"Citation": "Gonzalez-Castillo J., Panwar P., Buchanan L. C., + Caballero-Gaudes C., Handwerker D. A., Jangraw D. C., et al. (2016). Evaluation + of multi-echo ICA denoising for task based fMRI studies: block designs, rapid + event-related designs, and cardiac-gated fMRI. Neuroimage 141 452\u2013468. + 10.1016/j.neuroimage.2016.07.049", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2016.07.049", "@IdType": "doi"}, {"#text": "PMC5026969", + "@IdType": "pmc"}, {"#text": "27475290", "@IdType": "pubmed"}]}}, {"Citation": + "Grady C. (2012). The cognitive neuroscience of ageing. Nat. Rev. Neurosci. + 13 491\u2013505. 10.1038/nrn3256", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn3256", "@IdType": "doi"}, {"#text": "PMC3800175", "@IdType": "pmc"}, + {"#text": "22714020", "@IdType": "pubmed"}]}}, {"Citation": "Greve D. N., + Fischl B. (2009). Accurate and robust brain image alignment using boundary-based + registration. Neuroimage 48 63\u201372. 10.1016/j.neuroimage.2009.06.060", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2009.06.060", + "@IdType": "doi"}, {"#text": "PMC2733527", "@IdType": "pmc"}, {"#text": "19573611", + "@IdType": "pubmed"}]}}, {"Citation": "Hedden T., Van Dijk K. R. A., Shire + E. H., Sperling R. A., Johnson K. A., Buckner R. L. (2012). Failure to modulate + attentional control in advanced aging linked to white matter pathology. Cereb. + Cortex 22 1038\u20131051. 10.1093/cercor/bhr172", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhr172", "@IdType": "doi"}, {"#text": "PMC3328340", + "@IdType": "pmc"}, {"#text": "21765181", "@IdType": "pubmed"}]}}, {"Citation": + "Hirono N., Hashimoto M., Ishii K., Kazui H., Mori E. (2004). One-year change + in cerebral glucose metabolism in patients with Alzheimer\u2019s disease. + J. Neuropsychiatry Clin. Neurosci. 16 488\u2013492. 10.1176/jnp.16.4.488", + "ArticleIdList": {"ArticleId": [{"#text": "10.1176/jnp.16.4.488", "@IdType": + "doi"}, {"#text": "15616176", "@IdType": "pubmed"}]}}, {"Citation": "Hu X., + Le T. H., Parrish T., Erhard P. (1995). Retrospective estimation and correction + of physiological fluctuation in functional MRI. Magn. Reson. Med. 34 201\u2013212. + 10.1002/mrm.1910340211", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/mrm.1910340211", + "@IdType": "doi"}, {"#text": "7476079", "@IdType": "pubmed"}]}}, {"Citation": + "Huettel S. A., Singerman J. D., McCarthy G. (2001). The effects of aging + upon the hemodynamic response measured by functional MRI. Neuroimage 13 161\u2013175. + 10.1006/nimg.2000.0675", "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2000.0675", + "@IdType": "doi"}, {"#text": "11133319", "@IdType": "pubmed"}]}}, {"Citation": + "Ishikawa H., Meguro K., Ishii H., Tanaka N., Yamaguchi S. (2012). Silent + infarction or white matter hyperintensity and impaired attention task scores + in a nondemented population: the Osaki-Tajiri Project. J. Stroke Cerebrovasc. + Dis. 21 275\u2013282. 10.1016/j.jstrokecerebrovasdis.2010.08.008", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jstrokecerebrovasdis.2010.08.008", "@IdType": + "doi"}, {"#text": "20971655", "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson + M., Bannister P., Brady M., Smith S. (2002). Improved optimization for the + robust and accurate linear registration and motion correction of brain images. + Neuroimage 17 825\u2013841. 10.1006/nimg.2002.1132", "ArticleIdList": {"ArticleId": + [{"#text": "10.1006/nimg.2002.1132", "@IdType": "doi"}, {"#text": "12377157", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M., Smith S. (2001). A global + optimisation method for robust affine registration of brain images. Med. Image + Anal. 5 143\u2013156. 10.1016/S1361-8415(01)00036-6", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/S1361-8415(01)00036-6", "@IdType": "doi"}, {"#text": "11516708", + "@IdType": "pubmed"}]}}, {"Citation": "Jennings J. M., Dagenbach D., Engle + C. M., Funke L. J. (2007). Age-related changes and the attention network task: + an examination of alerting, orienting, and executive function. Neuropsychol. + Dev. Cogn. B Aging Neuropsychol. Cogn. 14 353\u2013369. 10.1080/13825580600788837", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825580600788837", "@IdType": + "doi"}, {"#text": "17612813", "@IdType": "pubmed"}]}}, {"Citation": "Kennedy + K. M., Rieck J. R., Boylan M. A., Rodrigue K. M. (2017). Functional magnetic + resonance imaging data of incremental increases in visuo-spatial difficulty + in an adult lifespan sample. Data Brief 11 54\u201360. 10.1016/j.dib.2017.01.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.dib.2017.01.004", "@IdType": + "doi"}, {"#text": "PMC5256670", "@IdType": "pmc"}, {"#text": "28138504", "@IdType": + "pubmed"}]}}, {"Citation": "Kerchner G. A., Racine C. A., Hale S., Wilheim + R., Laluz V., Miller B. L., et al. (2012). Cognitive processing speed in older + adults: relationship with white matter integrity. PLoS One 7:e50425. 10.1371/journal.pone.0050425", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0050425", + "@IdType": "doi"}, {"#text": "PMC3503892", "@IdType": "pmc"}, {"#text": "23185621", + "@IdType": "pubmed"}]}}, {"Citation": "Kirilina E., Lutti A., Poser B. A., + Blankenburg F., Weiskopf N. (2016). The quest for the best: the impact of + different EPI sequences on the sensitivity of random effect fMRI group analyses. + Neuroimage 126 49\u201359. 10.1016/j.neuroimage.2015.10.071", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2015.10.071", "@IdType": "doi"}, + {"#text": "PMC4739510", "@IdType": "pmc"}, {"#text": "26515905", "@IdType": + "pubmed"}]}}, {"Citation": "Kundu P., Benson B. E., Baldwin K. L., Rosen D., + Luh W.-M., Bandettini P. A., et al. (2015). Robust resting state fMRI processing + for studies on typical brain development based on multi-echo EPI acquisition. + Brain Imaging Behav. 9 56\u201373. 10.1007/s11682-014-9346-4", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s11682-014-9346-4", "@IdType": "doi"}, {"#text": + "PMC6319659", "@IdType": "pmc"}, {"#text": "25592183", "@IdType": "pubmed"}]}}, + {"Citation": "Kundu P., Brenowitz N. D., Voon V., Worbe Y., V\u00e9rtes P. + E., Inati S. J., et al. (2013). Integrated strategy for improving functional + connectivity mapping using multiecho fMRI. Proc. Natl. Acad. Sci. U.S.A. 110 + 16187\u201316192. 10.1073/pnas.1301725110", "ArticleIdList": {"ArticleId": + [{"#text": "10.1073/pnas.1301725110", "@IdType": "doi"}, {"#text": "PMC3791700", + "@IdType": "pmc"}, {"#text": "24038744", "@IdType": "pubmed"}]}}, {"Citation": + "Kundu P., Voon V., Balchandani P., Lombardo M. V., Poser B. A., Bandettini + P. A. (2017). Multi-echo fMRI: a review of applications in fMRI denoising + and analysis of BOLD signals. Neuroimage 154 59\u201380. 10.1016/j.neuroimage.2017.03.033", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2017.03.033", + "@IdType": "doi"}, {"#text": "28363836", "@IdType": "pubmed"}]}}, {"Citation": + "Langenecker S. A., Nielson K. A., Rao S. M. (2004). fMRI of healthy older + adults during Stroop interference. Neuroimage 21 192\u2013200. 10.1016/j.neuroimage.2003.08.027", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.08.027", + "@IdType": "doi"}, {"#text": "14741656", "@IdType": "pubmed"}]}}, {"Citation": + "Lockhart S. N., Luck S. J., Geng J., Beckett L., Disbrow E. A., Carmichael + O., et al. (2015). White matter hyperintensities among older adults are associated + with futile increase in frontal activation and functional connectivity during + spatial search. PLoS One 10:e0122445. 10.1371/journal.pone.0122445", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0122445", "@IdType": "doi"}, + {"#text": "PMC4368687", "@IdType": "pmc"}, {"#text": "25793922", "@IdType": + "pubmed"}]}}, {"Citation": "Lombardo M. V., Auyeung B., Holt R. J., Waldman + J., Ruigrok A. N. V., Mooney N., et al. (2016). Improving effect size estimation + and statistical power with multi-echo fMRI and its impact on understanding + the neural systems supporting mentalizing. Neuroimage 142 55\u201366. 10.1016/j.neuroimage.2016.07.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2016.07.022", + "@IdType": "doi"}, {"#text": "PMC5102698", "@IdType": "pmc"}, {"#text": "27417345", + "@IdType": "pubmed"}]}}, {"Citation": "Madden D. J., Spaniol J., Whiting W. + L., Bucur B., Provenzale J. M., Cabeza R., et al. (2007). Adult age differences + in the functional neuroanatomy of visual attention: a combined fMRI and DTI + study. Neurobiol. Aging 28 459\u2013476. 10.1016/j.neurobiolaging.2006.01.005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2006.01.005", + "@IdType": "doi"}, {"#text": "PMC1995072", "@IdType": "pmc"}, {"#text": "16500004", + "@IdType": "pubmed"}]}}, {"Citation": "Makedonov I., Black S. E., MacIntosh + B. J. (2013). Cerebral small vessel disease in aging and Alzheimer\u2019s + disease: a comparative study using MRI and SPECT. Eur. J. Neurol. 20 243\u2013250. + 10.1111/j.1468-1331.2012.03785.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.1468-1331.2012.03785.x", "@IdType": "doi"}, {"#text": "22742818", + "@IdType": "pubmed"}]}}, {"Citation": "Marstaller L., Williams M., Rich A., + Savage G., Burianov\u00e1 H. (2015). Aging and large-scale functional networks: + white matter integrity, gray matter volume, and functional connectivity in + the resting state. Neuroscience 290 369\u2013378. 10.1016/j.neuroscience.2015.01.049", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2015.01.049", + "@IdType": "doi"}, {"#text": "25644420", "@IdType": "pubmed"}]}}, {"Citation": + "Mattay V. S., Fera F., Tessitore A., Hariri A. R., Berman K. F., Das S., + et al. (2006). Neurophysiological correlates of age-related changes in working + memory capacity. Neurosci. Lett. 392 32\u201337. 10.1016/j.neulet.2005.09.025", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neulet.2005.09.025", + "@IdType": "doi"}, {"#text": "16213083", "@IdType": "pubmed"}]}}, {"Citation": + "McDonald A. R., Muraskin J., Dam N. T. V., Froehlich C., Puccio B., Pellman + J., et al. (2017). The real-time fMRI neurofeedback based stratification of + Default Network Regulation Neuroimaging data repository. Neuroimage 146 157\u2013170. + 10.1016/j.neuroimage.2016.10.048", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2016.10.048", "@IdType": "doi"}, {"#text": "PMC5322045", + "@IdType": "pmc"}, {"#text": "27836708", "@IdType": "pubmed"}]}}, {"Citation": + "McKiernan K. A., Kaufman J. N., Kucera-Thompson J., Binder J. R. (2003). + A parametric manipulation of factors affecting task-induced deactivation in + functional neuroimaging. J. Cogn. Neurosci. 15 394\u2013408. 10.1162/089892903321593117", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/089892903321593117", "@IdType": + "doi"}, {"#text": "12729491", "@IdType": "pubmed"}]}}, {"Citation": "Miners + J. S., Palmer J. C., Love S. (2016). Pathophysiology of hypoperfusion of the + precuneus in early Alzheimer\u2019s disease. Brain Pathol. 26 533\u2013541. + 10.1111/bpa.12331", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/bpa.12331", + "@IdType": "doi"}, {"#text": "PMC4982069", "@IdType": "pmc"}, {"#text": "26452729", + "@IdType": "pubmed"}]}}, {"Citation": "Moretti D. V., Frisoni G. B., Pievani + M., Rosini S., Geroldi C., Binetti G., et al. (2008). Cerebrovascular disease + and hippocampal atrophy are differently linked to functional coupling of brain + areas: an EEG coherence study in MCI subjects. J. Alzheimers Dis. 14 285\u2013299. + 10.3233/JAD-2008-14303", "ArticleIdList": {"ArticleId": [{"#text": "10.3233/JAD-2008-14303", + "@IdType": "doi"}, {"#text": "18599955", "@IdType": "pubmed"}]}}, {"Citation": + "Nordahl C. W., Ranganath C., Yonelinas A. P., Decarli C., Fletcher E., Jagust + W. J. (2006). White matter changes compromise prefrontal cortex function in + healthy elderly individuals. J. Cogn. Neurosci. 18 418\u2013429. 10.1162/jocn.2006.18.3.418", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2006.18.3.418", "@IdType": + "doi"}, {"#text": "PMC3776596", "@IdType": "pmc"}, {"#text": "16513006", "@IdType": + "pubmed"}]}}, {"Citation": "Olafsson V., Kundu P., Wong E. C., Bandettini + P. A., Liu T. T. (2015). Enhanced identification of BOLD-like components with + multi-echo simultaneous multi-slice (MESMS) fMRI and multi-echo ICA. Neuroimage + 112 43\u201351. 10.1016/j.neuroimage.2015.02.052", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2015.02.052", "@IdType": "doi"}, {"#text": + "PMC4408238", "@IdType": "pmc"}, {"#text": "25743045", "@IdType": "pubmed"}]}}, + {"Citation": "O\u2019Sullivan M., Lythgoe D. J., Pereira A. C., Summers P. + E., Jarosz J. M., Williams S. C. R., et al. (2002). Patterns of cerebral blood + flow reduction in patients with ischemic leukoaraiosis. Neurology 59 321\u2013326. + 10.1212/WNL.59.3.321", "ArticleIdList": {"ArticleId": [{"#text": "10.1212/WNL.59.3.321", + "@IdType": "doi"}, {"#text": "12177363", "@IdType": "pubmed"}]}}, {"Citation": + "Pantoni L. (2010). Cerebral small vessel disease: from pathogenesis and clinical + characteristics to therapeutic challenges. Lancet Neurol. 9 689\u2013701. + 10.1016/S1474-4422(10)70104-6", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S1474-4422(10)70104-6", "@IdType": "doi"}, {"#text": "20610345", + "@IdType": "pubmed"}]}}, {"Citation": "Persson J., Kalpouzos G., Nilsson L.-G., + Ryberg M., Nyberg L. (2011). Preserved hippocampus activation in normal aging + as revealed by fMRI. Hippocampus 21 753\u2013766. 10.1002/hipo.20794", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hipo.20794", "@IdType": "doi"}, {"#text": + "20865729", "@IdType": "pubmed"}]}}, {"Citation": "Poser B. A., Versluis M. + J., Hoogduin J. M., Norris D. G. (2006). BOLD contrast sensitivity enhancement + and artifact reduction with multiecho EPI: parallel-acquired inhomogeneity-desensitized + fMRI. Magn. Reson. Med. 55 1227\u20131235. 10.1002/mrm.20900", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/mrm.20900", "@IdType": "doi"}, {"#text": + "16680688", "@IdType": "pubmed"}]}}, {"Citation": "Posse S., Wiese S., Gembris + D., Mathiak K., Kessler C., Grosse-Ruyken M. L., et al. (1999). Enhancement + of BOLD-contrast sensitivity by single-shot multi-echo functional MR imaging. + Magn. Reson. Med. 42 87\u201397. 10.1002/(SICI)1522-2594(199907)42:1<87::AID-MRM13>3.0.CO;2-O", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/(SICI)1522-2594(199907)42:1<87::AID-MRM13>3.0.CO;2-O", + "@IdType": "doi"}, {"#text": "10398954", "@IdType": "pubmed"}]}}, {"Citation": + "Prins N. D., van Dijk E. J., den Heijer T., Vermeer S. E., Jolles J., Koudstaal + P. J., et al. (2005). Cerebral small-vessel disease and decline in information + processing speed, executive function and memory. Brain 128 2034\u20132041. + 10.1093/brain/awh553", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awh553", + "@IdType": "doi"}, {"#text": "15947059", "@IdType": "pubmed"}]}}, {"Citation": + "Reuter-Lorenz P. A., Cappell K. A. (2008). Neurocognitive aging and the compensation + hypothesis. Curr. Dir. Psychol. Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x", + "ArticleIdList": {"ArticleId": {"#text": "10.1111/j.1467-8721.2008.00570.x", + "@IdType": "doi"}}}, {"Citation": "Roc A. C., Wang J., Ances B. M., Liebeskind + D. S., Kasner S. E., Detre J. A. (2006). Altered hemodynamics and regional + cerebral blood flow in patients with hemodynamically significant stenoses. + Stroke 37 382\u2013387. 10.1161/01.STR.0000198807.31299.43", "ArticleIdList": + {"ArticleId": [{"#text": "10.1161/01.STR.0000198807.31299.43", "@IdType": + "doi"}, {"#text": "16373653", "@IdType": "pubmed"}]}}, {"Citation": "Rost + N. S., Rahman R. M., Biffi A., Smith E. E., Kanakis A., Fitzpatrick K., et + al. (2010). White matter hyperintensity volume is increased in small vessel + stroke subtypes. Neurology 75 1670\u20131677. 10.1212/WNL.0b013e3181fc279a", + "ArticleIdList": {"ArticleId": [{"#text": "10.1212/WNL.0b013e3181fc279a", + "@IdType": "doi"}, {"#text": "PMC3033608", "@IdType": "pmc"}, {"#text": "21060091", + "@IdType": "pubmed"}]}}, {"Citation": "Schaefer A., Quinque E. M., Kipping + J. A., Ar\u00e9lin K., Roggenhofer E., Frisch S., et al. (2014). Early small + vessel disease affects frontoparietal and cerebellar hubs in close correlation + with clinical symptoms\u2014A resting-state fMRI study. J. Cereb. Blood Flow + Metab. 34 1091\u20131095. 10.1038/jcbfm.2014.70", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/jcbfm.2014.70", "@IdType": "doi"}, {"#text": "PMC4083384", + "@IdType": "pmc"}, {"#text": "24780899", "@IdType": "pubmed"}]}}, {"Citation": + "Schmidt W.-P., Roesler A., Kretzschmar K., Ladwig K.-H., Junker R., Berger + K. (2004). Functional and cognitive consequences of silent stroke discovered + using brain magnetic resonance imaging in an elderly population. J. Am. Geriatr. + Soc. 52 1045\u20131050. 10.1111/j.1532-5415.2004.52300.x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/j.1532-5415.2004.52300.x", "@IdType": "doi"}, + {"#text": "15209640", "@IdType": "pubmed"}]}}, {"Citation": "Schneider-Garces + N. J., Gordon B. A., Brumback-Peltz C. R., Shin E., Lee Y., Sutton B. P., + et al. (2010). Span, CRUNCH, and beyond: working memory capacity and the aging + brain. J. Cogn. Neurosci. 22 655\u2013669. 10.1162/jocn.2009.21230", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn.2009.21230", "@IdType": "doi"}, {"#text": + "PMC3666347", "@IdType": "pmc"}, {"#text": "19320550", "@IdType": "pubmed"}]}}, + {"Citation": "Shi Y., Thrippleton M. J., Makin S. D., Marshall I., Geerlings + M. I., de Craen A. J., et al. (2016). Cerebral blood flow in small vessel + disease: a systematic review and meta-analysis. J. Cereb. Blood Flow Metab. + 36 1653\u20131667. 10.1177/0271678X16662891", "ArticleIdList": {"ArticleId": + [{"#text": "10.1177/0271678X16662891", "@IdType": "doi"}, {"#text": "PMC5076792", + "@IdType": "pmc"}, {"#text": "27496552", "@IdType": "pubmed"}]}}, {"Citation": + "Slotnick S. D. (2017). Cluster success: fMRI inferences for spatial extent + have acceptable false-positive rates. Cogn. Neurosci. 8 150\u2013155. 10.1080/17588928.2017.1319350", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/17588928.2017.1319350", + "@IdType": "doi"}, {"#text": "28403749", "@IdType": "pubmed"}]}}, {"Citation": + "Smith S. M. (2002). Fast robust automated brain extraction. Hum. Brain Mapp. + 17 143\u2013155. 10.1002/hbm.10062", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.10062", "@IdType": "doi"}, {"#text": "PMC6871816", "@IdType": + "pmc"}, {"#text": "12391568", "@IdType": "pubmed"}]}}, {"Citation": "Snowdon + D. A., Greiner L. H., Mortimer J. A., Riley K. P., Greiner P. A., Markesbery + W. R. (1997). Brain infarction and the clinical expression of Alzheimer disease: + the nun study. JAMA 277 813\u2013817. 10.1001/jama.1997.03540340047031", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/jama.1997.03540340047031", "@IdType": "doi"}, + {"#text": "9052711", "@IdType": "pubmed"}]}}, {"Citation": "Spreng R. N., + Sepulcre J., Turner G. R., Stevens W. D., Schacter D. L. (2013). Intrinsic + architecture underlying the relations among the default, dorsal attention, + and frontoparietal control networks of the human brain. J. Cogn. Neurosci. + 25 74\u201386. 10.1162/jocn_a_00281", "ArticleIdList": {"ArticleId": [{"#text": + "10.1162/jocn_a_00281", "@IdType": "doi"}, {"#text": "PMC3816715", "@IdType": + "pmc"}, {"#text": "22905821", "@IdType": "pubmed"}]}}, {"Citation": "Utevsky + A. V., Smith D. V., Huettel S. A. (2014). Precuneus is a functional core of + the default-mode network. J. Neurosci. 34 932\u2013940. 10.1523/JNEUROSCI.4227-13.2014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.4227-13.2014", + "@IdType": "doi"}, {"#text": "PMC3891968", "@IdType": "pmc"}, {"#text": "24431451", + "@IdType": "pubmed"}]}}, {"Citation": "Venkatraman V. K., Aizenstein H., Guralnik + J., Newman A. B., Glynn N. W., Taylor C., et al. (2010). Corrigendum to \u201cExecutive + control function, brain activation and white matter hyperintensities in older + adults\u201d [NeuroImage 49 (2010) 3436\u20133442]. Neuroimage 50:1711 10.1016/j.neuroimage.2010.01.074", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2010.01.074", + "@IdType": "doi"}, {"#text": "PMC2818521", "@IdType": "pmc"}, {"#text": "19922803", + "@IdType": "pubmed"}]}}, {"Citation": "Vermeer S. E., Hollander M., van Dijk + E. J., Hofman A., Koudstaal P. J., Breteler M. M. B., et al. (2003). Silent + brain infarcts and white matter lesions increase stroke risk in the general + population: the rotterdam scan study. Stroke 34 1126\u20131129. 10.1161/01.STR.0000068408.82115.D2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1161/01.STR.0000068408.82115.D2", + "@IdType": "doi"}, {"#text": "12690219", "@IdType": "pubmed"}]}}, {"Citation": + "V\u00e9rtes P. E., Rittman T., Whitaker K. J., Romero-Garcia R., V\u00e1\u0161a + F., Kitzbichler M. G., et al. (2016). Gene transcription profiles associated + with inter-modular hubs and connection distance in human functional magnetic + resonance imaging networks. Philos. Trans. R. Soc. Lond. B Biol. Sci. 371. + 10.1098/rstb.2015.0362", "ArticleIdList": {"ArticleId": [{"#text": "10.1098/rstb.2015.0362", + "@IdType": "doi"}, {"#text": "PMC5003862", "@IdType": "pmc"}, {"#text": "27574314", + "@IdType": "pubmed"}]}}, {"Citation": "Wagner M., Helfrich M., Volz S., Magerkurth + J., Blasel S., Porto L., et al. (2015). Quantitative T2, T2\u2217, and T2\u2019 + MR imaging in patients with ischemic leukoaraiosis might detect microstructural + changes and cortical hypoxia. Neuroradiology 57 1023\u20131030. 10.1007/s00234-015-1565-x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00234-015-1565-x", "@IdType": + "doi"}, {"#text": "26227168", "@IdType": "pubmed"}]}}, {"Citation": "Wardlaw + J. M., Smith C., Dichgans M. (2013). Mechanisms of sporadic cerebral small + vessel disease: insights from neuroimaging. Lancet Neurol. 12 483\u2013497. + 10.1016/S1474-4422(13)70060-7", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S1474-4422(13)70060-7", "@IdType": "doi"}, {"#text": "PMC3836247", + "@IdType": "pmc"}, {"#text": "23602162", "@IdType": "pubmed"}]}}, {"Citation": + "Witt S. T., Warntjes M., Engstr\u00f6m M. (2016). Increased fMRI sensitivity + at equal data burden using averaged shifted echo acquisition. Front. Neurosci. + 10:544. 10.3389/fnins.2016.00544", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnins.2016.00544", "@IdType": "doi"}, {"#text": "PMC5120083", "@IdType": + "pmc"}, {"#text": "27932947", "@IdType": "pubmed"}]}}, {"Citation": "Woolrich + M. W., Behrens T. E. J., Beckmann C. F., Jenkinson M., Smith S. M. (2004). + Multilevel linear modelling for FMRI group analysis using Bayesian inference. + Neuroimage 21 1732\u20131747. 10.1016/j.neuroimage.2003.12.023", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.12.023", "@IdType": "doi"}, + {"#text": "15050594", "@IdType": "pubmed"}]}}, {"Citation": "Wowk B., McIntyre + M. C., Saunders J. K. (1997). k-Space detection and correction of physiological + artifacts in fMRI. Magn. Reson. Med. 38 1029\u20131034. 10.1002/mrm.1910380625", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/mrm.1910380625", "@IdType": + "doi"}, {"#text": "9402206", "@IdType": "pubmed"}]}}, {"Citation": "Wright + C. B., Festa J. R., Paik M. C., Schmiedigen A., Brown T. R., Yoshita M., et + al. (2008). White matter hyperintensities and subclinical infarction: associations + with psychomotor speed and cognitive flexibility. Stroke 39 800\u2013805. + 10.1161/STROKEAHA.107.484147", "ArticleIdList": {"ArticleId": [{"#text": "10.1161/STROKEAHA.107.484147", + "@IdType": "doi"}, {"#text": "PMC2267752", "@IdType": "pmc"}, {"#text": "18258844", + "@IdType": "pubmed"}]}}, {"Citation": "Zhang Y., Brady M., Smith S. (2001). + Segmentation of brain MR images through a hidden Markov random field model + and the expectation-maximization algorithm. IEEE Trans. Med. Imaging 20 45\u201357. + 10.1109/42.906424", "ArticleIdList": {"ArticleId": [{"#text": "10.1109/42.906424", + "@IdType": "doi"}, {"#text": "11293691", "@IdType": "pubmed"}]}}, {"Citation": + "Zheng J. J. J., Lord S. R., Close J. C. T., Sachdev P. S., Wen W., Brodaty + H., et al. (2012). Brain white matter hyperintensities, executive dysfunction, + instability, and falls in older people: a prospective cohort study. J. Gerontol. + A Biol. Sci. Med. Sci. 67 1085\u20131091. 10.1093/gerona/gls063", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/gerona/gls063", "@IdType": "doi"}, {"#text": + "22403055", "@IdType": "pubmed"}]}}, {"Citation": "Zheng L. S., Xu J., Wang + J. P. (2006). Quantitative evaluation of regional cerebral blood flow in patients + with silent Leukoaraiosis. Chin. J. Clin. Rehabil. 10 80\u201382."}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "30405336", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1662-4548", "@IssnType": "Print"}, "Title": "Frontiers + in neuroscience", "JournalIssue": {"Volume": "12", "PubDate": {"Year": "2018"}, + "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Neurosci"}, "Abstract": + {"AbstractText": {"i": ["n", "n", "n"], "#text": "Cognitive decline is often + undetectable in the early stages of accelerated vascular aging. Attentional + processes are particularly affected in older adults with white matter hyperintensities + (WMH), although specific neurovascular mechanisms have not been elucidated. + We aimed to identify differences in attention-related neurofunctional activation + and behavior between adults with and without WMH. Older adults with moderate + to severe WMH ( = 18, mean age = 70 years), age-matched adults ( = 28, mean + age = 72), and healthy younger adults ( = 19, mean age = 25) performed a modified + flanker task during multi-echo blood oxygenation level dependent functional + magnetic resonance imaging. Task-related activation was assessed using a weighted-echo + approach. Healthy older adults had more widespread response and higher amplitude + of activation compared to WMH adults in fronto-temporal and parietal cortices. + Activation associated with processing speed was absent in the WMH group, suggesting + attention-related activation deficits that may be a consequence of cerebral + small vessel disease. WMH adults had greater executive contrast activation + in the precuneous and posterior cingulate gyrus compared to HYA, despite no + performance benefits, reinforcing the network dysfunction theory in WMH."}}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Sarah", "Initials": "S", "LastName": "Atwi", + "AffiliationInfo": [{"Affiliation": "Heart and Stroke Foundation Canadian + Partnership for Stroke Recovery, Sunnybrook Research Institute, University + of Toronto, Toronto, ON, Canada."}, {"Affiliation": "Department of Medical + Biophysics, University of Toronto, Toronto, ON, Canada."}]}, {"@ValidYN": + "Y", "ForeName": "Arron W S", "Initials": "AWS", "LastName": "Metcalfe", "AffiliationInfo": + [{"Affiliation": "Heart and Stroke Foundation Canadian Partnership for Stroke + Recovery, Sunnybrook Research Institute, University of Toronto, Toronto, ON, + Canada."}, {"Affiliation": "Centre for Youth Bipolar Disorder, Sunnybrook + Research Institute, University of Toronto, Toronto, ON, Canada."}]}, {"@ValidYN": + "Y", "ForeName": "Andrew D", "Initials": "AD", "LastName": "Robertson", "AffiliationInfo": + {"Affiliation": "Heart and Stroke Foundation Canadian Partnership for Stroke + Recovery, Sunnybrook Research Institute, University of Toronto, Toronto, ON, + Canada."}}, {"@ValidYN": "Y", "ForeName": "Jeremy", "Initials": "J", "LastName": + "Rezmovitz", "AffiliationInfo": {"Affiliation": "Department of Family and + Community Medicine, Sunnybrook Health Sciences Centre, Toronto, ON, Canada."}}, + {"@ValidYN": "Y", "ForeName": "Nicole D", "Initials": "ND", "LastName": "Anderson", + "AffiliationInfo": [{"Affiliation": "Department of Psychiatry and Psychology, + University of Toronto, Toronto, ON, Canada."}, {"Affiliation": "Rotman Research + Institute, Baycrest Centre, University of Toronto, Toronto, ON, Canada."}]}, + {"@ValidYN": "Y", "ForeName": "Bradley J", "Initials": "BJ", "LastName": "MacIntosh", + "AffiliationInfo": [{"Affiliation": "Heart and Stroke Foundation Canadian + Partnership for Stroke Recovery, Sunnybrook Research Institute, University + of Toronto, Toronto, ON, Canada."}, {"Affiliation": "Department of Medical + Biophysics, University of Toronto, Toronto, ON, Canada."}]}], "@CompleteYN": + "Y"}, "Pagination": {"StartPage": "748", "MedlinePgn": "748"}, "ArticleDate": + {"Day": "18", "Year": "2018", "Month": "10", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "748", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnins.2018.00748", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Attention-Related Brain + Activation Is Altered in Older Adults With White Matter Hyperintensities Using + Multi-Echo fMRI.", "PublicationTypeList": {"PublicationType": {"@UI": "D016428", + "#text": "Journal Article"}}}, "DateRevised": {"Day": "29", "Year": "2020", + "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "BOLD", "@MajorTopicYN": "N"}, {"#text": "attention", "@MajorTopicYN": "N"}, + {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "multi-echo", "@MajorTopicYN": + "N"}, {"#text": "small vessel disease", "@MajorTopicYN": "N"}, {"#text": "white + matter hyperintensities", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": + "Switzerland", "MedlineTA": "Front Neurosci", "ISSNLinking": "1662-453X", + "NlmUniqueID": "101478481"}}}, "semantic_scholar": {"year": 2018, "title": + "Attention-Related Brain Activation Is Altered in Older Adults With White + Matter Hyperintensities Using Multi-Echo fMRI", "venue": "Frontiers in Neuroscience", + "authors": [{"name": "Sarah Atwi", "authorId": "5306364"}, {"name": "Arron + W. S. Metcalfe", "authorId": "49834379"}, {"name": "Andrew Donald Robertson", + "authorId": "144299525"}, {"name": "J. Rezmovitz", "authorId": "7735483"}, + {"name": "N. Anderson", "authorId": "2067846"}, {"name": "B. MacIntosh", "authorId": + "48707042"}], "paperId": "20e0c40e074bb3dd4f27461cdeb33d071ebfe645", "abstract": + "Cognitive decline is often undetectable in the early stages of accelerated + vascular aging. Attentional processes are particularly affected in older adults + with white matter hyperintensities (WMH), although specific neurovascular + mechanisms have not been elucidated. We aimed to identify differences in attention-related + neurofunctional activation and behavior between adults with and without WMH. + Older adults with moderate to severe WMH (n = 18, mean age = 70 years), age-matched + adults (n = 28, mean age = 72), and healthy younger adults (n = 19, mean age + = 25) performed a modified flanker task during multi-echo blood oxygenation + level dependent functional magnetic resonance imaging. Task-related activation + was assessed using a weighted-echo approach. Healthy older adults had more + widespread response and higher amplitude of activation compared to WMH adults + in fronto-temporal and parietal cortices. Activation associated with processing + speed was absent in the WMH group, suggesting attention-related activation + deficits that may be a consequence of cerebral small vessel disease. WMH adults + had greater executive contrast activation in the precuneous and posterior + cingulate gyrus compared to HYA, despite no performance benefits, reinforcing + the network dysfunction theory in WMH.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnins.2018.00748/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6200839, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-10-18"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T01:37:57.620358+00:00", "analyses": + [{"id": "makhT3USeuUz", "user": null, "name": "Main effect of HOA (HOA > HYA)", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "T3", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Peak brain activation during + all conditions versus baseline and executive contrasts.", "conditions": [], + "weights": [], "points": [{"id": "RCnkZVDViZYy", "coordinates": [40.0, -48.0, + -22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.62}]}], "images": []}, {"id": "qLP3N7ZSjHDa", "user": + null, "name": "Main effect of WMH (WMH > HYA)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Peak brain activation during + all conditions versus baseline and executive contrasts.", "conditions": [], + "weights": [], "points": [{"id": "kwhQenMSXGYm", "coordinates": [-10.0, -54.0, + 40.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.21}]}], "images": []}, {"id": "7jbCLbdhWXyo", "user": + null, "name": "Main effect of HOA (HOA > WMH)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Peak brain activation during + all conditions versus baseline and executive contrasts.", "conditions": [], + "weights": [], "points": [{"id": "Hb7A6EQN5CYk", "coordinates": [-60.0, 8.0, + 28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.82}]}, {"id": "W38Qi7dKzBPk", "coordinates": [38.0, + -46.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.94}]}, {"id": "K58scKpUzPi3", "coordinates": + [40.0, -50.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "Grvu3i3m388q", "coordinates": + [-6.0, -96.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.93}]}, {"id": "jXiJZPBEpK9D", "coordinates": + [28.0, 4.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.25}]}, {"id": "uyi5R3cnRG3k", "coordinates": + [-34.0, -34.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.75}]}], "images": []}, {"id": "qwTGEGvszp3S", + "user": null, "name": "Main effect of HYA (HYA > WMH)", "metadata": {"table": + {"table_number": 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Peak brain activation during + all conditions versus baseline and executive contrasts.", "conditions": [], + "weights": [], "points": [{"id": "ojP7f4gWC844", "coordinates": [-16.0, -84.0, + -2.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.77}]}, {"id": "R4B9WDHTv9Wy", "coordinates": [6.0, + -62.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.4}]}], "images": []}]}, {"id": "K9pHHEiFfYqF", + "created_at": "2025-12-04T08:53:35.222934+00:00", "updated_at": null, "user": + null, "name": "Cortical iron disrupts functional connectivity networks supporting + working memory performance in older adults", "description": "Excessive brain + iron negatively affects working memory and related processes but the impact + of cortical iron on task-relevant, cortical brain networks is unknown. We + hypothesized that high cortical iron concentration may disrupt functional + circuitry within cortical networks supporting working memory performance. + Fifty-five healthy older adults completed an N-Back working memory paradigm + while functional magnetic resonance imaging (fMRI) was performed. Participants + also underwent quantitative susceptibility mapping (QSM) imaging for assessment + of non-heme brain iron concentration. Additionally, pseudo continuous arterial + spin labeling scans were obtained to control for potential contributions of + cerebral blood volume and structural brain images were used to control for + contributions of brain volume. Task performance was positively correlated + with strength of task-based functional connectivity (tFC) between brain regions + of the frontoparietal working memory network. However, higher cortical iron + concentration was associated with lower tFC within this frontoparietal network + and with poorer working memory performance after controlling for both cerebral + blood flow and brain volume. Our results suggest that high cortical iron concentration + disrupts communication within frontoparietal networks supporting working memory + and is associated with reduced working memory performance in older adults.", + "publication": "NeuroImage", "doi": "10.1016/j.neuroimage.2020.117309", "pmid": + "32861788", "authors": "Valentinos Zachariou; Christopher E. Bauer; Elayna + R. Seago; F. Raslau; D. Powell; B. Gold", "year": 2020, "metadata": {"slug": + "32861788-10-1016-j-neuroimage-2020-117309-pmc7821351", "source": "semantic_scholar", + "keywords": ["Aging", "Brain", "QSM", "Working memory"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "24", "Year": "2020", + "Month": "7", "@PubStatus": "received"}, {"Day": "19", "Year": "2020", "Month": + "8", "@PubStatus": "accepted"}, {"Day": "31", "Hour": "6", "Year": "2020", + "Month": "8", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "2", "Hour": + "6", "Year": "2021", "Month": "3", "Minute": "0", "@PubStatus": "medline"}, + {"Day": "31", "Hour": "6", "Year": "2020", "Month": "8", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "22", "Year": "2021", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "32861788", "@IdType": "pubmed"}, + {"#text": "NIHMS1657549", "@IdType": "mid"}, {"#text": "PMC7821351", "@IdType": + "pmc"}, {"#text": "10.1016/j.neuroimage.2020.117309", "@IdType": "doi"}, {"#text": + "S1053-8119(20)30795-3", "@IdType": "pii"}]}, "ReferenceList": {"Reference": + [{"Citation": "Acosta-Cabronero J, Machts J, Schreiber S, Abdulla S, Kollewe + K, Petri S, Spotorno N, Kaufmann J, Heinze H-J, Dengler R, Vielhaber S, Nestor + PJ, 2018. Quantitative susceptibility MRI to detect brain iron in amyotrophic + lateral sclerosis. Radiology 289, 195\u2013203.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC6166868", "@IdType": "pmc"}, {"#text": "30040038", "@IdType": + "pubmed"}]}}, {"Citation": "Ayton S, Fazlollahi A, Bourgeat P, Raniga P, Ng + A, Lim YY, Diouf I, Farquharson S, Fripp J, Ames D, Doecke J, Desmond P, Ordidge + R, Masters CL, Rowe CC, Maruff P, Villemagne VL, Salvado O, Bush AI, 2017. + Cerebral quantitative susceptibility mapping predicts amyloid-\u03b2-related + cognitive decline. Brain 140, 2112\u20132119.", "ArticleIdList": {"ArticleId": + {"#text": "28899019", "@IdType": "pubmed"}}}, {"Citation": "Buckner RL, Head + D, Parker J, Fotenos AF, Marcus D, Morris JC, Snyder AZ, 2004. A unified approach + for morphometric and functional data analysis in young, old, and demented + adults using automated atlas-based head size normalization: reliability and + validation against manual measurement of total intracranial volume. NeuroImage + 23, 724\u2013738.", "ArticleIdList": {"ArticleId": {"#text": "15488422", "@IdType": + "pubmed"}}}, {"Citation": "Buijs M, Doan NT, van Rooden S, Versluis MJ, van + Lew B, Milles J, van der Grond J, van Buchem MA, 2016. In vivo assessment + of iron content of the cerebral cortex in healthy aging using 7-Tesla T2*-weighted + phase imaging. Neurobiol. Aging 53, 20\u201326.", "ArticleIdList": {"ArticleId": + {"#text": "28199888", "@IdType": "pubmed"}}}, {"Citation": "Bulk M, Abdelmoula + WM, Nabuurs RJA, van der Graaf LM, Mulders CWH, Mulder AA, Jost CR, Koster + AJ, van Buchem MA, Natt\u00e9 R, Dijkstra J, van der Weerd L, 2018. Postmortem + MRI and histology demonstrate differential iron accumulation and cortical + myelin organization in early- and late-onset Alzheimer\u2019s disease. Neurobiol. + Aging 62, 231\u2013242.", "ArticleIdList": {"ArticleId": {"#text": "29195086", + "@IdType": "pubmed"}}}, {"Citation": "Bartzokis G, Lu PH, Tingus K, Peters + DG, Amar CP, Tishler TA, Finn JP, Villablanca P, Altshuler LL, Mintz J, Neely + E, Connor JR, 2011. Gender and iron genes may modify associations between + brain iron and memory in healthy aging. Neuropsychopharmacology 36, 1375\u20131384.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3096807", "@IdType": "pmc"}, + {"#text": "21389980", "@IdType": "pubmed"}]}}, {"Citation": "Bianciardi M, + van Gelderen P, Duyn JH, 2014. Investigation of BOLD fMRI resonance frequency + shifts and quantitative susceptibility changes at 7 T. Hum. Brain Mapp 35, + 2191\u20132205.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4280841", + "@IdType": "pmc"}, {"#text": "23897623", "@IdType": "pubmed"}]}}, {"Citation": + "Becerril-Ortega J, Bordji K, Fr\u00e9ret T, Rush T, Buisson A, 2014. Iron + overload accelerates neuronal amyloid-\u03b2 production and cognitive impairment + in transgenic mice model of Alzheimer\u2019s disease. Neurobiol. Aging 35, + 2288\u20132301.", "ArticleIdList": {"ArticleId": {"#text": "24863668", "@IdType": + "pubmed"}}}, {"Citation": "Behzadi Y, Restom K, Liau J, Liu TT, 2007. A component + based noise correction method (CompCor) for BOLD and perfusion based fMRI. + Neuroimage 37, 90\u2013101.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2214855", + "@IdType": "pmc"}, {"#text": "17560126", "@IdType": "pubmed"}]}}, {"Citation": + "Balla DZ, Sanchez-Panchuelo RM, Wharton SJ, Hagberg GE, Scheffler K, Francis + ST, Bowtell R, 2014. Functional quantitative susceptibility mapping (fQSM). + NeuroImage 100, 112\u2013124.", "ArticleIdList": {"ArticleId": {"#text": "24945672", + "@IdType": "pubmed"}}}, {"Citation": "Belleville S, Sylvain-Roy S, de Boysson + C, Menard MC, 2008. Characterizing the memory changes in persons with mild + cognitive impairment. Prog. Brain. Res 169, 365\u2013375.", "ArticleIdList": + {"ArticleId": {"#text": "18394487", "@IdType": "pubmed"}}}, {"Citation": "Betts + MJ, Acosta-Cabronero J, Cardenas-Blanco A, Nestor PJ, D\u00fczel E, 2016. + High-resolution characterisation of the aging brain using simultaneous quantitative + susceptibility mapping (QSM) and R2* measurements at 7 T. Neuroimage 138, + 43\u201363.", "ArticleIdList": {"ArticleId": {"#text": "27181761", "@IdType": + "pubmed"}}}, {"Citation": "Blacker D, Lee H, Muzikansky A, Martin EC, Tanzi + R, McArdle JJ, Albert M, 2007. Neuropsychological measures in normal individuals + that predict subsequent cognitive decline. Arch. Neurol 64, 862\u2013871.", + "ArticleIdList": {"ArticleId": {"#text": "17562935", "@IdType": "pubmed"}}}, + {"Citation": "Chein JM, Moore AB, Conway ARA, 2010. Domain-general mechanisms + of complex working memory span. Neuroimage 54, 550\u2013559.", "ArticleIdList": + {"ArticleId": {"#text": "20691275", "@IdType": "pubmed"}}}, {"Citation": "Chen + G, Saad ZS, Britton JC, Pine DS, Cox RW, 2013. Linear mixed-effects modeling + approach to FMRI group analysis. Neuroimage 73, 176\u2013190.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3638840", "@IdType": "pmc"}, {"#text": "23376789", + "@IdType": "pubmed"}]}}, {"Citation": "Cox RW, 1996. AFNI: software for analysis + and visualization of functional magnetic resonance neuroimages. Comput. Biomed. + Res 29, 162\u2013173.", "ArticleIdList": {"ArticleId": {"#text": "8812068", + "@IdType": "pubmed"}}}, {"Citation": "Daugherty AM, Haacke EM, Raz N, 2015. + Striatal iron content predicts its shrinkage and changes in verbal working + memory after two years in healthy adults. J. Neurosci 35, 6731\u20136743.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4412893", "@IdType": "pmc"}, + {"#text": "25926451", "@IdType": "pubmed"}]}}, {"Citation": "Daugherty AM, + Raz N, 2016. Accumulation of iron in the putamen predicts its shrinkage in + healthy older adults: A multi-occasion longitudinal study. Neuroimage 128, + 11\u201320.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4762718", "@IdType": + "pmc"}, {"#text": "26746579", "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux + JS, Prater KE, Miller BL, Greicius MD, 2012. Functional connectivity tracks + clinical deterioration in Alzheimer\u2019s disease. Neurobiol. Aging 33, 828.e19\u2013828.e30.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3218226", "@IdType": "pmc"}, + {"#text": "21840627", "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux JS, + 2017. Effects of aging on functional and structural brain connectivity. Neuroimage + 160, 32\u201340.", "ArticleIdList": {"ArticleId": {"#text": "28159687", "@IdType": + "pubmed"}}}, {"Citation": "Darki F, Nemmi F, M\u00f6ller A, Sitnikov R, Klingberg + T, 2016. Quantitative susceptibility mapping of striatum in children and adults, + and its association with working memory performance. Neuroimage 136, 208\u2013214.", + "ArticleIdList": {"ArticleId": {"#text": "27132546", "@IdType": "pubmed"}}}, + {"Citation": "Duncan NW, Wiebking C, Tiret B, Marja\u0144ska M, Hayes DJ, + Lyttleton O, Northoff G, 2013. Glutamate concentration in the medial prefrontal + cortex predicts resting-state cortical-subcortical functional connectivity + in humans. PLoS One 8, e60312.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3616113", "@IdType": "pmc"}, {"#text": "23573246", "@IdType": "pubmed"}]}}, + {"Citation": "Fukunaga M, Li TQ, van Gelderen P, de Zwart JA, Shmueli K, Yao + B, \u2026, Leapman RD, 2010. Layer-specific variation of iron content in cerebral + cortex as a source of MRI contrast. Proc. Natl. Acad. Sci 107, 3834\u20133839.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2840419", "@IdType": "pmc"}, + {"#text": "20133720", "@IdType": "pubmed"}]}}, {"Citation": "Glisky EL, 2007. + Changes in cognitive function in human aging In: Riddle DR (Ed.), Brain aging: + Models, methods, and mechanisms. Taylor & Francis Group, Boca Raton, pp. 3\u201320."}, + {"Citation": "Gotts SJ, Saad ZS, Jo HJ, Wallace GL, Cox RW, Martin A, 2013. + The perils of global signal regression for group comparisons: a case study + of Autism Spectrum Disorders. Front. Hum. Neurosci 7.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3709423", "@IdType": "pmc"}, {"#text": "23874279", "@IdType": + "pubmed"}]}}, {"Citation": "Gotts SJ, Simmons WK, Milbury LA, Wallace GL, + Cox RW, Martin A, 2012. Fractionation of social brain circuits in autism spectrum + disorders. Brain 135 (9), 2711\u20132725.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3437021", "@IdType": "pmc"}, {"#text": "22791801", "@IdType": + "pubmed"}]}}, {"Citation": "Grabner G, Janke AL, Budge MM, Smith D, Pruessner + J, Collins DL, 2006. Symmetric atlasing and model based segmentation: an application + to the hippocampus in older adults In: Lecture Notes in Computer Science (including + subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics). + Springer Verlag, pp. 58\u201366.", "ArticleIdList": {"ArticleId": {"#text": + "17354756", "@IdType": "pubmed"}}}, {"Citation": "Greicius MD, Kimmel DL, + 2012. Neuroimaging insights into network-based neurodegeneration. Curr. Opin. + Neurol 25, 727\u2013734.", "ArticleIdList": {"ArticleId": {"#text": "23108250", + "@IdType": "pubmed"}}}, {"Citation": "Hallgren B, Sourander P, 1958. The effect + of age on the non -haemin iron in the human brain. J Neurochem 3, 41\u201351.", + "ArticleIdList": {"ArticleId": {"#text": "13611557", "@IdType": "pubmed"}}}, + {"Citation": "Hakun JG, Johnson NF, 2017. Dynamic range of frontoparietal + functional modulation is associated with working memory capacity limitations + in older adults. Brain Cogn 118, 128\u2013136.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5779093", "@IdType": "pmc"}, {"#text": "28865310", "@IdType": + "pubmed"}]}}, {"Citation": "Hametner S, Endmayr V, Deistung A, Palmrich P, + Prihoda M, Haimburger E, Menard C, Feng X, Haider T, Leisser M, K\u00f6ck + U, Kaider A, H\u00f6ftberger R, Robinson S, Reichenbach JR, Lassmann H, Traxler + H, Trattnig S, Grabner G, 2018. The influence of brain iron and myelin on + magnetic susceptibility and effective transverse relaxation - a biochemical + and histological validation study. Neuroimage 179, 117\u2013133.", "ArticleIdList": + {"ArticleId": {"#text": "29890327", "@IdType": "pubmed"}}}, {"Citation": "Hare + DJ, Double KL, 2016. Iron and dopamine: a toxic couple. Brain 139, 1026\u20131035.", + "ArticleIdList": {"ArticleId": {"#text": "26962053", "@IdType": "pubmed"}}}, + {"Citation": "Hentze MW, Muckenthaler MU, Andrews NC, 2004. Balancing acts: + molecular control of mammalian iron metabolism. Cell 117, 285\u2013297.", + "ArticleIdList": {"ArticleId": {"#text": "15109490", "@IdType": "pubmed"}}}, + {"Citation": "Jenkinson M, Beckmann CF, Behrens TE, Woolrich MW, Smith SM, + 2012. Fsl. Neuroimage 62, 782\u2013790.", "ArticleIdList": {"ArticleId": {"#text": + "21979382", "@IdType": "pubmed"}}}, {"Citation": "Jo HJ, Saad ZS, Simmons + WK, Milbury LA, Cox RW, 2010. Mapping sources of correlation in resting state + FMRI, with artifact detection and removal. Neuroimage 52 (2), 571\u2013582.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2897154", "@IdType": "pmc"}, + {"#text": "20420926", "@IdType": "pubmed"}]}}, {"Citation": "Kagerer SM, van + Bergen JM, Li X, Quevenco FC, Gietl AF, Studer S, \u2026, van Zijl PC, 2020. + APOE4 moderates effects of cortical iron on synchronized default mode network + activity in cognitively healthy old-aged adults. Alzheimer\u2019s & dementia: + diagnosis. Assess. Dis. Monit 12, e12002.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC7085281", "@IdType": "pmc"}, {"#text": "32211498", "@IdType": + "pubmed"}]}}, {"Citation": "Kalpouzos G, Garz\u00f3n B, Sitnikov R, Heiland + C, Salami A, Persson J, B\u00e4ckman L, 2017. Higher striatal iron concentration + is linked to frontostriatal underactivation and poorer memory in normal aging. + Cereb. Cortex 27, 3427\u20133436.", "ArticleIdList": {"ArticleId": {"#text": + "28334149", "@IdType": "pubmed"}}}, {"Citation": "Kapogiannis D, Reiter DA, + Willette AA, Mattson MP, 2013. Posteromedial cortex glutamate and GABA predict + intrinsic functional connectivity of the default mode network. Neuroimage + 64, 112\u2013119.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3801193", + "@IdType": "pmc"}, {"#text": "23000786", "@IdType": "pubmed"}]}}, {"Citation": + "Kempton MJ, Underwood TSA, Brunton S, Stylios F, Schmechtig A, Ettinger U, + Smith MS, Lovestone S, Crum WR, Frangou S, Williams SCR, Simmons A, 2011. + A comprehensive testing protocol for MRI neuroanatomical segmentation techniques: + evaluation of a novel lateral ventricle segmentation method. Neuroimage 58, + 1051\u20131059.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3551263", + "@IdType": "pmc"}, {"#text": "21835253", "@IdType": "pubmed"}]}}, {"Citation": + "Kim HG, Park S, Rhee HY, Lee KM, Ryu CW, Rhee SJ, Lee SY, Wang Y, Jahng GH, + 2017. Quantitative susceptibility mapping to evaluate the early stage of Alzheimer\u2019s + disease. NeuroImage Clin 16, 429\u2013438.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5577408", "@IdType": "pmc"}, {"#text": "28879084", "@IdType": + "pubmed"}]}}, {"Citation": "Ke YA, Qian ZM, 2007. Brain iron metabolism: neurobiology + and neurochemistry. Prog. Neurobiol 83, 149\u2013173.", "ArticleIdList": {"ArticleId": + {"#text": "17870230", "@IdType": "pubmed"}}}, {"Citation": "Kwan JY, Jeong + SY, van Gelderen P, Deng HX, Quezado MM, Danielian LE, Butman JA, Chen L, + Bayat E, Russell J, Siddique T, Duyn JH, Rouault TA, Floeter MK, 2012. Iron + accumulation in deep cortical layers accounts for MRI signal abnormalities + in ALS: Correlating 7 tesla MRI and pathology. PLoS ONE 7 (4).", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3328441", "@IdType": "pmc"}, {"#text": "22529995", + "@IdType": "pubmed"}]}}, {"Citation": "Langkammer C, Schweser F, Krebs N, + Deistung A, Goessler W, Scheurer E, Sommer K, Reishofer G, Yen K, Fazekas + F, Ropele S, Reichenbach JR, 2012. Quantitative susceptibility mapping (QSM) + as a means to measure brain iron? a post mortem validation study. Neuroimage + 62, 1593\u20131599.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3413885", + "@IdType": "pmc"}, {"#text": "22634862", "@IdType": "pubmed"}]}}, {"Citation": + "Lauffer RB, 1992. Iron, aging and human disease: historical background and + new hypothesis In: Lauffer RB (Ed.), Iron and human disease. Taylor & Francis + Group, Boca Raton, pp. 1\u201320."}, {"Citation": "Liu J, Liu T, De Rochefort + L, Ledoux J, Khalidov I, Chen W, Tsiouris AJ, Wisnieff C, Spincemaille P, + Prince MR, Wang Y, 2012. Morphology enabled dipole inversion for quantitative + susceptibility mapping using structural consistency between the magnitude + image and the susceptibility map. Neuroimage 59, 2560\u20132568.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3254812", "@IdType": "pmc"}, {"#text": "21925276", + "@IdType": "pubmed"}]}}, {"Citation": "Liu T, Khalidov I, de Rochefort L, + Spincemaille P, Liu J, Tsiouris AJ, Wang Y, 2011. A novel background field + removal method for MRI using projection onto dipole fields. NMR Biomed 24, + 1129\u20131136.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3628923", + "@IdType": "pmc"}, {"#text": "21387445", "@IdType": "pubmed"}]}}, {"Citation": + "Liu T, Liu J, de Rochefort L, Spincemaille P, Khalidov I, Ledoux JR, Wang + Y, 2011b. Morphology enabled dipole inversion (MEDI) from a single-angle acquisition: + comparison with COSMOS in human brain imaging. Magn. Reson. Med 66, 777\u2013783.", + "ArticleIdList": {"ArticleId": {"#text": "21465541", "@IdType": "pubmed"}}}, + {"Citation": "Liu T, Surapaneni K, Lou M, Cheng L, Spincemaille P, Wang Y, + 2012. Cerebral microbleeds: burden assessment by using quantitative susceptibility + mapping. Radiology 262, 269\u2013278.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3244668", "@IdType": "pmc"}, {"#text": "22056688", "@IdType": "pubmed"}]}}, + {"Citation": "Liu T, Eskreis-Winkler S, Schweitzer AD, Chen W, Kaplitt MG, + Tsiouris AJ, Wang Y, 2013. Improved subthalamic nucleus depiction with quantitative + susceptibility mapping. Radiology 269, 216\u2013223.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3781358", "@IdType": "pmc"}, {"#text": "23674786", "@IdType": + "pubmed"}]}}, {"Citation": "Li W, Wu B, Batrachenko A, Bancroft-Wu V, Morey + RA, Shashi V, Langkammer C, De Bellis M, Ropele S, Song W, Liu C, 2014. Differential + developmental trajectories of magnetic susceptibility in human brain gray + and white matter over the lifespan. Hum. Brain Mapp 35, 2698\u20132713.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3954958", "@IdType": "pmc"}, + {"#text": "24038837", "@IdType": "pubmed"}]}}, {"Citation": "Matak P, Matak + A, Moustafa S, Aryal DK, Benner EJ, Wetsel W, Andrews NC, 2016. Disrupted + iron homeostasis causes dopaminergic neurodegeneration in mice. Proc Natl + Acad Sci U S A 113, 3428\u20133435.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC4822577", "@IdType": "pmc"}, {"#text": "26929359", "@IdType": "pubmed"}]}}, + {"Citation": "Mills E, Dong XP, Wang F, Xu H, 2010. Mechanisms of brain iron + transport: insight into neurodegeneration and CNS disorders. Futur. Med. Chem + 2, 51\u201364.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2812924", "@IdType": + "pmc"}, {"#text": "20161623", "@IdType": "pubmed"}]}}, {"Citation": "Mitchell + RL, 2007. fMRI delineation of working memory for emotional prosody in the + brain: commonalities with the lexico-semantic emotion network. Neuroimage + 36, 1015\u20131025.", "ArticleIdList": {"ArticleId": {"#text": "17481919", + "@IdType": "pubmed"}}}, {"Citation": "Moos T, Nielsen TR, Skj\u00f8rringe + T, Morgan EH, 2007. Iron trafficking inside the brain. J Neurochem 103, 1730\u20131740.", + "ArticleIdList": {"ArticleId": {"#text": "17953660", "@IdType": "pubmed"}}}, + {"Citation": "Morris JC, Weintraub S, Chui HC, Cummings J, DeCarli C, Ferris + S, Foster NL, Galasko D, Graff-Radford N, Peskind ER, Beekly D, Ramos EM, + Kukull WA, 2006. In: The Uniform Data Set (UDS): Clinical and Cognitive Variables + and Descriptive Data From Alzheimer Disease Centers, 20(4). Alzheimer Disease + & Associated Disorders, pp. 210\u2013216. doi: 10.1097/01.wad.0000213865.09806.92.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/01.wad.0000213865.09806.92", + "@IdType": "doi"}, {"#text": "17132964", "@IdType": "pubmed"}]}}, {"Citation": + "Nasreddine ZS, Phillips NA, B\u00e9dirian V, Charbonneau S, Whitehead V, + Collin I, Cummings JL, Chertkow H, 2005. The montreal cognitive assessment, + MoCA: a brief screening tool for mild cognitive impairment. J. Am. Geriatr. + Soc 53, 695\u2013699.", "ArticleIdList": {"ArticleId": {"#text": "15817019", + "@IdType": "pubmed"}}}, {"Citation": "Park DC, Hedden T, 2001. Working memory + and aging In: Naveh-Benjamin M, Moscovitch HL, Roediger HL (Eds.), Perspectives + on human memory and cognitive aging: Essays in honour of Fergus Craik. Taylor + and Francis Group, New York, pp. 148\u2013160."}, {"Citation": "Penke L, Vald\u00e9s + Hernand\u00e9z MC, Maniega SM, Gow AJ, Murray C, Starr JM, Bastin ME, Deary + IJ, Wardlaw JM, 2012. Brain iron deposits are associated with general cognitive + ability and cognitive aging. Neurobiol. Aging 33, 510\u2013517.", "ArticleIdList": + {"ArticleId": {"#text": "20542597", "@IdType": "pubmed"}}}, {"Citation": "Pessoa + L, Gutierrez E, Bandettini P, Ungerleider L, 2002. Neural correlates of visual + working memory: fMRI amplitude predicts task performance. Neuron 35, 975\u2013987.", + "ArticleIdList": {"ArticleId": {"#text": "12372290", "@IdType": "pubmed"}}}, + {"Citation": "Raz N, Gunning-Dixon F, Head D, Rodrigue KM, Williamson A, Acker + JD, 2004. Aging, sexual dimorphism, and hemispheric asymmetry of the cerebral + cortex: replicability of regional differences in volume. Neurobiol Aging 25, + 377\u2013396.", "ArticleIdList": {"ArticleId": {"#text": "15123343", "@IdType": + "pubmed"}}}, {"Citation": "Raz N, Daugherty AM, 2018. Pathways to brain aging + and their modifiers: Free-radical-induced energetic and neural decline in + senescence (FRIENDS) model-a mini-review. Gerontology 64, 49\u201357.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC5828941", "@IdType": "pmc"}, {"#text": "28858861", + "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz PA, Sylvester CYC, 2005. + The cognitive neuroscience of working memory and aging In: Cabeza R, Nyberg + L, Park D (Eds.), Cognitive neuroscience of aging: Linking cognitive and cerebral + aging. Oxford UP, New York, pp. 186\u2013217."}, {"Citation": "Rodrigue KM, + Daugherty AM, Haacke EM, Raz N, 2012. The role of hippocampal iron concentration + and hippocampal volume in age-related differences in memory. Cereb Cortex + 23, 1533\u20131541.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3673172", + "@IdType": "pmc"}, {"#text": "22645251", "@IdType": "pubmed"}]}}, {"Citation": + "Rodrigue KM, Daugherty AM, Foster CM, Kennedy KM, 2020. Striatal iron content + is linked to reduced fronto-striatal brain function under working memory load. + NeuroImage 210, 116544.", "ArticleIdList": {"ArticleId": [{"#text": "PMC7054151", + "@IdType": "pmc"}, {"#text": "31972284", "@IdType": "pubmed"}]}}, {"Citation": + "Rottschy C, Langner R, Dogan I, Reetz K, Laird AR, Schulz JB, Fox PT, Eickhoff + SB, 2012. Modelling neural correlates of working memory: a coordinate-based + meta-analysis. Neuroimage 60, 830\u2013846.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", "@IdType": + "pubmed"}]}}, {"Citation": "Saad ZS, Reynolds RC, Jo HJ, Gotts SJ, Chen G, + Martin A, Cox RW, 2013. Correcting brain-wide correlation differences in resting-state + FMRI. Brain Connect 3, 339\u2013352.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3749702", "@IdType": "pmc"}, {"#text": "23705677", "@IdType": "pubmed"}]}}, + {"Citation": "Salami A, Avelar-Pereira B, Garz\u00f3n B, Sitnikov R, Kalpouzos + G, 2018. Functional coherence of striatal resting-state networks is modulated + by striatal iron content. Neuroimage 183, 495\u2013503.", "ArticleIdList": + {"ArticleId": {"#text": "30125714", "@IdType": "pubmed"}}}, {"Citation": "Sanfilipo + MP, Benedict RHB, Zivadinov R, Bakshi R, 2004. Correction for intracranial + volume in analysis of whole brain atrophy in multiple sclerosis: The proportion + vs. residual method. NeuroImage 22, 1732\u20131743.", "ArticleIdList": {"ArticleId": + {"#text": "15275929", "@IdType": "pubmed"}}}, {"Citation": "Schmitt FA, Nelson + PT, Abner E, Scheff S, Jicha GA, Smith C, Cooper G, Mendiondo M, Danner DD, + Van Eldik LJ, Caban-Holt A, Lovell MA, Kryscio RJ, 2012. University of Kentucky + Sanders-Brown healthy brain aging volunteers: donor characteristics, procedures + and neuropathology. Curr. Alzheimer Res 9, 724\u2013733.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3409295", "@IdType": "pmc"}, {"#text": "22471862", + "@IdType": "pubmed"}]}}, {"Citation": "Smith SM, Jenkinson M, Woolrich MW, + Beckmann CF, Behrens TEJ, Johansen-Berg H, Bannister PR, De Luca M, Drobnjak + I, Flitney DE, Niazy RK, Saunders J, Vickers J, Zhang Y, De Stefano N, Brady + JM, Matthews PM, 2004. Advances in functional and structural MR image analysis + and implementation as FSL. Neuroimage 23, S208\u2013S219.", "ArticleIdList": + {"ArticleId": {"#text": "15501092", "@IdType": "pubmed"}}}, {"Citation": "Stanislaw + H, Todorov N, 1999. Calculation of signal detection theory measures. Behav. + Res. Methods, Instrum., Comput 31, 137\u2013149.", "ArticleIdList": {"ArticleId": + {"#text": "10495845", "@IdType": "pubmed"}}}, {"Citation": "Sullivan EV, Adalsteinsson + E, Rohlfing T, Pfefferbaum A, 2009. Relevance of iron deposition in deep gray + matter brain structures to cognitive and motor performance in healthy elderly + men and women: Exploratory findings. Brain Imaging Behav 3, 167\u2013175.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2727611", "@IdType": "pmc"}, + {"#text": "20161183", "@IdType": "pubmed"}]}}, {"Citation": "Sun H, Walsh + AJ, Lebel RM, Blevins G, Catz I, Lu JQ, Johnson ES, Emery DJ, Warren KG, Wilman + AH, 2015. Validation of quantitative susceptibility mapping with Perls\u2019 + iron staining for subcortical gray matter. Neuroimage 105, 486\u2013492.", + "ArticleIdList": {"ArticleId": {"#text": "25462797", "@IdType": "pubmed"}}}, + {"Citation": "Stoddard J, Gotts SJ, Brotman MA, Lever S, Hsu D, Zarate C, + Ernst M, Pine DS, Leibenluft E, 2016. Aberrant intrinsic functional connectivity + within and between corticostriatal and temporal\u2013parietal networks in + adults and youth with bipolar disorder. Psychol Med 46, 1509\u20131522.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6996294", "@IdType": "pmc"}, + {"#text": "26924633", "@IdType": "pubmed"}]}}, {"Citation": "Taylor PA, Saad + ZS, 2013. FATCAT: (an efficient) functional and tractographic connectivity + analysis toolbox. Brain Connect 3, 523\u2013535.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3796333", "@IdType": "pmc"}, {"#text": "23980912", "@IdType": + "pubmed"}]}}, {"Citation": "Todorich B, Pasquini JM, Garcia CI, Paez PM, Connor + JR, 2009. Oligodendrocytes and myelination: the role of iron. Glia 57, 467\u2013478.", + "ArticleIdList": {"ArticleId": {"#text": "18837051", "@IdType": "pubmed"}}}, + {"Citation": "Van Bergen JMG, Li X, Quevenco FC, Gietl AF, Treyer V, Meyer + R, Buck A, Kaufmann PA, Nitsch RM, van Zijl PCM, Hock C, Unschuld PG, 2018. + Simultaneous quantitative susceptibility mapping and Flutemetamol-PET suggests + local correlation of iron and \u03b2-amyloid as an indicator of cognitive + performance at high age. Neuroimage 174, 308\u2013316.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC5949258", "@IdType": "pmc"}, {"#text": "29548847", + "@IdType": "pubmed"}]}}, {"Citation": "Van der Kouwe AJW, Benner T, Salat + DH, Fischl B, 2008. Brain morphometry with multiecho MPRAGE. Neuroimage 40, + 559\u2013569.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2408694", "@IdType": + "pmc"}, {"#text": "18242102", "@IdType": "pubmed"}]}}, {"Citation": "Wang + Y, Liu T, 2015. Quantitative susceptibility mapping (QSM): decoding MRI data + for a tissue magnetic biomarker. Magn. Reson. Med 73, 82\u2013101.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC4297605", "@IdType": "pmc"}, {"#text": "25044035", + "@IdType": "pubmed"}]}}, {"Citation": "Wang Y, et al., 2017. Clinical quantitative + susceptibility mapping (QSM): Biometal imaging and its emerging roles in patient + care. J. Magn. Reson. Imaging 46, 951\u2013971.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5592126", "@IdType": "pmc"}, {"#text": "28295954", "@IdType": + "pubmed"}]}}, {"Citation": "Wayne Martin WR, Ye FQ, Allen PS, 1998. Increasing + striatal iron content associated with normal aging. Mov. Disord 13, 281\u2013286.", + "ArticleIdList": {"ArticleId": {"#text": "9539342", "@IdType": "pubmed"}}}, + {"Citation": "Wisnieff C, Ramanan S, Olesik J, Gauthier S, Wang Y, Pitt D, + 2015. Quantitative susceptibility mapping (QSM) of white matter multiple sclerosis + lesions: Interpreting positive susceptibility and the presence of iron. Magn. + Reson. Med 74, 564\u2013570.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4333139", + "@IdType": "pmc"}, {"#text": "25137340", "@IdType": "pubmed"}]}}, {"Citation": + "Yarkoni T, Poldrack RA, Nichols TE, Van Essen DC, Wager TD, 2011. Large-s-cale + automated synthesis of human functional neuroimaging data. Nat. Methods 8, + 665\u2013670.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3146590", "@IdType": + "pmc"}, {"#text": "21706013", "@IdType": "pubmed"}]}}, {"Citation": "Zacks + RT, Hasher L, Li KZH, 2000. Human memory In: Craik FIM, Salthouse TA (Eds.), + The handbook of aging and cognition. Erlbaum, Mahwah, NJ, pp. 293\u2013357."}, + {"Citation": "Zecca L, Youdim MBH, Riederer P, Connor JR, Crichton RR, 2004. + Iron, brain ageing and neurodegenerative disorders. Nat. Rev. Neurosci 5, + 863\u2013873.", "ArticleIdList": {"ArticleId": {"#text": "15496864", "@IdType": + "pubmed"}}}]}, "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": + {"#text": "32861788", "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1095-9572", "@IssnType": "Electronic"}, + "Title": "NeuroImage", "JournalIssue": {"Volume": "223", "PubDate": {"Year": + "2020", "Month": "Dec"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neuroimage"}, + "Abstract": {"AbstractText": "Excessive brain iron negatively affects working + memory and related processes but the impact of cortical iron on task-relevant, + cortical brain networks is unknown. We hypothesized that high cortical iron + concentration may disrupt functional circuitry within cortical networks supporting + working memory performance. Fifty-five healthy older adults completed an N-Back + working memory paradigm while functional magnetic resonance imaging (fMRI) + was performed. Participants also underwent quantitative susceptibility mapping + (QSM) imaging for assessment of non-heme brain iron concentration. Additionally, + pseudo continuous arterial spin labeling scans were obtained to control for + potential contributions of cerebral blood volume and structural brain images + were used to control for contributions of brain volume. Task performance was + positively correlated with strength of task-based functional connectivity + (tFC) between brain regions of the frontoparietal working memory network. + However, higher cortical iron concentration was associated with lower tFC + within this frontoparietal network and with poorer working memory performance + after controlling for both cerebral blood flow and brain volume. Our results + suggest that high cortical iron concentration disrupts communication within + frontoparietal networks supporting working memory and is associated with reduced + working memory performance in older adults.", "CopyrightInformation": "Copyright + \u00a9 2020. Published by Elsevier Inc."}, "Language": "eng", "@PubModel": + "Print-Electronic", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "P30 AG028383"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "P30 AG072946"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "R01 AG055449"}, {"Agency": "NIH HHS", "Acronym": "OD", "Country": "United + States", "GrantID": "S10 OD023573"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Valentinos", "Initials": "V", "LastName": + "Zachariou", "AffiliationInfo": {"Affiliation": "Department of Neuroscience, + College of Medicine, University of Kentucky, Lexington, KY 40536-0298 USA. + Electronic address: vzachari@uky.edu."}}, {"@ValidYN": "Y", "ForeName": "Christopher + E", "Initials": "CE", "LastName": "Bauer", "AffiliationInfo": {"Affiliation": + "Department of Neuroscience, College of Medicine, University of Kentucky, + Lexington, KY 40536-0298 USA."}}, {"@ValidYN": "Y", "ForeName": "Elayna R", + "Initials": "ER", "LastName": "Seago", "AffiliationInfo": {"Affiliation": + "Department of Neuroscience, College of Medicine, University of Kentucky, + Lexington, KY 40536-0298 USA."}}, {"@ValidYN": "Y", "ForeName": "Flavius D", + "Initials": "FD", "LastName": "Raslau", "AffiliationInfo": {"Affiliation": + "Department of Radiology, College of Medicine, University of Kentucky, Lexington, + KY 40536-0298 USA."}}, {"@ValidYN": "Y", "ForeName": "David K", "Initials": + "DK", "LastName": "Powell", "AffiliationInfo": {"Affiliation": "Department + of Neuroscience, College of Medicine, University of Kentucky, Lexington, KY + 40536-0298 USA; Magnetic Resonance Imaging and Spectroscopy Center, College + of Medicine, University of Kentucky, Lexington, KY 40536-0298 USA."}}, {"@ValidYN": + "Y", "ForeName": "Brian T", "Initials": "BT", "LastName": "Gold", "AffiliationInfo": + {"Affiliation": "Department of Neuroscience, College of Medicine, University + of Kentucky, Lexington, KY 40536-0298 USA; Sanders-Brown Center on Aging, + College of Medicine, University of Kentucky, Lexington, KY 40536-0298 USA; + Magnetic Resonance Imaging and Spectroscopy Center, College of Medicine, University + of Kentucky, Lexington, KY 40536-0298 USA. Electronic address: brian.gold@uky.edu."}}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "117309", "MedlinePgn": "117309"}, + "ArticleDate": {"Day": "27", "Year": "2020", "Month": "08", "@DateType": "Electronic"}, + "ELocationID": [{"#text": "10.1016/j.neuroimage.2020.117309", "@EIdType": + "doi", "@ValidYN": "Y"}, {"#text": "S1053-8119(20)30795-3", "@EIdType": "pii", + "@ValidYN": "Y"}], "ArticleTitle": "Cortical iron disrupts functional connectivity + networks supporting working memory performance in older adults.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D052061", "#text": "Research Support, N.I.H., Extramural"}]}}, "DateRevised": + {"Day": "08", "Year": "2022", "Month": "04"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "Aging", "@MajorTopicYN": "N"}, {"#text": "Brain", "@MajorTopicYN": + "N"}, {"#text": "QSM", "@MajorTopicYN": "N"}, {"#text": "Working memory", + "@MajorTopicYN": "N"}]}, "ChemicalList": {"Chemical": [{"RegistryNumber": + "0", "NameOfSubstance": {"@UI": "D013113", "#text": "Spin Labels"}}, {"RegistryNumber": + "E1UOL152H7", "NameOfSubstance": {"@UI": "D007501", "#text": "Iron"}}]}, "CoiStatement": + "Declaration of Competing Interest The authors declare no competing financial + interests.", "DateCompleted": {"Day": "01", "Year": "2021", "Month": "03"}, + "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": + [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D000369", "#text": "Aged, 80 and over", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000737", "#text": "chemistry", "@MajorTopicYN": + "Y"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000032", "#text": "analysis", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D007501", "#text": "Iron", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000737", "#text": + "chemistry", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D009434", "#text": "Neural + Pathways", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D013113", "#text": + "Spin Labels", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "United States", "MedlineTA": "Neuroimage", "ISSNLinking": "1053-8119", "NlmUniqueID": + "9215515"}}}, "semantic_scholar": {"year": 2020, "title": "Cortical iron disrupts + functional connectivity networks supporting working memory performance in + older adults", "venue": "NeuroImage", "authors": [{"name": "Valentinos Zachariou", + "authorId": "2502864"}, {"name": "Christopher E. Bauer", "authorId": "46392196"}, + {"name": "Elayna R. Seago", "authorId": "1911153617"}, {"name": "F. Raslau", + "authorId": "4830913"}, {"name": "D. Powell", "authorId": "3294690"}, {"name": + "B. Gold", "authorId": "2888586"}], "paperId": "5d8339384556ff6538f2f3af9ee86111abd42c28", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://doi.org/10.1016/j.neuroimage.2020.117309", + "status": "GOLD", "license": "CCBYNCND", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC7821351, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2020-08-27"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T08:54:16.978350+00:00", "analyses": + []}, {"id": "KB9ULDPpASvH", "created_at": "2025-12-03T20:27:37.426099+00:00", + "updated_at": null, "user": null, "name": "Age-related reorganization of functional + networks for successful conflict resolution: A combined functional and structural + MRI study", "description": "Aging has readily observable effects on the ability + to resolve conflict between competing stimulus attributes that are likely + related to selective structural and functional brain changes. To identify + age-related differences in neural circuits subserving conflict processing, + we combined structural and functional MRI and a Stroop Match-to-Sample task + involving perceptual cueing and repetition to modulate resources in healthy + young and older adults. In our Stroop Match-to-Sample task, older adults handled + conflict by activating a frontoparietal attention system more than young adults + and engaged a visuomotor network more than young adults when processing repetitive + conflict and when processing conflict following valid perceptual cueing. By + contrast, young adults activated frontal regions more than older adults when + processing conflict with perceptual cueing. These differential activation + patterns were not correlated with regional gray matter volume despite smaller + volumes in older than young adults. Given comparable performance in speed + and accuracy of responding between both groups, these data suggest that successful + aging is associated with functional reorganization of neural systems to accommodate + functionally increasing task demands on perceptual and attentional operations.", + "publication": "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2009.12.002", + "pmid": "20022675", "authors": "T. Schulte; E. M\u00fcller-Oehring; S. Chanraud; + M. Rosenbloom; A. Pfefferbaum; E. Sullivan", "year": 2011, "metadata": {"slug": + "20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896", "source": "semantic_scholar", + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "13", "Year": "2009", "Month": "10", "@PubStatus": "received"}, {"Day": "2", + "Year": "2009", "Month": "12", "@PubStatus": "revised"}, {"Day": "2", "Year": + "2009", "Month": "12", "@PubStatus": "accepted"}, {"Day": "22", "Hour": "6", + "Year": "2009", "Month": "12", "Minute": "0", "@PubStatus": "entrez"}, {"Day": + "22", "Hour": "6", "Year": "2009", "Month": "12", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "19", "Hour": "6", "Year": "2012", "Month": "1", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "1", "Year": "2012", "Month": "11", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "20022675", "@IdType": "pubmed"}, {"#text": "NIHMS166287", "@IdType": "mid"}, + {"#text": "PMC2888896", "@IdType": "pmc"}, {"#text": "10.1016/j.neurobiolaging.2009.12.002", + "@IdType": "doi"}, {"#text": "S0197-4580(09)00394-7", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "Ashburner J, Friston KJ. Voxel-based + morphometry--the methods. Neuroimage. 2000;11:805\u2013821.", "ArticleIdList": + {"ArticleId": {"#text": "10860804", "@IdType": "pubmed"}}}, {"Citation": "Bach + M. The Freiburg Visual Acuity test--automatic measurement of visual acuity. + Optom Vis Sci. 1996;73:49\u201353.", "ArticleIdList": {"ArticleId": {"#text": + "8867682", "@IdType": "pubmed"}}}, {"Citation": "Botvinick MM. Conflict monitoring + and decision making: reconciling two perspectives on anterior cingulate function. + Cogn Affect Behav Neurosci. 2007;7:356\u2013366.", "ArticleIdList": {"ArticleId": + {"#text": "18189009", "@IdType": "pubmed"}}}, {"Citation": "Braver TS, Barch + DM. A theory of cognitive control, aging cognition, and neuromodulation. Neurosci + Biobehav Rev. 2002;26:809\u2013817.", "ArticleIdList": {"ArticleId": {"#text": + "12470692", "@IdType": "pubmed"}}}, {"Citation": "Brett M, Anton J-L, Valabregue + R, Poline J-B. Region of interest analysis using an SPM toolbox [abstract]. + Presented at the 8th International Conference on Functional Mapping of the + Human Brain; Sendai, Japan. June 2\u20136; 2002. Available on CD-ROM in NeuroImage + 16, No 2."}, {"Citation": "Buckner RL, Snyder AZ, Shannon BJ, LaRossa G, Sachs + R, Fotenos AF, Sheline YI, Klunk WE, Mathis CA, Morris JC, Mintun MA. Molecular, + structural, and functional characterization of Alzheimer''s disease: evidence + for a relationship between default activity, amyloid, and memory. J Neurosci. + 2005;25:7709\u20137717.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6725245", + "@IdType": "pmc"}, {"#text": "16120771", "@IdType": "pubmed"}]}}, {"Citation": + "Byrne P, Becker S, Burgess N. Remembering the past and imagining the future: + a neural model of spatial memory and imagery. Psychol Rev. 2007;114:340\u2013375.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2678675", "@IdType": "pmc"}, + {"#text": "17500630", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R. Cognitive + neuroscience of aging: contributions of functional neuroimaging. Scand J Psychol. + 2001;42:277\u2013286.", "ArticleIdList": {"ArticleId": {"#text": "11501741", + "@IdType": "pubmed"}}}, {"Citation": "Cabeza R, Anderson ND, Locantore JK, + McIntosh AR. Aging gracefully: compensatory brain activity in high-performing + older adults. Neuroimage. 2002;17:1394\u20131402.", "ArticleIdList": {"ArticleId": + {"#text": "12414279", "@IdType": "pubmed"}}}, {"Citation": "Casey BJ, Thomas + KM, Welsh TF, Badgaiyan RD, Eccard CH, Jennings JR, Crone EA. Dissociation + of response conflict, attentional selection, and expectancy with functional + magnetic resonance imaging. Proc Natl Acad Sci U S A. 2000;97:8728\u20138733.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC27016", "@IdType": "pmc"}, {"#text": + "10900023", "@IdType": "pubmed"}]}}, {"Citation": "Cavanna AE, Trimble MR. + The precuneus: a review of its functional anatomy and behavioural correlates. + Brain. 2006;129:564\u201383.", "ArticleIdList": {"ArticleId": {"#text": "16399806", + "@IdType": "pubmed"}}}, {"Citation": "Cohn NB, Dustman RE, Bradford DC. Age-related + decrements in Stroop Color Test performance. J Clin Psychol. 1984;40:1244\u20131250.", + "ArticleIdList": {"ArticleId": {"#text": "6490922", "@IdType": "pubmed"}}}, + {"Citation": "Crovitz HF, Zener K. A group test for assessing hand- and eye-dominance. + American Journal of Psychology. 1962;75:271\u2013276.", "ArticleIdList": {"ArticleId": + {"#text": "13882420", "@IdType": "pubmed"}}}, {"Citation": "Davelaar EJ. A + computational study of conflict-monitoring at two levels of processing: reaction + time distributional analyses and hemodynamic responses. Brain Res. 2008;2:109\u2013119.", + "ArticleIdList": {"ArticleId": {"#text": "17706186", "@IdType": "pubmed"}}}, + {"Citation": "Downar J, Crawley AP, Mikulis DJ, Davis KD. The effect of task + relevance on the cortical response to changes in visual and auditory stimuli: + an event-related fMRI study. Neuroimage. 2001;14:1256\u20131267.", "ArticleIdList": + {"ArticleId": {"#text": "11707082", "@IdType": "pubmed"}}}, {"Citation": "Egner + T, Hirsch J. Cognitive control mechanisms resolve conflict through cortical + amplification of task-relevant information. Nat Neurosci. 2005;8:1784\u20131790.", + "ArticleIdList": {"ArticleId": {"#text": "16286928", "@IdType": "pubmed"}}}, + {"Citation": "Folstein MF, Folstein SE, McHugh PR. Mini-mentalstate:a practical + method for grading the cognitive state of patients for the clinician. J Psychiatr + Res. 1975;12:189\u2013198.", "ArticleIdList": {"ArticleId": {"#text": "1202204", + "@IdType": "pubmed"}}}, {"Citation": "Friston KJ, Holmes AP, Poline JB, Grasby + PJ, Williams SC, Frackowiak RS, Turner R. Analysis of fMRI time-series revisited. + Neuroimage. 1995;2:45\u201353.", "ArticleIdList": {"ArticleId": {"#text": + "9343589", "@IdType": "pubmed"}}}, {"Citation": "Gazzaley A, Cooney JW, Rissman + J, D''Esposito M. Top-down suppression deficit underlies working memory impairment + in normal aging. Nat Neurosci. 2005;8:1298\u20131300.", "ArticleIdList": {"ArticleId": + {"#text": "16158065", "@IdType": "pubmed"}}}, {"Citation": "Gazzaley A, D''Esposito + M. Top-down modulation and normal aging. Ann N Y Acad Sci. 2007;1097:67\u201383.", + "ArticleIdList": {"ArticleId": {"#text": "17413013", "@IdType": "pubmed"}}}, + {"Citation": "Gazzaley A, Clapp W, Kelley J, McEvoy K, Knight RT, D''Esposito + M. Age-related top-down suppression deficit in the early stages of cortical + visual memory processing. Proc Natl Acad Sci U S A. 2008;105:13122\u201313126.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2529045", "@IdType": "pmc"}, + {"#text": "18765818", "@IdType": "pubmed"}]}}, {"Citation": "Good CD, Johnsrude + IS, Ashburner J, Henson RN, Friston KJ, Frackowiak RS. A voxel-based morphometric + study of ageing in 465 normal adult human brains. Neuroimage. 2001;14:21\u201336.", + "ArticleIdList": {"ArticleId": {"#text": "11525331", "@IdType": "pubmed"}}}, + {"Citation": "Grady CL, Maisog JM, Horwitz B, Ungerleider LG, Mentis MJ, Salerno + JA, Pietrini P, Wagner E, Haxby JV. Age-related changes in cortical blood + flow activation during visual processing of faces and location. J Neurosci. + 1994;14:1450\u20131462.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6577560", + "@IdType": "pmc"}, {"#text": "8126548", "@IdType": "pubmed"}]}}, {"Citation": + "Grady CL. Functional brain imaging and age-related changes in cognition. + Biol Psychol. 2000;54:259\u2013281.", "ArticleIdList": {"ArticleId": {"#text": + "11035226", "@IdType": "pubmed"}}}, {"Citation": "Grady CL. Cognitive neuroscience + of aging. Ann N Y Acad Sci. 2008;1124:127\u2013144.", "ArticleIdList": {"ArticleId": + {"#text": "18400928", "@IdType": "pubmed"}}}, {"Citation": "Gratton G, Coles + MG, Donchin E. Optimizing the use of information: strategic control of activation + of responses. J Exp Psychol Gen. 1992;121:480\u2013506.", "ArticleIdList": + {"ArticleId": {"#text": "1431740", "@IdType": "pubmed"}}}, {"Citation": "Grieve + SM, Clark CR, Williams LM, Peduto AJ, Gordon E. Preservation of limbic and + paralimbic structures in aging. Hum Brain Mapp. 2005;25:391\u2013401.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6871717", "@IdType": "pmc"}, {"#text": "15852381", + "@IdType": "pubmed"}]}}, {"Citation": "Harrison BJ, Shaw M, Y\u00fccel M, + Purcell R, Brewer WJ, Strother SC, Egan GF, Olver JS, Nathan PJ, Pantelis + C. Functional connectivity during Stroop task performance. Neuroimage. 2005;24:181\u2013191.", + "ArticleIdList": {"ArticleId": {"#text": "15588609", "@IdType": "pubmed"}}}, + {"Citation": "Hazeltine E, Bunge SA, Scanlon MD, Gabrieli JD. Material-dependent + and material-independent selection processes in the frontal and parietal lobes: + an event-related fMRI investigation of response competition. Neuropsychologia. + 2003;41:1208\u20131217.", "ArticleIdList": {"ArticleId": {"#text": "12753960", + "@IdType": "pubmed"}}}, {"Citation": "Humphrey DG, Kramer AF. Age differences + in visual search for feature, conjunction, and triple-conjunction targets. + Psychol Aging. 1997;12:704\u2013717.", "ArticleIdList": {"ArticleId": {"#text": + "9416638", "@IdType": "pubmed"}}}, {"Citation": "Kelley WM, Miezin FM, McDermott + KB, Buckner RL, Raichle ME, Cohen NJ, Ollinger JM, Akbudak E, Conturo TE, + Snyder AZ, Petersen SE. Hemispheric specialization in human dorsal frontal + cortex and medial temporal lobe for verbal and nonverbal memory encoding. + Neuron. 1998;20:927\u2013936.", "ArticleIdList": {"ArticleId": {"#text": "9620697", + "@IdType": "pubmed"}}}, {"Citation": "Kennedy KM, Raz N. Pattern of normal + age-related regional differences in white matter microstructure is modified + by vascular risk. Brain Res. 2009;10:41\u201356.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2758325", "@IdType": "pmc"}, {"#text": "19712671", "@IdType": + "pubmed"}]}}, {"Citation": "Kerns JG, Cohen JD, MacDonald AW, 3rd., Cho RY, + Stenger VA, Carter CS. Anterior cingulate conflict monitoring and adjustments + in control. Science. 2004;303:1023\u20131026.", "ArticleIdList": {"ArticleId": + {"#text": "14963333", "@IdType": "pubmed"}}}, {"Citation": "Kramer AF, Humphrey + DG, Larish JF, Logan GD, Strayer DL. Aging and inhibition: beyond a unitary + view of inhibitory processing in attention. Psychol Aging. 1994;9:491\u2013512.", + "ArticleIdList": {"ArticleId": {"#text": "7893421", "@IdType": "pubmed"}}}, + {"Citation": "Kray J, Eppinger B, Mecklinger A. Age differences in attentional + control: an event-related potential approach. Psychophysiology. 2005;42:407\u2013416.", + "ArticleIdList": {"ArticleId": {"#text": "16008769", "@IdType": "pubmed"}}}, + {"Citation": "Lamar M, Yousem DM, Resnick SM. Age differences in orbitofrontal + activation: an fMRI investigation of delayed match and nonmatch to sample. + Neuroimage. 2004;21:1368\u20131376.", "ArticleIdList": {"ArticleId": {"#text": + "15050562", "@IdType": "pubmed"}}}, {"Citation": "Langenecker SA, Nielson + KA, Rao SM. fMRI of healthy older adults during Stroop interference. Neuroimage. + 2004;21:192\u2013200.", "ArticleIdList": {"ArticleId": {"#text": "14741656", + "@IdType": "pubmed"}}}, {"Citation": "Langley LK, Vivas AB, Fuentes LJ, Bagne + AG. Differential age effects on attention-based inhibition: inhibitory tagging + and inhibition of return. Psychol Aging. 2005;20:356\u2013360.", "ArticleIdList": + {"ArticleId": {"#text": "16029098", "@IdType": "pubmed"}}}, {"Citation": "Lavie + N. Perceptual load as a necessary condition for selective attention. J Exp + Psychol Hum Percept Perform. 1995;21:451\u2013468.", "ArticleIdList": {"ArticleId": + {"#text": "7790827", "@IdType": "pubmed"}}}, {"Citation": "Larson MJ, Kaufman + DA, Perlstein WM. Neural time course of conflict adaptation effects on the + Stroop task. Neuropsychologia. 2009;47:663\u2013670.", "ArticleIdList": {"ArticleId": + {"#text": "19071142", "@IdType": "pubmed"}}}, {"Citation": "Li S-C, Lindenberger + U, Sikstr\u00f6m S. Aging cognition: from neuromodulation to representation. + Trends in Cognitive Sciences. 2001;5:479\u2013486.", "ArticleIdList": {"ArticleId": + {"#text": "11684480", "@IdType": "pubmed"}}}, {"Citation": "MacDonald AW, + 3rd, Cohen JD, Stenger VA, Carter CS. Dissociating the role of the dorsolateral + prefrontal and anterior cingulated cortex in cognitive control. Science. 2000;9:1835\u20131838.", + "ArticleIdList": {"ArticleId": {"#text": "10846167", "@IdType": "pubmed"}}}, + {"Citation": "McLeod CM. Half a century of research on the Stroop effect: + an integrative review. Psychological Bulletin. 1991;109:163\u2013203.", "ArticleIdList": + {"ArticleId": {"#text": "2034749", "@IdType": "pubmed"}}}, {"Citation": "Madden + DJ, Turkington TG, Provenzale JM, Hawk TC, Hoffman JM, Coleman RE. Selective + and divided visual attention: age related changes in regional cerebral blood + flow measured by H215O PET. Hum Brain Mapp. 1997;5:389\u2013409.", "ArticleIdList": + {"ArticleId": {"#text": "20408243", "@IdType": "pubmed"}}}, {"Citation": "Madden + DJ, Langley LK. Age-related changes in selective attention and perceptual + load during visual search. Psychol Aging. 2003;18:54\u201367.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC1828841", "@IdType": "pmc"}, {"#text": "12641312", + "@IdType": "pubmed"}]}}, {"Citation": "Madden DJ, Whiting WL, Cabeza R, Huettel + SA. Age-related preservation of top-down attentional guidance during visual + search. Psychol Aging. 2004;19:304\u2013309.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC1829307", "@IdType": "pmc"}, {"#text": "15222823", "@IdType": + "pubmed"}]}}, {"Citation": "Madden DJ, Spaniol J, Whiting WL, Bucur B, Provenzale + JM, Cabeza R, White LE, Huettel SA. Adult age differences in the functional + neuroanatomy of visual attention: a combined fMRI and DTI study. Neurobiol + Aging. 2007;28:459\u2013476.", "ArticleIdList": {"ArticleId": [{"#text": "PMC1995072", + "@IdType": "pmc"}, {"#text": "16500004", "@IdType": "pubmed"}]}}, {"Citation": + "Mars RB, Coles MG, Hulstijn W, Toni I. Delay-related cerebral activity and + motor preparation. Cortex. 2008;44:507\u2013520.", "ArticleIdList": {"ArticleId": + {"#text": "18387584", "@IdType": "pubmed"}}}, {"Citation": "Mattay VS, Fera + F, Tessitore A, Hariri AR, Berman KF, Das S, Meyer-Lindenberg A, Goldberg + TE, Callicott JH, Weinberger DR. Neurophysiological correlates of age-related + changes in working memory capacity. Neurosci Lett. 2006;9:32\u201337.", "ArticleIdList": + {"ArticleId": {"#text": "16213083", "@IdType": "pubmed"}}}, {"Citation": "Mattis + S. Dementia Rating Scale (DRS) Professional Manual. Psychological Assessment + Resources, Inc.; Odessa, FL: 1988. motor tests in healthy elderly men and + women: Exploratory findings. Brain Imag."}, {"Citation": "Maylor EA, Lavie + N. The influence of perceptual load on age differences in selective attention. + Psychol Aging. 1998;13:563\u2013573.", "ArticleIdList": {"ArticleId": {"#text": + "9883457", "@IdType": "pubmed"}}}, {"Citation": "Mayr U, Awh E, Laurey P. + Conflict adaptation effects in the absence of executive control. Nat Neurosci. + 2003;6:450\u2013452.", "ArticleIdList": {"ArticleId": {"#text": "12704394", + "@IdType": "pubmed"}}}, {"Citation": "Meehan SK, Staines WR. Task-relevance + and temporal synchrony between tactile and visual stimuli modulates cortical + activity and motor performance during sensory-guided movement. Hum Brain Mapp. + 2009;30:484\u2013496.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6870861", + "@IdType": "pmc"}, {"#text": "18095277", "@IdType": "pubmed"}]}}, {"Citation": + "Melcher T, Gruber O. Oddball and incongruity effects during Stroop task performance: + a comparative fMRI study on selective attention. Brain Res. 2006;1121:136\u2013149.", + "ArticleIdList": {"ArticleId": {"#text": "17022954", "@IdType": "pubmed"}}}, + {"Citation": "Milham MP, Erickson KI, Banich MT, Kramer AF, Webb A, Wszalek + T, Cohen NJ. Attentional control in the aging brain: insights from an fMRI + study of the stroop task. Brain Cogn. 2002;49:277\u2013296.", "ArticleIdList": + {"ArticleId": {"#text": "12139955", "@IdType": "pubmed"}}}, {"Citation": "Milham + MP, Banich MT. Anterior cingulate cortex: an fMRI analysis of conflict specificity + and functional differentiation. Hum Brain Mapp. 2005;25:328\u201335.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6871683", "@IdType": "pmc"}, {"#text": "15834861", + "@IdType": "pubmed"}]}}, {"Citation": "Mishkin M, Malamut BL, Bachevalier + J. Memories and habits: Two neural systems. In: Lynch G, McGaugh L, Weinberger + NM, editors. Neurobiology of learning and memory. Guilford Press; New York: + 1984. pp. 65\u201377."}, {"Citation": "M\u00fcller-Oehring EM, Schulte T, + Raassi C, Pfefferbaum A, Sullivan EV. Local-global interference is modulated + by age, sex and anterior corpus callosum size. Brain Res. 2007;1142:189\u2013205.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1876662", "@IdType": "pmc"}, + {"#text": "17335783", "@IdType": "pubmed"}]}}, {"Citation": "Nielson KA, Langenecker + SA, Garavan H. Differences in the functional neuroanatomy of inhibitory control + across the adult life span. Psychol Aging. 2004;17:56\u201371.", "ArticleIdList": + {"ArticleId": {"#text": "11931287", "@IdType": "pubmed"}}}, {"Citation": "Poline + JB, Worsley KJ, Evans AC, Friston KJ. Combining spatial extent and peak intensity + to test for activations in functional imaging. Neuroimage. 1997;5:83\u201396.", + "ArticleIdList": {"ArticleId": {"#text": "9345540", "@IdType": "pubmed"}}}, + {"Citation": "Paxton JL, Barch DM, Racine CA, Braver TS. Cognitive control, + goal maintenance, and prefrontal function in healthy aging. Cereb Cortex. + 2008;18:1010\u20131028.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2904686", + "@IdType": "pmc"}, {"#text": "17804479", "@IdType": "pubmed"}]}}, {"Citation": + "Pfefferbaum A, Mathalon DH, Sullivan EV, Rawles JM, Zipursky RB, Lim KO. + A quantitative magnetic resonance imaging study of changes in brain morphology + from infancy to late adulthood. Arch Neurol. 1994;51:874\u2013887.", "ArticleIdList": + {"ArticleId": {"#text": "8080387", "@IdType": "pubmed"}}}, {"Citation": "Pfefferbaum + A, Adalsteinsson E, Spielman D, Sullivan EV, Lim KO. In vivo spectroscopic + quantification of the N-acetyl moiety, creatine, and choline from large volumes + of brain gray and white matter: effects of normal aging. Magn Reson Med. 1999;41:276\u2013284.", + "ArticleIdList": {"ArticleId": {"#text": "10080274", "@IdType": "pubmed"}}}, + {"Citation": "Rabbitt P. An age-decrement in the ability to ignore irrelevant + information. J Gerontol. 1965;20:233\u2013238.", "ArticleIdList": {"ArticleId": + {"#text": "14284802", "@IdType": "pubmed"}}}, {"Citation": "Rajah MN, D''Esposito + M. Region-specific changes in prefrontal function with age: a review of PET + and fMRI studies on working and episodic memory. Brain. 2005;128:1964\u20131983.", + "ArticleIdList": {"ArticleId": {"#text": "16049041", "@IdType": "pubmed"}}}, + {"Citation": "Raz N, Gunning-Dixon FM, Head D, Dupuis JH, Acker JD. Neuroanatomical + correlates of cognitive aging: evidence from structural magnetic resonance + imaging. Neuropsychology. 1998;12:95\u2013114.", "ArticleIdList": {"ArticleId": + {"#text": "9460738", "@IdType": "pubmed"}}}, {"Citation": "Raz N. Aging of + the brain and its impact on cognitive performance: Integration of structural + and functional findings. In: Craik FIM, Salthouse TA, editors. Handbook of + aging and cognition. 2nd ed Erlbaum; Mahwah, NJ: 2000. pp. 1\u201390."}, {"Citation": + "Resnick SM, Pham DL, Kraut MA, Zonderman AB, Davatzikos C. Longitudinal magnetic + resonance imaging studies of older adults: a shrinking brain. J Neurosci. + 2003;15:3295\u20133301.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6742337", + "@IdType": "pmc"}, {"#text": "12716936", "@IdType": "pubmed"}]}}, {"Citation": + "Resnick SM, Lamar M, Driscoll I. Vulnerability of the orbitofrontal cortex + to age-associated structural and functional brain changes. Ann N Y Acad Sci. + 2007;1121:562\u2013575.", "ArticleIdList": {"ArticleId": {"#text": "17846159", + "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz P. New visions of the + aging mind and brain. Trends Cogn Sci. 2002;6:394.", "ArticleIdList": {"ArticleId": + {"#text": "12200182", "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz + PA, Lustig C. Brain aging: reorganizing discoveries about the aging mind. + Curr Opin Neurobiol. 2005;15:245\u2013251.", "ArticleIdList": {"ArticleId": + {"#text": "15831410", "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz + PA, Cappell KA. Neurocognitive aging and the compensation hypothesis. Current + Directions in Psychological Science. 2008;17:177\u2013182."}, {"Citation": + "Rosen AC, Prull MW, O''Hara R, Race EA, Desmond JE, Glover GH, Yesavage JA, + Gabrieli JD. Variable effects of aging on frontal lobe contributions to memory. + Neuroreport. 2002;20:2425\u20132428.", "ArticleIdList": {"ArticleId": {"#text": + "12499842", "@IdType": "pubmed"}}}, {"Citation": "Saunders D, Howe F, van + den Boogaart A, Griffiths J, Brown M. Aging of the adult human brain: in vivo + quantitation of metabolite content with proton magnetic resonance spectroscopy. + J Magn Reson Imaging. 1999;9:711\u2013716.", "ArticleIdList": {"ArticleId": + {"#text": "10331768", "@IdType": "pubmed"}}}, {"Citation": "Schiltz K, Szentkuti + A, Guderian S, Kaufmann J, M\u00fcnte TF, Heinze HJ, D\u00fczel E. Relationship + between hippocampal structure and memory function in elderly humans. J Cogn + Neurosci. 2006;18:990\u20131003.", "ArticleIdList": {"ArticleId": {"#text": + "16839305", "@IdType": "pubmed"}}}, {"Citation": "Schmahmann JD, Doyon J, + Toga AW, Petrides M, Evans AC. MRI Atlas of the Human Cerebellum. Academic + Press; San Diego: 2000.", "ArticleIdList": {"ArticleId": {"#text": "10458940", + "@IdType": "pubmed"}}}, {"Citation": "Schneider BA, Pichora-Fuller MK. The + Handbook of Aging and Cognition. Second Edition Lawrence Erlbaum Associates + Publishers; 2000. Implications of Perceptual Deterioration for Cognitive Aging + Research; pp. 155\u2013219."}, {"Citation": "Schneider-Garces NJ, Gordon BA, + Brumback-Peltz CR, Shin E, Lee Y, Sutton BP, Maclin EL, Gratton G, Fabiani + M. Span, CRUNCH, and Beyond: Working Memory Capacity and the Aging Brain. + J Cogn Neurosci. 2009 Mar 25; in press.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3666347", "@IdType": "pmc"}, {"#text": "19320550", "@IdType": "pubmed"}]}}, + {"Citation": "Schulte T, Mueller-Oehring EM, Rosenbloom MJ, Pfefferbaum A, + Sullivan EV. Differential effect of HIV infection and alcoholism on conflict + processing, attentional allocation, and perceptual load: evidence from a Stroop + Match-to-Sample task. Biol Psychiatry. 2005;57:67\u201375.", "ArticleIdList": + {"ArticleId": {"#text": "15607302", "@IdType": "pubmed"}}}, {"Citation": "Schulte + T, Muller-Oehring EM, Salo R, Pfefferbaum A, Sullivan EV. Callosal involvement + in a lateralized stroop task in alcoholic and healthy subjects. Neuropsychology. + 2006;20:727\u2013736.", "ArticleIdList": {"ArticleId": {"#text": "17100517", + "@IdType": "pubmed"}}}, {"Citation": "Schulte T, Muller-Oehring EM, Pfefferbaum + A, Sullivan EV. Callosal compromise differentially affects conflict processing + and attentional allocation in alcoholism, HIV-infection, and their comorbidity. + Brain Imaging and Behavior. 2008;2:27\u201338.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2666876", "@IdType": "pmc"}, {"#text": "19360136", "@IdType": + "pubmed"}]}}, {"Citation": "Schulte T, M\u00fcller-Oehring EM, Vinco S, Hoeft + F, Pfefferbaum A, Sullivan EV. Double dissociation between action-driven and + perception-driven conflict resolution invoking anterior versus posterior brain + systems. Neuroimage. 2009;48:381\u2013390.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2753237", "@IdType": "pmc"}, {"#text": "19573610", "@IdType": + "pubmed"}]}}, {"Citation": "Soldan A, Gazes Y, Hilton HJ, Stern Y. Aging does + not affect brain patterns of repetition effects associated with perceptual + priming of novel objects. J Cogn Neurosci. 2008;20:1762\u20131776.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2600415", "@IdType": "pmc"}, {"#text": "18370593", + "@IdType": "pubmed"}]}}, {"Citation": "Sowell ER, Peterson BS, Thompson PM, + Welcome SE, Henkenius AL, Toga AW. Mapping cortical change across the human + life span. Nat Neurosci. 2003;6:309\u2013315.", "ArticleIdList": {"ArticleId": + {"#text": "12548289", "@IdType": "pubmed"}}}, {"Citation": "Stern Y, Habeck + C, Moeller J, Scarmeas N, Anderson KE, Hilton HJ, Flynn J, Sackeim H, van + Heertum R. Brain networks associated with cognitive reserve in healthy young + and old adults. Cereb Cortex. 2005:394\u2013402.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3025536", "@IdType": "pmc"}, {"#text": "15749983", "@IdType": + "pubmed"}]}}, {"Citation": "van Boxtel MP, ten Tusscher MP, Metsemakers JF, + Willems B, Jolles J. Visual determinants of reduced performance on the Stroop + color-word test in normal aging individuals. J Clin Exp Neuropsychol. 2001;23:620\u2013627.", + "ArticleIdList": {"ArticleId": {"#text": "11778639", "@IdType": "pubmed"}}}, + {"Citation": "Stroop JR. Studies of interference in serial verbal reactions. + J Exp Psychol. 1935;12:643\u2013662."}, {"Citation": "Teipel SJ, Bokde AL, + Born C, Meindl T, Reiser M, M\u00f6ller HJ, Hampel H. Morphological substrate + of face matching in healthy ageing and mild cognitive impairment: a combined + MRI-fMRI study. Brain. 2007;130:1745\u20131758.", "ArticleIdList": {"ArticleId": + {"#text": "17566054", "@IdType": "pubmed"}}}, {"Citation": "Trinkler I, King + JA, Doeller CF, Rugg MD, Burgess N. Neural bases of autobiographical support + for episodic recollection of faces. Hippocampus. 2009 Jan 27; in press.", + "ArticleIdList": {"ArticleId": {"#text": "19173228", "@IdType": "pubmed"}}}, + {"Citation": "Voss MW, Erickson KI, Chaddock L, Prakash RS, Colcombe SJ, Morris + KS, Doerksen S, Hu L, McAuley E, Kramer AF. Dedifferentiation in the visual + cortex: an fMRI investigation of individual differences in older adults. Brain + Res. 2008;9:121\u2013131.", "ArticleIdList": {"ArticleId": {"#text": "18848823", + "@IdType": "pubmed"}}}, {"Citation": "Wallentin M, Roepstorff A, Glover R, + Burgess N. Parallel memory systems for talking about location and age in precuneus, + caudate and Broca''s region. Neuroimage. 2006;32:1850\u20131864.", "ArticleIdList": + {"ArticleId": {"#text": "16828565", "@IdType": "pubmed"}}}, {"Citation": "Wagner + AD, Shannon BJ, Kahn I, Buckner RL. Parietal lobe contributions to episodic + memory retrieval. Trends Cogn Sci. 2005;9:445\u2013453.", "ArticleIdList": + {"ArticleId": {"#text": "16054861", "@IdType": "pubmed"}}}, {"Citation": "Ward + NS. Compensatory mechanisms in the aging motor system. Ageing Res Rev. 2006;5:239\u2013254.", + "ArticleIdList": {"ArticleId": {"#text": "16905372", "@IdType": "pubmed"}}}, + {"Citation": "Zahr NM, Mayer D, Pfefferbaum A, Sullivan EV. Low striatal glutamate + levels underlie cognitive decline in the elderly: evidence from in vivo molecular + spectroscopy. Cereb Cortex. 2008;18:2241\u20132250.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2733311", "@IdType": "pmc"}, {"#text": "18234683", "@IdType": + "pubmed"}]}}, {"Citation": "Zysset S, Schroeter ML, Neumann J, Yves von Cramon + D. Stroop interference, hemodynamic response and aging: An event-related fMRI + study. Neurobiol Aging. 2007;28:937\u2013946.", "ArticleIdList": {"ArticleId": + {"#text": "21887888", "@IdType": "pubmed"}}}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "20022675", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1558-1497", + "@IssnType": "Electronic"}, "Title": "Neurobiology of aging", "JournalIssue": + {"Issue": "11", "Volume": "32", "PubDate": {"Year": "2011", "Month": "Nov"}, + "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, "Abstract": + {"AbstractText": "Aging has readily observable effects on the ability to resolve + conflict between competing stimulus attributes that are likely related to + selective structural and functional brain changes. To identify age-related + differences in neural circuits subserving conflict processing, we combined + structural and functional MRI and a Stroop Match-to-Sample task involving + perceptual cueing and repetition to modulate resources in healthy young and + older adults. In our Stroop Match-to-Sample task, older adults handled conflict + by activating a frontoparietal attention system more than young adults and + engaged a visuomotor network more than young adults when processing repetitive + conflict and when processing conflict following valid perceptual cueing. By + contrast, young adults activated frontal regions more than older adults when + processing conflict with perceptual cueing. These differential activation + patterns were not correlated with regional gray matter volume despite smaller + volumes in older than young adults. Given comparable performance in speed + and accuracy of responding between both groups, these data suggest that successful + aging is associated with functional reorganization of neural systems to accommodate + functionally increasing task demands on perceptual and attentional operations.", + "CopyrightInformation": "Copyright \u00a9 2009 Elsevier Inc. All rights reserved."}, + "Language": "eng", "@PubModel": "Print-Electronic", "GrantList": {"Grant": + [{"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": "United States", + "GrantID": "R01 AA005965"}, {"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": + "United States", "GrantID": "AA017168"}, {"Agency": "NIAAA NIH HHS", "Acronym": + "AA", "Country": "United States", "GrantID": "AA005965"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "AG017919"}, + {"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": "United States", "GrantID": + "K05 AA017168"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "R01 AG017919"}, {"Agency": "NIAAA NIH HHS", "Acronym": + "AA", "Country": "United States", "GrantID": "R01 AA010723"}, {"Agency": "NIAAA + NIH HHS", "Acronym": "AA", "Country": "United States", "GrantID": "R37 AA005965"}, + {"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": "United States", "GrantID": + "R37 AA010723"}, {"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": "United + States", "GrantID": "R01 AA018022"}, {"Agency": "NIAAA NIH HHS", "Acronym": + "AA", "Country": "United States", "GrantID": "AA010723"}, {"Agency": "NIAAA + NIH HHS", "Acronym": "AA", "Country": "United States", "GrantID": "R01 AA017923"}], + "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Tilman", "Initials": "T", "LastName": "Schulte", "AffiliationInfo": {"Affiliation": + "Neuroscience Program, SRI International, Menlo Park, CA 94025, USA."}}, {"@ValidYN": + "Y", "ForeName": "Eva M", "Initials": "EM", "LastName": "M\u00fcller-Oehring"}, + {"@ValidYN": "Y", "ForeName": "Sandra", "Initials": "S", "LastName": "Chanraud"}, + {"@ValidYN": "Y", "ForeName": "Margaret J", "Initials": "MJ", "LastName": + "Rosenbloom"}, {"@ValidYN": "Y", "ForeName": "Adolf", "Initials": "A", "LastName": + "Pfefferbaum"}, {"@ValidYN": "Y", "ForeName": "Edith V", "Initials": "EV", + "LastName": "Sullivan"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "2090", + "StartPage": "2075", "MedlinePgn": "2075-90"}, "ArticleDate": {"Day": "22", + "Year": "2009", "Month": "12", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.1016/j.neurobiolaging.2009.12.002", "@EIdType": "doi", "@ValidYN": + "Y"}, "ArticleTitle": "Age-related reorganization of functional networks for + successful conflict resolution: a combined functional and structural MRI study.", + "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", "#text": "Journal + Article"}, {"@UI": "D052061", "#text": "Research Support, N.I.H., Extramural"}]}}, + "DateRevised": {"Day": "29", "Year": "2025", "Month": "05"}, "DateCompleted": + {"Day": "18", "Year": "2012", "Month": "01"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", + "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000369", + "#text": "Aged, 80 and over", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000033", "#text": "anatomy & histology", "@MajorTopicYN": "Y"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003220", "#text": "Conflict, Psychological", "@MajorTopicYN": "Y"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000033", + "#text": "anatomy & histology", "@MajorTopicYN": "N"}, {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D009415", + "#text": "Nerve Net", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D009483", + "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D009929", "#text": "Organ Size", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D011597", "#text": "Psychomotor Performance", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": + "N"}}]}, "MedlineJournalInfo": {"Country": "United States", "MedlineTA": "Neurobiol + Aging", "ISSNLinking": "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": + {"year": 2011, "title": "Age-related reorganization of functional networks + for successful conflict resolution: A combined functional and structural MRI + study", "venue": "Neurobiology of Aging", "authors": [{"name": "T. Schulte", + "authorId": "2127726"}, {"name": "E. M\u00fcller-Oehring", "authorId": "1396128529"}, + {"name": "S. Chanraud", "authorId": "5620800"}, {"name": "M. Rosenbloom", + "authorId": "2821103"}, {"name": "A. Pfefferbaum", "authorId": "3160106"}, + {"name": "E. Sullivan", "authorId": "2126307"}], "paperId": "dce468c8f9930630e834357a7d742504e9aea16f", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc2888896?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: The following paper + fields have been elided by the publisher: {''abstract''}. Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2009.12.002?email= + or https://doi.org/10.1016/j.neurobiolaging.2009.12.002, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2011-11-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T20:32:10.390519+00:00", "analyses": + [{"id": "H4P37vrhByGj", "user": null, "name": "Stroop\u2013mixed response + blocks - Older > young (parsed)", "metadata": {"table": {"table_number": 2, + "table_metadata": {"table_id": "tbl2", "table_label": "Table 2", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Parsing check", "conditions": + [], "weights": [], "points": [{"id": "RhFFAFGBgfzj", "coordinates": [22.0, + -56.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.84}]}, {"id": "4fnPiTwCUg53", "coordinates": + [12.0, 40.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.82}]}, {"id": "2M75AnLJfgaP", "coordinates": + [8.0, 12.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.74}]}, {"id": "kmADfyerZDeL", "coordinates": + [8.0, 2.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.71}]}, {"id": "KKaJRHTwPTLi", "coordinates": + [-6.0, -6.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.69}]}, {"id": "LZrQhm38Hihf", "coordinates": + [42.0, 4.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.57}]}], "images": []}, {"id": "adceCdxh7GrE", + "user": null, "name": "Older > young", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Comparison of young and older + adults: (1) functional MRI (fMRI): Activity of brain regions preferentially + invoked in each group for Stroop (INC\u2013CON) contrasts for cue-target match + or nonmatch trials. Coordinates are reported as given by SPM2 (MNI space) + and correspond only approximately to Talairach and Tournoux space. Z=Z-value, + two sample t-test (p<0.001 uncorrected, extent threshold k=10 voxels); BA: + Brodmann area; kE: number of voxels in a cluster; * regions significant at + p<0.05 corrected for the whole brain; (2) voxel-based morphometry (VBM): gray + matter volumes for regions-of-interest (ROIs), MANOVA, regions significant + at p<0.05 (SPSS); (3) activity of brain regions after gray matter volume correction, + ANCOVA, 1 regions significant at p<0.05 corrected for regional gray matter + volumes (SPSS).", "conditions": [], "weights": [], "points": [{"id": "SRKtUYmmNM8V", + "coordinates": [-4.0, -40.0, 70.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 3.96}]}, {"id": + "k4wzEkFaBet7", "coordinates": [-12.0, -44.0, 74.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.71}]}, {"id": "WUgFyr4JdR62", "coordinates": [-16.0, -34.0, 76.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.27}]}, {"id": "jQHfqHs7gzpq", "coordinates": [2.0, -22.0, + 74.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.5}]}, {"id": "jbdj8Rs7rGJz", "coordinates": [-4.0, + -66.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.87}]}, {"id": "BsrVs9fCRERM", "coordinates": + [4.0, -46.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.79}]}, {"id": "sHnv78rGF5Za", "coordinates": + [4.0, -76.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.63}]}], "images": []}, {"id": "XdkWgTypNpxR", + "user": null, "name": "Young > older", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Comparison of young and older + adults: (1) functional MRI (fMRI): Activity of brain regions preferentially + invoked in each group for Stroop (INC\u2013CON) contrasts for cue-target match + or nonmatch trials. Coordinates are reported as given by SPM2 (MNI space) + and correspond only approximately to Talairach and Tournoux space. Z=Z-value, + two sample t-test (p<0.001 uncorrected, extent threshold k=10 voxels); BA: + Brodmann area; kE: number of voxels in a cluster; * regions significant at + p<0.05 corrected for the whole brain; (2) voxel-based morphometry (VBM): gray + matter volumes for regions-of-interest (ROIs), MANOVA, regions significant + at p<0.05 (SPSS); (3) activity of brain regions after gray matter volume correction, + ANCOVA, 1 regions significant at p<0.05 corrected for regional gray matter + volumes (SPSS).", "conditions": [], "weights": [], "points": [{"id": "fnSKfyZxNYuj", + "coordinates": [38.0, 32.0, 28.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.48}]}, {"id": + "A4FCsqDUbBRc", "coordinates": [36.0, 32.0, 42.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.5}]}, {"id": "hgVLGHiKUe5F", "coordinates": [20.0, 42.0, 28.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.0}]}, {"id": "Yy9ZD7aCnemZ", "coordinates": [42.0, 2.0, 4.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.98}]}, {"id": "YT7jozKwQnxQ", "coordinates": [-32.0, 34.0, + 22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.45}]}, {"id": "AE4eyr2xBP5A", "coordinates": [-58.0, + 6.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.26}]}], "images": []}, {"id": "rwMnt7TVNJeu", + "user": null, "name": "(A) Incongruent-Nonmatch versus Incongruent-Match", + "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": "tbl4", + "table_label": "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Comparison of young and older + adults: (1) functional MRI (fMRI): Activity of brain regions preferentially + invoked in each group for (A) incongruent match versus nonmatch and (B) congruent + match versus nonmatch trials. Coordinates are reported as given by SPM2 (MNI + space) and correspond only approximately to Talairach and Tournoux space. + Z=Z-value, two sample t-test (p<0.001 uncorrected, extent threshold k=10 voxels); + BA: Brodmann area; kE: number of voxels in a cluster; *regions significant + at p<0.05 corrected for the whole brain; (2) voxel-based morphometry (VBM): + gray matter volumes for regions-of-interest (ROIs), MANOVA, regions significant + at p<0.05, two-tailed (SPSS); (3) activity of brain regions after gray matter + volume correction, ANCOVA, 1 regions significant at p<0.05 corrected for regional + gray matter volumes (SPSS).", "conditions": [], "weights": [], "points": [{"id": + "Sij3rU3XEZ7F", "coordinates": [24.0, 42.0, 32.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.8}]}, {"id": "CcHUNdR8DnWF", "coordinates": [56.0, -44.0, 36.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.75}]}, {"id": "8gX3f3bBzdp8", "coordinates": [56.0, -42.0, + 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.24}]}, {"id": "qSW4SYd4qFKj", "coordinates": [-34.0, + 40.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.7}]}, {"id": "ePap3xzeoFmA", "coordinates": + [44.0, 14.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.65}]}, {"id": "TmCkeZFeu857", "coordinates": + [-20.0, 20.0, 64.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.29}]}, {"id": "Hz4jQnF88Kav", "coordinates": + [-2.0, -72.0, -38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.5}]}, {"id": "a29tjmvnyfEL", "coordinates": + [-8.0, -64.0, -44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.41}]}, {"id": "gebPCBKFTivk", "coordinates": + [-22.0, -40.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.48}]}], "images": []}, {"id": "DXoBdSjLCusi", + "user": null, "name": "(B) Congruent-Nonmatch versus Congruent-Match", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Comparison of young and older + adults: (1) functional MRI (fMRI): Activity of brain regions preferentially + invoked in each group for (A) incongruent match versus nonmatch and (B) congruent + match versus nonmatch trials. Coordinates are reported as given by SPM2 (MNI + space) and correspond only approximately to Talairach and Tournoux space. + Z=Z-value, two sample t-test (p<0.001 uncorrected, extent threshold k=10 voxels); + BA: Brodmann area; kE: number of voxels in a cluster; *regions significant + at p<0.05 corrected for the whole brain; (2) voxel-based morphometry (VBM): + gray matter volumes for regions-of-interest (ROIs), MANOVA, regions significant + at p<0.05, two-tailed (SPSS); (3) activity of brain regions after gray matter + volume correction, ANCOVA, 1 regions significant at p<0.05 corrected for regional + gray matter volumes (SPSS).", "conditions": [], "weights": [], "points": [{"id": + "SEoGPPn2pfCp", "coordinates": [-36.0, -58.0, 52.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 4.6}]}, {"id": "vTfej9Cz25D3", "coordinates": [-44.0, -48.0, 48.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.4}]}, {"id": "ykU4djBiC39E", "coordinates": [56.0, -46.0, + 42.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.14}]}, {"id": "rwNyXXvnkwEL", "coordinates": [-58.0, + 10.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.74}]}, {"id": "FU3yhCv4dRSM", "coordinates": + [-40.0, 2.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.37}]}, {"id": "9mRJiAdNMQQm", "coordinates": + [-36.0, 24.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.73}]}, {"id": "q3GCaJi9pCPx", "coordinates": + [-36.0, 46.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.32}]}, {"id": "5NVsyh8wRHti", "coordinates": + [-38.0, 42.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.12}]}, {"id": "3stRYWoHfiq4", "coordinates": + [-28.0, 4.0, 64.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.3}]}], "images": []}]}, {"id": "KD47mLc3nr76", + "created_at": "2025-12-05T00:30:23.211147+00:00", "updated_at": null, "user": + null, "name": "Neural patterns underlying the effect of negative distractors + on working memory in older adults", "description": "Working memory (WM) declines + with age. Older adults, however, perform similar to younger adults in WM tasks + with negative distractors at low WM load. To clarify the neural basis of this + phenomenon, older (n\u00a0= 28) and younger (n\u00a0= 24) adults performed + an emotional n-back task during an fMRI scan, and activity in task-related + regions was examined. Comparing negative with neutral distraction at low WM + load, older adults demonstrated shorter reaction times (RT) and reduced activation + in frontoparietal regions:\u00a0bilateral middle frontal gyrus (MFG) and left + parietal cortex. They also had greater coherence within the frontoparietal + network, as well as greater deactivation of the ventromedial prefrontal cortex + and the amygdala. These patterns probably contributed to the older adults'' + diminished distractibility by negative task-irrelevant stimuli. Since recruitment + of control mechanisms was less required, the frontoparietal network was less + activated and performance was improved. Faster RT during the negative condition + was related to lesser activation of the MFG in both age groups, corroborating + the functional significance of this region to WM across the lifespan.", "publication": + "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2017.01.020", "pmid": + "28242539", "authors": "Noga Oren; E. Ash; R. Tarrasch; T. Hendler; Nir Giladi; + I. Shapira-Lichter", "year": 2017, "metadata": {"slug": "28242539-10-1016-j-neurobiolaging-2017-01-020", + "source": "semantic_scholar", "keywords": ["Aging", "Distractibility", "Emotion"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "9", "Year": "2016", "Month": "8", "@PubStatus": "received"}, {"Day": "23", + "Year": "2017", "Month": "1", "@PubStatus": "revised"}, {"Day": "25", "Year": + "2017", "Month": "1", "@PubStatus": "accepted"}, {"Day": "1", "Hour": "6", + "Year": "2017", "Month": "3", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": + "29", "Hour": "6", "Year": "2017", "Month": "11", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "1", "Hour": "6", "Year": "2017", "Month": "3", "Minute": + "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "28242539", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2017.01.020", + "@IdType": "doi"}, {"#text": "S0197-4580(17)30028-3", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "28242539", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Volume": "53", "PubDate": {"Year": "2017", "Month": + "May"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, + "Abstract": {"AbstractText": "Working memory (WM) declines with age. Older + adults, however, perform similar to younger adults in WM tasks with negative + distractors at low WM load. To clarify the neural basis of this phenomenon, + older (n\u00a0= 28) and younger (n\u00a0= 24) adults performed an emotional + n-back task during an fMRI scan, and activity in task-related regions was + examined. Comparing negative with neutral distraction at low WM load, older + adults demonstrated shorter reaction times (RT) and reduced activation in + frontoparietal regions:\u00a0bilateral middle frontal gyrus (MFG) and left + parietal cortex. They also had greater coherence within the frontoparietal + network, as well as greater deactivation of the ventromedial prefrontal cortex + and the amygdala. These patterns probably contributed to the older adults'' + diminished distractibility by negative task-irrelevant stimuli. Since recruitment + of control mechanisms was less required, the frontoparietal network was less + activated and performance was improved. Faster RT during the negative condition + was related to lesser activation of the MFG in both age groups, corroborating + the functional significance of this region to WM across the lifespan.", "CopyrightInformation": + "Copyright \u00a9 2017 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "Noga", "Initials": "N", "LastName": "Oren", "AffiliationInfo": + {"Affiliation": "Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, + Israel; Tel Aviv Center for Brain Functions, Tel Aviv Sourasky Medical Center, + Tel Aviv, Israel. Electronic address: nd.m101@gmail.com."}}, {"@ValidYN": + "Y", "ForeName": "Elissa L", "Initials": "EL", "LastName": "Ash", "AffiliationInfo": + {"Affiliation": "Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, + Israel; Department of Neurology, Tel Aviv Sourasky Medical Center, Tel Aviv, + Israel; Center for Memory and Attention Disorders, Tel Aviv Sourasky Medical + Center, Tel Aviv, Israel."}}, {"@ValidYN": "Y", "ForeName": "Ricardo", "Initials": + "R", "LastName": "Tarrasch", "AffiliationInfo": {"Affiliation": "Sagol School + of Neuroscience, Tel Aviv University, Tel Aviv, Israel; School of Education, + Tel Aviv University, Tel Aviv, Israel."}}, {"@ValidYN": "Y", "ForeName": "Talma", + "Initials": "T", "LastName": "Hendler", "AffiliationInfo": {"Affiliation": + "Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel; Tel Aviv + Center for Brain Functions, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; + Sagol School of Neuroscience, Tel Aviv University, Tel Aviv, Israel; School + of Psychological Sciences, Tel Aviv University, Tel Aviv, Israel."}}, {"@ValidYN": + "Y", "ForeName": "Nir", "Initials": "N", "LastName": "Giladi", "AffiliationInfo": + {"Affiliation": "Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, + Israel; Department of Neurology, Tel Aviv Sourasky Medical Center, Tel Aviv, + Israel; Sagol School of Neuroscience, Tel Aviv University, Tel Aviv, Israel."}}, + {"@ValidYN": "Y", "ForeName": "Irit", "Initials": "I", "LastName": "Shapira-Lichter", + "AffiliationInfo": {"Affiliation": "Sackler Faculty of Medicine, Tel Aviv + University, Tel Aviv, Israel; Department of Neurology, Tel Aviv Sourasky Medical + Center, Tel Aviv, Israel."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "102", "StartPage": "93", "MedlinePgn": "93-102"}, "ArticleDate": {"Day": + "03", "Year": "2017", "Month": "02", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2017.01.020", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(17)30028-3", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Neural patterns underlying the effect of negative distractors + on working memory in older adults.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "28", + "Year": "2017", "Month": "11"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Aging", "@MajorTopicYN": "N"}, {"#text": "Distractibility", "@MajorTopicYN": + "N"}, {"#text": "Emotion", "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": + "16", "Year": "2017", "Month": "11"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", + "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000523", + "#text": "psychology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D000375", + "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", + "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", + "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D000679", "#text": "Amygdala", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D004644", "#text": "Emotions", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", + "#text": "Male", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008570", + "#text": "Memory, Short-Term", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": + "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D010296", "#text": "Parietal Lobe", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, {"@UI": "Q000503", + "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": + "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2017, + "title": "Neural patterns underlying the effect of negative distractors on + working memory in older adults", "venue": "Neurobiology of Aging", "authors": + [{"name": "Noga Oren", "authorId": "3438417"}, {"name": "E. Ash", "authorId": + "38044241"}, {"name": "R. Tarrasch", "authorId": "2237705"}, {"name": "T. + Hendler", "authorId": "1705259"}, {"name": "Nir Giladi", "authorId": "144701716"}, + {"name": "I. Shapira-Lichter", "authorId": "1397011430"}], "paperId": "1b39bbc1aceeb994aad0d1c7610d957b22f50f54", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2017.01.020?email= + or https://doi.org/10.1016/j.neurobiolaging.2017.01.020, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2017-05-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T00:32:56.644943+00:00", "analyses": + [{"id": "qgJqqLt2qdmD", "user": null, "name": "Cognitive load main effect: + younger adults", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl2", "table_label": "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Results of activation analyses", + "conditions": [], "weights": [], "points": [{"id": "Ne5wH8gHmzzB", "coordinates": + [-46.0, -44.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 16.27}]}, {"id": "Yei2uJQr67Nz", "coordinates": + [38.0, 34.0, 33.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 11.03}]}, {"id": "qVtVBAbBHhGv", "coordinates": + [-40.0, -5.0, 37.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 9.8}]}, {"id": "zAdXnrCryANa", "coordinates": + [29.0, -59.0, -33.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 8.7}]}, {"id": "nb7sUwPPGgjg", "coordinates": + [-28.0, -62.0, -30.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.37}]}, {"id": "PQyRzNCagNuv", "coordinates": + [-28.0, -17.0, -18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -13.97}]}, {"id": "SfsBrjkfnAhz", + "coordinates": [-11.0, -56.0, 12.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": [{"kind": "T", "value": -11.6}]}, {"id": + "8T9XHhQ3974Y", "coordinates": [2.0, 52.0, -6.0], "kind": null, "space": "TAL", + "image": null, "label_id": null, "values": [{"kind": "T", "value": -10.25}]}, + {"id": "pSfVk2S56JUP", "coordinates": [23.0, 33.0, -3.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": [{"kind": "T", "value": + -8.43}]}, {"id": "KnTL4uDiXwWt", "coordinates": [2.0, 13.0, -6.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": -7.97}]}], "images": []}, {"id": "p7LZp7MWBGhV", "user": null, + "name": "Cognitive load main effect: older adults", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Results of activation analyses", + "conditions": [], "weights": [], "points": [{"id": "ZseAvqhyWZTJ", "coordinates": + [-37.0, 4.0, 60.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.6}]}, {"id": "TTxZGLFkVu5f", "coordinates": + [-34.0, 22.0, 9.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.56}]}, {"id": "qgVX4dp7v8Tw", "coordinates": + [-37.0, -74.0, 39.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.21}]}, {"id": "e6pVrFRquXKx", "coordinates": + [-4.0, -5.0, 9.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.38}]}], "images": []}, {"id": "eRjzSZtCyBMT", + "user": null, "name": "Cognitive load by group interaction", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Results of activation analyses", + "conditions": [], "weights": [], "points": [{"id": "KDoXnnuoHNVZ", "coordinates": + [-7.0, -53.0, 18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 43.7}]}, {"id": "FcKEutpD3ZxG", "coordinates": + [-28.0, -29.0, -12.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 41.14}]}, {"id": "Vs2zrqzmF3Da", "coordinates": + [5.0, 55.0, -6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 35.53}]}, {"id": "KbBK44sfGBYU", "coordinates": + [23.0, -2.0, -12.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 33.3}]}, {"id": "EBTR5VwYh3gH", "coordinates": + [26.0, -29.0, -12.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 33.17}]}, {"id": "m6B2pPPMY5xw", "coordinates": + [-52.0, -8.0, -18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 32.77}]}, {"id": "VAu9G68rCVJe", "coordinates": + [32.0, 32.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 28.78}]}], "images": []}]}, {"id": + "LLBcP7j4zJcB", "created_at": "2025-12-04T07:43:25.954327+00:00", "updated_at": + null, "user": null, "name": "Deficient prefrontal attentional control in late-life + generalized anxiety disorder: an fMRI investigation", "description": "Younger + adults with anxiety disorders are known to show an attentional bias toward + negative information. Little is known regarding the role of biased attention + in anxious older adults, and even less is known about the neural substrates + of any such bias. Functional magnetic resonance imaging (fMRI) was used to + assess the mechanisms of attentional bias in late life by contrasting predictions + of a top-down model emphasizing deficient prefrontal cortex (PFC) control + and a bottom-up model emphasizing amygdalar hyperreactivity. In all, 16 older + generalized anxiety disorder (GAD) patients (mean age=66 years) and 12 non-anxious + controls (NACs; mean age=67 years) completed the emotional Stroop task to + assess selective attention to negative words. Task-related fMRI data were + concurrently acquired. Consistent with hypotheses, GAD participants were slower + to identify the color of negative words relative to neutral, whereas NACs + showed the opposite bias, responding more quickly to negative words. During + negative words (in comparison with neutral), the NAC group showed PFC activations, + coupled with deactivation of task-irrelevant emotional processing regions + such as the amygdala and hippocampus. By contrast, GAD participants showed + PFC decreases during negative words and no differences in amygdalar activity + across word types. Across all participants, greater attentional bias toward + negative words was correlated with decreased PFC recruitment. A significant + positive correlation between attentional bias and amygdala activation was + also present, but this relationship was mediated by PFC activity. These results + are consistent with reduced prefrontal attentional control in late-life GAD. + Strategies to enhance top-down attentional control may be particularly relevant + in late-life GAD treatment.", "publication": "Translational Psychiatry", "doi": + "10.1038/tp.2011.46", "pmid": "22833192", "authors": "Rebecca B. Price; Rebecca + B. Price; Dana A. Eldreth; Jan Mohlman", "year": 2011, "metadata": {"slug": + "22833192-10-1038-tp-2011-46-pmc3309492", "source": "semantic_scholar", "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "27", "Hour": + "6", "Year": "2012", "Month": "7", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "1", "Hour": "0", "Year": "2011", "Month": "1", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "5", "Hour": "6", "Year": "2013", "Month": "4", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "1", "Year": "2011", "Month": "10", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "22833192", "@IdType": "pubmed"}, {"#text": "PMC3309492", "@IdType": "pmc"}, + {"#text": "10.1038/tp.2011.46", "@IdType": "doi"}, {"#text": "tp201146", "@IdType": + "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Bar-Haim Y, Lamy D, + Pergamin L, Bakermans-Kranenburg MJ, van IMH. Threat-related attentional bias + in anxious and nonanxious individuals: a meta-analytic study. Psychol Bull. + 2007;133:1\u201324.", "ArticleIdList": {"ArticleId": {"#text": "17201568", + "@IdType": "pubmed"}}}, {"Citation": "Mogg K, Mathews A, Weinman J. Selective + processing of threat cues in anxiety states: a replication. Behav Res Ther. + 1989;27:317\u2013323.", "ArticleIdList": {"ArticleId": {"#text": "2775141", + "@IdType": "pubmed"}}}, {"Citation": "Fox E, Russo R, Bowles R, Dutton K. + Do threatening stimuli draw or hold visual attention in subclinical anxiety. + J Exp Psychol Gen. 2001;130:681\u2013700.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC1924776", "@IdType": "pmc"}, {"#text": "11757875", "@IdType": + "pubmed"}]}}, {"Citation": "Beekman AT, Bremmer MA, Deeg DJ, van Balkom AJ, + Smit JH, de Beurs E, et al. Anxiety disorders in later life: a report from + the Longitudinal Aging Study Amsterdam. Int J Geriatr Psychiatry. 1998;13:717\u2013726.", + "ArticleIdList": {"ArticleId": {"#text": "9818308", "@IdType": "pubmed"}}}, + {"Citation": "Fox LS, Knight BG. The effects of anxiety on attentional processes + in older adults. Aging Ment Health. 2005;9:585\u2013593.", "ArticleIdList": + {"ArticleId": {"#text": "16214707", "@IdType": "pubmed"}}}, {"Citation": "Price + RB, Siegle G, Mohlman J.Emotional Stroop performance in older adults: effects + of habitual worry Am J Geriatr Psychiatryin press).", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3246555", "@IdType": "pmc"}, {"#text": "21941169", "@IdType": + "pubmed"}]}}, {"Citation": "Lee LO, Knight BG. Attentional bias for threat + in older adults: moderation of the positivity bias by trait anxiety and stimulus + modality. Psychol Aging. 2009;24:741\u2013747.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2743240", "@IdType": "pmc"}, {"#text": "19739931", "@IdType": + "pubmed"}]}}, {"Citation": "Mather M, Carstensen LL. Aging and motivated cognition: + the positivity effect in attention and memory. Trends Cogn Sci. 2005;9:496\u2013502.", + "ArticleIdList": {"ArticleId": {"#text": "16154382", "@IdType": "pubmed"}}}, + {"Citation": "Scheibe S, Carstensen LL. Emotional aging: recent findings and + future trends. J Gerontol B Psychol Sci Soc Sci. 2010;65B:135\u2013144.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2821944", "@IdType": "pmc"}, + {"#text": "20054013", "@IdType": "pubmed"}]}}, {"Citation": "Mogg K, Bradley + BP. A cognitive-motivational analysis of anxiety. Behav Res Ther. 1998;36:809\u2013848.", + "ArticleIdList": {"ArticleId": {"#text": "9701859", "@IdType": "pubmed"}}}, + {"Citation": "LeDoux JE. Emotion circuits in the brain. Annu Rev Neurosci. + 2000;23:155\u2013184.", "ArticleIdList": {"ArticleId": {"#text": "10845062", + "@IdType": "pubmed"}}}, {"Citation": "Zald DH. The human amygdala and the + emotional evaluation of sensory stimuli. Brain Res Brain Res Rev. 2003;41:88\u2013123.", + "ArticleIdList": {"ArticleId": {"#text": "12505650", "@IdType": "pubmed"}}}, + {"Citation": "Eysenck MW, Derakshan N, Santos R, Calvo MG. Anxiety and cognitive + performance: attentional control theory. Emotion. 2007;7:336\u2013353.", "ArticleIdList": + {"ArticleId": {"#text": "17516812", "@IdType": "pubmed"}}}, {"Citation": "Banich + MT, Mackiewicz KL, Depue BE, Whitmer AJ, Miller GA, Heller W. Cognitive control + mechanisms, emotion and memory: a neural perspective with implications for + psychopathology. Neurosci Biobehav Rev. 2009;33:613\u2013630.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2865433", "@IdType": "pmc"}, {"#text": "18948135", + "@IdType": "pubmed"}]}}, {"Citation": "Desimone R, Duncan J. Neural mechanisms + of selective visual attention. Annu Rev Neurosci. 1995;18:193\u2013222.", + "ArticleIdList": {"ArticleId": {"#text": "7605061", "@IdType": "pubmed"}}}, + {"Citation": "Pessoa L, Kastner S, Ungerleider LG. Attentional control of + the processing of neural and emotional stimuli. Brain Res Cogn Brain Res. + 2002;15:31\u201345.", "ArticleIdList": {"ArticleId": {"#text": "12433381", + "@IdType": "pubmed"}}}, {"Citation": "Bishop SJ, Jenkins R, Lawrence AD. Neural + processing of fearful faces: effects of anxiety are gated by perceptual capacity + limitations. Cereb Cortex. 2007;17:1595\u20131603.", "ArticleIdList": {"ArticleId": + {"#text": "16956980", "@IdType": "pubmed"}}}, {"Citation": "Bishop S, Duncan + J, Brett M, Lawrence AD. Prefrontal cortical function and anxiety: controlling + attention to threat-related stimuli. Nat Neurosci. 2004;7:184\u2013188.", + "ArticleIdList": {"ArticleId": {"#text": "14703573", "@IdType": "pubmed"}}}, + {"Citation": "Bishop SJ, Duncan J, Lawrence AD. State anxiety modulation of + the amygdala response to unattended threat-related stimuli. J Neurosci. 2004;24:10364\u201310368.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6730310", "@IdType": "pmc"}, + {"#text": "15548650", "@IdType": "pubmed"}]}}, {"Citation": "Bishop SJ. Neural + mechanisms underlying selective attention to threat. Ann N Y Acad Sci. 2008;1129:141\u2013152.", + "ArticleIdList": {"ArticleId": {"#text": "18591476", "@IdType": "pubmed"}}}, + {"Citation": "Bishop SJ. Neurocognitive mechanisms of anxiety: an integrative + account. Trends Cogn Sci. 2007;11:307\u2013316.", "ArticleIdList": {"ArticleId": + {"#text": "17553730", "@IdType": "pubmed"}}}, {"Citation": "Byers AL, Yaffe + K, Covinsky KE, Friedman MB, Bruce ML. High occurrence of mood and anxiety + disorders among older adults: The National Comorbidity Survey Replication. + Arch Gen Psychiatry. 2010;67:489\u2013496.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2933177", "@IdType": "pmc"}, {"#text": "20439830", "@IdType": + "pubmed"}]}}, {"Citation": "Mogg K, Bradley BP. Attentional bias in generalized + anxiety disorder versus depressive disorder. Cognitive Ther Res. 2005;29:29\u201345."}, + {"Citation": "Mather M, Carstensen LL. Aging and attentional biases for emotional + faces. Psychol Sci. 2003;14:409\u2013415.", "ArticleIdList": {"ArticleId": + {"#text": "12930469", "@IdType": "pubmed"}}}, {"Citation": "Mohlman J, Eldreth + DA, Price RB, Staples AM, Hanson C.Prefrontal-limbic connectivity during worry + in older adults with generalized anxiety disorderUnpublished data.", "ArticleIdList": + {"ArticleId": {"#text": "26566020", "@IdType": "pubmed"}}}, {"Citation": "First + MB, Spitzer RL, Williams JBW, Gibbon M. Structured Clinical Interview for + DSM-IV Axis I Disorders - Patient Edition. New York Psychiatric Institute: + New York; 1995."}, {"Citation": "Kaplan E, Goodglass H, Wieintraub S. Boston + Naming Test. Experimental Edition. Aphasia Research Center, Boston University: + Boston; 1976."}, {"Citation": "Wechsler D. Wechsler Abbreviated Scale of Intelligence + (WASI) Harcourt Assessment: San Antonio; 1999."}, {"Citation": "Trenerry MR, + Crosson B, DeBoe J, Leber WR. Stroop Neuropsychological Screening Test Manual. + Psychological Assessment Resources: Odessa, FL; 1989."}, {"Citation": "Gotlib + IH, McCann CD. Construct accessibility and depression: an examination of cognitive + and affective factors. J Pers Soc Psychol. 1984;47:427\u2013439.", "ArticleIdList": + {"ArticleId": {"#text": "6481620", "@IdType": "pubmed"}}}, {"Citation": "Mohlman + J, Price RB, Vietri J. Accentuate the Positive, Eliminate the Negative? Performance + of Older GAD Patients and Healthy Controls on a Dot Probe Task. Annual Meeting + of the Association for Behavioral and Cognitive Therapies: Orlando, FL; 2008."}, + {"Citation": "Ashburner J. A fast diffeomorphic image registration algorithm. + Neuroimage. 2007;38:95\u2013113.", "ArticleIdList": {"ArticleId": {"#text": + "17761438", "@IdType": "pubmed"}}}, {"Citation": "Klein A, Andersson J, Ardekani + BA, Ashburner J, Avants B, Chiang MC, et al. Evaluation of 14 nonlinear deformation + algorithms applied to human brain MRI registration. Neuroimage. 2009;46:786\u2013802.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2747506", "@IdType": "pmc"}, + {"#text": "19195496", "@IdType": "pubmed"}]}}, {"Citation": "Mechelli A, Henson + RN, Price CJ, Friston KJ. Comparing event-related and epoch analysis in blocked + design fMRI. Neuroimage. 2003;18:806\u2013810.", "ArticleIdList": {"ArticleId": + {"#text": "12667857", "@IdType": "pubmed"}}}, {"Citation": "Baron RM, Kenny + DA. The moderator-mediator variable distinction in social psychological research: + conceptual, strategic, and statistical considerations. J Pers Soc Psychol. + 1986;51:1173\u20131182.", "ArticleIdList": {"ArticleId": {"#text": "3806354", + "@IdType": "pubmed"}}}, {"Citation": "Compton RJ, Banich MT, Mohanty A, Milham + MP, Herrington J, Miller GA, et al. Paying attention to emotion: an fMRI investigation + of cognitive and emotional stroop tasks. Cogn Affect Behav Neurosci. 2003;3:81\u201396.", + "ArticleIdList": {"ArticleId": {"#text": "12943324", "@IdType": "pubmed"}}}, + {"Citation": "Nee DE, Wager TD, Jonides J. Interference resolution: insights + from a meta-analysis of neuroimaging tasks. Cogn Affect Behav Neurosci. 2007;7:1\u201317.", + "ArticleIdList": {"ArticleId": {"#text": "17598730", "@IdType": "pubmed"}}}, + {"Citation": "Mansouri FA, Tanaka K, Buckley MJ. Conflict-induced behavioural + adjustment: a clue to the executive functions of the prefrontal cortex. Nat + Rev Neurosci. 2009;10:141\u2013152.", "ArticleIdList": {"ArticleId": {"#text": + "19153577", "@IdType": "pubmed"}}}, {"Citation": "Venkatraman V, Rosati AG, + Taren AA, Huettel SA. Resolving response, decision, and strategic control: + evidence for a functional topography in dorsomedial prefrontal cortex. J Neurosci. + 2009;29:13158\u201313164.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2801415", + "@IdType": "pmc"}, {"#text": "19846703", "@IdType": "pubmed"}]}}, {"Citation": + "Ochsner KN, Gross JJ. The cognitive control of emotion. Trends Cogn Sci. + 2005;9:242\u2013249.", "ArticleIdList": {"ArticleId": {"#text": "15866151", + "@IdType": "pubmed"}}}, {"Citation": "Johnstone T, van Reekum CM, Urry HL, + Kalin NH, Davidson RJ. Failure to regulate: counterproductive recruitment + of top-down prefrontal-subcortical circuitry in major depression. J Neurosci. + 2007;27:8877\u20138884.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6672169", + "@IdType": "pmc"}, {"#text": "17699669", "@IdType": "pubmed"}]}}, {"Citation": + "Ochsner KN, Ray RD, Cooper JC, Robertson ER, Chopra S, Gabrieli JD, et al. + For better or for worse: neural systems supporting the cognitive down- and + up-regulation of negative emotion. Neuroimage. 2004;23:483\u2013499.", "ArticleIdList": + {"ArticleId": {"#text": "15488398", "@IdType": "pubmed"}}}, {"Citation": "Lieberman + MD, Eisenberger NI, Crockett MJ, Tom SM, Pfeifer JH, Way BM. Putting feelings + into words: affect labeling disrupts amygdala activity in response to affective + stimuli. Psychol Sci. 2007;18:421\u2013428.", "ArticleIdList": {"ArticleId": + {"#text": "17576282", "@IdType": "pubmed"}}}, {"Citation": "Cahn BR, Polich + J. Meditation states and traits: EEG, ERP, and neuroimaging studies. Psychol + Bull. 2006;132:180\u2013211.", "ArticleIdList": {"ArticleId": {"#text": "16536641", + "@IdType": "pubmed"}}}, {"Citation": "Paulesu E, Sambugaro E, Torti T, Danelli + L, Ferri F, Scialfa G, et al. Neural correlates of worry in generalized anxiety + disorder and in normal controls: a functional MRI study. Psychol Med. 2010;40:117\u2013124.", + "ArticleIdList": {"ArticleId": {"#text": "19419593", "@IdType": "pubmed"}}}, + {"Citation": "Etkin A, Prater KE, Schatzberg AF, Menon V, Greicius MD. Disrupted + amygdalar subregion functional connectivity and evidence of a compensatory + network in generalized anxiety disorder. Arch Gen Psychiatry. 2009;66:1361\u20131372.", + "ArticleIdList": {"ArticleId": {"#text": "19996041", "@IdType": "pubmed"}}}, + {"Citation": "Etkin A, Prater KE, Hoeft F, Menon V, Schatzberg AF. Failure + of anterior cingulate activation and connectivity with the amygdala during + implicit regulation of emotional processing in generalized anxiety disorder. + Am J Psychiatry. 2010;167:545\u2013554.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC4367202", "@IdType": "pmc"}, {"#text": "20123913", "@IdType": "pubmed"}]}}, + {"Citation": "Engels AS, Heller W, Mohanty A, Herrington JD, Banich MT, Webb + AG, et al. Specificity of regional brain activity in anxiety types during + emotion processing. Psychophysiology. 2007;44:352\u2013363.", "ArticleIdList": + {"ArticleId": {"#text": "17433094", "@IdType": "pubmed"}}}, {"Citation": "Etkin + A, Egner T, Kalisch R. Emotional processing in anterior cingulate and medial + prefrontal cortex. Trends Cogn Sci. 2011;15:85\u201393.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3035157", "@IdType": "pmc"}, {"#text": "21167765", + "@IdType": "pubmed"}]}}, {"Citation": "Shin LM, Whalen PJ, Pitman RK, Bush + G, Macklin ML, Lasko NB, et al. An fMRI study of anterior cingulate function + in posttraumatic stress disorder. Biol Psychiatry. 2001;50:932\u2013942.", + "ArticleIdList": {"ArticleId": {"#text": "11750889", "@IdType": "pubmed"}}}, + {"Citation": "Whalen PJ, Bush G, McNally RJ, Wilhelm S, McInerney SC, Jenike + MA, et al. The emotional counting Stroop paradigm: a functional magnetic resonance + imaging probe of the anterior cingulate affective division. Biol Psychiatry. + 1998;44:1219\u20131228.", "ArticleIdList": {"ArticleId": {"#text": "9861465", + "@IdType": "pubmed"}}}, {"Citation": "Britton JC, Gold AL, Deckersbach T, + Rauch SL. Functional MRI study of specific animal phobia using an event-related + emotional counting Stroop paradigm. Depress Anxiety. 2009;26:796\u2013805.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2792204", "@IdType": "pmc"}, + {"#text": "19434621", "@IdType": "pubmed"}]}}, {"Citation": "Isenberg N, Silbersweig + D, Engelien A, Emmerich S, Malavade K, Beattie B, et al. Linguistic threat + activates the human amygdala. Proc Natl Acad Sci USA. 1999;96:10456\u201310459.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC17910", "@IdType": "pmc"}, {"#text": + "10468630", "@IdType": "pubmed"}]}}, {"Citation": "George MS, Ketter TA, Parekh + PI, Rosinsky N, Ring HA, Pazzaglia PJ, et al. Blunted left cingulate activation + in mood disorder subjects during a response interference task (the Stroop) + J Neuropsychiatry Clin Neurosci. 1997;9:55\u201363.", "ArticleIdList": {"ArticleId": + {"#text": "9017529", "@IdType": "pubmed"}}}, {"Citation": "Milham MP, Banich + MT, Claus ED, Cohen NJ. Practice-related effects demonstrate complementary + roles of anterior cingulate and prefrontal cortices in attentional control. + Neuroimage. 2003;18:483\u2013493.", "ArticleIdList": {"ArticleId": {"#text": + "12595201", "@IdType": "pubmed"}}}, {"Citation": "Milham MP, Banich MT, Barad + V. Competition for priority in processing increases prefrontal cortex''s involvement + in top-down control: an event-related fMRI study of the stroop task. Brain + Res Cogn Brain Res. 2003;17:212\u2013222.", "ArticleIdList": {"ArticleId": + {"#text": "12880892", "@IdType": "pubmed"}}}, {"Citation": "Wright CI, Wedig + MM, Williams D, Rauch SL, Albert MS. Novel fearful faces activate the amygdala + in healthy young and elderly adults. Neurobiol Aging. 2006;27:361\u2013374.", + "ArticleIdList": {"ArticleId": {"#text": "16399218", "@IdType": "pubmed"}}}, + {"Citation": "Etkin A, Wager TD. Functional neuroimaging of anxiety: a meta-analysis + of emotional processing in PTSD, social anxiety disorder, and specific phobia. + Am J Psychiatry. 2007;164:1476\u20131488.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3318959", "@IdType": "pmc"}, {"#text": "17898336", "@IdType": + "pubmed"}]}}, {"Citation": "Nitschke JB, Sarinopoulos I, Oathes DJ, Johnstone + T, Whalen PJ, Davidson RJ, et al. Anticipatory activation in the amygdala + and anterior cingulate in generalized anxiety disorder and prediction of treatment + response. Am J Psychiatry. 2009;166:302\u2013310.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2804441", "@IdType": "pmc"}, {"#text": "19122007", "@IdType": + "pubmed"}]}}, {"Citation": "Borkovec TD, Lyonfields JD, Wiser SL, Deihl L. + The role of worrisome thinking in the suppression of cardiovascular response + to phobic imagery. Behav Res Ther. 1993;31:321\u2013324.", "ArticleIdList": + {"ArticleId": {"#text": "8476407", "@IdType": "pubmed"}}}, {"Citation": "Davidson + RJ. Affective style, psychopathology, and resilience: brain mechanisms and + plasticity. Am Psychol. 2000;55:1196\u20131214.", "ArticleIdList": {"ArticleId": + {"#text": "11280935", "@IdType": "pubmed"}}}, {"Citation": "Depue BE, Curran + T, Banich MT. Prefrontal regions orchestrate suppression of emotional memories + via a two-phase process. Science. 2007;317:215\u2013219.", "ArticleIdList": + {"ArticleId": {"#text": "17626877", "@IdType": "pubmed"}}}, {"Citation": "Anderson + MC, Ochsner KN, Kuhl B, Cooper J, Robertson E, Gabrieli SW, et al. Neural + systems underlying the suppression of unwanted memories. Science. 2004;303:232\u2013235.", + "ArticleIdList": {"ArticleId": {"#text": "14716015", "@IdType": "pubmed"}}}, + {"Citation": "Siegle GJ, Thompson W, Carter CS, Steinhauer SR, Thase ME. Increased + amygdala and decreased dorsolateral prefrontal BOLD responses in unipolar + depression: related and independent features. Biol Psychiatry. 2007;61:198\u2013209.", + "ArticleIdList": {"ArticleId": {"#text": "17027931", "@IdType": "pubmed"}}}, + {"Citation": "Mohlman J. More power to the executive? A preliminary test of + CBT plus executive skills training for treatment of late-life GAD. Cogn Behav + Pract. 2008;15:306\u2013316."}, {"Citation": "Amir N, Beard C, Taylor CT, + Klumpp H, Elias J, Burns M, et al. Attention training in individuals with + generalized social phobia: a randomized controlled trial. J Consult Clin Psychol. + 2009;77:961\u2013973.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2796508", + "@IdType": "pmc"}, {"#text": "19803575", "@IdType": "pubmed"}]}}, {"Citation": + "Hazen RA, Vasey MW, Schmidt NB. Attentional retraining: a randomized clinical + trial for pathological worry. J Psychiatr Res. 2009;43:627\u2013633.", "ArticleIdList": + {"ArticleId": {"#text": "18722627", "@IdType": "pubmed"}}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "22833192", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "2158-3188", "@IssnType": "Electronic"}, "Title": "Translational + psychiatry", "JournalIssue": {"Issue": "10", "Volume": "1", "PubDate": {"Day": + "04", "Year": "2011", "Month": "Oct"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Transl Psychiatry"}, "Abstract": {"AbstractText": "Younger adults with anxiety + disorders are known to show an attentional bias toward negative information. + Little is known regarding the role of biased attention in anxious older adults, + and even less is known about the neural substrates of any such bias. Functional + magnetic resonance imaging (fMRI) was used to assess the mechanisms of attentional + bias in late life by contrasting predictions of a top-down model emphasizing + deficient prefrontal cortex (PFC) control and a bottom-up model emphasizing + amygdalar hyperreactivity. In all, 16 older generalized anxiety disorder (GAD) + patients (mean age=66 years) and 12 non-anxious controls (NACs; mean age=67 + years) completed the emotional Stroop task to assess selective attention to + negative words. Task-related fMRI data were concurrently acquired. Consistent + with hypotheses, GAD participants were slower to identify the color of negative + words relative to neutral, whereas NACs showed the opposite bias, responding + more quickly to negative words. During negative words (in comparison with + neutral), the NAC group showed PFC activations, coupled with deactivation + of task-irrelevant emotional processing regions such as the amygdala and hippocampus. + By contrast, GAD participants showed PFC decreases during negative words and + no differences in amygdalar activity across word types. Across all participants, + greater attentional bias toward negative words was correlated with decreased + PFC recruitment. A significant positive correlation between attentional bias + and amygdala activation was also present, but this relationship was mediated + by PFC activity. These results are consistent with reduced prefrontal attentional + control in late-life GAD. Strategies to enhance top-down attentional control + may be particularly relevant in late-life GAD treatment."}, "Language": "eng", + "@PubModel": "Electronic", "GrantList": {"Grant": [{"Agency": "NIMH NIH HHS", + "Acronym": "MH", "Country": "United States", "GrantID": "F31 MH081468"}, {"Agency": + "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "T32 + AG027668"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "R B", "Initials": "RB", "LastName": "Price", "AffiliationInfo": + {"Affiliation": "Department of Psychology, Rutgers, The State University of + New Jersey, New Brunswick, NJ, USA. rebecca.price@stanfordalumni.org"}}, {"@ValidYN": + "Y", "ForeName": "D A", "Initials": "DA", "LastName": "Eldreth"}, {"@ValidYN": + "Y", "ForeName": "J", "Initials": "J", "LastName": "Mohlman"}], "@CompleteYN": + "Y"}, "Pagination": {"StartPage": "e46", "MedlinePgn": "e46"}, "ArticleDate": + {"Day": "04", "Year": "2011", "Month": "10", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.1038/tp.2011.46", "@EIdType": "doi", "@ValidYN": "Y"}, "ArticleTitle": + "Deficient prefrontal attentional control in late-life generalized anxiety + disorder: an fMRI investigation.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D052061", "#text": + "Research Support, N.I.H., Extramural"}, {"@UI": "D013485", "#text": "Research + Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "21", "Year": "2021", + "Month": "10"}, "DateCompleted": {"Day": "04", "Year": "2013", "Month": "04"}, + "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": + [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D000679", "#text": "Amygdala", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D001008", "#text": "Anxiety Disorders", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D004644", "#text": "Emotions", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D056344", "#text": "Executive Function", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", + "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D008960", "#text": "Models, Psychological", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D057190", "#text": "Stroop Test", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Transl Psychiatry", "ISSNLinking": + "2158-3188", "NlmUniqueID": "101562664"}}}, "semantic_scholar": {"year": 2011, + "title": "Deficient prefrontal attentional control in late-life generalized + anxiety disorder: an fMRI investigation", "venue": "Translational Psychiatry", + "authors": [{"name": "Rebecca B. Price", "authorId": "2271220390"}, {"name": + "Rebecca B. Price", "authorId": "2271220390"}, {"name": "Dana A. Eldreth", + "authorId": "2271608729"}, {"name": "Jan Mohlman", "authorId": "2271608776"}], + "paperId": "4ef8c9b61a4c3d00454ba8f8daee5da57ef5c26c", "abstract": "Younger + adults with anxiety disorders are known to show an attentional bias toward + negative information. Little is known regarding the role of biased attention + in anxious older adults, and even less is known about the neural substrates + of any such bias. Functional magnetic resonance imaging (fMRI) was used to + assess the mechanisms of attentional bias in late life by contrasting predictions + of a top-down model emphasizing deficient prefrontal cortex (PFC) control + and a bottom-up model emphasizing amygdalar hyperreactivity. In all, 16 older + generalized anxiety disorder (GAD) patients (mean age=66 years) and 12 non-anxious + controls (NACs; mean age=67 years) completed the emotional Stroop task to + assess selective attention to negative words. Task-related fMRI data were + concurrently acquired. Consistent with hypotheses, GAD participants were slower + to identify the color of negative words relative to neutral, whereas NACs + showed the opposite bias, responding more quickly to negative words. During + negative words (in comparison with neutral), the NAC group showed PFC activations, + coupled with deactivation of task-irrelevant emotional processing regions + such as the amygdala and hippocampus. By contrast, GAD participants showed + PFC decreases during negative words and no differences in amygdalar activity + across word types. Across all participants, greater attentional bias toward + negative words was correlated with decreased PFC recruitment. A significant + positive correlation between attentional bias and amygdala activation was + also present, but this relationship was mediated by PFC activity. These results + are consistent with reduced prefrontal attentional control in late-life GAD. + Strategies to enhance top-down attentional control may be particularly relevant + in late-life GAD treatment.", "isOpenAccess": true, "openAccessPdf": {"url": + "https://www.nature.com/articles/tp201146.pdf", "status": "GOLD", "license": + "CCBYNCND", "disclaimer": "Notice: Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC3309492, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use."}, "publicationDate": "2011-10-01"}}}, "source": + "llm", "source_id": null, "source_updated_at": "2025-12-04T07:45:39.034121+00:00", + "analyses": [{"id": "keNkjQUf4ujs", "user": null, "name": "GAD group", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Within-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants", + "conditions": [], "weights": [], "points": [], "images": []}, {"id": "atfmcWhnSbQv", + "user": null, "name": "GAD>NAC", "metadata": {"table": {"table_number": 2, + "table_metadata": {"table_id": "tbl2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Between-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants + during the negative-neutral run (negative>neutral contrast)", "conditions": + [], "weights": [], "points": [{"id": "99Q8XnTySSXP", "coordinates": [-24.0, + -2.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.1}]}], "images": []}, {"id": "6CqY8NqHDkeX", + "user": null, "name": "NAC>GAD", "metadata": {"table": {"table_number": 2, + "table_metadata": {"table_id": "tbl2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Between-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants + during the negative-neutral run (negative>neutral contrast)", "conditions": + [], "weights": [], "points": [{"id": "QSEW2LuQG9ri", "coordinates": [-58.0, + 18.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.66}]}, {"id": "DUcfB5Mb27aj", "coordinates": + [22.0, 38.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.27}]}], "images": []}, {"id": "prndLAY2crii", + "user": null, "name": "NAC group", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Within-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants", + "conditions": [], "weights": [], "points": [{"id": "R4FdUFCZ6xWv", "coordinates": + [10.0, 54.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.25}]}, {"id": "68RFYhxBbZt6", "coordinates": + [-50.0, 26.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.26}]}], "images": []}, {"id": "GkaqPhSoeXMs", + "user": null, "name": "GAD group-2", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Within-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants", + "conditions": [], "weights": [], "points": [{"id": "9e79Uj2TWTVP", "coordinates": + [48.0, 26.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.27}]}, {"id": "aM2hzbEPRuEU", "coordinates": + [-40.0, 28.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.7}]}], "images": []}, {"id": "nTYCPCYSjurQ", + "user": null, "name": "NAC group-2", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Within-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants", + "conditions": [], "weights": [], "points": [{"id": "UN7sJRNd59PY", "coordinates": + [-24.0, -2.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.49}]}], "images": []}]}, {"id": + "LhDecKrEtm2v", "created_at": "2025-12-03T08:26:14.277214+00:00", "updated_at": + null, "user": null, "name": "Overall reductions in functional brain activation + are associated with falls in older adults: an fMRI study", "description": + "Falls are a common geriatric condition, and while impaired cognitive function + has been identified as a key risk factor, the neural correlates that contribute + to reduced executive functioning and falls currently remain unknown. In this + study, community-dwelling adults aged 65\u201375 years were divided into two + groups based on their recent history of falls (fallers versus non-fallers). + All participants completed the Flanker task during functional magnetic resonance + imaging (fMRI). We examined the hemodynamic response of congruent and incongruent + trials separately in order to separate the relative contribution of each trial + type as a function of falls history. We found that fallers exhibited a smaller + difference in functional activation between congruent and incongruent trials + relative to non-fallers, as well as an overall reduction in level of blood-oxygen-level + dependent response. Of particular note, the medial frontal gyrus \u2013 a + region implicated in motor planning \u2013 demonstrated hypo-activation in + fallers, providing evidence that the prefrontal cortex might play a central + role in falls risk in older adults.", "publication": "Frontiers in Aging Neuroscience", + "doi": "10.3389/fnagi.2013.00091", "pmid": "24391584", "authors": "L. Nagamatsu; + L. Boyd; C. Hsu; T. Handy; T. Liu-Ambrose", "year": 2013, "metadata": {"slug": + "24391584-10-3389-fnagi-2013-00091-pmc3867665", "source": "semantic_scholar", + "keywords": ["Flanker task", "executive cognitive functions", "fMRI", "falls", + "medial frontal gyrus", "older adults"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "9", "Year": "2013", "Month": "9", + "@PubStatus": "received"}, {"Day": "24", "Year": "2013", "Month": "11", "@PubStatus": + "accepted"}, {"Day": "7", "Hour": "6", "Year": "2014", "Month": "1", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "7", "Hour": "6", "Year": "2014", "Month": + "1", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "7", "Hour": "6", "Year": + "2014", "Month": "1", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2013", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "24391584", "@IdType": "pubmed"}, {"#text": "PMC3867665", + "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2013.00091", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Anstey K. J., Von Sanden C., + Luszcz M. A. (2006). An 8-year prospective study of the relationship between + cognitive performance and falling in very old adults. J. Am. Geriatr. Soc. + 54 1169\u20131176 10.1111/j.1532-5415.2006.00813.x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/j.1532-5415.2006.00813.x", "@IdType": "doi"}, {"#text": + "16913981", "@IdType": "pubmed"}]}}, {"Citation": "Boyd L. A., Vidoni E. D., + Siengsukon C. F., Wessel B. D. (2009). Manipulating time-to-plan alters patterns + of brain activation during the Fitts\u2019 task. Exp. Brain Res. 194 527\u2013539 + 10.1007/s00221-009-1726-4", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00221-009-1726-4", + "@IdType": "doi"}, {"#text": "19214489", "@IdType": "pubmed"}]}}, {"Citation": + "Burgess P. W., Dumontheil I., Gilbert S. J. (2007a). The gateway hypothesis + of rostral prefrontal cortex (area 10) function. Trends Cogn. Sci. 11 290\u2013298 + 10.1016/j.tics.2007.05.004", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2007.05.004", + "@IdType": "doi"}, {"#text": "17548231", "@IdType": "pubmed"}]}}, {"Citation": + "Burgess P. W., Gilbert S. J., Dumontheil I. (2007b). Function and localization + within rostral prefrontal cortex (area 10). Philos. Trans. R. Soc. Lond. B + Biol. Sci. 362 887\u2013899 10.1098/rstb.2007.2095", "ArticleIdList": {"ArticleId": + [{"#text": "10.1098/rstb.2007.2095", "@IdType": "doi"}, {"#text": "PMC2430004", + "@IdType": "pmc"}, {"#text": "17403644", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R. (2002). Hemispheric asymmetry reduction in older adults: the HAROLD + model. Psychol. Aging 17 85\u2013100 10.1037/0882-7974.17.1.85", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0882-7974.17.1.85", "@IdType": "doi"}, {"#text": + "11931290", "@IdType": "pubmed"}]}}, {"Citation": "Christoff K., Ream J. M., + Geddes L. P. T, Gabrieli J. D. E. (2003). Evaluating self-generated information: + anterior prefrontal contributions to human cognition. Behav. Neurosci. 117 + 1161\u20131168 10.1037/0735-7044.117.6.1161", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/0735-7044.117.6.1161", "@IdType": "doi"}, {"#text": "14674837", + "@IdType": "pubmed"}]}}, {"Citation": "Colcombe S. J., Kramer A. F., Erickson + K. I., Scalf P., McAuley E., Cohen N. J., et al. (2004). Cardiovascular fitness, + cortical plasticity, and aging. Proc. Natl. Acad. Sci. U.S.A. 101 3316\u20133321 + 10.1073/pnas.0400266101", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0400266101", + "@IdType": "doi"}, {"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", + "@IdType": "pubmed"}]}}, {"Citation": "Corrigan J. D., Hinkeldey N. S. (1987). + Relationships between parts A and B of the trail making test. J. Clin. Psychol. + 43 402\u2013409 10.1002/1097-4679(198707)43:4<402::AID-JCLP2270430411>3.0.CO;2-E", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/1097-4679(198707)43:4<402::AID-JCLP2270430411>3.0.CO;2-E", + "@IdType": "doi"}, {"#text": "3611374", "@IdType": "pubmed"}]}}, {"Citation": + "Cox R. W. (1996). AFNI: software for analysis and visualization of functional + magnetic resonance neuroimages. Comput. Biomed. Res. 29 162\u2013173 10.1006/cbmr.1996.0014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/cbmr.1996.0014", "@IdType": + "doi"}, {"#text": "8812068", "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito + M., Deouell L. Y., Gazzaley A. (2003). Alterations in the BOLD fMRI signal + with ageing and disease: a challenge for neuroimaging. Nat. Rev. Neurosci. + 4 863\u2013872 10.1038/nrn1246", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn1246", "@IdType": "doi"}, {"#text": "14595398", "@IdType": "pubmed"}]}}, + {"Citation": "Eriksen C. W, St James J. D. (1986). Visual attention within + and around the field of focal attention: a zoom lens model. Percept. Psychophys. + 40 225\u2013240 10.3758/BF03211502", "ArticleIdList": {"ArticleId": [{"#text": + "10.3758/BF03211502", "@IdType": "doi"}, {"#text": "3786090", "@IdType": "pubmed"}]}}, + {"Citation": "Folstein M. F., Folstein S. E., Mchugh P. R. (1975). \u201cMini-mental + state\u201d. A practical method for grading the cognitive state of patients + for the clinician. J. Psychiatr. Res. 12 189\u2013198 10.1016/0022-3956(75)90026-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", + "@IdType": "doi"}, {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": + "Forman S. D., Cohen J. D., Fitzgerald M., Eddy W. F., Mintun M. A., Noll + D. C. (1995). Improved assessment of significant activation in functional + magnetic resonance imaging (fMRI): use of a cluster-size threshold. Magn. + Reson. Med. 33 636\u2013647 10.1002/mrm.1910330508", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/mrm.1910330508", "@IdType": "doi"}, {"#text": "7596267", + "@IdType": "pubmed"}]}}, {"Citation": "Grimley-Evans J. (1990). Fallers, non-fallers, + and poisson. Age Ageing 19 268\u2013269 10.1093/ageing/19.4.268", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/ageing/19.4.268", "@IdType": "doi"}, {"#text": + "2220487", "@IdType": "pubmed"}]}}, {"Citation": "Handy T. C., Mangun G. R. + (2000). Attention and spatial selection: electrophysiological evidence for + modulation by perceptual load. Percept. Psychophys. 62 175\u2013186 10.3758/BF03212070", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/BF03212070", "@IdType": + "doi"}, {"#text": "10703265", "@IdType": "pubmed"}]}}, {"Citation": "Handy + T. C., Soltani M., Mangun G. R. (2001). Perceptual load and visuocortical + processing: event-related potentials reveal sensory-level selection. Psychol. + Sci. 12 213\u2013218 10.1111/1467-9280.00338", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/1467-9280.00338", "@IdType": "doi"}, {"#text": "11437303", + "@IdType": "pubmed"}]}}, {"Citation": "Holtzer R., Friedman R., Lipton R. + B., Katz M., Xue X., Verghese J. (2007). The relationship between specific + cognitive functions and falls in aging. Neuropsychology 21 540\u2013548 10.1037/0894-4105.21.5.540", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0894-4105.21.5.540", "@IdType": + "doi"}, {"#text": "PMC3476056", "@IdType": "pmc"}, {"#text": "17784802", "@IdType": + "pubmed"}]}}, {"Citation": "Kellogg International Work Group. (1987). The + prevention of falls in later life. A report of the Kellogg International Work + Group on the prevention of falls in the elderly. Dan. Med. Bull. 34 1\u201324", + "ArticleIdList": {"ArticleId": {"#text": "3595217", "@IdType": "pubmed"}}}, + {"Citation": "Kimberley T. J., Birkholz D. D., Hancock R. A., VonBank S. M., + Werth T. N. (2008). Reliability of fMRI during a continuous motor task: assessment + of analysis techniques. J. Neuroimaging 18 18\u201327 10.1111/j.1552-6569.2007.00163.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1552-6569.2007.00163.x", + "@IdType": "doi"}, {"#text": "18190491", "@IdType": "pubmed"}]}}, {"Citation": + "Kramer A. F., Hahn S., Gopher D. (1999). Task coordination and aging: explorations + of executive control processes in the task switching paradigm. Acta Psychologica. + 101 339\u2013378 10.1016/S0001-6918(99)00011-6", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/S0001-6918(99)00011-6", "@IdType": "doi"}, {"#text": "10344190", + "@IdType": "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Donaldson M. G., Ahamed + Y., Graf P., Cook W. L., Close J., et al. (2008a). Otago home-based strength + and balance retraining improves executive functioning in older fallers: a + randomized controlled trial. J. Am. Geriatr. Soc. 56 1821\u20131830 10.1111/j.1532-5415.2008.01931.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2008.01931.x", + "@IdType": "doi"}, {"#text": "18795987", "@IdType": "pubmed"}]}}, {"Citation": + "Liu-Ambrose T., Nagamatsu L. S., Leghari A., Handy T. C. (2008b). Does impaired + cerebellar function contribute to risk of falls in seniors? A pilot study + using functional magnetic resonance imaging. J. Am. Geriatr. Soc. 56 2153\u20132155 + 10.1111/j.1532-5415.2008.01984.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.1532-5415.2008.01984.x", "@IdType": "doi"}, {"#text": "19016955", + "@IdType": "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Nagamatsu L. S., Graf + P., Beattie B. L., Ashe M., Handy T. C. (2010). Resistance training and executive + functions: A 12-month randomized controlled trial. Arch. Intern. Med. 170 + 170\u2013178 10.1001/archinternmed.2009.494", "ArticleIdList": {"ArticleId": + [{"#text": "10.1001/archinternmed.2009.494", "@IdType": "doi"}, {"#text": + "PMC3448565", "@IdType": "pmc"}, {"#text": "20101012", "@IdType": "pubmed"}]}}, + {"Citation": "Lord S., Menz H. B., Tiedemann A. (2003). A physiological profile + approach to falls-risk assessment and prevention. Phys. Ther. 83 237\u2013252", + "ArticleIdList": {"ArticleId": {"#text": "12620088", "@IdType": "pubmed"}}}, + {"Citation": "Lord S. R., Fitzpatrick R. C. (2001). Choice stepping reaction + time: a composite measure of falls risk in older people. J. Gerontol. A. Biol. + Sci. Med. Sci. 56 M627\u2013M632 10.1093/gerona/56.10.M627", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/gerona/56.10.M627", "@IdType": "doi"}, {"#text": + "11584035", "@IdType": "pubmed"}]}}, {"Citation": "Lundin-Olsson L., Nyberg + L., Gustafson Y. (1997). \u201cStops walking when talking\u201d as a predictor + of falls in elderly people. Lancet 349 61710.1016/S0140-6736(97)24009-2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0140-6736(97)24009-2", + "@IdType": "doi"}, {"#text": "9057736", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Carolan P., Liu-Ambrose T., Handy T. C. (2009). Are impairments + in visual-spatial attention a critical factor for increased falls risk in + seniors? An event-related potential study. Neuropsychologia 47 2749\u20132755 + 10.1016/j.neuropsychologia.2009.05.022", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2009.05.022", "@IdType": "doi"}, {"#text": "PMC3448564", + "@IdType": "pmc"}, {"#text": "19501605", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Hsu C. L., Handy T. C., Liu-Ambrose T. (2011a). Functional + neural correlates of reduced physiological falls risk. Behav. Brain Sci. 7 + 3710.1186/1744-9081-7-37", "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1744-9081-7-37", + "@IdType": "doi"}, {"#text": "PMC3178476", "@IdType": "pmc"}, {"#text": "21846395", + "@IdType": "pubmed"}]}}, {"Citation": "Nagamatsu L. S., Voss M., Neider M. + B., Gaspar J. G., Handy T. C., Kramer A. F., et al. (2011b). Increased cognitive + load leads to impaired mobility decisions in seniors at risk for falls. Psychol. + Aging 26 253\u2013259 10.1037/a0022929", "ArticleIdList": {"ArticleId": [{"#text": + "10.1037/a0022929", "@IdType": "doi"}, {"#text": "PMC3123036", "@IdType": + "pmc"}, {"#text": "21463063", "@IdType": "pubmed"}]}}, {"Citation": "Nagamatsu + L. S., Kam J. W. Y., Liu-Ambrose T., Chan A., Handy T. C. (2013). Mind-wandering + and falls risk in older adults. Psychol. Aging. 28 685\u2013691 10.1037/a0034197", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0034197", "@IdType": "doi"}, + {"#text": "PMC4357518", "@IdType": "pmc"}, {"#text": "24041001", "@IdType": + "pubmed"}]}}, {"Citation": "Podsiadlo D., Richardson S. (1991). The timed + \u201cUp & Go\u201d: a test of basic functional mobility for frail elderly + persons. J. Am. Geriatr. Soc. 39 142\u2013148", "ArticleIdList": {"ArticleId": + {"#text": "1991946", "@IdType": "pubmed"}}}, {"Citation": "Rapport L. J., + Hanks R. A., Millis S. R., Deshpande S. A. (1998). Executive functioning and + predictors of falls in the rehabilitation setting. Arch. Phys. Med. Rehabil. + 79 629\u2013633 10.1016/S0003-9993(98)90035-1", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/S0003-9993(98)90035-1", "@IdType": "doi"}, {"#text": "9630140", + "@IdType": "pubmed"}]}}, {"Citation": "Schmahmann J. D., Doyon J., McDonald + D., Holmes C., Lavoie K., Hurwitz A. S., et al. (1999). Three-dimensional + MRI atlas of the human cerebellum in proportional stereotaxic space. Neuroimage + 10 233\u2013260 10.1006/nimg.1999.0459", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/nimg.1999.0459", "@IdType": "doi"}, {"#text": "10458940", "@IdType": + "pubmed"}]}}, {"Citation": "Schmahmann J. D., Doyon J., Toga A. W., Petrides + M., Evans A. C. (2000). MRI Atlas of the Human Cerebellum. San Diego: American + Press", "ArticleIdList": {"ArticleId": {"#text": "10458940", "@IdType": "pubmed"}}}, + {"Citation": "Smallwood J., Brown K., Baird B., Schooler J. W. (2012). Cooperation + between the default mode network and the frontal-parietal network in the production + of an internal train of thought. Brain Res. 1428 60\u201370 10.1016/j.brainres.2011.03.072", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brainres.2011.03.072", + "@IdType": "doi"}, {"#text": "21466793", "@IdType": "pubmed"}]}}, {"Citation": + "Talaraich J., Tournoux P. (1988). Co-Planar Stereotaxic Atlas of the Human + Brain. New York:Thieme"}, {"Citation": "Tinetti M. E., Speechley M., Ginter + S. F. (1988). Risk factors for falls among elderly persons living in the community. + N. Engl. J. Med. 319 1701\u20131707 10.1056/NEJM198812293192604", "ArticleIdList": + {"ArticleId": [{"#text": "10.1056/NEJM198812293192604", "@IdType": "doi"}, + {"#text": "3205267", "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, + "MedlineCitation": {"PMID": {"#text": "24391584", "@Version": "1"}, "@Owner": + "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": + "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers in aging neuroscience", + "JournalIssue": {"Volume": "5", "PubDate": {"Year": "2013"}, "@CitedMedium": + "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, "Abstract": {"AbstractText": + "Falls are a common geriatric condition, and while impaired cognitive function + has been identified as a key risk factor, the neural correlates that contribute + to reduced executive functioning and falls currently remain unknown. In this + study, community-dwelling adults aged 65-75 years were divided into two groups + based on their recent history of falls (fallers versus non-fallers). All participants + completed the Flanker task during functional magnetic resonance imaging (fMRI). + We examined the hemodynamic response of congruent and incongruent trials separately + in order to separate the relative contribution of each trial type as a function + of falls history. We found that fallers exhibited a smaller difference in + functional activation between congruent and incongruent trials relative to + non-fallers, as well as an overall reduction in level of blood-oxygen-level + dependent response. Of particular note, the medial frontal gyrus - a region + implicated in motor planning - demonstrated hypo-activation in fallers, providing + evidence that the prefrontal cortex might play a central role in falls risk + in older adults."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Lindsay S", "Initials": + "LS", "LastName": "Nagamatsu", "AffiliationInfo": {"Affiliation": "Attentional + Neuroscience Laboratory, Department of Psychology, University of British Columbia + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Lara A", "Initials": + "LA", "LastName": "Boyd", "AffiliationInfo": {"Affiliation": "Brain Behaviour + Laboratory, Department of Physical Therapy, University of British Columbia + Vancouver, BC, Canada ; Brain Research Centre, Centre for Brain Health, University + of British Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": + "Chun Liang", "Initials": "CL", "LastName": "Hsu", "AffiliationInfo": {"Affiliation": + "Aging, Mobility, and Cognitive Neuroscience Laboratory, Department of Physical + Therapy, University of British Columbia Vancouver, BC, Canada."}}, {"@ValidYN": + "Y", "ForeName": "Todd C", "Initials": "TC", "LastName": "Handy", "AffiliationInfo": + {"Affiliation": "Attentional Neuroscience Laboratory, Department of Psychology, + University of British Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", + "ForeName": "Teresa", "Initials": "T", "LastName": "Liu-Ambrose", "AffiliationInfo": + {"Affiliation": "Brain Research Centre, Centre for Brain Health, University + of British Columbia Vancouver, BC, Canada ; Aging, Mobility, and Cognitive + Neuroscience Laboratory, Department of Physical Therapy, University of British + Columbia Vancouver, BC, Canada."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "91", "MedlinePgn": "91"}, "ArticleDate": {"Day": "19", "Year": "2013", "Month": + "12", "@DateType": "Electronic"}, "ELocationID": [{"#text": "91", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2013.00091", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Overall reductions in functional + brain activation are associated with falls in older adults: an fMRI study.", + "PublicationTypeList": {"PublicationType": {"@UI": "D016428", "#text": "Journal + Article"}}}, "DateRevised": {"Day": "21", "Year": "2021", "Month": "10"}, + "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "Flanker task", + "@MajorTopicYN": "N"}, {"#text": "executive cognitive functions", "@MajorTopicYN": + "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "falls", "@MajorTopicYN": + "N"}, {"#text": "medial frontal gyrus", "@MajorTopicYN": "N"}, {"#text": "older + adults", "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "06", "Year": "2014", + "Month": "01"}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": + "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2013, "title": "Overall reductions in functional + brain activation are associated with falls in older adults: an fMRI study", + "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": "L. Nagamatsu", + "authorId": "1918816"}, {"name": "L. Boyd", "authorId": "2274382"}, {"name": + "C. Hsu", "authorId": "2383346823"}, {"name": "T. Handy", "authorId": "2544303"}, + {"name": "T. Liu-Ambrose", "authorId": "1398171534"}], "paperId": "0f27ee8b13adaa6c07f75bc16ee0975243c9f007", + "abstract": "Falls are a common geriatric condition, and while impaired cognitive + function has been identified as a key risk factor, the neural correlates that + contribute to reduced executive functioning and falls currently remain unknown. + In this study, community-dwelling adults aged 65\u201375 years were divided + into two groups based on their recent history of falls (fallers versus non-fallers). + All participants completed the Flanker task during functional magnetic resonance + imaging (fMRI). We examined the hemodynamic response of congruent and incongruent + trials separately in order to separate the relative contribution of each trial + type as a function of falls history. We found that fallers exhibited a smaller + difference in functional activation between congruent and incongruent trials + relative to non-fallers, as well as an overall reduction in level of blood-oxygen-level + dependent response. Of particular note, the medial frontal gyrus \u2013 a + region implicated in motor planning \u2013 demonstrated hypo-activation in + fallers, providing evidence that the prefrontal cortex might play a central + role in falls risk in older adults.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2013.00091/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC3867665, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2013-12-19"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T08:27:59.489046+00:00", "analyses": + [{"id": "aToFKTuakZhQ", "user": null, "name": "t2", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/24391584-10-3389-fnagi-2013-00091-pmc3867665/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/24391584-10-3389-fnagi-2013-00091-pmc3867665/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Regions of interest and percent + signal change for the significant group by condition interaction.", "conditions": + [], "weights": [], "points": [{"id": "9aXTL9VQVaE3", "coordinates": [5.9, + 63.5, 14.1], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": []}, {"id": "6yD8V44ABvnz", "coordinates": [-25.2, -16.3, 14.1], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "UxAJ8Cb6YULG", "coordinates": [17.6, 16.5, 30.9], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "PDLLpfad7xXv", + "coordinates": [-43.6, 16.7, -10.2], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "JEK2n7kF8Ln8", "coordinates": + [32.4, 38.5, 39.2], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "XbowoofiZVxy", "coordinates": [-38.6, 65.9, 16.5], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "oYFxke5P2r4u", "coordinates": [-2.7, 18.0, -14.4], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "gNZHApkDocQs", + "coordinates": [-51.1, 14.7, 29.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "GwUZfJDevnaq", "coordinates": + [-21.9, -1.8, 59.9], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "U38NZnHnsuKX", "coordinates": [-40.1, -40.7, + -0.1], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + []}, {"id": "U3zwrAotRCrL", "coordinates": [4.2, -11.8, 53.9], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": []}, {"id": "TwbYS8Xf6rgt", + "coordinates": [44.8, -39.6, 12.8], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "ecLpQpye72bf", "coordinates": + [-21.8, 59.4, -13.1], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "txNe8joYA5jC", "coordinates": [13.3, 43.2, 44.7], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "9Hqfuomqzy9w", "coordinates": [-17.8, -42.3, 9.5], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}], "images": []}]}, {"id": + "MTNr8YwnKqNv", "created_at": "2025-12-03T16:54:46.525109+00:00", "updated_at": + null, "user": null, "name": "Age-related differences in the involvement of + the prefrontal cortex in attentional control", "description": "We investigated + the relative involvement of cortical regions supporting attentional control + in older and younger adults during performance on a modified version of the + Stroop task. Participants were exposed to two different types of incongruent + trials. One of these, an incongruent-ineligible condition, produces conflict + at the non-response level, while the second, an incongruent-eligible condition, + produces conflict at both non-response and response levels of information + processing. Greater attentional control is needed to perform the incongruent-eligible + condition compared to other conditions. We examined the cortical recruitment + associated with this task in an event-related functional magnetic resonance + imaging paradigm in 25 older and 25 younger adults. Our results indicated + that while younger adults demonstrated an increase in the activation of cortical + regions responsible for maintaining attentional control in response to increased + levels of conflict, such sensitivity and flexibility of the cortical regions + to increased attentional control demands was absent in older adults. These + results suggest a limitation in older adults'' capabilities for flexibly recruiting + the attentional network in response to increasing attentional demands.", "publication": + "Brain and Cognition", "doi": "10.1016/j.bandc.2009.07.005", "pmid": "19699019", + "authors": "R. Prakash; K. Erickson; S. Colcombe; Jennifer S. Kim; M. Voss; + A. Kramer", "year": 2009, "metadata": {"slug": "19699019-10-1016-j-bandc-2009-07-005-pmc2783271", + "source": "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "21", "Year": "2008", "Month": "4", "@PubStatus": + "received"}, {"Day": "8", "Year": "2009", "Month": "7", "@PubStatus": "revised"}, + {"Day": "10", "Year": "2009", "Month": "7", "@PubStatus": "accepted"}, {"Day": + "25", "Hour": "9", "Year": "2009", "Month": "8", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "25", "Hour": "9", "Year": "2009", "Month": "8", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "16", "Hour": "6", "Year": "2009", "Month": + "12", "Minute": "0", "@PubStatus": "medline"}, {"Day": "1", "Year": "2010", + "Month": "12", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "19699019", "@IdType": "pubmed"}, {"#text": "NIHMS140406", "@IdType": + "mid"}, {"#text": "PMC2783271", "@IdType": "pmc"}, {"#text": "10.1016/j.bandc.2009.07.005", + "@IdType": "doi"}, {"#text": "S0278-2626(09)00111-0", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "Banich MT, Milhalm MP, Atchley + R, Cohen NJ, Webb A, Wszalek T, Kramer AF, Liang Z, Wright A, Shenker J, Magin + J. fMRI studies of Stroop tasks reveal unique roles of anterior and posterior + brain systems in attentional selection. Journal of Cognitive Neuroscience. + 2000;12:988\u20131000.", "ArticleIdList": {"ArticleId": {"#text": "11177419", + "@IdType": "pubmed"}}}, {"Citation": "Banich MT, Milhalm MP, Jacobson BL, + Webb A, Wszalek T, Cohen NJ. Attentional selection and the processing of task-irrelevant + information: insights from fMRI examinations of the Stroop task. Progress + in Brain Research. 2001;134:450\u2013470.", "ArticleIdList": {"ArticleId": + {"#text": "11702561", "@IdType": "pubmed"}}}, {"Citation": "Beckmann CF, Jenkinson + M, Smith SM. General multi-level linear modeling for group analysis in FMRI. + NeuroImage. 2003;20:1052\u20131063.", "ArticleIdList": {"ArticleId": {"#text": + "14568475", "@IdType": "pubmed"}}}, {"Citation": "Blasi G, Goldberg TE, Weickert + T, Das S, Kohn P, Zoltick B, Bertolino A, Callicott JH, Weinberger DR, Mattay + VS. Brain regions underlying response inhibition and interference monitoring + and suppression. The European Journal of Neuroscience. 2006;23:1658\u20131664.", + "ArticleIdList": {"ArticleId": {"#text": "16553630", "@IdType": "pubmed"}}}, + {"Citation": "Bench CJ, Frith CD, Grasby PM, Friston KJ, Paulesu E, Frackowiak + RSJ, Dolan RJ. Investigations of the functional anatomy of attention using + the Stroop test. Neuropsychologia. 1993;31:907\u2013922.", "ArticleIdList": + {"ArticleId": {"#text": "8232848", "@IdType": "pubmed"}}}, {"Citation": "Braver + TS, Cohen JD, Nystrom LE, Jonides J, Smith EE, Noll DC. A parametric study + of prefrontal cortex involvement in human working memory. NeuroImage. 1997;5:49\u201362.", + "ArticleIdList": {"ArticleId": {"#text": "9038284", "@IdType": "pubmed"}}}, + {"Citation": "Cabeza R, Nyberg L. Imaging cognition II: An empirical review + of 275 PET and fMRI studies. Journal of Cognitive Neuroscience. 2000;12:1\u201347.", + "ArticleIdList": {"ArticleId": {"#text": "10769304", "@IdType": "pubmed"}}}, + {"Citation": "Culham JC, Kanwisher NG. Neuroimaging of cognitive functions + in human parietal cortex. Current Opinions in Neurobiology. 2001;11:157\u2013163.", + "ArticleIdList": {"ArticleId": {"#text": "11301234", "@IdType": "pubmed"}}}, + {"Citation": "Dale AM, Greve DN, Burock MA. Optimal Stimulus sequences for + Event-Related fMRI. 5th International Conference on Functional Mapping of + the Human Brain; Duesseldorf, Germany. June 11\u201316.1999."}, {"Citation": + "Dale AM. Optimal experimental design for event-related fMRI. Human Brain + Mapping. 1999;8:109\u2013114.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6873302", "@IdType": "pmc"}, {"#text": "10524601", "@IdType": "pubmed"}]}}, + {"Citation": "Desimone R, Duncan J. Neural mechanisms of selective visual + attention. Annual Review of Neuroscience. 1995;18:193\u2013222.", "ArticleIdList": + {"ArticleId": {"#text": "7605061", "@IdType": "pubmed"}}}, {"Citation": "D\u2019Esposito + M, Aguirre GK, Zarahn E, Ballard D, Shin RK, Lease J. Functional MRI studies + of spatial and nonspatial working memory. Cognitive Brain Research. 1998;7:1\u201313.", + "ArticleIdList": {"ArticleId": {"#text": "9714705", "@IdType": "pubmed"}}}, + {"Citation": "D\u2019Esposito M, Zarahan E, Aguirre GK, Rypma B. The effect + of normal aging on the coupling of neural activity to the bold hemodynamic + response. NeuroImage. 1999;10:6\u201314.", "ArticleIdList": {"ArticleId": + {"#text": "10385577", "@IdType": "pubmed"}}}, {"Citation": "DiGirolamo GJ, + Kramer AF, Barad V, Cepeda N, Weissman DH, Wszalek TM, Cohen NJ, Banich M, + Webb A, Beloposky A. General and task-specific frontal lobe recruitment in + older adults during executive processes: A fMRI investigation of task switching. + Neuroreport. 2001;12(9):2065\u20132072.", "ArticleIdList": {"ArticleId": {"#text": + "11435947", "@IdType": "pubmed"}}}, {"Citation": "Dishman RK, Berthoud HR, + Boot FW, Cotman CW, Edgerton VR, Fleshner MR, Gandevia SC, Gomez-Pinilla F, + Greenwood BN, Hillman CH, Kramer AF, Levin BE, Toran TH, Russo-Neustadt AA, + Salamone JD, Van Hoomissen JD, Wade CE, York DA, Zigmound MJ. The neurobiology + of exercise. Obesity Research. 2006;14(3):345\u2013356.", "ArticleIdList": + {"ArticleId": {"#text": "16648603", "@IdType": "pubmed"}}}, {"Citation": "Durston + S, Davidson MC, Thomas KM, Worden MS, Tottenham N, Martinez A, Watts R, Ulug + AM, Casey BJ. Parametric manipulation of conflict and response competition + using rapid mixed-trial event-related fMRI. NeuroImage. 2003;20:2135\u20132141.", + "ArticleIdList": {"ArticleId": {"#text": "14683717", "@IdType": "pubmed"}}}, + {"Citation": "Erickson KI, Colcombe SJ, Wadhwa R, Bherer L, Peterson MS, Scalf + PE, Kim JS, Alvarado M, Kramer AF. Training-induced plasticity in older adults: + effects of training on hemispheric asymmetry. Neurobiology of Aging. 2007;28:272\u2013283.", + "ArticleIdList": {"ArticleId": {"#text": "16480789", "@IdType": "pubmed"}}}, + {"Citation": "Erickson KI, Prakash RS, Colcombe SJ, Kramer AF. Top-down attentional + control in the Stroop task enhances activity in color-sensitive regions of + visual cortex. Behavioral Brain Research (in press)", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2845993", "@IdType": "pmc"}, {"#text": "18804123", "@IdType": + "pubmed"}]}}, {"Citation": "Jenkinson M. A fast, automated, n-dimensional + phase unwarping algorithm. Magnetic Resonance in Medicine. 2003;49:193\u2013197.", + "ArticleIdList": {"ArticleId": {"#text": "12509838", "@IdType": "pubmed"}}}, + {"Citation": "Kramer A, Humphrey D, Larish J, Logan G, Strayer D. Aging and + inhibition: Beyond a unitary view of inhibitory processing in attention. Psychology + and Aging. 1994;9:491\u2013512.", "ArticleIdList": {"ArticleId": {"#text": + "7893421", "@IdType": "pubmed"}}}, {"Citation": "Kramer AF, Willis SL. Enhancing + the cognitive vitality of older adults. Current Directions in Psychological + Science. 2002;11:173\u2013176."}, {"Citation": "Liu X, Banich MT, Jacobson + BL, Tanabe JL. Functional dissociation of attentional selection within PFC: + response and non-response related aspects of attentional selection as ascertained + by fMRI. Cerebral Cortex. 2006;16:827\u2013834.", "ArticleIdList": {"ArticleId": + {"#text": "16135781", "@IdType": "pubmed"}}}, {"Citation": "Milhalm MP, Banich + MT, Webb A, Barad V, Cohen NJ, Wszalek T. The relative involvement of anterior + cingulate and prefrontal cortex in attentional control depends on nature of + conflict. Brain Research and Cognition. 2001;12:1325\u20131346.", "ArticleIdList": + {"ArticleId": {"#text": "11689307", "@IdType": "pubmed"}}}, {"Citation": "Milham + MP, Erickson KI, Banich MT, Kramer AF, Webb A, Wszalek T, Cohen NJ. Attentional + control in the aging brain: Insights from an fMRI study of the Stroop task. + Brain & Cognition. 2002;49:467\u201373.", "ArticleIdList": {"ArticleId": {"#text": + "12139955", "@IdType": "pubmed"}}}, {"Citation": "Owen AM. The functional + organization of working memory processes within human lateral frontal cortex: + The contribution of functional neuroimaging. The European Journal of Neuroscience. + 1997;9:1329\u20131339.", "ArticleIdList": {"ArticleId": {"#text": "9240390", + "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz PA, Mikels J. The aging + brain: implications of enduring plasticity for behavioral and cultural change. + In: Baltes P, Reuter-Lorenz PA, Roesler F, editors. Lifespan Development and + the brain: The perspective of biocultural co-constructivism. Cambridge University + Press; Cambridge, UK: 2006."}, {"Citation": "Smith SM, Zhang Y, Jenkinson + M, Chen J, Mathews PM, Federico A, De Stefano N. Accurate, robust and automated + longitudinal and cross-sectional brain change analysis. NeuroImage. 2002;17:479\u2013489.", + "ArticleIdList": {"ArticleId": {"#text": "12482100", "@IdType": "pubmed"}}}, + {"Citation": "Smith EE, Jonides J. Storage and executive processes in the + frontal lobes. Science. 1999;283:1657\u20131661.", "ArticleIdList": {"ArticleId": + {"#text": "10073923", "@IdType": "pubmed"}}}, {"Citation": "Stern Y, Sano + M, Paulsen J, Mayeux R. Modified Mini-Mental State Examination: Validity and + Reliability. Neurology. 1987;37:179.", "ArticleIdList": {"ArticleId": {"#text": + "0", "@IdType": "pubmed"}}}, {"Citation": "vanVeen V, Carter JS. Separating + semantic and response conflict in the Stroop task: A functional MRI study. + NeuroImage. 2005;27:297\u2013504.", "ArticleIdList": {"ArticleId": {"#text": + "15964208", "@IdType": "pubmed"}}}, {"Citation": "Woolrich MW, Behrens TE, + Beckmann CF, Jenkinson M, Smith SM. Multi-level linear modelling for FMRI + group analysis using Bayesian inference. NeuroImage. 2004;21:1732\u20131747.", + "ArticleIdList": {"ArticleId": {"#text": "15050594", "@IdType": "pubmed"}}}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "19699019", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1090-2147", "@IssnType": "Electronic"}, "Title": "Brain + and cognition", "JournalIssue": {"Issue": "3", "Volume": "71", "PubDate": + {"Year": "2009", "Month": "Dec"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Brain Cogn"}, "Abstract": {"AbstractText": "We investigated the relative + involvement of cortical regions supporting attentional control in older and + younger adults during performance on a modified version of the Stroop task. + Participants were exposed to two different types of incongruent trials. One + of these, an incongruent-ineligible condition, produces conflict at the non-response + level, while the second, an incongruent-eligible condition, produces conflict + at both non-response and response levels of information processing. Greater + attentional control is needed to perform the incongruent-eligible condition + compared to other conditions. We examined the cortical recruitment associated + with this task in an event-related functional magnetic resonance imaging paradigm + in 25 older and 25 younger adults. Our results indicated that while younger + adults demonstrated an increase in the activation of cortical regions responsible + for maintaining attentional control in response to increased levels of conflict, + such sensitivity and flexibility of the cortical regions to increased attentional + control demands was absent in older adults. These results suggest a limitation + in older adults'' capabilities for flexibly recruiting the attentional network + in response to increasing attentional demands."}, "Language": "eng", "@PubModel": + "Print-Electronic", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "R37 AG025667"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG025032"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "R01 AG25032"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "R01 AG25667"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", + "Country": "United States", "GrantID": "R01 AG025667"}], "@CompleteYN": "Y"}, + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Ruchika Shaurya", + "Initials": "RS", "LastName": "Prakash", "AffiliationInfo": {"Affiliation": + "Department of Psychology, The Ohio State University, USA. prakash.30@osu.edu"}}, + {"@ValidYN": "Y", "ForeName": "Kirk I", "Initials": "KI", "LastName": "Erickson"}, + {"@ValidYN": "Y", "ForeName": "Stanley J", "Initials": "SJ", "LastName": "Colcombe"}, + {"@ValidYN": "Y", "ForeName": "Jennifer S", "Initials": "JS", "LastName": + "Kim"}, {"@ValidYN": "Y", "ForeName": "Michelle W", "Initials": "MW", "LastName": + "Voss"}, {"@ValidYN": "Y", "ForeName": "Arthur F", "Initials": "AF", "LastName": + "Kramer"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "335", "StartPage": + "328", "MedlinePgn": "328-35"}, "ArticleDate": {"Day": "20", "Year": "2009", + "Month": "08", "@DateType": "Electronic"}, "ELocationID": {"#text": "10.1016/j.bandc.2009.07.005", + "@EIdType": "doi", "@ValidYN": "Y"}, "ArticleTitle": "Age-related differences + in the involvement of the prefrontal cortex in attentional control.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D052061", "#text": "Research Support, N.I.H., Extramural"}, {"@UI": "D013485", + "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "29", + "Year": "2025", "Month": "05"}, "DateCompleted": {"Day": "09", "Year": "2009", + "Month": "12"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000293", "#text": "Adolescent", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000328", "#text": "Adult", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000367", "#text": "Age + Factors", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", "#text": + "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000704", "#text": + "Analysis of Variance", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D007091", "#text": "Image Processing, Computer-Assisted", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D010470", + "#text": "Perceptual Masking", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D010775", "#text": "Photic Stimulation", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D011597", "#text": "Psychomotor Performance", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D011930", "#text": "Reaction + Time", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D057190", "#text": + "Stroop Test", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D014796", + "#text": "Visual Perception", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Brain Cogn", "ISSNLinking": "0278-2626", + "NlmUniqueID": "8218014"}}}, "semantic_scholar": {"year": 2009, "title": "Age-related + differences in the involvement of the prefrontal cortex in attentional control", + "venue": "Brain and Cognition", "authors": [{"name": "R. Prakash", "authorId": + "2465943"}, {"name": "K. Erickson", "authorId": "3298565"}, {"name": "S. Colcombe", + "authorId": "2961967"}, {"name": "Jennifer S. Kim", "authorId": "2109208585"}, + {"name": "M. Voss", "authorId": "2437622"}, {"name": "A. Kramer", "authorId": + "2172224901"}], "paperId": "dad9a100a32a3e8406002aa9f9c005be18b888bb", "abstract": + null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc2783271?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: The following paper + fields have been elided by the publisher: {''abstract''}. Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.bandc.2009.07.005?email= + or https://doi.org/10.1016/j.bandc.2009.07.005, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2009-12-01"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T16:59:05.925032+00:00", "analyses": [{"id": "V32g8oGc4msv", "user": + null, "name": "(A)", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl2", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Local maxima in the incongruent>neutral + contrast for (A) older adults and (B) younger adults.", "conditions": [], + "weights": [], "points": [{"id": "L6VuiJ65nkER", "coordinates": [12.0, -96.0, + 22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 2.8}]}, {"id": "CVxhftFzG87a", "coordinates": [-42.0, + 3.0, 35.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.39}]}, {"id": "CJQo9yYmEgk2", "coordinates": + [-36.0, -68.0, 43.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.38}]}, {"id": "6Ftww6g7r5Mm", "coordinates": + [-55.0, 19.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.48}]}, {"id": "wNnvmanugqj2", "coordinates": + [-6.0, -78.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.94}]}, {"id": "a9HBAEaqCfqN", "coordinates": + [-48.0, -61.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.22}]}], "images": []}, {"id": "8H9bobfcJQHk", + "user": null, "name": "(B)", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl2", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Local maxima in the incongruent>neutral + contrast for (A) older adults and (B) younger adults.", "conditions": [], + "weights": [], "points": [{"id": "JjA2KqmABB55", "coordinates": [-22.0, -72.0, + -19.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.28}]}, {"id": "KHn34cVdF8Bi", "coordinates": [-48.0, + 7.0, 29.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.68}]}, {"id": "7dWnTDTP2Tzx", "coordinates": + [48.0, 11.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.43}]}, {"id": "VDqnt3d4KH6d", "coordinates": + [-51.0, -37.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.92}]}, {"id": "WoHrvRV6jaKh", "coordinates": + [-32.0, 20.0, 5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.21}]}, {"id": "tdj5z4rmzuvz", "coordinates": + [40.0, 14.0, 3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.81}]}, {"id": "6Lv79UnFegA3", "coordinates": + [-8.0, -87.0, -9.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.0}]}, {"id": "pGsui5x9BJzQ", "coordinates": + [12.0, -82.0, -18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.2}]}, {"id": "FJNionLunjqA", "coordinates": + [-26.0, -72.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.52}]}, {"id": "LB4heJAHGSrN", "coordinates": + [14.0, -71.0, 7.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.08}]}, {"id": "JSRcnbg42n35", "coordinates": + [-14.0, -75.0, 62.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "oq5nBmk2fADj", "coordinates": + [-65.0, -51.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.37}]}], "images": []}]}, {"id": + "NWsVB7HRR89W", "created_at": "2026-01-26T17:35:49.787757+00:00", "updated_at": + null, "user": "github|12564882", "name": "Both left and right posterior parietal + activations contribute to compensatory processes in normal aging", "description": + "Older adults often exhibit greater brain activation in prefrontal cortex + compared to younger adults, and there is some evidence that this increased + activation compensates for age-related neural degradation that would otherwise + adversely affect cognitive performance. Less is known about aging and compensatory + recruitment in the parietal cortex. In this event-related functional magnetic + resonance imaging study, we presented healthy young and old participants with + two Stroop-like tasks (number magnitude and physical size). In young, the + number magnitude task activated right parietal cortex and the physical size + task activated left parietal cortex. In older adults, we observed contralateral + parietal recruitment that depended on the task: in the number magnitude task + older participants recruited left posterior parietal cortex (in addition to + the right parietal activity observed in young) while in the physical size + task they recruited right (in addition to left) posterior parietal cortex. + In both cases, the additional parietal activity was associated with better + performance suggesting that it played a compensatory role. Older adults also + recruited left prefrontal cortex during both tasks and this common activation + was also associated with better performance. The results provide evidence + for task-specific compensatory recruitment in parietal cortex as well as task-independent + compensatory recruitment in prefrontal cortex in normal aging.", "publication": + "Neuropsychologia", "doi": "10.1016/j.neuropsychologia.2011.10.022", "pmid": + "22063904", "authors": "Huang CM, Polk TA, Goh JO, Park DC", "year": 2012, + "metadata": {"sample_size": null}, "source": "neurostore", "source_id": "3gAhmkckz4Gc", + "source_updated_at": "2024-03-22T01:22:00.071558+00:00", "analyses": [{"id": + "q3PJS9nnQmyT", "user": "github|12564882", "name": "T3", "metadata": null, + "description": "new description", "conditions": [], "weights": [], "points": + [{"id": "Wwv6TiH55ssu", "coordinates": [34.0, -56.0, 60.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": null, + "value": null}]}, {"id": "ySWbBWHHoZRJ", "coordinates": [-8.0, -46.0, -18.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + null, "value": null}]}, {"id": "k8pCavxJwYsr", "coordinates": [16.0, -48.0, + -44.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": null, "value": null}]}, {"id": "HK5vaUKTLh3i", "coordinates": [46.0, + -28.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": null, "value": null}]}, {"id": "22BUwitkCWNM", "coordinates": + [-52.0, -50.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "NeWEbZq6xEMr", "coordinates": + [-6.0, -22.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "reZLcMR5PjXY", "coordinates": + [52.0, 20.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "QxCYEJVzbm7E", "coordinates": + [-36.0, 28.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "uFG7Z35aRBrS", "coordinates": + [28.0, 58.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "rvtwMKbtZ5cA", "coordinates": + [8.0, 22.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "5dnJu3t929qJ", "coordinates": + [-32.0, 50.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "hZXtreSihyiD", "coordinates": + [40.0, 56.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "wF5uwM6wLpdi", "coordinates": + [16.0, -68.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "whWpfVaLFFjv", "coordinates": + [16.0, -68.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "S9Ew4wKk6WT8", "coordinates": + [-48.0, -38.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "2FJFuWBAt4qL", "coordinates": + [-12.0, -70.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "CcvhBBuNeKKZ", "coordinates": + [62.0, -36.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "pFTYVSTWaxvs", "coordinates": + [-30.0, -58.0, -36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "5ZmXbgGqNVGV", "coordinates": + [36.0, -50.0, -32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "YGGypWrPsJZX", "coordinates": + [-24.0, -72.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "uPUwrY8VJaGK", "coordinates": + [-14.0, -24.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "qeTVH93ApKML", "coordinates": + [44.0, 24.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "YefV3wDJMUWR", "coordinates": + [-54.0, 12.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "8wZii8gGAP2M", "coordinates": + [32.0, 44.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "TtzVrbnEZQUF", "coordinates": + [-38.0, 8.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "gckwP7Eehzcg", "coordinates": + [10.0, 20.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Sf9i7xv75syC", "coordinates": + [14.0, 8.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "inMapYQizp8Q", "coordinates": + [-30.0, 10.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "ytCQbjuPnwGJ", "coordinates": + [-48.0, 6.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "AsNicUg3x6SP", "coordinates": + [-32.0, -50.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Yajsd2agK6T8", "coordinates": + [38.0, -48.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "L5sEByJxb59G", "coordinates": + [60.0, -32.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "mxrmqutKdoWV", "coordinates": + [12.0, -66.0, 64.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}, {"id": "ShPoM5QXnUi4", + "user": "github|12564882", "name": "T5", "metadata": null, "description": + null, "conditions": [], "weights": [], "points": [{"id": "PAQzphP3Busy", "coordinates": + [-52.0, -6.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "YrdtaMmMYNWq", "coordinates": + [-36.0, 52.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "TKpUBvGHtWgi", "coordinates": + [34.0, 60.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "PLYK3rMvJemV", "coordinates": + [-10.0, -10.0, 62.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "dJgd2AcRdjtv", "coordinates": + [-60.0, -36.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "JVn8u4xf6iDB", "coordinates": + [-20.0, -34.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "fivCbD2KdDxg", "coordinates": + [12.0, -54.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}, {"id": "MeqYCosVNRyN", + "user": "github|12564882", "name": "T4", "metadata": null, "description": + null, "conditions": [], "weights": [], "points": [{"id": "LW2ddFUyY2SS", "coordinates": + [-28.0, -18.0, 72.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "RFKVt68eoSH5", "coordinates": + [32.0, -32.0, 74.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "cJykcYCRAybN", "coordinates": + [38.0, -6.0, 66.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "RNZEUcFUtDy4", "coordinates": + [6.0, -2.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "J8iDY7QdQcBV", "coordinates": + [-4.0, 30.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "3cUhXuaaEehX", "coordinates": + [-24.0, 12.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Fn3nKVjMwdYW", "coordinates": + [34.0, 62.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "TtmESa7trB2y", "coordinates": + [36.0, -44.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "LfzPhTgn6WTR", "coordinates": + [-22.0, -44.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "pK3M2bAU7oY8", "coordinates": + [20.0, -68.0, -20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "sQcdNBbUWkPt", "coordinates": + [46.0, -28.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "JaVqNcDsrCvK", "coordinates": + [-30.0, -62.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "TwRbByLEp8GZ", "coordinates": + [38.0, -50.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Y32HNyXyvsLa", "coordinates": + [-32.0, -54.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "aUNAyxxxS6k6", "coordinates": + [-12.0, -72.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "ZKSSVBSGEmqt", "coordinates": + [58.0, -32.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}]}, {"id": + "NpyJt4hQWaoo", "created_at": "2025-12-03T22:43:57.366760+00:00", "updated_at": + null, "user": null, "name": "Right anterior cerebellum BOLD responses reflect + age related changes in Simon task sequential effects", "description": "Participants + are slower to report a feature, such as color, when the target appears on + the side opposite the instructed response, than when the target appears on + the same side. This finding suggests that target location, even when task-irrelevant, + interferes with response selection. This effect is magnified in older adults. + Lengthening the inter-trial interval, however, suffices to normalize the congruency + effect in older adults, by re-establishing young-like sequential effects (Aisenberg + et al., 2014). We examined the neurological correlates of age related changes + by comparing BOLD signals in young and old participants performing a visual + version of the Simon task. Participants reported the color of a peripheral + target, by a left or right-hand keypress. Generally, BOLD responses were greater + following incongruent than congruent targets. Also, they were delayed and + of smaller amplitude in old than young participants. BOLD responses in visual + and motor regions were also affected by the congruency of the previous target, + suggesting that sequential effects may reflect remapping of stimulus location + onto the hand used to make a response. Crucially, young participants showed + larger BOLD responses in right anterior cerebellum to incongruent targets, + when the previous target was congruent, but smaller BOLD responses to incongruent + targets when the previous target was incongruent. Old participants, however, + showed larger BOLD responses to congruent than incongruent targets, irrespective + of the previous target congruency. We conclude that aging may interfere with + the trial by trial updating of the mapping between the task-irrelevant target + location and response, which takes place during the inter-trial interval in + the cerebellum and underlays sequential effects in a Simon task.", "publication": + "Neuropsychologia", "doi": "10.1016/j.neuropsychologia.2017.12.012", "pmid": + "29233718", "authors": "D. Aisenberg; D. Aisenberg; A. Sapir; Alex Close; + A. Henik; G. d''Avossa", "year": 2018, "metadata": {"slug": "29233718-10-1016-j-neuropsychologia-2017-12-012", + "source": "semantic_scholar", "keywords": ["Aging", "Cerebellum", "Sequential + effects", "Simon task", "Stimulus-response remapping"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "15", "Year": "2017", + "Month": "2", "@PubStatus": "received"}, {"Day": "6", "Year": "2017", "Month": + "12", "@PubStatus": "revised"}, {"Day": "7", "Year": "2017", "Month": "12", + "@PubStatus": "accepted"}, {"Day": "14", "Hour": "6", "Year": "2017", "Month": + "12", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "29", "Hour": "6", "Year": + "2019", "Month": "1", "Minute": "0", "@PubStatus": "medline"}, {"Day": "14", + "Hour": "6", "Year": "2017", "Month": "12", "Minute": "0", "@PubStatus": "entrez"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "29233718", "@IdType": "pubmed"}, + {"#text": "10.1016/j.neuropsychologia.2017.12.012", "@IdType": "doi"}, {"#text": + "S0028-3932(17)30477-3", "@IdType": "pii"}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "29233718", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1873-3514", + "@IssnType": "Electronic"}, "Title": "Neuropsychologia", "JournalIssue": {"Volume": + "109", "PubDate": {"Day": "31", "Year": "2018", "Month": "Jan"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "Neuropsychologia"}, "Abstract": {"AbstractText": + "Participants are slower to report a feature, such as color, when the target + appears on the side opposite the instructed response, than when the target + appears on the same side. This finding suggests that target location, even + when task-irrelevant, interferes with response selection. This effect is magnified + in older adults. Lengthening the inter-trial interval, however, suffices to + normalize the congruency effect in older adults, by re-establishing young-like + sequential effects (Aisenberg et al., 2014). We examined the neurological + correlates of age related changes by comparing BOLD signals in young and old + participants performing a visual version of the Simon task. Participants reported + the color of a peripheral target, by a left or right-hand keypress. Generally, + BOLD responses were greater following incongruent than congruent targets. + Also, they were delayed and of smaller amplitude in old than young participants. + BOLD responses in visual and motor regions were also affected by the congruency + of the previous target, suggesting that sequential effects may reflect remapping + of stimulus location onto the hand used to make a response. Crucially, young + participants showed larger BOLD responses in right anterior cerebellum to + incongruent targets, when the previous target was congruent, but smaller BOLD + responses to incongruent targets when the previous target was incongruent. + Old participants, however, showed larger BOLD responses to congruent than + incongruent targets, irrespective of the previous target congruency. We conclude + that aging may interfere with the trial by trial updating of the mapping between + the task-irrelevant target location and response, which takes place during + the inter-trial interval in the cerebellum and underlays sequential effects + in a Simon task.", "CopyrightInformation": "Copyright \u00a9 2017 Elsevier + Ltd. All rights reserved."}, "Language": "eng", "@PubModel": "Print-Electronic", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "D", "Initials": "D", + "LastName": "Aisenberg", "AffiliationInfo": {"Affiliation": "Department of + Psychology and Zlotowski Center for Neuroscience, Ben-Gurion University of + the Negev, Beer Sheva, Israel; Department of clinical Psychology - Gerontology, + Ruppin Academic center, Emek Hefer, Israel. Electronic address: danielaa@ruppin.ac.il."}}, + {"@ValidYN": "Y", "ForeName": "A", "Initials": "A", "LastName": "Sapir", "AffiliationInfo": + {"Affiliation": "School of Psychology and Wolfson Center of Clinical and Cognitive + Neuroscience, Bangor University, Wales, UK."}}, {"@ValidYN": "Y", "ForeName": + "A", "Initials": "A", "LastName": "Close", "AffiliationInfo": {"Affiliation": + "School of Psychology and Wolfson Center of Clinical and Cognitive Neuroscience, + Bangor University, Wales, UK."}}, {"@ValidYN": "Y", "ForeName": "A", "Initials": + "A", "LastName": "Henik", "AffiliationInfo": {"Affiliation": "Department of + Psychology and Zlotowski Center for Neuroscience, Ben-Gurion University of + the Negev, Beer Sheva, Israel."}}, {"@ValidYN": "Y", "ForeName": "G", "Initials": + "G", "LastName": "d''Avossa", "AffiliationInfo": {"Affiliation": "School of + Psychology and Wolfson Center of Clinical and Cognitive Neuroscience, Bangor + University, Wales, UK."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "164", "StartPage": "155", "MedlinePgn": "155-164"}, "ArticleDate": {"Day": + "09", "Year": "2017", "Month": "12", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neuropsychologia.2017.12.012", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0028-3932(17)30477-3", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Right anterior cerebellum BOLD responses reflect age related + changes in Simon task sequential effects.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D013485", "#text": + "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "28", "Year": + "2019", "Month": "01"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Cerebellum", "@MajorTopicYN": "N"}, + {"#text": "Sequential effects", "@MajorTopicYN": "N"}, {"#text": "Simon task", + "@MajorTopicYN": "N"}, {"#text": "Stimulus-response remapping", "@MajorTopicYN": + "N"}]}, "ChemicalList": {"Chemical": {"RegistryNumber": "S88TT14065", "NameOfSubstance": + {"@UI": "D010100", "#text": "Oxygen"}}}, "DateCompleted": {"Day": "28", "Year": + "2019", "Month": "01"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", + "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", + "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, {"@UI": "Q000523", "#text": + "psychology", "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D000375", + "#text": "Aging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D001931", + "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": + "Q000098", "#text": "blood supply", "@MajorTopicYN": "N"}, {"@UI": "Q000000981", + "#text": "diagnostic imaging", "@MajorTopicYN": "Y"}, {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D002531", + "#text": "Cerebellum", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D002560", + "#text": "Cerebrovascular Circulation", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D007839", "#text": "Functional Laterality", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D009043", + "#text": "Motor Activity", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000097", "#text": "blood", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D010100", "#text": "Oxygen", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D013028", "#text": "Space Perception", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D014796", "#text": "Visual Perception", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "England", "MedlineTA": "Neuropsychologia", "ISSNLinking": "0028-3932", + "NlmUniqueID": "0020713"}}}, "semantic_scholar": {"year": 2018, "title": "Right + anterior cerebellum BOLD responses reflect age related changes in Simon task + sequential effects", "venue": "Neuropsychologia", "authors": [{"name": "D. + Aisenberg", "authorId": "5462757"}, {"name": "D. Aisenberg", "authorId": "5462757"}, + {"name": "A. Sapir", "authorId": "32001069"}, {"name": "Alex Close", "authorId": + "32422222"}, {"name": "A. Henik", "authorId": "143665696"}, {"name": "G. d''Avossa", + "authorId": "1402430383"}], "paperId": "015d642dea9f5898816837df471549bbfcdc087f", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://research.bangor.ac.uk/portal/files/20060282/2017_Right_anterior.pdf", + "status": "GREEN", "license": "CCBYNCND", "disclaimer": "Notice: Paper or + abstract available at https://api.unpaywall.org/v2/10.1016/j.neuropsychologia.2017.12.012?email= + or https://doi.org/10.1016/j.neuropsychologia.2017.12.012, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-01-31"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T22:46:30.674073+00:00", "analyses": + [{"id": "aN93d77Wm8Nt", "user": null, "name": "t0010", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "t0010", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010_coordinates.csv"}, + "original_table_id": "t0010"}, "table_metadata": {"table_id": "t0010", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010_coordinates.csv"}, + "sanitized_table_id": "t0010"}, "description": "Talairach Coordinates of the + Peaks in the present target congruency by age by time multiple comparison + corrected z-transformed map.", "conditions": [], "weights": [], "points": + [{"id": "LepjBW7nVnv2", "coordinates": [-29.0, 0.0, -45.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 4.82}]}, {"id": "jMT23WdAh78r", "coordinates": [3.0, -53.0, 23.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.46}]}, {"id": "BXg7M4GL9ojo", "coordinates": [-8.0, -80.0, + 32.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.3}]}, {"id": "enbX2WdyCpso", "coordinates": [47.0, + -52.0, -21.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.87}]}, {"id": "okEnGDzB2EXM", "coordinates": + [5.0, -55.0, 37.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.81}]}, {"id": "KRrwMyg84kuw", "coordinates": + [-43.0, 0.0, -45.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.79}]}, {"id": "X27GgWBj8ZLc", "coordinates": + [-3.0, -19.0, 55.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.73}]}, {"id": "HVbydeF7XcnN", "coordinates": + [0.0, -46.0, 29.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.67}]}], "images": []}, {"id": "N259WfACrE2h", + "user": null, "name": "Talairach Coordinates of the Peaks in the previous + target congruency by present target congruency by time multiple comparison + corrected z-transformed map.", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Talairach Coordinates of the + Peaks in the previous target congruency by present target congruency by time + multiple comparison corrected z-transformed map.", "conditions": [], "weights": + [], "points": [{"id": "S5Q8xeCKfWkR", "coordinates": [-41.0, -26.0, 58.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.46}]}, {"id": "p84GPBpN9ax5", "coordinates": [-42.0, -28.0, + 46.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.65}]}, {"id": "mDDZxKziAgPf", "coordinates": [22.0, + -56.0, -21.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.27}]}, {"id": "Fc7GJMKkTwkB", "coordinates": + [15.0, -61.0, -18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.07}]}, {"id": "tvU6gWwDePZP", "coordinates": + [36.0, -24.0, 50.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.67}]}, {"id": "brSWinGHa9So", "coordinates": + [-14.0, -75.0, -1.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.35}]}, {"id": "waPWNCGXCpdH", "coordinates": + [-39.0, -15.0, 59.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.1}]}], "images": []}]}, {"id": "PuEBcXVh3amA", + "created_at": "2025-12-05T04:51:59.441429+00:00", "updated_at": null, "user": + null, "name": "Cardiovascular risks and brain function: a functional magnetic + resonance imaging study of executive function in older adults", "description": + "Cardiovascular (CV) risk factors, such as hypertension, diabetes, and hyperlipidemia + are associated with cognitive impairment and risk of dementia in older adults. + However, the mechanisms linking them are not clear. This study aims to investigate + the association between aggregate CV risk, assessed by the Framingham general + cardiovascular risk profile, and functional brain activation in a group of + community-dwelling older adults. Sixty participants (mean age: 64.6 years) + from the Brain Health Study, a nested study of the Baltimore Experience Corps + Trial, underwent functional magnetic resonance imaging using the Flanker task. + We found that participants with higher CV risk had greater task-related activation + in the left inferior parietal region, and this increased activation was associated + with poorer task performance. Our results provide insights into the neural + systems underlying the relationship between CV risk and executive function. + Increased activation of the inferior parietal region may offer a pathway through + which CV risk increases risk for cognitive impairment.", "publication": "Neurobiology + of Aging", "doi": "10.1016/j.neurobiolaging.2013.12.008", "pmid": "24439485", + "authors": "Y. Chuang; D. Eldreth; K. Erickson; V. Varma; Gregory C. Harris; + L. Fried; G. Rebok; E. Tanner; M. Carlson", "year": 2014, "metadata": {"slug": + "24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177", "source": "semantic_scholar", + "keywords": ["Brain function", "Cardiovascular risk", "Executive function", + "Framingham risk score", "Older adults", "fMRI"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "15", "Year": "2013", + "Month": "8", "@PubStatus": "received"}, {"Day": "9", "Year": "2013", "Month": + "12", "@PubStatus": "revised"}, {"Day": "12", "Year": "2013", "Month": "12", + "@PubStatus": "accepted"}, {"Day": "21", "Hour": "6", "Year": "2014", "Month": + "1", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "21", "Hour": "6", "Year": + "2014", "Month": "1", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "15", + "Hour": "6", "Year": "2014", "Month": "12", "Minute": "0", "@PubStatus": "medline"}, + {"Day": "2", "Year": "2015", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "24439485", "@IdType": "pubmed"}, + {"#text": "NIHMS650967", "@IdType": "mid"}, {"#text": "PMC4282177", "@IdType": + "pmc"}, {"#text": "10.1016/j.neurobiolaging.2013.12.008", "@IdType": "doi"}, + {"#text": "S0197-4580(13)00647-7", "@IdType": "pii"}]}, "ReferenceList": {"Reference": + [{"Citation": "Albert MS, Moss MB, Tanzi R, Jones K. Preclinical prediction + of AD using neuropsychological tests. J Int Neuropsychol Soc. 2001;7:631\u2013639.", + "ArticleIdList": {"ArticleId": {"#text": "11459114", "@IdType": "pubmed"}}}, + {"Citation": "Beason-Held LL, Thambisetty M, Deib G, Sojkova J, Landman BA, + Zonderman AB, Ferrucci L, Kraut MA, Resnick SM. Baseline cardiovascular risk + predicts subsequent changes in resting brain function. Stroke. 2012;43:1542\u20131547.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3361601", "@IdType": "pmc"}, + {"#text": "22492519", "@IdType": "pubmed"}]}}, {"Citation": "Beckmann CF, + Jenkinson M, Smith SM. General multilevel linear modeling for group analysis + in FMRI. Neuroimage. 2003;20:1052\u20131063.", "ArticleIdList": {"ArticleId": + {"#text": "14568475", "@IdType": "pubmed"}}}, {"Citation": "Beckmann CF, Smith + SM. Probabilistic independent component analysis for functional magnetic resonance + imaging. IEEE Trans Med Imaging. 2004;23:137\u2013152. http://dx.doi.org/10.1109/TMI.2003.822821.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1109/TMI.2003.822821", "@IdType": + "doi"}, {"#text": "14964560", "@IdType": "pubmed"}]}}, {"Citation": "Bokde + AL, Lopez-Bayo P, Born C, Dong W, Meindl T, Leinsinger G, Teipel SJ, Faltraco + F, Reiser M, Moller HJ, Hampel H. Functional abnormalities of the visual processing + system in subjects with mild cognitive impairment: an fMRI study. Psychiatry + Res. 2008;163:248\u2013259. http://dx.doi.org/10.1016/j.pscychresns.2007.08.013.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.pscychresns.2007.08.013", + "@IdType": "doi"}, {"#text": "18672352", "@IdType": "pubmed"}]}}, {"Citation": + "Bokde AL, Lopez-Bayo P, Born C, Ewers M, Meindl T, Teipel SJ, Faltraco F, + Reiser MF, Moller HJ, Hampel H. Alzheimer disease: functional abnormalities + in the dorsal visual pathway. Radiology. 2010;254:219\u2013226. http://dx.doi.org/10.1148/radiol.2541090558.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1148/radiol.2541090558", "@IdType": + "doi"}, {"#text": "20032154", "@IdType": "pubmed"}]}}, {"Citation": "Bondi + MW, Houston WS, Eyler LT, Brown GG. fMRI evidence of compensatory mechanisms + in older adults at genetic risk for Alzheimer disease. Neurology. 2005;64:501\u2013508.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1761695", "@IdType": "pmc"}, + {"#text": "15699382", "@IdType": "pubmed"}]}}, {"Citation": "Bookheimer SY, + Strojwas MH, Cohen MS, Saunders AM, Pericak-Vance MA, Mazziotta JC, Small + GW. Patterns of brain activation in people at risk for Alzheimer\u2019s disease. + N Engl J Med. 2000;343:450\u2013456. http://dx.doi.org/10.1056/NEJM200008173430701.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1056/NEJM200008173430701", "@IdType": + "doi"}, {"#text": "PMC2831477", "@IdType": "pmc"}, {"#text": "10944562", "@IdType": + "pubmed"}]}}, {"Citation": "Botvinick M, Nystrom LE, Fissell K, Carter CS, + Cohen JD. Conflict monitoring versus selection-for-action in anterior cingulate + cortex. Nature. 1999;402:179\u2013181. http://dx.doi.org/10.1038/46035.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/46035", "@IdType": "doi"}, + {"#text": "10647008", "@IdType": "pubmed"}]}}, {"Citation": "Braak H, Braak + E. Development of Alzheimer-related neurofibrillary changes in the neocortex + inversely recapitulates cortical myelogenesis. Acta Neuropathol. 1996;92:197\u2013201.", + "ArticleIdList": {"ArticleId": {"#text": "8841666", "@IdType": "pubmed"}}}, + {"Citation": "Braskie MN, Small GW, Bookheimer SY. Vascular health risks and + fMRI activation during a memory task in older adults. Neurobiol Aging. 2010;31:1532\u20131542.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2965069", "@IdType": "pmc"}, + {"#text": "18829134", "@IdType": "pubmed"}]}}, {"Citation": "Buckner RL. Memory + and executive function in aging and AD: multiple factors that cause decline + and reserve factors that compensate. Neuron. 2004;44:195\u2013208.", "ArticleIdList": + {"ArticleId": {"#text": "15450170", "@IdType": "pubmed"}}}, {"Citation": "Buckner + RL, Snyder AZ, Shannon BJ, LaRossa G, Sachs R, Fotenos AF, Sheline YI, Klunk + WE, Mathis CA, Morris JC, Mintun MA. Molecular, structural, and functional + characterization of Alzheimer\u2019s disease: evidence for a relationship + between default activity, amyloid, and memory. J Neurosci. 2005;25:7709\u20137717.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6725245", "@IdType": "pmc"}, + {"#text": "16120771", "@IdType": "pubmed"}]}}, {"Citation": "Bunge SA, Hazeltine + E, Scanlon MD, Rosen AC, Gabrieli JD. Dissociable contributions of prefrontal + and parietal cortices to response selection. Neuro-image. 2002;17:1562\u20131571.", + "ArticleIdList": {"ArticleId": {"#text": "12414294", "@IdType": "pubmed"}}}, + {"Citation": "Carlson MC, Saczynski JS, Rebok GW, Seeman T, Glass TA, McGill + S, Tielsch J, Frick KD, Hill J, Fried LP. Exploring the effects of an \u201ceveryday\u201d + activity program on executive function and memory in older adults: Experience + Corps. Gerontologist. 2008;48:793\u2013801.", "ArticleIdList": {"ArticleId": + {"#text": "19139252", "@IdType": "pubmed"}}}, {"Citation": "Carlson MC, Xue + QL, Zhou J, Fried LP. Executive decline and dysfunction precedes declines + in memory: the Women\u2019s Health and Aging Study II. J Gerontol A Biol Sci + Med Sci. 2009;64:110\u2013117.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC2691188", "@IdType": "pmc"}, {"#text": "19182230", "@IdType": "pubmed"}]}}, + {"Citation": "Casey BJ, Thomas KM, Welsh TF, Badgaiyan RD, Eccard CH, Jennings + JR, Crone EA. Dissociation of response conflict, attentional selection, and + expectancy with functional magnetic resonance imaging. Proc Natl Acad Sci + USA. 2000;97:8728\u20138733.", "ArticleIdList": {"ArticleId": [{"#text": "PMC27016", + "@IdType": "pmc"}, {"#text": "10900023", "@IdType": "pubmed"}]}}, {"Citation": + "Colby CL, Goldberg ME. Space and attention in parietal cortex. Annu Rev Neurosci. + 1999;22:319\u2013349. http://dx.doi.org/10.1146/annurev.neuro.22.1.319.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.neuro.22.1.319", + "@IdType": "doi"}, {"#text": "10202542", "@IdType": "pubmed"}]}}, {"Citation": + "Colcombe SJ, Kramer AF, Erickson KI, Scalf P. The implications of cortical + recruitment and brain morphology for individual differences in inhibitory + function in aging humans. Psychol Aging. 2005;20:363\u2013375.", "ArticleIdList": + {"ArticleId": {"#text": "16248697", "@IdType": "pubmed"}}}, {"Citation": "Colcombe + SJ, Kramer AF, Erickson KI, Scalf P, McAuley E, Cohen NJ, Webb A, Jerome GJ, + Marquez DX, Elavsky S. Cardiovascular fitness, cortical plasticity, and aging. + Proc Natl Acad Sci USA. 2004;101:3316\u20133321.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", "@IdType": + "pubmed"}]}}, {"Citation": "Corbetta M, Akbudak E, Conturo TE, Snyder AZ, + Ollinger JM, Drury HA, Linenweber MR, Petersen SE, Raichle ME, Van Essen DC, + Shulman GL. A common network of functional areas for attention and eye movements. + Neuron. 1998;21:761\u2013773.", "ArticleIdList": {"ArticleId": {"#text": "9808463", + "@IdType": "pubmed"}}}, {"Citation": "Corbetta M, Kincade JM, Ollinger JM, + McAvoy MP, Shulman GL. Voluntary orienting is dissociated from target detection + in human posterior parietal cortex. Nat Neurosci. 2000;3:292\u2013297. http://dx.doi.org/10.1038/73009.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/73009", "@IdType": "doi"}, + {"#text": "10700263", "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Agostino + RB, Sr, Vasan RS, Pencina MJ, Wolf PA, Cobain M, Massaro JM, Kannel WB. General + cardiovascular risk profile for use in primary care: the Framingham Heart + Study. Circulation. 2008;117:743\u2013753.", "ArticleIdList": {"ArticleId": + {"#text": "18212285", "@IdType": "pubmed"}}}, {"Citation": "Dufouil C, de + Kersaint-Gilly A, Besancon V, Levy C, Auffray E, Brunnereau L, Alperovitch + A, Tzourio C. Longitudinal study of blood pressure and white matter hyperintensities: + the EVA MRI Cohort. Neurology. 2001;56:921\u2013926.", "ArticleIdList": {"ArticleId": + {"#text": "11294930", "@IdType": "pubmed"}}}, {"Citation": "Durston S, Davidson + MC, Thomas KM, Worden MS, Tottenham N, Martinez A, Watts R, Ulug AM, Casey + BJ. Parametric manipulation of conflict and response competition using rapid + mixed-trial event-related fMRI. NeuroImage. 2003;20:2135\u20132141.", "ArticleIdList": + {"ArticleId": {"#text": "14683717", "@IdType": "pubmed"}}}, {"Citation": "Elias + PK, Elias MF, Robbins MA, Budge MM. Blood pressure-related cognitive decline: + does age make a difference? Hypertension. 2004;44:631\u2013636.", "ArticleIdList": + {"ArticleId": {"#text": "15466661", "@IdType": "pubmed"}}}, {"Citation": "Eriksen + BA, Eriksen CW. Effects of noise letters upon the identification of a target + letter in a nonsearch task. Perception & Psychophysics. 1974;16:143\u2013149."}, + {"Citation": "Folstein MF, Folstein SE, McHugh PR. \u201cMini-mental state\u201d + A practical method for grading the cognitive state of patients for the clinician. + J Psychiatr Res. 1975;12:189\u2013198.", "ArticleIdList": {"ArticleId": {"#text": + "1202204", "@IdType": "pubmed"}}}, {"Citation": "Fontbonne A, Berr C, Ducimetiere + P, Alperovitch A. Changes in cognitive abilities over a 4-year period are + unfavorably affected in elderly diabetic subjects: results of the Epidemiology + of Vascular Aging Study. Diabetes Care. 2001;24:366\u2013370.", "ArticleIdList": + {"ArticleId": {"#text": "11213894", "@IdType": "pubmed"}}}, {"Citation": "Fried + LP, Carlson MC, McGill S, Seeman T, Xue QL, Frick K, Tan E, Tanner EK, Barron + J, Frangakis C, Piferi R, Martinez I, Gruenewald T, Martin BK, Berry-Vaughn + L, Stewart J, Dickersin K, Willging PR, Rebok GW. Experience Corps: a dual + trial to promote the health of older adults and children\u2019s academic success. + Contemp Clin Trials. 2013;36:1\u201313. http://dx.doi.org/10.1016/j.cct.2013.05.003.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cct.2013.05.003", "@IdType": + "doi"}, {"#text": "PMC4112377", "@IdType": "pmc"}, {"#text": "23680986", "@IdType": + "pubmed"}]}}, {"Citation": "Garrett KD, Browndyke JN, Whelihan W, Paul RH, + DiCarlo M, Moser DJ, Cohen RA, Ott BR. The neuropsychological profile of vascular + cognitive impairment\u2013no dementia: comparisons to patients at risk for + cerebrovascular disease and vascular dementia. Arch Clin Neuropsychol. 2004;19:745\u2013757.", + "ArticleIdList": {"ArticleId": {"#text": "15288328", "@IdType": "pubmed"}}}, + {"Citation": "Gottesman RF, Coresh J, Catellier DJ, Sharrett AR, Rose KM, + Coker LH, Shibata DK, Knopman DS, Jack CR, Mosley TH., Jr Blood pressure and + white-matter disease progression in a biethnic cohort: Atherosclerosis Risk + in Communities (ARIC) study. Stroke. 2010;41:3\u20138.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2803313", "@IdType": "pmc"}, {"#text": "19926835", + "@IdType": "pubmed"}]}}, {"Citation": "Head D, Buckner RL, Shimony JS, Williams + LE, Akbudak E, Conturo TE, McAvoy M, Morris JC, Snyder AZ. Differential vulnerability + of anterior white matter in nondemented aging with minimal acceleration in + dementia of the Alzheimer type:evidence from diffusion tensor imaging. Cereb + Cortex. 2004;14:410\u2013423.", "ArticleIdList": {"ArticleId": {"#text": "15028645", + "@IdType": "pubmed"}}}, {"Citation": "Hedden T, Gabrieli JD. Insights into + the ageing mind: a view from cognitive neuroscience. Nat Rev Neurosci. 2004;5:87\u201396.", + "ArticleIdList": {"ArticleId": {"#text": "14735112", "@IdType": "pubmed"}}}, + {"Citation": "Hopfinger JB, Buonocore MH, Mangun GR. The neural mechanisms + of top-down attentional control. Nat Neurosci. 2000;3:284\u2013291. http://dx.doi.org/10.1038/72999.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/72999", "@IdType": "doi"}, + {"#text": "10700262", "@IdType": "pubmed"}]}}, {"Citation": "Hurley LP, Dickinson + LM, Estacio RO, Steiner JF, Havranek EP. Prediction of cardiovascular death + in racial/ethnic minorities using Framingham risk factors. Circ Cardiovasc + Qual Outcomes. 2010;3:181\u2013187.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC2853913", "@IdType": "pmc"}, {"#text": "20124526", "@IdType": "pubmed"}]}}, + {"Citation": "Jacobs HI, Van Boxtel MP, Heinecke A, Gronenschild EH, Backes + WH, Ramakers IH, Jolles J, Verhey FR. Functional integration of parietal lobe + activity in early Alzheimer disease. Neurology. 2012a;78:352\u2013360.", "ArticleIdList": + {"ArticleId": {"#text": "22262753", "@IdType": "pubmed"}}}, {"Citation": "Jacobs + HI, Van Boxtel MP, Jolles J, Verhey FR, Uylings HB. Parietal cortex matters + in Alzheimer\u2019s disease: an overview of structural, functional and metabolic + findings. Neurosci Biobehav Rev. 2012b;36:297\u2013309.", "ArticleIdList": + {"ArticleId": {"#text": "21741401", "@IdType": "pubmed"}}}, {"Citation": "Jenkinson + M, Bannister P, Brady M, Smith S. Improved optimization for the robust and + accurate linear registration and motion correction of brain images. NeuroImage. + 2002;17:825\u2013841.", "ArticleIdList": {"ArticleId": {"#text": "12377157", + "@IdType": "pubmed"}}}, {"Citation": "Jennings JR, Muldoon MF, Ryan C, Price + JC, Greer P, Sutton-Tyrrell K, van der Veen FM, Meltzer CC. Reduced cerebral + blood flow response and compensation among patients with untreated hypertension. + Neurology. 2005;64:1358\u20131365.", "ArticleIdList": {"ArticleId": {"#text": + "15851723", "@IdType": "pubmed"}}}, {"Citation": "Kalmijn S, Foley D, White + L, Burchfiel CM, Curb JD, Petrovitch H, Ross GW, Havlik RJ, Launer LJ. Metabolic + cardiovascular syndrome and risk of dementia in Japanese-American elderly + men. The Honolulu-Asia aging study. Arterioscler Thromb Vasc Biol. 2000;20:2255\u20132260.", + "ArticleIdList": {"ArticleId": {"#text": "11031212", "@IdType": "pubmed"}}}, + {"Citation": "Kanaya AM, Barrett-Connor E, Gildengorin G, Yaffe K. Change + in cognitive function by glucose tolerance status in older adults: a 4-year + prospective study of the Rancho Bernardo study cohort. Arch Intern Med. 2004;164:1327\u20131333.", + "ArticleIdList": {"ArticleId": {"#text": "15226167", "@IdType": "pubmed"}}}, + {"Citation": "Kanwisher N, Wojciulik E. Visual attention: insights from brain + imaging. Nat Rev Neurosci. 2000;1:91\u2013100. http://dx.doi.org/10.1038/35039043.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/35039043", "@IdType": "doi"}, + {"#text": "11252779", "@IdType": "pubmed"}]}}, {"Citation": "Kastner S, Pinsk + MA, De Weerd P, Desimone R, Ungerleider LG. Increased activity in human visual + cortex during directed attention in the absence of visual stimulation. Neuron. + 1999;22:751\u2013761.", "ArticleIdList": {"ArticleId": {"#text": "10230795", + "@IdType": "pubmed"}}}, {"Citation": "Kivipelto M, Helkala EL, Laakso MP, + Hanninen T, Hallikainen M, Alhainen K, Soininen H, Tuomilehto J, Nissinen + A. Midlife vascular risk factors and Alzheimer\u2019s disease in later life: + longitudinal, population based study. BMJ. 2001;322:1447\u20131451.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC32306", "@IdType": "pmc"}, {"#text": "11408299", + "@IdType": "pubmed"}]}}, {"Citation": "Kloppenborg RP, van den Berg E, Kappelle + LJ, Biessels GJ. Diabetes and other vascular risk factors for dementia: which + factor matters most? A systematic review. Eur J Pharmacol. 2008;585:97\u2013108.", + "ArticleIdList": {"ArticleId": {"#text": "18395201", "@IdType": "pubmed"}}}, + {"Citation": "Kuo HK, Sorond F, Iloputaife I, Gagnon M, Milberg W, Lipsitz + LA. Effect of blood pressure on cognitive functions in elderly persons. J + Gerontol A Biol Sci Med Sci. 2004;59:1191\u20131194.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC4418553", "@IdType": "pmc"}, {"#text": "15602074", "@IdType": + "pubmed"}]}}, {"Citation": "Luchsinger JA, Reitz C, Honig LS, Tang MX, Shea + S, Mayeux R. Aggregation of vascular risk factors and risk of incident Alzheimer + disease. Neurology. 2005;65:545\u2013551.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC1619350", "@IdType": "pmc"}, {"#text": "16116114", "@IdType": + "pubmed"}]}}, {"Citation": "McKee AC, Au R, Cabral HJ, Kowall NW, Seshadri + S, Kubilus CA, Drake J, Wolf PA. Visual association pathology in preclinical + Alzheimer disease. J Neuropathol Exp Neurol. 2006;65:621\u2013630.", "ArticleIdList": + {"ArticleId": {"#text": "16783172", "@IdType": "pubmed"}}}, {"Citation": "Nyenhuis + DL, Gorelick PB, Geenen EJ, Smith CA, Gencheva E, Freels S, deToledo-Morrell + L. The pattern of neuropsychological deficits in vascular cognitive impairment-no + dementia (Vascular CIND) Clin Neuropsychol. 2004;18:41\u201349.", "ArticleIdList": + {"ArticleId": {"#text": "15595357", "@IdType": "pubmed"}}}, {"Citation": "Prvulovic + D, Hubl D, Sack AT, Melillo L, Maurer K, Frolich L, Lanfermann H, Zanella + FE, Goebel R, Linden DE, Dierks T. Functional imaging of visuospatial processing + in Alzheimer\u2019s disease. NeuroImage. 2002;17:1403\u20131414.", "ArticleIdList": + {"ArticleId": {"#text": "12414280", "@IdType": "pubmed"}}}, {"Citation": "Raz + N, Gunning-Dixon FM, Head D, Dupuis JH, Acker JD. Neuroanatomical correlates + of cognitive aging: evidence from structural magnetic resonance imaging. Neuropsychology. + 1998;12:95\u2013114.", "ArticleIdList": {"ArticleId": {"#text": "9460738", + "@IdType": "pubmed"}}}, {"Citation": "Reitan RM. Validity of the trail making + test as an indicator of organic brain damage. Percept Mot Skills. 1958;8:271\u2013276."}, + {"Citation": "Shulman GL, Ollinger JM, Akbudak E, Conturo TE, Snyder AZ, Petersen + SE, Corbetta M. Areas involved in encoding and applying directional expectations + to moving objects. J Neurosci. 1999;19:9480\u20139496.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6782891", "@IdType": "pmc"}, {"#text": "10531451", + "@IdType": "pubmed"}]}}, {"Citation": "Smith SM, Jenkinson M, Woolrich MW, + Beckmann CF, Behrens TE, Johansen-Berg H, Bannister PR, De Luca M, Drobnjak + I, Flitney DE, Niazy RK, Saunders J, Vickers J, Zhang Y, De Stefano N, Brady + JM, Matthews PM. Advances in functional and structural MR image analysis and + implementation as FSL. NeuroImage. 2004;23(Suppl 1):S208\u2013S219.", "ArticleIdList": + {"ArticleId": {"#text": "15501092", "@IdType": "pubmed"}}}, {"Citation": "Smith + SM, Zhang Y, Jenkinson M, Chen J, Matthews PM, Federico A, De Stefano N. Accurate, + robust, and automated longitudinal and cross-sectional brain change analysis. + NeuroImage. 2002;17:479\u2013489.", "ArticleIdList": {"ArticleId": {"#text": + "12482100", "@IdType": "pubmed"}}}, {"Citation": "Sperling RA, Dickerson BC, + Pihlajamaki M, Vannini P, LaViolette PS, Vitolo OV, Hedden T, Becker JA, Rentz + DM, Selkoe DJ, Johnson KA. Functional alterations in memory networks in early + Alzheimer\u2019s disease. Neuromolecular Med. 2010;12:27\u201343. http://dx.doi.org/10.1007/s12017-009-8109-7.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s12017-009-8109-7", "@IdType": + "doi"}, {"#text": "PMC3036844", "@IdType": "pmc"}, {"#text": "20069392", "@IdType": + "pubmed"}]}}, {"Citation": "Steiger JH. Tests for comparing elements of a + correlation matrix. Psychol Bull. 1980;87:245\u2013251. http://dx.doi.org/10.1037/0033-2909.87.2.245.", + "ArticleIdList": {"ArticleId": {"#text": "10.1037/0033-2909.87.2.245", "@IdType": + "doi"}}}, {"Citation": "van Harten B, de Leeuw FE, Weinstein HC, Scheltens + P, Biessels GJ. Brain imaging in patients with diabetes: a systematic review. + Diabetes Care. 2006;29:2539\u20132548.", "ArticleIdList": {"ArticleId": {"#text": + "17065699", "@IdType": "pubmed"}}}, {"Citation": "van Veen V, Cohen JD, Botvinick + MM, Stenger VA, Carter CS. Anterior cingulate cortex, conflict monitoring, + and levels of processing. NeuroImage. 2001;14:1302\u20131308.", "ArticleIdList": + {"ArticleId": {"#text": "11707086", "@IdType": "pubmed"}}}, {"Citation": "Vannini + P, Almkvist O, Dierks T, Lehmann C, Wahlund LO. Reduced neuronal efficacy + in progressive mild cognitive impairment: a prospective fMRI study on visuospatial + processing. Psychiatry Res. 2007;156:43\u201357. http://dx.doi.org/10.1016/j.pscychresns.2007.02.003.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.pscychresns.2007.02.003", + "@IdType": "doi"}, {"#text": "17719211", "@IdType": "pubmed"}]}}, {"Citation": + "West RL. An application of prefrontal cortex function theory to cognitive + aging. Psychol Bull. 1996;120:272\u2013292.", "ArticleIdList": {"ArticleId": + {"#text": "8831298", "@IdType": "pubmed"}}}, {"Citation": "Whitfield-Gabrieli + S. Artifact detection tool. MIT; 2009. http://web.mit.edu/swg/art/art.pdf."}, + {"Citation": "Whitmer RA, Sidney S, Selby J, Johnston SC, Yaffe K. Midlife + cardiovascular risk factors and risk of dementia in late life. Neurology. + 2005;64:277\u2013281.", "ArticleIdList": {"ArticleId": {"#text": "15668425", + "@IdType": "pubmed"}}}, {"Citation": "Wilkinson GS. The Wide Range Achievement + Test: Manual. 3. Wide Range Inc; Wilmington, DE: 1993."}, {"Citation": "Wojciulik + E, Kanwisher N. The generality of parietal involvement in visual attention. + Neuron. 1999;23:747\u2013764.", "ArticleIdList": {"ArticleId": {"#text": "10482241", + "@IdType": "pubmed"}}}, {"Citation": "Worsley KJ. Statistical analysis of + activation images. In: Jezzard P, Matthews PM, Smith SM, editors. Functional + MRI: An Introduciton to Methods. Oxford University Press; New York: 2001."}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "24439485", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Issue": "6", "Volume": "35", "PubDate": {"Year": + "2014", "Month": "Jun"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol + Aging"}, "Abstract": {"AbstractText": "Cardiovascular (CV) risk factors, such + as hypertension, diabetes, and hyperlipidemia are associated with cognitive + impairment and risk of dementia in older adults. However, the mechanisms linking + them are not clear. This study aims to investigate the association between + aggregate CV risk, assessed by the Framingham general cardiovascular risk + profile, and functional brain activation in a group of community-dwelling + older adults. Sixty participants (mean age: 64.6 years) from the Brain Health + Study, a nested study of the Baltimore Experience Corps Trial, underwent functional + magnetic resonance imaging using the Flanker task. We found that participants + with higher CV risk had greater task-related activation in the left inferior + parietal region, and this increased activation was associated with poorer + task performance. Our results provide insights into the neural systems underlying + the relationship between CV risk and executive function. Increased activation + of the inferior parietal region may offer a pathway through which CV risk + increases risk for cognitive impairment.", "CopyrightInformation": "Copyright + \u00a9 2014 Elsevier Inc. All rights reserved."}, "Language": "eng", "@PubModel": + "Print-Electronic", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "P01 AG027735"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "P30 AG021334"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "T32 AG027668"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "P01 AG027735-03"}], "@CompleteYN": "Y"}, "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Yi-Fang", "Initials": "YF", "LastName": + "Chuang", "AffiliationInfo": {"Affiliation": "Department of Mental Health, + Johns Hopkins University Bloomberg School of Public Health, Baltimore, MD, + USA."}}, {"@ValidYN": "Y", "ForeName": "Dana", "Initials": "D", "LastName": + "Eldreth", "AffiliationInfo": {"Affiliation": "Department of Mental Health, + Johns Hopkins University Bloomberg School of Public Health, Baltimore, MD, + USA."}}, {"@ValidYN": "Y", "ForeName": "Kirk I", "Initials": "KI", "LastName": + "Erickson", "AffiliationInfo": {"Affiliation": "Department of Psychology, + University of Pittsburgh, PA, USA."}}, {"@ValidYN": "Y", "ForeName": "Vijay", + "Initials": "V", "LastName": "Varma", "AffiliationInfo": {"Affiliation": "Department + of Mental Health, Johns Hopkins University Bloomberg School of Public Health, + Baltimore, MD, USA; Johns Hopkins Center on Aging and Health, Baltimore, MD, + USA."}}, {"@ValidYN": "Y", "ForeName": "Gregory", "Initials": "G", "LastName": + "Harris", "AffiliationInfo": {"Affiliation": "Johns Hopkins Center on Aging + and Health, Baltimore, MD, USA."}}, {"@ValidYN": "Y", "ForeName": "Linda P", + "Initials": "LP", "LastName": "Fried", "AffiliationInfo": {"Affiliation": + "Columbia University Mailman School of Public Health, New York, NY, USA."}}, + {"@ValidYN": "Y", "ForeName": "George W", "Initials": "GW", "LastName": "Rebok", + "AffiliationInfo": {"Affiliation": "Department of Mental Health, Johns Hopkins + University Bloomberg School of Public Health, Baltimore, MD, USA; Johns Hopkins + Center on Aging and Health, Baltimore, MD, USA."}}, {"@ValidYN": "Y", "ForeName": + "Elizabeth K", "Initials": "EK", "LastName": "Tanner", "AffiliationInfo": + {"Affiliation": "Johns Hopkins Center on Aging and Health, Baltimore, MD, + USA; Schools of Nursing, Johns Hopkins University, Baltimore, MD, USA."}}, + {"@ValidYN": "Y", "ForeName": "Michelle C", "Initials": "MC", "LastName": + "Carlson", "AffiliationInfo": {"Affiliation": "Department of Mental Health, + Johns Hopkins University Bloomberg School of Public Health, Baltimore, MD, + USA; Johns Hopkins Center on Aging and Health, Baltimore, MD, USA. Electronic + address: mcarlson@jhsph.edu."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "1403", "StartPage": "1396", "MedlinePgn": "1396-403"}, "ArticleDate": {"Day": + "18", "Year": "2013", "Month": "12", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2013.12.008", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(13)00647-7", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Cardiovascular risks and brain function: a functional magnetic + resonance imaging study of executive function in older adults.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D052061", "#text": "Research Support, N.I.H., Extramural"}, {"@UI": "D013485", + "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "16", + "Year": "2022", "Month": "03"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Brain function", "@MajorTopicYN": "N"}, {"#text": "Cardiovascular + risk", "@MajorTopicYN": "N"}, {"#text": "Executive function", "@MajorTopicYN": + "N"}, {"#text": "Framingham risk score", "@MajorTopicYN": "N"}, {"#text": + "Older adults", "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": + "N"}]}, "DateCompleted": {"Day": "25", "Year": "2014", "Month": "11"}, "CitationSubset": + "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000473", "#text": "pathology", "@MajorTopicYN": "N"}, {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D001921", + "#text": "Brain", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000150", + "#text": "complications", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": + "D002318", "#text": "Cardiovascular Diseases", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000175", "#text": "diagnosis", "@MajorTopicYN": "Y"}, {"@UI": "Q000209", + "#text": "etiology", "@MajorTopicYN": "Y"}, {"@UI": "Q000473", "#text": "pathology", + "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "N"}], "DescriptorName": {"@UI": "D003072", "#text": "Cognition Disorders", + "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000175", "#text": "diagnosis", + "@MajorTopicYN": "Y"}, {"@UI": "Q000209", "#text": "etiology", "@MajorTopicYN": + "Y"}, {"@UI": "Q000473", "#text": "pathology", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D003704", "#text": "Dementia", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D056344", "#text": "Executive Function", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D059907", "#text": "Functional Neuroimaging", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", + "#text": "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", + "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D012307", "#text": "Risk Factors", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2014, + "title": "Cardiovascular risks and brain function: a functional magnetic resonance + imaging study of executive function in older adults", "venue": "Neurobiology + of Aging", "authors": [{"name": "Y. Chuang", "authorId": "15245774"}, {"name": + "D. Eldreth", "authorId": "3095610"}, {"name": "K. Erickson", "authorId": + "3298565"}, {"name": "V. Varma", "authorId": "40538889"}, {"name": "Gregory + C. Harris", "authorId": "2111026"}, {"name": "L. Fried", "authorId": "1810620"}, + {"name": "G. Rebok", "authorId": "5727604"}, {"name": "E. Tanner", "authorId": + "31233069"}, {"name": "M. Carlson", "authorId": "47972954"}], "paperId": "f2b3bb745c6191118789032019b77f311be6c7c2", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc4282177?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: The following paper + fields have been elided by the publisher: {''abstract''}. Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2013.12.008?email= + or https://doi.org/10.1016/j.neurobiolaging.2013.12.008, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2014-06-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T04:56:25.717049+00:00", "analyses": + [{"id": "FKfNMTTK33MQ", "user": null, "name": "IncSm > ConSm", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "tbl4", "table_label": + "Table\u00a04", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table\u00a04", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Cluster and peak voxel characteristics + for regions that showed significant correlation with Framingham general cardiovascular + risk score in whole-brain analysis", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "UwjfJnKdFeGK", "user": null, "name": "IncLg > ConLg + (High inhibitory executive demand)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "table_label": "Table\u00a03", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Cluster and peak voxel characteristics + for regions that showed significant differences between incongruent and congruent + conditions in whole-brain analysis", "conditions": [], "weights": [], "points": + [{"id": "yYmafBqmGtMJ", "coordinates": [16.0, -66.0, 50.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 5.23}]}, {"id": "TovigHY6r6Po", "coordinates": [46.0, -72.0, -4.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.63}]}, {"id": "GFsgdNmgpoNS", "coordinates": [-28.0, -58.0, + 50.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.47}]}, {"id": "87vC8pA8zxQV", "coordinates": [34.0, + -50.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.45}]}, {"id": "28TMEzGSzqrf", "coordinates": + [-48.0, -80.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.21}]}, {"id": "eCPJykCNTtGw", "coordinates": + [2.0, 16.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.64}]}, {"id": "iwzV6xwbkeNz", "coordinates": + [-42.0, 0.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.26}]}, {"id": "WG6RJoJEfgwx", "coordinates": + [38.0, 12.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.84}]}], "images": []}, {"id": "Qas43VyZ3kqu", + "user": null, "name": "IncSm > ConSm (Low inhibitory executive demand)", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Cluster and peak voxel characteristics + for regions that showed significant differences between incongruent and congruent + conditions in whole-brain analysis", "conditions": [], "weights": [], "points": + [{"id": "DVsVCeSCg6pq", "coordinates": [48.0, -88.0, 8.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.85}]}], "images": []}, {"id": "qp3vU9aa4TfK", "user": null, "name": "IncLg + > ConLg", "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": + "tbl4", "table_label": "Table\u00a04", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table\u00a04", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Cluster and peak voxel characteristics + for regions that showed significant correlation with Framingham general cardiovascular + risk score in whole-brain analysis", "conditions": [], "weights": [], "points": + [{"id": "jdyHZYsttEwz", "coordinates": [-48.0, -60.0, 12.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 3.33}]}, {"id": "EQkYjeMvTWgt", "coordinates": [-34.0, -66.0, 48.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.24}]}, {"id": "qbBAMSanV2ga", "coordinates": [-56.0, -36.0, + 44.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.22}]}], "images": []}]}, {"id": "TuXKJVc4rRe6", + "created_at": "2025-12-04T04:26:00.633970+00:00", "updated_at": null, "user": + null, "name": "Neurocompensatory Effects of the Default Network in Older Adults", + "description": "The hemispheric asymmetry reduction in older adults (HAROLD) + is a neurocompensatory process that has been observed across several cognitive + functions but has not yet been examined in relation to task-induced relative + deactivations of the default mode network. The present study investigated + the presence of HAROLD effects specific to neural activations and deactivations + using a functional magnetic resonance imaging (fMRI) n-back paradigm. It was + hypothesized that HAROLD effects would be identified in relative activations + and deactivations during the paradigm, and that they would be associated with + better 2-back performance. Forty-five older adults (M age = 63.8; range = + 53\u201383) were administered a verbal n-back paradigm during fMRI. For each + participant, the volume of brain response was summarized by left and right + frontal regions of interest, and laterality indices (LI; i.e., left/right) + were calculated to assess HAROLD effects. Group level results indicated that + age was significantly and negatively correlated with LI (i.e., reduced left + lateralization) for deactivations, but positively correlated with LI (i.e., + increased left lateralization) for activations. The relationship between age + and LI for deactivation was significantly moderated by performance level, + revealing a stronger relationship between age and LI at higher levels of 2-back + performance. Findings suggest that older adults may employ neurocompensatory + processes specific to deactivations, and task-independent processes may be + particularly sensitive to age-related neurocompensation.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2019.00111", "pmid": + "31214012", "authors": "B. Duda; L. Sweet; E. Hallowell; M. Owens", "year": + 2018, "metadata": {"slug": "31214012-10-3389-fnagi-2019-00111-pmc6558200", + "source": "semantic_scholar", "keywords": ["HAROLD", "default mode network", + "fMRI", "neurocompensation", "older adults"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "22", "Year": "2018", "Month": "4", + "@PubStatus": "received"}, {"Day": "29", "Year": "2019", "Month": "4", "@PubStatus": + "accepted"}, {"Day": "20", "Hour": "6", "Year": "2019", "Month": "6", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "20", "Hour": "6", "Year": "2019", "Month": + "6", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "20", "Hour": "6", "Year": + "2019", "Month": "6", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2019", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "31214012", "@IdType": "pubmed"}, {"#text": "PMC6558200", + "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2019.00111", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Aiken L., West S. (1991). Testing + and Interpreting Interactions. Newbury Park, CA: Sage Publications."}, {"Citation": + "Alzheimer\u2019s Disease International (2010). World Alzheimer Report. Available + at: http://www.alz.co.uk/research/world-report (accessed April 19 2018)."}, + {"Citation": "Ansado J., Monchi O., Ennabil N., Faure S., Joanette Y. (2012). + Load-dependent posterior\u2013anterior shift in aging in complex visual selective + attention situations. Brain Res. 1454 14\u201322. 10.1016/j.brainres.2012.02.061", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brainres.2012.02.061", + "@IdType": "doi"}, {"#text": "22483790", "@IdType": "pubmed"}]}}, {"Citation": + "Anticevic A., Cole M. W., Murray J. D., Corlett P. R., Wang X. J., Krystal + J. H. (2012). The role of default network deactivation in cognition and disease. + Trends Cogn. Sci. 16 584\u2013592. 10.1016/j.tics.2012.10.008", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tics.2012.10.008", "@IdType": "doi"}, + {"#text": "PMC3501603", "@IdType": "pmc"}, {"#text": "23142417", "@IdType": + "pubmed"}]}}, {"Citation": "Avelar-Pereira B., B\u00e4ckman L., W\u00e5hlin + A., Nyberg L., Salami A. (2017). Age-related differences in dynamic interactions + among default mode, frontoparietal control, and dorsal attention networks + during resting-state and interference resolution. Front. Aging Neurosci. 9:152. + 10.3389/fnagi.2017.00152", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2017.00152", + "@IdType": "doi"}, {"#text": "PMC5438979", "@IdType": "pmc"}, {"#text": "28588476", + "@IdType": "pubmed"}]}}, {"Citation": "Baciu M. V., Watson J. M., Maccotta + L., McDermott K. B., Buckner R. L., Gilliam F. G. (2005). Evaluating functional + MRI procedures for assessing hemispheric language dominance in neurosurgical + patients. Neuroradiology 47 835\u2013844. 10.1007/s00234-005-1431-3", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00234-005-1431-3", "@IdType": "doi"}, {"#text": + "16142480", "@IdType": "pubmed"}]}}, {"Citation": "B\u00e4ckman L., Almkvist + O., Andersson J., Nordberg A., Windblad B., Rineck R., et al. (1997). Brain + activation in young and older adults during implicit and explicit retrieval. + J. Cogn. Neurosci. 9 378\u2013391. 10.1162/jocn.1997.9.3.378", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn.1997.9.3.378", "@IdType": "doi"}, {"#text": + "23965013", "@IdType": "pubmed"}]}}, {"Citation": "Bahar-Fuchs A., Clare L., + Woods B. (2013). Cognitive training and cognitive rehabilitation for mild + to moderate Alzheimer\u2019s disease and vascular dementia. Cochrane Database + Syst. Rev. 6:CD003260.", "ArticleIdList": {"ArticleId": [{"#text": "PMC7144738", + "@IdType": "pmc"}, {"#text": "23740535", "@IdType": "pubmed"}]}}, {"Citation": + "Balota D. A., Dolan P. O., Duchek J. M. (2000). \u201cMemory changes in healthy + older adults,\u201d in The Oxford Handbook of Memory eds Tulving E., Craik + F. I. M. (New York, NY: Oxford University Press; ) 395\u2013409."}, {"Citation": + "Bamidis P. D., Vivas A. B., Styliadis C., Frantzidis C., Klados M., Schlee + W., et al. (2014). A review of physical and cognitive interventions in aging. + Neurosci. Biobehav. Rev. 44 206\u2013220. 10.1016/j.neubiorev.2014.03.019", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2014.03.019", + "@IdType": "doi"}, {"#text": "24705268", "@IdType": "pubmed"}]}}, {"Citation": + "Barr R. A., Giambra L. M. (1990). Age-related decrement in auditory selective + attention. Psychol. Aging 5:597 10.1037/0882-7974.5.4.597", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0882-7974.5.4.597", "@IdType": "doi"}, {"#text": + "2278686", "@IdType": "pubmed"}]}}, {"Citation": "Barulli D., Stern Y. (2013). + Efficiency, capacity, compensation, maintenance, plasticity: emerging concepts + in cognitive reserve. Trends Cogn. Sci. 17 502\u2013509. 10.1016/j.tics.2013.08.012", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2013.08.012", "@IdType": + "doi"}, {"#text": "PMC3840716", "@IdType": "pmc"}, {"#text": "24018144", "@IdType": + "pubmed"}]}}, {"Citation": "Berlingeri M., Bottini G., Danelli L., Ferri F., + Traficante D., Sacheli L., et al. (2010). With time on our side? Task-dependent + compensatory processes in graceful aging. Exp. Brain Res. 205 307\u2013324. + 10.1007/s00221-010-2363-7", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00221-010-2363-7", + "@IdType": "doi"}, {"#text": "20680252", "@IdType": "pubmed"}]}}, {"Citation": + "Berlingeri M., Danelli L., Bottini G., Sberna M., Paulesu E. (2013). Reassessing + the HAROLD model: Is the hemispheric asymmetry reduction in older adults a + special case of compensatory-related utilisation of neural circuits? Exp. + Brain Res. 224 393\u2013410. 10.1007/s00221-012-3319-x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00221-012-3319-x", "@IdType": "doi"}, {"#text": + "23178904", "@IdType": "pubmed"}]}}, {"Citation": "Bherer L. (2015). Cognitive + plasticity in older adults: effects of cognitive training and physical exercise. + Ann. N.Y. Acad. Sci. 1337 1\u20136. 10.1111/nyas.12682", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/nyas.12682", "@IdType": "doi"}, {"#text": + "25773610", "@IdType": "pubmed"}]}}, {"Citation": "Binder J. R. (2012). Task-induced + deactivation and the\u201d resting\u201d state. NeuroImage 62 1086\u20131091. + 10.1016/j.neuroimage.2011.09.026", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2011.09.026", "@IdType": "doi"}, {"#text": "PMC3389183", + "@IdType": "pmc"}, {"#text": "21979380", "@IdType": "pubmed"}]}}, {"Citation": + "Bosch B., Bartr\u00e9s-Faz D., Rami L., Arenaza-Urquijo E. M., Fern\u00e1ndez-Espejo + D., Junqu\u00e9 C., et al. (2010). Cognitive reserve modulates task-induced + activations and deactivations in healthy elders, amnestic mild cognitive impairment + and mild Alzheimer\u2019s disease. Cortex 46 451\u2013461. 10.1016/j.cortex.2009.05.006", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2009.05.006", + "@IdType": "doi"}, {"#text": "19560134", "@IdType": "pubmed"}]}}, {"Citation": + "Braver T. S., Cohen J. D., Nystrom L. E., Jonides J., Smith E. E., Noll D. + C. (1997). A parametric study of prefrontal cortex involvement in human working + memory. Neuroimage 5 49\u201362. 10.1006/nimg.1996.0247", "ArticleIdList": + {"ArticleId": [{"#text": "10.1006/nimg.1996.0247", "@IdType": "doi"}, {"#text": + "9038284", "@IdType": "pubmed"}]}}, {"Citation": "Buckner R. L., Andrews-Hanna + J. R., Schacter D. L. (2008). The brain\u2019s default network. Ann. N.Y. + Acad. Sci. 1124 1\u201338. 10.1196/annals.1440.011", "ArticleIdList": {"ArticleId": + [{"#text": "10.1196/annals.1440.011", "@IdType": "doi"}, {"#text": "18400922", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R. (2001). Cognitive neuroscience + of aging: contributions of functional neuroimaging. Scand. J. Psychol. 42 + 277\u2013286. 10.1111/1467-9450.00237", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/1467-9450.00237", "@IdType": "doi"}, {"#text": "11501741", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R. (2002). Hemispheric asymmetry reduction + in older adults: the HAROLD model. Psychol. Aging 17 85\u2013100. 10.1037/0882-7974.17.1.85", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.17.1.85", "@IdType": + "doi"}, {"#text": "11931290", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R., Daselaar S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task- specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14 364\u2013375. 10.1093/cercor/bhg133", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhg133", "@IdType": + "doi"}, {"#text": "15028641", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R., Grady C., Nyberg L., McIntosh A., Tulving E., Kapur S., et al. (1997). + Age-related differences in neural activity during memory encoding and retrieval: + a position emission tomography study. J. Neurosci. 17 391\u2013400. 10.1523/jneurosci.17-01-00391.1997", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/jneurosci.17-01-00391.1997", + "@IdType": "doi"}, {"#text": "PMC6793692", "@IdType": "pmc"}, {"#text": "8987764", + "@IdType": "pubmed"}]}}, {"Citation": "Carp J., Gmeindl L., Reuter-Lorenz + P. A. (2010). Age differences in the neural representation of working memory + revealed by multi-voxel pattern analysis. Front. Hum. Neurosci. 4:217. 10.3389/fnhum.2010.00217", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2010.00217", "@IdType": + "doi"}, {"#text": "PMC2996172", "@IdType": "pmc"}, {"#text": "21151373", "@IdType": + "pubmed"}]}}, {"Citation": "Charness N. (2008). Aging and human performance. + Hum. Fact. 50 548\u2013555.", "ArticleIdList": {"ArticleId": {"#text": "18689066", + "@IdType": "pubmed"}}}, {"Citation": "Cohen J., Cohen P., West S. G., Aiken + L. S. (2003). Applied Multiple Regression/Correlation Analysis for the Behavioral + Sciences 3rd Edn. Mahwah, NJ: Erlbaum."}, {"Citation": "Cox R. (1996). AFNI: + software for analysis and visualization of functional magnetic resonance neuroimages. + Comput. Biomed. Res. 29 162\u2013173. 10.1006/cbmr.1996.0014", "ArticleIdList": + {"ArticleId": [{"#text": "10.1006/cbmr.1996.0014", "@IdType": "doi"}, {"#text": + "8812068", "@IdType": "pubmed"}]}}, {"Citation": "Davis S. W., Dennis N. A., + Daselaar S. M., Fleck M. S., Cabeza R. (2008). Que\u2019 PASA? The posterior-anterior + shift in aging. Cereb. Cortex 18 1201\u20131209. 10.1093/cercor/bhm155", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/cercor/bhm155", "@IdType": "doi"}, {"#text": + "PMC2760260", "@IdType": "pmc"}, {"#text": "17925295", "@IdType": "pubmed"}]}}, + {"Citation": "Davis S. W., Kragel J. E., Madden D. J., Cabeza R. (2011). The + architecture of cross- hemispheric communication in the aging brain: Linking + behavior to functional, and structural connectivity. Cereb. Cortex. 22 232\u2013242. + 10.1093/cercor/bhr123", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhr123", + "@IdType": "doi"}, {"#text": "PMC3236798", "@IdType": "pmc"}, {"#text": "21653286", + "@IdType": "pubmed"}]}}, {"Citation": "Deblaere K., Boon P. A., Vandemaele + P., Tieleman A., Vonck K., Vingerhoets G. (2004). MRI language dominance assessment + in epilepsy patients at 1.0 T: Region of interest analysis and comparison + with intracarotid amytal testing. Neuroradiology 46 413\u2013420.", "ArticleIdList": + {"ArticleId": {"#text": "15127167", "@IdType": "pubmed"}}}, {"Citation": "Duda + B., Puente A. N., Miller L. S. (2014). Cognitive reserve moderates relation + between global cognition and functional status in older adults. J. Clin. Exp. + Neuropsychol. 36 368\u2013378. 10.1080/13803395.2014.892916", "ArticleIdList": + {"ArticleId": [{"#text": "10.1080/13803395.2014.892916", "@IdType": "doi"}, + {"#text": "24611794", "@IdType": "pubmed"}]}}, {"Citation": "Duverne S., Habibi + A., Rugg M. D. (2008). Regional specificity of age effects on the neural correlates + of episodic retrieval. Neurobiol. Aging 29 1902\u20131916. 10.1016/j.neurobiolaging.2007.04.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2007.04.022", + "@IdType": "doi"}, {"#text": "17560691", "@IdType": "pubmed"}]}}, {"Citation": + "Fox M. D., Snyder A. Z., Vincent J. L., Corbetta M., Van Essen D. C., Raichle + M. E. (2005). The human brain is intrinsically organized into dynamic, anticorrelated + functional networks. Proc. Natl. Acad. Sci. U.S.A. 102 9673\u20139678. 10.1073/pnas.0504136102", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0504136102", "@IdType": + "doi"}, {"#text": "PMC1157105", "@IdType": "pmc"}, {"#text": "15976020", "@IdType": + "pubmed"}]}}, {"Citation": "Gilbert S., Bird G., Frith C., Burgess P. (2012). + Does \u201ctask difficulty\u201d explain \u201ctask-induced deactivation?\u201d. + Front. Psychol. 3:125. 10.3389/fpsyg.2012.00125", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fpsyg.2012.00125", "@IdType": "doi"}, {"#text": "PMC3336185", + "@IdType": "pmc"}, {"#text": "22539930", "@IdType": "pubmed"}]}}, {"Citation": + "Goh J. O. (2011). Functional dedifferentiation and altered connectivity in + older adults: Neural accounts of cognitive aging. Aging Dis. 2:30.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3066008", "@IdType": "pmc"}, {"#text": "21461180", + "@IdType": "pubmed"}]}}, {"Citation": "Grady C. (2012). The cognitive neuroscience + of ageing. Nat. Rev. Neurosci. 13 491\u2013505. 10.1038/nrn3256", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nrn3256", "@IdType": "doi"}, {"#text": "PMC3800175", + "@IdType": "pmc"}, {"#text": "22714020", "@IdType": "pubmed"}]}}, {"Citation": + "Grady C. L. (2008). Cognitive neuroscience of aging. Ann. N.Y. Acad. Sci. + 1124 127\u2013144.", "ArticleIdList": {"ArticleId": {"#text": "18400928", + "@IdType": "pubmed"}}}, {"Citation": "Grady C. L., McIntosh A. R., Craik F. + I. (2003). Age-related differences in the functional connectivity of the hippocampus + during memory encoding. Hippocampus 13 572\u2013586. 10.1002/hipo.10114", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hipo.10114", "@IdType": + "doi"}, {"#text": "12921348", "@IdType": "pubmed"}]}}, {"Citation": "Grady + C. L., Springer M. V., Hongwanishkul D., McIntosh A. R., Winocur G. (2006). + Age-related changes in brain activity across the adult lifespan. J. Cogn. + Neurosci. 18 227\u2013241. 10.1162/jocn.2006.18.2.227", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/jocn.2006.18.2.227", "@IdType": "doi"}, {"#text": "16494683", + "@IdType": "pubmed"}]}}, {"Citation": "Greenwood P. M. (2007). Functional + plasticity in cognitive aging: Review and hypothesis. Neuropsychology 21 657\u2013673. + 10.1037/0894-4105.21.6.657", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0894-4105.21.6.657", + "@IdType": "doi"}, {"#text": "17983277", "@IdType": "pubmed"}]}}, {"Citation": + "Greicius M. D., Srivastava G., Reiss A. L., Menon V. (2004). Default-mode + network activity distinguishes Alzheimer\u2019s disease from healthy aging: + Evidence from functional MRI. Proc. Natl. Acad. Sci. 101 4637\u20134642. 10.1073/pnas.0308627101", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0308627101", "@IdType": + "doi"}, {"#text": "PMC384799", "@IdType": "pmc"}, {"#text": "15070770", "@IdType": + "pubmed"}]}}, {"Citation": "Gutchess A. H., Welsh R. C., Hedden T., Bangert + A., Minear M., Liu L. L., et al. (2005). Aging and the neural correlates of + successful picture encoding: frontal activations for decreased medial temporal + activity. J. Cogn. Neurosci. 17:96.", "ArticleIdList": {"ArticleId": {"#text": + "15701241", "@IdType": "pubmed"}}}, {"Citation": "Haley A. P., Hoth K. F., + Gunstad J., Paul R. H., Jefferson A. L., Tate D. F., et al. (2009). Subjective + cognitive complaints relate to white matter hyperintensities and future cognitive + decline in patients with cardiovascular disease. Am. J. Geriatr. Psychiatry + 17 976\u2013985. 10.1097/JGP.0b013e3181b208ef", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/JGP.0b013e3181b208ef", "@IdType": "doi"}, {"#text": "PMC2813459", + "@IdType": "pmc"}, {"#text": "20104055", "@IdType": "pubmed"}]}}, {"Citation": + "Hampson M., Driesen N. R., Skudlarski P., Gore J. C., Constable R. T. (2006). + Brain connectivity related to working memory performance. J. Neurosci. 26 + 13338\u201313343. 10.1523/jneurosci.3408-06.2006", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/jneurosci.3408-06.2006", "@IdType": "doi"}, {"#text": + "PMC2677699", "@IdType": "pmc"}, {"#text": "17182784", "@IdType": "pubmed"}]}}, + {"Citation": "Hansen N. L., Lauritzen M., Mortensen E. L., Osler M., Avlund + K., Fagerlund B., et al. (2014). Subclinical cognitive decline in middle-age + is associated with reduced task- induced deactivation of the brain\u2019s + default mode network. Hum. Brain Mapp. 35 4488\u20134498. 10.1002/hbm.22489", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22489", "@IdType": + "doi"}, {"#text": "PMC6869675", "@IdType": "pmc"}, {"#text": "24578157", "@IdType": + "pubmed"}]}}, {"Citation": "Haug H., Eggers R. (1991). Morphometry of the + human cortex cerebri and corpus striatum during aging. Neurobiol. Aging 12 + 336\u2013338. 10.1016/0197-4580(91)90013-a", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/0197-4580(91)90013-a", "@IdType": "doi"}, {"#text": "1961364", + "@IdType": "pubmed"}]}}, {"Citation": "Hayes A. F. (2012). PROCESS: A Versatile + Computational Tool for Observed Variable Mediation, Moderation, and Conditional + Process Modeling.\nAvailable at: http://www.afhayes.com/public/process2012.pdf + (accessed January 17 2017)."}, {"Citation": "Hayes A. F. (2013). Introduction + to Mediation, Moderation, and Conditional Process Analysis: A Regression-Based + Approach. New York, NY: Guilford Press."}, {"Citation": "Hsieh S., Fang W. + (2012). Elderly adults through compensatory responses can be just as capable + as young adults in inhibiting the flanker influence. Biol. Psychol. 90 113\u2013126. + 10.1016/j.biopsycho.2012.03.006", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.biopsycho.2012.03.006", "@IdType": "doi"}, {"#text": "22445781", + "@IdType": "pubmed"}]}}, {"Citation": "Johnson M. K., Mitchell K. J., Raye + C. L., Greene E. J. (2004). An age-related deficit in prefrontal cortical + function associated with refreshing information. Psychol. Sci. 15 127\u2013132. + 10.1111/j.0963-7214.2004.01502009.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.0963-7214.2004.01502009.x", "@IdType": "doi"}, {"#text": "14738520", + "@IdType": "pubmed"}]}}, {"Citation": "Jonides J., Schumacher E. H., Smith + E. E., Lauber E. J., Awh E., Minoshima S., et al. (1997). Verbal working memory + load affects regional brain activation as measured by PET. J. Cogn. Neurosci. + 9 462\u2013475. 10.1162/jocn.1997.9.4.462", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/jocn.1997.9.4.462", "@IdType": "doi"}, {"#text": "23968211", + "@IdType": "pubmed"}]}}, {"Citation": "Karbach J., Verhaeghen P. (2014). Making + working memory work: a meta-analysis of executive control and working memory + training in older adults. Psychol. Sci. 25 2027\u20132037. 10.1177/0956797614548725", + "ArticleIdList": {"ArticleId": [{"#text": "10.1177/0956797614548725", "@IdType": + "doi"}, {"#text": "PMC4381540", "@IdType": "pmc"}, {"#text": "25298292", "@IdType": + "pubmed"}]}}, {"Citation": "Katzman R. (1993). Education and the prevalence + of dementia and Alzheimer\u2019s disease. Neurology 43 13\u201320.", "ArticleIdList": + {"ArticleId": {"#text": "8423876", "@IdType": "pubmed"}}}, {"Citation": "Klaassens + B. L., van Gerven J. M., van der Grond J., de Vos F., M\u00f6ller C., Rombouts + S. A. (2017). Diminished posterior precuneus connectivity with the default + mode network differentiates normal aging from Alzheimer\u2019s disease. Front. + Aging Neurosci. 9:97. 10.3389/fnagi.2017.00097", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2017.00097", "@IdType": "doi"}, {"#text": "PMC5395570", + "@IdType": "pmc"}, {"#text": "28469571", "@IdType": "pubmed"}]}}, {"Citation": + "Kray J., Li K. Z., Lindenberger U. (2002). Age-related changes in task-switching + components: the role of task uncertainty. Brain Cogn. 49 363\u2013381. 10.1006/brcg.2001.1505", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/brcg.2001.1505", "@IdType": + "doi"}, {"#text": "12139959", "@IdType": "pubmed"}]}}, {"Citation": "Kray + J., Lindenberger U. (2000). Adult age differences in task switching. Psychol. + Aging 15:126 10.1037//0882-7974.15.1.126", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037//0882-7974.15.1.126", "@IdType": "doi"}, {"#text": "10755295", + "@IdType": "pubmed"}]}}, {"Citation": "Lee Y., Grady C. L., Habak C., Wilson + H. R., Moscovitch M. (2011). Face processing changes in normal aging revealed + by fMRI adaptation. J. Cogn. Neurosci. 23 3433\u20133447. 10.1162/jocn_a_00026", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn_a_00026", "@IdType": + "doi"}, {"#text": "21452937", "@IdType": "pubmed"}]}}, {"Citation": "Li S. + C., Lindenberger U. (1999). \u201cCross-level unification: A computational + exploration of the link between deterioration of neurotransmitter systems + and dedifferentiation of cognitive abilities in old age,\u201d in Cognitive + Neuroscience of Memory eds Nilsson L.-G., Markowitsch H. J. (Ashland, OH: + Hogrefe & Huber; ) 103\u2013146."}, {"Citation": "Li S. C., Sikstr\u00f6m + S. (2002). Integrative neurocomputational perspectives on cognitive aging, + neuromodulation, and representation. Neurosci. Biobehav. Rev. 26 795\u2013808. + 10.1016/s0149-7634(02)00066-0", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/s0149-7634(02)00066-0", "@IdType": "doi"}, {"#text": "12470691", + "@IdType": "pubmed"}]}}, {"Citation": "Li Z., Moore A. B., Tyner C., Hu X. + (2009). Asymmetric connectivity reduction and its relationship to \u201cHAROLD\u201d + in aging brain. Brain Res. 1295 149\u2013158. 10.1016/j.brainres.2009.08.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brainres.2009.08.004", + "@IdType": "doi"}, {"#text": "PMC2753726", "@IdType": "pmc"}, {"#text": "19666011", + "@IdType": "pubmed"}]}}, {"Citation": "Logan J. M., Sanders A. L., Snyder + A. Z., Morris J. C., Buckner R. L. (2002). Under- recruitment and nonselective + recruitment: dissociable neural mechanisms associated with aging. Neuron 33 + 827\u2013840. 10.1016/s0896-6273(02)00612-8", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/s0896-6273(02)00612-8", "@IdType": "doi"}, {"#text": "11879658", + "@IdType": "pubmed"}]}}, {"Citation": "Lustig C., Snyder A. Z., Bhakta M., + O\u2019Brien K. C., McAvoy M., Raichle M. E., et al. (2003). Functional deactivations: + change with age and dementia of the Alzheimer type. Proc. Natl. Acad. Sci. + 100 14504\u201314509. 10.1073/pnas.2235925100", "ArticleIdList": {"ArticleId": + [{"#text": "10.1073/pnas.2235925100", "@IdType": "doi"}, {"#text": "PMC283621", + "@IdType": "pmc"}, {"#text": "14608034", "@IdType": "pubmed"}]}}, {"Citation": + "Madden D. J. (1990). Adult age differences in attentional selectivity and + capacity. Eur. J. Cogn. Psychol. 2 229\u2013252. 10.1080/09541449008406206", + "ArticleIdList": {"ArticleId": {"#text": "10.1080/09541449008406206", "@IdType": + "doi"}}}, {"Citation": "Madden D. J., Gottlob L. R., Denny L. L., Turkington + T. G., Provenzale J. M., Hawk T. C., et al. (1999a). Aging and recognition + memory: changes in regional cerebral blood flow associated with components + of reaction time distributions. J. Cogn. Neurosci. 11 511\u2013520. 10.1162/089892999563571", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/089892999563571", "@IdType": + "doi"}, {"#text": "10511640", "@IdType": "pubmed"}]}}, {"Citation": "Madden + D. J., Turkington T. G., Provenzale J. M., Denny L. L., Hawk T. C., Gottlob + L. R., et al. (1999b). Adult age differences in the functional neuroanatomy + of verbal recognition memory. Hum. Brain Mapp. 7 115\u2013135. 10.1002/(sici)1097-0193(1999)7:2<115::aid-hbm5>3.0.co;2-n", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/(sici)1097-0193(1999)7:2<115::aid-hbm5>3.0.co;2-n", + "@IdType": "doi"}, {"#text": "PMC6873331", "@IdType": "pmc"}, {"#text": "9950069", + "@IdType": "pubmed"}]}}, {"Citation": "Mattay V. S., Fera F., Tessitore M. + D., Hariri A. R., Das S., Callicott J. H., et al. (2002). Neurophysiological + correlates of age-related changes in human motor function. Neurology 58 630\u2013635. + 10.1212/wnl.58.4.630", "ArticleIdList": {"ArticleId": [{"#text": "10.1212/wnl.58.4.630", + "@IdType": "doi"}, {"#text": "11865144", "@IdType": "pubmed"}]}}, {"Citation": + "McDonough I. M., Wong J. T., Gallo D. A. (2012). Age-related differences + in prefrontal cortex activity during retrieval monitoring: testing the compensation + and dysfunction accounts. Cereb. Cortex 23 1049\u20131060. 10.1093/cercor/bhs064", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhs064", "@IdType": + "doi"}, {"#text": "PMC3615343", "@IdType": "pmc"}, {"#text": "22510532", "@IdType": + "pubmed"}]}}, {"Citation": "McIntosh A. R., Sekuler A. B., Penpeci C., Rajah + M. N., Grady C. L., Sekuler R., et al. (1999). Recruitment of unique neural + systems to support visual memory in normal aging. Curr. Biol. 9 1275\u20131278.", + "ArticleIdList": {"ArticleId": {"#text": "10556091", "@IdType": "pubmed"}}}, + {"Citation": "Milham M. P., Erickson K. I., Banich M. T., Kramer A. F., Webb + A., Wszalek T., et al. (2002). Attentional control in the aging brain: insights + from an fMRI study of the stroop task. Brain Cogn. 49 277\u2013296. 10.1006/brcg.2001.1501", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/brcg.2001.1501", "@IdType": + "doi"}, {"#text": "12139955", "@IdType": "pubmed"}]}}, {"Citation": "Miller + S. L., Celone K., DePeau K., Diamond E., Dickerson B. C., Rentz D., et al. + (2008). Age-related memory impairment associated with loss of parietal deactivation + but preserved hippocampal activation. Proc. Natl. Acad. Sci. 105 2181\u20132186. + 10.1073/pnas.0706818105", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0706818105", + "@IdType": "doi"}, {"#text": "PMC2538895", "@IdType": "pmc"}, {"#text": "18238903", + "@IdType": "pubmed"}]}}, {"Citation": "Morcom A. M., Friston K. J. (2012). + Decoding episodic memory in ageing: a Bayesian analysis of activity patterns + predicting memory. Neuroimage 59 1772\u20131782. 10.1016/j.neuroimage.2011.08.071", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.08.071", + "@IdType": "doi"}, {"#text": "PMC3236995", "@IdType": "pmc"}, {"#text": "21907810", + "@IdType": "pubmed"}]}}, {"Citation": "National Institute on Aging and World + Health Organization (2011). Global Health and Aging.\nAvailable at: http://www.nia.nih.gov/research/publication/global-health-andaging/humanity\u2019s-aging + (accessed April 19 2018)."}, {"Citation": "Ng K. K., Lo J. C., Lim J. K., + Chee M. W., Zhou J. (2016). Reduced functional segregation between the default + mode network and the executive control network in healthy older adults: a + longitudinal study. NeuroImage 133 321\u2013330. 10.1016/j.neuroimage.2016.03.029", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2016.03.029", + "@IdType": "doi"}, {"#text": "27001500", "@IdType": "pubmed"}]}}, {"Citation": + "Owen A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-Back working + memory paradigm: a meta-analysis of normative functional neuroimaging studies. + Hum. Brain Mapp. 25 46\u201359. 10.1002/hbm.20131", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": "PMC6871745", + "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Polk T. A., Hebrank A. C., Jenkins L. (2010). Age differences + in default mode activity on easy and difficult spatial judgment tasks. Front. + Hum. Neurosci. 3:75. 10.3389/neuro.09.075.2009", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/neuro.09.075.2009", "@IdType": "doi"}, {"#text": "PMC2814559", + "@IdType": "pmc"}, {"#text": "20126437", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Polk T. A., Park R., Minear M., Savage A., Smith M. R. (2004). + Aging reduces neural specialization in ventral visual cortex. Proc. Natl. + Acad. Sci. 101 13091\u201313095. 10.1073/pnas.0405148101", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.0405148101", "@IdType": "doi"}, {"#text": + "PMC516469", "@IdType": "pmc"}, {"#text": "15322270", "@IdType": "pubmed"}]}}, + {"Citation": "Park D. C., Reuter-Lorenz P. (2009). The adaptive brain: aging + and neurocognitive scaffolding. Ann. Rev. Psychol. 60 173\u2013196. 10.1146/annurev.psych.59.103006.093656", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.psych.59.103006.093656", + "@IdType": "doi"}, {"#text": "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", + "@IdType": "pubmed"}]}}, {"Citation": "Parker S., Jagger C., Lamura G., Chiatti + C., Wahl H., Iwarsson S., et al. (2012). FUTURAGE: creating a roadmap for + ageing research. Eur. Geriatr. Med. 3 S100\u2013S101."}, {"Citation": "Persson + J., Lustig C., Nelson J. K., Reuter-Lorenz P. A. (2007). Age differences in + deactivation: a link to cognitive control? J. Cogn. Neurosci. 19 1021\u20131032. + 10.1162/jocn.2007.19.6.1021", "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2007.19.6.1021", + "@IdType": "doi"}, {"#text": "17536972", "@IdType": "pubmed"}]}}, {"Citation": + "Persson J., Nyberg L., Lind J., Larsson A., Nilsson L.-G., Ingvar M., et + al. (2005). Structure\u2013function correlates of cognitive decline in aging. + Cereb. Cortex 16 907\u2013915. 10.1093/cercor/bhj036", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhj036", "@IdType": "doi"}, {"#text": "16162855", + "@IdType": "pubmed"}]}}, {"Citation": "Persson J., Sylvester C. Y., Nelson + J. K., Welsh K. M., Jonides J., Reuter-Lorenz P. A. (2004). Selection requirements + during verb generation: differential recruitment in older and younger adults. + Neuroimage 23 1382\u20131390. 10.1016/j.neuroimage.2004.08.004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.08.004", "@IdType": "doi"}, + {"#text": "15589102", "@IdType": "pubmed"}]}}, {"Citation": "Petrella J. R., + Sheldon F. C., Prince S. E., Calhoun V. D., Doraiswamy P. M. (2011). Default + mode network connectivity in stable vs progressive mild cognitive impairment. + Neurology 76 511\u2013517. 10.1212/WNL.0b013e31820af94e", "ArticleIdList": + {"ArticleId": [{"#text": "10.1212/WNL.0b013e31820af94e", "@IdType": "doi"}, + {"#text": "PMC3053179", "@IdType": "pmc"}, {"#text": "21228297", "@IdType": + "pubmed"}]}}, {"Citation": "Rajah M. N., D\u2019Esposito M. (2005). Region-specific + changes in prefrontal function with age: a review of PET and fMRI studies + on working and episodic memory. Brain 128 1964\u20131983. 10.1093/brain/awh608", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awh608", "@IdType": + "doi"}, {"#text": "16049041", "@IdType": "pubmed"}]}}, {"Citation": "Raz N., + Rodrigue K. M., Head D., Kennedy K. M., Acker J. D. (2004). Differential aging + of the medial temporal lobe: a study of a five-year change. Neurology 62 433\u2013438. + 10.1212/01.wnl.0000106466.09835.46", "ArticleIdList": {"ArticleId": [{"#text": + "10.1212/01.wnl.0000106466.09835.46", "@IdType": "doi"}, {"#text": "14872026", + "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz P. A., Cappell K. A. + (2008). Neurocognitive aging and the compensation hypothesis. Curr. Dir. Psychol. + Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x", "ArticleIdList": + {"ArticleId": {"#text": "10.1111/j.1467-8721.2008.00570.x", "@IdType": "doi"}}}, + {"Citation": "Reuter-Lorenz P. A., Jonides J., Smith E. E., Hartley A., Miller + A., Marshuetz C., et al. (2000). Age differences in the frontal lateralization + of verbal and spatial working memory revealed by PET. J. Cogn. Neurosci. 12 + 174\u2013187. 10.1162/089892900561814", "ArticleIdList": {"ArticleId": [{"#text": + "10.1162/089892900561814", "@IdType": "doi"}, {"#text": "10769314", "@IdType": + "pubmed"}]}}, {"Citation": "Rombouts S. A., Barkhof F., Goekoop R., Stam C. + J., Scheltens P. (2005). Altered resting state networks in mild cognitive + impairment and mild Alzheimer\u2019s disease: an fMRI study. Hum. Brain Mapp. + 26 231\u2013239. 10.1002/hbm.20160", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.20160", "@IdType": "doi"}, {"#text": "PMC6871685", "@IdType": + "pmc"}, {"#text": "15954139", "@IdType": "pubmed"}]}}, {"Citation": "Rossi + S., Miniussi C., Pasqualetti P., Babiloni C., Rossini P. M., Cappa S. F. (2004). + Age-related functional changes in prefrontal cortex and long-term memory: + a repetitive transcranial magnetic stimulation study. J. Neurosci. 24 7939\u20137944. + 10.1523/jneurosci.0703-04.2004", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/jneurosci.0703-04.2004", "@IdType": "doi"}, {"#text": "PMC6729939", + "@IdType": "pmc"}, {"#text": "15356207", "@IdType": "pubmed"}]}}, {"Citation": + "Rypma B., Eldreth D. A., Rebbechi D. (2007). Age-related differences in activation- + performance relations in delayed-response tasks: a multiple component analysis. + Cortex 43 65\u201376. 10.1016/s0010-9452(08)70446-5", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/s0010-9452(08)70446-5", "@IdType": "doi"}, {"#text": "17334208", + "@IdType": "pubmed"}]}}, {"Citation": "Salthouse T. A. (1996). The processing-speed + theory of adult age differences in cognition. Psychol. Rev. 103 403\u2013428. + 10.1037//0033-295x.103.3.403", "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0033-295x.103.3.403", + "@IdType": "doi"}, {"#text": "8759042", "@IdType": "pubmed"}]}}, {"Citation": + "Sebastian A., Baldermann C., Feige B., Katzev M., Scheller E., Hellwig B., + et al. (2013). Differential effects of age on subcomponents of response inhibition. + Neurobiol. Aging 34 2183\u20132193. 10.1016/j.neurobiolaging.2013.03.013", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2013.03.013", + "@IdType": "doi"}, {"#text": "23591131", "@IdType": "pubmed"}]}}, {"Citation": + "Smith E. E., Jonides J. (1999). Storage and executive processes in the frontal + lobes. Science 283 1657\u20131661. 10.1126/science.283.5408.1657", "ArticleIdList": + {"ArticleId": [{"#text": "10.1126/science.283.5408.1657", "@IdType": "doi"}, + {"#text": "10073923", "@IdType": "pubmed"}]}}, {"Citation": "Spreng R. N. + (2012). The fallacy of a \u201ctask-negative\u201d network. Front. Psychol. + 3:145. 10.3389/fpsyg.2012.00145", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyg.2012.00145", "@IdType": "doi"}, {"#text": "PMC3349953", "@IdType": + "pmc"}, {"#text": "22593750", "@IdType": "pubmed"}]}}, {"Citation": "Spreng + R. N., Stevens W. D., Viviano J. D., Schacter D. L. (2016). Attenuated anticorrelation + between the default and dorsal attention networks with aging: evidence from + task and rest. Neurobiol. Aging 45 149\u2013160. 10.1016/j.neurobiolaging.2016.05.020", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2016.05.020", + "@IdType": "doi"}, {"#text": "PMC5003045", "@IdType": "pmc"}, {"#text": "27459935", + "@IdType": "pubmed"}]}}, {"Citation": "Stern Y. (2012). Cognitive reserve + in ageing and Alzheimer\u2019s disease. Lancet Neurol. 29 997\u20131003. 10.1016/j.biotechadv.2011.08.021", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.biotechadv.2011.08.021", + "@IdType": "doi"}, {"#text": "PMC3507991", "@IdType": "pmc"}, {"#text": "23079557", + "@IdType": "pubmed"}]}}, {"Citation": "Stern Y. (2016). An approach to studying + the neural correlates of reserve. Brain Imag. Behav. 11 410\u2013416. 10.1007/s11682-016-9566-x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11682-016-9566-x", "@IdType": + "doi"}, {"#text": "PMC5810375", "@IdType": "pmc"}, {"#text": "27450378", "@IdType": + "pubmed"}]}}, {"Citation": "Suchy Y., Kraybill M. L., Franchow E. (2011). + Instrumental activities of daily living among community-dwelling older adults: + discrepancies between self-report and performance are mediated by cognitive + reserve. J. Clin. Exp. Neuropsychol. 33 92\u2013100. 10.1080/13803395.2010.493148", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13803395.2010.493148", + "@IdType": "doi"}, {"#text": "20623400", "@IdType": "pubmed"}]}}, {"Citation": + "Sweet L. H., Paskavitz J. F., Haley A. P., Gunstad J. J., Mulligan R. C., + Nyalakanti P. K., et al. (2008). Imaging phonological similarity effects on + verbal working memory. Neuropsychologia 46 1114\u20131123. 10.1016/j.neuropsychologia.2007.10.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2007.10.022", + "@IdType": "doi"}, {"#text": "18155074", "@IdType": "pubmed"}]}}, {"Citation": + "Thomsen T., Specht K., Hammar A., Nyttingnes J., Ersland L., Hugdahl K. (2004). + Brain localization of attention control in different age groups by combining + functional and structural MRI. Neuroimage 22 912\u2013919. 10.1016/j.neuroimage.2004.02.015", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.02.015", + "@IdType": "doi"}, {"#text": "15193622", "@IdType": "pubmed"}]}}, {"Citation": + "Turner G. R., Spreng R. N. (2015). Prefrontal engagement and reduced default + network suppression co-occur and are dynamically coupled in older adults: + the default\u2013executive coupling hypothesis of aging. J. Cogn. Neurosci. + 27 2462\u20132476. 10.1162/jocn_a_00869", "ArticleIdList": {"ArticleId": [{"#text": + "10.1162/jocn_a_00869", "@IdType": "doi"}, {"#text": "26351864", "@IdType": + "pubmed"}]}}, {"Citation": "Valenzuela M. J., Sachdev P., Wen W., Chen X., + Brodaty H. (2008). Lifespan mental activity predicts diminished rate of hippocampal + atrophy. PLoS One 3:e2598. 10.1371/journal.pone.0002598", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0002598", "@IdType": "doi"}, + {"#text": "PMC2440814", "@IdType": "pmc"}, {"#text": "18612379", "@IdType": + "pubmed"}]}}, {"Citation": "Yuan W., Szaflarski J. P., Schmithorst V. J., + Schapiro M., Byars A. W., Strawsburg R. H. (2006). FMRI shows atypical language + lateralization in pediatric epilepsy patients. Epilepsia 47 593\u2013600. + 10.1111/j.1528-1167.2006.00474.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.1528-1167.2006.00474.x", "@IdType": "doi"}, {"#text": "PMC1402337", + "@IdType": "pmc"}, {"#text": "16529628", "@IdType": "pubmed"}]}}, {"Citation": + "Zacks R. T., Hasher L., Li K. Z. (2000). \u201cHuman memory,\u201d in Handbook + of Aging and Cognition 2nd Edn eds Salthouse T. A., Craik F. I. M. (Mahwah, + NJ: Lawrence Erlbaum; ) 293\u2013357."}, {"Citation": "Zarahn E., Rakitin + B., Abela D., Flynn J., Stern Y. (2007). Age-related changes in brain activation + during a delayed item recognition task. Neurobiol. Aging 28 784\u2013798. + 10.1016/j.neurobiolaging.2006.03.002", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neurobiolaging.2006.03.002", "@IdType": "doi"}, {"#text": "16621168", + "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "31214012", "@Version": "1"}, "@Owner": "NLM", "@Status": + "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1663-4365", + "@IssnType": "Print"}, "Title": "Frontiers in aging neuroscience", "JournalIssue": + {"Volume": "11", "PubDate": {"Year": "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": {"i": "M", "#text": + "The hemispheric asymmetry reduction in older adults (HAROLD) is a neurocompensatory + process that has been observed across several cognitive functions but has + not yet been examined in relation to task-induced relative deactivations of + the default mode network. The present study investigated the presence of HAROLD + effects specific to neural activations and deactivations using a functional + magnetic resonance imaging (fMRI) n-back paradigm. It was hypothesized that + HAROLD effects would be identified in relative activations and deactivations + during the paradigm, and that they would be associated with better 2-back + performance. Forty-five older adults ( age = 63.8; range = 53-83) were administered + a verbal n-back paradigm during fMRI. For each participant, the volume of + brain response was summarized by left and right frontal regions of interest, + and laterality indices (LI; i.e., left/right) were calculated to assess HAROLD + effects. Group level results indicated that age was significantly and negatively + correlated with LI (i.e., reduced left lateralization) for deactivations, + but positively correlated with LI (i.e., increased left lateralization) for + activations. The relationship between age and LI for deactivation was significantly + moderated by performance level, revealing a stronger relationship between + age and LI at higher levels of 2-back performance. Findings suggest that older + adults may employ neurocompensatory processes specific to deactivations, and + task-independent processes may be particularly sensitive to age-related neurocompensation."}}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "GrantList": {"Grant": + {"Agency": "NHLBI NIH HHS", "Acronym": "HL", "Country": "United States", "GrantID": + "R01 HL084178"}, "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Bryant M", "Initials": "BM", "LastName": "Duda", "AffiliationInfo": + {"Affiliation": "Department of Psychology, University of Georgia, Athens, + GA, United States."}}, {"@ValidYN": "Y", "ForeName": "Max M", "Initials": + "MM", "LastName": "Owens", "AffiliationInfo": {"Affiliation": "Department + of Psychology, University of Georgia, Athens, GA, United States."}}, {"@ValidYN": + "Y", "ForeName": "Emily S", "Initials": "ES", "LastName": "Hallowell", "AffiliationInfo": + {"Affiliation": "Department of Psychology, University of Georgia, Athens, + GA, United States."}}, {"@ValidYN": "Y", "ForeName": "Lawrence H", "Initials": + "LH", "LastName": "Sweet", "AffiliationInfo": [{"Affiliation": "Department + of Psychology, University of Georgia, Athens, GA, United States."}, {"Affiliation": + "Department of Psychiatry & Human Behavior, The Warren Alpert Medical School + of Brown University, Providence, RI, United States."}]}], "@CompleteYN": "Y"}, + "Pagination": {"StartPage": "111", "MedlinePgn": "111"}, "ArticleDate": {"Day": + "04", "Year": "2019", "Month": "06", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "111", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2019.00111", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Neurocompensatory Effects + of the Default Network in Older Adults.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "22", + "Year": "2024", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "HAROLD", "@MajorTopicYN": "N"}, {"#text": "default mode network", + "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": + "neurocompensation", "@MajorTopicYN": "N"}, {"#text": "older adults", "@MajorTopicYN": + "N"}]}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front + Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2018, "title": "Neurocompensatory Effects of + the Default Network in Older Adults", "venue": "Frontiers in Aging Neuroscience", + "authors": [{"name": "B. Duda", "authorId": "49009510"}, {"name": "L. Sweet", + "authorId": "2779212"}, {"name": "E. Hallowell", "authorId": "13953288"}, + {"name": "M. Owens", "authorId": "32281113"}], "paperId": "4a52e1834b5e283cdae76256c009979e76b13466", + "abstract": "The hemispheric asymmetry reduction in older adults (HAROLD) + is a neurocompensatory process that has been observed across several cognitive + functions but has not yet been examined in relation to task-induced relative + deactivations of the default mode network. The present study investigated + the presence of HAROLD effects specific to neural activations and deactivations + using a functional magnetic resonance imaging (fMRI) n-back paradigm. It was + hypothesized that HAROLD effects would be identified in relative activations + and deactivations during the paradigm, and that they would be associated with + better 2-back performance. Forty-five older adults (M age = 63.8; range = + 53\u201383) were administered a verbal n-back paradigm during fMRI. For each + participant, the volume of brain response was summarized by left and right + frontal regions of interest, and laterality indices (LI; i.e., left/right) + were calculated to assess HAROLD effects. Group level results indicated that + age was significantly and negatively correlated with LI (i.e., reduced left + lateralization) for deactivations, but positively correlated with LI (i.e., + increased left lateralization) for activations. The relationship between age + and LI for deactivation was significantly moderated by performance level, + revealing a stronger relationship between age and LI at higher levels of 2-back + performance. Findings suggest that older adults may employ neurocompensatory + processes specific to deactivations, and task-independent processes may be + particularly sensitive to age-related neurocompensation.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00111/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6558200, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-12-21"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T04:27:46.281373+00:00", "analyses": + [{"id": "ceQR9YdiACKJ", "user": null, "name": "t2", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31214012-10-3389-fnagi-2019-00111-pmc6558200/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31214012-10-3389-fnagi-2019-00111-pmc6558200/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Clusters of significant neural + response to 2-back versus resting state.", "conditions": [], "weights": [], + "points": [{"id": "GHkhE2RNN7xv", "coordinates": [34.0, 50.0, 41.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": []}, {"id": + "mzcjRJ9ph7um", "coordinates": [0.0, -47.0, 10.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "xB2AuXNZncEr", + "coordinates": [-26.0, 53.0, -22.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "eDN9ZSh6Q28a", "coordinates": + [5.0, -5.0, 51.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "L74KJ7r6dGkQ", "coordinates": [35.0, 22.0, 53.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "QcrZBDsFJrgN", "coordinates": [2.0, 48.0, 30.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "vsjF6AT3VrhP", + "coordinates": [42.0, -3.0, 33.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "XkXEsrzjm5x3", "coordinates": + [29.0, -22.0, 9.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "piUKreBF5EmV", "coordinates": [-42.0, 44.0, 41.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "Hpb9K7bngr35", "coordinates": [-31.0, -23.0, 6.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "8BkuyvxLbhFH", + "coordinates": [-9.0, -15.0, 45.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "fajzsjD3WpgN", "coordinates": + [32.0, 50.0, -26.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "FuPWnBoGGKD8", "coordinates": [-39.0, -29.0, + 29.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + []}, {"id": "LPn5BPZG6RjW", "coordinates": [-30.0, 60.0, 42.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": []}, {"id": "hVYMEqkTDf22", + "coordinates": [25.0, 6.0, 50.0], "kind": null, "space": "TAL", "image": null, + "label_id": null, "values": []}], "images": []}]}, {"id": "USmkQKvjXZpr", + "created_at": "2025-06-06T22:33:16.835102+00:00", "updated_at": "2025-11-21T20:12:06.649867+00:00", + "user": null, "name": "Task-related changes in degree centrality and local + coherence of the posterior cingulate cortex after major cardiac surgery in + older adults.", "description": "Older adults often display postoperative cognitive + decline (POCD) after surgery, yet it is unclear to what extent functional + connectivity (FC) alterations may underlie these deficits. We examined for + postoperative voxel-wise FC changes in response to increased working memory + load demands in cardiac surgery patients and nonsurgical controls. | Older + cardiac surgery patients (n\u2009=\u200925) completed a verbal N-back working + memory task during MRI scanning and cognitive testing before and 6\u00a0weeks + after surgery; nonsurgical controls with cardiac disease (n\u2009=\u200926) + underwent these assessments at identical time intervals. We measured postoperative + changes in degree centrality, the number of edges attached to a brain node, + and local coherence, the temporal homogeneity of regional functional correlations, + using voxel-wise graph theory-based FC metrics. Group \u00d7 time differences + were evaluated in these FC metrics associated with increased N-back working + memory load (2-back\u2009>\u20091-back), using a two-stage partitioned variance, + mixed ANCOVA. | Cardiac surgery patients demonstrated postoperative working + memory load-related degree centrality increases in the left dorsal posterior + cingulate cortex (dPCC; p\u2009<\u2009.001, cluster p-FWE\u2009<\u2009.05). + The dPCC also showed a postoperative increase in working memory load-associated + local coherence (p\u2009<\u2009.001, cluster p-FWE\u2009<\u2009.05). dPCC + degree centrality and local coherence increases were inversely associated + with global cognitive change in surgery patients (p\u2009<\u2009.01), but + not in controls. | Cardiac surgery patients showed postoperative increases + in working memory load-associated degree centrality and local coherence of + the dPCC that were inversely associated with postoperative global cognitive + outcomes and independent of perioperative cerebrovascular damage.", "publication": + "Human brain mapping", "doi": "10.1002/hbm.23898", "pmid": "29164774", "authors": + "Browndyke, Jeffrey N;Berger, Miles;Smith, Patrick J;Harshbarger, Todd B;Monge, + Zachary A;Panchal, Viral;Bisanar, Tiffany L;Glower, Donald D;Alexander, John + H;Cabeza, Roberto;Welsh-Bohmer, Kathleen;Newman, Mark F;Mathew, Joseph P", + "year": 2017, "metadata": null, "source": "neurosynth", "source_id": null, + "source_updated_at": null, "analyses": [{"id": "spatwz2hcKjM", "user": null, + "name": "644", "metadata": null, "description": "", "conditions": [], "weights": + [], "points": [{"id": "WiQkrnA5WKae", "coordinates": [-10.0, -70.0, 30.0], + "kind": "", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "pyKmDYgZizYs", "coordinates": [-2.0, -70.0, 34.0], "kind": "", "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "c87t4v284A42", + "coordinates": [0.0, -60.0, 36.0], "kind": "", "space": "MNI", "image": null, + "label_id": null, "values": []}, {"id": "hWwqmiAbV3q6", "coordinates": [-2.0, + -66.0, 38.0], "kind": "", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "qDxWbYGTN7bR", "coordinates": [6.0, -66.0, 28.0], "kind": + "", "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}, {"id": "imDdj5EjuGMS", "user": null, "name": "645", "metadata": null, + "description": "", "conditions": [], "weights": [], "points": [{"id": "sWTLKD6Ev7A6", + "coordinates": [22.0, 16.0, -20.0], "kind": "", "space": "MNI", "image": null, + "label_id": null, "values": []}, {"id": "xErCjvWGuwQE", "coordinates": [-2.0, + -66.0, 34.0], "kind": "", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "JhMwN7e4hrha", "coordinates": [10.0, 14.0, 0.0], "kind": + "", "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "JKp2ckMkXpia", "coordinates": [-56.0, 4.0, 36.0], "kind": "", "space": "MNI", + "image": null, "label_id": null, "values": []}, {"id": "i6ohykeGZVX8", "coordinates": + [-38.0, -30.0, 50.0], "kind": "", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "P6goAkuZvoW8", "coordinates": [-56.0, -68.0, + -6.0], "kind": "", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "WihwdZyrW8Lx", "coordinates": [20.0, -62.0, 66.0], "kind": "", + "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}]}, {"id": "YWyEc2qs4zFE", "created_at": "2025-12-03T16:54:46.525109+00:00", + "updated_at": null, "user": null, "name": "Exploring the relationship between + physical activity and cognitive function: an fMRI pilot study in young and + older adults", "description": "BACKGROUND: There are limited studies exploring + the relationship between physical activity (PA), cognitive function, and the + brain processing characteristics in healthy older adults.\n\nMETHODS: A total + of 41 participants (42.7\u2009\u00b1\u200920.5\u2009years, 56.1% males) were + included in the data analysis. The International Physical Activity Questionnaire + Short Form was used to assess PA levels, and the Chinese version of the Montreal + Cognitive Assessment-Basic and the Flanker task were employed to evaluate + cognitive function. Furthermore, fMRI technology was utilized to examine brain + activation patterns.\n\nRESULTS: The cognitive function of the older adults + was found to be significantly lower compared to the young adults. Within the + older adults, those with high levels of PA exhibited significantly higher + cognitive function than those with low and medium PA levels. The fMRI data + showed significant differences in brain activation patterns among young adults + across the different PA levels. However, such difference was not observed + among older adults.\n\nCONCLUSION: A decline in cognitive function was observed + among older adults. There was a significant correlation between the levels + of PA and cognitive function in healthy older adults. The study demonstrated + significant effects of PA levels on brain activation patterns in inhibitory + control-related regions among young adults, while not significant among older + adults. The findings suggest that neurological mechanisms driving the relationship + between PA and cognitive function may differ between older and young adults.", + "publication": "Frontiers in Public Health", "doi": "10.3389/fpubh.2024.1413492", + "pmid": "39091524", "authors": "Jie Feng; Huiqi Song; Yingying Wang; Qichen + Zhou; Chenglin Zhou; Jing Jin", "year": 2024, "metadata": {"slug": "39091524-10-3389-fpubh-2024-1413492-pmc11291347", + "source": "semantic_scholar", "keywords": ["brain activation", "cognitive + function", "healthy older adults", "inhibitory control", "physical activity"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "7", "Year": "2024", "Month": "4", "@PubStatus": "received"}, {"Day": "8", + "Year": "2024", "Month": "7", "@PubStatus": "accepted"}, {"Day": "2", "Hour": + "6", "Year": "2024", "Month": "8", "Minute": "42", "@PubStatus": "medline"}, + {"Day": "2", "Hour": "6", "Year": "2024", "Month": "8", "Minute": "41", "@PubStatus": + "pubmed"}, {"Day": "2", "Hour": "4", "Year": "2024", "Month": "8", "Minute": + "28", "@PubStatus": "entrez"}, {"Day": "18", "Year": "2024", "Month": "7", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "39091524", "@IdType": "pubmed"}, {"#text": "PMC11291347", "@IdType": "pmc"}, + {"#text": "10.3389/fpubh.2024.1413492", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "World Health Organization . (2024). Ageing and + health. Available at: https://www.who.int/newsroom/fact-sheets/detail/ageing-and-health"}, + {"Citation": "Law CK, Lam FM, Chung RC, Pang MY. Physical exercise attenuates + cognitive decline and reduces behavioural problems in people with mild cognitive + impairment and dementia: a systematic review. J Physiother. (2020) 66:9\u201318. + doi: 10.1016/j.jphys.2019.11.014, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.jphys.2019.11.014", "@IdType": "doi"}, {"#text": "31843427", "@IdType": + "pubmed"}]}}, {"Citation": "Cunningham C, O''Sullivan R, Caserotti P, Tully + MA. Consequences of physical inactivity in older adults: a systematic review + of reviews and meta-analyses. Scand J Med Sci Sports. (2020) 30:816\u201327. + doi: 10.1111/sms.13616, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/sms.13616", "@IdType": "doi"}, {"#text": "32020713", "@IdType": "pubmed"}]}}, + {"Citation": "Bittner N, Jockwitz C, M\u00fchleisen TW, Hoffstaedter F, Eickhoff + SB, Moebus S, et al. . Combining lifestyle risks to disentangle brain structure + and functional connectivity differences in older adults. Nat Commun. (2019) + 10:621. doi: 10.1038/s41467-019-08500-x, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/s41467-019-08500-x", "@IdType": "doi"}, {"#text": "PMC6365564", + "@IdType": "pmc"}, {"#text": "30728360", "@IdType": "pubmed"}]}}, {"Citation": + "Suzuki M, Miyai I, Ono T, Oda I, Konishi I, Kochiyama T, et al. . Prefrontal + and premotor cortices are involved in adapting walking and running speed on + the treadmill: an optical imaging study. NeuroImage. (2004) 23:1020\u20136. + doi: 10.1016/j.neuroimage.2004.07.002", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2004.07.002", "@IdType": "doi"}, {"#text": "15528102", + "@IdType": "pubmed"}]}}, {"Citation": "Timinkul A, Kato M, Omori T, Deocaris + CC, Ito A, Kizuka T, et al. . Enhancing effect of cerebral blood volume by + mild exercise in healthy young men: a near-infrared spectroscopy study. Neurosci + Res. (2008) 61:242\u20138. doi: 10.1016/j.neures.2008.03.012, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neures.2008.03.012", "@IdType": "doi"}, + {"#text": "18468709", "@IdType": "pubmed"}]}}, {"Citation": "Lindenberger + U. Human cognitive aging: corriger la fortune? Science. (2014) 346:572\u20138. + doi: 10.1126/science.1254403", "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.1254403", + "@IdType": "doi"}, {"#text": "25359964", "@IdType": "pubmed"}]}}, {"Citation": + "Zhu W, Wadley VG, Howard VJ, Hutto B, Blair SN, Hooker SP. Objectively measured + physical activity and cognitive function in older adults. Med Sci Sports Exerc. + (2017) 49:47\u201353. doi: 10.1249/MSS.0000000000001079, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1249/MSS.0000000000001079", "@IdType": "doi"}, + {"#text": "PMC5161659", "@IdType": "pmc"}, {"#text": "27580146", "@IdType": + "pubmed"}]}}, {"Citation": "de Souto Barreto P, Delrieu J, Andrieu S, Vellas + B, Rolland Y. Physical activity and cognitive function in middle-aged and + older adults: an analysis of 104,909 people from 20 countries. Mayo Clin Proc. + (2016) 91:1515\u201324. doi: 10.1016/j.mayocp.2016.06.032", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.mayocp.2016.06.032", "@IdType": "doi"}, + {"#text": "27720454", "@IdType": "pubmed"}]}}, {"Citation": "Ingold M, Tulliani + N, Chan CCH, Liu KPY. Cognitive function of older adults engaging in physical + activity. BMC Geriatr. (2020) 20:229\u201313. doi: 10.1186/s12877-020-01620-w, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1186/s12877-020-01620-w", + "@IdType": "doi"}, {"#text": "PMC7333382", "@IdType": "pmc"}, {"#text": "32616014", + "@IdType": "pubmed"}]}}, {"Citation": "Domingos C, P\u00eago JM, Santos NC. + Effects of physical activity on brain function and structure in older adults: + a systematic review. Behav Brain Res. (2021) 402:113061. doi: 10.1016/j.bbr.2020.113061", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bbr.2020.113061", "@IdType": + "doi"}, {"#text": "33359570", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R, Dennis NA. Frontal lobes and aging: deterioration and compensation. Principles + Frontal Lobe Function. (2012) 2:628\u201352. doi: 10.1093/med/9780199837755.003.0044", + "ArticleIdList": {"ArticleId": {"#text": "10.1093/med/9780199837755.003.0044", + "@IdType": "doi"}}}, {"Citation": "Annavarapu RN, Kathi S, Vadla VK. Non-invasive + imaging modalities to study neurodegenerative diseases of aging brain. J Chem + Neuroanat. (2019) 95:54\u201369. doi: 10.1016/j.jchemneu.2018.02.006, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jchemneu.2018.02.006", + "@IdType": "doi"}, {"#text": "29474853", "@IdType": "pubmed"}]}}, {"Citation": + "Lemire-Rodger S, Lam J, Viviano JD, Stevens WD, Spreng RN, Turner GR. Inhibit, + switch, and update: a within-subject fMRI investigation of executive control. + Neuropsychologia. (2019) 132:107134. doi: 10.1016/j.neuropsychologia.2019.107134, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2019.107134", + "@IdType": "doi"}, {"#text": "31299188", "@IdType": "pubmed"}]}}, {"Citation": + "Haeger A, Costa AS, Schulz JB, Reetz K. Cerebral changes improved by physical + activity during cognitive decline: a systematic review on MRI studies. Neuroimage + Clin. (2019) 23:101933. doi: 10.1016/j.nicl.2019.101933, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.nicl.2019.101933", "@IdType": "doi"}, + {"#text": "PMC6699421", "@IdType": "pmc"}, {"#text": "31491837", "@IdType": + "pubmed"}]}}, {"Citation": "Chen K-L, Xu Y, Chu A-Q, Ding D, Liang X-N, Nasreddine + ZS, et al. . Validation of the Chinese version of Montreal cognitive assessment + basic for screening mild cognitive impairment. J Am Geriatr Soc. (2016) 64:e285\u201390. + doi: 10.1111/jgs.14530, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/jgs.14530", "@IdType": "doi"}, {"#text": "27996103", "@IdType": "pubmed"}]}}, + {"Citation": "IPAQ Research Committee . (2005). Guidelines for data processing + and analysis of the international physical activity questionnaire (IPAQ) \u2013 + short and long forms. Available at:\nhttps://sites.google.com/site/theipaq/scoring-protocol"}, + {"Citation": "Eriksen BA, Eriksen CW. Effects of noise letters upon the identification + of a target letter in a nonsearch task. Percept Psychophys. (1974) 16:143\u20139. + doi: 10.3758/BF03203267", "ArticleIdList": {"ArticleId": {"#text": "10.3758/BF03203267", + "@IdType": "doi"}}}, {"Citation": "Hillman CH, Pontifex MB, Raine LB, Castelli + DM, Hall EE, Kramer AF. The effect of acute treadmill walking on cognitive + control and academic achievement in preadolescent children. Neuroscience. + (2009) 159:1044\u201354. doi: 10.1016/j.neuroscience.2009.01.057, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2009.01.057", + "@IdType": "doi"}, {"#text": "PMC2667807", "@IdType": "pmc"}, {"#text": "19356688", + "@IdType": "pubmed"}]}}, {"Citation": "Hillman CH, Belopolsky AV, Snook EM, + Kramer AF, McAuley E. Physical activity and executive control: implications + for increased cognitive health during older adulthood. Res Q Exerc Sport. + (2004) 75:176\u201385. doi: 10.1080/02701367.2004.10609149, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1080/02701367.2004.10609149", "@IdType": "doi"}, + {"#text": "15209336", "@IdType": "pubmed"}]}}, {"Citation": "Cameron TA, Lucas + SJE, Machado L. Near-infrared spectroscopy reveals link between chronic physical + activity and anterior frontal oxygenated hemoglobin in healthy young women. + Psychophysiology. (2015) 52:609\u201317. doi: 10.1111/psyp.12394, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/psyp.12394", "@IdType": + "doi"}, {"#text": "25495374", "@IdType": "pubmed"}]}}, {"Citation": "Chuang + L-Y, Hung H-Y, Huang C-J, Chang Y-K, Hung T-M. A 3-month intervention of dance + dance revolution improves interference control in elderly females: a preliminary + investigation. Exp Brain Res. (2015) 233:1181\u20138. doi: 10.1007/s00221-015-4196-x, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00221-015-4196-x", + "@IdType": "doi"}, {"#text": "25595954", "@IdType": "pubmed"}]}}, {"Citation": + "Gooderham GK, Ho S, Handy TC. Variability in executive control performance + is predicted by physical activity. Front Hum Neurosci. (2020) 13:463. doi: + 10.3389/fnhum.2019.00463, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnhum.2019.00463", "@IdType": "doi"}, {"#text": "PMC6985373", "@IdType": + "pmc"}, {"#text": "32038199", "@IdType": "pubmed"}]}}, {"Citation": "Wang + M, Gamo NJ, Yang Y, Jin LE, Wang X-J, Laubach M, et al. . Neuronal basis of + age-related working memory decline. Nature. (2011) 476:210\u20133. doi: 10.1038/nature10243, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature10243", "@IdType": + "doi"}, {"#text": "PMC3193794", "@IdType": "pmc"}, {"#text": "21796118", "@IdType": + "pubmed"}]}}, {"Citation": "Colcombe SJ, Kramer AF, Erickson KI, Scalf P, + McAuley E, Cohen NJ, et al. . Cardiovascular fitness, cortical plasticity, + and aging. Proc Natl Acad Sci U S A. (2004) 101:3316\u201321. doi: 10.1073/pnas.0400266101, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0400266101", + "@IdType": "doi"}, {"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", + "@IdType": "pubmed"}]}}, {"Citation": "Yang Y, Chen T, Shao M, Yan S, Yue + GH, Jiang C. Effects of Tai Chi Chuan on inhibitory control in elderly women: + an fNIRS study. Front Hum Neurosci. (2020) 13:476. doi: 10.3389/fnhum.2019.00476, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2019.00476", + "@IdType": "doi"}, {"#text": "PMC6988574", "@IdType": "pmc"}, {"#text": "32038205", + "@IdType": "pubmed"}]}}, {"Citation": "Pensel MC, Daamen M, Scheef L, Knigge + HU, Rojas Vega S, Martin JA, et al. . Executive control processes are associated + with individual fitness outcomes following regular exercise training: blood + lactate profile curves and neuroimaging findings. Sci Rep. (2018) 8:4893. + doi: 10.1038/s41598-018-23308-3, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/s41598-018-23308-3", "@IdType": "doi"}, {"#text": "PMC5861091", "@IdType": + "pmc"}, {"#text": "29559674", "@IdType": "pubmed"}]}}, {"Citation": "Dupuy + O, Gauthier CJ, Fraser SA, Desjardins-Cr\u00e8peau L, Desjardins M, Mekary + S, et al. . Higher levels of cardiovascular fitness are associated with better + executive function and prefrontal oxygenation in younger and older women. + Front Hum Neurosci. (2015) 9:66. doi: 10.3389/fnhum.2015.00066, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnhum.2015.00066", "@IdType": "doi"}, {"#text": + "PMC4332308", "@IdType": "pmc"}, {"#text": "25741267", "@IdType": "pubmed"}]}}]}, + "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": {"#text": "39091524", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "2296-2565", "@IssnType": "Electronic"}, "Title": "Frontiers + in public health", "JournalIssue": {"Volume": "12", "PubDate": {"Year": "2024"}, + "@CitedMedium": "Internet"}, "ISOAbbreviation": "Front Public Health"}, "Abstract": + {"AbstractText": [{"#text": "There are limited studies exploring the relationship + between physical activity (PA), cognitive function, and the brain processing + characteristics in healthy older adults.", "@Label": "BACKGROUND", "@NlmCategory": + "UNASSIGNED"}, {"#text": "A total of 41 participants (42.7\u2009\u00b1\u200920.5\u2009years, + 56.1% males) were included in the data analysis. The International Physical + Activity Questionnaire Short Form was used to assess PA levels, and the Chinese + version of the Montreal Cognitive Assessment-Basic and the Flanker task were + employed to evaluate cognitive function. Furthermore, fMRI technology was + utilized to examine brain activation patterns.", "@Label": "METHODS", "@NlmCategory": + "UNASSIGNED"}, {"#text": "The cognitive function of the older adults was found + to be significantly lower compared to the young adults. Within the older adults, + those with high levels of PA exhibited significantly higher cognitive function + than those with low and medium PA levels. The fMRI data showed significant + differences in brain activation patterns among young adults across the different + PA levels. However, such difference was not observed among older adults.", + "@Label": "RESULTS", "@NlmCategory": "UNASSIGNED"}, {"#text": "A decline in + cognitive function was observed among older adults. There was a significant + correlation between the levels of PA and cognitive function in healthy older + adults. The study demonstrated significant effects of PA levels on brain activation + patterns in inhibitory control-related regions among young adults, while not + significant among older adults. The findings suggest that neurological mechanisms + driving the relationship between PA and cognitive function may differ between + older and young adults.", "@Label": "CONCLUSION", "@NlmCategory": "UNASSIGNED"}], + "CopyrightInformation": "Copyright \u00a9 2024 Feng, Song, Wang, Zhou, Zhou + and Jin."}, "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Jie", "Initials": "J", "LastName": + "Feng", "AffiliationInfo": {"Affiliation": "Department of Sports Science and + Physical Education, The Chinese University of Hong Kong, Shatin, Hong Kong + SAR, China."}}, {"@ValidYN": "Y", "ForeName": "Huiqi", "Initials": "H", "LastName": + "Song", "AffiliationInfo": {"Affiliation": "The Jockey Club School of Public + Health and Primary Care, The Chinese University of Hong Kong, Shatin, Hong + Kong SAR, China."}}, {"@ValidYN": "Y", "ForeName": "Yingying", "Initials": + "Y", "LastName": "Wang", "AffiliationInfo": {"Affiliation": "School of Psychology, + Shanghai University of Sport, Shanghai, China."}}, {"@ValidYN": "Y", "ForeName": + "Qichen", "Initials": "Q", "LastName": "Zhou", "AffiliationInfo": {"Affiliation": + "School of Psychology, Shanghai University of Sport, Shanghai, China."}}, + {"@ValidYN": "Y", "ForeName": "Chenglin", "Initials": "C", "LastName": "Zhou", + "AffiliationInfo": {"Affiliation": "School of Psychology, Shanghai University + of Sport, Shanghai, China."}}, {"@ValidYN": "Y", "ForeName": "Jing", "Initials": + "J", "LastName": "Jin", "AffiliationInfo": [{"Affiliation": "School of Psychology, + Shanghai University of Sport, Shanghai, China."}, {"Affiliation": "Key Laboratory + of Exercise and Health Sciences of Ministry of Education, Shanghai University + of Sport, Shanghai, China."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "1413492", "MedlinePgn": "1413492"}, "ArticleDate": {"Day": "18", "Year": + "2024", "Month": "07", "@DateType": "Electronic"}, "ELocationID": [{"#text": + "1413492", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fpubh.2024.1413492", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Exploring the relationship + between physical activity and cognitive function: an fMRI pilot study in young + and older adults.", "PublicationTypeList": {"PublicationType": {"@UI": "D016428", + "#text": "Journal Article"}}}, "DateRevised": {"Day": "03", "Year": "2024", + "Month": "08"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "brain activation", "@MajorTopicYN": "N"}, {"#text": "cognitive function", + "@MajorTopicYN": "N"}, {"#text": "healthy older adults", "@MajorTopicYN": + "N"}, {"#text": "inhibitory control", "@MajorTopicYN": "N"}, {"#text": "physical + activity", "@MajorTopicYN": "N"}]}, "CoiStatement": "The authors declare that + the research was conducted in the absence of any commercial or financial relationships + that could be construed as a potential conflict of interest.", "DateCompleted": + {"Day": "02", "Year": "2024", "Month": "08"}, "CitationSubset": "IM", "@IndexingMethod": + "Automated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": "Y"}}, + {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": + "Y"}}, {"DescriptorName": {"@UI": "D010865", "#text": "Pilot Projects", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D015444", "#text": "Exercise", "@MajorTopicYN": + "Y"}}, {"DescriptorName": {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle Aged", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, {"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": + "N"}], "DescriptorName": {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D011795", "#text": "Surveys and Questionnaires", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D055815", "#text": "Young + Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000367", "#text": + "Age Factors", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "Switzerland", "MedlineTA": "Front Public Health", "ISSNLinking": "2296-2565", + "NlmUniqueID": "101616579"}}}, "semantic_scholar": {"year": 2024, "title": + "Exploring the relationship between physical activity and cognitive function: + an fMRI pilot study in young and older adults", "venue": "Frontiers in Public + Health", "authors": [{"name": "Jie Feng", "authorId": "2312550627"}, {"name": + "Huiqi Song", "authorId": "2219550158"}, {"name": "Yingying Wang", "authorId": + "2143442679"}, {"name": "Qichen Zhou", "authorId": "2116228797"}, {"name": + "Chenglin Zhou", "authorId": "2271793945"}, {"name": "Jing Jin", "authorId": + "2313473739"}], "paperId": "d2e4fde535741c710aee0aeb95c0aaee44cbb549", "abstract": + "Background There are limited studies exploring the relationship between physical + activity (PA), cognitive function, and the brain processing characteristics + in healthy older adults. Methods A total of 41 participants (42.7\u2009\u00b1\u200920.5\u2009years, + 56.1% males) were included in the data analysis. The International Physical + Activity Questionnaire Short Form was used to assess PA levels, and the Chinese + version of the Montreal Cognitive Assessment-Basic and the Flanker task were + employed to evaluate cognitive function. Furthermore, fMRI technology was + utilized to examine brain activation patterns. Results The cognitive function + of the older adults was found to be significantly lower compared to the young + adults. Within the older adults, those with high levels of PA exhibited significantly + higher cognitive function than those with low and medium PA levels. The fMRI + data showed significant differences in brain activation patterns among young + adults across the different PA levels. However, such difference was not observed + among older adults. Conclusion A decline in cognitive function was observed + among older adults. There was a significant correlation between the levels + of PA and cognitive function in healthy older adults. The study demonstrated + significant effects of PA levels on brain activation patterns in inhibitory + control-related regions among young adults, while not significant among older + adults. The findings suggest that neurological mechanisms driving the relationship + between PA and cognitive function may differ between older and young adults.", + "isOpenAccess": true, "openAccessPdf": {"url": "https://www.frontiersin.org/journals/public-health/articles/10.3389/fpubh.2024.1413492/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC11291347, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2024-07-18"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T16:56:15.959036+00:00", "analyses": + [{"id": "8NGcEDFiVeeL", "user": null, "name": "Older adults: physically inactive + vs. physically active", "metadata": {"table": {"table_number": 4, "table_metadata": + {"table_id": "tab4", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv"}, + "original_table_id": "tab4"}, "table_metadata": {"table_id": "tab4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv"}, + "sanitized_table_id": "tab4"}, "description": "Differences in brain activation + across different physical activity levels and age groups.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "QJmnapvQwDne", "user": + null, "name": "Older adults vs. young adults", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tab3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab3_coordinates.csv"}, + "original_table_id": "tab3"}, "table_metadata": {"table_id": "tab3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab3_coordinates.csv"}, + "sanitized_table_id": "tab3"}, "description": "Differences in brain activation + between age groups (incongruent vs. congruent condition).", "conditions": + [], "weights": [], "points": [{"id": "v5gnPKJZtiXP", "coordinates": [12.0, + 51.0, -9.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.9306}]}, {"id": "iy8ATjgav4er", "coordinates": + [24.0, 21.0, 39.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.888}]}], "images": []}, {"id": "HjeyoZnHdoeX", + "user": null, "name": "Young adults: physically inactive vs. physically active", + "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": "tab4", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv"}, + "original_table_id": "tab4"}, "table_metadata": {"table_id": "tab4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv"}, + "sanitized_table_id": "tab4"}, "description": "Differences in brain activation + across different physical activity levels and age groups.", "conditions": + [], "weights": [], "points": [{"id": "BXkxqXgNTnwj", "coordinates": [-12.0, + 54.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": -4.58}]}, {"id": "naRWMHo6wXiU", "coordinates": + [-42.0, -54.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -4.32}]}], "images": []}]}, {"id": + "a58oyzcbbGaZ", "created_at": "2025-12-04T08:53:35.222934+00:00", "updated_at": + null, "user": null, "name": "Neural correlates of training and transfer effects + in working memory in older adults", "description": "As indicated by previous + research, aging is associated with a decline in working memory (WM) functioning, + related to alterations in fronto-parietal neural activations. At the same + time, previous studies showed that WM training in older adults may improve + the performance in the trained task (training effect), and more importantly, + also in untrained WM tasks (transfer effects). However, neural correlates + of these transfer effects that would improve understanding of its underlying + mechanisms, have not been shown in older participants as yet. In this study, + we investigated blood-oxygen-level-dependent (BOLD) signal changes during + n-back performance and an untrained delayed recognition (Sternberg) task following + 12sessions (45min each) of adaptive n-back training in older adults. The Sternberg + task used in this study allowed to test for neural training effects independent + of specific task affordances of the trained task and to separate maintenance + from updating processes. Thirty-two healthy older participants (60-75years) + were assigned either to an n-back training or a no-contact control group. + Before (t1) and after (t2) training/waiting period, both the n-back task and + the Sternberg task were conducted while BOLD signal was measured using functional + Magnetic Resonance Imaging (fMRI) in all participants. In addition, neuropsychological + tests were performed outside the scanner. WM performance improved with training + and behavioral transfer to tests measuring executive functions, processing + speed, and fluid intelligence was found. In the training group, BOLD signal + in the right lateral middle frontal gyrus/caudal superior frontal sulcus (Brodmann + area, BA 6/8) decreased in both the trained n-back and the updating condition + of the untrained Sternberg task at t2, compared to the control group. fMRI + findings indicate a training-related increase in processing efficiency of + WM networks, potentially related to the process of WM updating. Performance + gains in untrained tasks suggest that transfer to other cognitive tasks remains + possible in aging.", "publication": "NeuroImage", "doi": "10.1016/j.neuroimage.2016.03.068", + "pmid": "27046110", "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "year": 2016, "metadata": {"slug": + "27046110-10-1016-j-neuroimage-2016-03-068", "source": "semantic_scholar", + "keywords": ["Aging", "Executive functions", "Fluid intelligence", "Neuroimaging", + "Training", "Transfer", "Updating", "Working memory", "fMRI"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "30", "Year": + "2015", "Month": "11", "@PubStatus": "received"}, {"Day": "24", "Year": "2016", + "Month": "3", "@PubStatus": "revised"}, {"Day": "26", "Year": "2016", "Month": + "3", "@PubStatus": "accepted"}, {"Day": "6", "Hour": "6", "Year": "2016", + "Month": "4", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "6", "Hour": + "6", "Year": "2016", "Month": "4", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "24", "Hour": "6", "Year": "2018", "Month": "1", "Minute": "0", "@PubStatus": + "medline"}]}, "ArticleIdList": {"ArticleId": [{"#text": "27046110", "@IdType": + "pubmed"}, {"#text": "10.1016/j.neuroimage.2016.03.068", "@IdType": "doi"}, + {"#text": "S1053-8119(16)30012-X", "@IdType": "pii"}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "27046110", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "1095-9572", "@IssnType": "Electronic"}, "Title": "NeuroImage", + "JournalIssue": {"Volume": "134", "PubDate": {"Day": "01", "Year": "2016", + "Month": "Jul"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neuroimage"}, + "Abstract": {"AbstractText": "As indicated by previous research, aging is + associated with a decline in working memory (WM) functioning, related to alterations + in fronto-parietal neural activations. At the same time, previous studies + showed that WM training in older adults may improve the performance in the + trained task (training effect), and more importantly, also in untrained WM + tasks (transfer effects). However, neural correlates of these transfer effects + that would improve understanding of its underlying mechanisms, have not been + shown in older participants as yet. In this study, we investigated blood-oxygen-level-dependent + (BOLD) signal changes during n-back performance and an untrained delayed recognition + (Sternberg) task following 12sessions (45min each) of adaptive n-back training + in older adults. The Sternberg task used in this study allowed to test for + neural training effects independent of specific task affordances of the trained + task and to separate maintenance from updating processes. Thirty-two healthy + older participants (60-75years) were assigned either to an n-back training + or a no-contact control group. Before (t1) and after (t2) training/waiting + period, both the n-back task and the Sternberg task were conducted while BOLD + signal was measured using functional Magnetic Resonance Imaging (fMRI) in + all participants. In addition, neuropsychological tests were performed outside + the scanner. WM performance improved with training and behavioral transfer + to tests measuring executive functions, processing speed, and fluid intelligence + was found. In the training group, BOLD signal in the right lateral middle + frontal gyrus/caudal superior frontal sulcus (Brodmann area, BA 6/8) decreased + in both the trained n-back and the updating condition of the untrained Sternberg + task at t2, compared to the control group. fMRI findings indicate a training-related + increase in processing efficiency of WM networks, potentially related to the + process of WM updating. Performance gains in untrained tasks suggest that + transfer to other cognitive tasks remains possible in aging.", "CopyrightInformation": + "Copyright \u00a9 2016 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "Stephan", "Initials": "S", "LastName": "Heinzel", "AffiliationInfo": + {"Affiliation": "Department of Psychology, Humboldt-Universit\u00e4t zu Berlin, + Rudower Chaussee 18, 12489 Berlin, Germany; Social and Preventive Medicine, + University of Potsdam, Am Neuen Palais 10, 14469 Potsdam, Germany; Berlin + Center for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin + Berlin, Charit\u00e9platz 1, 10117 Berlin, Germany. Electronic address: stephan.heinzel@hu-berlin.de."}}, + {"@ValidYN": "Y", "ForeName": "Robert C", "Initials": "RC", "LastName": "Lorenz", + "AffiliationInfo": {"Affiliation": "Department of Psychology, Humboldt-Universit\u00e4t + zu Berlin, Rudower Chaussee 18, 12489 Berlin, Germany; Berlin Center for Advanced + Neuroimaging, Berlin, Germany; Department of Psychiatry and Psychotherapy, + Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin Berlin, + Charit\u00e9platz 1, 10117 Berlin, Germany; Max Planck Institute for Human + Development, Lentzeallee 94, 14195 Berlin, Germany."}}, {"@ValidYN": "Y", + "ForeName": "Patricia", "Initials": "P", "LastName": "Pelz", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry and Psychotherapy, Campus Charit\u00e9 + Mitte, Charit\u00e9 - Universit\u00e4tsmedizin Berlin, Charit\u00e9platz 1, + 10117 Berlin, Germany."}}, {"@ValidYN": "Y", "ForeName": "Andreas", "Initials": + "A", "LastName": "Heinz", "AffiliationInfo": {"Affiliation": "Berlin Center + for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry and Psychotherapy, + Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin Berlin, + Charit\u00e9platz 1, 10117 Berlin, Germany."}}, {"@ValidYN": "Y", "ForeName": + "Henrik", "Initials": "H", "LastName": "Walter", "AffiliationInfo": {"Affiliation": + "Berlin Center for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin + Berlin, Charit\u00e9platz 1, 10117 Berlin, Germany; Berlin School of Mind + and Brain, Germany."}}, {"@ValidYN": "Y", "ForeName": "Norbert", "Initials": + "N", "LastName": "Kathmann", "AffiliationInfo": {"Affiliation": "Department + of Psychology, Humboldt-Universit\u00e4t zu Berlin, Rudower Chaussee 18, 12489 + Berlin, Germany; Berlin Center for Advanced Neuroimaging, Berlin, Germany."}}, + {"@ValidYN": "Y", "ForeName": "Michael A", "Initials": "MA", "LastName": "Rapp", + "AffiliationInfo": {"Affiliation": "Social and Preventive Medicine, University + of Potsdam, Am Neuen Palais 10, 14469 Potsdam, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin + Berlin, Charit\u00e9platz 1, 10117 Berlin, Germany."}}, {"@ValidYN": "Y", + "ForeName": "Christine", "Initials": "C", "LastName": "Stelzel", "AffiliationInfo": + {"Affiliation": "Department of Psychology, Humboldt-Universit\u00e4t zu Berlin, + Rudower Chaussee 18, 12489 Berlin, Germany; Social and Preventive Medicine, + University of Potsdam, Am Neuen Palais 10, 14469 Potsdam, Germany; Berlin + Center for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin + Berlin, Charit\u00e9platz 1, 10117 Berlin, Germany; Berlin School of Mind + and Brain, Germany; International Psychoanalytic University, Stromstr. 1, + 10555 Berlin, Germany."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "249", "StartPage": "236", "MedlinePgn": "236-249"}, "ArticleDate": {"Day": + "01", "Year": "2016", "Month": "04", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neuroimage.2016.03.068", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S1053-8119(16)30012-X", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Neural correlates of training and transfer effects in working + memory in older adults.", "PublicationTypeList": {"PublicationType": {"@UI": + "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "10", "Year": + "2019", "Month": "12"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Executive functions", "@MajorTopicYN": + "N"}, {"#text": "Fluid intelligence", "@MajorTopicYN": "N"}, {"#text": "Neuroimaging", + "@MajorTopicYN": "N"}, {"#text": "Training", "@MajorTopicYN": "N"}, {"#text": + "Transfer", "@MajorTopicYN": "N"}, {"#text": "Updating", "@MajorTopicYN": + "N"}, {"#text": "Working memory", "@MajorTopicYN": "N"}, {"#text": "fMRI", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "23", "Year": "2018", "Month": + "01"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D007858", "#text": "Learning", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D011939", "#text": "Mental + Recall", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D009473", + "#text": "Neuronal Plasticity", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D013647", "#text": "Task Performance and Analysis", "@MajorTopicYN": + "Y"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D014163", "#text": "Transfer, Psychology", + "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United States", + "MedlineTA": "Neuroimage", "ISSNLinking": "1053-8119", "NlmUniqueID": "9215515"}}}, + "semantic_scholar": {"year": 2016, "title": "Neural correlates of training + and transfer effects in working memory in older adults", "venue": "NeuroImage", + "authors": [{"name": "S. Heinzel", "authorId": "4952047"}, {"name": "R. Lorenz", + "authorId": "39284553"}, {"name": "P. Pelz", "authorId": "1814593"}, {"name": + "A. Heinz", "authorId": "50665590"}, {"name": "H. Walter", "authorId": "144278023"}, + {"name": "N. Kathmann", "authorId": "145034008"}, {"name": "M. Rapp", "authorId": + "1953528"}, {"name": "C. Stelzel", "authorId": "2115708"}], "paperId": "afaa211e370124d29da0975baf18817ed123dc71", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neuroimage.2016.03.068?email= + or https://doi.org/10.1016/j.neuroimage.2016.03.068, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2016-07-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T08:57:05.301476+00:00", "analyses": + [{"id": "VJBfuhYRpoRj", "user": null, "name": "0-back (k>86, alphasim-corr.)", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [], "images": + []}, {"id": "UNoj4wZpgrcY", "user": null, "name": "3-back (k>86, alphasim-corr.)", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [], "images": + []}, {"id": "JhnR6UwWtQUF", "user": null, "name": "Sternberg maintenance 3 + & 5 (k>57, alphasim-corr.)", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [], "images": + []}, {"id": "fFFmxGy6SayS", "user": null, "name": "Sternberg updating 3 & + 5 \u2014 overlap with 1- & 2-back", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [], "images": + []}, {"id": "TWJRTm6n5fbY", "user": null, "name": "1- & 2-back (k>90, alphasim-corr.)", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [{"id": "obCifb8sGUUs", + "coordinates": [8.0, 30.0, 36.0], "kind": null, "space": "MNI", "image": null, + "label_id": null, "values": [{"kind": "T", "value": 3.75}]}, {"id": "cBkUpf7sviVA", + "coordinates": [-9.0, 23.0, 46.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 3.46}]}, {"id": + "M6GeN9Mfdb95", "coordinates": [24.0, 7.0, 56.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 3.92}]}, + {"id": "3soGyARALxjo", "coordinates": [18.0, 17.0, 56.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.89}]}, {"id": "G4s9b9onpaxx", "coordinates": [34.0, 20.0, 39.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.18}]}, {"id": "9GhwBZCVk4dk", "coordinates": [47.0, -53.0, + 32.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.43}]}, {"id": "B4M5btUqaTPZ", "coordinates": [57.0, + -46.0, 39.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.21}]}, {"id": "HFWF2injMAWx", "coordinates": + [37.0, -49.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.17}]}], "images": []}, {"id": "ZxUBwFW9JQiS", + "user": null, "name": "Sternberg updating 3 & 5 (k>63, alphasim-corr.)", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [{"id": "6stAxHW8mhwq", + "coordinates": [36.0, 17.0, 46.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.16}]}, {"id": + "EENATYUATzMX", "coordinates": [27.0, 11.0, 55.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.42}]}, {"id": "dyKsitfYejLb", "coordinates": [21.0, 14.0, 49.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.16}]}], "images": []}, {"id": "FvLnFXTotMKR", "user": null, + "name": "1-back (k>81, alphasim-corr.)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [{"id": "yqRGa73bwGMZ", + "coordinates": [44.0, -53.0, 36.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 3.45}]}, {"id": + "FJDij2uoVsY2", "coordinates": [54.0, -46.0, 36.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.42}]}, {"id": "hQ2vePZK4rFp", "coordinates": [44.0, -39.0, 42.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.21}]}], "images": []}, {"id": "QQbEritoha3C", "user": null, + "name": "2-back (k>85, alphasim-corr.)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [{"id": "NtZmXicQwkLw", + "coordinates": [14.0, -26.0, 46.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.03}]}, {"id": + "rD9dDj7BnaZb", "coordinates": [11.0, 20.0, 42.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.8}]}, {"id": "rSBGhGvSxiBC", "coordinates": [14.0, 17.0, 36.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.69}]}, {"id": "FWDzHYQRjeHs", "coordinates": [-9.0, -26.0, + 49.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.77}]}, {"id": "QsStqvBK6rwz", "coordinates": [-12.0, + -13.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.77}]}, {"id": "kXKTZcoKJ4EQ", "coordinates": + [-12.0, 0.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.28}]}, {"id": "ybfhAKGkAkDf", "coordinates": + [-52.0, -56.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.53}]}, {"id": "Kqwy3EZnhDuH", "coordinates": + [-38.0, -56.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.51}]}, {"id": "V2W2vk8eK7ad", "coordinates": + [-48.0, -49.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.01}]}], "images": []}]}, {"id": + "ar9DTVHs9PAf", "created_at": "2025-12-04T03:14:48.025440+00:00", "updated_at": + null, "user": null, "name": "Neural correlates of the sound facilitation effect + in the modified Simon task in older adults", "description": "INTRODUCTION: + The ability to resolve interference declines with age and is attributed to + neurodegeneration and reduced cognitive function and mental alertness in older + adults. Our previous study revealed that task-irrelevant but environmentally + meaningful sounds improve performance on the modified Simon task in older + adults. However, little is known about neural correlates of this sound facilitation + effect.\n\nMETHODS: Twenty right-handed older adults [mean age = 72 (SD = + 4), 11 female] participated in the fMRI study. They performed the modified + Simon task in which the arrows were presented either in the locations matching + the arrow direction (congruent trials) or in the locations mismatching the + arrow direction (incongruent trials). A total of 50% of all trials were accompanied + by task-irrelevant but environmentally meaningful sounds.\n\nRESULTS: Participants + were faster on the trials with concurrent sounds, independently of whether + trials were congruent or incongruent. The sound effect was associated with + activation in the distributed network of auditory, posterior parietal, frontal, + and limbic brain regions. The magnitude of the behavioral facilitation effect + due to sound was associated with the changes in activation of the bilateral + auditory cortex, cuneal cortex, and occipital fusiform gyrus, precuneus, left + superior parietal lobule (SPL) for No Sound vs. Sound trials. These changes + were associated with the corresponding changes in reaction time (RT). Older + adults with a recent history of falls showed greater activation in the left + SPL than those without falls history.\n\nCONCLUSION: Our findings are consistent + with the dedifferentiation hypothesis of cognitive aging. The facilitatory + effect of sound could be achieved through recruitment of excessive neural + resources, which allows older adults to increase attention and mental alertness + during task performance. Considering that the SPL is critical for integration + of multisensory information, individuals with slower task responses and those + with a history of falls may need to recruit this region more actively than + individuals with faster responses and those without a fall history to overcome + increased difficulty with interference resolution. Future studies should examine + the relationship among activation in the SPL, the effect of sound, and falls + history in the individuals who are at heightened risk of falls.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2023.1207707", "pmid": + "37644962", "authors": "A. Manelis; Hang Hu; R. Miceli; S. Satz; M. Schwalbe", + "year": 2023, "metadata": {"slug": "37644962-10-3389-fnagi-2023-1207707-pmc10461020", + "source": "semantic_scholar", "keywords": ["fMRI", "falls", "interference + resolution", "older adults", "sound effect", "superior parietal lobule"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "18", "Year": "2023", "Month": "4", "@PubStatus": "received"}, {"Day": "31", + "Year": "2023", "Month": "7", "@PubStatus": "accepted"}, {"Day": "30", "Hour": + "6", "Year": "2023", "Month": "8", "Minute": "49", "@PubStatus": "medline"}, + {"Day": "30", "Hour": "6", "Year": "2023", "Month": "8", "Minute": "48", "@PubStatus": + "pubmed"}, {"Day": "30", "Hour": "3", "Year": "2023", "Month": "8", "Minute": + "44", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2023", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "37644962", "@IdType": "pubmed"}, {"#text": "PMC10461020", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2023.1207707", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Alahmadi A. A. S. (2021). Investigating the sub-regions + of the superior parietal cortex using functional magnetic resonance imaging + connectivity. Insights Imaging 12:47. 10.1186/s13244-021-00993-9", "ArticleIdList": + {"ArticleId": [{"#text": "10.1186/s13244-021-00993-9", "@IdType": "doi"}, + {"#text": "PMC8044280", "@IdType": "pmc"}, {"#text": "33847819", "@IdType": + "pubmed"}]}}, {"Citation": "Baddeley A. (2010). Working memory. Cur. Biol. + 20 R136\u2013R140. 10.1016/j.cub.2009.12.014", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cub.2009.12.014", "@IdType": "doi"}, {"#text": "20178752", + "@IdType": "pubmed"}]}}, {"Citation": "Bakker M., De Lange F. P., Helmich + R. C., Scheeringa R., Bloem B. R., Toni I. (2008). Cerebral correlates of + motor imagery of normal and precision gait. NeuroImage 41 998\u20131010. 10.1016/J.NEUROIMAGE.2008.03.020", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/J.NEUROIMAGE.2008.03.020", + "@IdType": "doi"}, {"#text": "18455930", "@IdType": "pubmed"}]}}, {"Citation": + "Bates D., M\u00e4chler M., Bolker B. M., Walker S. C. (2015). Fitting linear + mixed-effects models using lme4. J. Stat. Softw. 67 1\u201348. 10.18637/jss.v067.i01", + "ArticleIdList": {"ArticleId": {"#text": "10.18637/jss.v067.i01", "@IdType": + "doi"}}}, {"Citation": "Borgmann K. W. U., Risko E. F., Stolz J. A., Besner + D. (2007). Simon says: Reliability and the role of working memory and attentional + control in the Simon task. Psychon. Bull. Rev. 14 313\u2013319. 10.3758/BF03194070", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/BF03194070", "@IdType": + "doi"}, {"#text": "17694919", "@IdType": "pubmed"}]}}, {"Citation": "Bunge + S. A., Ochsner K. N., Desmond J. E., Glover G. H., Gabrieli J. D. E. (2001). + Prefrontal regions involved in keeping information in and out of mind. Brain + 124 2074\u20132086. 10.1093/brain/124.10.2074", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/brain/124.10.2074", "@IdType": "doi"}, {"#text": "11571223", + "@IdType": "pubmed"}]}}, {"Citation": "Burgess G. C., Braver T. S. (2010). + Neural mechanisms of interference control in working memory: Effects of interference + expectancy and fluid intelligence. PLoS One 5:e12861. 10.1371/journal.pone.0012861", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0012861", + "@IdType": "doi"}, {"#text": "PMC2942897", "@IdType": "pmc"}, {"#text": "20877464", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R., Albert M., Belleville S., + Craik F. I. M., Duarte A., Grady C. L., et al. (2018). Maintenance, reserve + and compensation: The cognitive neuroscience of healthy ageing. Nat. Rev. + Neurosci. 19 701\u2013710. 10.1038/s41583-018-0068-2", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/s41583-018-0068-2", "@IdType": "doi"}, {"#text": "PMC6472256", + "@IdType": "pmc"}, {"#text": "30305711", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R., Dennis N. A. (2014). Frontal lobes and aging. Principles of frontal + lobe function. New York, NY: Oxford University Press, 10.1093/med/9780199837755.003.0044", + "ArticleIdList": {"ArticleId": {"#text": "10.1093/med/9780199837755.003.0044", + "@IdType": "doi"}}}, {"Citation": "Canales-Johnson A., Beerendonk L., Blain + S., Kitaoka S., Ezquerro-Nassar A., Nuiten S., et al. (2020). Decreased alertness + reconfigures cognitive control networks. J. Neurosci. 40 7142\u20137154. 10.1523/JNEUROSCI.0343-20.2020", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.0343-20.2020", + "@IdType": "doi"}, {"#text": "PMC7480250", "@IdType": "pmc"}, {"#text": "32801150", + "@IdType": "pubmed"}]}}, {"Citation": "Centers for Disease Control and Prevention + (2021). Facts About Falls | Fall Prevention | Injury Center | CDC. Atlanta, + GA: CDC."}, {"Citation": "Cepeda N. J., Kramer A. F., Gonzalez de Sather J. + C. (2001). Changes in executive control across the life span: Examination + of task-switching performance. Dev. Psychol. 37:715. 10.1037/0012-1649.37.5.715", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0012-1649.37.5.715", "@IdType": + "doi"}, {"#text": "11552766", "@IdType": "pubmed"}]}}, {"Citation": "Collette + F., Germain S., Hogge M., Van der Linden M. (2009). Inhibitory control of + memory in normal ageing: Dissociation between impaired intentional and preserved + unintentional processes. Memory 17 104\u2013122. 10.1080/09658210802574146", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/09658210802574146", "@IdType": + "doi"}, {"#text": "19105088", "@IdType": "pubmed"}]}}, {"Citation": "Corbetta + M., Shulman G. L. (2002). Control of goal-directed and stimulus-driven attention + in the brain. Nat. Rev. Neurosci. 3 201\u2013215. 10.1038/nrn755", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nrn755", "@IdType": "doi"}, {"#text": "11994752", + "@IdType": "pubmed"}]}}, {"Citation": "Cox R. W., Hyde J. S. (1997). Software + tools for analysis and visualization of fMRI data. NMR Biomed. 10 171\u2013178.", + "ArticleIdList": {"ArticleId": {"#text": "9430344", "@IdType": "pubmed"}}}, + {"Citation": "Dale A. M., Fischl B., Sereno M. I. (1999). Cortical surface-based + analysis: I. Segmentation and surface reconstruction. NeuroImage 9 179\u2013194. + 10.1006/nimg.1998.0395", "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.1998.0395", + "@IdType": "doi"}, {"#text": "9931268", "@IdType": "pubmed"}]}}, {"Citation": + "Dennis N. A., Cabeza R. (2011). Age-related dedifferentiation of learning + systems: An fMRI study of implicit and explicit learning. Neurobiol. Aging + 32 2318.e17\u20132318.e30. 10.1016/j.neurobiolaging.2010.04.004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2010.04.004", "@IdType": + "doi"}, {"#text": "PMC2923680", "@IdType": "pmc"}, {"#text": "20471139", "@IdType": + "pubmed"}]}}, {"Citation": "Desmurget M., Reilly K. T., Richard N., Szathmari + A., Mottolese C., Sirigu A. (2009). Movement intention after parietal cortex + stimulation in humans. Science 324 811\u2013813. 10.1126/science.1169896", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.1169896", "@IdType": + "doi"}, {"#text": "19423830", "@IdType": "pubmed"}]}}, {"Citation": "di Oleggio + Castello M., Dobson J. E., Sackett T., Kodiweera C., Haxby J. V., Goncalves + M., et al. (2020). ReproNim/reproin 0.6.0. Honolulu: Zenodo, 10.5281/ZENODO.3625000", + "ArticleIdList": {"ArticleId": {"#text": "10.5281/ZENODO.3625000", "@IdType": + "doi"}}}, {"Citation": "Engle R. W., Kane M. J. (2004). Executive attention, + working memory capacity, and a two-factor theory of cognitive control. Psychol. + Learn. Motiv. 44 145\u2013199. 10.1016/S0079-7421(03)44005-X", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/S0079-7421(03)44005-X", "@IdType": "doi"}}}, + {"Citation": "Esteban O., Birman D., Schaer M., Koyejo O. O., Poldrack R. + A., Gorgolewski K. J. (2017). MRIQC: Advancing the automatic prediction of + image quality in MRI from unseen sites. PLoS One 12:e0184661. 10.1371/journal.pone.0184661", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0184661", + "@IdType": "doi"}, {"#text": "PMC5612458", "@IdType": "pmc"}, {"#text": "28945803", + "@IdType": "pubmed"}]}}, {"Citation": "Esteban O., Markiewicz C. J., Blair + R. W., Moodie C. A., Isik A. I., Erramuzpe A., et al. (2019). fMRIPrep: A + robust preprocessing pipeline for functional MRI. Nat. Methods 16 111\u2013116. + 10.1038/s41592-018-0235-4", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41592-018-0235-4", + "@IdType": "doi"}, {"#text": "PMC6319393", "@IdType": "pmc"}, {"#text": "30532080", + "@IdType": "pubmed"}]}}, {"Citation": "Feng W., Stormer V. S., Martinez A., + McDonald J. J., Hillyard S. A. (2014). Sounds activate visual cortex and improve + visual discrimination. J. Neurosci. 34 9817\u20139824. 10.1523/JNEUROSCI.4869-13.2014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.4869-13.2014", + "@IdType": "doi"}, {"#text": "PMC4099554", "@IdType": "pmc"}, {"#text": "25031419", + "@IdType": "pubmed"}]}}, {"Citation": "Friedman N. P., Robbins T. W. (2022). + The role of prefrontal cortex in cognitive control and executive function. + Neuropsychopharmacology 47 72\u201389. 10.1038/s41386-021-01132-0", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/s41386-021-01132-0", "@IdType": "doi"}, + {"#text": "PMC8617292", "@IdType": "pmc"}, {"#text": "34408280", "@IdType": + "pubmed"}]}}, {"Citation": "Gorgolewski K. J., Auer T., Calhoun V. D., Craddock + R. C., Das S., Duff E. P., et al. (2016). The brain imaging data structure, + a format for organizing and describing outputs of neuroimaging experiments. + Sci. Data 3:160044. 10.1038/sdata.2016.44", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/sdata.2016.44", "@IdType": "doi"}, {"#text": "PMC4978148", + "@IdType": "pmc"}, {"#text": "27326542", "@IdType": "pubmed"}]}}, {"Citation": + "Grady C. L., Charlton R., He Y., Alain C. (2011). Age differences in fMRI + adaptation for sound identity and location. Front. Hum. Neurosci. 5:24. 10.3389/fnhum.2011.00024", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2011.00024", "@IdType": + "doi"}, {"#text": "PMC3061355", "@IdType": "pmc"}, {"#text": "21441992", "@IdType": + "pubmed"}]}}, {"Citation": "Greve D. N., Fischl B. (2009). Accurate and robust + brain image alignment using boundary-based registration. NeuroImage 48 63\u201372. + 10.1016/j.neuroimage.2009.06.060", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2009.06.060", "@IdType": "doi"}, {"#text": "PMC2733527", + "@IdType": "pmc"}, {"#text": "19573611", "@IdType": "pubmed"}]}}, {"Citation": + "Guerreiro M. J. S., Murphy D. R., Van Gerven P. W. M. (2010). The role of + sensory modality in age-related distraction: A critical review and a renewed + view. Psychol. Bull. 136:20731. 10.1037/a0020731", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0020731", "@IdType": "doi"}, {"#text": "21038938", "@IdType": + "pubmed"}]}}, {"Citation": "Guerreiro M. J. S., Murphy D. R., Van Gerven P. + W. M. (2013). Making sense of age-related distractibility: The critical role + of sensory modality. Acta Psychol. 142 184\u2013194. 10.1016/j.actpsy.2012.11.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.actpsy.2012.11.007", + "@IdType": "doi"}, {"#text": "23337081", "@IdType": "pubmed"}]}}, {"Citation": + "Guillaume B., Hua X., Thompson P. M., Waldorp L., Nichols T. E. (2014). Fast + and accurate modelling of longitudinal and repeated measures neuroimaging + data. NeuroImage 94 287\u2013302. 10.1016/j.neuroimage.2014.03.029", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.03.029", "@IdType": "doi"}, + {"#text": "PMC4073654", "@IdType": "pmc"}, {"#text": "24650594", "@IdType": + "pubmed"}]}}, {"Citation": "Halchenko Y., Goncalves M., di Castello M. V. + O., Ghosh S., Hanke M., Dae A., I, et al. (2019). nipy/heudiconv: v0.5.4 [0.5.4] + - 2019-04-29. San Francisco, CA: GitHub."}, {"Citation": "Hasher L., Zacks + R. T., May C. P. (1999). Inhibitory control, circadian arousal, and age. Attent. + Perform. 17:32. 10.7551/mitpress/1480.003.0032", "ArticleIdList": {"ArticleId": + {"#text": "10.7551/mitpress/1480.003.0032", "@IdType": "doi"}}}, {"Citation": + "Hausdorff J. M., Yogev G., Springer S., Simon E. S., Giladi N. (2005). Walking + is more like catching than tapping: Gait in the elderly as a complex cognitive + task. Exp. Brain Res. 164 541\u2013548. 10.1007/s00221-005-2280-3", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00221-005-2280-3", "@IdType": "doi"}, {"#text": + "15864565", "@IdType": "pubmed"}]}}, {"Citation": "H\u00fcl\u00fcr G., Ram + N., Willis S. L., Warner Schaie K., Gerstorf D. (2015). Cognitive dedifferentiation + with increasing age and proximity of death: Within-person evidence from the + Seattle longitudinal study. Psychol. Aging 30:a0039260. 10.1037/a0039260", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0039260", "@IdType": "doi"}, + {"#text": "25961879", "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M., + Bannister P., Brady M., Smith S. (2002). Improved optimization for the robust + and accurate linear registration and motion correction of brain images. NeuroImage + 17 825\u2013841. 10.1016/S1053-8119(02)91132-8", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/S1053-8119(02)91132-8", "@IdType": "doi"}, {"#text": "12377157", + "@IdType": "pubmed"}]}}, {"Citation": "Juncos-Rabad\u00e1n O., Pereiro A. + X., Facal D. (2008). Cognitive interference and aging: Insights from a spatial + stimulus\u2013response consistency task. Acta Psychol. 127 237\u2013246. 10.1016/j.actpsy.2007.05.003", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.actpsy.2007.05.003", + "@IdType": "doi"}, {"#text": "17601480", "@IdType": "pubmed"}]}}, {"Citation": + "Kelly A. M. C., Di Martino A., Uddin L. Q., Shehzad Z., Gee D. G., Reiss + P. T., et al. (2009). Development of anterior cingulate functional connectivity + from late childhood to early adulthood. Cereb. Cortex 19 640\u2013657. 10.1093/cercor/bhn117", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhn117", "@IdType": + "doi"}, {"#text": "18653667", "@IdType": "pubmed"}]}}, {"Citation": "Klein + R. M., Ivanoff J. (2011). The components of visual attention and the ubiquitous + Simon effect. Acta Psychol. 136 225\u2013234.", "ArticleIdList": {"ArticleId": + {"#text": "20883970", "@IdType": "pubmed"}}}, {"Citation": "Koen J. D., Rugg + M. D. (2019). Neural dedifferentiation in the aging brain. Trends Cogn. Sci. + 23 547\u2013559. 10.1016/j.tics.2019.04.012", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.tics.2019.04.012", "@IdType": "doi"}, {"#text": "PMC6635135", + "@IdType": "pmc"}, {"#text": "31174975", "@IdType": "pubmed"}]}}, {"Citation": + "Koenigs M., Barbey A. K., Postle B. R., Grafman J. (2009). Superior parietal + cortex is critical for the manipulation of information in working memory. + J. Neurosci. 29 14980\u201314986. 10.1523/JNEUROSCI.3706-09.2009", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.3706-09.2009", "@IdType": "doi"}, + {"#text": "PMC2799248", "@IdType": "pmc"}, {"#text": "19940193", "@IdType": + "pubmed"}]}}, {"Citation": "Kubo-Kawai N., Kawai N. (2010). Elimination of + the enhanced Simon effect for older adults in a three-choice situation: Ageing + and the Simon effect in a go/no-go Simon task. Quart. J. Exp. Psychol. 63 + 452\u2013464. 10.1080/17470210902990829", "ArticleIdList": {"ArticleId": [{"#text": + "10.1080/17470210902990829", "@IdType": "doi"}, {"#text": "19575334", "@IdType": + "pubmed"}]}}, {"Citation": "Lanczos C. (1964). Evaluation of noisy data. J. + Soc. Ind. Appl. Math. Ser. B Num. Anal. 1 76\u201385. 10.1137/0701007", "ArticleIdList": + {"ArticleId": {"#text": "10.1137/0701007", "@IdType": "doi"}}}, {"Citation": + "Langers D. R. M., Backes W. H., van Dijk P. (2007). Representation of lateralization + and tonotopy in primary versus secondary human auditory cortex. NeuroImage + 34 264\u2013273. 10.1016/j.neuroimage.2006.09.002", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2006.09.002", "@IdType": "doi"}, {"#text": + "17049275", "@IdType": "pubmed"}]}}, {"Citation": "Latimer K. W., Freedman + D. J. (2023). Low-dimensional encoding of decisions in parietal cortex reflects + long-term training history. Nat. Commun. 14:1010. 10.1038/s41467-023-36554-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41467-023-36554-5", "@IdType": + "doi"}, {"#text": "PMC9950136", "@IdType": "pmc"}, {"#text": "36823109", "@IdType": + "pubmed"}]}}, {"Citation": "Li H., Liu N., Li Y., Weidner R., Fink G. R., + Chen Q. (2019). The Simon effect based on allocentric and egocentric reference + frame: Common and specific neural correlates. Sci. Rep. 9:13727. 10.1038/s41598-019-49990-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41598-019-49990-5", "@IdType": + "doi"}, {"#text": "PMC6760495", "@IdType": "pmc"}, {"#text": "31551429", "@IdType": + "pubmed"}]}}, {"Citation": "Li K. Z. H., Bherer L., Mirelman A., Maidan I., + Hausdorff J. M. (2018). Cognitive involvement in balance, gait and dual-tasking + in aging: A focused review from a neuroscience of aging perspective. Front. + Neurol. 9:913. 10.3389/fneur.2018.00913", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fneur.2018.00913", "@IdType": "doi"}, {"#text": "PMC6219267", "@IdType": + "pmc"}, {"#text": "30425679", "@IdType": "pubmed"}]}}, {"Citation": "Logan + J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner R. L. (2002). Under-recruitment + and nonselective recruitment: Dissociable neural mechanisms associated with + aging. Neuron 33 827\u2013840. 10.1016/S0896-6273(02)00612-8", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S0896-6273(02)00612-8", "@IdType": "doi"}, + {"#text": "11879658", "@IdType": "pubmed"}]}}, {"Citation": "Long J., Song + X., Wang Y., Wang C., Huang R., Zhang R. (2022). Distinct neural activation + patterns of age in subcomponents of inhibitory control: A fMRI meta-analysis. + Front. Aging Neurosci. 14:845. 10.3389/fnagi.2022.938789", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2022.938789", "@IdType": "doi"}, {"#text": + "PMC9389163", "@IdType": "pmc"}, {"#text": "35992590", "@IdType": "pubmed"}]}}, + {"Citation": "Lubetzky A. V., Gospodarek M., Arie L., Kelly J., Roginska A., + Cosetti M. (2020). Auditory input and postural control in adults: A narrative + review. JAMA Otolaryngol. 146 480\u2013487. 10.1001/jamaoto.2020.0032", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/jamaoto.2020.0032", "@IdType": "doi"}, {"#text": + "32163114", "@IdType": "pubmed"}]}}, {"Citation": "Maclin E. L., Gratton G., + Fabiani M. (2001). Visual spatial localization conflict: An fMRI study. Neuroreport + 12 3633\u20133636. 10.1097/00001756-200111160-00051", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/00001756-200111160-00051", "@IdType": "doi"}, {"#text": + "11733725", "@IdType": "pubmed"}]}}, {"Citation": "Makowski D., Ben-Shachar + M. S., Patil I., L\u00fcdecke D. (2020). Estimation of model-based predictions, + contrasts and means. Vienna: Institute for Statistics and Mathematics."}, + {"Citation": "Maylor E. A., Birak K. S., Schlaghecken F. (2011). Inhibitory + motor control in old age: Evidence for de-automatization? Front. Psychol. + 2:132. 10.3389/fpsyg.2011.00132", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyg.2011.00132", "@IdType": "doi"}, {"#text": "PMC3122077", "@IdType": + "pmc"}, {"#text": "21734899", "@IdType": "pubmed"}]}}, {"Citation": "McDonough + I. M., Nolin S. A., Visscher K. M. (2022). 25 years of neurocognitive aging + theories: What have we learned? Front. Aging Neurosci. 14:1002096. 10.3389/fnagi.2022.1002096", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2022.1002096", "@IdType": + "doi"}, {"#text": "PMC9539801", "@IdType": "pmc"}, {"#text": "36212035", "@IdType": + "pubmed"}]}}, {"Citation": "Mevorach C., Humphreys G. W., Shalev L. (2006). + Opposite biases in salience-based selection for the left and right posterior + parietal cortex. Nat. Neurosci. 9:1709. 10.1038/nn1709", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nn1709", "@IdType": "doi"}, {"#text": "16699505", + "@IdType": "pubmed"}]}}, {"Citation": "Mevorach C., Shalev L., Allen H. A., + Humphreys G. W. (2009). The left intraparietal sulcus modulates the selection + of low salient stimuli. J. Cogn. Neurosci. 21:21044. 10.1162/jocn.2009.21044", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2009.21044", "@IdType": + "doi"}, {"#text": "18564052", "@IdType": "pubmed"}]}}, {"Citation": "Milani + S. A., Marsiske M., Cottler L. B., Chen X., Striley C. W. (2018). Optimal + cutoffs for the montreal cognitive assessment vary by race and ethnicity. + Alzheimers Dement. 10 773\u2013781. 10.1016/j.dadm.2018.09.003", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.dadm.2018.09.003", "@IdType": "doi"}, + {"#text": "PMC6247398", "@IdType": "pmc"}, {"#text": "30505927", "@IdType": + "pubmed"}]}}, {"Citation": "Milham M. P., Banich M. T. (2005). Anterior cingulate + cortex: An fMRI analysis of conflict specificity and functional differentiation. + Hum. Brain Mapp. 25 328\u2013335. 10.1002/hbm.20110", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20110", "@IdType": "doi"}, {"#text": "PMC6871683", + "@IdType": "pmc"}, {"#text": "15834861", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Liang Hsu C., Voss M. W., Chan A., Bolandzadeh N., Handy + T. C., et al. (2016). The neurocognitive basis for impaired dual-task performance + in senior fallers. Front. Aging Neurosci. 8:20. 10.3389/fnagi.2016.00020", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2016.00020", "@IdType": + "doi"}, {"#text": "PMC4746244", "@IdType": "pmc"}, {"#text": "26903862", "@IdType": + "pubmed"}]}}, {"Citation": "Nasreddine Z. S., Phillips N. A., B\u00e9dirian + V., Charbonneau S., Whitehead V., Collin I., et al. (2005). The montreal cognitive + assessment, MoCA: A brief screening tool for mild cognitive impairment. J. + Am. Geriatr. Soc. 53 695\u2013699. 10.1111/j.1532-5415.2005.53221.x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/j.1532-5415.2005.53221.x", "@IdType": "doi"}, + {"#text": "15817019", "@IdType": "pubmed"}]}}, {"Citation": "Nelson H. E. + (1982). National adult reading test (NART): Test manual. Windsor: NFER-Nelson."}, + {"Citation": "Owen A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). + N-back working memory paradigm: A meta-analysis of normative functional neuroimaging + studies. Hum. Brain Mapp. 25 46\u201359. 10.1002/hbm.20131", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": + "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, + {"Citation": "Park D. C., Polk T. A., Park R., Minear M., Savage A., Smith + M. R. (2004). Aging reduces neural specialization in ventral visual cortex. + Proc. Natl. Acad. Sci. U.S.A. 101 13091\u201313095. 10.1073/pnas.0405148101", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0405148101", "@IdType": + "doi"}, {"#text": "PMC516469", "@IdType": "pmc"}, {"#text": "15322270", "@IdType": + "pubmed"}]}}, {"Citation": "Power J. D., Barnes K. A., Snyder A. Z., Schlaggar + B. L., Petersen S. E. (2012). Spurious but systematic correlations in functional + connectivity MRI networks arise from subject motion. Neuroimage 59 2142\u20132154. + 10.1016/j.neuroimage.2011.10.018", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2011.10.018", "@IdType": "doi"}, {"#text": "PMC3254728", + "@IdType": "pmc"}, {"#text": "22019881", "@IdType": "pubmed"}]}}, {"Citation": + "Pruim R. H. R., Mennes M., van Rooij D., Llera A., Buitelaar J. K., Beckmann + C. F. (2015). ICA-AROMA: A robust ICA-based strategy for removing motion artifacts + from fMRI data. NeuroImage. 112 267\u2013277. 10.1016/j.neuroimage.2015.02.064", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2015.02.064", + "@IdType": "doi"}, {"#text": "25770991", "@IdType": "pubmed"}]}}, {"Citation": + "Qin S., Basak C. (2020). Age-related differences in brain activation during + working memory updating: An fMRI study. Neuropsychologia 138:107335. 10.1016/j.neuropsychologia.2020.107335", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2020.107335", + "@IdType": "doi"}, {"#text": "PMC7069667", "@IdType": "pmc"}, {"#text": "31923524", + "@IdType": "pubmed"}]}}, {"Citation": "Quinci M. A., Belden A., Goutama V., + Gong D., Hanser S., Donovan N. J., et al. (2022). Longitudinal changes in + auditory and reward systems following receptive music-based intervention in + older adults. Sci. Rep. 12:11517. 10.1038/s41598-022-15687-5", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/s41598-022-15687-5", "@IdType": "doi"}, + {"#text": "PMC9261172", "@IdType": "pmc"}, {"#text": "35798784", "@IdType": + "pubmed"}]}}, {"Citation": "Reinhardt J., Rus-Oswald O. G., B\u00fcrki C. + N., Bridenbaugh S. A., Krumm S., Michels L., et al. (2020). Neural correlates + of stepping in healthy elderly: Parietal and prefrontal cortex activation + reflects cognitive-motor interference effects. Front. Hum. Neurosci. 14:566735. + 10.3389/fnhum.2020.566735", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2020.566735", + "@IdType": "doi"}, {"#text": "PMC7550687", "@IdType": "pmc"}, {"#text": "33132879", + "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz P. A., Cappell K. A. + (2008). Neurocognitive aging and the compensation hypothesis. Curr. Dir. Psychol. + Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x", "ArticleIdList": + {"ArticleId": {"#text": "10.1111/j.1467-8721.2008.00570.x", "@IdType": "doi"}}}, + {"Citation": "Reuter-Lorenz P. A., Marshuetz C., Jonides J., Smith E. E., + Hartley A., Koeppe R. (2001). Neurocognitive ageing of storage and executive + processes. Eur. J. Cogn. Psychol. 13 257\u2013278. 10.1080/09541440125972", + "ArticleIdList": {"ArticleId": {"#text": "10.1080/09541440125972", "@IdType": + "doi"}}}, {"Citation": "Revelle W. (2023). Psych: Procedures for personality + and psychological research Northwestern University. Evanston: Northwestern + University."}, {"Citation": "R\u00f6hl M., Uppenkamp S. (2012). Neural coding + of sound intensity and loudness in the human auditory system. J. Assoc. Res. + Otolaryngol. 13 369\u2013379. 10.1007/s10162-012-0315-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s10162-012-0315-6", "@IdType": "doi"}, {"#text": + "PMC3346895", "@IdType": "pmc"}, {"#text": "22354617", "@IdType": "pubmed"}]}}, + {"Citation": "Rottschy C., Langner R., Dogan I., Reetz K., Laird A. R., Schulz + J. B., et al. (2012). Modelling neural correlates of working memory: A coordinate-based + meta-analysis. NeuroImage 60 830\u2013846. 10.1016/j.neuroimage.2011.11.050", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.11.050", + "@IdType": "doi"}, {"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", + "@IdType": "pubmed"}]}}, {"Citation": "Schwalbe M., Satz S., Miceli R., Hu + H., Manelis A. (2023). Hand dexterity is associated with the ability to resolve + perceptual and cognitive interference in older adults: Pilot study. Geriatrics + 8:31. 10.3390/geriatrics8020031", "ArticleIdList": {"ArticleId": [{"#text": + "10.3390/geriatrics8020031", "@IdType": "doi"}, {"#text": "PMC10037645", "@IdType": + "pmc"}, {"#text": "36960986", "@IdType": "pubmed"}]}}, {"Citation": "Smith + S. M., Nichols T. E. (2009). Threshold-free cluster enhancement: Addressing + problems of smoothing, threshold dependence and localisation in cluster inference. + NeuroImage 44 83\u201398. 10.1016/j.neuroimage.2008.03.061", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.03.061", "@IdType": "doi"}, + {"#text": "18501637", "@IdType": "pubmed"}]}}, {"Citation": "Van Der Lubbe + R. H. J., Verleger R. (2002). Aging and the Simon task. Psychophysiology 39 + 100\u2013110. 10.1111/1469-8986.3910100", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/1469-8986.3910100", "@IdType": "doi"}, {"#text": "12206290", "@IdType": + "pubmed"}]}}, {"Citation": "Wang J., Yang Y., Fan L., Xu J., Li C., Liu Y., + et al. (2015). Convergent functional architecture of the superior parietal + lobule unraveled with multimodal neuroimaging approaches. Hum. Brain Mapp. + 36:22626. 10.1002/hbm.22626", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22626", + "@IdType": "doi"}, {"#text": "PMC4268275", "@IdType": "pmc"}, {"#text": "25181023", + "@IdType": "pubmed"}]}}, {"Citation": "Weeks J. C., Hasher L. (2014). The + disruptive \u2013 and beneficial \u2013 effects of distraction on older adults\u2019 + cognitive performance. Front. Psychol. 5:133. 10.3389/fpsyg.2014.00133", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fpsyg.2014.00133", "@IdType": "doi"}, {"#text": + "PMC3927084", "@IdType": "pmc"}, {"#text": "24634662", "@IdType": "pubmed"}]}}, + {"Citation": "Wittfoth M., Buck D., Fahle M., Herrmann M. (2006). Comparison + of two Simon tasks: Neuronal correlates of conflict resolution based on coherent + motion perception. NeuroImage 32 921\u2013929. 10.1016/j.neuroimage.2006.03.034", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2006.03.034", + "@IdType": "doi"}, {"#text": "16677831", "@IdType": "pubmed"}]}}, {"Citation": + "Wong P. C. M., Jin J. X., Gunasekera G. M., Abel R., Lee E. R., Dhar S. (2009). + Aging and cortical mechanisms of speech perception in noise. Neuropsychologia + 47 693\u2013703. 10.1016/j.neuropsychologia.2008.11.032", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2008.11.032", "@IdType": + "doi"}, {"#text": "PMC2649004", "@IdType": "pmc"}, {"#text": "19124032", "@IdType": + "pubmed"}]}}, {"Citation": "Yarkoni T., Poldrack R. A., Nichols T. E., Van + Essen D. C., Wager T. D. (2011). Large-scale automated synthesis of human + functional neuroimaging data. Nat. Methods 8 665\u2013670. 10.1038/nmeth.1635", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nmeth.1635", "@IdType": + "doi"}, {"#text": "PMC3146590", "@IdType": "pmc"}, {"#text": "21706013", "@IdType": + "pubmed"}]}}, {"Citation": "Zhang R., Geng X., Lee T. M. C. (2017). Large-scale + functional neural network correlates of response inhibition: An fMRI meta-analysis. + Brain Struct. Funct. 222 3973\u20133990. 10.1007/s00429-017-1443-x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00429-017-1443-x", "@IdType": "doi"}, {"#text": + "PMC5686258", "@IdType": "pmc"}, {"#text": "28551777", "@IdType": "pubmed"}]}}, + {"Citation": "Zhou Y., Liu Y., Zhang M. (2020). neuronal correlates of many-to-one + sensorimotor mapping in lateral intraparietal cortex. Cereb. Cortex 30 5583\u20135596. + 10.1093/cercor/bhaa145", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhaa145", + "@IdType": "doi"}, {"#text": "32488241", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "37644962", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers + in aging neuroscience", "JournalIssue": {"Volume": "15", "PubDate": {"Year": + "2023"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, + "Abstract": {"AbstractText": [{"#text": "The ability to resolve interference + declines with age and is attributed to neurodegeneration and reduced cognitive + function and mental alertness in older adults. Our previous study revealed + that task-irrelevant but environmentally meaningful sounds improve performance + on the modified Simon task in older adults. However, little is known about + neural correlates of this sound facilitation effect.", "@Label": "INTRODUCTION", + "@NlmCategory": "UNASSIGNED"}, {"#text": "Twenty right-handed older adults + [mean age = 72 (SD = 4), 11 female] participated in the fMRI study. They performed + the modified Simon task in which the arrows were presented either in the locations + matching the arrow direction (congruent trials) or in the locations mismatching + the arrow direction (incongruent trials). A total of 50% of all trials were + accompanied by task-irrelevant but environmentally meaningful sounds.", "@Label": + "METHODS", "@NlmCategory": "UNASSIGNED"}, {"#text": "Participants were faster + on the trials with concurrent sounds, independently of whether trials were + congruent or incongruent. The sound effect was associated with activation + in the distributed network of auditory, posterior parietal, frontal, and limbic + brain regions. The magnitude of the behavioral facilitation effect due to + sound was associated with the changes in activation of the bilateral auditory + cortex, cuneal cortex, and occipital fusiform gyrus, precuneus, left superior + parietal lobule (SPL) for No Sound vs. Sound trials. These changes were associated + with the corresponding changes in reaction time (RT). Older adults with a + recent history of falls showed greater activation in the left SPL than those + without falls history.", "@Label": "RESULTS", "@NlmCategory": "UNASSIGNED"}, + {"#text": "Our findings are consistent with the dedifferentiation hypothesis + of cognitive aging. The facilitatory effect of sound could be achieved through + recruitment of excessive neural resources, which allows older adults to increase + attention and mental alertness during task performance. Considering that the + SPL is critical for integration of multisensory information, individuals with + slower task responses and those with a history of falls may need to recruit + this region more actively than individuals with faster responses and those + without a fall history to overcome increased difficulty with interference + resolution. Future studies should examine the relationship among activation + in the SPL, the effect of sound, and falls history in the individuals who + are at heightened risk of falls.", "@Label": "CONCLUSION", "@NlmCategory": + "UNASSIGNED"}], "CopyrightInformation": "Copyright \u00a9 2023 Manelis, Hu, + Miceli, Satz and Schwalbe."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Anna", "Initials": + "A", "LastName": "Manelis", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, University of Pittsburgh, Pittsburgh, PA, United States."}}, + {"@ValidYN": "Y", "ForeName": "Hang", "Initials": "H", "LastName": "Hu", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, University of Pittsburgh, Pittsburgh, + PA, United States."}}, {"@ValidYN": "Y", "ForeName": "Rachel", "Initials": + "R", "LastName": "Miceli", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, University of Pittsburgh, Pittsburgh, PA, United States."}}, + {"@ValidYN": "Y", "ForeName": "Skye", "Initials": "S", "LastName": "Satz", + "AffiliationInfo": {"Affiliation": "Department of Psychiatry, University of + Pittsburgh, Pittsburgh, PA, United States."}}, {"@ValidYN": "Y", "ForeName": + "Marie", "Initials": "M", "LastName": "Schwalbe", "AffiliationInfo": {"Affiliation": + "University of Pittsburgh School of Medicine, Pittsburgh, PA, United States."}}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1207707", "MedlinePgn": + "1207707"}, "ArticleDate": {"Day": "14", "Year": "2023", "Month": "08", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "1207707", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2023.1207707", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Neural correlates of the sound facilitation effect + in the modified Simon task in older adults.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "31", + "Year": "2023", "Month": "08"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "falls", "@MajorTopicYN": + "N"}, {"#text": "interference resolution", "@MajorTopicYN": "N"}, {"#text": + "older adults", "@MajorTopicYN": "N"}, {"#text": "sound effect", "@MajorTopicYN": + "N"}, {"#text": "superior parietal lobule", "@MajorTopicYN": "N"}]}, "CoiStatement": + "The authors declare that the research was conducted in the absence of any + commercial or financial relationships that could be construed as a potential + conflict of interest.", "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": + "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2023, "title": "Neural correlates of the sound + facilitation effect in the modified Simon task in older adults", "venue": + "Frontiers in Aging Neuroscience", "authors": [{"name": "A. Manelis", "authorId": + "2019889"}, {"name": "Hang Hu", "authorId": "2118878483"}, {"name": "R. Miceli", + "authorId": "2164299955"}, {"name": "S. Satz", "authorId": "2067313096"}, + {"name": "M. Schwalbe", "authorId": "1913118141"}], "paperId": "f18e8a49377e3c2820429b0af2b85057b443dfac", + "abstract": "Introduction The ability to resolve interference declines with + age and is attributed to neurodegeneration and reduced cognitive function + and mental alertness in older adults. Our previous study revealed that task-irrelevant + but environmentally meaningful sounds improve performance on the modified + Simon task in older adults. However, little is known about neural correlates + of this sound facilitation effect. Methods Twenty right-handed older adults + [mean age = 72 (SD = 4), 11 female] participated in the fMRI study. They performed + the modified Simon task in which the arrows were presented either in the locations + matching the arrow direction (congruent trials) or in the locations mismatching + the arrow direction (incongruent trials). A total of 50% of all trials were + accompanied by task-irrelevant but environmentally meaningful sounds. Results + Participants were faster on the trials with concurrent sounds, independently + of whether trials were congruent or incongruent. The sound effect was associated + with activation in the distributed network of auditory, posterior parietal, + frontal, and limbic brain regions. The magnitude of the behavioral facilitation + effect due to sound was associated with the changes in activation of the bilateral + auditory cortex, cuneal cortex, and occipital fusiform gyrus, precuneus, left + superior parietal lobule (SPL) for No Sound vs. Sound trials. These changes + were associated with the corresponding changes in reaction time (RT). Older + adults with a recent history of falls showed greater activation in the left + SPL than those without falls history. Conclusion Our findings are consistent + with the dedifferentiation hypothesis of cognitive aging. The facilitatory + effect of sound could be achieved through recruitment of excessive neural + resources, which allows older adults to increase attention and mental alertness + during task performance. Considering that the SPL is critical for integration + of multisensory information, individuals with slower task responses and those + with a history of falls may need to recruit this region more actively than + individuals with faster responses and those without a fall history to overcome + increased difficulty with interference resolution. Future studies should examine + the relationship among activation in the SPL, the effect of sound, and falls + history in the individuals who are at heightened risk of falls.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2023.1207707/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC10461020, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2023-08-14"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T03:15:05.400293+00:00", "analyses": + [{"id": "FVSni8CA2TDq", "user": null, "name": "The interaction effect of Congruency-by-Sound + on brain activation.", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "The interaction effect of Congruency-by-Sound + on brain activation.", "conditions": [], "weights": [], "points": [{"id": + "i4vN2oYbCTMQ", "coordinates": [-28.0, -78.0, -16.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 5.77}]}, {"id": "8SbzADFx5kWG", "coordinates": [14.0, -88.0, -8.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.32}]}, {"id": "SxFCkDejmEsP", "coordinates": [20.0, -96.0, + -14.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.76}]}, {"id": "r9aRsBXTeadj", "coordinates": [-14.0, + -70.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.23}]}, {"id": "UjQWq2VaktxK", "coordinates": + [-26.0, -56.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.17}]}, {"id": "Fz5pxfebuixv", "coordinates": + [12.0, -64.0, 64.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.29}]}, {"id": "FCdAnVd4ceFP", "coordinates": + [6.0, -60.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.61}]}, {"id": "tajtbBdHjBpA", "coordinates": + [-4.0, -42.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.23}]}, {"id": "WWDQydQUQn5M", "coordinates": + [-22.0, -84.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.5}]}, {"id": "U8SZFJhsdVc5", "coordinates": + [-6.0, -88.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.24}]}, {"id": "yRJ8ugFFBFeP", "coordinates": + [18.0, -80.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.87}]}, {"id": "ThxsqWLApAKp", "coordinates": + [16.0, -84.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.77}]}, {"id": "DhJ63NAzZWPa", "coordinates": + [-8.0, -84.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.71}]}, {"id": "eUvVJgUQazhQ", "coordinates": + [-38.0, -72.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.72}]}, {"id": "t7t2YKAnVetJ", "coordinates": + [-34.0, -56.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.14}]}, {"id": "2CBTHj4NQRHh", "coordinates": + [-46.0, -56.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.04}]}, {"id": "32cKQVUeXadh", "coordinates": + [-42.0, -42.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.55}]}, {"id": "VTgH3dNoWYeF", "coordinates": + [-44.0, -56.0, 60.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.5}]}, {"id": "sgyhfoP3N84K", "coordinates": + [40.0, -64.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.03}]}, {"id": "LDxoifxiHKww", "coordinates": + [48.0, -68.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.73}]}, {"id": "EfPYhMvUXYmM", "coordinates": + [6.0, -56.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.82}]}, {"id": "2aGjTSJr8Gg7", "coordinates": + [8.0, -52.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.66}]}], "images": []}, {"id": "JJJPwo4inShT", + "user": null, "name": "t1", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "T1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000_info.json", + "table_label": "TABLE 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t1_coordinates.csv"}, + "original_table_id": "t1"}, "table_metadata": {"table_id": "T1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000_info.json", + "table_label": "TABLE 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t1_coordinates.csv"}, + "sanitized_table_id": "t1"}, "description": "Brain activation for the trails + with vs. without sound.", "conditions": [], "weights": [], "points": [{"id": + "PgopQWNmqAPZ", "coordinates": [-62.0, -26.0, 14.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 12.5}]}, {"id": "nCSefH3ztsj6", "coordinates": [-52.0, -12.0, 6.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 11.8}]}, {"id": "Z3eEhCA6kKfN", "coordinates": [-44.0, -20.0, + -4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 10.9}]}, {"id": "8ukwatT9Pwob", "coordinates": [-66.0, + -20.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 10.4}]}, {"id": "NDrrdPv3FnUh", "coordinates": + [62.0, -22.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 12.2}]}, {"id": "jiJyArhLBQKz", "coordinates": + [66.0, -36.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 11.2}]}, {"id": "yfG2fC8kfUXw", "coordinates": + [54.0, -18.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 10.7}]}, {"id": "4BkTMDeByV3G", "coordinates": + [68.0, -24.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 9.68}]}, {"id": "hNyVTspCvEC7", "coordinates": + [44.0, -14.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 9.04}]}, {"id": "eosRGrp8vYDi", "coordinates": + [-6.0, -12.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.94}]}, {"id": "MGK2CKbepU6w", "coordinates": + [10.0, 18.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.62}]}, {"id": "zFKJmnajnXxx", "coordinates": + [-22.0, -40.0, 74.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.87}]}, {"id": "zHjP57MCzAFQ", "coordinates": + [-18.0, -40.0, 66.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.3}]}, {"id": "VdLUvYJ868Vk", "coordinates": + [-14.0, -50.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.25}]}, {"id": "2t4xtBufXpK8", "coordinates": + [6.0, 12.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.26}]}], "images": []}]}, {"id": + "bTcccVjH7ku6", "created_at": "2025-12-04T23:20:00.250601+00:00", "updated_at": + null, "user": null, "name": "Cardiorespiratory Fitness and Attentional Control + in the Aging Brain", "description": "A growing body of literature provides + evidence for the prophylactic influence of cardiorespiratory fitness on cognitive + decline in older adults. This study examined the association between cardiorespiratory + fitness and recruitment of the neural circuits involved in an attentional + control task in a group of healthy older adults. Employing a version of the + Stroop task, we examined whether higher levels of cardiorespiratory fitness + were associated with an increase in activation in cortical regions responsible + for imposing attentional control along with an up-regulation of activity in + sensory brain regions that process task-relevant representations. Higher fitness + levels were associated with better behavioral performance and an increase + in the recruitment of prefrontal and parietal cortices in the most challenging + condition, thus providing evidence that cardiorespiratory fitness is associated + with an increase in the recruitment of the anterior processing regions. There + was a top-down modulation of extrastriate visual areas that process both task-relevant + and task-irrelevant attributes relative to the baseline. However, fitness + was not associated with differential activation in the posterior processing + regions, suggesting that fitness enhances attentional function by primarily + influencing the neural circuitry of anterior cortical regions. This study + provides novel evidence of a differential association of fitness with anterior + and posterior brain regions, shedding further light onto the neural changes + accompanying cardiorespiratory fitness.", "publication": "Frontiers in Human + Neuroscience", "doi": "10.3389/fnhum.2010.00229", "pmid": "21267428", "authors": + "R. Prakash; M. Voss; Kirk I. Erickson; Jason M. Lewis; L. Chaddock; E. Malkowski; + H. Alves; Jennifer S. Kim; A. Szabo; S. White; T. W\u00f3jcicki; E. Klamm; + E. McAuley; A. F. Kramer", "year": 2011, "metadata": {"slug": "21267428-10-3389-fnhum-2010-00229-pmc3024830", + "source": "semantic_scholar", "keywords": ["Stroop task", "cardiorespiratory + fitness", "cognitive and attentional control"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "25", "Year": "2010", + "Month": "3", "@PubStatus": "received"}, {"Day": "3", "Year": "2010", "Month": + "12", "@PubStatus": "accepted"}, {"Day": "27", "Hour": "6", "Year": "2011", + "Month": "1", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "27", "Hour": + "6", "Year": "2011", "Month": "1", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "27", "Hour": "6", "Year": "2011", "Month": "1", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2010", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "21267428", "@IdType": "pubmed"}, + {"#text": "PMC3024830", "@IdType": "pmc"}, {"#text": "10.3389/fnhum.2010.00229", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Banich + M. T., Milhalm M. P., Atchley R., Cohen N. J., Webb A., Wszalek T., Kramer + A. F., Liang Z., Wright A., Shenker J., Magin J. (2000). fMRI studies of Stroop + tasks reveal unique roles of anterior and posterior brain systems in attentional + selection. J. Cogn. Neurosci. 12, 988\u20131000", "ArticleIdList": {"ArticleId": + {"#text": "11177419", "@IdType": "pubmed"}}}, {"Citation": "Banich M. T., + Milhalm M. P., Jacobson B. L., Webb A., Wszalek T., Cohen N. J. (2001). Attentional + selection and the processing of task-irrelevant information: insights from + fMRI examinations of the Stroop task. Prog. Brain Res. 134, 450\u2013470", + "ArticleIdList": {"ArticleId": {"#text": "11702561", "@IdType": "pubmed"}}}, + {"Citation": "Bar M. (2003). A cortical mechanism for triggering top-down + facilitation in visual object recognition. J. Cogn. Neurosci. 15, 600\u2013609", + "ArticleIdList": {"ArticleId": {"#text": "12803970", "@IdType": "pubmed"}}}, + {"Citation": "Barcelo F., Suwazono S., Knight R. T. (2000). Prefrontal modulation + of visual processing in humans. Nat. Neurosci. 3, 399\u2013403", "ArticleIdList": + {"ArticleId": {"#text": "10725931", "@IdType": "pubmed"}}}, {"Citation": "Beckmann + C. F., Jenkinson M., Smith S. M. (2003). General multi-level linear modeling + for group analysis in FMRI. Neuroimage 20, 1052\u2013106310.1016/S1053-8119(03)00435-X", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1053-8119(03)00435-X", + "@IdType": "doi"}, {"#text": "14568475", "@IdType": "pubmed"}]}}, {"Citation": + "Bench C. J., Frith C. D., Grasby P. M., Friston K. J., Paulesu E., Frackowiak + R. S. J., Dolan R. J. (1993). Investigations of the functional anatomy of + attention using the Stroop test. Neuropsychologia 31, 907\u201392210.1016/0028-3932(93)90147-R", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0028-3932(93)90147-R", + "@IdType": "doi"}, {"#text": "8232848", "@IdType": "pubmed"}]}}, {"Citation": + "Black J. E., Isaacs K. R., Anderson B. J., Alcantara A. A., Greenough W. + T. (1990). Learning causes synaptogenesis, whereas motor activity causes angiogenesis, + in cerebellar cortex of adult rats. Proc. Natl. Acad. Sci. U.S.A. 87, 5568\u20135572", + "ArticleIdList": {"ArticleId": [{"#text": "PMC54366", "@IdType": "pmc"}, {"#text": + "1695380", "@IdType": "pubmed"}]}}, {"Citation": "Blomstrand E., Perret D., + Parry-Billings M., Newsholme E. A. (1989). Effect of sustained exercise on + plasma amino acid concentrations on 5-hydroxy-tryptamine metabolism in six + different brain regions in the rat. Acta Physiol. Scand. 136, 473\u201348110.1111/j.1748-1716.1989.tb08689.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1748-1716.1989.tb08689.x", + "@IdType": "doi"}, {"#text": "2473602", "@IdType": "pubmed"}]}}, {"Citation": + "Borg G. (1998). Borg''s Perceived Exertion and Pain Scales. Champaign, IL: + Human Kinetics"}, {"Citation": "Brown G. G., Kinderman S. S., Siegle G. J., + Granholm E., Wong E. C., Buxton R. B. (1999). Brain activation and pupil response + during covert performance of the Stroop Color Word task. J. Int. Neuropsychol. + Soc. 5, 308\u2013319", "ArticleIdList": {"ArticleId": {"#text": "10349294", + "@IdType": "pubmed"}}}, {"Citation": "Bush G., Whalen P. J., Rosen B. R., + Jenike M. A., McInerney S. C., Rauch S. L. (1998). The counting Stroop: an + interference task specialized for functional neuroimaging \u2013 validation + study with functional MRI. Hum. Brain Mapp. 6, 270\u201328210.1002/(SICI)1097-0193(1998)6:4<270::AID-HBM6>3.0.CO;2-0", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/(SICI)1097-0193(1998)6:4<270::AID-HBM6>3.0.CO;2-0", + "@IdType": "doi"}, {"#text": "PMC6873370", "@IdType": "pmc"}, {"#text": "9704265", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R. (2002). Hemispheric asymmetry + reduction in older adults: the HAROLD model. Psychol. Aging 17, 85\u2013100", + "ArticleIdList": {"ArticleId": {"#text": "11931290", "@IdType": "pubmed"}}}, + {"Citation": "Cabeza R., Anderson N. D., Locantore J. K., McIntosh A. R. (2002). + Aging gracefully: compensatory brain activity in high-performing older adults. + Neuroimage 17, 1394\u20131402", "ArticleIdList": {"ArticleId": {"#text": "12414279", + "@IdType": "pubmed"}}}, {"Citation": "Cabeza R., Daselaar S. M., Dolcos F., + Prince S. E., Budde M., Nyberg L. (2004). Task-independent and task-specific + age effects on brain activity during working memory, visual attention and + episodic retrieval. Cereb. Cortex 14, 364\u201337510.1093/cercor/bhg133", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhg133", "@IdType": + "doi"}, {"#text": "15028641", "@IdType": "pubmed"}]}}, {"Citation": "Chaddock + L., Erickson K. I., Prakash R. S., Kramer A. F. (2010). Basal ganglia volume + is associated with aerobic fitness in preadolescent children. Dev. Neurosci. + 32, 249\u2013256", "ArticleIdList": {"ArticleId": [{"#text": "PMC3696376", + "@IdType": "pmc"}, {"#text": "20693803", "@IdType": "pubmed"}]}}, {"Citation": + "Christie B. R., Eadie B. D., Kannangara T. S., Robillard J. M., Shin J., + Titterness A. K. (2008). Exercising our brains: how physical activity impacts + synaptic plasticity in the dentate gyrus. Neuromol. Med. 10, 47\u201358", + "ArticleIdList": {"ArticleId": {"#text": "18535925", "@IdType": "pubmed"}}}, + {"Citation": "Cohen L., Dehaene S., Naccache L., Lehericy S., Dehaene-Lambertz + G., Henaff M. A., Michel F. (2000). The visual word form area: spatial and + temporal characterization of an initial stage of reading in normal subjects + and posterior split-brain patients. Brain 123, 291\u201330710.1093/brain/123.2.291", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/123.2.291", "@IdType": + "doi"}, {"#text": "10648437", "@IdType": "pubmed"}]}}, {"Citation": "Colcombe + S., Kramer A. F. (2003). Fitness effects on the cognitive function of older + adults: a meta-analytic study. Psychol. Sci. 14, 125\u2013130", "ArticleIdList": + {"ArticleId": {"#text": "12661673", "@IdType": "pubmed"}}}, {"Citation": "Colcombe + S. J., Erickson K. I., Raz N., Webb A. G., Cohen N. J., McAuley E. (2003). + Aerobic fitness reduces brain tissue loss in aging humans. J. Gerontol. A + Biol. Sci. Med. Sci. 55, 176\u2013180", "ArticleIdList": {"ArticleId": {"#text": + "12586857", "@IdType": "pubmed"}}}, {"Citation": "Colcombe S. J., Erickson + K. I., Scalf P. E., Kim J. S., Prakash R., McAuley E., Elavsky S., Marquez + D. X., Hu L., Kramer A. F. (2006). Aerobic exercise training increases brain + volume in aging humans. J. Gerontol. A Biol. Sci. Med. Sci. 61, 1166\u20131170", + "ArticleIdList": {"ArticleId": {"#text": "17167157", "@IdType": "pubmed"}}}, + {"Citation": "Colcombe S. J., Kramer A. F., Erickson K. I., Scalf P., McAuley + E., Cohen N. J. (2004). Cardiovascular fitness, cortical plasticity, and aging. + Proc. Natl. Acad. Sci. U.S.A. 101, 3316\u20133321", "ArticleIdList": {"ArticleId": + [{"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", "@IdType": + "pubmed"}]}}, {"Citation": "Colcombe S. J., Kramer A. F., Erickson K. I., + Scalf P. (2005). The implications of cortical recruitment and brain morphology + for individual differences in inhibitory functioning in aging humans. Psychol. + Aging 20, 363\u2013375", "ArticleIdList": {"ArticleId": {"#text": "16248697", + "@IdType": "pubmed"}}}, {"Citation": "Corbetta M., Miezin F. M., Dobmeyer + S., Schulman G. L., Petersen S. E. (1990). Attentional modulation of neural + processing of shape, color and velocity in humans. Science 248, 1556\u2013155910.1126/science.2360050", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.2360050", "@IdType": + "doi"}, {"#text": "2360050", "@IdType": "pubmed"}]}}, {"Citation": "Cotman + C. W., Berchtold N. C. (2002). Exercise: a behavioral intervention to enhance + brain health and plasticity. Trends Neurosci. 25, 295\u201330110.1016/S0166-2236(02)02143-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0166-2236(02)02143-4", + "@IdType": "doi"}, {"#text": "12086747", "@IdType": "pubmed"}]}}, {"Citation": + "Cotman C. W., Berchtold N. C., Christie L.-A. (2007). Exercise builds brain + health: key roles of growth factor cascades and inflammation. Trends Neurosci. + 30, 464\u201347210.1016/j.tins.2007.06.011", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.tins.2007.06.011", "@IdType": "doi"}, {"#text": "17765329", + "@IdType": "pubmed"}]}}, {"Citation": "Dale A. M. (1999). Optimal experimental + design for event-related fMRI. Hum. Brain Mapp. 8, 109\u201311410.1002/(SICI)1097-0193(1999)8:2/3<109::AID-HBM7>3.0.CO;2-W", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/(SICI)1097-0193(1999)8:2/3<109::AID-HBM7>3.0.CO;2-W", + "@IdType": "doi"}, {"#text": "PMC6873302", "@IdType": "pmc"}, {"#text": "10524601", + "@IdType": "pubmed"}]}}, {"Citation": "Davis S. W., Dennis N. A., Daselaar + S. M., Fleck M. S., Cabeza R. (2008). Que PASA? The posterior anterior shift + in aging. Cereb. Cortex 18, 1201\u20131209", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2760260", "@IdType": "pmc"}, {"#text": "17925295", "@IdType": + "pubmed"}]}}, {"Citation": "Dennis N. A., Cabeza R. (2008). \u201cNeuroimaging + of healthy cognitive aging,\u201d in Handbook of Aging and Cognition, 3rd + Edn., eds Craik F. I. M., Salthouse T. A. (Mahwah, NJ: Erlbaum; ), 1\u201353"}, + {"Citation": "DiGirolamo G. J., Kramer A. F., Barad V., Cepeda N., Weissman + D. H., Wszalek T. M., Cohen N. J., Banich M., Webb A., Beloposky A. (2001). + General and task-specific frontal lobe recruitment in older adults during + executive processes: a fMRI investigation of task switching. Neuroreport 12, + 2065\u2013207210.1097/00001756-200107030-00054", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/00001756-200107030-00054", "@IdType": "doi"}, {"#text": + "11435947", "@IdType": "pubmed"}]}}, {"Citation": "Dolcos F., Rice H. J., + Cabeza R. (2002). Hemispheric asymmetry and aging: right hemisphere decline + or hemispheric asymmetry. Neurosci. Biobehav. Rev. 26, 819\u2013825", "ArticleIdList": + {"ArticleId": {"#text": "12470693", "@IdType": "pubmed"}}}, {"Citation": "Erickson + K. I., Colcombe S. J., Wadhwa R., Bherer L., Peterson M. S., Scalf P. E., + Kim J. S., Alvarado M., Kramer A. F. (2007). Training-induced plasticity in + older adults: effects of training on hemispheric asymmetry. Neurobiol. Aging + 28, 272\u2013283", "ArticleIdList": {"ArticleId": {"#text": "16480789", "@IdType": + "pubmed"}}}, {"Citation": "Erickson K. I., Prakash R. S., Kim J. S., Sutton + B. P., Colcombe S. J., Kramer A. F. (2009a). Top-down attentional control + in spatially coincident stimuli enhances activity in both task-relevant and + task-irrelevant regions of cortex. Behav. Brain Res. 197, 186\u201319710.1016/j.bbr.2008.08.028", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bbr.2008.08.028", "@IdType": + "doi"}, {"#text": "PMC2845993", "@IdType": "pmc"}, {"#text": "18804123", "@IdType": + "pubmed"}]}}, {"Citation": "Erickson K. I., Prakash R. S., Voss M. W., Chaddock + L., Hu L., Morris K. S., White W. M., Wojcicki T. R., McAuley E., Kramer A. + F. (2009b). Aerobic fitness is associated with hippocampal volume in elderly + humans. Hippocampus 19, 1030\u2013103910.1002/hipo.20547", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hipo.20547", "@IdType": "doi"}, {"#text": + "PMC3072565", "@IdType": "pmc"}, {"#text": "19123237", "@IdType": "pubmed"}]}}, + {"Citation": "Fabel K., Fabel K., Tam B., Kaufer D., Baiker A., Simmons N., + Kuo C. J., Palmer T. D. (2003). VEGF is necessary for exercise-induced adult + hippocampal neurogenesis. Eur. J. Neurosci. 18, 2803\u20132812", "ArticleIdList": + {"ArticleId": {"#text": "14656329", "@IdType": "pubmed"}}}, {"Citation": "Farmer + J., Zhao X., van Praag H., Wodtke K., Gage F. H., Christie B. R. (2004). Effects + of voluntary exercise on synaptic plasticity and gene expression in the dentate + gyrus of adult male Sprague-Dawley rats in vivo. Neuroscience 124, 71\u20137910.1016/j.neuroscience.2003.09.029", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2003.09.029", + "@IdType": "doi"}, {"#text": "14960340", "@IdType": "pubmed"}]}}, {"Citation": + "Fordyce D. E., Farrar R. P. (1991). Enhancement of spatial learning in F344 + rats by physical activity and related learning-associated alterations in hippocampal + and cortical cholinergic functioning. Behav. Brain Res. 46, 123\u2013133", + "ArticleIdList": {"ArticleId": {"#text": "1664728", "@IdType": "pubmed"}}}, + {"Citation": "Frith C. (2001). A framework for studying the neural basis of + attention. Neuropsychologia 39, 1367\u2013137110.1016/S0028-3932(01)00124-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0028-3932(01)00124-5", + "@IdType": "doi"}, {"#text": "11566318", "@IdType": "pubmed"}]}}, {"Citation": + "Gazzaley A., Rissman J., Cooney J., Rutman A., Seibert T., Clapp W., D''Esposito + M. (2007). Functional interactions between prefrontal and visual association + cortex contribute to top-down modulation of visual processing. Cereb. Cortex + 17, 125\u201313510.1093/cercor/bhm113", "ArticleIdList": {"ArticleId": [{"#text": + "10.1093/cercor/bhm113", "@IdType": "doi"}, {"#text": "PMC4530799", "@IdType": + "pmc"}, {"#text": "17725995", "@IdType": "pubmed"}]}}, {"Citation": "Grady + C. L., Maisog J. M., Horwitz B., Ungerleider L. G., Mentis M. J., Salerno + J. A., Pietrini P., Wagner E., Haxby J. V. (1994). Age-related changes in + cortical blood flow activation during visual processing of faces and location. + J. Neurosci. 14, 1450\u20131462", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6577560", "@IdType": "pmc"}, {"#text": "8126548", "@IdType": "pubmed"}]}}, + {"Citation": "Grady C. L., McIntosh A. R., Horwitz B., Maisog J. M., Ungerleider + L. G., Mentis M. J., Pietrini P., Schapiro M. B., Haxby J. V. (1995). Age-related + reductions in human recognition memory due to impaired encoding. Science 269, + 218\u201322110.1126/science.7618082", "ArticleIdList": {"ArticleId": [{"#text": + "10.1126/science.7618082", "@IdType": "doi"}, {"#text": "7618082", "@IdType": + "pubmed"}]}}, {"Citation": "Gutchess A. H., Welsh R. C., Hedden T., Bangert + A., Minear M., Liu L. L. (2005). Aging and the neural correlates of successful + picture encoding: frontal activations compensate for decreased medial-temporal + activity. J. Cogn. Neurosci. 17, 84\u201396", "ArticleIdList": {"ArticleId": + {"#text": "15701241", "@IdType": "pubmed"}}}, {"Citation": "Hertzog C., Kramer + A. F., Wilson R. S., Lindenberger U. (2009). Enrichment effects on adult cognitive + development: can the functional capacity of older adults be preserved and + enhanced? Psychol. Sci. Public Interest 9, 1\u20136510.2308/api.2009.9.1.1", + "ArticleIdList": {"ArticleId": [{"#text": "10.2308/api.2009.9.1.1", "@IdType": + "doi"}, {"#text": "26162004", "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson + M. (2003). Fast, automated, N-dimensional phase-unwrapping algorithm. Magn. + Reson. Med. 49, 193\u2013197", "ArticleIdList": {"ArticleId": {"#text": "12509838", + "@IdType": "pubmed"}}}, {"Citation": "Jobard G., Crivello F., Tzourio-Mazoyer + N. (2003). Evaluation of the dual route theory of reading: a meta analysis + of 35 neuroimaging studies. Neuroimage 20, 693\u201371210.1016/S1053-8119(03)00343-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1053-8119(03)00343-4", + "@IdType": "doi"}, {"#text": "14568445", "@IdType": "pubmed"}]}}, {"Citation": + "Kastner S., Ungerleider L. G. (2001). The neural bases of biased competition + in human visual cortex. Neuropsychologia 39, 1263\u2013127610.1016/S0028-3932(01)00116-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0028-3932(01)00116-6", + "@IdType": "doi"}, {"#text": "11566310", "@IdType": "pubmed"}]}}, {"Citation": + "Kaufman A. S., Kaufman N. L. (1990). Kaufman Brief Intelligence Test: Manual. + Circle Pines, MN: American Guidance Service"}, {"Citation": "Kleim J. A., + Cooper N. R., VandenBerg P. M. (2002). Exercise induces angiogenesis but does + not alter movement representations within rat motor cortex. Brain Res. 934, + 1\u2013610.1016/S0006-8993(02)02239-4", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S0006-8993(02)02239-4", "@IdType": "doi"}, {"#text": "11937064", + "@IdType": "pubmed"}]}}, {"Citation": "Kline G. M., Porcari J. P., Hintermeister + R., Freedson P. S., Ward A., McCarron R. F., Ross J., Rippe J. M. (1987). + Estimation of VO2 Max from a one mile track walk, gender, age, and body weight. + Med. Sci. Sports Exerc. 19, 253\u2013259", "ArticleIdList": {"ArticleId": + {"#text": "3600239", "@IdType": "pubmed"}}}, {"Citation": "Kramer A. F., Hahn + S., Cohen N., Banich M., McAuley E., Harrison C., Chason J., Vakil E., Bardell + L., Boileau R. A., Colcombe A. (1999). Aging, fitness, and neurocognitive + function. Nature 400, 418\u201341910.1038/22682", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/22682", "@IdType": "doi"}, {"#text": "10440369", "@IdType": + "pubmed"}]}}, {"Citation": "Langenecker S. A., Nielson K. A., Rao S. M. (2004). + fMRI of healthy older adults during Stroop interference. Neuroimage 21, 192\u201320010.1016/j.neuroimage.2003.08.027", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.08.027", + "@IdType": "doi"}, {"#text": "14741656", "@IdType": "pubmed"}]}}, {"Citation": + "Lavie N., Hirst A., DeFockert J. W., Viding E. (2004). Load theory of selective + attention and cognitive control. J. Exp. Psychol. 133, 339\u2013354", "ArticleIdList": + {"ArticleId": {"#text": "15355143", "@IdType": "pubmed"}}}, {"Citation": "Liu + X., Banich M. T., Jacobson B. L., Tanabe J. L. (2006). Functional dissociation + of attentional selection within PFC: response and non-response related aspects + of attentional selection as ascertained by fMRI. Cereb. Cortex 16, 827\u2013834", + "ArticleIdList": {"ArticleId": {"#text": "16135781", "@IdType": "pubmed"}}}, + {"Citation": "Logan J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner + R. L. (2002). Under- recruitment and nonselective recruitment: dissociable + neural mechanisms associated with aging. Neuron 33, 827\u201384010.1016/S0896-6273(02)00612-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0896-6273(02)00612-8", + "@IdType": "doi"}, {"#text": "11879658", "@IdType": "pubmed"}]}}, {"Citation": + "Lopez-Lopez C., LeRoith D., Torres-Aleman I. (2004). Insulin-like growth + factor I is required for vessel remodeling in the adult brain. Proc. Natl. + Acad. Sci. U.S.A. 101, 9833\u20139838", "ArticleIdList": {"ArticleId": [{"#text": + "PMC470760", "@IdType": "pmc"}, {"#text": "15210967", "@IdType": "pubmed"}]}}, + {"Citation": "Lotscher F., Loffel T., Steiner R., Vogt M., Klossner S., Popp + A., Lippuner K., Hoppeler H., Dapp C. (2007). Biologically relevant sex differences + for fitness-related parameters in active octogenarians. Eur. J. Appl. Physiol. + 99, 533\u2013540", "ArticleIdList": {"ArticleId": {"#text": "17219173", "@IdType": + "pubmed"}}}, {"Citation": "Madden D. J., Hoffman J. M. (1997). \u201cApplication + of positron emission tomography to age-related cognitive changes,\u201d in + Brain Imaging in Clinical Psychiatry, eds Krishnan K. K. R., Doraiswamy P. + M. (New York: Marcel Dekker; ), 575\u2013613"}, {"Citation": "Madden D. J., + Turkington T. G., Provenzale J. M., Denny L. L., Langley L. K., Hawk T. C., + Coleman R. E. (2002). Aging and attentional guidance during visual search: + functional neuroanatomy by positron emission tomography. Psychol. Aging 17, + 24\u201343", "ArticleIdList": {"ArticleId": [{"#text": "PMC1831840", "@IdType": + "pmc"}, {"#text": "11931285", "@IdType": "pubmed"}]}}, {"Citation": "Marks + B. L., Madden D. J., Bucur B., Provenzale J. M., White L. E., Cabeza R., Huettel + S. A. (2007). Role of aerobic fitness and aging on cerebral white matter integrity. + Ann. N. Y. Acad. Sci. 1097, 171\u2013174", "ArticleIdList": {"ArticleId": + {"#text": "17413020", "@IdType": "pubmed"}}}, {"Citation": "Meyer K., Niemann + S., Abel T. (2004). Gender differences in physical activity and fitness\u2014association + with self-reported health and health-relevant attitudes in a middle-aged Swiss + urban population. J. Public Health 12, 283\u2013290"}, {"Citation": "Milham + M. P., Banich M. T., Webb A., Barad V., Cohen N. J., Wszalek T. (2001). The + relative involvement of anterior cingulate and prefrontal cortex in attentional + control depends on nature of conflict. Brain Res. Cogn. 12, 1325\u20131346", + "ArticleIdList": {"ArticleId": {"#text": "11689307", "@IdType": "pubmed"}}}, + {"Citation": "Milham M. P., Erickson K. I., Banich M. T., Kramer A. F., Webb + A., Wszalek T., Cohen N. J. (2002). Attentional control in the aging brain: + insights from an fMRI study of the Stroop task. Brain Cogn. 49, 467\u201347310.1006/brcg.2001.1501", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/brcg.2001.1501", "@IdType": + "doi"}, {"#text": "12139955", "@IdType": "pubmed"}]}}, {"Citation": "Nagel + I. E., Preuschhof C., Li S-C., Nyberg L., Backmann L., Lindenberger U., Heekeren + H. R. (2009). Performance level modulates adult age differences in brain activation + during spatial working memory. Proc. Natl. Acad. Sci. U.S.A. 106, 22552\u201322557", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2799744", "@IdType": "pmc"}, + {"#text": "20018709", "@IdType": "pubmed"}]}}, {"Citation": "Park D. C., Polk + T. A., Mikels J. A., Taylor S. F., Marshuetz C. (2001). Cerebral aging: integration + of brain and behavioral models cognitive function. Dialogues Clin. Neurosci. + Cereb. Aging 3, 151\u2013165", "ArticleIdList": {"ArticleId": [{"#text": "PMC3181659", + "@IdType": "pmc"}, {"#text": "22034448", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Polk T. A., Park R., Minear M., Savage A., Smith M. R. (2004). + Aging reduces neural specialization in ventral visual cortex. Proc. Natl. + Acad. Sci. U.S.A. 101, 13091\u201313095", "ArticleIdList": {"ArticleId": [{"#text": + "PMC516469", "@IdType": "pmc"}, {"#text": "15322270", "@IdType": "pubmed"}]}}, + {"Citation": "Park D. C., Reuter-Lorenz P. A. (2009). The adaptive brain: + aging and neurocognitive scaffolding. Annu. Rev. Psychol. 60, 173\u201319610.1146/annurev.psych.59.103006.093656", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.psych.59.103006.093656", + "@IdType": "doi"}, {"#text": "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", + "@IdType": "pubmed"}]}}, {"Citation": "Pessoa L., Kastner S., Underleider + L. G. (2003). Neuroimaging studies of attention: from modulation of sensory + processing to top-down control. J. Neurosci. 23, 3990\u20133998", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6741071", "@IdType": "pmc"}, {"#text": "12764083", + "@IdType": "pubmed"}]}}, {"Citation": "Poulton N. P., Muir G. D. (2005). Treadmill + training ameliorates dopamine loss but not behavioral deficits in hemi-parkinsonian + rats. Exp. Neurol. 193, 181\u2013197", "ArticleIdList": {"ArticleId": {"#text": + "15817277", "@IdType": "pubmed"}}}, {"Citation": "Prakash R. S., Erickson + K. I., Colcombe S. J., Kim J., Sutton B., Kramer A. F. (2010a). Age-related + differences in the involvement of the prefrontal cortex in attentional control. + Brain Cogn. 71, 328\u2013335", "ArticleIdList": {"ArticleId": [{"#text": "PMC2783271", + "@IdType": "pmc"}, {"#text": "19699019", "@IdType": "pubmed"}]}}, {"Citation": + "Prakash R. S., Snook E. M., Motl R. W., Kramer A. F. (2010b). Aerobic fitness + is associated with gray matter volume and white matter integrity in multiple + sclerosis. Brain Res. 1341, 41\u20135110.1016/j.brainres.2009.06.063", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brainres.2009.06.063", "@IdType": "doi"}, + {"#text": "PMC2884046", "@IdType": "pmc"}, {"#text": "19560443", "@IdType": + "pubmed"}]}}, {"Citation": "Prakash R. S., Snook E. M., Erickson K. I., Colcombe + S. J., Webb M. L., Motl R. W., Kramer A. F. (2007). Cardiorespiratory fitness: + a predictor of cortical plasticity in multiple sclerosis. Neuroimage 34, 1238\u2013124410.1016/j.neuroimage.2006.10.003", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2006.10.003", + "@IdType": "doi"}, {"#text": "17134916", "@IdType": "pubmed"}]}}, {"Citation": + "Reuter-Lorenz P. A., Lustig C. (2005). Brain aging: reorganizing discoveries + about the aging mind. Curr. Opin. Neurobiol. 15, 245\u2013251", "ArticleIdList": + {"ArticleId": {"#text": "15831410", "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz + P. A., Mikels J. (2006). \u201cThe aging brain: implications of enduring plasticity + for behavioral and cultural change,\u201d in Lifespan Development and the + Brain: The Perspective of Biocultural Co-Constructivism, eds Baltes P., Reuter-Lorenz + P. A., Roesler F. (Cambridge, UK: Cambridge University Press; ), 255\u2013276"}, + {"Citation": "Reuter-Lorenz P., Jonides J., Smith E. S., Hartley A., Miller + A., Marscheutz C., Koeppe R. A. (2000). Age differences in the frontal lateralization + of verbal and spatial working memory revealed by PET. J. Cogn. Neurosci. 12, + 174\u2013187", "ArticleIdList": {"ArticleId": {"#text": "10769314", "@IdType": + "pubmed"}}}, {"Citation": "Reuter-Lorenz P., Stanczak L., Miller A. (1999). + Neural recruitment and cognitive aging: two hemispheres are better than one, + especially as you age. Psychol. Sci. 10, 494\u2013500"}, {"Citation": "Rissman + J., Gazzaley A., D''Esposito M. (2004). Measuring functional connectivity + during distinct stages of a cognitive task. Neuroimage 23, 752\u201376310.1016/j.neuroimage.2004.06.035", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.06.035", + "@IdType": "doi"}, {"#text": "15488425", "@IdType": "pubmed"}]}}, {"Citation": + "Rypma B., D''Esposito M. (2000). Isolating the neural mechanisms of age-related + changes in human working memory. Nat. Neurosci. 3, 509\u2013515", "ArticleIdList": + {"ArticleId": {"#text": "10769393", "@IdType": "pubmed"}}}, {"Citation": "Sheikh + J. I., Yesavage J. A. (1986). \u201cGeriatric Depression Scale (GDS): recent + evidence and development of a shorter version,\u201d in Clinical Gerontology: + A Guide to Assessment and Intervention, ed. Brink T. L. (New York: The Haworth + Press; ), 165\u2013173", "ArticleIdList": {"ArticleId": {"#text": "0", "@IdType": + "pubmed"}}}, {"Citation": "Smith S. M. (2002). Fast robust automated brain + extraction. Hum. Brain Mapp. 17, 143\u201315510.1002/hbm.10062", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.10062", "@IdType": "doi"}, {"#text": + "PMC6871816", "@IdType": "pmc"}, {"#text": "12391568", "@IdType": "pubmed"}]}}, + {"Citation": "Stern Y., Sano M., Paulsen J., Mayeux R. (1987). Modified mini-mental + state examination: validity and reliability. Neurology 37, 179.", "ArticleIdList": + {"ArticleId": {"#text": "0", "@IdType": "pubmed"}}}, {"Citation": "Swain R. + A., Harris A. B., Wiener E. C., Dutka M. V., Morris H. D., Theien B. E., Konda + S., Engberg K., Lauterbur P. C., Greenough W. T. (2003). Prolonged exercise + induces angiogenesis and increases cerebral blood volume in primary motor + cortex of the rat. Neuroscience 117, 1037\u2013104610.1016/S0306-4522(02)00664-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0306-4522(02)00664-4", + "@IdType": "doi"}, {"#text": "12654355", "@IdType": "pubmed"}]}}, {"Citation": + "Trejo J. L., Carro E., Torres-Aleman I. (2001). Circulating insulin-like + growth factor mediates exercise-induced increases in the number of new neurons + in the adult hippocampus. J. Neurosci. 21, 1628\u20131634", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6762955", "@IdType": "pmc"}, {"#text": "11222653", + "@IdType": "pubmed"}]}}, {"Citation": "Van Essen D. C. (2005). A population-average, + landmark- and surface-based (PALS) atlas of human cerebral cortex. Neuroimage + 28, 635\u201366210.1016/j.neuroimage.2005.06.058", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2005.06.058", "@IdType": "doi"}, {"#text": + "16172003", "@IdType": "pubmed"}]}}, {"Citation": "van Praag H., Kempermann + G., Gage F. H. (1999). Running increases cell proliferation and neurogenesis + in the adult mouse dentate gyrus. Nat. Neurosci. 2, 266\u2013270", "ArticleIdList": + {"ArticleId": {"#text": "10195220", "@IdType": "pubmed"}}}, {"Citation": "van + Praag H., Shubert T., Zhao C., Gage F. H. (2005). Exercise enhances learning + and hippocampal neurogenesis in aged mice. J. Neurosci. 25, 8680\u2013868510.1523/JNEUROSCI.1731-05.2005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.1731-05.2005", + "@IdType": "doi"}, {"#text": "PMC1360197", "@IdType": "pmc"}, {"#text": "16177036", + "@IdType": "pubmed"}]}}, {"Citation": "Vaynman S., Ying Z., Gomez-Pinilla + F. (2004). Hippocampal BDNF mediates the efficacy of exercise on synaptic + plasticity and cognition. Eur. J. Neurosci. 20, 2580\u20132590", "ArticleIdList": + {"ArticleId": {"#text": "15548201", "@IdType": "pubmed"}}}, {"Citation": "Voss + M. W., Erickson K. I., Prakash R. S., Chaddock L., Malkowski E., Alves H., + Kim J. S., Morris K. S., White S. M., W\u00f3jcicki T. R., Hu L., Szabo A., + Klamm E., McAuley E., Kramer A. F. (2010). Functional connectivity: a source + of variance in the relationship between cardiorespiratory fitness and cognition. + Neuropsychologia 48, 1394\u2013140610.1016/j.neuropsychologia.2010.01.005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2010.01.005", + "@IdType": "doi"}, {"#text": "PMC3708614", "@IdType": "pmc"}, {"#text": "20079755", + "@IdType": "pubmed"}]}}, {"Citation": "Woolrich M. W., Behrens T. E., Beckmann + C. F., Jenkinson M., Smith S. M. (2004). Multi-level linear modelling for + FMRI group analysis using Bayesian inference. Neuroimage 21, 1732\u2013174710.1016/j.neuroimage.2003.12.023", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.12.023", + "@IdType": "doi"}, {"#text": "15050594", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "21267428", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1662-5161", "@IssnType": "Electronic"}, "Title": "Frontiers + in human neuroscience", "JournalIssue": {"Volume": "4", "PubDate": {"Year": + "2011"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Front Hum Neurosci"}, + "Abstract": {"AbstractText": "A growing body of literature provides evidence + for the prophylactic influence of cardiorespiratory fitness on cognitive decline + in older adults. This study examined the association between cardiorespiratory + fitness and recruitment of the neural circuits involved in an attentional + control task in a group of healthy older adults. Employing a version of the + Stroop task, we examined whether higher levels of cardiorespiratory fitness + were associated with an increase in activation in cortical regions responsible + for imposing attentional control along with an up-regulation of activity in + sensory brain regions that process task-relevant representations. Higher fitness + levels were associated with better behavioral performance and an increase + in the recruitment of prefrontal and parietal cortices in the most challenging + condition, thus providing evidence that cardiorespiratory fitness is associated + with an increase in the recruitment of the anterior processing regions. There + was a top-down modulation of extrastriate visual areas that process both task-relevant + and task-irrelevant attributes relative to the baseline. However, fitness + was not associated with differential activation in the posterior processing + regions, suggesting that fitness enhances attentional function by primarily + influencing the neural circuitry of anterior cortical regions. This study + provides novel evidence of a differential association of fitness with anterior + and posterior brain regions, shedding further light onto the neural changes + accompanying cardiorespiratory fitness."}, "Language": "eng", "@PubModel": + "Electronic-eCollection", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", + "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG025032"}, {"Agency": + "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 + AG025667"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "R37 AG025667"}, {"Agency": "NCRR NIH HHS", "Acronym": + "RR", "Country": "United States", "GrantID": "UL1 RR025755"}], "@CompleteYN": + "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Ruchika Shaurya", + "Initials": "RS", "LastName": "Prakash", "AffiliationInfo": {"Affiliation": + "Department of Psychology, The Ohio State University Columbus, OH, USA."}}, + {"@ValidYN": "Y", "ForeName": "Michelle W", "Initials": "MW", "LastName": + "Voss"}, {"@ValidYN": "Y", "ForeName": "Kirk I", "Initials": "KI", "LastName": + "Erickson"}, {"@ValidYN": "Y", "ForeName": "Jason M", "Initials": "JM", "LastName": + "Lewis"}, {"@ValidYN": "Y", "ForeName": "Laura", "Initials": "L", "LastName": + "Chaddock"}, {"@ValidYN": "Y", "ForeName": "Edward", "Initials": "E", "LastName": + "Malkowski"}, {"@ValidYN": "Y", "ForeName": "Heloisa", "Initials": "H", "LastName": + "Alves"}, {"@ValidYN": "Y", "ForeName": "Jennifer", "Initials": "J", "LastName": + "Kim"}, {"@ValidYN": "Y", "ForeName": "Amanda", "Initials": "A", "LastName": + "Szabo"}, {"@ValidYN": "Y", "ForeName": "Siobhan M", "Initials": "SM", "LastName": + "White"}, {"@ValidYN": "Y", "ForeName": "Thomas R", "Initials": "TR", "LastName": + "W\u00f3jcicki"}, {"@ValidYN": "Y", "ForeName": "Emily L", "Initials": "EL", + "LastName": "Klamm"}, {"@ValidYN": "Y", "ForeName": "Edward", "Initials": + "E", "LastName": "McAuley"}, {"@ValidYN": "Y", "ForeName": "Arthur F", "Initials": + "AF", "LastName": "Kramer"}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "229", "MedlinePgn": "229"}, "ArticleDate": {"Day": "14", "Year": "2011", + "Month": "01", "@DateType": "Electronic"}, "ELocationID": [{"#text": "229", + "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnhum.2010.00229", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Cardiorespiratory fitness + and attentional control in the aging brain.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "20", + "Year": "2021", "Month": "10"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Stroop task", "@MajorTopicYN": "N"}, {"#text": "cardiorespiratory + fitness", "@MajorTopicYN": "N"}, {"#text": "cognitive and attentional control", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "14", "Year": "2011", "Month": + "07"}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front + Hum Neurosci", "ISSNLinking": "1662-5161", "NlmUniqueID": "101477954"}}}, + "semantic_scholar": {"year": 2011, "title": "Cardiorespiratory Fitness and + Attentional Control in the Aging Brain", "venue": "Frontiers in Human Neuroscience", + "authors": [{"name": "R. Prakash", "authorId": "2465943"}, {"name": "M. Voss", + "authorId": "2437622"}, {"name": "Kirk I. Erickson", "authorId": "2250670577"}, + {"name": "Jason M. Lewis", "authorId": "2391712174"}, {"name": "L. Chaddock", + "authorId": "2330191"}, {"name": "E. Malkowski", "authorId": "2083004864"}, + {"name": "H. Alves", "authorId": "39731301"}, {"name": "Jennifer S. Kim", + "authorId": "2109208585"}, {"name": "A. Szabo", "authorId": "4830120"}, {"name": + "S. White", "authorId": "4365321"}, {"name": "T. W\u00f3jcicki", "authorId": + "3411065"}, {"name": "E. Klamm", "authorId": "4462876"}, {"name": "E. McAuley", + "authorId": "2248608970"}, {"name": "A. F. Kramer", "authorId": "2320461535"}], + "paperId": "845f75a04f915a18ab15b97e918747cda8399b21", "abstract": "A growing + body of literature provides evidence for the prophylactic influence of cardiorespiratory + fitness on cognitive decline in older adults. This study examined the association + between cardiorespiratory fitness and recruitment of the neural circuits involved + in an attentional control task in a group of healthy older adults. Employing + a version of the Stroop task, we examined whether higher levels of cardiorespiratory + fitness were associated with an increase in activation in cortical regions + responsible for imposing attentional control along with an up-regulation of + activity in sensory brain regions that process task-relevant representations. + Higher fitness levels were associated with better behavioral performance and + an increase in the recruitment of prefrontal and parietal cortices in the + most challenging condition, thus providing evidence that cardiorespiratory + fitness is associated with an increase in the recruitment of the anterior + processing regions. There was a top-down modulation of extrastriate visual + areas that process both task-relevant and task-irrelevant attributes relative + to the baseline. However, fitness was not associated with differential activation + in the posterior processing regions, suggesting that fitness enhances attentional + function by primarily influencing the neural circuitry of anterior cortical + regions. This study provides novel evidence of a differential association + of fitness with anterior and posterior brain regions, shedding further light + onto the neural changes accompanying cardiorespiratory fitness.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnhum.2010.00229/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC3024830, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2011-01-14"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T23:21:26.853346+00:00", "analyses": + [{"id": "YUTkZWwqFRD6", "user": null, "name": "INCONGRUENT-INELIGIBLE\u2009>\u2009NEUTRAL + CONTRAST", "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": + "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Cortical regions activated during + the incongruent-eligible\u2009>\u2009neutral contrast and incongruent-ineligible\u2009>\u2009neutral + contrast.", "conditions": [], "weights": [], "points": [{"id": "o7ump3U2UTAn", + "coordinates": [-42.0, 8.0, 32.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 6.28}]}, {"id": + "9GsWXKwiaGtt", "coordinates": [47.0, 24.0, 31.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 4.44}]}, {"id": "jpBefFBdxcXf", "coordinates": [-5.0, 11.0, 55.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.25}]}, {"id": "wQ6ydLFpG4Qv", "coordinates": [0.0, 6.0, 53.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.64}]}, {"id": "dr8jviFE3T86", "coordinates": [-49.0, -39.0, + 53.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.23}]}, {"id": "YQ28n7GdFEFj", "coordinates": [43.0, + 12.0, 41.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.7}]}, {"id": "4NAUAcKMfe8A", "coordinates": + [-36.0, 50.0, 21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.74}]}, {"id": "z777Gxm8NC6s", "coordinates": + [-31.0, -71.0, 27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.52}]}, {"id": "FQtcuDpGNKx4", "coordinates": + [29.0, -80.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "7xU3gRwizFfK", "coordinates": + [37.0, -75.0, -5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.6}]}, {"id": "hnJH8AULNtHG", "coordinates": + [-27.0, -56.0, -15.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.24}]}, {"id": "m9TUo4tha8hM", "coordinates": + [21.0, -58.0, -13.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.48}]}, {"id": "SZApNVod2Yxm", "coordinates": + [-60.0, -47.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.3}]}, {"id": "ecC9vjLyDNxd", "coordinates": + [33.0, -62.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.53}]}, {"id": "mwiwpVSXGLNU", "coordinates": + [-35.0, -67.0, 43.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.33}]}, {"id": "6M7EJ8xGpkNh", "coordinates": + [58.0, -46.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.73}]}, {"id": "bKGTJq4H7MRe", "coordinates": + [21.0, -71.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.54}]}, {"id": "Dgw5aCCiUCJd", "coordinates": + [0.0, -71.0, 45.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.28}]}, {"id": "58x8sTz8c8VD", "coordinates": + [33.0, -68.0, 51.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "ov33Ub9Arvzu", "coordinates": + [-39.0, -59.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.02}]}, {"id": "FDCvDW5kuXM7", "coordinates": + [0.0, -78.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.85}]}, {"id": "Wt8SCwvMisGS", "coordinates": + [21.0, -69.0, -18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.66}]}, {"id": "a4iPhSeMCPwx", "coordinates": + [-27.0, -71.0, -21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.38}]}, {"id": "rHUC5abThJRN", "coordinates": + [39.0, -77.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.68}]}, {"id": "7vwBTt8pNTfy", "coordinates": + [-11.0, -93.0, -19.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.19}]}, {"id": "zjyUdrg2N64z", "coordinates": + [7.0, -86.0, -5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.14}]}, {"id": "NuWGqsCcT6cc", "coordinates": + [-11.0, -87.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.06}]}, {"id": "uCnT67q96jK8", "coordinates": + [0.0, -92.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.96}]}, {"id": "mcsZEFeLhwiQ", "coordinates": + [-21.0, -97.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.29}]}, {"id": "NRCiLSeQc49m", "coordinates": + [27.0, -82.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.27}]}, {"id": "UfNWkSCkUDKP", "coordinates": + [-31.0, -83.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.67}]}, {"id": "rspVGALZ4XzN", "coordinates": + [29.0, -87.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.05}]}, {"id": "cJBxLp83qWFW", "coordinates": + [-11.0, 29.0, 31.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.33}]}, {"id": "zLMT8X6PwMKV", "coordinates": + [5.0, 38.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.47}]}, {"id": "tetwq73pawbM", "coordinates": + [7.0, -72.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.77}]}, {"id": "sC4MUjS5WWTf", "coordinates": + [-6.0, -74.0, 7.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.33}]}, {"id": "GM9c9atS4FAq", "coordinates": + [-11.0, -81.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.76}]}, {"id": "pX8BxtmPDVeN", "coordinates": + [7.0, -77.0, -19.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.13}]}, {"id": "h86fqpWoy3Sf", "coordinates": + [-31.0, -54.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.63}]}, {"id": "Qaob68svWMdy", "coordinates": + [11.0, -71.0, -17.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.33}]}], "images": []}, {"id": "9V93q5B5j3FW", + "user": null, "name": "INCONGRUENT-ELIGIBLE\u2009>\u2009NEUTRAL CONTRAST", + "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": "T2", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Cortical regions activated during + the incongruent-eligible\u2009>\u2009neutral contrast and incongruent-ineligible\u2009>\u2009neutral + contrast.", "conditions": [], "weights": [], "points": [{"id": "Z5ggVCUynS42", + "coordinates": [-52.0, 22.0, 28.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.98}]}, {"id": + "2qYhyYiFRh5z", "coordinates": [41.0, 20.0, 28.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 4.75}]}, {"id": "P6WgVeAnYDXA", "coordinates": [-1.0, 15.0, 57.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.26}]}, {"id": "DjZw2XzGM9Ez", "coordinates": [49.0, 7.0, 16.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.19}]}, {"id": "KQVZHhtBBNB9", "coordinates": [-62.0, 3.0, + 30.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.06}]}, {"id": "n2GvCZNKsjSM", "coordinates": [-43.0, + -32.0, 43.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.17}]}, {"id": "5F4mn2Ym3Kap", "coordinates": + [41.0, -37.0, 57.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.31}]}, {"id": "MqmJ7QHs34eb", "coordinates": + [-33.0, 52.0, 21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.91}]}, {"id": "GCzcakzyHd4B", "coordinates": + [35.0, 59.0, 5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.14}]}, {"id": "6W7meJy9tobs", "coordinates": + [0.0, 15.0, 60.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.07}]}, {"id": "UMKXjADL2a7d", "coordinates": + [47.0, -79.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.79}]}, {"id": "naffg35zmfAs", "coordinates": + [-53.0, -64.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.08}]}, {"id": "WRoidUyCnLJs", "coordinates": + [39.0, -60.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.44}]}, {"id": "Jp3tmVpC8vg2", "coordinates": + [-62.0, -46.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.49}]}, {"id": "AJKBbKrsgedD", "coordinates": + [58.0, -48.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "sHuqQWbZ86cY", "coordinates": + [-68.0, -14.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.71}]}, {"id": "ZXQkMrPgtwG9", "coordinates": + [31.0, -33.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.99}]}, {"id": "aVqtLWvnNUXA", "coordinates": + [37.0, -60.0, 29.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.56}]}, {"id": "DrE9YKwUxXj9", "coordinates": + [-35.0, -59.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.18}]}, {"id": "sdxcE3gGirph", "coordinates": + [56.0, -46.0, 25.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.45}]}, {"id": "7NLQdXSL9MzP", "coordinates": + [-11.0, -74.0, 51.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.16}]}, {"id": "VbhamL8Mj2D6", "coordinates": + [1.0, -71.0, 45.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.41}]}, {"id": "SCHQDKcNGkxm", "coordinates": + [0.0, -76.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.36}]}, {"id": "H8iAPuBJpvDh", "coordinates": + [-1.0, -76.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.36}]}, {"id": "Qfob5D8FVMoQ", "coordinates": + [1.0, -76.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.5}]}, {"id": "henp2Cv9Gt2k", "coordinates": + [-32.0, -85.0, -25.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.8}]}, {"id": "BWN6Yx3wzJLV", "coordinates": + [35.0, -56.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.46}]}, {"id": "XtpirNHSYBe8", "coordinates": + [-26.0, -98.0, -17.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "Gze3rGFyMPhb", "coordinates": + [3.0, -79.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.88}]}, {"id": "ndwY9esmcNFu", "coordinates": + [0.0, -92.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.8}]}, {"id": "cvzEAF6eYyHM", "coordinates": + [-21.0, -97.0, 15.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.54}]}, {"id": "MNxcNzBapBes", "coordinates": + [39.0, -77.0, -19.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.22}]}, {"id": "MTrFHB4TMrHe", "coordinates": + [-33.0, -85.0, 25.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.76}]}, {"id": "FhzssrroSGL2", "coordinates": + [35.0, -79.0, 27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.57}]}, {"id": "yffuzGtc8nyD", "coordinates": + [-11.0, 20.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.08}]}, {"id": "pQi8Yv8nr4AX", "coordinates": + [9.0, 24.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.4}]}, {"id": "iKQc3CJdLoWe", "coordinates": + [0.0, 37.0, 25.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.44}]}, {"id": "A5RA34avXcKX", "coordinates": + [1.0, -74.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.31}]}, {"id": "mMwhAZfACt7k", "coordinates": + [-26.0, -23.0, -11.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.47}]}, {"id": "5H56StAt9APs", "coordinates": + [17.0, -56.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.7}]}, {"id": "pNNbYoMWJjiP", "coordinates": + [-9.0, -20.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.57}]}, {"id": "JixRD2raQNFD", "coordinates": + [5.0, -20.0, 3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.5}]}, {"id": "hVVUhryXZehu", "coordinates": + [-19.0, -11.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.83}]}, {"id": "Vnao8iXxhxhD", "coordinates": + [29.0, -20.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.43}]}, {"id": "J3bQTgfa5KSX", "coordinates": + [-12.0, 9.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.32}]}, {"id": "HYQx54GvnZWi", "coordinates": + [5.0, 11.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.99}]}, {"id": "tpmHd3c7NpbF", "coordinates": + [0.0, -62.0, -30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.88}]}, {"id": "vmZPmVSapBf9", "coordinates": + [-1.0, -62.0, -30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.88}]}, {"id": "DtauPBPWqoRo", "coordinates": + [31.0, -56.0, -27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.64}]}], "images": []}, {"id": "avgnNbVgWFAe", + "user": null, "name": "Local maxima of cortical regions identified during + the incongruent-eligible\u2009>\u2009incongruent-ineligible contrast that + showed a positive association with cardiorespiratory fitness.", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Local maxima of cortical regions + identified during the incongruent-eligible\u2009>\u2009incongruent-ineligible + contrast that showed a positive association with cardiorespiratory fitness.", + "conditions": [], "weights": [], "points": [{"id": "MXrqHynud6ff", "coordinates": + [-42.0, 44.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.47}]}, {"id": "RBGk5NRThgbX", "coordinates": + [-46.0, 50.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.89}]}, {"id": "FSo79wFbVgo7", "coordinates": + [42.0, 47.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.55}]}, {"id": "DSkdqmbpXWRS", "coordinates": + [34.0, 33.0, 45.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.59}]}, {"id": "ynrKSyMRAPV7", "coordinates": + [30.0, 58.0, -9.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.64}]}], "images": []}]}, {"id": + "doWyCNdwkmwY", "created_at": "2025-12-04T19:07:46.650811+00:00", "updated_at": + null, "user": null, "name": "Effects of Transcranial Direct Current Stimulation + Paired With Cognitive Training on Functional Connectivity of the Working Memory + Network in Older Adults", "description": "BACKGROUND: Working memory, a fundamental + short-term cognitive process, is known to decline with advanced age even in + healthy older adults. Normal age-related declines in working memory can cause + loss of independence and decreased quality of life. Cognitive training has + shown some potential at enhancing certain cognitive processes, although, enhancements + are variable. Transcranial direct current stimulation (tDCS), a form of non-invasive + brain stimulation, has shown promise at enhancing working memory abilities, + and may further the benefits from cognitive training interventions. However, + the neural mechanisms underlying tDCS brain-based enhancements remain unknown.\n\nOBJECTIVE/HYPOTHESIS: + Assess the effects of a 2-week intervention of active-tDCS vs. sham paired + with cognitive training on functional connectivity of the working memory network + during an N-Back working memory task.\n\nMETHODS: Healthy older adults ( = + 28; mean age = 74 \u00b1 7.3) completed 10-sessions of cognitive training + paired with active or sham-tDCS. Functional connectivity was evaluated at + baseline and post-intervention during an N-Back task (2-Back vs. 0-Back).\n\nRESULTS: + Active-tDCS vs. sham demonstrated a significant increase in connectivity between + the left dorsolateral prefrontal cortex and right inferior parietal lobule + at post-intervention during 2-Back. Target accuracy on 2-Back was significantly + improved for active vs. sham at post-intervention.\n\nCONCLUSION: These results + suggest pairing tDCS with cognitive training enhances functional connectivity + and working memory performance in older adults, and thus may hold promise + as a method for remediating age-related cognitive decline. Future studies + evaluating optimal dose and long-term effects of tDCS on brain function will + help to maximize potential clinical impacts of tDCS paired with cognitive + training in older adults.\n\nCLINICAL TRIAL REGISTRATION: www.ClinicalTrials.gov, + identifier NCT02137122.", "publication": "Frontiers in Aging Neuroscience", + "doi": "10.3389/fnagi.2019.00340", "pmid": "31998111", "authors": "N. Nissim; + A. O''Shea; A. Indahlastari; Jessica N. Kraft; Olivia von Mering; S. Aksu; + E. Porges; R. Cohen; A. Woods", "year": 2019, "metadata": {"slug": "31998111-10-3389-fnagi-2019-00340-pmc6961663", + "source": "semantic_scholar", "keywords": ["N-Back", "cognitive aging", "cognitive + training", "fMRI", "functional connectivity", "neuromodulation", "transcranial + direct current stimulation", "working memory"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "10", "Year": "2019", + "Month": "9", "@PubStatus": "received"}, {"Day": "22", "Year": "2019", "Month": + "11", "@PubStatus": "accepted"}, {"Day": "31", "Hour": "6", "Year": "2020", + "Month": "1", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "31", "Hour": + "6", "Year": "2020", "Month": "1", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "31", "Hour": "6", "Year": "2020", "Month": "1", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2019", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "31998111", "@IdType": "pubmed"}, + {"#text": "PMC6961663", "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2019.00340", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Baddeley + A. (1992). Working memory. Curr. Biol. 255 556\u2013559. 10.1016/j.cub.2009.12.014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cub.2009.12.014", "@IdType": + "doi"}, {"#text": "1736359", "@IdType": "pubmed"}]}}, {"Citation": "Baddeley + A. (2000). The episodic buffer: a new component of working memory? Trends + Cogn. Sci. 4 417\u2013423. 10.1016/S1364-6613(00)01538-2", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S1364-6613(00)01538-2", "@IdType": "doi"}, + {"#text": "11058819", "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (2003). + Working memory: looking back and looking forward. Nat. Rev. Neurosci. 4 829\u2013839. + 10.1038/nrn1201", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1201", + "@IdType": "doi"}, {"#text": "14523382", "@IdType": "pubmed"}]}}, {"Citation": + "Baddeley A. D., Hitch G. (1974). Working memory. Psychol. Learn. Motiv. 8 + 47\u201389."}, {"Citation": "Ball K., Berch D. B., Helmers K. F., Jobe J. + B., Leveck M. D., Marsiske M., et al. (2002). Effects of cognitive training + interventions with older adults: a randomized controlled trial. JAMA 288 2271\u20132281.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2916176", "@IdType": "pmc"}, + {"#text": "12425704", "@IdType": "pubmed"}]}}, {"Citation": "Batsikadze G., + Moliadze V., Paulus W., Kuo M.-F., Nitsche M. A. (2013). Partially non-linear + stimulation intensity-dependent effects of direct current stimulation on motor + cortex excitability in humans. J. Physiol. 591(Pt 7), 1987\u20132000. 10.1113/jphysiol.2012.249730", + "ArticleIdList": {"ArticleId": [{"#text": "10.1113/jphysiol.2012.249730", + "@IdType": "doi"}, {"#text": "PMC3624864", "@IdType": "pmc"}, {"#text": "23339180", + "@IdType": "pubmed"}]}}, {"Citation": "Behzadi Y., Restom K., Liau J., Liu + T. T. (2007). A component based noise correction method (CompCor) for BOLD + and perfusion based fMRI. NeuroImage 37 90\u2013101. 10.1016/J.NEUROIMAGE.2007.04.042", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/J.NEUROIMAGE.2007.04.042", + "@IdType": "doi"}, {"#text": "PMC2214855", "@IdType": "pmc"}, {"#text": "17560126", + "@IdType": "pubmed"}]}}, {"Citation": "Berry A. S., Zanto T. P., Clapp W. + C., Hardy J. L., Delahunt P. B., Henry W., et al. (2010). The influence of + perceptual training on working memory in older adults. PLoS One 5:e11537. + 10.1371/journal.pone.0011537", "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0011537", + "@IdType": "doi"}, {"#text": "PMC2904363", "@IdType": "pmc"}, {"#text": "20644719", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R., Anderson N. D., Locantore + J. K., McIntosh A. R. (2002). Aging gracefully: compensatory brain activity + in high-performing older adults. NeuroImage 17 1394\u20131402. 10.1006/nimg.2002.1280", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2002.1280", "@IdType": + "doi"}, {"#text": "12414279", "@IdType": "pubmed"}]}}, {"Citation": "Curtis + C. E., D\u2019Esposito M. (2003). Persistent activity in the prefrontal cortex + during working memory. Trends Cogn. Sci. 7 415\u2013423. 10.1016/S1364-6613(03)00197-9", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1364-6613(03)00197-9", + "@IdType": "doi"}, {"#text": "12963473", "@IdType": "pubmed"}]}}, {"Citation": + "Demirakca T., Cardinale V., Dehn S., Ruf M., Ende G. (2016). The exercising + brain: changes in functional connectivity induced by an integrated multimodal + cognitive and whole body motor coordination training. Neural Plast. 2016:8240894.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4706972", "@IdType": "pmc"}, + {"#text": "26819776", "@IdType": "pubmed"}]}}, {"Citation": "Ebaid D., Crewther + S. G., MacCalman K., Brown A., Crewther D. P. (2017). Cognitive processing + speed across the lifespan: beyond the influence of motor speed. Front. Aging + Neurosci. 9:62. 10.3389/fnagi.2017.00062", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2017.00062", "@IdType": "doi"}, {"#text": "PMC5360696", + "@IdType": "pmc"}, {"#text": "28381999", "@IdType": "pubmed"}]}}, {"Citation": + "Edin F., Klingberg T., Johansson P., McNab F., Tegner J., Compte A. (2009). + Mechanism for top-down control of working memory capacity. Proc. Natl. Acad. + Sci. U.S.A. 106 6802\u20136807. 10.1073/pnas.0901894106", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.0901894106", "@IdType": "doi"}, {"#text": + "PMC2672558", "@IdType": "pmc"}, {"#text": "19339493", "@IdType": "pubmed"}]}}, + {"Citation": "Fallon N., Chiu Y., Nurmikko T., Stancak A. (2016). Functional + connectivity with the default mode network is altered in fibromyalgia patients. + PLoS One 11:e0159198. 10.1371/journal.pone.0159198", "ArticleIdList": {"ArticleId": + [{"#text": "10.1371/journal.pone.0159198", "@IdType": "doi"}, {"#text": "PMC4956096", + "@IdType": "pmc"}, {"#text": "27442504", "@IdType": "pubmed"}]}}, {"Citation": + "Friston K. J., Ashburner J., Kiebel S., Nichols T., Penny W. D. (2007). Statistical + Parametric Mapping: The Analysis of Funtional Brain Images. Cambridge, CA: + Elsevier Academic Press."}, {"Citation": "Gill J., Shah-basak P. P., Hamilton + R. (2015). It\u2019s the thought that counts: examining the task-dependent + effects of transcranial direct current stimulation on executive function. + Brain Stimul. 8 253\u2013259. 10.1016/j.brs.2014.10.018", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brs.2014.10.018", "@IdType": "doi"}, {"#text": + "25465291", "@IdType": "pubmed"}]}}, {"Citation": "Huang Y., Datta A., Bikson + M., Parra L. C. (2019). Realistic volumetric-approach to simulate transcranial + electric stimulation-ROAST-a fully automated open-source pipeline. J. Neural. + Eng. 16:056006. 10.1088/1741-2552/ab208d", "ArticleIdList": {"ArticleId": + [{"#text": "10.1088/1741-2552/ab208d", "@IdType": "doi"}, {"#text": "PMC7328433", + "@IdType": "pmc"}, {"#text": "31071686", "@IdType": "pubmed"}]}}, {"Citation": + "Jones K. T., Stephens J. A., Alam M., Bikson M., Berryhill M. E., Park Kramer + A. (2015). Longitudinal neurostimulation in older adults improves working + memory. PLoS One 10:e0121904. 10.1371/journal.pone.0121904", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0121904", "@IdType": "doi"}, + {"#text": "PMC4388845", "@IdType": "pmc"}, {"#text": "25849358", "@IdType": + "pubmed"}]}}, {"Citation": "Klingberg T. (2010). Training and plasticity of + working memory. Trends Cogn. Sci. 14 317\u2013324. 10.1016/j.tics.2010.05.002", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2010.05.002", "@IdType": + "doi"}, {"#text": "20630350", "@IdType": "pubmed"}]}}, {"Citation": "Klingberg + T., Kawashima R., Roland P. E. (1995). Activation of multi-modal cortical + areas underlies short-term memory. Eur. J. Neurosci. 8 1965\u20131971. 10.1111/j.1460-9568.1996.tb01340.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1460-9568.1996.tb01340.x", + "@IdType": "doi"}, {"#text": "8921287", "@IdType": "pubmed"}]}}, {"Citation": + "Kuo M. F., Nitsche M. A. (2015). Exploring prefrontal cortex functions in + healthy humans by transcranial electrical stimulation. Neurosci. Bull. 31 + 198\u2013206. 10.1007/s12264-014-1501-9", "ArticleIdList": {"ArticleId": [{"#text": + "10.1007/s12264-014-1501-9", "@IdType": "doi"}, {"#text": "PMC5563696", "@IdType": + "pmc"}, {"#text": "25680572", "@IdType": "pubmed"}]}}, {"Citation": "Linden + D. E. J. (2007). The working memory networks of the human Brain. Neuroscientist + 13 257\u2013267. 10.1177/1073858406298480", "ArticleIdList": {"ArticleId": + [{"#text": "10.1177/1073858406298480", "@IdType": "doi"}, {"#text": "17519368", + "@IdType": "pubmed"}]}}, {"Citation": "Manoach D. S., Schlaug C. A. G., Siewert + B., Darby D. G., Bly B. M., Benfield A., et al. (1997). Prefrontal cortex + fMRI signal changes are correlated with working memory load. Neuroreport 8 + 545\u2013549. 10.1097/00001756-199701200-00033", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/00001756-199701200-00033", "@IdType": "doi"}, {"#text": + "9080445", "@IdType": "pubmed"}]}}, {"Citation": "Martin D. M., Liu R., Alonzo + A., Green M., Loo C. K. (2014). Use of transcranial direct current stimulation + (tDCS) to enhance cognitive training: effect of timing of stimulation. Exp. + Brain Res. 232 3345\u20133351. 10.1007/s00221-014-4022-x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00221-014-4022-x", "@IdType": "doi"}, {"#text": + "24992897", "@IdType": "pubmed"}]}}, {"Citation": "McLaren M. E., Nissim N. + R., Woods A. J. (2018). The effects of medication use in transcranial direct + current stimulation: a brief review. Brain Stimul. 11 52\u201358. 10.1016/j.brs.2017.10.006", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brs.2017.10.006", "@IdType": + "doi"}, {"#text": "PMC5729094", "@IdType": "pmc"}, {"#text": "29066167", "@IdType": + "pubmed"}]}}, {"Citation": "Mograbi D. C., Faria C., de A., Fichman H. C., + Paradela E. M. P., Louren\u00e7o R. A. (2014). Relationship between activities + of daily living and cognitive ability in a sample of older adults with heterogeneous + educational level. Ann. Indian Acad. Neurol. 17 71\u201376. 10.4103/0972-2327.128558", + "ArticleIdList": {"ArticleId": [{"#text": "10.4103/0972-2327.128558", "@IdType": + "doi"}, {"#text": "PMC3992775", "@IdType": "pmc"}, {"#text": "24753664", "@IdType": + "pubmed"}]}}, {"Citation": "Monte-Silva K., Kuo M.-F., Hessenthaler S., Fresnoza + S., Liebetanz D., Paulus W., et al. (2013). Induction of late LTP-like plasticity + in the human motor cortex by repeated non-invasive brain stimulation. Brain + Stimul. 6 424\u2013432. 10.1016/j.brs.2012.04.011", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.brs.2012.04.011", "@IdType": "doi"}, {"#text": "22695026", + "@IdType": "pubmed"}]}}, {"Citation": "Mosayebi S. M., Agboada D., Jamil A., + Kuo M. F., Nitsche M. A. (2019). Titrating the neuroplastic effects of cathodal + transcranial direct current stimulation (tDCS) over the primary motor cortex. + Cortex 119 350\u2013361. 10.1016/j.cortex.2019.04.016", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cortex.2019.04.016", "@IdType": "doi"}, {"#text": "31195316", + "@IdType": "pubmed"}]}}, {"Citation": "Nissim N. R., O\u2019Shea A., Indahlastari + A., Telles R., Richards L., Porges E., et al. (2019). Effects of in-scanner + bilateral frontal tDCS on functional connectivity of the working memory network + in older adults. Front. Aging Neurosci. 11:51. 10.3389/fnagi.2019.00051", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2019.00051", "@IdType": + "doi"}, {"#text": "PMC6428720", "@IdType": "pmc"}, {"#text": "30930766", "@IdType": + "pubmed"}]}}, {"Citation": "Nissim N. R., O\u2019Shea A. M., Bryant V., Porges + E. C., Cohen R., Woods A. J. (2017). Frontal structural neural correlates + of working memory performance in older adults. Front. Aging Neurosci. 8:328 + 10.3389/fnagi.2016.00328", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2016.00328", + "@IdType": "doi"}, {"#text": "PMC5210770", "@IdType": "pmc"}, {"#text": "28101053", + "@IdType": "pubmed"}]}}, {"Citation": "Nitsche M. A., Paulus W. (2000). Excitability + changes induced in the human motor cortex by weak transcranial direct current + stimulation. J. Physiol. 527(Pt 3), 633\u2013639. 10.1111/j.1469-7793.2000.t01-1-00633.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1469-7793.2000.t01-1-00633.x", + "@IdType": "doi"}, {"#text": "PMC2270099", "@IdType": "pmc"}, {"#text": "10990547", + "@IdType": "pubmed"}]}}, {"Citation": "Owen A. M., Mcmillan K. M., Laird A. + R. (2005). N-Back working memory paradigm: a meta-analysis of normative functional + neuroimaging studies. Hum. Brain Mapp. 59 46\u201359. 10.1002/hbm.20131", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.20131", "@IdType": + "doi"}, {"#text": "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", "@IdType": + "pubmed"}]}}, {"Citation": "Park D. C., Festini S. B. (2017). Theories of + memory and aging: a look at the past and a glimpse of the future. J. Gerontol. + B Psychol. Sci. Soc. Sci. 72 82\u201390. 10.1093/geronb/gbw066", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/geronb/gbw066", "@IdType": "doi"}, {"#text": + "PMC5156492", "@IdType": "pmc"}, {"#text": "27257229", "@IdType": "pubmed"}]}}, + {"Citation": "Park S.-H., Seo J.-H., Kim Y.-H., Ko M.-H. (2013). Long-term + effects of transcranial direct current stimulation combined with computer-assisted + cognitive training in healthy older adults. Neuroreport 25 122\u2013126. 10.1097/WNR.0000000000000080", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/WNR.0000000000000080", + "@IdType": "doi"}, {"#text": "24176927", "@IdType": "pubmed"}]}}, {"Citation": + "Pelletier S. J., Cicchetti F. (2015). Cellular and molecular mechanisms of + action of transcranial direct current stimulation: evidence from in vitro + and in vivo models. Int. J. Neuropsychopharmacol. 18:Pyu047. 10.1093/ijnp/pyu047", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/ijnp/pyu047", "@IdType": + "doi"}, {"#text": "PMC4368894", "@IdType": "pmc"}, {"#text": "25522391", "@IdType": + "pubmed"}]}}, {"Citation": "Rebok G. W., Ball K., Guey L. T., Jones R. N., + Kim H.-Y., King J. W., et al. (2014). Ten-year effects of the advanced cognitive + training for independent and vital elderly cognitive training trial on cognition + and everyday functioning in older adults. J. Am. Geriat. Soc. 62 16\u201324. + 10.1111/jgs.12607", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/jgs.12607", + "@IdType": "doi"}, {"#text": "PMC4055506", "@IdType": "pmc"}, {"#text": "24417410", + "@IdType": "pubmed"}]}}, {"Citation": "Richmond L. L., Wolk D., Chein J., + Olson I. R. (2014). Transcranial direct current stimulation enhances verbal + working memory training performance over time and near transfer outcomes. + J. Cogn. Neurosci. 26 2443\u20132454. 10.1162/jocn_a_00657", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn_a_00657", "@IdType": "doi"}, {"#text": + "24742190", "@IdType": "pubmed"}]}}, {"Citation": "Soyata A. Z., Aksu S., + Woods A. J., \u0130\u015f\u00e7en P., Sa\u00e7ar K. T., Karam\u00fcrsel S. + (2019). Effect of transcranial direct current stimulation on decision making + and cognitive flexibility in gambling disorder. Eur. Arch. Psychiatry Clin. + Neurosci. 269 275\u2013284. 10.1007/s00406-018-0948-5", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00406-018-0948-5", "@IdType": "doi"}, {"#text": "30367243", + "@IdType": "pubmed"}]}}, {"Citation": "Stephens J. A., Berryhill M. E. (2016). + Older adults improve on everyday tasks after working memory training and neurostimulation. + Brain Stimul. 9 553\u2013559. 10.1016/j.brs.2016.04.001", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brs.2016.04.001", "@IdType": "doi"}, {"#text": + "PMC4957521", "@IdType": "pmc"}, {"#text": "27178247", "@IdType": "pubmed"}]}}, + {"Citation": "Whitfield-Gabrieli S., Nieto-Castanon A. (2012). Conn: a functional + connectivity toolbox for correlated and anticorrelated brain networks. Brain + Connect. 2 125\u2013141. 10.1089/brain.2012.0073", "ArticleIdList": {"ArticleId": + [{"#text": "10.1089/brain.2012.0073", "@IdType": "doi"}, {"#text": "22642651", + "@IdType": "pubmed"}]}}, {"Citation": "Woods A. J., Antal A., Bikson M., Boggio + P. S., Brunoni A. R., Celnik P., et al. (2016). A technical guide to tDCS, + and related non-invasive brain stimulation tools. Clin. Neurophysiol. 127 + 1031\u20131048. 10.1016/j.clinph.2015.11.012", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.clinph.2015.11.012", "@IdType": "doi"}, {"#text": "PMC4747791", + "@IdType": "pmc"}, {"#text": "26652115", "@IdType": "pubmed"}]}}, {"Citation": + "Woods A. J., Cohen R., Marsiske M., Alexander G. E., Czaja S. J., Wu S. (2018). + Augmenting cognitive training in older adults (The ACT Study): design and + methods of a phase III tDCS and cognitive training trial. Contemp. Clin. Trials + 65 19\u201332. 10.1016/j.cct.2017.11.017", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cct.2017.11.017", "@IdType": "doi"}, {"#text": "PMC5803439", + "@IdType": "pmc"}, {"#text": "29313802", "@IdType": "pubmed"}]}}, {"Citation": + "Zaehle T., Sandmann P., Thorne J. D., J\u00e4ncke L., Herrmann C. S. (2011). + Transcranial direct current stimulation of the prefrontal cortex modulates + working memory performance: combined behavioural and electrophysiological + evidence. BMC Neurosci. 12:2. 10.1186/1471-2202-12-2", "ArticleIdList": {"ArticleId": + [{"#text": "10.1186/1471-2202-12-2", "@IdType": "doi"}, {"#text": "PMC3024225", + "@IdType": "pmc"}, {"#text": "21211016", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "31998111", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers + in aging neuroscience", "JournalIssue": {"Volume": "11", "PubDate": {"Year": + "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, + "Abstract": {"AbstractText": [{"#text": "Working memory, a fundamental short-term + cognitive process, is known to decline with advanced age even in healthy older + adults. Normal age-related declines in working memory can cause loss of independence + and decreased quality of life. Cognitive training has shown some potential + at enhancing certain cognitive processes, although, enhancements are variable. + Transcranial direct current stimulation (tDCS), a form of non-invasive brain + stimulation, has shown promise at enhancing working memory abilities, and + may further the benefits from cognitive training interventions. However, the + neural mechanisms underlying tDCS brain-based enhancements remain unknown.", + "@Label": "BACKGROUND", "@NlmCategory": "BACKGROUND"}, {"#text": "Assess the + effects of a 2-week intervention of active-tDCS vs. sham paired with cognitive + training on functional connectivity of the working memory network during an + N-Back working memory task.", "@Label": "OBJECTIVE/HYPOTHESIS", "@NlmCategory": + "OBJECTIVE"}, {"i": "N", "#text": "Healthy older adults ( = 28; mean age = + 74 \u00b1 7.3) completed 10-sessions of cognitive training paired with active + or sham-tDCS. Functional connectivity was evaluated at baseline and post-intervention + during an N-Back task (2-Back vs. 0-Back).", "@Label": "METHODS", "@NlmCategory": + "METHODS"}, {"#text": "Active-tDCS vs. sham demonstrated a significant increase + in connectivity between the left dorsolateral prefrontal cortex and right + inferior parietal lobule at post-intervention during 2-Back. Target accuracy + on 2-Back was significantly improved for active vs. sham at post-intervention.", + "@Label": "RESULTS", "@NlmCategory": "RESULTS"}, {"#text": "These results + suggest pairing tDCS with cognitive training enhances functional connectivity + and working memory performance in older adults, and thus may hold promise + as a method for remediating age-related cognitive decline. Future studies + evaluating optimal dose and long-term effects of tDCS on brain function will + help to maximize potential clinical impacts of tDCS paired with cognitive + training in older adults.", "@Label": "CONCLUSION", "@NlmCategory": "CONCLUSIONS"}, + {"#text": "www.ClinicalTrials.gov, identifier NCT02137122.", "@Label": "CLINICAL + TRIAL REGISTRATION", "@NlmCategory": "BACKGROUND"}], "CopyrightInformation": + "Copyright \u00a9 2019 Nissim, O\u2019Shea, Indahlastari, Kraft, von Mering, + Aksu, Porges, Cohen and Woods."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "GrantList": {"Grant": [{"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": + "United States", "GrantID": "K01 AA025306"}, {"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "K01 AG050707"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG054077"}, + {"Agency": "NIH HHS", "Acronym": "OD", "Country": "United States", "GrantID": + "S10 OD021726"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Nicole R", "Initials": "NR", "LastName": "Nissim", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory, Department of Clinical + and Health Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}, {"Affiliation": "Department of Neuroscience, University + of Florida, Gainesville, FL, United States."}]}, {"@ValidYN": "Y", "ForeName": + "Andrew", "Initials": "A", "LastName": "O''Shea", "AffiliationInfo": {"Affiliation": + "Center for Cognitive Aging and Memory, Department of Clinical and Health + Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Aprinda", "Initials": + "A", "LastName": "Indahlastari", "AffiliationInfo": {"Affiliation": "Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}}, + {"@ValidYN": "Y", "ForeName": "Jessica N", "Initials": "JN", "LastName": "Kraft", + "AffiliationInfo": {"Affiliation": "Center for Cognitive Aging and Memory, + Department of Clinical and Health Psychology, McKnight Brain Institute, University + of Florida, Gainesville, FL, United States."}}, {"@ValidYN": "Y", "ForeName": + "Olivia", "Initials": "O", "LastName": "von Mering", "AffiliationInfo": {"Affiliation": + "Center for Cognitive Aging and Memory, Department of Clinical and Health + Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Serkan", "Initials": + "S", "LastName": "Aksu", "AffiliationInfo": {"Affiliation": "Center for Cognitive + Aging and Memory, Department of Clinical and Health Psychology, McKnight Brain + Institute, University of Florida, Gainesville, FL, United States."}}, {"@ValidYN": + "Y", "ForeName": "Eric", "Initials": "E", "LastName": "Porges", "AffiliationInfo": + {"Affiliation": "Center for Cognitive Aging and Memory, Department of Clinical + and Health Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Ronald", "Initials": + "R", "LastName": "Cohen", "AffiliationInfo": {"Affiliation": "Center for Cognitive + Aging and Memory, Department of Clinical and Health Psychology, McKnight Brain + Institute, University of Florida, Gainesville, FL, United States."}}, {"@ValidYN": + "Y", "ForeName": "Adam J", "Initials": "AJ", "LastName": "Woods", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory, Department of Clinical + and Health Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}, {"Affiliation": "Department of Neuroscience, University + of Florida, Gainesville, FL, United States."}]}], "@CompleteYN": "Y"}, "Pagination": + {"StartPage": "340", "MedlinePgn": "340"}, "ArticleDate": {"Day": "16", "Year": + "2019", "Month": "12", "@DateType": "Electronic"}, "ELocationID": [{"#text": + "340", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2019.00340", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Effects of Transcranial + Direct Current Stimulation Paired With Cognitive Training on Functional Connectivity + of the Working Memory Network in Older Adults.", "DataBankList": {"DataBank": + {"DataBankName": "ClinicalTrials.gov", "AccessionNumberList": {"AccessionNumber": + "NCT02137122"}}, "@CompleteYN": "Y"}, "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "12", + "Year": "2022", "Month": "04"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "N-Back", "@MajorTopicYN": "N"}, {"#text": "cognitive aging", "@MajorTopicYN": + "N"}, {"#text": "cognitive training", "@MajorTopicYN": "N"}, {"#text": "fMRI", + "@MajorTopicYN": "N"}, {"#text": "functional connectivity", "@MajorTopicYN": + "N"}, {"#text": "neuromodulation", "@MajorTopicYN": "N"}, {"#text": "transcranial + direct current stimulation", "@MajorTopicYN": "N"}, {"#text": "working memory", + "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": "Switzerland", + "MedlineTA": "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": + "101525824"}}}, "semantic_scholar": {"year": 2019, "title": "Effects of Transcranial + Direct Current Stimulation Paired With Cognitive Training on Functional Connectivity + of the Working Memory Network in Older Adults", "venue": "Frontiers in Aging + Neuroscience", "authors": [{"name": "N. Nissim", "authorId": "40030163"}, + {"name": "A. O''Shea", "authorId": "1393654628"}, {"name": "A. Indahlastari", + "authorId": "2289693"}, {"name": "Jessica N. Kraft", "authorId": "1470685254"}, + {"name": "Olivia von Mering", "authorId": "1470681783"}, {"name": "S. Aksu", + "authorId": "5645471"}, {"name": "E. Porges", "authorId": "5388749"}, {"name": + "R. Cohen", "authorId": "152864616"}, {"name": "A. Woods", "authorId": "2856044"}], + "paperId": "7f1d0eb9b1f1e60ddabc2e146f551687848e7e3f", "abstract": "Background + Working memory, a fundamental short-term cognitive process, is known to decline + with advanced age even in healthy older adults. Normal age-related declines + in working memory can cause loss of independence and decreased quality of + life. Cognitive training has shown some potential at enhancing certain cognitive + processes, although, enhancements are variable. Transcranial direct current + stimulation (tDCS), a form of non-invasive brain stimulation, has shown promise + at enhancing working memory abilities, and may further the benefits from cognitive + training interventions. However, the neural mechanisms underlying tDCS brain-based + enhancements remain unknown. Objective/Hypothesis Assess the effects of a + 2-week intervention of active-tDCS vs. sham paired with cognitive training + on functional connectivity of the working memory network during an N-Back + working memory task. Methods Healthy older adults (N = 28; mean age = 74 \u00b1 + 7.3) completed 10-sessions of cognitive training paired with active or sham-tDCS. + Functional connectivity was evaluated at baseline and post-intervention during + an N-Back task (2-Back vs. 0-Back). Results Active-tDCS vs. sham demonstrated + a significant increase in connectivity between the left dorsolateral prefrontal + cortex and right inferior parietal lobule at post-intervention during 2-Back. + Target accuracy on 2-Back was significantly improved for active vs. sham at + post-intervention. Conclusion These results suggest pairing tDCS with cognitive + training enhances functional connectivity and working memory performance in + older adults, and thus may hold promise as a method for remediating age-related + cognitive decline. Future studies evaluating optimal dose and long-term effects + of tDCS on brain function will help to maximize potential clinical impacts + of tDCS paired with cognitive training in older adults. Clinical Trial Registration: + www.ClinicalTrials.gov, identifier NCT02137122.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00340/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6961663, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-12-16"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T19:08:58.248107+00:00", "analyses": + [{"id": "mKw3WPRryuYB", "user": null, "name": "MNI coordinates for each ROI + and radius of sphere.", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31998111-10-3389-fnagi-2019-00340-pmc6961663/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31998111-10-3389-fnagi-2019-00340-pmc6961663/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "MNI coordinates for each ROI + and radius of sphere.", "conditions": [], "weights": [], "points": [{"id": + "VQdnVD2aYCkV", "coordinates": [-37.75, 50.19, 13.6], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "G2WTg2oSSqAr", + "coordinates": [-46.26, 22.71, 18.6], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "zDm2MP9AhGUV", "coordinates": + [-37.09, -47.7, 45.58], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "rHXZSaufkB7b", "coordinates": [-26.32, 6.75, + 53.46], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "DtVQgQKeLCnh", "coordinates": [-45.96, 3.1, 38.47], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "a9JxfKM5szMr", + "coordinates": [-31.36, 21.11, 0.58], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "TnRs4nVycWGC", "coordinates": + [3.12, -69.09, -24.69], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "VkxFUtvkotXe", "coordinates": [44.53, 38.76, + 24.43], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "THhhe35f575w", "coordinates": [44.97, -45.49, 41.73], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "5rJXyojft58n", "coordinates": [31.96, 11.01, 49.8], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "RxyebVnfPCnJ", + "coordinates": [12.77, -63.71, 55.28], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "SsKtSh3tUoDz", "coordinates": + [35.58, 23.26, -3.01], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "LM6FLvkYarrV", "coordinates": [-0.588, 18.57, + 40.65], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}], "images": []}]}, {"id": "dvZXoTaieJdA", "created_at": "2025-12-03T18:06:08.549925+00:00", + "updated_at": null, "user": null, "name": "Independent Contributions of Dorsolateral + Prefrontal Structure and Function to Working Memory in Healthy Older Adults.", + "description": "Age-related differences in dorsolateral prefrontal cortex + (DLPFC) structure and function have each been linked to working memory. However, + few studies have integrated multimodal imaging to simultaneously investigate + relationships among structure, function, and cognition. We aimed to clarify + how specifically DLPFC structure and function contribute to working memory + in healthy older adults. In total, 138 participants aged 65-88 underwent 3\u00a0T + neuroimaging and were divided into higher and lower groups based on a median + split of in-scanner n-back task performance. Three a priori spherical DLPFC + regions of interest (ROIs) were used to quantify blood-oxygen-level-dependent + (BOLD) signal and FreeSurfer-derived surface area, cortical thickness, and + white matter volume. Binary logistic regressions adjusting for age, sex, education, + and scanner type revealed that greater left and right DLPFC BOLD signal predicted + the probability of higher performing group membership (P values<.05). Binary + logistic regressions also adjusting for total intracranial volume revealed + left DLPFC surface area that significantly predicted the probability of being + in the higher performing group (P\u2009=\u20090.017). The left DLPFC BOLD + signal and surface area were not significantly associated and did not significantly + interact to predict group membership (P values>.05). Importantly, this suggests + BOLD signal and surface area may independently contribute to working memory + performance in healthy older adults.", "publication": "Cerebral Cortex", "doi": + "10.1093/cercor/bhaa322", "pmid": "33188384", "authors": "N. Evangelista; + A. O''Shea; Jessica N. Kraft; Hanna K. Hausman; Emanuel M. Boutzoukas; N. + Nissim; Alejandro Albizu; Cheshire Hardcastle; Emily J. Van Etten; P. Bharadwaj; + Samantha G. Smith; Hyun Song; G. Hishaw; S. DeKosky; S. Wu; E. Porges; G. + Alexander; M. Marsiske; R. Cohen; A. Woods", "year": 2020, "metadata": {"slug": + "33188384-10-1093-cercor-bhaa322-pmc7869098", "source": "semantic_scholar", + "keywords": ["cognitive aging", "dorsolateral prefrontal cortex", "multimodal + neuroimaging", "structural and functional magnetic resonance imaging", "working + memory"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "23", "Year": "2020", "Month": "4", "@PubStatus": "received"}, {"Day": + "6", "Year": "2020", "Month": "10", "@PubStatus": "revised"}, {"Day": "7", + "Year": "2020", "Month": "10", "@PubStatus": "accepted"}, {"Day": "15", "Hour": + "6", "Year": "2020", "Month": "11", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "27", "Hour": "6", "Year": "2022", "Month": "1", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "14", "Hour": "5", "Year": "2020", "Month": "11", "Minute": + "29", "@PubStatus": "entrez"}, {"Day": "14", "Year": "2021", "Month": "11", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "33188384", "@IdType": "pubmed"}, {"#text": "PMC7869098", "@IdType": "pmc"}, + {"#text": "10.1093/cercor/bhaa322", "@IdType": "doi"}, {"#text": "5981727", + "@IdType": "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Aiken \u00a0LS, + West \u00a0SG, Reno \u00a0RR. 1991. Multiple regression: testing and interpreting + interactions. Nachdr. ed. Newbury Park, California: SAGE."}, {"Citation": + "Bachelard \u00a0HS 1979. Brain energy metabolism. Biochem Soc Trans. \u00a07:264\u2013264."}, + {"Citation": "Baddeley \u00a0A 1992. Working memory. Science. \u00a0255:556\u2013559.", + "ArticleIdList": {"ArticleId": {"#text": "1736359", "@IdType": "pubmed"}}}, + {"Citation": "Barbey \u00a0AK, Koenigs \u00a0M, Grafman \u00a0J. 2013. Dorsolateral + prefrontal contributions to human working memory. Cortex. \u00a049:1195\u20131205.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3495093", "@IdType": "pmc"}, + {"#text": "22789779", "@IdType": "pubmed"}]}}, {"Citation": "Barnes \u00a0J, + Ridgway \u00a0GR, Bartlett \u00a0J, Henley \u00a0SMD, Lehmann \u00a0M, Hobbs + \u00a0N, Clarkson \u00a0MJ, MacManus \u00a0DG, Ourselin \u00a0S, Fox \u00a0NC. + 2010. Head size, age and gender adjustment in MRI studies: a necessary nuisance? + \u00a0NeuroImage. \u00a053:1244\u20131255.", "ArticleIdList": {"ArticleId": + {"#text": "20600995", "@IdType": "pubmed"}}}, {"Citation": "Bizon \u00a0JL, + Foster \u00a0TC, Alexander \u00a0GE, Glisky \u00a0EL. 2012. Characterizing + cognitive aging of working memory and executive function in animal models. + Front Aging Neurosci. \u00a04:19.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3439637", "@IdType": "pmc"}, {"#text": "22988438", "@IdType": "pubmed"}]}}, + {"Citation": "Brickman \u00a0AM, Zimmerman \u00a0ME, Paul \u00a0RH, Grieve + \u00a0SM, Tate \u00a0DF, Cohen \u00a0RA, Williams \u00a0LM, Clark \u00a0CR, + Gordon \u00a0E. 2006. Regional white matter and neuropsychological functioning + across the adult lifespan. Biol Psychiatry. \u00a060:444\u2013453.", "ArticleIdList": + {"ArticleId": {"#text": "16616725", "@IdType": "pubmed"}}}, {"Citation": "Cabeza + \u00a0R 2002. Hemispheric asymmetry reduction in older adults: the HAROLD + model. Psychol Aging. \u00a017:85\u2013100.", "ArticleIdList": {"ArticleId": + {"#text": "11931290", "@IdType": "pubmed"}}}, {"Citation": "Cabeza \u00a0R, + Anderson \u00a0ND, Locantore \u00a0JK, McIntosh \u00a0AR. 2002. Aging gracefully: + compensatory brain activity in high-performing older adults. NeuroImage. \u00a017:1394\u20131402.", + "ArticleIdList": {"ArticleId": {"#text": "12414279", "@IdType": "pubmed"}}}, + {"Citation": "Cabeza \u00a0R, Albert \u00a0M, Belleville \u00a0S, Craik \u00a0FIM, + Duarte \u00a0A, Grady \u00a0CL, Lindenberger \u00a0U, Nyberg \u00a0L, Park + \u00a0DC, Reuter-Lorenz \u00a0PA \u00a0et al. \u00a02018. Maintenance, reserve + and compensation: the cognitive neuroscience of healthy ageing. Nat Rev Neurosci. + \u00a019:701\u2013710.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6472256", + "@IdType": "pmc"}, {"#text": "30305711", "@IdType": "pubmed"}]}}, {"Citation": + "Cieslik \u00a0EC, Zilles \u00a0K, Caspers \u00a0S, Roski \u00a0C, Kellermann + \u00a0TS, Jakobs \u00a0O, Langner \u00a0R, Laird \u00a0AR, Fox \u00a0PT, Eickhoff + \u00a0SB. 2013. Is there \u201cone\u201d DLPFC in cognitive action control? + Evidence for heterogeneity from co-activation-based parcellation. Cereb Cortex. + \u00a023:2677\u20132689.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3792742", + "@IdType": "pmc"}, {"#text": "22918987", "@IdType": "pubmed"}]}}, {"Citation": + "Courtney \u00a0SM, Petit \u00a0L, Haxby \u00a0JV, Ungerleider \u00a0LG. 1998. + The role of prefrontal cortex in working memory: examining the contents of + consciousness. Philos Trans R Soc B Biol Sci. \u00a0353:1819\u20131828.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1692423", "@IdType": "pmc"}, + {"#text": "9854254", "@IdType": "pubmed"}]}}, {"Citation": "Dale \u00a0AM, + Fischl \u00a0B, Sereno \u00a0MI. 1999. Cortical surface-based analysis.I. + segmentation and surface reconstruction. NeuroImage. \u00a09:179\u2013194.", + "ArticleIdList": {"ArticleId": {"#text": "9931268", "@IdType": "pubmed"}}}, + {"Citation": "Dale \u00a0AM, Sereno \u00a0MI. 1993. Improved localizadon of + cortical activity by combining EEG and MEG with MRI cortical surface reconstruction: + a linear approach. J Cogn Neurosci. \u00a05:162\u2013176.", "ArticleIdList": + {"ArticleId": {"#text": "23972151", "@IdType": "pubmed"}}}, {"Citation": "Dennis + \u00a0NA, Cabeza \u00a0R. 2011. Neuroimaging of healthy cognitive aging In: + The Handbook of Aging and Cognition. Routledge."}, {"Citation": "Dotson \u00a0VM, + Szymkowicz \u00a0SM, Sozda \u00a0CN, Kirton \u00a0JW, Green \u00a0ML, O\u2019Shea + \u00a0A, McLaren \u00a0ME, Anton \u00a0SD, Manini \u00a0TM, Woods \u00a0AJ. + 2016. Age differences in prefrontal surface area and thickness in middle aged + to older adults. Front Aging Neurosci. \u00a07:250.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC4717301", "@IdType": "pmc"}, {"#text": "26834623", "@IdType": + "pubmed"}]}}, {"Citation": "Du \u00a0A-T, Schuff \u00a0N, Kramer \u00a0JH, + Rosen \u00a0HJ, Gorno-Tempini \u00a0ML, Rankin \u00a0K, Miller \u00a0BL, Weiner + \u00a0MW. 2007. Different regional patterns of cortical thinning in Alzheimer\u2019s + disease and frontotemporal dementia. Brain J Neurol. \u00a0130:1159\u20131166.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1853284", "@IdType": "pmc"}, + {"#text": "17353226", "@IdType": "pubmed"}]}}, {"Citation": "Finn \u00a0ES, + Huber \u00a0L, Jangraw \u00a0DC, Molfese \u00a0PJ, Bandettini \u00a0PA. 2019. + Layer-dependent activity in human prefrontal cortex during working memory. + Nat Neurosci. \u00a022:1687\u20131695.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6764601", "@IdType": "pmc"}, {"#text": "31551596", "@IdType": "pubmed"}]}}, + {"Citation": "Fischl \u00a0B 2004. Automatically parcellating the human cerebral + cortex. Cereb Cortex. \u00a014:11\u201322.", "ArticleIdList": {"ArticleId": + {"#text": "14654453", "@IdType": "pubmed"}}}, {"Citation": "Fischl \u00a0B + 2012. FreeSurfer. NeuroImage. \u00a062:774\u2013781.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3685476", "@IdType": "pmc"}, {"#text": "22248573", "@IdType": + "pubmed"}]}}, {"Citation": "Fischl \u00a0B, Dale \u00a0AM. 2000. Measuring + the thickness of the human cerebral cortex from magnetic resonance images. + Proc Natl Acad Sci. \u00a097:11050\u201311055.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC27146", "@IdType": "pmc"}, {"#text": "10984517", "@IdType": + "pubmed"}]}}, {"Citation": "Fischl \u00a0B, Liu \u00a0A, Dale \u00a0AM. 2001. + Automated manifold surgery: constructing geometrically accurate topologically + correct models of the human cerebral cortex. IEEE Trans Med Imaging. \u00a020:70\u201380.", + "ArticleIdList": {"ArticleId": {"#text": "11293693", "@IdType": "pubmed"}}}, + {"Citation": "Fischl \u00a0B, Salat \u00a0DH, Busa \u00a0E, Albert \u00a0M, + Dieterich \u00a0M, Haselgrove \u00a0C, van der \u00a0Kouwe \u00a0A, Killiany + \u00a0R, Kennedy \u00a0D, Klaveness \u00a0S \u00a0et al. \u00a02002. Whole + brain segmentation. Neuron. \u00a033:341\u2013355.", "ArticleIdList": {"ArticleId": + {"#text": "11832223", "@IdType": "pubmed"}}}, {"Citation": "Fischl \u00a0B, + Salat \u00a0DH, van der \u00a0Kouwe \u00a0AJW, Makris \u00a0N, S\u00e9gonne + \u00a0F, Quinn \u00a0BT, Dale \u00a0AM. 2004. Sequence-independent segmentation + of magnetic resonance images. NeuroImage. \u00a023:S69\u2013S84.", "ArticleIdList": + {"ArticleId": {"#text": "15501102", "@IdType": "pubmed"}}}, {"Citation": "Fischl + \u00a0B, Sereno \u00a0MI, Dale \u00a0AM. 1999a. Cortical surface-based analysis. + NeuroImage. \u00a09:195\u2013207.", "ArticleIdList": {"ArticleId": {"#text": + "9931269", "@IdType": "pubmed"}}}, {"Citation": "Fischl \u00a0B, Sereno \u00a0MI, + Tootell \u00a0RB, Dale \u00a0AM. 1999b. High-resolution intersubject averaging + and a coordinate system for the cortical surface. Hum Brain Mapp. \u00a08:272\u2013284.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6873338", "@IdType": "pmc"}, + {"#text": "10619420", "@IdType": "pubmed"}]}}, {"Citation": "Funahashi \u00a0S + 2017. Working memory in the prefrontal cortex. Brain Sci. \u00a07:49.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC5447931", "@IdType": "pmc"}, {"#text": "28448453", + "@IdType": "pubmed"}]}}, {"Citation": "Glisky \u00a0E 2007. Changes in cognitive + function in human aging In: Riddle \u00a0D, editor. Brain aging. Boca Raton, + FL: CRC Press/Taylor & Francis, pp. 3\u201320.", "ArticleIdList": {"ArticleId": + {"#text": "21204355", "@IdType": "pubmed"}}}, {"Citation": "Goldman-Rakic + \u00a0PS 1995. Cellular basis of working memory. Neuron. \u00a014:477\u2013485.", + "ArticleIdList": {"ArticleId": {"#text": "7695894", "@IdType": "pubmed"}}}, + {"Citation": "Goldman-Rakic \u00a0PS 2011. Circuitry of primate prefrontal + cortex and regulation of behavior by representational memory In: Terjung \u00a0R, + editor. Comprehensive physiology. Hoboken. NJ, USA: John Wiley & Sons, Inc., + cp010509."}, {"Citation": "Golestani \u00a0AM, Miles \u00a0L, Babb \u00a0J, + Castellanos \u00a0FX, Malaspina \u00a0D, Lazar \u00a0M. 2014. Constrained + by our connections: white matter\u2019s key role in interindividual variability + in visual working memory capacity. J Neurosci. \u00a034:14913\u201314918.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4220025", "@IdType": "pmc"}, + {"#text": "25378158", "@IdType": "pubmed"}]}}, {"Citation": "Good \u00a0CD, + Johnsrude \u00a0IS, Ashburner \u00a0J, Henson \u00a0RNA, Friston \u00a0KJ, + Frackowiak \u00a0RSJ. 2001. A voxel-based morphometric study of ageing in + 465 normal adult human brains. NeuroImage. \u00a014:21\u201336.", "ArticleIdList": + {"ArticleId": {"#text": "11525331", "@IdType": "pubmed"}}}, {"Citation": "Guttmann + \u00a0CRG, Jolesz \u00a0FA, Kikinis \u00a0R, Killiany \u00a0RJ, Moss \u00a0MB, + Sandor \u00a0T, Albert \u00a0MS. 1998. White matter changes with normal aging. + Neurology. \u00a050:972\u2013978.", "ArticleIdList": {"ArticleId": {"#text": + "9566381", "@IdType": "pubmed"}}}, {"Citation": "Han \u00a0X, Jovicich \u00a0J, + Salat \u00a0D, van der \u00a0Kouwe \u00a0A, Quinn \u00a0B, Czanner \u00a0S, + Busa \u00a0E, Pacheco \u00a0J, Albert \u00a0M, Killiany \u00a0R \u00a0et al. + \u00a02006. Reliability of MRI-derived measurements of human cerebral cortical + thickness: the effects of field strength, scanner upgrade and manufacturer. + NeuroImage. \u00a032:180\u2013194.", "ArticleIdList": {"ArticleId": {"#text": + "16651008", "@IdType": "pubmed"}}}, {"Citation": "Heinzel \u00a0S, Lorenz + \u00a0RC, Brockhaus \u00a0W-R, Wustenberg \u00a0T, Kathmann \u00a0N, Heinz + \u00a0A, Rapp \u00a0MA. 2014. Working memory load-dependent brain response + predicts behavioral training gains in older adults. J Neurosci. \u00a034:1224\u20131233.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6705311", "@IdType": "pmc"}, + {"#text": "24453314", "@IdType": "pubmed"}]}}, {"Citation": "Iordan \u00a0AD, + Cooke \u00a0KA, Moored \u00a0KD, Katz \u00a0B, Buschkuehl \u00a0M, Jaeggi + \u00a0SM, Polk \u00a0TA, Peltier \u00a0SJ, Jonides \u00a0J, Reuter-Lorenz + \u00a0PA. 2020. Neural correlates of working memory training: evidence for + plasticity in older adults. NeuroImage. \u00a0217:116887.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC7755422", "@IdType": "pmc"}, {"#text": "32376302", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson \u00a0M, Beckmann \u00a0CF, + Behrens \u00a0TEJ, Woolrich \u00a0MW, Smith \u00a0SM. 2012. FSL. NeuroImage. + \u00a062:782\u2013790.", "ArticleIdList": {"ArticleId": {"#text": "21979382", + "@IdType": "pubmed"}}}, {"Citation": "Jovicich \u00a0J, Czanner \u00a0S, Greve + \u00a0D, Haley \u00a0E, van der \u00a0Kouwe \u00a0A, Gollub \u00a0R, Kennedy + \u00a0D, Schmitt \u00a0F, Brown \u00a0G, Macfall \u00a0J \u00a0et al. \u00a02006. + Reliability in multi-site structural MRI studies: effects of gradient non-linearity + correction on phantom and human data. NeuroImage. \u00a030:436\u2013443.", + "ArticleIdList": {"ArticleId": {"#text": "16300968", "@IdType": "pubmed"}}}, + {"Citation": "Kabani \u00a0N, Le Goualher \u00a0G, MacDonald \u00a0D, Evans + \u00a0AC. 2001. Measurement of cortical thickness using an automated 3-D algorithm: + a validation study. NeuroImage. \u00a013:375\u2013380.", "ArticleIdList": + {"ArticleId": {"#text": "11162277", "@IdType": "pubmed"}}}, {"Citation": "Lemaitre + \u00a0H, Goldman \u00a0AL, Sambataro \u00a0F, Verchinski \u00a0BA, Meyer-Lindenberg + \u00a0A, Weinberger \u00a0DR, Mattay \u00a0VS. 2012. Normal age-related brain + morphometric changes: nonuniformity across cortical thickness, surface area + and gray matter volume? \u00a0Neurobiol Aging. \u00a033:617.e1\u2013617.e9.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3026893", "@IdType": "pmc"}, + {"#text": "20739099", "@IdType": "pubmed"}]}}, {"Citation": "Liu \u00a0H, + Yang \u00a0Y, Xia \u00a0Y, Zhu \u00a0W, Leak \u00a0RK, Wei \u00a0Z, Wang \u00a0J, + Hu \u00a0X. 2017. Aging of cerebral white matter. Ageing Res Rev. \u00a034:64\u201376.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5250573", "@IdType": "pmc"}, + {"#text": "27865980", "@IdType": "pubmed"}]}}, {"Citation": "Maldjian \u00a0JA, + Laurienti \u00a0PJ, Burdette \u00a0JH. 2004. Precentral gyrus discrepancy + in electronic versions of the Talairach atlas. NeuroImage. \u00a021:450\u2013455.", + "ArticleIdList": {"ArticleId": {"#text": "14741682", "@IdType": "pubmed"}}}, + {"Citation": "Maldjian \u00a0JA, Laurienti \u00a0PJ, Kraft \u00a0RA, Burdette + \u00a0JH. 2003. An automated method for neuroanatomic and cytoarchitectonic + atlas-based interrogation of fMRI data sets. NeuroImage. \u00a019:1233\u20131239.", + "ArticleIdList": {"ArticleId": {"#text": "12880848", "@IdType": "pubmed"}}}, + {"Citation": "Nissim \u00a0NR, O\u2019Shea \u00a0AM, Bryant \u00a0V, Porges + \u00a0EC, Cohen \u00a0R, Woods \u00a0AJ. 2017. Frontal structural neural correlates + of working memory performance in older adults. Front Aging Neurosci. \u00a008:328.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5210770", "@IdType": "pmc"}, + {"#text": "28101053", "@IdType": "pubmed"}]}}, {"Citation": "Owen \u00a0AM, + McMillan \u00a0KM, Laird \u00a0AR, Bullmore \u00a0E. 2005. N-back working + memory paradigm: a meta-analysis of normative functional neuroimaging studies. + Hum Brain Mapp. \u00a025:46\u201359.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, + {"Citation": "Park \u00a0DC, Lautenschlager \u00a0G, Hedden \u00a0T, Davidson + \u00a0NS, Smith \u00a0AD, Smith \u00a0PK. 2002. Models of visuospatial and + verbal memory across the adult life span. Psychol Aging. \u00a017:299\u2013320.", + "ArticleIdList": {"ArticleId": {"#text": "12061414", "@IdType": "pubmed"}}}, + {"Citation": "Park \u00a0DC, Reuter-Lorenz \u00a0P. 2009. The adaptive brain: + aging and neurocognitive scaffolding. Annu Rev Psychol. \u00a060:173\u2013196.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3359129", "@IdType": "pmc"}, + {"#text": "19035823", "@IdType": "pubmed"}]}}, {"Citation": "Penny \u00a0W, + Friston \u00a0K, Ashburner \u00a0J, Kiebel \u00a0S, Nichols \u00a0T, editors. + 2007. Statistical parametric mapping: the analysis of funtional brain images. + 1st ed. Amsterdam; Boston: Elsevier/Academic Press."}, {"Citation": "Reuter + \u00a0M, Rosas \u00a0HD, Fischl \u00a0B. 2010. Highly accurate inverse consistent + registration: a robust approach. NeuroImage. \u00a053:1181\u20131196.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2946852", "@IdType": "pmc"}, {"#text": "20637289", + "@IdType": "pubmed"}]}}, {"Citation": "Reuter \u00a0M, Schmansky \u00a0NJ, + Rosas \u00a0HD, Fischl \u00a0B. 2012. Within-subject template estimation for + unbiased longitudinal image analysis. NeuroImage. \u00a061:1402\u20131418.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3389460", "@IdType": "pmc"}, + {"#text": "22430496", "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz + \u00a0PA, Park \u00a0DC. 2014. How does it STAC up? Revisiting the scaffolding + theory of aging and cognition. Neuropsychol Rev. \u00a024:355\u2013370.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4150993", "@IdType": "pmc"}, + {"#text": "25143069", "@IdType": "pubmed"}]}}, {"Citation": "Roberts \u00a0AW, + Ogunwole \u00a0SU, Blakeslee \u00a0L, Rabe \u00a0MA. \n2018. \nThe population + 65 years and older in the United States. 2016:25 Retrieved from https://www.census.gov/content/dam/Census/library/publications/2018/acs/ACS-38.pdf."}, + {"Citation": "Salat \u00a0DH 2004. Thinning of the cerebral cortex in aging. + Cereb Cortex. \u00a014:721\u2013730.", "ArticleIdList": {"ArticleId": {"#text": + "15054051", "@IdType": "pubmed"}}}, {"Citation": "Salat \u00a0DH, Kaye \u00a0JA, + Janowsky \u00a0JS. 1999. Prefrontal gray and white matter volumes in healthy + aging and Alzheimer disease. Arch Neurol. \u00a056:338.", "ArticleIdList": + {"ArticleId": {"#text": "10190825", "@IdType": "pubmed"}}}, {"Citation": "Salat + \u00a0DH, Kaye \u00a0JA, Janowsky \u00a0JS. 2001. Selective preservation and + degeneration within the prefrontal cortex in aging and Alzheimer disease. + Arch Neurol. \u00a058:1403.", "ArticleIdList": {"ArticleId": {"#text": "11559311", + "@IdType": "pubmed"}}}, {"Citation": "Schmitz \u00a0B, Wang \u00a0X, Barker + \u00a0PB, Pilatus \u00a0U, Bronzlik \u00a0P, Dadak \u00a0M, Kahl \u00a0KG, + Lanfermann \u00a0H, Ding \u00a0X-Q. 2018. Effects of aging on the human brain: + a proton and phosphorus MR spectroscopy study at 3T: H- and P-MRS study of + aging effects. J Neuroimaging. \u00a028:416\u2013421.", "ArticleIdList": {"ArticleId": + {"#text": "29630746", "@IdType": "pubmed"}}}, {"Citation": "Schneider-Garces + \u00a0NJ, Gordon \u00a0BA, Brumback-Peltz \u00a0CR, Shin \u00a0E, Lee \u00a0Y, + Sutton \u00a0BP, Maclin \u00a0EL, Gratton \u00a0G, Fabiani \u00a0M. 2010. + Span, CRUNCH, and beyond: working memory capacity and the aging brain. J Cogn + Neurosci. \u00a022:655\u2013669.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3666347", "@IdType": "pmc"}, {"#text": "19320550", "@IdType": "pubmed"}]}}, + {"Citation": "Schulze \u00a0ET, Geary \u00a0EK, Susmaras \u00a0TM, Paliga + \u00a0JT, Maki \u00a0PM, Little \u00a0DM. 2011. Anatomical correlates of age-related + working memory declines. J Aging Res. \u00a02011:1\u20139.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3228338", "@IdType": "pmc"}, {"#text": "22175019", + "@IdType": "pubmed"}]}}, {"Citation": "S\u00e9gonne \u00a0F, Pacheco \u00a0J, + Fischl \u00a0B. 2007. Geometrically accurate topology-correction of cortical + surfaces using nonseparating loops. IEEE Trans Med Imaging. \u00a026:518\u2013529.", + "ArticleIdList": {"ArticleId": {"#text": "17427739", "@IdType": "pubmed"}}}, + {"Citation": "Shefer \u00a0VF 1973. Absolute number of neurons and thickness + of the cerebral cortex during aging, senile and vascular dementia, and Pick\u2019s + and Alzheimer\u2019s diseases. Neurosci Behav Physiol. \u00a06:319\u2013324.", + "ArticleIdList": {"ArticleId": {"#text": "4781784", "@IdType": "pubmed"}}}, + {"Citation": "Smith \u00a0SM, Jenkinson \u00a0M, Woolrich \u00a0MW, Beckmann + \u00a0CF, Behrens \u00a0TEJ, Johansen-Berg \u00a0H, Bannister \u00a0PR, De + Luca \u00a0M, Drobnjak \u00a0I, Flitney \u00a0DE \u00a0et al. \u00a02004. + Advances in functional and structural MR image analysis and implementation + as FSL. NeuroImage. \u00a023(Suppl 1):S208\u2013S219.", "ArticleIdList": {"ArticleId": + {"#text": "15501092", "@IdType": "pubmed"}}}, {"Citation": "Spreng \u00a0RN, + Wojtowicz \u00a0M, Grady \u00a0CL. 2010. Reliable differences in brain activity + between young and old adults: a quantitative meta-analysis across multiple + cognitive domains. Neurosci Biobehav Rev. \u00a034:1178\u20131194.", "ArticleIdList": + {"ArticleId": {"#text": "20109489", "@IdType": "pubmed"}}}, {"Citation": "Stern + \u00a0Y, Hesdorffer \u00a0D, Sano \u00a0M, Mayeux \u00a0R. 1990. Measurement + and prediction of functional capacity in Alzheimer\u2019s disease. Neurology. + \u00a040:8\u20138.", "ArticleIdList": {"ArticleId": {"#text": "2296387", "@IdType": + "pubmed"}}}, {"Citation": "Suzuki \u00a0M, Kawagoe \u00a0T, Nishiguchi \u00a0S, + Abe \u00a0N, Otsuka \u00a0Y, Nakai \u00a0R, Asano \u00a0K, Yamada \u00a0M, + Yoshikawa \u00a0S, Sekiyama \u00a0K. 2018. Neural correlates of working memory + maintenance in advanced aging: evidence from fMRI. Front Aging Neurosci. \u00a010:358.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6232505", "@IdType": "pmc"}, + {"#text": "30459595", "@IdType": "pubmed"}]}}, {"Citation": "Wang \u00a0M, + Gamo \u00a0NJ, Yang \u00a0Y, Jin \u00a0LE, Wang \u00a0X-J, Laubach \u00a0M, + Mazer \u00a0JA, Lee \u00a0D, Arnsten \u00a0AFT. 2011. Neuronal basis of age-related + working memory decline. Nature. \u00a0476:210\u2013213.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3193794", "@IdType": "pmc"}, {"#text": "21796118", + "@IdType": "pubmed"}]}}, {"Citation": "Weintraub \u00a0S, Salmon \u00a0D, + Mercaldo \u00a0N, Ferris \u00a0S, Graff-Radford \u00a0NR, Chui \u00a0H, Cummings + \u00a0J, DeCarli \u00a0C, Foster \u00a0NL, Galasko \u00a0D \u00a0et al. \u00a02009. + The Alzheimer\u2019s disease Centers\u2019 uniform data set (UDS): the neuropsychologic + test battery. Alzheimer Dis Assoc Disord. \u00a023:91\u2013101.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2743984", "@IdType": "pmc"}, {"#text": "19474567", + "@IdType": "pubmed"}]}}, {"Citation": "Whitfield-Gabrieli \u00a0S, Nieto-Castanon + \u00a0A. 2012. Conn: a functional connectivity toolbox for correlated and + anticorrelated brain networks. Brain Connect. \u00a02:125\u2013141.", "ArticleIdList": + {"ArticleId": {"#text": "22642651", "@IdType": "pubmed"}}}, {"Citation": "Woods + \u00a0AJ, Cohen \u00a0R, Marsiske \u00a0M, Alexander \u00a0GE, Czaja \u00a0SJ, + Wu \u00a0S. 2018. Augmenting cognitive training in older adults (the ACT study): + design and methods of a phase III tDCS and cognitive training trial. Contemp + Clin Trials. \u00a065:19\u201332.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5803439", "@IdType": "pmc"}, {"#text": "29313802", "@IdType": "pubmed"}]}}, + {"Citation": "Yam \u00a0A, Marsiske \u00a0M. 2013. Cognitive longitudinal + predictors of older adults\u2019 self-reported IADL function. J Aging Health. + \u00a025:163S\u2013185S.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3882335", + "@IdType": "pmc"}, {"#text": "24385635", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "33188384", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "1460-2199", "@IssnType": "Electronic"}, "Title": "Cerebral cortex + (New York, N.Y. : 1991)", "JournalIssue": {"Issue": "3", "Volume": "31", "PubDate": + {"Day": "05", "Year": "2021", "Month": "Feb"}, "@CitedMedium": "Internet"}, + "ISOAbbreviation": "Cereb Cortex"}, "Abstract": {"AbstractText": "Age-related + differences in dorsolateral prefrontal cortex (DLPFC) structure and function + have each been linked to working memory. However, few studies have integrated + multimodal imaging to simultaneously investigate relationships among structure, + function, and cognition. We aimed to clarify how specifically DLPFC structure + and function contribute to working memory in healthy older adults. In total, + 138 participants aged 65-88 underwent 3\u00a0T neuroimaging and were divided + into higher and lower groups based on a median split of in-scanner n-back + task performance. Three a priori spherical DLPFC regions of interest (ROIs) + were used to quantify blood-oxygen-level-dependent (BOLD) signal and FreeSurfer-derived + surface area, cortical thickness, and white matter volume. Binary logistic + regressions adjusting for age, sex, education, and scanner type revealed that + greater left and right DLPFC BOLD signal predicted the probability of higher + performing group membership (P values<.05). Binary logistic regressions also + adjusting for total intracranial volume revealed left DLPFC surface area that + significantly predicted the probability of being in the higher performing + group (P\u2009=\u20090.017). The left DLPFC BOLD signal and surface area were + not significantly associated and did not significantly interact to predict + group membership (P values>.05). Importantly, this suggests BOLD signal and + surface area may independently contribute to working memory performance in + healthy older adults.", "CopyrightInformation": "\u00a9 The Author(s) 2020. + Published by Oxford University Press. All rights reserved. For permissions, + please e-mail: journals.permission@oup.com."}, "Language": "eng", "@PubModel": + "Print", "GrantList": {"Grant": [{"Agency": "NIAAA NIH HHS", "Acronym": "AA", + "Country": "United States", "GrantID": "K01 AA025306"}, {"Agency": "NHLBI + NIH HHS", "Acronym": "HL", "Country": "United States", "GrantID": "T32 HL134621"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "R01 AG054077"}, {"Agency": "NIH HHS", "Acronym": "OD", "Country": "United + States", "GrantID": "S10 OD021726"}, {"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "K01 AG050707"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "T32 AG020499"}], + "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Nicole D", "Initials": "ND", "LastName": "Evangelista", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory Clinical Translational + Research, McKnight Brain Institute, University of Florida, Gainesville, FL, + 32611, USA."}, {"Affiliation": "Department of Clinical and Health Psychology, + College of Public Health and Health Professions, University of Florida, Gainesville, + FL, 32611, USA."}]}, {"@ValidYN": "Y", "ForeName": "Andrew", "Initials": "A", + "LastName": "O''Shea", "AffiliationInfo": [{"Affiliation": "Center for Cognitive + Aging and Memory Clinical Translational Research, McKnight Brain Institute, + University of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA."}]}, {"@ValidYN": "Y", + "ForeName": "Jessica N", "Initials": "JN", "LastName": "Kraft", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory Clinical Translational + Research, McKnight Brain Institute, University of Florida, Gainesville, FL, + 32611, USA."}, {"Affiliation": "Department of Neuroscience, College of Medicine, + University of Florida."}]}, {"@ValidYN": "Y", "ForeName": "Hanna K", "Initials": + "HK", "LastName": "Hausman", "AffiliationInfo": [{"Affiliation": "Center for + Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": + "Department of Clinical and Health Psychology, College of Public Health and + Health Professions, University of Florida, Gainesville, FL, 32611, USA."}]}, + {"@ValidYN": "Y", "ForeName": "Emanuel M", "Initials": "EM", "LastName": "Boutzoukas", + "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging and Memory + Clinical Translational Research, McKnight Brain Institute, University of Florida, + Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of Clinical and + Health Psychology, College of Public Health and Health Professions, University + of Florida, Gainesville, FL, 32611, USA."}]}, {"@ValidYN": "Y", "ForeName": + "Nicole R", "Initials": "NR", "LastName": "Nissim", "AffiliationInfo": {"Affiliation": + "Department of Neurology, University of Pennsylvania, Philadelphia, PA, 19104, + USA."}}, {"@ValidYN": "Y", "ForeName": "Alejandro", "Initials": "A", "LastName": + "Albizu", "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging + and Memory Clinical Translational Research, McKnight Brain Institute, University + of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of + Neuroscience, College of Medicine, University of Florida."}]}, {"@ValidYN": + "Y", "ForeName": "Cheshire", "Initials": "C", "LastName": "Hardcastle", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory Clinical Translational + Research, McKnight Brain Institute, University of Florida, Gainesville, FL, + 32611, USA."}, {"Affiliation": "Department of Clinical and Health Psychology, + College of Public Health and Health Professions, University of Florida, Gainesville, + FL, 32611, USA."}]}, {"@ValidYN": "Y", "ForeName": "Emily J", "Initials": + "EJ", "LastName": "Van Etten", "AffiliationInfo": {"Affiliation": "Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA."}}, {"@ValidYN": "Y", "ForeName": "Pradyumna K", "Initials": + "PK", "LastName": "Bharadwaj", "AffiliationInfo": {"Affiliation": "Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA."}}, {"@ValidYN": "Y", "ForeName": "Samantha G", "Initials": + "SG", "LastName": "Smith", "AffiliationInfo": {"Affiliation": "Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA."}}, {"@ValidYN": "Y", "ForeName": "Hyun", "Initials": "H", + "LastName": "Song", "AffiliationInfo": {"Affiliation": "Department of Psychology + and McKnight Brain Institute, University of Arizona, Tucson, AZ, 85721, USA."}}, + {"@ValidYN": "Y", "ForeName": "Georg A", "Initials": "GA", "LastName": "Hishaw", + "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Department of + Neurology, College of Medicine, University of Arizona, Tucson, AZ, 85721, + USA."}}, {"@ValidYN": "Y", "ForeName": "Steven", "Initials": "S", "LastName": + "DeKosky", "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging + and Memory Clinical Translational Research, McKnight Brain Institute, University + of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of + Neurology, College of Medicine, University of Florida."}]}, {"@ValidYN": "Y", + "ForeName": "Samuel", "Initials": "S", "LastName": "Wu", "AffiliationInfo": + {"Affiliation": "Department of Biostatistics, College of Public Health and + Health Professions, College of Medicine, University of Florida, Gainesville, + FL, 32611, USA."}}, {"@ValidYN": "Y", "ForeName": "Eric", "Initials": "E", + "LastName": "Porges", "AffiliationInfo": [{"Affiliation": "Center for Cognitive + Aging and Memory Clinical Translational Research, McKnight Brain Institute, + University of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA."}]}, {"@ValidYN": "Y", + "ForeName": "Gene E", "Initials": "GE", "LastName": "Alexander", "AffiliationInfo": + [{"Affiliation": "Department of Psychology and McKnight Brain Institute, University + of Arizona, Tucson, AZ, 85721, USA."}, {"Affiliation": "Brain Imaging, Behavior + and Aging Laboratory, Departments of Psychology and Psychiatry, Neuroscience + and Physiological Sciences Graduate Interdisciplinary Programs, BIO5 Institute + and McKnight Brain Institute, University of Arizona, Tucson, AZ, 85721, USA."}]}, + {"@ValidYN": "Y", "ForeName": "Michael", "Initials": "M", "LastName": "Marsiske", + "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging and Memory + Clinical Translational Research, McKnight Brain Institute, University of Florida, + Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of Clinical and + Health Psychology, College of Public Health and Health Professions, University + of Florida, Gainesville, FL, 32611, USA."}]}, {"@ValidYN": "Y", "ForeName": + "Ronald", "Initials": "R", "LastName": "Cohen", "AffiliationInfo": [{"Affiliation": + "Center for Cognitive Aging and Memory Clinical Translational Research, McKnight + Brain Institute, University of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": + "Department of Clinical and Health Psychology, College of Public Health and + Health Professions, University of Florida, Gainesville, FL, 32611, USA."}]}, + {"@ValidYN": "Y", "ForeName": "Adam J", "Initials": "AJ", "LastName": "Woods", + "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging and Memory + Clinical Translational Research, McKnight Brain Institute, University of Florida, + Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of Clinical and + Health Psychology, College of Public Health and Health Professions, University + of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of + Neuroscience, College of Medicine, University of Florida."}]}], "@CompleteYN": + "Y"}, "Pagination": {"EndPage": "1743", "StartPage": "1732", "MedlinePgn": + "1732-1743"}, "ELocationID": {"#text": "10.1093/cercor/bhaa322", "@EIdType": + "doi", "@ValidYN": "Y"}, "ArticleTitle": "Independent Contributions of Dorsolateral + Prefrontal Structure and Function to Working Memory in Healthy Older Adults.", + "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", "#text": "Journal + Article"}, {"@UI": "D052061", "#text": "Research Support, N.I.H., Extramural"}, + {"@UI": "D013485", "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": + {"Day": "15", "Year": "2025", "Month": "03"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "cognitive aging", "@MajorTopicYN": "N"}, {"#text": + "dorsolateral prefrontal cortex", "@MajorTopicYN": "N"}, {"#text": "multimodal + neuroimaging", "@MajorTopicYN": "N"}, {"#text": "structural and functional + magnetic resonance imaging", "@MajorTopicYN": "N"}, {"#text": "working memory", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "24", "Year": "2022", "Month": + "01"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000369", "#text": "Aged, 80 and over", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", + "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D001931", "#text": "Brain + Mapping", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D000087643", + "#text": "Dorsolateral Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000379", "#text": "methods", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United States", + "MedlineTA": "Cereb Cortex", "ISSNLinking": "1047-3211", "NlmUniqueID": "9110718"}}}, + "semantic_scholar": {"year": 2020, "title": "Independent Contributions of + Dorsolateral Prefrontal Structure and Function to Working Memory in Healthy + Older Adults.", "venue": "Cerebral Cortex", "authors": [{"name": "N. Evangelista", + "authorId": "34566342"}, {"name": "A. O''Shea", "authorId": "1393654628"}, + {"name": "Jessica N. Kraft", "authorId": "1470685254"}, {"name": "Hanna K. + Hausman", "authorId": "89689306"}, {"name": "Emanuel M. Boutzoukas", "authorId": + "12589342"}, {"name": "N. Nissim", "authorId": "40030163"}, {"name": "Alejandro + Albizu", "authorId": "51915887"}, {"name": "Cheshire Hardcastle", "authorId": + "9804778"}, {"name": "Emily J. Van Etten", "authorId": "113257771"}, {"name": + "P. Bharadwaj", "authorId": "32015415"}, {"name": "Samantha G. Smith", "authorId": + "2111235309"}, {"name": "Hyun Song", "authorId": "146936151"}, {"name": "G. + Hishaw", "authorId": "6546102"}, {"name": "S. DeKosky", "authorId": "3156078"}, + {"name": "S. Wu", "authorId": "143919744"}, {"name": "E. Porges", "authorId": + "5388749"}, {"name": "G. Alexander", "authorId": "34776743"}, {"name": "M. + Marsiske", "authorId": "1743490"}, {"name": "R. Cohen", "authorId": "152864616"}, + {"name": "A. Woods", "authorId": "2856044"}], "paperId": "160e158364df453305ac097951a570f76beea42a", + "abstract": "Age-related differences in dorsolateral prefrontal cortex (DLPFC) + structure and function have each been linked to working memory. However, few + studies have integrated multimodal imaging to simultaneously investigate relationships + among structure, function, and cognition. We aimed to clarify how specifically + DLPFC structure and function contribute to working memory in healthy older + adults. In total, 138 participants aged 65-88 underwent 3\u00a0T neuroimaging + and were divided into higher and lower groups based on a median split of in-scanner + n-back task performance. Three a priori spherical DLPFC regions of interest + (ROIs) were used to quantify blood-oxygen-level-dependent (BOLD) signal and + FreeSurfer-derived surface area, cortical thickness, and white matter volume. + Binary logistic regressions adjusting for age, sex, education, and scanner + type revealed that greater left and right DLPFC BOLD signal predicted the + probability of higher performing group membership (P values<.05). Binary logistic + regressions also adjusting for total intracranial volume revealed left DLPFC + surface area that significantly predicted the probability of being in the + higher performing group (P\u2009=\u20090.017). The left DLPFC BOLD signal + and surface area were not significantly associated and did not significantly + interact to predict group membership (P values>.05). Importantly, this suggests + BOLD signal and surface area may independently contribute to working memory + performance in healthy older adults.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7869098", "status": + "GREEN", "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1093/cercor/bhaa322?email= + or https://doi.org/10.1093/cercor/bhaa322, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2020-11-14"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T18:10:43.786313+00:00", "analyses": [{"id": "jJ3MLhiNBeG9", "user": + null, "name": "Left DLPFC", "metadata": {"table": {"table_number": 1, "table_metadata": + {"label": "Table 1", "position": 2, "n_activations": 3}, "original_table_id": + "1"}, "table_metadata": {"label": "Table 1", "position": 2, "n_activations": + 3}, "sanitized_table_id": "1"}, "description": "", "conditions": [], "weights": + [], "points": [{"id": "YGsAud5x8xzw", "coordinates": [-37.75, 50.19, 13.6], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "KMh5SaGRyuLr", "coordinates": [-46.26, 22.71, 18.6], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}, {"id": "x5Wpn6YTrAwZ", "user": null, "name": "Right DLPFC", "metadata": + {"table": {"table_number": 1, "table_metadata": {"label": "Table 1", "position": + 2, "n_activations": 3}, "original_table_id": "1"}, "table_metadata": {"label": + "Table 1", "position": 2, "n_activations": 3}, "sanitized_table_id": "1"}, + "description": "", "conditions": [], "weights": [], "points": [{"id": "NuMpRSfuW7Lf", + "coordinates": [44.53, 38.76, 24.43], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}]}, {"id": "eJGXCqvZxzoM", + "created_at": "2025-12-05T04:51:59.441429+00:00", "updated_at": null, "user": + null, "name": "Task-Switching Performance Improvements After Tai Chi Chuan + Training Are Associated With Greater Prefrontal Activation in Older Adults", + "description": "Studies have shown that Tai Chi Chuan (TCC) training has benefits + on task-switching ability. However, the neural correlates underlying the effects + of TCC training on task-switching ability remain unclear. Using task-related + functional magnetic resonance imaging (fMRI) with a numerical Stroop paradigm, + we investigated changes of prefrontal brain activation and behavioral performance + during task-switching before and after TCC training and examined the relationships + between changes in brain activation and task-switching behavioral performance. + Cognitively normal older adults were randomly assigned to either the TCC or + control (CON) group. Over a 12-week period, the TCC group received three 60-min + sessions of Yang-style TCC training weekly, whereas the CON group only received + one telephone consultation biweekly and did not alter their life style. All + participants underwent assessments of physical functions and neuropsychological + functions of task-switching, and fMRI scans, before and after the intervention. + Twenty-six (TCC, N = 16; CON, N = 10) participants completed the entire experimental + procedure. We found significant group by time interaction effects on behavioral + and brain activation measures. Specifically, the TCC group showed improved + physical function, decreased errors on task-switching performance, and increased + left superior frontal activation for Switch > Non-switch contrast from pre- + to post-intervention, that were not seen in the CON group. Intriguingly, TCC + participants with greater prefrontal activation increases in the switch condition + from pre- to post-intervention presented greater reductions in task-switching + errors. These findings suggest that TCC training could potentially provide + benefits to some, although not all, older adults to enhance the function of + their prefrontal activations during task-switching.", "publication": "Frontiers + in Aging Neuroscience", "doi": "10.3389/fnagi.2018.00280", "pmid": "30319391", + "authors": "Meng-Tien Wu; P. Tang; J. Goh; Tai-Li Chou; Yu-Kai Chang; Y. Hsu; + Yu\u2010Jen Chen; N. Chen; W. Tseng; S. Gau; M. Chiu; C. Lan", "year": 2018, + "metadata": {"slug": "30319391-10-3389-fnagi-2018-00280-pmc6165861", "source": + "semantic_scholar", "keywords": ["Tai Chi Chuan", "aging", "cognition", "executive + function", "exercise intervention", "functional neuroimaging"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "13", "Year": + "2017", "Month": "9", "@PubStatus": "received"}, {"Day": "28", "Year": "2018", + "Month": "8", "@PubStatus": "accepted"}, {"Day": "16", "Hour": "6", "Year": + "2018", "Month": "10", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "16", + "Hour": "6", "Year": "2018", "Month": "10", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "16", "Hour": "6", "Year": "2018", "Month": "10", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2018", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "30319391", "@IdType": "pubmed"}, + {"#text": "PMC6165861", "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2018.00280", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Blackwood + J., Shubert T., Forgarty K., Chase C. (2016). Relationships between performance + on assessments of executive function and fall risk screening measures in community-dwelling + older adults. J. Geriatr. Phys. Ther. 39, 89\u201396. 10.1519/JPT.0000000000000056", + "ArticleIdList": {"ArticleId": [{"#text": "10.1519/JPT.0000000000000056", + "@IdType": "doi"}, {"#text": "26050194", "@IdType": "pubmed"}]}}, {"Citation": + "Bohannon R. W., Larkin P. A., Cook A. C., Gear J., Singer J. (1984). Decrease + in timed balance test scores with aging. Phys. Ther. 64, 1067\u20131070. 10.1093/ptj/64.7.1067", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/ptj/64.7.1067", "@IdType": + "doi"}, {"#text": "6739548", "@IdType": "pubmed"}]}}, {"Citation": "Brass + M., Zysset S., von Cramon D. Y. (2001). The inhibition of imitative response + tendencies. Neuroimage 14, 1416\u20131423. 10.1006/nimg.2001.0944", "ArticleIdList": + {"ArticleId": [{"#text": "10.1006/nimg.2001.0944", "@IdType": "doi"}, {"#text": + "11707097", "@IdType": "pubmed"}]}}, {"Citation": "Braver T. S., Reynolds + J. R., Donaldson D. I. (2003). Neural mechanisms of transient and sustained + cognitive control during task switching. Neuron 39, 713\u2013726. 10.1016/s0896-6273(03)00466-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0896-6273(03)00466-5", + "@IdType": "doi"}, {"#text": "12925284", "@IdType": "pubmed"}]}}, {"Citation": + "Brett M., Anton J.-L., Valabregue R., Poline J.-B. (2002). Region of interest + analysis using an SPM toolbox. Neuroimage 16, 1140\u20131141. 10.1016/S1053-8119(02)90013-3", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/S1053-8119(02)90013-3", + "@IdType": "doi"}}}, {"Citation": "Brooks D., Solway S., Gibbons W. J. (2003). + ATS statement on six-minute walk test. Am. J. Respir. Crit. Care Med. 167:1287. + 10.1164/ajrccm.167.9.950", "ArticleIdList": {"ArticleId": [{"#text": "10.1164/ajrccm.167.9.950", + "@IdType": "doi"}, {"#text": "12714344", "@IdType": "pubmed"}]}}, {"Citation": + "Buchsbaum B. R., Greer S., Chang W. L., Berman K. F. (2005). Meta-analysis + of neuroimaging studies of the Wisconsin card-sorting task and component processes. + Hum. Brain Mapp. 25, 35\u201345. 10.1002/hbm.20128", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20128", "@IdType": "doi"}, {"#text": "PMC6871753", + "@IdType": "pmc"}, {"#text": "15846821", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R., Dennis N. A. (2013). \u201cFrontal lobes and aging: deterioration + and compensation,\u201d in Principles of Frontal Lobe Function, eds Stuss + I. D. T., Knight R. T. (New York, NY: Oxford University Press; ), 628\u2013652."}, + {"Citation": "Chan A. W., Yu D. S., Choi K. C. (2017). Effects of Tai Chi + Qigong on psychosocial well-being among hidden elderly, using elderly neighborhood + volunteer approach: a pilot randomized controlled trial. Clin. Interv. Aging + 12, 85\u201396. 10.2147/CIA.S124604", "ArticleIdList": {"ArticleId": [{"#text": + "10.2147/CIA.S124604", "@IdType": "doi"}, {"#text": "PMC5221552", "@IdType": + "pmc"}, {"#text": "28115837", "@IdType": "pubmed"}]}}, {"Citation": "Chang + Y.-K., Nien Y.-H., Chen A.-G., Yan J. (2014). Tai Ji Quan, the brain, and + cognition in older adults. J. Sport Health Sci. 3, 36\u201342. 10.1016/j.jshs.2013.09.003", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.jshs.2013.09.003", "@IdType": + "doi"}}}, {"Citation": "Colcombe S., Kramer A. F. (2003). Fitness effects + on the cognitive function of older adults: a meta-analytic study. Psychol. + Sci. 14, 125\u2013130. 10.1111/1467-9280.t01-1-01430", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/1467-9280.t01-1-01430", "@IdType": "doi"}, {"#text": "12661673", + "@IdType": "pubmed"}]}}, {"Citation": "Colcombe S. J., Kramer A. F., Erickson + K. I., Scalf P., McAuley E., Cohen N. J., et al. . (2004). Cardiovascular + fitness, cortical plasticity, and aging. Proc. Natl. Acad. Sci. U S A 101, + 3316\u20133321. 10.1073/pnas.0400266101", "ArticleIdList": {"ArticleId": [{"#text": + "10.1073/pnas.0400266101", "@IdType": "doi"}, {"#text": "PMC373255", "@IdType": + "pmc"}, {"#text": "14978288", "@IdType": "pubmed"}]}}, {"Citation": "Crone + E. A., Wendelken C., Donohue S. E., Bunge S. A. (2006). Neural evidence for + dissociable components of task-switching. Cereb. Cortex 16, 475\u2013486. + 10.1093/cercor/bhi127", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhi127", + "@IdType": "doi"}, {"#text": "16000652", "@IdType": "pubmed"}]}}, {"Citation": + "Cutini S., Scatturin P., Menon E., Bisiacchi P. S., Gamberini L., Zorzi M., + et al. . (2008). Selective activation of the superior frontal gyrus in task-switching: + an event-related fNIRS study. Neuroimage 42, 945\u2013955. 10.1016/j.neuroimage.2008.05.013", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.05.013", + "@IdType": "doi"}, {"#text": "18586525", "@IdType": "pubmed"}]}}, {"Citation": + "DiGirolamo G. J., Kramer A. F., Barad V., Cepeda N. J., Weissman D. H., Milham + M. P., et al. . (2001). General and task-specific frontal lobe recruitment + in older adults during executive processes: a fMRI investigation of task-switching. + Neuroreport 12, 2065\u20132071. 10.1097/00001756-200107030-00054", "ArticleIdList": + {"ArticleId": [{"#text": "10.1097/00001756-200107030-00054", "@IdType": "doi"}, + {"#text": "11435947", "@IdType": "pubmed"}]}}, {"Citation": "Dite W., Temple + V. A. (2002). A clinical test of stepping and change of direction to identify + multiple falling older adults. Arch. Phys. Med. Rehabil. 83, 1566\u20131571. + 10.1053/apmr.2002.35469", "ArticleIdList": {"ArticleId": [{"#text": "10.1053/apmr.2002.35469", + "@IdType": "doi"}, {"#text": "12422327", "@IdType": "pubmed"}]}}, {"Citation": + "Dove A., Pollmann S., Schubert T., Wiggins C. J., Yves von Cramon D. (2000). + Prefrontal cortex activation in task switching: an event-related fMRI study. + Cogn. Brain Res. 9, 103\u2013109. 10.1016/s0926-6410(99)00029-4", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/s0926-6410(99)00029-4", "@IdType": "doi"}, + {"#text": "10666562", "@IdType": "pubmed"}]}}, {"Citation": "du Boisgueheneuc + F., Levy R., Volle E., Seassau M., Duffau H., Kinkingnehun S., et al. . (2006). + Functions of the left superior frontal gyrus in humans: a lesion study. Brain + 129, 3315\u20133328. 10.1093/brain/awl244", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/brain/awl244", "@IdType": "doi"}, {"#text": "16984899", + "@IdType": "pubmed"}]}}, {"Citation": "Eggenberger P., Wolf M., Schumann M., + de Bruin E. D. (2016). Exergame and balance training modulate prefrontal brain + activity during walking and enhance executive function in older adults. Front. + Aging Neurosci. 8:66. 10.3389/fnagi.2016.00066", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2016.00066", "@IdType": "doi"}, {"#text": "PMC4828439", + "@IdType": "pmc"}, {"#text": "27148041", "@IdType": "pubmed"}]}}, {"Citation": + "Elias L. J., Bryden M. P., Bulman-Fleming M. B. (1998). Footedness is a better + predictor than is handedness of emotional lateralization. Neuropsychologia + 36, 37\u201343. 10.1016/s0028-3932(97)00107-3", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/s0028-3932(97)00107-3", "@IdType": "doi"}, {"#text": "9533385", + "@IdType": "pubmed"}]}}, {"Citation": "Faul F., Erdfelder E., Buchner A., + Lang A. G. (2009). Statistical power analyses using G*Power 3.1: tests for + correlation and regression analyses. Behav. Res. Methods 41, 1149\u20131160. + 10.3758/brm.41.4.1149", "ArticleIdList": {"ArticleId": [{"#text": "10.3758/brm.41.4.1149", + "@IdType": "doi"}, {"#text": "19897823", "@IdType": "pubmed"}]}}, {"Citation": + "Fong D. Y., Chi L. K., Li F., Chang Y. K. (2014). The benefits of endurance + exercise and Tai Chi Chuan for the task-switching aspect of executive function + in older adults: an ERP study. Front. Aging Neurosci. 6:295. 10.3389/fnagi.2014.00295", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2014.00295", "@IdType": + "doi"}, {"#text": "PMC4211410", "@IdType": "pmc"}, {"#text": "25389403", "@IdType": + "pubmed"}]}}, {"Citation": "Fray J. P., Robbins W. T., Sahakian J. B. (1996). + Neuorpsychiatyric applications of CANTAB. Int. J. Geriatr. Psychiatry 11, + 329\u2013336. 10.1002/(sici)1099-1166(199604)11:4<329::aid-gps453>3.3.co;2-y", + "ArticleIdList": {"ArticleId": {"#text": "10.1002/(sici)1099-1166(199604)11:4<329::aid-gps453>3.3.co;2-y", + "@IdType": "doi"}}}, {"Citation": "Fu C., Li Z., Mao Z. (2018). Association + between social activities and cognitive function among the elderly in China: + a cross-sectional study. Int. J. Environ. Res. Public Health 15:E231. 10.3390/ijerph15020231", + "ArticleIdList": {"ArticleId": [{"#text": "10.3390/ijerph15020231", "@IdType": + "doi"}, {"#text": "PMC5858300", "@IdType": "pmc"}, {"#text": "29385773", "@IdType": + "pubmed"}]}}, {"Citation": "Garavan H., Ross T. J., Stein E. A. (1999). Right + hemispheric dominance of inhibitory control: an event-related functional MRI + study. Proc. Natl. Acad. Sci. U S A 96, 8301\u20138306. 10.1073/pnas.96.14.8301", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.96.14.8301", "@IdType": + "doi"}, {"#text": "PMC22229", "@IdType": "pmc"}, {"#text": "10393989", "@IdType": + "pubmed"}]}}, {"Citation": "Garber C. E., Blissmer B., Deschenes M. R., Franklin + B. A., Lamonte M. J., Lee I. M., et al. . (2011). Quantity and quality of + exercise for developing and maintaining cardiorespiratory, musculoskeletal, + and neuromotor fitness in apparently healthy adults: guidance for prescribing + exercise. Med. Sci. Sports Exerc. 43, 1334\u20131359. 10.1249/mss.0b013e318213fefb", + "ArticleIdList": {"ArticleId": [{"#text": "10.1249/mss.0b013e318213fefb", + "@IdType": "doi"}, {"#text": "21694556", "@IdType": "pubmed"}]}}, {"Citation": + "Gazes Y., Rakitin B. C., Habeck C., Steffener J., Stern Y. (2012). Age differences + of multivariate network expressions during task-switching and their associations + with behavior. Neuropsychologia 50, 3509\u20133518. 10.1016/j.neuropsychologia.2012.09.039", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2012.09.039", + "@IdType": "doi"}, {"#text": "PMC3518579", "@IdType": "pmc"}, {"#text": "23022432", + "@IdType": "pubmed"}]}}, {"Citation": "Glei D. A., Landau D. A., Goldman N., + Chuang Y. L., Rodriguez G., Weinstein M. (2005). Participating in social activities + helps preserve cognitive function: an analysis of a longitudinal, population-based + study of the elderly. Int. J. Epidemiol. 34, 864\u2013871. 10.1093/ije/dyi049", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/ije/dyi049", "@IdType": + "doi"}, {"#text": "15764689", "@IdType": "pubmed"}]}}, {"Citation": "Gold + B. T., Powell D. K., Xuan L., Jicha G. A., Smith C. D. (2010). Age-related + slowing of task switching is associated with decreased integrity of frontoparietal + white matter. Neurobiol. Aging 31, 512\u2013522. 10.1016/j.neurobiolaging.2008.04.005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2008.04.005", + "@IdType": "doi"}, {"#text": "PMC2815097", "@IdType": "pmc"}, {"#text": "18495298", + "@IdType": "pubmed"}]}}, {"Citation": "Gothe N. P., Fanning J., Awick E., + Chung D., Wojcicki T. R., Olson E. A., et al. . (2014). Executive function + processes predict mobility outcomes in older adults. J. Am. Geriatr. Soc. + 62, 285\u2013290. 10.1111/jgs.12654", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/jgs.12654", "@IdType": "doi"}, {"#text": "PMC3927159", "@IdType": + "pmc"}, {"#text": "24521364", "@IdType": "pubmed"}]}}, {"Citation": "Hakun + J. G., Zhu Z., Johnson N. F., Gold B. T. (2015). Evidence for reduced efficiency + and successful compensation in older adults during task switching. Cortex + 64, 352\u2013362. 10.1016/j.cortex.2014.12.006", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cortex.2014.12.006", "@IdType": "doi"}, {"#text": "PMC4346415", + "@IdType": "pmc"}, {"#text": "25614233", "@IdType": "pubmed"}]}}, {"Citation": + "Hawkes T. D., Siu K. C., Silsupadol P., Woollacott M. H. (2012). Why does + older adults\u2019 balance become less stable when walking and performing + a secondary task? Examination of attentional switching abilities. Gait Posture + 35, 159\u2013163. 10.1016/j.gaitpost.2011.09.001", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.gaitpost.2011.09.001", "@IdType": "doi"}, {"#text": + "PMC3251721", "@IdType": "pmc"}, {"#text": "21964051", "@IdType": "pubmed"}]}}, + {"Citation": "Henry L. A., Bettenay C. (2010). The assessment of executive + functioning in children. Child Adolesc. Ment. Health 15, 110\u2013119. 10.1111/j.1475-3588.2010.00557.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1475-3588.2010.00557.x", + "@IdType": "doi"}, {"#text": "32847241", "@IdType": "pubmed"}]}}, {"Citation": + "Hikichi H., Kondo K., Takeda T., Kawachi I. (2017). Social interaction and + cognitive decline: results of a 7-year community intervention. Alzheimers + Dement. 3, 23\u201332. 10.1016/j.trci.2016.11.003", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.trci.2016.11.003", "@IdType": "doi"}, {"#text": "PMC5651375", + "@IdType": "pmc"}, {"#text": "29067317", "@IdType": "pubmed"}]}}, {"Citation": + "Huang C. M., Polk T. A., Goh J. O., Park D. C. (2012). Both left and right + posterior parietal activations contribute to compensatory processes in normal + aging. Neuropsychologia 50, 55\u201366. 10.1016/j.neuropsychologia.2011.10.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2011.10.022", + "@IdType": "doi"}, {"#text": "PMC3355662", "@IdType": "pmc"}, {"#text": "22063904", + "@IdType": "pubmed"}]}}, {"Citation": "Hughes C. P., Berg L., Danziger W. + L., Coben L. A., Martin R. L. (1982). A new clinical scale for the staging + of dementia. Br. J. Psychiatry 140, 566\u2013572. 10.1192/bjp.140.6.566", + "ArticleIdList": {"ArticleId": [{"#text": "10.1192/bjp.140.6.566", "@IdType": + "doi"}, {"#text": "7104545", "@IdType": "pubmed"}]}}, {"Citation": "Jimura + K., Braver T. S. (2010). Age-related shifts in brain activity dynamics during + task switching. Cereb. Cortex 20, 1420\u20131431. 10.1093/cercor/bhp206", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhp206", "@IdType": + "doi"}, {"#text": "PMC2871374", "@IdType": "pmc"}, {"#text": "19805420", "@IdType": + "pubmed"}]}}, {"Citation": "Kim H. S., An Y. M., Kwon J. S., Shin M. S. (2014). + A preliminary validity study of the cambridge neuropsychological test automated + battery for the assessment of executive function in schizophrenia and bipolar + disorder. Psychiatry Investig. 11, 394\u2013401. 10.4306/pi.2014.11.4.394", + "ArticleIdList": {"ArticleId": [{"#text": "10.4306/pi.2014.11.4.394", "@IdType": + "doi"}, {"#text": "PMC4225203", "@IdType": "pmc"}, {"#text": "25395970", "@IdType": + "pubmed"}]}}, {"Citation": "Kim C., Johnson N. F., Cilles S. E., Gold B. T. + (2011). Common and distinct mechanisms of cognitive flexibility in prefrontal + cortex. J. Neurosci. 31, 4771\u20134779. 10.1523/JNEUROSCI.5923-10.2011", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.5923-10.2011", + "@IdType": "doi"}, {"#text": "PMC3086290", "@IdType": "pmc"}, {"#text": "21451015", + "@IdType": "pubmed"}]}}, {"Citation": "Kray J., Lindenberger U. (2000). Adult + age differences in task switching. Psychol. Aging 15, 126\u2013147. 10.1037/0882-7974.15.1.126", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.15.1.126", "@IdType": + "doi"}, {"#text": "10755295", "@IdType": "pubmed"}]}}, {"Citation": "Lan C., + Chen S. Y., Lai J. S. (2008). The exercise intensity of Tai Chi Chuan. Med. + Sport Sci. 52, 12\u201319. 10.1159/000134225", "ArticleIdList": {"ArticleId": + [{"#text": "10.1159/000134225", "@IdType": "doi"}, {"#text": "18487882", "@IdType": + "pubmed"}]}}, {"Citation": "Lan C., Chen S. Y., Lai J. S., Wong M. K. (2013). + Tai Chi Chuan in medicine and health promotion. Evid. Based Complement. Alternat. + Med. 2013:502131. 10.1155/2013/502131", "ArticleIdList": {"ArticleId": [{"#text": + "10.1155/2013/502131", "@IdType": "doi"}, {"#text": "PMC3789446", "@IdType": + "pmc"}, {"#text": "24159346", "@IdType": "pubmed"}]}}, {"Citation": "Lawton + M. P., Brody E. M. (1969). Assessment of older people: self-maintaining and + instrumental activities of daily living. Gerontologist 9, 179\u2013186. 10.1093/geront/9.3_part_1.179", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/geront/9.3_part_1.179", + "@IdType": "doi"}, {"#text": "5349366", "@IdType": "pubmed"}]}}, {"Citation": + "Li J. X., Hong Y., Chan K. M. (2001). Tai Chi: physiological characteristics + and beneficial effects on health. Br. J. Sports Med. 35, 148\u2013156. 10.1136/bjsm.35.3.148", + "ArticleIdList": {"ArticleId": [{"#text": "10.1136/bjsm.35.3.148", "@IdType": + "doi"}, {"#text": "PMC1724328", "@IdType": "pmc"}, {"#text": "11375872", "@IdType": + "pubmed"}]}}, {"Citation": "Li R., Zhu X., Yin S., Niu Y., Zheng Z., Huang + X., et al. . (2014). Multimodal intervention in older adults improves resting-state + functional connectivity between the medial prefrontal cortex and medial temporal + lobe. Front. Aging Neurosci. 6:39. 10.3389/fnagi.2014.00039", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2014.00039", "@IdType": "doi"}, {"#text": + "PMC3948107", "@IdType": "pmc"}, {"#text": "24653698", "@IdType": "pubmed"}]}}, + {"Citation": "Liang S. Y., Wu W. C. (1996). Tai Chi Chuan: 24 And 48 Postures + With Martial Applications. Boston, MA: Yang\u2019s Martial Arts Association + Publication Center Press."}, {"Citation": "Liu-Ambrose T., Nagamatsu L. S., + Graf P., Beattie B. L., Ashe M. C., Handy T. C. (2010). Resistance training + and executive functions: a 12-month randomized controlled trial. Arch. Intern. + Med. 170, 170\u2013178. 10.1001/archinternmed.2009.494", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/archinternmed.2009.494", "@IdType": "doi"}, + {"#text": "PMC3448565", "@IdType": "pmc"}, {"#text": "20101012", "@IdType": + "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Nagamatsu L. S., Voss M. W., Khan + K. M., Handy T. C. (2012). Resistance training and functional plasticity of + the aging brain: a 12-month randomized controlled trial. Neurobiol. Aging + 33, 1690\u20131698. 10.1016/j.neurobiolaging.2011.05.010", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2011.05.010", "@IdType": + "doi"}, {"#text": "21741129", "@IdType": "pubmed"}]}}, {"Citation": "Ma C., + Zhou W., Tang Q., Huang S. (2018). The impact of group-based Tai chi on health-status + outcomes among community-dwelling older adults with hypertension. Heart & + Lung 47, 337\u2013344. 10.1016/j.hrtlng.2018.04.007", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.hrtlng.2018.04.007", "@IdType": "doi"}, {"#text": "29778251", + "@IdType": "pubmed"}]}}, {"Citation": "MacDonald A. W., Cohen J. D., Stenger + V. A., Carter C. S. (2000). Dissociating the role of the dorsolateral prefrontal + and anterior cingulate cortex in cognitive control. Science 288, 1835\u20131838. + 10.1126/science.288.5472.1835", "ArticleIdList": {"ArticleId": [{"#text": + "10.1126/science.288.5472.1835", "@IdType": "doi"}, {"#text": "10846167", + "@IdType": "pubmed"}]}}, {"Citation": "Matthews M. M., Williams H. G. (2008). + Can Tai chi enhance cognitive vitality? A preliminary study of cognitive executive + control in older adults after a Tai chi intervention. J. S C Med. Assoc. 104, + 255\u2013257.", "ArticleIdList": {"ArticleId": {"#text": "19326614", "@IdType": + "pubmed"}}}, {"Citation": "Monchi O., Petrides M., Petre V., Worsley K., Dagher + A. (2001). Wisconsin Card Sorting revisited: distinct neural circuits participating + in different stages of the task identified by event-related functional magnetic + resonance imaging. J. Neurosci. 21, 7733\u20137741. 10.1523/JNEUROSCI.21-19-07733.2001", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.21-19-07733.2001", + "@IdType": "doi"}, {"#text": "PMC6762921", "@IdType": "pmc"}, {"#text": "11567063", + "@IdType": "pubmed"}]}}, {"Citation": "Monsell S. (2003). Task switching. + Trends Cogn. Sci. 7, 134\u2013140. 10.1016/S1364-6613(03)00028-7", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S1364-6613(03)00028-7", "@IdType": "doi"}, + {"#text": "12639695", "@IdType": "pubmed"}]}}, {"Citation": "Moreau D., Morrison + A. B., Conway A. R. (2015). An ecological approach to cognitive enhancement: + complex motor training. Acta Psychol. 157, 44\u201355. 10.1016/j.actpsy.2015.02.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.actpsy.2015.02.007", + "@IdType": "doi"}, {"#text": "25725192", "@IdType": "pubmed"}]}}, {"Citation": + "Mortimer J. A., Ding D., Borenstein A. R., DeCarli C., Guo Q., Wu Y., et + al. . (2012). Changes in brain volume and cognition in a randomized trial + of exercise and social interaction in a community-based sample of non-demented + chinese elders. J. Alzheimers Dis. 30, 757\u2013766. 10.3233/JAD-2012-120079", + "ArticleIdList": {"ArticleId": [{"#text": "10.3233/JAD-2012-120079", "@IdType": + "doi"}, {"#text": "PMC3788823", "@IdType": "pmc"}, {"#text": "22451320", "@IdType": + "pubmed"}]}}, {"Citation": "Nagamatsu L. S., Handy T. C., Hsu C. L., Voss + M., Liu-Ambrose T. (2012). Resistance training promotes cognitive and functional + brain plasticity in seniors with probable mild cognitive impairment. Arch. + Intern. Med. 172, 666\u2013668. 10.1001/archinternmed.2012.379", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/archinternmed.2012.379", "@IdType": "doi"}, + {"#text": "PMC3514552", "@IdType": "pmc"}, {"#text": "22529236", "@IdType": + "pubmed"}]}}, {"Citation": "Nasreddine Z. S., Phillips N. A., B\u00e9dirian + V., Charbonneau S., Whitehead V., Collin I., et al. . (2005). The Montreal + Cognitive Assessment, MoCA: a brief screening tool for mild cognitive impairment. + J. Am. Geriatr. Soc. 53, 695\u2013699. 10.1111/j.1532-5415.2005.53221.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2005.53221.x", + "@IdType": "doi"}, {"#text": "15817019", "@IdType": "pubmed"}]}}, {"Citation": + "Nguyen M. H., Kruse A. (2012). A randomized controlled trial of Tai chi for + balance, sleep quality and cognitive performance in elderly Vietnamese. Clin. + Interv. Aging 7, 185\u2013190. 10.2147/cia.s32600", "ArticleIdList": {"ArticleId": + [{"#text": "10.2147/cia.s32600", "@IdType": "doi"}, {"#text": "PMC3396052", + "@IdType": "pmc"}, {"#text": "22807627", "@IdType": "pubmed"}]}}, {"Citation": + "Nishiguchi S., Yamada M., Tanigawa T., Sekiyama K., Kawagoe T., Suzuki M., + et al. . (2015). A 12-week physical and cognitive exercise program can improve + cognitive function and neural efficiency in community-dwelling older adults: + a randomized controlled trial. J. Am. Geriatr. Soc. 63, 1355\u20131363. 10.1111/jgs.13481", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/jgs.13481", "@IdType": + "doi"}, {"#text": "26114906", "@IdType": "pubmed"}]}}, {"Citation": "Nyunt + M. S., Fones C., Niti M., Ng T. P. (2009). Criterion-based validity and reliability + of the Geriatric Depression Screening Scale (GDS-15) in a large validation + sample of community-living Asian older adults. Aging Ment. Health 13, 376\u2013382. + 10.1080/13607860902861027", "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13607860902861027", + "@IdType": "doi"}, {"#text": "19484601", "@IdType": "pubmed"}]}}, {"Citation": + "Oldfield R. C. (1971). The assessment and analysis of handedness: the Edinburgh + inventory. Neuropsychologia 9, 97\u2013113. 10.1016/0028-3932(71)90067-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0028-3932(71)90067-4", + "@IdType": "doi"}, {"#text": "5146491", "@IdType": "pubmed"}]}}, {"Citation": + "Reimers S., Maylor E. A. (2005). Task switching across the life span: effects + of age on general and specific switch costs. Dev. Psychol. 41, 661\u2013671. + 10.1037/0012-1649.41.4.661", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0012-1649.41.4.661", + "@IdType": "doi"}, {"#text": "16060812", "@IdType": "pubmed"}]}}, {"Citation": + "Reitan R. M. (1958). Validity of the Trail Making Test as an indicator of + organic brain damage. Percept. Motor Skills 8, 271\u2013276. 10.2466/pms.8.7.271-276", + "ArticleIdList": {"ArticleId": {"#text": "10.2466/pms.8.7.271-276", "@IdType": + "doi"}}}, {"Citation": "Robbins T. W., James M., Owen A. M., Sahakian B. J., + Lawrence A. D., McInnes L., et al. . (1998). A study of performance on tests + from the CANTAB battery sensitive to frontal lobe dysfunction in a large sample + of normal volunteers: implications for theories of executive functioning and + cognitive aging. Cambridge Neuropsychological Test Automated Battery. J. Int. + Neuropsychol. Soc. 4, 474\u2013490. 10.1017/s1355617798455073", "ArticleIdList": + {"ArticleId": [{"#text": "10.1017/s1355617798455073", "@IdType": "doi"}, {"#text": + "9745237", "@IdType": "pubmed"}]}}, {"Citation": "Sakai K., Passingham R. + E. (2003). Prefrontal interactions reflect future task operations. Nat. Neurosci. + 6, 75\u201381. 10.1038/nn987", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nn987", + "@IdType": "doi"}, {"#text": "12469132", "@IdType": "pubmed"}]}}, {"Citation": + "S\u00e1nchez-Cubillo I., Peri\u00e1\u00f1ez J. A., Adrover-Roig D., Rodr\u00edguez-S\u00e1nchez + J. M., R\u00edos-Lago M., Tirapu J., et al. . (2009). Construct validity of + the Trail Making Test: role of task-switching, working memory, inhibition/interference + control, and visuomotor abilities. J. Int. Neuropsychol. Soc. 15, 438\u2013450. + 10.1017/s1355617709090626", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/s1355617709090626", + "@IdType": "doi"}, {"#text": "19402930", "@IdType": "pubmed"}]}}, {"Citation": + "Smith P. J., Blumenthal J. A., Hoffman B. M., Cooper H., Strauman T. A., + Welsh-Bohmer K., et al. . (2010). Aerobic exercise and neurocognitive performance: + a meta-analytic review of randomized controlled trials. Psychosom. Med. 72, + 239\u2013252. 10.1097/psy.0b013e3181d14633", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/psy.0b013e3181d14633", "@IdType": "doi"}, {"#text": "PMC2897704", + "@IdType": "pmc"}, {"#text": "20223924", "@IdType": "pubmed"}]}}, {"Citation": + "Smith J. C., Nielson K. A., Antuono P., Lyons J. A., Hanson R. J., Butts + A. M., et al. . (2013). Semantic memory functional MRI and cognitive function + after exercise intervention in mild cognitive impairment. J. Alzheimers Dis. + 37, 197\u2013215. 10.3233/jad-130467", "ArticleIdList": {"ArticleId": [{"#text": + "10.3233/jad-130467", "@IdType": "doi"}, {"#text": "PMC4643948", "@IdType": + "pmc"}, {"#text": "23803298", "@IdType": "pubmed"}]}}, {"Citation": "Tao J., + Chen X., Liu J., Egorova N., Xue X., Liu W., et al. . (2017). Tai Chi Chuan + and Baduanjin mind-body training changes resting-state low-frequency fluctuations + in the frontal lobe of older adults: a resting-state fMRI study. Front. Hum. + Neurosci. 11:514. 10.3389/fnhum.2017.00514", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2017.00514", "@IdType": "doi"}, {"#text": "PMC5670503", + "@IdType": "pmc"}, {"#text": "29163096", "@IdType": "pubmed"}]}}, {"Citation": + "Tao J., Liu J., Egorova N., Chen X., Sun S., Xue X., et al. . (2016). Increased + hippocampus-medial prefrontal cortex resting-state functional connectivity + and memory function after Tai Chi Chuan practice in elder adults. Front. Aging + Neurosci. 8:25. 10.3389/fnagi.2016.00025", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2016.00025", "@IdType": "doi"}, {"#text": "PMC4754402", + "@IdType": "pmc"}, {"#text": "26909038", "@IdType": "pubmed"}]}}, {"Citation": + "Taylor-Piliae R. E. (2008). The effectiveness of Tai Chi exercise in improving + aerobic capacity: an updated meta-analysis. Med. Sport Sci. 52, 40\u201353. + 10.1159/000134283", "ArticleIdList": {"ArticleId": [{"#text": "10.1159/000134283", + "@IdType": "doi"}, {"#text": "18487885", "@IdType": "pubmed"}]}}, {"Citation": + "Taylor-Piliae R. E., Haskell W. L., Stotts N. A., Froelicher E. S. (2006). + Improvement in balance, strength, and flexibility after 12 weeks of Tai chi + exercise in ethnic Chinese adults with cardiovascular disease risk factors. + Altern. Ther. Health Med. 12, 50\u201358. 10.1016/j.ejcnurse.2005.10.008", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.ejcnurse.2005.10.008", + "@IdType": "doi"}, {"#text": "16541997", "@IdType": "pubmed"}]}}, {"Citation": + "Taylor-Piliae R. E., Newell K. A., Cherin R., Lee M. J., King A. C., Haskell + W. L. (2010). Effects of Tai Chi and Western exercise on physical and cognitive + functioning in healthy community-dwelling older adults. J. Aging Phys. Act. + 18, 261\u2013279. 10.1123/japa.18.3.261", "ArticleIdList": {"ArticleId": [{"#text": + "10.1123/japa.18.3.261", "@IdType": "doi"}, {"#text": "PMC4699673", "@IdType": + "pmc"}, {"#text": "20651414", "@IdType": "pubmed"}]}}, {"Citation": "Tsai + C. F., Lee W. J., Wang S. J., Shia B. C., Nasreddine Z., Fuh J. L. (2012). + Psychometrics of the Montreal Cognitive Assessment (MoCA) and its subscales: + validation of the Taiwanese version of the MoCA and an item response theory + analysis. Int. Psychogeriatr. 24, 651\u2013658. 10.1017/s1041610211002298", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/s1041610211002298", "@IdType": + "doi"}, {"#text": "22152127", "@IdType": "pubmed"}]}}, {"Citation": "Voelcker-Rehage + C., Godde B., Staudinger U. M. (2011). Cardiovascular and coordination training + differentially improve cognitive performance and neural processing in older + adults. Front. Hum. Neurosci. 5:26. 10.3389/fnhum.2011.00026", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnhum.2011.00026", "@IdType": "doi"}, {"#text": + "PMC3062100", "@IdType": "pmc"}, {"#text": "21441997", "@IdType": "pubmed"}]}}, + {"Citation": "Voss M. W., Heo S., Prakash R. S., Erickson K. I., Alves H., + Chaddock L., et al. . (2013). The influence of aerobic fitness on cerebral + white matter integrity and cognitive function in older adults: results of + a one-year exercise intervention. Hum. Brain Mapp. 34, 2972\u20132985. 10.1002/hbm.22119", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22119", "@IdType": + "doi"}, {"#text": "PMC4096122", "@IdType": "pmc"}, {"#text": "22674729", "@IdType": + "pubmed"}]}}, {"Citation": "Wang C., Bannuru R., Ramel J., Kupelnick B., Scott + T., Schmid C. H. (2010). Tai Chi on psychological well-being: systematic review + and meta-analysis. BMC Complement. Altern. Med. 10:23. 10.1186/1472-6882-10-23", + "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1472-6882-10-23", "@IdType": + "doi"}, {"#text": "PMC2893078", "@IdType": "pmc"}, {"#text": "20492638", "@IdType": + "pubmed"}]}}, {"Citation": "Wang C. Y., Olson S. L., Protas E. J. (2002). + Test-retest strength reliability: hand-held dynamometry in community-dwelling + elderly fallers. Arch. Phys. Med. Rehabil. 83, 811\u2013815. 10.1053/apmr.2002.32743", + "ArticleIdList": {"ArticleId": [{"#text": "10.1053/apmr.2002.32743", "@IdType": + "doi"}, {"#text": "12048660", "@IdType": "pubmed"}]}}, {"Citation": "Washburn + R. A., Smith K. W., Jette A. M., Janney C. A. (1993). The physical activity + scale for the elderly (PASE): development and evaluation. J. Clin. Epidemiol. + 46, 153\u2013162. 10.1016/0895-4356(93)90053-4", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/0895-4356(93)90053-4", "@IdType": "doi"}, {"#text": "8437031", + "@IdType": "pubmed"}]}}, {"Citation": "Wasylyshyn C., Verhaeghen P., Sliwinski + M. J. (2011). Aging and task switching: a meta-analysis. Psychol. Aging 26, + 15\u201320. 10.1037/a0020912", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0020912", + "@IdType": "doi"}, {"#text": "PMC4374429", "@IdType": "pmc"}, {"#text": "21261411", + "@IdType": "pubmed"}]}}, {"Citation": "Wayne P. M., Walsh J. N., Taylor-Piliae + R. E., Wells R. E., Papp K. V., Donovan N. J., et al. . (2014). Effect of + Tai Chi on cognitive performance in older adults: systematic review and meta-analysis. + J. Am. Geriatr. Soc. 62, 25\u201339. 10.1111/jgs.12611", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/jgs.12611", "@IdType": "doi"}, {"#text": + "PMC4055508", "@IdType": "pmc"}, {"#text": "24383523", "@IdType": "pubmed"}]}}, + {"Citation": "Wei G. X., Dong H. M., Yang Z., Luo J., Zuo X. N. (2014). Tai + Chi Chuan optimizes the functional organization of the intrinsic human brain + architecture in older adults. Front. Aging Neurosci. 6:74. 10.3389/fnagi.2014.00074", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2014.00074", "@IdType": + "doi"}, {"#text": "PMC4029006", "@IdType": "pmc"}, {"#text": "24860494", "@IdType": + "pubmed"}]}}, {"Citation": "Wei G. X., Gong Z. Q., Yang Z., Zuo X. N. (2017). + Mind-body practice changes fractional amplitude of low frequency fluctuations + in intrinsic control networks. Front. Psychol. 8:1049. 10.3389/fpsyg.2017.01049", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2017.01049", "@IdType": + "doi"}, {"#text": "PMC5500650", "@IdType": "pmc"}, {"#text": "28736535", "@IdType": + "pubmed"}]}}, {"Citation": "Wei G. X., Xu T., Fan F. M., Dong H. M., Jiang + L. L., Li H. J., et al. . (2013). Can Taichi reshape the brain? A brain morphometry + study. PLoS One 8:e61038. 10.1371/journal.pone.0061038", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0061038", "@IdType": "doi"}, + {"#text": "PMC3621760", "@IdType": "pmc"}, {"#text": "23585869", "@IdType": + "pubmed"}]}}, {"Citation": "Wollesen B., Voelcker-Rehage C. (2013). Training + effects on motor-cognitive dual-task performance in older adults. Eur. Rev. + Aging Phys. Act. 11, 5\u201324. 10.1007/s11556-013-0122-z", "ArticleIdList": + {"ArticleId": {"#text": "10.1007/s11556-013-0122-z", "@IdType": "doi"}}}, + {"Citation": "Yeh G. Y., Chan C. W., Wayne P. M., Conboy L. (2016). The impact + of Tai Chi exercise on self-efficacy, social support, and empowerment in heart + failure: insights from a qualitative sub-study from a randomized controlled + trial. PLoS One 11:e0154678. 10.1371/journal.pone.0154678", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0154678", "@IdType": "doi"}, + {"#text": "PMC4866692", "@IdType": "pmc"}, {"#text": "27177041", "@IdType": + "pubmed"}]}}, {"Citation": "Yin S., Zhu X., Li R., Niu Y., Wang B., Zheng + Z., et al. . (2014). Intervention-induced enhancement in intrinsic brain activity + in healthy older adults. Sci. Rep. 4:7309. 10.1038/srep07309", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/srep07309", "@IdType": "doi"}, {"#text": + "PMC4255189", "@IdType": "pmc"}, {"#text": "25472002", "@IdType": "pubmed"}]}}, + {"Citation": "Yu A. P., Tam B. T., Lai C. W., Yu D. S., Woo J., Chung K. F., + et al. . (2018). Revealing the neural mechanisms underlying the beneficial + effects of Tai Chi: a neuroimaging perspective. Am. J. Chin. Med. 46, 231\u2013259. + 10.1142/s0192415x18500131", "ArticleIdList": {"ArticleId": [{"#text": "10.1142/s0192415x18500131", + "@IdType": "doi"}, {"#text": "29542330", "@IdType": "pubmed"}]}}, {"Citation": + "Zahodne L. B., Nowinski C. J., Gershon R. C., Manly J. J. (2014). Which psychosocial + factors best predict cognitive performance in older adults? J. Int. Neuropsychol. + Soc. 20, 487\u2013495. 10.1017/s1355617714000186", "ArticleIdList": {"ArticleId": + [{"#text": "10.1017/s1355617714000186", "@IdType": "doi"}, {"#text": "PMC4493753", + "@IdType": "pmc"}, {"#text": "24685143", "@IdType": "pubmed"}]}}, {"Citation": + "Zheng G., Liu F., Li S., Huang M., Tao J., Chen L. (2015). Tai Chi and the + protection of cognitive ability: a systematic review of prospective studies + in healthy adults. Am. J. Prev. Med. 49, 89\u201397. 10.1016/j.amepre.2015.01.002", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.amepre.2015.01.002", + "@IdType": "doi"}, {"#text": "26094229", "@IdType": "pubmed"}]}}, {"Citation": + "Zhu Z., Hakun J. G., Johnson N. F., Gold B. T. (2014). Age-related increases + in right frontal activation during task switching are mediated by reaction + time and white matter microstructure. Neuroscience 278, 51\u201361. 10.1016/j.neuroscience.2014.07.076", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2014.07.076", + "@IdType": "doi"}, {"#text": "PMC4194212", "@IdType": "pmc"}, {"#text": "25130561", + "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "30319391", "@Version": "1"}, "@Owner": "NLM", "@Status": + "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1663-4365", + "@IssnType": "Print"}, "Title": "Frontiers in aging neuroscience", "JournalIssue": + {"Volume": "10", "PubDate": {"Year": "2018"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": {"i": ["N", "N"], "#text": + "Studies have shown that Tai Chi Chuan (TCC) training has benefits on task-switching + ability. However, the neural correlates underlying the effects of TCC training + on task-switching ability remain unclear. Using task-related functional magnetic + resonance imaging (fMRI) with a numerical Stroop paradigm, we investigated + changes of prefrontal brain activation and behavioral performance during task-switching + before and after TCC training and examined the relationships between changes + in brain activation and task-switching behavioral performance. Cognitively + normal older adults were randomly assigned to either the TCC or control (CON) + group. Over a 12-week period, the TCC group received three 60-min sessions + of Yang-style TCC training weekly, whereas the CON group only received one + telephone consultation biweekly and did not alter their life style. All participants + underwent assessments of physical functions and neuropsychological functions + of task-switching, and fMRI scans, before and after the intervention. Twenty-six + (TCC, = 16; CON, = 10) participants completed the entire experimental procedure. + We found significant group by time interaction effects on behavioral and brain + activation measures. Specifically, the TCC group showed improved physical + function, decreased errors on task-switching performance, and increased left + superior frontal activation for Switch > Non-switch contrast from pre- to + post-intervention, that were not seen in the CON group. Intriguingly, TCC + participants with greater prefrontal activation increases in the switch condition + from pre- to post-intervention presented greater reductions in task-switching + errors. These findings suggest that TCC training could potentially provide + benefits to some, although not all, older adults to enhance the function of + their prefrontal activations during task-switching."}}, "Language": "eng", + "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Meng-Tien", "Initials": "MT", "LastName": "Wu", "AffiliationInfo": + [{"Affiliation": "School and Graduate Institute of Physical Therapy, College + of Medicine, National Taiwan University, Taipei, Taiwan."}, {"Affiliation": + "Yonghe Cardinal Tien Hospital, Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": + "Pei-Fang", "Initials": "PF", "LastName": "Tang", "AffiliationInfo": [{"Affiliation": + "School and Graduate Institute of Physical Therapy, College of Medicine, National + Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Department of Physical Medicine and Rehabilitation, + National Taiwan University Hospital, Taipei, Taiwan."}, {"Affiliation": "Neurobiology + and Cognitive Science Center, National Taiwan University, Taipei, Taiwan."}, + {"Affiliation": "Center for Artificial Intelligence and Robotics, National + Taiwan University, Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Joshua + O S", "Initials": "JOS", "LastName": "Goh", "AffiliationInfo": [{"Affiliation": + "Graduate Institute of Brain and Mind Sciences, College of Medicine, National + Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive + Science Center, National Taiwan University, Taipei, Taiwan."}, {"Affiliation": + "Center for Artificial Intelligence and Robotics, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Department of Psychology, College of Science, + National Taiwan University, Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": + "Tai-Li", "Initials": "TL", "LastName": "Chou", "AffiliationInfo": [{"Affiliation": + "Graduate Institute of Brain and Mind Sciences, College of Medicine, National + Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive + Science Center, National Taiwan University, Taipei, Taiwan."}, {"Affiliation": + "Department of Psychology, College of Science, National Taiwan University, + Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Yu-Kai", "Initials": "YK", + "LastName": "Chang", "AffiliationInfo": {"Affiliation": "Department of Physical + Education, National Taiwan Normal University, Taipei, Taiwan."}}, {"@ValidYN": + "Y", "ForeName": "Yung-Chin", "Initials": "YC", "LastName": "Hsu", "AffiliationInfo": + {"Affiliation": "Institute of Medical Device and Imaging, College of Medicine, + National Taiwan University, Taipei, Taiwan."}}, {"@ValidYN": "Y", "ForeName": + "Yu-Jen", "Initials": "YJ", "LastName": "Chen", "AffiliationInfo": {"Affiliation": + "Institute of Medical Device and Imaging, College of Medicine, National Taiwan + University, Taipei, Taiwan."}}, {"@ValidYN": "Y", "ForeName": "Nai-Chi", "Initials": + "NC", "LastName": "Chen", "AffiliationInfo": {"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}}, {"@ValidYN": "Y", "ForeName": "Wen-Yih Isaac", "Initials": + "WI", "LastName": "Tseng", "AffiliationInfo": [{"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive Science Center, + National Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Institute + of Medical Device and Imaging, College of Medicine, National Taiwan University, + Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Susan Shur-Fen", "Initials": + "SS", "LastName": "Gau", "AffiliationInfo": [{"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive Science Center, + National Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Department + of Psychology, College of Science, National Taiwan University, Taipei, Taiwan."}, + {"Affiliation": "Department of Psychiatry, National Taiwan University Hospital, + Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Ming-Jang", "Initials": + "MJ", "LastName": "Chiu", "AffiliationInfo": [{"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive Science Center, + National Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Department + of Psychology, College of Science, National Taiwan University, Taipei, Taiwan."}, + {"Affiliation": "Department of Neurology, National Taiwan University Hospital, + Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Ching", "Initials": "C", + "LastName": "Lan", "AffiliationInfo": {"Affiliation": "Department of Physical + Medicine and Rehabilitation, National Taiwan University Hospital, Taipei, + Taiwan."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "280", "MedlinePgn": + "280"}, "ArticleDate": {"Day": "24", "Year": "2018", "Month": "09", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "280", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2018.00280", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Task-Switching Performance Improvements After Tai + Chi Chuan Training Are Associated With Greater Prefrontal Activation in Older + Adults.", "PublicationTypeList": {"PublicationType": {"@UI": "D016428", "#text": + "Journal Article"}}}, "DateRevised": {"Day": "28", "Year": "2023", "Month": + "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "Tai Chi + Chuan", "@MajorTopicYN": "N"}, {"#text": "aging", "@MajorTopicYN": "N"}, {"#text": + "cognition", "@MajorTopicYN": "N"}, {"#text": "executive function", "@MajorTopicYN": + "N"}, {"#text": "exercise intervention", "@MajorTopicYN": "N"}, {"#text": + "functional neuroimaging", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": + "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2018, + "title": "Task-Switching Performance Improvements After Tai Chi Chuan Training + Are Associated With Greater Prefrontal Activation in Older Adults", "venue": + "Frontiers in Aging Neuroscience", "authors": [{"name": "Meng-Tien Wu", "authorId": + "3811723"}, {"name": "P. Tang", "authorId": "98142961"}, {"name": "J. Goh", + "authorId": "1739475"}, {"name": "Tai-Li Chou", "authorId": "2053809"}, {"name": + "Yu-Kai Chang", "authorId": "3155854"}, {"name": "Y. Hsu", "authorId": "2949758"}, + {"name": "Yu\u2010Jen Chen", "authorId": "84277568"}, {"name": "N. Chen", + "authorId": "2118769428"}, {"name": "W. Tseng", "authorId": "145736163"}, + {"name": "S. Gau", "authorId": "3144712"}, {"name": "M. Chiu", "authorId": + "50167326"}, {"name": "C. Lan", "authorId": "48981929"}], "paperId": "218b1300f2ccabf267a85a03468f0bcacd0ee0f5", + "abstract": "Studies have shown that Tai Chi Chuan (TCC) training has benefits + on task-switching ability. However, the neural correlates underlying the effects + of TCC training on task-switching ability remain unclear. Using task-related + functional magnetic resonance imaging (fMRI) with a numerical Stroop paradigm, + we investigated changes of prefrontal brain activation and behavioral performance + during task-switching before and after TCC training and examined the relationships + between changes in brain activation and task-switching behavioral performance. + Cognitively normal older adults were randomly assigned to either the TCC or + control (CON) group. Over a 12-week period, the TCC group received three 60-min + sessions of Yang-style TCC training weekly, whereas the CON group only received + one telephone consultation biweekly and did not alter their life style. All + participants underwent assessments of physical functions and neuropsychological + functions of task-switching, and fMRI scans, before and after the intervention. + Twenty-six (TCC, N = 16; CON, N = 10) participants completed the entire experimental + procedure. We found significant group by time interaction effects on behavioral + and brain activation measures. Specifically, the TCC group showed improved + physical function, decreased errors on task-switching performance, and increased + left superior frontal activation for Switch > Non-switch contrast from pre- + to post-intervention, that were not seen in the CON group. Intriguingly, TCC + participants with greater prefrontal activation increases in the switch condition + from pre- to post-intervention presented greater reductions in task-switching + errors. These findings suggest that TCC training could potentially provide + benefits to some, although not all, older adults to enhance the function of + their prefrontal activations during task-switching.", "isOpenAccess": true, + "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2018.00280/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6165861, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-09-24"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T04:53:52.080440+00:00", "analyses": + [{"id": "zA7LJTYYzMX8", "user": null, "name": "Peak Montreal Neurological + Institute (MNI) coordinates and activation details in frontoparietal regions + identified in the disjunction map of the Switch > Non-switch contrast across + groups and time points.", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30319391-10-3389-fnagi-2018-00280-pmc6165861/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30319391-10-3389-fnagi-2018-00280-pmc6165861/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Peak Montreal Neurological Institute + (MNI) coordinates and activation details in frontoparietal regions identified + in the disjunction map of the Switch > Non-switch contrast across groups and + time points.", "conditions": [], "weights": [], "points": [{"id": "etfTHuV3gShJ", + "coordinates": [-22.0, -4.0, 58.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 6.48}]}, {"id": + "uvGozM8MSARm", "coordinates": [32.0, 18.0, 54.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 7.39}]}, {"id": "6BdyEsyy42yF", "coordinates": [-50.0, 20.0, 26.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 6.72}]}, {"id": "MsjGezrvymDh", "coordinates": [-32.0, -60.0, + 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 7.92}]}, {"id": "esP2HLBuo2op", "coordinates": [32.0, + -64.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 6.95}]}], "images": []}]}, {"id": "imZpjSehcmEM", + "created_at": "2022-06-02T17:12:09.250150+00:00", "updated_at": "2024-03-21T20:02:36.935051+00:00", + "user": null, "name": "Relationships between years of education, regional + grey matter volumes, and working memory-related brain activity in healthy + older adults.", "description": "The aim of this study was to examine the relationships + between educational attainment, regional grey matter volume, and functional + working memory-related brain activation in older adults. The final sample + included 32 healthy older adults with 8 to 22 years of education. Structural + magnetic resonance imaging (MRI) was used to measure regional volume and functional + MRI was used to measure activation associated with performing an n-back task. + A positive correlation was found between years of education and cortical grey + matter volume in the right medial and middle frontal gyri, in the middle and + posterior cingulate gyri, and in the right inferior parietal lobule. The education + by age interaction was significant for cortical grey matter volume in the + left middle frontal gyrus and in the right medial cingulate gyrus. In this + region, the volume loss related to age was larger in the low than high-education + group. The education by age interaction was also significant for task-related + activity in the left superior, middle and medial frontal gyri due to the fact + that activation increased with age in those with higher education. No correlation + was found between regions that are structurally related with education and + those that are functionally related with education and age. The data suggest + a protective effect of education on cortical volume. Furthermore, the brain + regions involved in the working memory network are getting more activated + with age in those with higher educational attainment.", "publication": "Brain + imaging and behavior", "doi": "10.1007/s11682-016-9621-7", "pmid": "27734304", + "authors": "Boller B, Mellah S, Ducharme-Laliberte G, Belleville S", "year": + 2017, "metadata": null, "source": "neurosynth", "source_id": "27734304", "source_updated_at": + null, "analyses": [{"id": "8MBiQ3BctKK5", "user": null, "name": "43133", "metadata": + null, "description": null, "conditions": [], "weights": [], "points": [{"id": + "3JswR7UyERq8", "coordinates": [-54.0, -26.0, -12.0], "kind": "unknown", "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "4p6gaLo2Pa3r", + "coordinates": [-11.0, -90.0, 2.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "5NBKj6tV3DFN", "coordinates": + [36.0, -83.0, -2.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "64iiH4QZxQ8e", "coordinates": [-50.0, -12.0, + 32.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "6VoBNvEktscr", "coordinates": [-33.0, 36.0, -11.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "6rWWrs8D4YpF", "coordinates": [-56.0, -51.0, 6.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "7rVaNGWTaX8q", + "coordinates": [-42.0, 9.0, -26.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "7yetSnTX6fJv", "coordinates": + [12.0, 38.0, 24.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "8MFxsp5c4d4q", "coordinates": [9.0, -27.0, 41.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "b4yk54TEy6nv", "coordinates": [56.0, -39.0, 6.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "bAbPtqHs7RFC", + "coordinates": [23.0, 29.0, -15.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "jFcnvZMRwyhQ", "coordinates": + [-30.0, -2.0, 48.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}, {"id": "HDMHRg8x9vuJ", "user": null, + "name": "43131", "metadata": null, "description": null, "conditions": [], + "weights": [], "points": [{"id": "4ABjx2g4puW7", "coordinates": [5.0, 8.0, + 47.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "4bQ54nTFRcoJ", "coordinates": [45.0, -48.0, 53.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "5tGPc4SK9DRd", "coordinates": [9.0, -54.0, 9.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "6WKPWayqhz9c", + "coordinates": [38.0, -6.0, 68.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}, {"id": "4izjnm8F7JSf", + "user": null, "name": "43132", "metadata": null, "description": null, "conditions": + [], "weights": [], "points": [{"id": "6vKzvnurJvMw", "coordinates": [8.0, + -6.0, 39.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "LFQgL2gEVS8c", "coordinates": [-50.0, 32.0, 23.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}], "images": []}, {"id": "6Yrv5vhXadGZ", "user": null, "name": "43134", + "metadata": null, "description": null, "conditions": [], "weights": [], "points": + [{"id": "3CsPhNZgoJ9U", "coordinates": [-45.0, 32.0, 32.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "4CHBbZhEWAqY", + "coordinates": [-6.0, 8.0, 53.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "4Fyeujx56cGZ", "coordinates": + [-42.0, 5.0, 32.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "4bYtgsd3pDdN", "coordinates": [42.0, 14.0, 56.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "5EqBWbciq4Z3", "coordinates": [18.0, 2.0, 11.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "5NaoE6fcPaba", + "coordinates": [33.0, -67.0, -28.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "5cdhJGbFuuzZ", "coordinates": + [-30.0, -64.0, -31.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "5mU73uS74FwD", "coordinates": [39.0, -58.0, 44.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "6FdnBc4NY8Zu", "coordinates": [36.0, -55.0, -49.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "6mRiCKDZ8n2d", + "coordinates": [-30.0, -58.0, 41.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "6qVV7PnbcQH2", "coordinates": + [33.0, 26.0, -4.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "6xWvTb8oT2Gv", "coordinates": [42.0, -52.0, 44.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "7FneCVbShQr4", "coordinates": [42.0, 29.0, 35.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "7VkTsPpD6kxn", + "coordinates": [33.0, 29.0, 2.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "F8A5gRK4z2Sg", "coordinates": + [-9.0, 20.0, 44.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "fJ95umNEZHrV", "coordinates": [57.0, -49.0, -10.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "mxLG399U6iDk", "coordinates": [-45.0, 32.0, 32.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "nSybKbnadBpZ", + "coordinates": [-6.0, 20.0, 47.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}]}, {"id": "kqWunfwffXmQ", + "created_at": "2025-12-04T23:20:00.250601+00:00", "updated_at": null, "user": + null, "name": "The association between aerobic fitness and executive function + is mediated by prefrontal cortex volume", "description": "Aging is marked + by a decline in cognitive function, which is often preceded by losses in gray + matter volume. Fortunately, higher cardiorespiratory fitness (CRF) levels + are associated with an attenuation of age-related losses in gray matter volume + and a reduced risk for cognitive impairment. Despite these links, we have + only a rudimentary understanding of whether fitness-related increases in gray + matter volume lead to elevated cognitive function. In this cross-sectional + study, we examined whether the association between higher aerobic fitness + levels and elevated executive function was mediated by greater gray matter + volume in the prefrontal cortex (PFC). One hundred and forty-two older adults + (mean age=66.6 years) completed structural magnetic resonance imaging (MRI) + scans, CRF assessments, and performed Stroop and spatial working memory (SPWM) + tasks. Gray matter volume was assessed using an optimized voxel-based morphometry + approach. Consistent with our predictions, higher fitness levels were associated + with: (a) better performance on both the Stroop and SPWM tasks, and (b) greater + gray matter volume in several regions, including the dorsolateral PFC (DLPFC). + Volume of the right inferior frontal gyrus and precentral gyrus mediated the + relationship between CRF and Stroop interference while a non-overlapping set + of regions bilaterally in the DLPFC mediated the association between CRF and + SPWM accuracy. These results suggest that specific regions of the DLPFC differentially + relate to inhibition and spatial working memory. Thus, fitness may influence + cognitive function by reducing brain atrophy in targeted areas in healthy + older adults.", "publication": "Brain, behavior, and immunity", "doi": "10.1016/j.bbi.2011.11.008", + "pmid": "22172477", "authors": "A. Weinstein; M. Voss; R. Prakash; L. Chaddock; + A. Szabo; S. White; T. W\u00f3jcicki; E. Mailey; E. McAuley; A. Kramer; K. + Erickson", "year": 2012, "metadata": {"slug": "22172477-10-1016-j-bbi-2011-11-008-pmc3321393", + "source": "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "11", "Year": "2011", "Month": "8", "@PubStatus": + "received"}, {"Day": "19", "Year": "2011", "Month": "11", "@PubStatus": "revised"}, + {"Day": "23", "Year": "2011", "Month": "11", "@PubStatus": "accepted"}, {"Day": + "17", "Hour": "6", "Year": "2011", "Month": "12", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "17", "Hour": "6", "Year": "2011", "Month": "12", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "20", "Hour": "6", "Year": "2012", "Month": + "10", "Minute": "0", "@PubStatus": "medline"}, {"Day": "1", "Year": "2013", + "Month": "7", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "22172477", "@IdType": "pubmed"}, {"#text": "NIHMS343177", "@IdType": + "mid"}, {"#text": "PMC3321393", "@IdType": "pmc"}, {"#text": "10.1016/j.bbi.2011.11.008", + "@IdType": "doi"}, {"#text": "S0889-1591(11)00599-X", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "American College of Sports Medicine. + Guidelines for Exercise Testing and Prescription. Lea & Febiger; Philadelphia: + 1991."}, {"Citation": "Andel R, Crowe M, Pedersen NL, Fratiglioni L, Johansson + B, Gatz M. Physical exercise at midlife and risk of dementia three decades + later: a population-based study of Swedish twins. J Gerontol A Biol Sci Med + Sci. 2008;63:62\u201366.", "ArticleIdList": {"ArticleId": {"#text": "18245762", + "@IdType": "pubmed"}}}, {"Citation": "Andersson J, Jenkinson M, Smith S. Non-linear + optimisation, aka Spatial normalisation. FMRIB technical report TR07JA1. 2007 + Available online at: www.fmrib.ox.ac.uk/analysis/techrep."}, {"Citation": + "Ashburner J, Friston KJ. Voxel-based morphometry--the methods. Neuroimage. + 2000;11:805\u2013821.", "ArticleIdList": {"ArticleId": {"#text": "10860804", + "@IdType": "pubmed"}}}, {"Citation": "Banich MT, Milham MP, Atchley RA, Cohen + NJ, Webb A, Wszalek T, Kramer AF, Liang Z, Barad V, Gullett D, Shah C, Brown + C. Prefrontal regions play a predominant role in imposing an attentional \u2018set\u2019: + evidence from fMRI. Brain Res Cogn Brain Res. 2000;10:1\u20139.", "ArticleIdList": + {"ArticleId": {"#text": "10978687", "@IdType": "pubmed"}}}, {"Citation": "Black + JE, Isaacs KR, Anderson BJ, Alcantara AA, Greenough WT. Learning causes synaptogenesis, + whereas motor activity causes angiogenesis, in cerebellar cortex of adult + rats. Proc Natl Acad Sci U S A. 1990;87:5568\u20135572.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC54366", "@IdType": "pmc"}, {"#text": "1695380", + "@IdType": "pubmed"}]}}, {"Citation": "Braver TS, Cohen JD, Nystrom LE, Jonides + J, Smith EE, Noll DC. A parametric study of prefrontal cortex involvement + in human working memory. Neuroimage. 1997;5:49\u201362.", "ArticleIdList": + {"ArticleId": {"#text": "9038284", "@IdType": "pubmed"}}}, {"Citation": "Bugg + JM, Head D. Exercise moderates age-related atrophy of the medial temporal + lobe. Neurobiol Aging. 2011;32:506\u2013514.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2891908", "@IdType": "pmc"}, {"#text": "19386382", "@IdType": + "pubmed"}]}}, {"Citation": "Burdette JH, Laurienti PJ, Espeland MA, Morgan + A, Telesford Q, Vechlekar CD, Hayasaka S, Jennings JM, Katula JA, Kraft RA, + Rejeski WJ. Using network science to evaluate exercise-associated brain changes + in older adults. Front Aging Neurosci. 2010;2:23.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2893375", "@IdType": "pmc"}, {"#text": "20589103", "@IdType": + "pubmed"}]}}, {"Citation": "Carro E, Nunez A, Busiguina S, Torres-Aleman I. + Circulating insulin-like growth factor I mediates effects of exercise on the + brain. J Neurosci. 2000;20:2926\u20132933.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC6772191", "@IdType": "pmc"}, {"#text": "10751445", "@IdType": + "pubmed"}]}}, {"Citation": "Colcombe S, Kramer AF. Fitness effects on the + cognitive function of older adults: a meta-analytic study. Psychol Sci. 2003;14:125\u2013130.", + "ArticleIdList": {"ArticleId": {"#text": "12661673", "@IdType": "pubmed"}}}, + {"Citation": "Colcombe SJ, Erickson KI, Raz N, Webb AG, Cohen NJ, McAuley + E, Kramer AF. Aerobic fitness reduces brain tissue loss in aging humans. J + Gerontol A Biol Sci Med Sci. 2003;58:176\u2013180.", "ArticleIdList": {"ArticleId": + {"#text": "12586857", "@IdType": "pubmed"}}}, {"Citation": "Colcombe SJ, Erickson + KI, Scalf PE, Kim JS, Prakash R, McAuley E, Elavsky S, Marquez DX, Hu L, Kramer + AF. Aerobic exercise training increases brain volume in aging humans. J Gerontol + A Biol Sci Med Sci. 2006;61:1166\u20131170.", "ArticleIdList": {"ArticleId": + {"#text": "17167157", "@IdType": "pubmed"}}}, {"Citation": "Colcombe SJ, Kramer + AF, McAuley E, Erickson KI, Scalf P. Neurocognitive aging and cardiovascular + fitness: recent findings and future directions. J Mol Neurosci. 2004;24:9\u201314.", + "ArticleIdList": {"ArticleId": {"#text": "15314244", "@IdType": "pubmed"}}}, + {"Citation": "Cotman CW, Berchtold NC, Christie LA. Exercise builds brain + health: key roles of growth factor cascades and inflammation. Trends Neurosci. + 2007;30:464\u2013472.", "ArticleIdList": {"ArticleId": {"#text": "17765329", + "@IdType": "pubmed"}}}, {"Citation": "Curtis CE, D\u2019Esposito M. The effects + of prefrontal lesions on working memory performance and theory. Cogn Affect + Behav Neurosci. 2004;4:528\u2013539.", "ArticleIdList": {"ArticleId": {"#text": + "15849895", "@IdType": "pubmed"}}}, {"Citation": "Ding YH, Li J, Zhou Y, Rafols + JA, Clark JC, Ding Y. Cerebral angiogenesis and expression of angiogenic factors + in aging rats after exercise. Curr Neurovasc Res. 2006;3:15\u201323.", "ArticleIdList": + {"ArticleId": {"#text": "16472122", "@IdType": "pubmed"}}}, {"Citation": "Erickson + KI, Prakash RS, Voss MW, Chaddock L, Hu L, Morris KS, White SM, Wojcicki TR, + McAuley E, Kramer AF. Aerobic fitness is associated with hippocampal volume + in elderly humans. Hippocampus. 2009;19:1030\u20131039.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3072565", "@IdType": "pmc"}, {"#text": "19123237", + "@IdType": "pubmed"}]}}, {"Citation": "Erickson KI, Raji CA, Lopez OL, Becker + JT, Rosano C, Newman AB, Gach HM, Thompson PM, Ho AJ, Kuller LH. Physical + activity predicts gray matter volume in late adulthood: the Cardiovascular + Health Study. Neurology. 2010;75:1415\u20131422.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3039208", "@IdType": "pmc"}, {"#text": "20944075", "@IdType": + "pubmed"}]}}, {"Citation": "Erickson KI, Voss MW, Prakash RS, Basak C, Szabo + A, Chaddock L, Kim JS, Heo S, Alves H, White SM, Wojcicki TR, Mailey E, Vieira + VJ, Martin SA, Pence BD, Woods JA, McAuley E, Kramer AF. Exercise training + increases size of hippocampus and improves memory. Proc Natl Acad Sci U S + A. 2011;108:3017\u20133022.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3041121", + "@IdType": "pmc"}, {"#text": "21282661", "@IdType": "pubmed"}]}}, {"Citation": + "Farmer J, Zhao X, van Praag H, Wodtke K, Gage FH, Christie BR. Effects of + voluntary exercise on synaptic plasticity and gene expression in the dentate + gyrus of adult male Sprague-Dawley rats in vivo. Neuroscience. 2004;124:71\u201379.", + "ArticleIdList": {"ArticleId": {"#text": "14960340", "@IdType": "pubmed"}}}, + {"Citation": "Floel A, Ruscheweyh R, Kruger K, Willemer C, Winter B, Volker + K, Lohmann H, Zitzmann M, Mooren F, Breitenstein C, Knecht S. Physical activity + and memory functions: are neurotrophins and cerebral gray matter volume the + missing link? Neuroimage. 2010;49:2756\u20132763.", "ArticleIdList": {"ArticleId": + {"#text": "19853041", "@IdType": "pubmed"}}}, {"Citation": "Gelfand LA, Mensinger + JL, Tenhave T. Mediation analysis: a retrospective snapshot of practice and + more recent directions. J Gen Psychol. 2009;136:153\u2013176.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2670477", "@IdType": "pmc"}, {"#text": "19350833", + "@IdType": "pubmed"}]}}, {"Citation": "Giorgio A, Santelli L, Tomassini V, + Bosnell R, Smith S, De Stefano N, Johansen-Berg H. Age-related changes in + grey and white matter structure throughout adulthood. Neuroimage. 2010;51:943\u2013951.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2896477", "@IdType": "pmc"}, + {"#text": "20211265", "@IdType": "pubmed"}]}}, {"Citation": "Good CD, Johnsrude + I, Ashburner J, Henson RN, Friston KJ, Frackowiak RS. Cerebral asymmetry and + the effects of sex and handedness on brain structure: a voxel-based morphometric + analysis of 465 normal adult human brains. Neuroimage. 2001;14:685\u2013700.", + "ArticleIdList": {"ArticleId": {"#text": "11506541", "@IdType": "pubmed"}}}, + {"Citation": "Gordon BA, Rykhlevskaia EI, Brumback CR, Lee Y, Elavsky S, Konopack + JF, McAuley E, Kramer AF, Colcombe S, Gratton G, Fabiani M. Neuroanatomical + correlates of aging, cardiopulmonary fitness level, and education. Psychophysiology. + 2008;45:825\u2013838.", "ArticleIdList": {"ArticleId": [{"#text": "PMC5287394", + "@IdType": "pmc"}, {"#text": "18627534", "@IdType": "pubmed"}]}}, {"Citation": + "Hawkins HL, Kramer AF, Capaldi D. Aging, exercise, and attention. Psychol + Aging. 1992;7:643\u2013653.", "ArticleIdList": {"ArticleId": {"#text": "1466833", + "@IdType": "pubmed"}}}, {"Citation": "Hayasaka S, Phan KL, Liberzon I, Worsley + KJ, Nichols TE. Nonstationary cluster-size inference with random field and + permutation methods. Neuroimage. 2004;22:676\u2013687.", "ArticleIdList": + {"ArticleId": {"#text": "15193596", "@IdType": "pubmed"}}}, {"Citation": "Heyn + P, Abreu BC, Ottenbacher KJ. The effects of exercise training on elderly persons + with cognitive impairment and dementia: a meta-analysis. Arch Phys Med Rehabil. + 2004;85:1694\u20131704.", "ArticleIdList": {"ArticleId": {"#text": "15468033", + "@IdType": "pubmed"}}}, {"Citation": "Hillman CH, Erickson KI, Kramer AF. + Be smart, exercise your heart: exercise effects on brain and cognition. Nat + Rev Neurosci. 2008;9:58\u201365.", "ArticleIdList": {"ArticleId": {"#text": + "18094706", "@IdType": "pubmed"}}}, {"Citation": "Jenkinson M, Smith S. A + global optimisation method for robust affine registration of brain images. + Med Image Anal. 2001;5:143\u2013156.", "ArticleIdList": {"ArticleId": {"#text": + "11516708", "@IdType": "pubmed"}}}, {"Citation": "Jernigan TL, Archibald SL, + Fennema-Notestine C, Gamst AC, Stout JC, Bonner J, Hesselink JR. Effects of + age on tissues and regions of the cerebrum and cerebellum. Neurobiol Aging. + 2001;22:581\u2013594.", "ArticleIdList": {"ArticleId": {"#text": "11445259", + "@IdType": "pubmed"}}}, {"Citation": "Kennedy KM, Erickson KI, Rodrigue KM, + Voss MW, Colcombe SJ, Kramer AF, Acker JD, Raz N. Age-related differences + in regional brain volumes: a comparison of optimized voxel-based morphometry + to manual volumetry. Neurobiol Aging. 2009;30:1657\u20131676.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2756236", "@IdType": "pmc"}, {"#text": "18276037", + "@IdType": "pubmed"}]}}, {"Citation": "Kramer AF, Hahn S, Cohen NJ, Banich + MT, McAuley E, Harrison CR, Chason J, Vakil E, Bardell L, Boileau RA, Colcombe + A. Ageing, fitness and neurocognitive function. Nature. 1999;400:418\u2013419.", + "ArticleIdList": {"ArticleId": {"#text": "10440369", "@IdType": "pubmed"}}}, + {"Citation": "MacLeod CM. Half a century of research on the Stroop effect: + an integrative review. Psychol Bull. 1991;109:163\u2013203.", "ArticleIdList": + {"ArticleId": {"#text": "2034749", "@IdType": "pubmed"}}}, {"Citation": "MacLeod + CM. The Stroop task: The \u201cgold standard\u201d of attentional measures. + Journal of Experimental Psychology: General. 1992:12\u201314."}, {"Citation": + "McAuley E, Mailey EL, Mullen SP, Szabo AN, Wojcicki TR, White SM, Gothe N, + Olson EA, Kramer AF. Growth trajectories of exercise self-efficacy in older + adults: influence of measures and initial status. Health Psychol. 2011a;30:75\u201383.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3521039", "@IdType": "pmc"}, + {"#text": "21038962", "@IdType": "pubmed"}]}}, {"Citation": "McAuley E, Szabo + AN, Mailey EL, Erickson KI, Voss M, White SM, Wojcicki TR, Gothe N, Olson + EA, Mullen SP, Kramer AF. Non-Exercise Estimated Cardiorespiratory Fitness: + Associations with Brain Structure, Cognition, and Memory Complaints in Older + Adults. Ment Health Phys Act. 2011b;4:5\u201311.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3146052", "@IdType": "pmc"}, {"#text": "21808657", "@IdType": + "pubmed"}]}}, {"Citation": "Medicine, ACoS; Medicine, ACoS. Guidelines for + Exercise Testing and Prescription. Lea & Febiger: Philadelphia; 1991."}, {"Citation": + "Milham MP, Erickson KI, Banich MT, Kramer AF, Webb A, Wszalek T, Cohen NJ. + Attentional control in the aging brain: insights from an fMRI study of the + stroop task. Brain Cogn. 2002;49:277\u2013296.", "ArticleIdList": {"ArticleId": + {"#text": "12139955", "@IdType": "pubmed"}}}, {"Citation": "Peters J, Dauvermann + M, Mette C, Platen P, Franke J, Hinrichs T, Daum I. Voxel-based morphometry + reveals an association between aerobic capacity and grey matter density in + the right anterior insula. Neuroscience. 2009;163:1102\u20131108.", "ArticleIdList": + {"ArticleId": {"#text": "19628025", "@IdType": "pubmed"}}}, {"Citation": "Petersen + AM, Pedersen BK. The anti-inflammatory effect of exercise. J Appl Physiol. + 2005;98:1154\u20131162.", "ArticleIdList": {"ArticleId": {"#text": "15772055", + "@IdType": "pubmed"}}}, {"Citation": "Plum L, Schubert M, Bruning JC. The + role of insulin receptor signaling in the brain. Trends Endocrinol Metab. + 2005;16:59\u201365.", "ArticleIdList": {"ArticleId": {"#text": "15734146", + "@IdType": "pubmed"}}}, {"Citation": "Podewils LJ, Guallar E, Kuller LH, Fried + LP, Lopez OL, Carlson M, Lyketsos CG. Physical activity, APOE genotype, and + dementia risk: findings from the Cardiovascular Health Cognition Study. Am + J Epidemiol. 2005;161:639\u2013651.", "ArticleIdList": {"ArticleId": {"#text": + "15781953", "@IdType": "pubmed"}}}, {"Citation": "Poldrack RA. Region of interest + analysis for fMRI. Soc Cogn Affect Neurosci. 2007;2:67\u201370.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2555436", "@IdType": "pmc"}, {"#text": "18985121", + "@IdType": "pubmed"}]}}, {"Citation": "Prakash RS, Erickson KI, Colcombe SJ, + Kim JS, Voss MW, Kramer AF. Age-related differences in the involvement of + the prefrontal cortex in attentional control. Brain Cogn. 2009;71:328\u2013335.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2783271", "@IdType": "pmc"}, + {"#text": "19699019", "@IdType": "pubmed"}]}}, {"Citation": "Prakash RS, Voss + MW, Erickson KI, Lewis JM, Chaddock L, Malkowski E, Alves H, Kim J, Szabo + A, White SM, Wojcicki TR, Klamm EL, McAuley E, Kramer AF. Cardiorespiratory + fitness and attentional control in the aging brain. Front Hum Neurosci. 2011;4:229.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3024830", "@IdType": "pmc"}, + {"#text": "21267428", "@IdType": "pubmed"}]}}, {"Citation": "Preacher KJ, + Hayes AF. Asymptotic and resampling strategies for assessing and comparing + indirect effects in multiple mediator models. Behav Res Methods. 2008;40:879\u2013891.", + "ArticleIdList": {"ArticleId": {"#text": "18697684", "@IdType": "pubmed"}}}, + {"Citation": "Raz N. Aging of the brain and its impact on cognitive performance: + integration of structural and functional findings. In: Craik FIM, Salthouse + TA, editors. The Handbook of Aging and Cognition. Lawrence Erlbaum Associates; + Mahweh, NJ: 2000. pp. 1\u201390."}, {"Citation": "Raz N, Lindenberger U, Rodrigue + KM, Kennedy KM, Head D, Williamson A, Dahle C, Gerstorf D, Acker JD. Regional + brain changes in aging healthy adults: general trends, individual differences + and modifiers. Cereb Cortex. 2005;15:1676\u20131689.", "ArticleIdList": {"ArticleId": + {"#text": "15703252", "@IdType": "pubmed"}}}, {"Citation": "Raz N, Rodrigue + KM, Head D, Kennedy KM, Acker JD. Differential aging of the medial temporal + lobe: a study of a five-year change. Neurology. 2004;62:433\u2013438.", "ArticleIdList": + {"ArticleId": {"#text": "14872026", "@IdType": "pubmed"}}}, {"Citation": "Salimi-Khorshidi + G, Smith SM, Nichols TE. Adjusting the effect of nonstationarity in cluster-based + and TFCE inference. Neuroimage. 2011;54:2006\u20132019.", "ArticleIdList": + {"ArticleId": {"#text": "20955803", "@IdType": "pubmed"}}}, {"Citation": "Schmidt-Hieber + C, Jonas P, Bischofberger J. Enhanced synaptic plasticity in newly generated + granule cells of the adult hippocampus. Nature. 2004;429:184\u2013187.", "ArticleIdList": + {"ArticleId": {"#text": "15107864", "@IdType": "pubmed"}}}, {"Citation": "Smith + SM. Overview of fMRI analysis. Br J Radiol. 2004;77(Spec No 2):S167\u2013175.", + "ArticleIdList": {"ArticleId": {"#text": "15677358", "@IdType": "pubmed"}}}, + {"Citation": "Smith SM, Jenkinson M, Woolrich MW, Beckmann CF, Behrens TE, + Johansen-Berg H, Bannister PR, De Luca M, Drobnjak I, Flitney DE, Niazy RK, + Saunders J, Vickers J, Zhang Y, De Stefano N, Brady JM, Matthews PM. Advances + in functional and structural MR image analysis and implementation as FSL. + Neuroimage. 2004;23(Suppl 1):S208\u2013219.", "ArticleIdList": {"ArticleId": + {"#text": "15501092", "@IdType": "pubmed"}}}, {"Citation": "Smith SM, Nichols + TE. Threshold-free cluster enhancement: addressing problems of smoothing, + threshold dependence and localisation in cluster inference. Neuroimage. 2009;44:83\u201398.", + "ArticleIdList": {"ArticleId": {"#text": "18501637", "@IdType": "pubmed"}}}, + {"Citation": "Szabo AN, McAuley E, Erickson KI, Voss M, Prakash RS, Mailey + EL, Wojcicki TR, White SM, Gothe N, Olson EA, Kramer AF. Cardiorespiratory + fitness, hippocampal volume, and frequency of forgetting in older adults. + Neuropsychology. 2011;25:545\u2013553.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3140615", "@IdType": "pmc"}, {"#text": "21500917", "@IdType": "pubmed"}]}}, + {"Citation": "van Praag H, Christie BR, Sejnowski TJ, Gage FH. Running enhances + neurogenesis, learning, and long-term potentiation in mice. Proc Natl Acad + Sci U S A. 1999;96:13427\u201313431.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC23964", "@IdType": "pmc"}, {"#text": "10557337", "@IdType": "pubmed"}]}}, + {"Citation": "van Praag H, Shubert T, Zhao C, Gage FH. Exercise enhances learning + and hippocampal neurogenesis in aged mice. J Neurosci. 2005;25:8680\u20138685.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1360197", "@IdType": "pmc"}, + {"#text": "16177036", "@IdType": "pubmed"}]}}, {"Citation": "Voss MW, Erickson + KI, Prakash RS, Chaddock L, Malkowski E, Alves H, Kim JS, Morris KS, White + SM, Wojcicki TR, Hu L, Szabo A, Klamm E, McAuley E, Kramer AF. Functional + connectivity: a source of variance in the association between cardiorespiratory + fitness and cognition? Neuropsychologia. 2010a;48:1394\u20131406.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3708614", "@IdType": "pmc"}, {"#text": "20079755", + "@IdType": "pubmed"}]}}, {"Citation": "Voss MW, Prakash RS, Erickson KI, Basak + C, Chaddock L, Kim JS, Alves H, Heo S, Szabo AN, White SM, Wojcicki TR, Mailey + EL, Gothe N, Olson EA, McAuley E, Kramer AF. Plasticity of brain networks + in a randomized intervention trial of exercise training in older adults. Front + Aging Neurosci. 2010b:2.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2947936", + "@IdType": "pmc"}, {"#text": "20890449", "@IdType": "pubmed"}]}}, {"Citation": + "Washburn RA, Smith KW, Jette AM, Janney CA. The Physical Activity Scale for + the Elderly (PASE): development and evaluation. J Clin Epidemiol. 1993;46:153\u2013162.", + "ArticleIdList": {"ArticleId": {"#text": "8437031", "@IdType": "pubmed"}}}, + {"Citation": "Weisman D, et al. Interleukins, inflammation, and mechanisms + of Alzheimer\u2019s disease. Vitam Horm. 2006;74:505\u2013530.", "ArticleIdList": + {"ArticleId": {"#text": "17027528", "@IdType": "pubmed"}}}, {"Citation": "Xu + H, Barnes GT, Yang Q, Tan G, Yang D, Chou CJ, Sole J, Nichols A, Ross JA, + Tartaglia LA, Chen H. Chronic inflammation in fat plays a crucial role in + the development of obesity-related insulin resistance. J Clin Invest. 2003;112:1821\u20131830.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC296998", "@IdType": "pmc"}, + {"#text": "14679177", "@IdType": "pubmed"}]}}, {"Citation": "Yaffe K, Fiocco + AJ, Lindquist K, Vittinghoff E, Simonsick EM, Newman AB, Satterfield S, Rosano + C, Rubin SM, Ayonayon HN, Harris TB. Predictors of maintaining cognitive function + in older adults: the Health ABC study. Neurology. 2009;72:2029\u20132035.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2692177", "@IdType": "pmc"}, + {"#text": "19506226", "@IdType": "pubmed"}]}}, {"Citation": "Zhang Y, Brady + M, Smith S. Segmentation of brain MR images through a hidden Markov random + field model and the expectation-maximization algorithm. IEEE Trans Med Imaging. + 2001;20:45\u201357.", "ArticleIdList": {"ArticleId": {"#text": "11293691", + "@IdType": "pubmed"}}}, {"Citation": "Zhao X, Lynch JGJ, Chen Q. Reconsidering + Baron and Kenny: Myths and Truths about Mediation Analysis. Journal of Consumer + Research. 2010 Available at SSRN: http://ssrn.com/abstract=1554563."}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "22172477", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1090-2139", "@IssnType": "Electronic"}, "Title": "Brain, + behavior, and immunity", "JournalIssue": {"Issue": "5", "Volume": "26", "PubDate": + {"Year": "2012", "Month": "Jul"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Brain Behav Immun"}, "Abstract": {"AbstractText": "Aging is marked by a decline + in cognitive function, which is often preceded by losses in gray matter volume. + Fortunately, higher cardiorespiratory fitness (CRF) levels are associated + with an attenuation of age-related losses in gray matter volume and a reduced + risk for cognitive impairment. Despite these links, we have only a rudimentary + understanding of whether fitness-related increases in gray matter volume lead + to elevated cognitive function. In this cross-sectional study, we examined + whether the association between higher aerobic fitness levels and elevated + executive function was mediated by greater gray matter volume in the prefrontal + cortex (PFC). One hundred and forty-two older adults (mean age=66.6 years) + completed structural magnetic resonance imaging (MRI) scans, CRF assessments, + and performed Stroop and spatial working memory (SPWM) tasks. Gray matter + volume was assessed using an optimized voxel-based morphometry approach. Consistent + with our predictions, higher fitness levels were associated with: (a) better + performance on both the Stroop and SPWM tasks, and (b) greater gray matter + volume in several regions, including the dorsolateral PFC (DLPFC). Volume + of the right inferior frontal gyrus and precentral gyrus mediated the relationship + between CRF and Stroop interference while a non-overlapping set of regions + bilaterally in the DLPFC mediated the association between CRF and SPWM accuracy. + These results suggest that specific regions of the DLPFC differentially relate + to inhibition and spatial working memory. Thus, fitness may influence cognitive + function by reducing brain atrophy in targeted areas in healthy older adults.", + "CopyrightInformation": "Copyright \u00a9 2011 Elsevier Inc. All rights reserved."}, + "Language": "eng", "@PubModel": "Print-Electronic", "GrantList": {"Grant": + [{"Agency": "NIGMS NIH HHS", "Acronym": "GM", "Country": "United States", + "GrantID": "T32GM081760"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": + "United States", "GrantID": "R37 AG025667"}, {"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "R01 AG025032"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG25032"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "P50 AG005133"}, {"Agency": "NICHD NIH HHS", "Acronym": "HD", "Country": "United + States", "GrantID": "R01 HD069381"}, {"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "R01 AG25667"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG025667"}, + {"Agency": "NIGMS NIH HHS", "Acronym": "GM", "Country": "United States", "GrantID": + "T32 GM081760"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "P30 AG024827"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Andrea M", "Initials": "AM", "LastName": "Weinstein", + "AffiliationInfo": {"Affiliation": "Department of Psychology and the Center + for the Neural Basis of Cognition, University of Pittsburgh, PA 15260, USA. + andrea.weinstein@gmail.com"}}, {"@ValidYN": "Y", "ForeName": "Michelle W", + "Initials": "MW", "LastName": "Voss"}, {"@ValidYN": "Y", "ForeName": "Ruchika + Shaurya", "Initials": "RS", "LastName": "Prakash"}, {"@ValidYN": "Y", "ForeName": + "Laura", "Initials": "L", "LastName": "Chaddock"}, {"@ValidYN": "Y", "ForeName": + "Amanda", "Initials": "A", "LastName": "Szabo"}, {"@ValidYN": "Y", "ForeName": + "Siobhan M", "Initials": "SM", "LastName": "White"}, {"@ValidYN": "Y", "ForeName": + "Thomas R", "Initials": "TR", "LastName": "Wojcicki"}, {"@ValidYN": "Y", "ForeName": + "Emily", "Initials": "E", "LastName": "Mailey"}, {"@ValidYN": "Y", "ForeName": + "Edward", "Initials": "E", "LastName": "McAuley"}, {"@ValidYN": "Y", "ForeName": + "Arthur F", "Initials": "AF", "LastName": "Kramer"}, {"@ValidYN": "Y", "ForeName": + "Kirk I", "Initials": "KI", "LastName": "Erickson"}], "@CompleteYN": "Y"}, + "Pagination": {"EndPage": "819", "StartPage": "811", "MedlinePgn": "811-9"}, + "ArticleDate": {"Day": "07", "Year": "2011", "Month": "12", "@DateType": "Electronic"}, + "ELocationID": {"#text": "10.1016/j.bbi.2011.11.008", "@EIdType": "doi", "@ValidYN": + "Y"}, "ArticleTitle": "The association between aerobic fitness and executive + function is mediated by prefrontal cortex volume.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D052061", "#text": "Research Support, N.I.H., Extramural"}]}}, "DateRevised": + {"Day": "29", "Year": "2025", "Month": "05"}, "CoiStatement": {"b": "Conflict + of Interest Statement:", "#text": "All authors declare that there are no conflicts + of interest."}, "DateCompleted": {"Day": "19", "Year": "2012", "Month": "10"}, + "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": + [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D000369", "#text": "Aged, 80 and over", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D016001", "#text": "Confidence Intervals", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D003430", "#text": "Cross-Sectional + Studies", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D003627", "#text": + "Data Interpretation, Statistical", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D019706", "#text": "Excitatory Postsynaptic Potentials", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D056344", "#text": "Executive Function", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D007091", "#text": "Image + Processing, Computer-Assisted", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D009483", "#text": + "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000523", "#text": "psychology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D010809", "#text": "Physical Fitness", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000033", "#text": "anatomy & histology", "@MajorTopicYN": "Y"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D013028", "#text": "Space Perception", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D057190", "#text": "Stroop Test", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "Netherlands", "MedlineTA": "Brain Behav Immun", "ISSNLinking": + "0889-1591", "NlmUniqueID": "8800478"}}}, "semantic_scholar": {"year": 2012, + "title": "The association between aerobic fitness and executive function is + mediated by prefrontal cortex volume", "venue": "Brain, behavior, and immunity", + "authors": [{"name": "A. Weinstein", "authorId": "3137579"}, {"name": "M. + Voss", "authorId": "2437622"}, {"name": "R. Prakash", "authorId": "2465943"}, + {"name": "L. Chaddock", "authorId": "2330191"}, {"name": "A. Szabo", "authorId": + "4830120"}, {"name": "S. White", "authorId": "4365321"}, {"name": "T. W\u00f3jcicki", + "authorId": "3411065"}, {"name": "E. Mailey", "authorId": "3410727"}, {"name": + "E. McAuley", "authorId": "3206663"}, {"name": "A. Kramer", "authorId": "2172224901"}, + {"name": "K. Erickson", "authorId": "3298565"}], "paperId": "aeeca8fd0e72f4b7ce7588becb0cc3311236f6d4", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc3321393?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: The following paper + fields have been elided by the publisher: {''abstract''}. Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.bbi.2011.11.008?email= + or https://doi.org/10.1016/j.bbi.2011.11.008, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2012-07-01"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-04T23:24:11.053179+00:00", "analyses": [{"id": "QjWwMatAegUV", "user": + null, "name": "t0010", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "t0010", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010_coordinates.csv"}, + "original_table_id": "t0010"}, "table_metadata": {"table_id": "t0010", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010_coordinates.csv"}, + "sanitized_table_id": "t0010"}, "description": "Mediation indirect effects + and 95% confidence intervals for the Stroop and spatial working memory task + variables. The first three regions of interest were chosen from the overlapping + brain regions that showed a main effect of fitness and a correlation with + Stroop percent interference. The second two regions of interest were chosen + from the overlapping brain regions that showed a main effect of fitness and + a correlation with SPWM 3-Item accuracy.", "conditions": [], "weights": [], + "points": [{"id": "HjFe7Qpcbxdm", "coordinates": [56.0, 6.0, 30.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "TC2CQMvjggZN", "coordinates": [-44.0, 10.0, 40.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "QcjoZ36nPF8x", + "coordinates": [-48.0, 2.0, 48.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "ELBtNKZNx335", "coordinates": + [-36.0, -8.0, 60.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "YY5VhvWmeh6Y", "coordinates": [42.0, 4.0, 54.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}], + "images": []}]}, {"id": "o2PMFZ53Gbtj", "created_at": "2025-12-03T18:06:08.549925+00:00", + "updated_at": null, "user": null, "name": "Relationships between dietary nutrients + intake and lipid levels with functional MRI dorsolateral prefrontal cortex + activation", "description": "BACKGROUND: Dorsolateral prefrontal cortex (DLPFC) + is a key node in the cognitive control network that supports working memory. + DLPFC dysfunction is related to cognitive impairment. It has been suggested + that dietary components and high-density lipoprotein cholesterol (HDL-C) play + a vital role in brain health and cognitive function.\n\nPURPOSE: This study + aimed to investigate the relationships between dietary nutrient intake and + lipid levels with functional MRI (fMRI) brain activation in DLPFC among older + adults with mild cognitive impairment.\n\nPARTICIPANTS AND METHODS: A total + of 15 community-dwelling older adults with mild cognitive impairment, aged + \u226560 years, participated in this cross-sectional study at selected senior + citizen clubs in Klang Valley, Malaysia. The 7-day recall Diet History Questionnaire + was used to assess participants'' dietary nutrient intake. Fasting blood samples + were also collected for lipid profile assessment. All participants performed + N-back (0- and 1-back) working memory tasks during fMRI scanning. DLPFC (Brodmann''s + areas 9 and 46, and inferior, middle, and superior frontal gyrus) was identified + as a region of interest for analysis.\n\nRESULTS: Positive associations were + observed between dietary intake of energy, protein, cholesterol, vitamins + B6 and B12, potassium, iron, phosphorus, magnesium, and HDL-C with DLPFC activation + (<0.05). Multivariate analysis showed that vitamin B6 intake, =0.505, (14)=3.29, + =0.023, and Digit Symbol score, =0.413, (14)=2.89, =0.045; =0.748, were + positively related to DLPFC activation.\n\nCONCLUSION: Increased vitamin B6 + intake and cognitive processing speed were related to greater activation in + the DLPFC region, which was responsible for working memory, executive function, + attention, planning, and decision making. Further studies are needed to elucidate + the mechanisms underlying the association.", "publication": "Clinical Interventions + in Aging", "doi": "10.2147/CIA.S183425", "pmid": "30613138", "authors": "Huijin + Lau; S. Shahar; M. Mohamad; N. Rajab; H. M. Yahya; Normah Che Din; H. Abdul + Hamid", "year": 2018, "metadata": {"slug": "30613138-10-2147-cia-s183425-pmc6307498", + "source": "semantic_scholar", "keywords": ["HDL-C", "brain activation", "fMRI", + "vitamin B6"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "8", "Hour": "6", "Year": "2019", "Month": "1", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "8", "Hour": "6", "Year": "2019", "Month": "1", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "12", "Hour": "6", "Year": "2019", "Month": + "2", "Minute": "0", "@PubStatus": "medline"}, {"Day": "24", "Year": "2018", + "Month": "12", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "30613138", "@IdType": "pubmed"}, {"#text": "PMC6307498", "@IdType": + "pmc"}, {"#text": "10.2147/CIA.S183425", "@IdType": "doi"}, {"#text": "cia-14-043", + "@IdType": "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Breukelaar + IA, Antees C, Grieve SM, et al. Cognitive control network anatomy correlates + with neurocognitive behavior: A longitudinal study. Hum Brain Mapp. 2017;38(2):631\u2013643.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5347905", "@IdType": "pmc"}, + {"#text": "27623046", "@IdType": "pubmed"}]}}, {"Citation": "Kumar S, Zomorrodi + R, Ghazala Z. Dorsolateral prefrontal cortex neuroplasticity deficits in Alzheimer\u2019s + disease. JAMA. 2017;81(10):S148."}, {"Citation": "Pa J, Boxer A, Chao LL, + et al. Clinical-neuroimaging characteristics of dysexecutive mild cognitive + impairment. Ann Neurol. 2009;65(4):414\u2013423.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2680500", "@IdType": "pmc"}, {"#text": "19399879", "@IdType": + "pubmed"}]}}, {"Citation": "Vaynman S, Ying Z, Wu A, Gomez-Pinilla F. Coupling + energy metabolism with a mechanism to support brain-derived neurotrophic factor-mediated + synaptic plasticity. Neuroscience. 2006;139(4):1221\u20131234.", "ArticleIdList": + {"ArticleId": {"#text": "16580138", "@IdType": "pubmed"}}}, {"Citation": "G\u00f3mez-Pinilla + F. Brain foods: the effects of nutrients on brain function. Nat Rev Neurosci. + 2008;9(7):568\u2013578.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2805706", + "@IdType": "pmc"}, {"#text": "18568016", "@IdType": "pubmed"}]}}, {"Citation": + "Weinstock-Guttman B, Zivadinov R, Mahfooz N, et al. Serum lipid profiles + are associated with disability and MRI outcomes in multiple sclerosis. J Neuroinflammation. + 2011;8:127.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3228782", "@IdType": + "pmc"}, {"#text": "21970791", "@IdType": "pubmed"}]}}, {"Citation": "Hottman + DA, Chernick D, Cheng S, Wang Z, Li L. HDL and cognition in neurodegenerative + disorders. Neurobiol Dis. 2014;72(Pt A):22\u201336.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC4252583", "@IdType": "pmc"}, {"#text": "25131449", "@IdType": + "pubmed"}]}}, {"Citation": "Nik Mohd Fakhruddin NNI, Shahar S, Abd Aziz NA, + Yahya HM, Rajikan R. Which aging group prone to have inadequate nutrient intake?: + TUA Study. Sains Malaysiana. 2016;45(9):1381\u20131391."}, {"Citation": "Wong + SH, Rajikan R, das S. Antioxidants intake and mild cognitive impairment among + elderly people in Klang Valley: a pilot study. Sains Malaysiana. 2010;39(4):689\u2013696."}, + {"Citation": "Vanoh D, Shahar S, Din NC, et al. Predictors of poor cognitive + status among older Malaysian adults: baseline findings from the LRGS TUA cohort + study. Aging Clin Exp Res. 2017;29(2):173\u2013182.", "ArticleIdList": {"ArticleId": + {"#text": "26980453", "@IdType": "pubmed"}}}, {"Citation": "Shahar S, Omar + A, Vanoh D, et al. Approaches in methodology for population-based longitudinal + study on neuroprotective model for healthy longevity (TUA) among Malaysian + Older Adults. Aging Clin Exp Res. 2016;28(6):1089\u20131104.", "ArticleIdList": + {"ArticleId": {"#text": "26670602", "@IdType": "pubmed"}}}, {"Citation": "Shahar + S, Earland J, Abdulrahman S. Validation of a dietary history questionnaire + against a 7-D weighed record for estimating nutrient intake among rural elderly + Malays. Malays J Nutr. 2000;6(1):33\u201344.", "ArticleIdList": {"ArticleId": + {"#text": "22692390", "@IdType": "pubmed"}}}, {"Citation": "Preston AR, Eichenbaum + H. Interplay of hippocampus and prefrontal cortex in memory. Curr Biol. 2013;23(17):R764\u2013R773.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3789138", "@IdType": "pmc"}, + {"#text": "24028960", "@IdType": "pubmed"}]}}, {"Citation": "Mesulam M. Brain, + mind, and the evolution of connectivity. Brain Cogn. 2000;42(1):4\u20136.", + "ArticleIdList": {"ArticleId": {"#text": "10739582", "@IdType": "pubmed"}}}, + {"Citation": "Fan J, Mccandliss BD, Fossella J, Flombaum JI, Posner MI. The + activation of attentional networks. Neuroimage. 2005;26(2):471\u2013479.", + "ArticleIdList": {"ArticleId": {"#text": "15907304", "@IdType": "pubmed"}}}, + {"Citation": "Fedorenko E, Duncan J, Kanwisher N. Broad domain generality + in focal regions of frontal and parietal cortex. Proc Natl Acad Sci U S A. + 2013;110(41):16616\u201316621.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3799302", "@IdType": "pmc"}, {"#text": "24062451", "@IdType": "pubmed"}]}}, + {"Citation": "Koyama MS, O\u2019Connor D, Shehzad Z, Milham MP. Differential + contributions of the middle frontal gyrus functional connectivity to literacy + and numeracy. Sci Rep. 2017;7(1):17548.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5727510", "@IdType": "pmc"}, {"#text": "29235506", "@IdType": "pubmed"}]}}, + {"Citation": "Roberts RO, Roberts LA, Geda YE, et al. Relative intake of macro-nutrients + impacts risk of mild cognitive impairment or dementia. J Alzheimers Dis. 2012;32(2):329\u2013339.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3494735", "@IdType": "pmc"}, + {"#text": "22810099", "@IdType": "pubmed"}]}}, {"Citation": "Kim H, Kim G, + Jang W, Kim SY, Chang N. Association between intake of B vitamins and cognitive + function in elderly Koreans with cognitive impairment. Nutr J. 2014;13(1):118.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4290102", "@IdType": "pmc"}, + {"#text": "25516359", "@IdType": "pubmed"}]}}, {"Citation": "Qin B, Xun P, + Jacobs DR, et al. Intake of niacin, folate, vitamin B-6, and vitamin B-12 + through young adulthood and cognitive function in midlife: the Coronary Artery + Risk Development in Young Adults (CARDIA) study. Am J Clin Nutr. 2017;106(4):1032\u20131040.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5611785", "@IdType": "pmc"}, + {"#text": "28768650", "@IdType": "pubmed"}]}}, {"Citation": "Morris MC, Evans + DA, Bienias JL, et al. Dietary niacin and the risk of incident Alzheimer\u2019s + disease and of cognitive decline. J Neurol Neurosurg Psychiatry. 2004;75(8):1093\u20131099.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1739176", "@IdType": "pmc"}, + {"#text": "15258207", "@IdType": "pubmed"}]}}, {"Citation": "Jerner\u00e9n + F, Elshorbagy AK, Oulhaj A, Smith SM, Refsum H, Smith AD. Brain atrophy in + cognitively impaired elderly: the importance of long-chain \u03c9-3 fatty + acids and B vitamin status in a randomized controlled trial. Am J Clin Nutr. + 2015;102(1):215\u2013221.", "ArticleIdList": {"ArticleId": {"#text": "25877495", + "@IdType": "pubmed"}}}, {"Citation": "Smith AD, Smith SM, de Jager CA, et + al. Homocysteine-lowering by B vitamins slows the rate of accelerated brain + atrophy in mild cognitive impairment: a randomized controlled trial. PLoS + One. 2010;5(9):e12244.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2935890", + "@IdType": "pmc"}, {"#text": "20838622", "@IdType": "pubmed"}]}}, {"Citation": + "Smith AD, Refsum H. Homocysteine, B vitamins, and cognitive impairment. Annu + Rev Nutr. 2016;36:211\u2013239.", "ArticleIdList": {"ArticleId": {"#text": + "27431367", "@IdType": "pubmed"}}}, {"Citation": "Clarke R, Birks J, Nexo + E, et al. Low vitamin B-12 status and risk of cognitive decline in older adults. + Am J Clin Nutr. 2007;86(5):1384\u20131391.", "ArticleIdList": {"ArticleId": + {"#text": "17991650", "@IdType": "pubmed"}}}, {"Citation": "Haan MN, Miller + JW, Aiello AE, et al. Homocysteine, B vitamins, and the incidence of dementia + and cognitive impairment: results from the Sacramento Area Latino Study on + Aging. Am J Clin Nutr. 2007;85(2):511\u2013517.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC1892349", "@IdType": "pmc"}, {"#text": "17284751", "@IdType": + "pubmed"}]}}, {"Citation": "Ozawa M, Ninomiya T, Ohara T, et al. Self-reported + dietary intake of potassium, calcium, and magnesium and risk of dementia in + the Japanese: the Hisayama Study. J Am Geriatr Soc. 2012;60(8):1515\u20131520.", + "ArticleIdList": {"ArticleId": {"#text": "22860881", "@IdType": "pubmed"}}}, + {"Citation": "Mackness B, Mackness M. Anti-inflammatory properties of paraoxonase-1 + in atherosclerosis. Adv Exp Med Biol. 2010;660:143\u2013151.", "ArticleIdList": + {"ArticleId": {"#text": "20221877", "@IdType": "pubmed"}}}, {"Citation": "Mineo + C, Deguchi H, Griffin JH, Shaul PW. Endothelial and antithrombotic actions + of HDL. Circ Res. 2006;98(11):1352\u20131364.", "ArticleIdList": {"ArticleId": + {"#text": "16763172", "@IdType": "pubmed"}}}, {"Citation": "Norata GD, Pirillo + A, Ammirati E, Catapano AL. Emerging role of high density lipoproteins as + a player in the immune system. Atherosclerosis. 2012;220(1):11\u201321.", + "ArticleIdList": {"ArticleId": {"#text": "21783193", "@IdType": "pubmed"}}}, + {"Citation": "van den Kommer TN, Dik MG, Comijs HC, Jonker C, Deeg DJ. Role + of lipoproteins and inflammation in cognitive decline: do they interact? Neurobiol + Aging. 2012;33(1):196.e1\u2013e12.", "ArticleIdList": {"ArticleId": {"#text": + "20594617", "@IdType": "pubmed"}}}, {"Citation": "Eckert GP, Kirsch C, Leutz + S, Wood WG, M\u00fcller WE. Cholesterol modulates amyloid beta-peptide\u2019s + membrane interactions. Pharma-copsychiatry. 2003;36(Suppl 2):S136\u2013S143.", + "ArticleIdList": {"ArticleId": {"#text": "14574628", "@IdType": "pubmed"}}}, + {"Citation": "Koudinov AR, Koudinova NV. Essential role for cholesterol in + synaptic plasticity and neuronal degeneration. FASEB J. 2001;15(10):1858\u20131860.", + "ArticleIdList": {"ArticleId": {"#text": "11481254", "@IdType": "pubmed"}}}, + {"Citation": "He Q, Li Q, Zhao J, et al. Relationship between plasma lipids + and mild cognitive impairment in the elderly Chinese: a case-control study. + Lipids Health Dis. 2016;15(1):146.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5011904", "@IdType": "pmc"}, {"#text": "27595570", "@IdType": "pubmed"}]}}, + {"Citation": "Lv YB, Yin ZX, Chei CL, et al. Serum cholesterol levels within + the high normal range are associated with better cognitive performance among + Chinese elderly. J Nutr Health Aging. 2016;20(3):280\u2013287.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC4955538", "@IdType": "pmc"}, {"#text": "26892577", + "@IdType": "pubmed"}]}}, {"Citation": "Ihle A, Gouveia \u00c9R, Gouveia BR, + et al. High-density lipoprotein cholesterol level relates to working memory, + immediate and delayed cued recall in Brazilian older adults: the role of cognitive + reserve. Dement Geriatr Cogn Disord. 2017;44(1\u20132):84\u201391.", "ArticleIdList": + {"ArticleId": {"#text": "28743108", "@IdType": "pubmed"}}}, {"Citation": "Sinha + S, Misra A, Kumar V, et al. Proton magnetic resonance spectroscopy and single + photon emission computed tomography study of the brain in asymptomatic young + hyperlipidaemic Asian Indians in North India show early abnormalities. Clin + Endocrinol. 2004;61(2):182\u2013189.", "ArticleIdList": {"ArticleId": {"#text": + "15272912", "@IdType": "pubmed"}}}, {"Citation": "Reiman EM, Chen K, Langbaum + JB, et al. Higher serum total cholesterol levels in late middle age are associated + with glucose hypometabolism in brain regions affected by Alzheimer\u2019s + disease and normal aging. Neuroimage. 2010;49(1):169\u2013176.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2888804", "@IdType": "pmc"}, {"#text": "19631758", + "@IdType": "pubmed"}]}}, {"Citation": "Gonzales MM, Tarumi T, Eagan DE, Tanaka + H, Biney FO, Haley AP. Current serum lipoprotein levels and FMRI response + to working memory in midlife. Dement Geriatr Cogn Disord. 2011;31(4):259\u2013267.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3085033", "@IdType": "pmc"}, + {"#text": "21494033", "@IdType": "pubmed"}]}}, {"Citation": "Selhub J, Troen + A, Rosenberg IH. B vitamins and the aging brain. Nutr Rev. 2010;68(Suppl 2):S112\u2013S118.", + "ArticleIdList": {"ArticleId": {"#text": "21091944", "@IdType": "pubmed"}}}, + {"Citation": "Erickson KI, Suever BL, Prakash RS, Colcombe SJ, Mcauley E, + Kramer AF. Greater intake of vitamins B6 and B12 spares gray matter in healthy + elderly: a voxel-based morphometry study. Brain Res. 2008;1199:20\u201326.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2323025", "@IdType": "pmc"}, + {"#text": "18281020", "@IdType": "pubmed"}]}}, {"Citation": "Jannusch K, Jockwitz + C, Bidmon HJ, Moebus S, Amunts K, Caspers S. A complex interplay of vitamin + b1 and b6 metabolism with cognition, brain structure, and functional connectivity + in older adults. Front Neurosci. 2017;11:596.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5663975", "@IdType": "pmc"}, {"#text": "29163003", "@IdType": + "pubmed"}]}}, {"Citation": "Douaud G, Refsum H, de Jager CA, et al. Preventing + Alzheimer\u2019s disease-related gray matter atrophy by B-vitamin treatment. + Proc Natl Acad Sci U S A. 2013;110(23):9523\u20139528.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3677457", "@IdType": "pmc"}, {"#text": "23690582", + "@IdType": "pubmed"}]}}, {"Citation": "Hlais S, Reslan DR, Sarieddine HK, + et al. Effect of lysine, vitamin B(6), and carnitine supplementation on the + lipid profile of male patients with hypertriglyceridemia: a 12-week, open-label, + randomized, placebo-controlled trial. Clin Ther. 2012;34(8):1674\u20131682.", + "ArticleIdList": {"ArticleId": {"#text": "22818869", "@IdType": "pubmed"}}}, + {"Citation": "Adaikalakoteswari A, Finer S, Voyias PD, et al. Vitamin B12 + insufficiency induces cholesterol biosynthesis by limiting s-adenosylmethionine + and modulating the methylation of SREBF1 and LDLR genes. Clin Epigenetics. + 2015;7(1):14.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4356060", "@IdType": + "pmc"}, {"#text": "25763114", "@IdType": "pubmed"}]}}, {"Citation": "Montoya + MT, Porres A, Serrano S, et al. Fatty acid saturation of the diet and plasma + lipid concentrations, lipoprotein particle concentrations, and cholesterol + efflux capacity. Am J Clin Nutr. 2002;75(3):484\u2013491.", "ArticleIdList": + {"ArticleId": {"#text": "11864853", "@IdType": "pubmed"}}}, {"Citation": "Axelrod + BN, Goldman RS, Henry RR. Sensitivity of the mini-mental state examination + to frontal lobe dysfunction in normal aging. J Clin Psychol. 1992;48(1):68\u201371.", + "ArticleIdList": {"ArticleId": {"#text": "1556219", "@IdType": "pubmed"}}}, + {"Citation": "Buckholtz JW, Martin JW, Treadway MT, et al. From blame to punishment: + disrupting prefrontal cortex activity reveals norm enforcement mechanisms. + Neuron. 2015;87(6):1369\u20131380.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5488876", "@IdType": "pmc"}, {"#text": "26386518", "@IdType": "pubmed"}]}}, + {"Citation": "Speck O, Ernst T, Braun J, Koch C, Miller E, Chang L. Gender + differences in the functional organization of the brain for working memory. + Neuroreport. 2000;11(11):2581\u20132585.", "ArticleIdList": {"ArticleId": + {"#text": "10943726", "@IdType": "pubmed"}}}, {"Citation": "Wechsler WD. Manual + for the Wechsler Adult Intelligence Scale-Revised. New York: Psychological + Corporation; 1981."}, {"Citation": "Turken A, Whitfield-Gabrieli S, Bammer + R, Baldo JV, Dronkers NF, Gabrieli JD. Cognitive processing speed and the + structure of white matter pathways: convergent evidence from normal variation + and lesion studies. Neuroimage. 2008;42(2):1032\u20131044.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2630965", "@IdType": "pmc"}, {"#text": "18602840", + "@IdType": "pubmed"}]}}, {"Citation": "Bondi MW, Houston WS, Eyler LT, Brown + GG. FMRI evidence of compensatory mechanisms in older adults at genetic risk + for Alzheimer disease. Neurology. 2005;64(3):501\u2013508.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC1761695", "@IdType": "pmc"}, {"#text": "15699382", + "@IdType": "pubmed"}]}}, {"Citation": "Bookheimer SY, Strojwas MH, Cohen MS, + et al. Patterns of brain activation in people at risk for Alzheimer\u2019s + disease. N Engl J Med. 2000;343(7):450\u2013456.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2831477", "@IdType": "pmc"}, {"#text": "10944562", "@IdType": + "pubmed"}]}}, {"Citation": "Hebert JR, Ockene IS, Hurley TG, Luippold R, Well + AD, Harmatz MG. Development and testing of a seven-day dietary recall. J Clin + Epidemiol. 1997;50(8):925\u2013937.", "ArticleIdList": {"ArticleId": {"#text": + "9291878", "@IdType": "pubmed"}}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "30613138", "@Version": "1"}, "@Owner": "NLM", "@Status": + "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1178-1998", "@IssnType": + "Electronic"}, "Title": "Clinical interventions in aging", "JournalIssue": + {"Volume": "14", "PubDate": {"Year": "2019"}, "@CitedMedium": "Internet"}, + "ISOAbbreviation": "Clin Interv Aging"}, "Abstract": {"AbstractText": [{"#text": + "Dorsolateral prefrontal cortex (DLPFC) is a key node in the cognitive control + network that supports working memory. DLPFC dysfunction is related to cognitive + impairment. It has been suggested that dietary components and high-density + lipoprotein cholesterol (HDL-C) play a vital role in brain health and cognitive + function.", "@Label": "BACKGROUND", "@NlmCategory": "BACKGROUND"}, {"#text": + "This study aimed to investigate the relationships between dietary nutrient + intake and lipid levels with functional MRI (fMRI) brain activation in DLPFC + among older adults with mild cognitive impairment.", "@Label": "PURPOSE", + "@NlmCategory": "OBJECTIVE"}, {"#text": "A total of 15 community-dwelling + older adults with mild cognitive impairment, aged \u226560 years, participated + in this cross-sectional study at selected senior citizen clubs in Klang Valley, + Malaysia. The 7-day recall Diet History Questionnaire was used to assess participants'' + dietary nutrient intake. Fasting blood samples were also collected for lipid + profile assessment. All participants performed N-back (0- and 1-back) working + memory tasks during fMRI scanning. DLPFC (Brodmann''s areas 9 and 46, and + inferior, middle, and superior frontal gyrus) was identified as a region of + interest for analysis.", "@Label": "PARTICIPANTS AND METHODS", "@NlmCategory": + "METHODS"}, {"i": ["P", "\u03b2", "t", "P", "\u03b2", "t", "P", "R"], "sup": + "2", "#text": "Positive associations were observed between dietary intake + of energy, protein, cholesterol, vitamins B6 and B12, potassium, iron, phosphorus, + magnesium, and HDL-C with DLPFC activation (<0.05). Multivariate analysis + showed that vitamin B6 intake, =0.505, (14)=3.29, =0.023, and Digit Symbol + score, =0.413, (14)=2.89, =0.045; =0.748, were positively related to DLPFC + activation.", "@Label": "RESULTS", "@NlmCategory": "RESULTS"}, {"#text": "Increased + vitamin B6 intake and cognitive processing speed were related to greater activation + in the DLPFC region, which was responsible for working memory, executive function, + attention, planning, and decision making. Further studies are needed to elucidate + the mechanisms underlying the association.", "@Label": "CONCLUSION", "@NlmCategory": + "CONCLUSIONS"}]}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Huijin", "Initials": + "H", "LastName": "Lau", "AffiliationInfo": {"Affiliation": "Center for Healthy + Aging and Wellness, Faculty of Health Sciences, Universiti Kebangsaan Malaysia, + Kuala Lumpur, Malaysia, suzana.shahar@ukm.edu.my."}}, {"@ValidYN": "Y", "ForeName": + "Suzana", "Initials": "S", "LastName": "Shahar", "AffiliationInfo": {"Affiliation": + "Center for Healthy Aging and Wellness, Faculty of Health Sciences, Universiti + Kebangsaan Malaysia, Kuala Lumpur, Malaysia, suzana.shahar@ukm.edu.my."}}, + {"@ValidYN": "Y", "ForeName": "Mazlyfarina", "Initials": "M", "LastName": + "Mohamad", "AffiliationInfo": {"Affiliation": "Diagnostic Imaging and Radiotherapy + Program, Faculty of Health Sciences, Universiti Kebangsaan Malaysia, Kuala + Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Nor Fadilah", "Initials": + "NF", "LastName": "Rajab", "AffiliationInfo": {"Affiliation": "Biomedical + Science Program, Faculty of Health Sciences, Universiti Kebangsaan Malaysia, + Kuala Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Hanis Mastura", + "Initials": "HM", "LastName": "Yahya", "AffiliationInfo": {"Affiliation": + "Center for Healthy Aging and Wellness, Faculty of Health Sciences, Universiti + Kebangsaan Malaysia, Kuala Lumpur, Malaysia, suzana.shahar@ukm.edu.my."}}, + {"@ValidYN": "Y", "ForeName": "Normah Che", "Initials": "NC", "LastName": + "Din", "AffiliationInfo": {"Affiliation": "Health Psychology Program, School + of Healthcare Sciences, Faculty of Health Sciences, Universiti Kebangsaan + Malaysia, Kuala Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Hamzaini + Abdul", "Initials": "HA", "LastName": "Hamid", "AffiliationInfo": {"Affiliation": + "Department of Radiology, Faculty of Medicine, Universiti Kebangsaan Malaysia + Medical Center, Kuala Lumpur, Malaysia."}}], "@CompleteYN": "Y"}, "Pagination": + {"EndPage": "51", "StartPage": "43", "MedlinePgn": "43-51"}, "ArticleDate": + {"Day": "24", "Year": "2018", "Month": "12", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.2147/CIA.S183425", "@EIdType": "doi", "@ValidYN": "Y"}, "ArticleTitle": + "Relationships between dietary nutrients intake and lipid levels with functional + MRI dorsolateral prefrontal cortex activation.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "31", + "Year": "2022", "Month": "03"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "HDL-C", "@MajorTopicYN": "N"}, {"#text": "brain activation", "@MajorTopicYN": + "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "vitamin B6", "@MajorTopicYN": + "N"}]}, "ChemicalList": {"Chemical": [{"RegistryNumber": "0", "NameOfSubstance": + {"@UI": "D008076", "#text": "Cholesterol, HDL"}}, {"RegistryNumber": "8059-24-3", + "NameOfSubstance": {"@UI": "D025101", "#text": "Vitamin B 6"}}]}, "CoiStatement": + "Disclosure The authors report no conflicts of interest in this work.", "DateCompleted": + {"Day": "11", "Year": "2019", "Month": "02"}, "CitationSubset": "IM", "@IndexingMethod": + "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000097", "#text": "blood", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": + "D008076", "#text": "Cholesterol, HDL", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "Y"}}, {"QualifierName": + [{"@UI": "Q000097", "#text": "blood", "@MajorTopicYN": "Y"}, {"@UI": "Q000000981", + "#text": "diagnostic imaging", "@MajorTopicYN": "Y"}, {"@UI": "Q000503", "#text": + "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D060825", + "#text": "Cognitive Dysfunction", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003430", "#text": "Cross-Sectional Studies", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D004032", "#text": "Diet", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D015930", "#text": "Diet Records", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008570", "#text": + "Memory, Short-Term", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", + "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000008", "#text": "administration & dosage", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000078622", "#text": "Nutrients", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "Y"}, + {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000008", "#text": "administration & dosage", "@MajorTopicYN": "Y"}, + "DescriptorName": {"@UI": "D025101", "#text": "Vitamin B 6", "@MajorTopicYN": + "N"}}]}, "MedlineJournalInfo": {"Country": "New Zealand", "MedlineTA": "Clin + Interv Aging", "ISSNLinking": "1176-9092", "NlmUniqueID": "101273480"}}}, + "semantic_scholar": {"year": 2018, "title": "Relationships between dietary + nutrients intake and lipid levels with functional MRI dorsolateral prefrontal + cortex activation", "venue": "Clinical Interventions in Aging", "authors": + [{"name": "Huijin Lau", "authorId": "38965880"}, {"name": "S. Shahar", "authorId": + "2773427"}, {"name": "M. Mohamad", "authorId": "3875922"}, {"name": "N. Rajab", + "authorId": "5145536"}, {"name": "H. M. Yahya", "authorId": "36770753"}, {"name": + "Normah Che Din", "authorId": "7887352"}, {"name": "H. Abdul Hamid", "authorId": + "38810160"}], "paperId": "995f817017cf1bafe09b949a88604fa5ae599d5b", "abstract": + "Background Dorsolateral prefrontal cortex (DLPFC) is a key node in the cognitive + control network that supports working memory. DLPFC dysfunction is related + to cognitive impairment. It has been suggested that dietary components and + high-density lipoprotein cholesterol (HDL-C) play a vital role in brain health + and cognitive function. Purpose This study aimed to investigate the relationships + between dietary nutrient intake and lipid levels with functional MRI (fMRI) + brain activation in DLPFC among older adults with mild cognitive impairment. + Participants and methods A total of 15 community-dwelling older adults with + mild cognitive impairment, aged \u226560 years, participated in this cross-sectional + study at selected senior citizen clubs in Klang Valley, Malaysia. The 7-day + recall Diet History Questionnaire was used to assess participants\u2019 dietary + nutrient intake. Fasting blood samples were also collected for lipid profile + assessment. All participants performed N-back (0- and 1-back) working memory + tasks during fMRI scanning. DLPFC (Brodmann\u2019s areas 9 and 46, and inferior, + middle, and superior frontal gyrus) was identified as a region of interest + for analysis. Results Positive associations were observed between dietary + intake of energy, protein, cholesterol, vitamins B6 and B12, potassium, iron, + phosphorus, magnesium, and HDL-C with DLPFC activation (P<0.05). Multivariate + analysis showed that vitamin B6 intake, \u03b2=0.505, t (14)=3.29, P=0.023, + and Digit Symbol score, \u03b2=0.413, t (14)=2.89, P=0.045; R2=0.748, were + positively related to DLPFC activation. Conclusion Increased vitamin B6 intake + and cognitive processing speed were related to greater activation in the DLPFC + region, which was responsible for working memory, executive function, attention, + planning, and decision making. Further studies are needed to elucidate the + mechanisms underlying the association.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.dovepress.com/getfile.php?fileID=47155", "status": "GOLD", + "license": "CCBYNC", "disclaimer": "Notice: Paper or abstract available at + https://pmc.ncbi.nlm.nih.gov/articles/PMC6307498, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2018-12-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T18:07:15.085129+00:00", "analyses": + [{"id": "i5yMrDuuJbTT", "user": null, "name": "t2-cia-14-043", "metadata": + {"table": {"table_number": 2, "table_metadata": {"table_id": "t2-cia-14-043", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30613138-10-2147-cia-s183425-pmc6307498/tables/t2-cia-14-043_coordinates.csv"}, + "original_table_id": "t2-cia-14-043"}, "table_metadata": {"table_id": "t2-cia-14-043", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30613138-10-2147-cia-s183425-pmc6307498/tables/t2-cia-14-043_coordinates.csv"}, + "sanitized_table_id": "t2-cia-14-043"}, "description": "Activated brain regions + during N-back task (P<0.05, corrected for FWE)", "conditions": [], "weights": + [], "points": [{"id": "No24vw5kvN2p", "coordinates": [38.0, 6.0, 56.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 25.12}]}, {"id": "me9EK3SWqCbn", "coordinates": [-4.0, 32.0, + 38.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 11.84}]}, {"id": "zpZavW6JxBCm", "coordinates": [10.0, + 26.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 10.85}]}, {"id": "NcVgec7nEZM7", "coordinates": + [30.0, 34.0, -18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.35}]}, {"id": "9HVmYGKiQpdt", "coordinates": + [24.0, -18.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.86}]}, {"id": "eFobja9iXd4t", "coordinates": + [-26.0, 44.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.46}]}, {"id": "8dKvnVu2rmwA", "coordinates": + [8.0, -20.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.3}]}, {"id": "gjJsG33fAjB5", "coordinates": + [-18.0, 50.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.29}]}, {"id": "KV53jQ6BqAoj", "coordinates": + [14.0, 46.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.18}]}, {"id": "wzP3jSNyBWqb", "coordinates": + [8.0, 50.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.04}]}], "images": []}]}, {"id": + "oCbt6XuWSVvp", "created_at": "2025-12-04T23:20:00.250601+00:00", "updated_at": + null, "user": null, "name": "5-HT, prefrontal function and aging: fMRI of + inhibition and acute tryptophan depletion", "description": "Age-related declines + in prefrontal functions and age-related declines in prefrontal serotonin (5-HT) + are documented. The effect of 5-HT on prefrontal cortex (PFC) is also documented; + however, no one has examined the effect of experimental 5-HT modulation on + PFC in healthy older adults. We investigated the effect of 5-HT on brain functioning + in 10 women over 55 (mean=63.0+/-5.3 years) during cognitive interference + inhibition (Simon task) using fMRI and acute tryptophan depletion (ATD). ATD + did not affect task performance; it did affect brain function. During sham/no + depletion, participants activated brain regions associated with the Simon + (e.g., left inferior PFC). During ATD, there was no prefrontal but alternative + posterior brain activation. ATD relative to sham reduced activity in left + inferior PFC, anterior cingulate and basal ganglia but increased activity + within neocerebellum and parietal lobe. In older adults, ATD modulates task-relevant + brain activation for cognitive interference inhibition and is associated with + an anterior-to-posterior activation shift. Maintaining successful Simon performance + during ATD is achieved by increasing cerebellar and parietal contributions + to compensate for decreased fronto-cingulo-striatal involvement.", "publication": + "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2007.09.013", "pmid": + "18061310", "authors": "M. Lamar; W. Cutter; K. Rubia; M. Brammer; E. Daly; + M. Craig; A. Cleare; D. Murphy", "year": 2009, "metadata": {"slug": "18061310-10-1016-j-neurobiolaging-2007-09-013", + "source": "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "26", "Year": "2007", "Month": "6", "@PubStatus": + "received"}, {"Day": "20", "Year": "2007", "Month": "9", "@PubStatus": "revised"}, + {"Day": "29", "Year": "2007", "Month": "9", "@PubStatus": "accepted"}, {"Day": + "7", "Hour": "9", "Year": "2007", "Month": "12", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "22", "Hour": "9", "Year": "2009", "Month": "8", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "7", "Hour": "9", "Year": "2007", "Month": + "12", "Minute": "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "18061310", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2007.09.013", + "@IdType": "doi"}, {"#text": "S0197-4580(07)00385-5", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "18061310", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Issue": "7", "Volume": "30", "PubDate": {"Year": + "2009", "Month": "Jul"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol + Aging"}, "Abstract": {"AbstractText": "Age-related declines in prefrontal + functions and age-related declines in prefrontal serotonin (5-HT) are documented. + The effect of 5-HT on prefrontal cortex (PFC) is also documented; however, + no one has examined the effect of experimental 5-HT modulation on PFC in healthy + older adults. We investigated the effect of 5-HT on brain functioning in 10 + women over 55 (mean=63.0+/-5.3 years) during cognitive interference inhibition + (Simon task) using fMRI and acute tryptophan depletion (ATD). ATD did not + affect task performance; it did affect brain function. During sham/no depletion, + participants activated brain regions associated with the Simon (e.g., left + inferior PFC). During ATD, there was no prefrontal but alternative posterior + brain activation. ATD relative to sham reduced activity in left inferior PFC, + anterior cingulate and basal ganglia but increased activity within neocerebellum + and parietal lobe. In older adults, ATD modulates task-relevant brain activation + for cognitive interference inhibition and is associated with an anterior-to-posterior + activation shift. Maintaining successful Simon performance during ATD is achieved + by increasing cerebellar and parietal contributions to compensate for decreased + fronto-cingulo-striatal involvement."}, "Language": "eng", "@PubModel": "Print-Electronic", + "GrantList": {"Grant": {"Agency": "Medical Research Council", "Acronym": "MRC_", + "Country": "United Kingdom", "GrantID": "G84/6518"}, "@CompleteYN": "Y"}, + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Melissa", "Initials": + "M", "LastName": "Lamar", "AffiliationInfo": {"Affiliation": "Department of + Psychology, Institute of Psychiatry, King''s College London, London, UK. m.lamar@iop.kcl.ac.uk"}}, + {"@ValidYN": "Y", "ForeName": "William J", "Initials": "WJ", "LastName": "Cutter"}, + {"@ValidYN": "Y", "ForeName": "Katya", "Initials": "K", "LastName": "Rubia"}, + {"@ValidYN": "Y", "ForeName": "Michael", "Initials": "M", "LastName": "Brammer"}, + {"@ValidYN": "Y", "ForeName": "Eileen M", "Initials": "EM", "LastName": "Daly"}, + {"@ValidYN": "Y", "ForeName": "Michael C", "Initials": "MC", "LastName": "Craig"}, + {"@ValidYN": "Y", "ForeName": "Anthony J", "Initials": "AJ", "LastName": "Cleare"}, + {"@ValidYN": "Y", "ForeName": "Declan G M", "Initials": "DG", "LastName": + "Murphy"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "1146", "StartPage": + "1135", "MedlinePgn": "1135-46"}, "ArticleDate": {"Day": "03", "Year": "2007", + "Month": "12", "@DateType": "Electronic"}, "ArticleTitle": "5-HT, prefrontal + function and aging: fMRI of inhibition and acute tryptophan depletion.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "29", "Year": "2025", "Month": "05"}, "ChemicalList": {"Chemical": + [{"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D015415", "#text": "Biomarkers"}}, + {"RegistryNumber": "333DO1RDJY", "NameOfSubstance": {"@UI": "D012701", "#text": + "Serotonin"}}, {"RegistryNumber": "8DUH1N11BX", "NameOfSubstance": {"@UI": + "D014364", "#text": "Tryptophan"}}]}, "DateCompleted": {"Day": "21", "Year": + "2009", "Month": "08"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", + "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000208", + "#text": "Acute Disease", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000222", "#text": "Adaptation, Physiological", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000378", "#text": "metabolism", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000032", "#text": "analysis", "@MajorTopicYN": + "N"}, {"@UI": "Q000378", "#text": "metabolism", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D015415", "#text": "Biomarkers", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000378", "#text": "metabolism", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D007839", "#text": "Functional Laterality", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D009433", + "#text": "Neural Inhibition", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": + "Q000378", "#text": "metabolism", "@MajorTopicYN": "N"}, {"@UI": "Q000503", + "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": + "D009434", "#text": "Neural Pathways", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": [{"@UI": "Q000378", "#text": "metabolism", "@MajorTopicYN": + "Y"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}], + "DescriptorName": {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000096", "#text": "biosynthesis", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D012701", "#text": "Serotonin", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D011795", "#text": "Surveys and Questionnaires", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000172", "#text": "deficiency", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D014364", "#text": "Tryptophan", + "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United States", + "MedlineTA": "Neurobiol Aging", "ISSNLinking": "0197-4580", "NlmUniqueID": + "8100437"}}}, "semantic_scholar": {"year": 2009, "title": "5-HT, prefrontal + function and aging: fMRI of inhibition and acute tryptophan depletion", "venue": + "Neurobiology of Aging", "authors": [{"name": "M. Lamar", "authorId": "144002362"}, + {"name": "W. Cutter", "authorId": "143624093"}, {"name": "K. Rubia", "authorId": + "9037188"}, {"name": "M. Brammer", "authorId": "2730391"}, {"name": "E. Daly", + "authorId": "2088796"}, {"name": "M. Craig", "authorId": "35107591"}, {"name": + "A. Cleare", "authorId": "5165063"}, {"name": "D. Murphy", "authorId": "143799270"}], + "paperId": "f776d040115f413d9365fac6fa4a10d2b4a91867", "abstract": null, "isOpenAccess": + false, "openAccessPdf": {"url": "", "status": "CLOSED", "license": null, "disclaimer": + "Notice: The following paper fields have been elided by the publisher: {''abstract''}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2007.09.013?email= + or https://doi.org/10.1016/j.neurobiolaging.2007.09.013, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2009-07-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T23:22:33.885991+00:00", "analyses": + [{"id": "CUb5MyTURi22", "user": null, "name": "Acute tryptophan depletion", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "tbl3", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Generic brain activation for + the contrast of incongruent trials to congruent trials for the sham depletion + and the tryptophan depletion", "conditions": [], "weights": [], "points": + [{"id": "DkznJ9rP26cd", "coordinates": [-22.0, -67.0, 31.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 0.002}]}, {"id": "cBGbAJQXga98", "coordinates": [-18.0, -70.0, 37.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.002}]}, {"id": "jMbKhn7pnz2K", "coordinates": [-18.0, -74.0, + 26.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.002}]}, {"id": "YDKRT88jqHCB", "coordinates": [-25.0, + -78.0, 20.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.002}]}, {"id": "5YpuEbYWCQTL", "coordinates": + [-32.0, -78.0, 15.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.002}]}], "images": []}, {"id": "2aV9Q3HMcTaH", + "user": null, "name": "Sham depletion", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Generic brain activation for + the contrast of incongruent trials to congruent trials for the sham depletion + and the tryptophan depletion", "conditions": [], "weights": [], "points": + [{"id": "2NJJptG4CEg3", "coordinates": [-43.0, 40.0, -7.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 0.001}]}, {"id": "dHfEpWvEJF8y", "coordinates": [-47.0, 22.0, 4.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.001}]}, {"id": "5RWxvaZ7hmpD", "coordinates": [-43.0, 41.0, + -2.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.001}]}, {"id": "wtxv7MDXPNZr", "coordinates": [-47.0, + 4.0, -18.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.001}]}], "images": []}]}, {"id": "pSDYT3a7AEAF", + "created_at": "2025-12-04T05:27:32.256396+00:00", "updated_at": null, "user": + null, "name": "Dopamine D2/3 Binding Potential Modulates Neural Signatures + of Working Memory in a Load-Dependent Fashion", "description": "Dopamine (DA) + modulates corticostriatal connections. Studies in which imaging of the DA + system is integrated with functional imaging during cognitive performance + have yielded mixed findings. Some work has shown a link between striatal DA + (measured by PET) and fMRI activations, whereas others have failed to observe + such a relationship. One possible reason for these discrepant findings is + differences in task demands, such that a more demanding task with greater + prefrontal activations may yield a stronger association with DA. Moreover, + a potential DA\u2013BOLD association may be modulated by task performance. + We studied 155 (104 normal-performing and 51 low-performing) healthy older + adults (43% females) who underwent fMRI scanning while performing a working + memory (WM) n-back task along with DA D2/3 PET assessment using [11C]raclopride. + Using multivariate partial-least-squares analysis, we observed a significant + pattern revealing positive associations of striatal as well as extrastriatal + DA D2/3 receptors to BOLD response in the thalamo\u2013striatal\u2013cortical + circuit, which supports WM functioning. Critically, the DA\u2013BOLD association + in normal-performing, but not low-performing, individuals was expressed in + a load-dependent fashion, with stronger associations during 3-back than 1-/2-back + conditions. Moreover, normal-performing adults expressing upregulated BOLD + in response to increasing task demands showed a stronger DA\u2013BOLD association + during 3-back, whereas low-performing individuals expressed a stronger association + during 2-back conditions. This pattern suggests a nonlinear DA\u2013BOLD performance + association, with the strongest link at the maximum capacity level. Together, + our results suggest that DA may have a stronger impact on functional brain + responses during more demanding cognitive tasks. SIGNIFICANCE STATEMENT Dopamine + (DA) is a major neuromodulator in the CNS and plays a key role in several + cognitive processes via modulating the blood oxygenation level-dependent (BOLD) + signal. Some studies have shown a link between DA and BOLD, whereas others + have failed to observe such a relationship. A possible reason for the discrepancy + is differences in task demands, such that a more demanding task with greater + prefrontal activations may yield a stronger association with DA. We examined + the relationship of DA to BOLD response during working memory under three + load conditions and found that the DA\u2013BOLD association is expressed in + a load-dependent fashion. These findings may help explain the disproportionate + impairment evident in more effortful cognitive tasks in normal aging and in + those suffering dopamine-dependent neurodegenerative diseases (e.g., Parkinson''s + disease).", "publication": "Journal of Neuroscience", "doi": "10.1523/JNEUROSCI.1493-18.2018", + "pmid": "30478031", "authors": "Alireza Salami; D. Garrett; A. W\u00e5hlin; + A. Rieckmann; G. Papenberg; Nina Karalija; Lars S. Jonasson; M. Andersson; + J. Axelsson; J. Johansson; K. Riklund; M. L\u00f6vd\u00e9n; U. Lindenberger; + L. B\u00e4ckman; L. Nyberg", "year": 2018, "metadata": {"slug": "30478031-10-1523-jneurosci-1493-18-2018-pmc6335744", + "source": "semantic_scholar", "keywords": ["PET", "aging", "dopamine", "fMRI", + "working memory"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "12", "Year": "2018", "Month": "6", "@PubStatus": "received"}, {"Day": + "19", "Year": "2018", "Month": "10", "@PubStatus": "revised"}, {"Day": "5", + "Year": "2018", "Month": "11", "@PubStatus": "accepted"}, {"Day": "28", "Hour": + "6", "Year": "2018", "Month": "11", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "17", "Hour": "6", "Year": "2019", "Month": "10", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "28", "Hour": "6", "Year": "2018", "Month": "11", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "16", "Year": "2019", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "30478031", "@IdType": "pubmed"}, {"#text": "PMC6335744", "@IdType": "pmc"}, + {"#text": "10.1523/JNEUROSCI.1493-18.2018", "@IdType": "doi"}, {"#text": "JNEUROSCI.1493-18.2018", + "@IdType": "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Alakurtti + K, Johansson JJ, Joutsa J, Laine M, Backman L, Nyberg L, Rinne JO (2015) Long-term + test-retest reliability of striatal and extrastriatal dopamine D2/3 receptor + binding: study with [(11)C]raclopride and high-resolution PET. J Cereb Blood + Flow Metab 35:1199\u20131205. 10.1038/jcbfm.2015.53", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/jcbfm.2015.53", "@IdType": "doi"}, {"#text": "PMC4640276", + "@IdType": "pmc"}, {"#text": "25853904", "@IdType": "pubmed"}]}}, {"Citation": + "Arbuckle JL. (2006) Amos (Version 7.0) [Computer Program]. Chicago: SPSS."}, + {"Citation": "Ashburner J. (2007) A fast diffeomorphic image registration + algorithm. Neuroimage 38:95\u2013113. 10.1016/j.neuroimage.2007.07.007", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2007.07.007", "@IdType": "doi"}, + {"#text": "17761438", "@IdType": "pubmed"}]}}, {"Citation": "B\u00e4ckman + L, Karlsson S, Fischer H, Karlsson P, Brehmer Y, Rieckmann A, MacDonald SW, + Farde L, Nyberg L (2011) Dopamine D(1) receptors and age differences in brain + activation during working memory. Neurobiol Aging 32:1849\u20131856. 10.1016/j.neurobiolaging.2009.10.018", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2009.10.018", + "@IdType": "doi"}, {"#text": "19962789", "@IdType": "pubmed"}]}}, {"Citation": + "Black KJ, Hershey T, Koller JM, Videen TO, Mintun MA, Price JL, Perlmutter + JS (2002) A possible substrate for dopamine-related changes in mood and behavior: + prefrontal and limbic effects of a D3-preferring dopamine agonist. Proc Natl + Acad Sci U S A 99:17113\u201317118. 10.1073/pnas.012260599", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.012260599", "@IdType": "doi"}, {"#text": + "PMC139278", "@IdType": "pmc"}, {"#text": "12482941", "@IdType": "pubmed"}]}}, + {"Citation": "Boker SM, McArdle JJ, Neale M (2002) An algorithm for the hierarchical + organization of path diagrams and calculation of components of expected covariance. + Struct Equation Modeling Multidiscipl J 9:174\u2013194. 10.1207/S15328007SEM0902_2", + "ArticleIdList": {"ArticleId": {"#text": "10.1207/S15328007SEM0902_2", "@IdType": + "doi"}}}, {"Citation": "Buckholtz JW, Treadway MT, Cowan RL, Woodward ND, + Benning SD, Li R, Ansari MS, Baldwin RM, Schwartzman AN, Shelby ES, Smith + CE, Cole D, Kessler RM, Zald DH (2010) Mesolimbic dopamine reward system hypersensitivity + in individuals with psychopathic traits. Nat Neurosci 13:419\u2013421. 10.1038/nn.2510", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nn.2510", "@IdType": "doi"}, + {"#text": "PMC2916168", "@IdType": "pmc"}, {"#text": "20228805", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R, Nyberg L (2000) Imaging cognition II: + an empirical review of 275 PET and fMRI studies. J Cogn Neurosci 12:1\u201347.", + "ArticleIdList": {"ArticleId": {"#text": "10769304", "@IdType": "pubmed"}}}, + {"Citation": "Clatworthy PL, Lewis SJ, Brichard L, Hong YT, Izquierdo D, Clark + L, Cools R, Aigbirhio FI, Baron JC, Fryer TD, Robbins TW (2009) Dopamine release + in dissociable striatal subregions predicts the different effects of oral + methylphenidate on reversal learning and spatial working memory. J Neurosci + 29:4690\u20134696. 10.1523/JNEUROSCI.3266-08.2009", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.3266-08.2009", "@IdType": "doi"}, {"#text": + "PMC6665353", "@IdType": "pmc"}, {"#text": "19369539", "@IdType": "pubmed"}]}}, + {"Citation": "Cole DM, Oei NY, Soeter RP, Both S, van Gerven JM, Rombouts + SA, Beckmann CF (2013) Dopamine-dependent architecture of cortico-subcortical + network connectivity. Cereb Cortex 23:1509\u20131516. 10.1093/cercor/bhs136", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhs136", "@IdType": + "doi"}, {"#text": "22645252", "@IdType": "pubmed"}]}}, {"Citation": "Cools + R, D''Esposito M (2011) Inverted-U-shaped dopamine actions on human working + memory and cognitive control. Biol Psychiatry 69:e113\u2013125. 10.1016/j.biopsych.2011.03.028", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.biopsych.2011.03.028", + "@IdType": "doi"}, {"#text": "PMC3111448", "@IdType": "pmc"}, {"#text": "21531388", + "@IdType": "pubmed"}]}}, {"Citation": "D''Ardenne K, McClure SM, Nystrom LE, + Cohen JD (2008) BOLD responses reflecting dopaminergic signals in the human + ventral tegmental area. Science 319:1264\u20131267. 10.1126/science.1150605", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.1150605", "@IdType": + "doi"}, {"#text": "18309087", "@IdType": "pubmed"}]}}, {"Citation": "de Boer + L, Axelsson J, Riklund K, Nyberg L, Dayan P, B\u00e4ckman L, Guitart-Masip + M (2017) Attenuation of dopamine-modulated prefrontal value signals underlies + probabilistic reward learning deficits in old age. eLIFE 6:e26424. 10.7554/eLife.26424", + "ArticleIdList": {"ArticleId": [{"#text": "10.7554/eLife.26424", "@IdType": + "doi"}, {"#text": "PMC5593512", "@IdType": "pmc"}, {"#text": "28870286", "@IdType": + "pubmed"}]}}, {"Citation": "Desikan RS, S\u00e9gonne F, Fischl B, Quinn BT, + Dickerson BC, Blacker D, Buckner RL, Dale AM, Maguire RP, Hyman BT, Albert + MS, Killiany RJ (2006) An automated labeling system for subdividing the human + cerebral cortex on MRI scans into gyral based regions of interest. Neuroimage + 31:968\u2013980. 10.1016/j.neuroimage.2006.01.021", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2006.01.021", "@IdType": "doi"}, {"#text": + "16530430", "@IdType": "pubmed"}]}}, {"Citation": "Efron B, Tibshirani R (1986) + Bootstrap methods for standard errors, confidence intervals, and other measures + of statistical accuracy. Stat Sci 1:54\u201377. 10.1214/ss/1177013815", "ArticleIdList": + {"ArticleId": {"#text": "10.1214/ss/1177013815", "@IdType": "doi"}}}, {"Citation": + "Farde L, Pauli S, Hall H, Eriksson L, Halldin C, H\u00f6gberg T, Nilsson + L, Sj\u00f6gren I, Stone-Elander S (1988) Stereoselective binding of l lC-raclopride + in living human brain a search for extrastriatal central D2-dopamine receptors + by PET. Psychopharmacology 94:471\u2013478. 10.1007/BF00212840", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/BF00212840", "@IdType": "doi"}, {"#text": + "3131792", "@IdType": "pubmed"}]}}, {"Citation": "Fischl B, Salat DH, Busa + E, Albert M, Dieterich M, Haselgrove C, van der Kouwe A, Killiany R, Kennedy + D, Klaveness S, Montillo A, Makris N, Rosen B, Dale AM (2002) Whole brain + segmentation: automated labeling of neuroanatomical structures in the human + brain. Neuron 33:341\u2013355. 10.1016/S0896-6273(02)00569-X", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S0896-6273(02)00569-X", "@IdType": "doi"}, + {"#text": "11832223", "@IdType": "pubmed"}]}}, {"Citation": "Fischl B, Salat + DH, van der Kouwe AJ, Makris N, Segonne F, Quinn BT, Dale AM (2004) Sequence-independent + segmentation of magnetic resonance images. Neuroimage 23 [Suppl 1]:S69\u2013S84.", + "ArticleIdList": {"ArticleId": {"#text": "15501102", "@IdType": "pubmed"}}}, + {"Citation": "Garrett DD, Kovacevic N, McIntosh AR, Grady CL (2010) Blood + oxygen level-dependent signal variability is more than just noise. J Neurosci + 30:4914\u20134921. 10.1523/JNEUROSCI.5166-09.2010", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.5166-09.2010", "@IdType": "doi"}, {"#text": + "PMC6632804", "@IdType": "pmc"}, {"#text": "20371811", "@IdType": "pubmed"}]}}, + {"Citation": "Grady CL, Garrett DD (2014) Understanding variability in the + BOLD signal and why it matters for aging. Brain Imaging Behav 8:274\u2013283. + 10.1007/s11682-013-9253-0", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11682-013-9253-0", + "@IdType": "doi"}, {"#text": "PMC3922711", "@IdType": "pmc"}, {"#text": "24008589", + "@IdType": "pubmed"}]}}, {"Citation": "Guitart-Masip M, Salami A, Garrett + D, Rieckmann A, Lindenberger U, Backman L (2015) BOLD variability is related + to dopaminergic neurotransmission and cognitive aging. Cereb Cortex 26:2074\u20132083. + 10.1093/cercor/bhv029", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhv029", + "@IdType": "doi"}, {"#text": "25750252", "@IdType": "pubmed"}]}}, {"Citation": + "Hall H, Sedvall G, Magnusson O, Kopp J, Halldin C, Farde L (1994) Distribution + of D1- and D2-dopamine receptors, and dopamine and its metabolites in the + human brain. Neuropsychopharmacology 11:245\u2013256. 10.1038/sj.npp.1380111", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/sj.npp.1380111", "@IdType": + "doi"}, {"#text": "7531978", "@IdType": "pubmed"}]}}, {"Citation": "Han X, + Fischl B (2007) Atlas renormalization for improved brain MR image segmentation + across scanner platforms. IEEE Trans Med Imaging 26:479\u2013486. 10.1109/TMI.2007.893282", + "ArticleIdList": {"ArticleId": [{"#text": "10.1109/TMI.2007.893282", "@IdType": + "doi"}, {"#text": "17427735", "@IdType": "pubmed"}]}}, {"Citation": "Hazy + TE, Frank MJ, O''Reilly RC (2006) Banishing the homunculus: making working + memory work. Neuroscience 139:105\u2013118. 10.1016/j.neuroscience.2005.04.067", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2005.04.067", + "@IdType": "doi"}, {"#text": "16343792", "@IdType": "pubmed"}]}}, {"Citation": + "Jonasson LS, Axelsson J, Riklund K, Braver TS, \u00d6gren M, B\u00e4ckman + L, Nyberg L (2014) Dopamine release in nucleus accumbens during rewarded task + switching measured by [(1)(1)C]raclopride. Neuroimage 99:357\u2013364. 10.1016/j.neuroimage.2014.05.047", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.05.047", + "@IdType": "doi"}, {"#text": "24862078", "@IdType": "pubmed"}]}}, {"Citation": + "Kaboodvand N, Backman L, Nyberg L, Salami A (2018) The retrosplenial cortex: + a memory gateway between the cortical default mode network and the medial + temporal lobe. Hum Brain Mapp 39:2020\u20132034. 10.1002/hbm.23983", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.23983", "@IdType": "doi"}, {"#text": + "PMC6866613", "@IdType": "pmc"}, {"#text": "29363256", "@IdType": "pubmed"}]}}, + {"Citation": "Karlsson S, Nyberg L, Karlsson P, Fischer H, Thilers P, Macdonald + S, Brehmer Y, Rieckmann A, Halldin C, Farde L, B\u00e4ckman L (2009) Modulation + of striatal dopamine D1 binding by cognitive processing. Neuroimage 48:398\u2013404. + 10.1016/j.neuroimage.2009.06.030", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2009.06.030", "@IdType": "doi"}, {"#text": "19539768", + "@IdType": "pubmed"}]}}, {"Citation": "Knutson B, Gibbs SE (2007) Linking + nucleus accumbens dopamine and blood oxygenation. Psychopharmacology 191:813\u2013822. + 10.1007/s00213-006-0686-7", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00213-006-0686-7", + "@IdType": "doi"}, {"#text": "17279377", "@IdType": "pubmed"}]}}, {"Citation": + "K\u00f6hncke Y, Papenberg G, Jonasson L, Karalija N, Wahlin A, Salami A, + Andersson M, Axelsson JE, Nyberg L, Riklund K, Backman L, Lindenberger U, + Lovden M (2018) Self-rated intensity of habitual physical activities is positively + associated with dopamine D2/3 receptor availability and cognition. NeuroImage + 181:605\u2013616. 10.1016/j.neuroimage.2018.07.036", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2018.07.036", "@IdType": "doi"}, {"#text": + "30041059", "@IdType": "pubmed"}]}}, {"Citation": "Krimer LS, Muly EC 3rd, + Williams GV, Goldman-Rakic PS (1998) Dopaminergic regulation of cerebral cortical + microcirculation. Nat Neuroscience 1:286\u2013289. 10.1038/1099", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/1099", "@IdType": "doi"}, {"#text": "10195161", + "@IdType": "pubmed"}]}}, {"Citation": "Landau SM, Lal R, O''Neil JP, Baker + S, Jagust WJ (2009) Striatal dopamine and working memory. Cereb Cortex 19:445\u2013454. + 10.1093/cercor/bhn095", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhn095", + "@IdType": "doi"}, {"#text": "PMC2733326", "@IdType": "pmc"}, {"#text": "18550595", + "@IdType": "pubmed"}]}}, {"Citation": "Logan J, Fowler JS, Volkow ND, Wolf + AP, Dewey SL, Schlyer DJ, MacGregor RR, Hitzemann R, Bendriem B, Gatley SJ, + Christman DR (1990) Graphical analysis of reversible radioligand binding from + time-activity measurements applied to [N-11C-methyl]-(-)-cocaine PET studies + in human subjects. J Cereb Blood Flow Metab 10:740\u2013747. 10.1038/jcbfm.1990.127", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/jcbfm.1990.127", "@IdType": + "doi"}, {"#text": "2384545", "@IdType": "pubmed"}]}}, {"Citation": "L\u00f6vden + M, Karalija N, Andersson M, W\u00e5hlin A, Axelsson J, K\u00f6hncke Y, Jonasson + LS, Rieckmann A, Papenberg G, Garrett D, Guitart-Masip M, Salami A, Riklund + K, B\u00e4ckman L, Nyberg L, Lindenberger U (2017) Latent-profile analysis + reveals behavioral and brain correlates of dopamine-cognition associations. + Cereb Cortex 28:3894\u20133907. 10.1093/cercor/bhx253", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhx253", "@IdType": "doi"}, {"#text": "PMC5823239", + "@IdType": "pmc"}, {"#text": "29028935", "@IdType": "pubmed"}]}}, {"Citation": + "McIntosh AR, Lobaugh NJ (2004) Partial least squares analysis of neuroimaging + data: applications and advances. Neuroimage 23 [Suppl. 1]:S250\u2013S263.", + "ArticleIdList": {"ArticleId": {"#text": "15501095", "@IdType": "pubmed"}}}, + {"Citation": "McIntosh AR, Bookstein FL, Haxby JV, Grady CL (1996) Spatial + pattern analysis of functional brain images using partial least squares. Neuroimage + 3:143\u2013157. 10.1006/nimg.1996.0016", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/nimg.1996.0016", "@IdType": "doi"}, {"#text": "9345485", "@IdType": + "pubmed"}]}}, {"Citation": "McIntosh AR, Chau WK, Protzner AB (2004) Spatiotemporal + analysis of event-related fMRI data using partial least squares. Neuroimage + 23:764\u2013775. 10.1016/j.neuroimage.2004.05.018", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2004.05.018", "@IdType": "doi"}, {"#text": + "15488426", "@IdType": "pubmed"}]}}, {"Citation": "Nevalainen N, Riklund K, + Andersson M, Axelsson J, Ogren M, Lovden M, Lindenberger U, Backman L, Nyberg + L (2015) COBRA: a prospective multimodal imaging study of dopamine, brain + structure and function, and cognition. Brain Res 1612:83\u2013103. 10.1016/j.brainres.2014.09.010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brainres.2014.09.010", + "@IdType": "doi"}, {"#text": "25239478", "@IdType": "pubmed"}]}}, {"Citation": + "Nyberg L, Andersson M, Forsgren L, Jakobsson-Mo S, Larsson A, Marklund P, + Nilsson LG, Riklund K, B\u00e4ckman L (2009) Striatal dopamine D2 binding + is related to frontal BOLD response during updating of long-term memory representations. + Neuroimage 46:1194\u20131199. 10.1016/j.neuroimage.2009.03.035", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2009.03.035", "@IdType": "doi"}, + {"#text": "19327403", "@IdType": "pubmed"}]}}, {"Citation": "Nyberg L, Andersson + M, Kauppi K, Lundquist A, Persson J, Pudas S, Nilsson LG (2013) Age-related + and genetic modulation of frontal cortex efficiency. J Cogn Neurosci 26:746\u2013754. + 10.1162/jocn_a_00521", "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn_a_00521", + "@IdType": "doi"}, {"#text": "24236764", "@IdType": "pubmed"}]}}, {"Citation": + "Nyberg L, Karalija N, Salami A, Andersson M, W\u00e5hlin A, Kaboodvand N, + K\u00f6hncke Y, Axelsson J, Rieckmann A, Papenberg G, Garrett DD, Riklund + K, L\u00f6vd\u00e9n M, Lindenberger U, B\u00e4ckman L (2016) Dopamine D2 receptor + availability is linked to hippocampal\u2013caudate functional connectivity + and episodic memory. Proc Natl Acad Sci U S A 113:7918\u20137923. 10.1073/pnas.1606309113", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1606309113", "@IdType": + "doi"}, {"#text": "PMC4948341", "@IdType": "pmc"}, {"#text": "27339132", "@IdType": + "pubmed"}]}}, {"Citation": "Raz N, Lindenberger U, Rodrigue KM, Kennedy KM, + Head D, Williamson A, Dahle C, Gerstorf D, Acker JD (2005) Regional brain + changes in aging healthy adults: general trends, individual differences and + modifiers. Cereb Cortex 15:1676\u20131689. 10.1093/cercor/bhi044", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/cercor/bhi044", "@IdType": "doi"}, {"#text": + "15703252", "@IdType": "pubmed"}]}}, {"Citation": "Rieckmann A, Karlsson S, + Fischer H, B\u00e4ckman L (2011) Caudate dopamine D1 receptor density is associated + with individual differences in frontoparietal connectivity during working + memory. J Neurosci 31:14284\u201314290. 10.1523/JNEUROSCI.3114-11.2011", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.3114-11.2011", "@IdType": "doi"}, + {"#text": "PMC6623648", "@IdType": "pmc"}, {"#text": "21976513", "@IdType": + "pubmed"}]}}, {"Citation": "Rieckmann A, Karlsson S, Fischer H, B\u00e4ckman + L (2012) Increased bilateral frontal connectivity during working memory in + young adults under the influence of a dopamine D1 receptor antagonist. J Neurosci + 32:17067\u201317072. 10.1523/JNEUROSCI.1431-12.2012", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.1431-12.2012", "@IdType": "doi"}, {"#text": + "PMC6621848", "@IdType": "pmc"}, {"#text": "23197700", "@IdType": "pubmed"}]}}, + {"Citation": "Roffman JL, Tanner AS, Eryilmaz H, Rodriguez-Thompson A, Silverstein + NJ, Fei Ho NF, Nitenson AZ, Chonde DB, Greve DN, Abi-Dargham A, Buckner RL, + Manoach DS, Rosen BR, Hooker JM, Catana C (2016) Dopamine D1 signaling organizes + network dynamics underlying working memory. Sci Adv 2:e1501672. 10.1126/sciadv.1501672", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/sciadv.1501672", "@IdType": + "doi"}, {"#text": "PMC4928887", "@IdType": "pmc"}, {"#text": "27386561", "@IdType": + "pubmed"}]}}, {"Citation": "Salami A, Eriksson J, Kompus K, Habib R, Kauppi + K, Nyberg L (2010) Characterizing the neural correlates of modality-specific + and modality-independent accessibility and availability signals in memory + using partial-least squares. Neuroimage 52:686\u2013698. 10.1016/j.neuroimage.2010.04.195", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2010.04.195", + "@IdType": "doi"}, {"#text": "20420925", "@IdType": "pubmed"}]}}, {"Citation": + "Salami A, Eriksson J, Nyberg L (2012) Opposing effects of aging on large-scale + brain systems for memory encoding and cognitive control. J Neurosci 32:10749\u201310757. + 10.1523/JNEUROSCI.0278-12.2012", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.0278-12.2012", "@IdType": "doi"}, {"#text": "PMC6621394", + "@IdType": "pmc"}, {"#text": "22855822", "@IdType": "pubmed"}]}}, {"Citation": + "Salami A, Rieckmann A, Fischer H, B\u00e4ckman L (2013) A multivariate analysis + of age-related differences in functional networks supporting conflict resolution. + Neuroimage 86:150\u2013163. 10.1016/j.neuroimage.2013.08.002", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2013.08.002", "@IdType": "doi"}, + {"#text": "23939020", "@IdType": "pubmed"}]}}, {"Citation": "Salami A, Rieckmann + A, Karalija N, Avelar-Pereira B, Andersson M, W\u00e5hlin A, Papenberg G, + Garrett D, Riklund K, L\u00f6vden M, Lindenberger U, B\u00e4ckman L, Nyberg + L (2018) Neurocognitive profiles of older adults with working-memory dysfunction. + Cereb Cortex 28:2525\u20132539. 10.1093/cercor/bhy062", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhy062", "@IdType": "doi"}, {"#text": "PMC5998950", + "@IdType": "pmc"}, {"#text": "29901790", "@IdType": "pubmed"}]}}, {"Citation": + "Selvaggi P, Hawkins PCT, Dipasquale O, Rizzo G, Bertolino A, Dukart J, Sambataro + F, Pergola G, Williams SCR, Turkheimer FE, Zelaya F, Veronese M, Mehta MA + (2018) Increased cerebral blood flow after single dose of antipsychotics in + healthy volunteers depends on dopamine D2 receptor density profiles. BioRxiv. + Advance online publication. Retrieved June 02, 2018. doi:10.1101/336933", + "ArticleIdList": {"ArticleId": [{"#text": "10.1101/336933", "@IdType": "doi"}, + {"#text": "30553916", "@IdType": "pubmed"}]}}, {"Citation": "van den Brink + RL, Nieuwenhuis S, Donner TH (2018) Amplification and suppression of distinct + brainwide activity patterns by catecholamines. J Neurosci 38:7476\u20137491. + 10.1523/JNEUROSCI.0514-18.2018", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.0514-18.2018", "@IdType": "doi"}, {"#text": "PMC6104304", + "@IdType": "pmc"}, {"#text": "30037827", "@IdType": "pubmed"}]}}, {"Citation": + "van Schouwenburg MR, den Ouden HE, Cools R (2010) The human basal ganglia + modulate frontal-posterior connectivity during attention shifting. J Neurosci + 30:9910\u20139918. 10.1523/JNEUROSCI.1111-10.2010", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.1111-10.2010", "@IdType": "doi"}, {"#text": + "PMC6632831", "@IdType": "pmc"}, {"#text": "20660273", "@IdType": "pubmed"}]}}, + {"Citation": "Vermunt J, Magidson J (2002) Latent class cluster analysis, + pp 89\u2013106. Cambridge, UK: Cambridge UP."}, {"Citation": "Wallst\u00e9n + E, Axelsson J, Sundstr\u00f6m T, Riklund K, Larsson A (2013) Subcentimeter + tumor lesion delineation for high-resolution 18F-FDG PET images: optimizing + correction for partial-volume effects. J Nucl Med Technol 41:85\u201391. 10.2967/jnmt.112.117234", + "ArticleIdList": {"ArticleId": [{"#text": "10.2967/jnmt.112.117234", "@IdType": + "doi"}, {"#text": "23658206", "@IdType": "pubmed"}]}}, {"Citation": "Weingartner + H, Burns S, Diebel R, LeWitt PA (1984) Cognitive impairments in Parkinson''s + disease: distinguishing between effort-demanding and automatic cognitive processes. + Psychiatry Res 11:223\u2013235. 10.1016/0165-1781(84)90071-4", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/0165-1781(84)90071-4", "@IdType": "doi"}, + {"#text": "6587415", "@IdType": "pubmed"}]}}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "30478031", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1529-2401", + "@IssnType": "Electronic"}, "Title": "The Journal of neuroscience : the official + journal of the Society for Neuroscience", "JournalIssue": {"Issue": "3", "Volume": + "39", "PubDate": {"Day": "16", "Year": "2019", "Month": "Jan"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "J Neurosci"}, "Abstract": {"AbstractText": + {"b": "SIGNIFICANCE STATEMENT", "i": "n", "sub": ["2/3", "2/3"], "sup": "11", + "#text": "Dopamine (DA) modulates corticostriatal connections. Studies in + which imaging of the DA system is integrated with functional imaging during + cognitive performance have yielded mixed findings. Some work has shown a link + between striatal DA (measured by PET) and fMRI activations, whereas others + have failed to observe such a relationship. One possible reason for these + discrepant findings is differences in task demands, such that a more demanding + task with greater prefrontal activations may yield a stronger association + with DA. Moreover, a potential DA-BOLD association may be modulated by task + performance. We studied 155 (104 normal-performing and 51 low-performing) + healthy older adults (43% females) who underwent fMRI scanning while performing + a working memory (WM) -back task along with DA D PET assessment using [C]raclopride. + Using multivariate partial-least-squares analysis, we observed a significant + pattern revealing positive associations of striatal as well as extrastriatal + DA D receptors to BOLD response in the thalamo-striatal-cortical circuit, + which supports WM functioning. Critically, the DA-BOLD association in normal-performing, + but not low-performing, individuals was expressed in a load-dependent fashion, + with stronger associations during 3-back than 1-/2-back conditions. Moreover, + normal-performing adults expressing upregulated BOLD in response to increasing + task demands showed a stronger DA-BOLD association during 3-back, whereas + low-performing individuals expressed a stronger association during 2-back + conditions. This pattern suggests a nonlinear DA-BOLD performance association, + with the strongest link at the maximum capacity level. Together, our results + suggest that DA may have a stronger impact on functional brain responses during + more demanding cognitive tasks. Dopamine (DA) is a major neuromodulator in + the CNS and plays a key role in several cognitive processes via modulating + the blood oxygenation level-dependent (BOLD) signal. Some studies have shown + a link between DA and BOLD, whereas others have failed to observe such a relationship. + A possible reason for the discrepancy is differences in task demands, such + that a more demanding task with greater prefrontal activations may yield a + stronger association with DA. We examined the relationship of DA to BOLD response + during working memory under three load conditions and found that the DA-BOLD + association is expressed in a load-dependent fashion. These findings may help + explain the disproportionate impairment evident in more effortful cognitive + tasks in normal aging and in those suffering dopamine-dependent neurodegenerative + diseases (e.g., Parkinson''s disease)."}, "CopyrightInformation": "Copyright + \u00a9 2019 Salami et al."}, "Language": "eng", "@PubModel": "Print-Electronic", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Alireza", "Initials": + "A", "LastName": "Salami", "Identifier": {"#text": "0000-0002-4675-8437", + "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": "Wallenberg Centre + for Molecular Medicine, alireza.salami@ki.se."}, {"Affiliation": "Ume\u00e5 + Center for Functional Brain Imaging."}, {"Affiliation": "Department of Radiation + Sciences."}, {"Affiliation": "Department of Integrative Medical Biology, Ume\u00e5 + University, Ume\u00e5 S-90187, Sweden."}, {"Affiliation": "Aging Research + Center, Karolinska Institutet and Stockholm University, S-113 30 Stockholm, + Sweden."}]}, {"@ValidYN": "Y", "ForeName": "Douglas D", "Initials": "DD", + "LastName": "Garrett", "Identifier": {"#text": "0000-0002-0629-7672", "@Source": + "ORCID"}, "AffiliationInfo": [{"Affiliation": "Center for Lifespan Psychology, + Max Planck Institute for Human Development, Berlin D-14195, Germany, and."}, + {"Affiliation": "Max Planck UCL Centre for Computational Psychiatry and Ageing + Research, Berlin, Germany, and London D-14195, United Kingdom."}]}, {"@ValidYN": + "Y", "ForeName": "Anders", "Initials": "A", "LastName": "W\u00e5hlin", "AffiliationInfo": + [{"Affiliation": "Ume\u00e5 Center for Functional Brain Imaging."}, {"Affiliation": + "Department of Radiation Sciences."}]}, {"@ValidYN": "Y", "ForeName": "Anna", + "Initials": "A", "LastName": "Rieckmann", "AffiliationInfo": [{"Affiliation": + "Ume\u00e5 Center for Functional Brain Imaging."}, {"Affiliation": "Department + of Radiation Sciences."}]}, {"@ValidYN": "Y", "ForeName": "Goran", "Initials": + "G", "LastName": "Papenberg", "AffiliationInfo": {"Affiliation": "Aging Research + Center, Karolinska Institutet and Stockholm University, S-113 30 Stockholm, + Sweden."}}, {"@ValidYN": "Y", "ForeName": "Nina", "Initials": "N", "LastName": + "Karalija", "AffiliationInfo": [{"Affiliation": "Ume\u00e5 Center for Functional + Brain Imaging."}, {"Affiliation": "Department of Radiation Sciences."}, {"Affiliation": + "Center for Lifespan Psychology, Max Planck Institute for Human Development, + Berlin D-14195, Germany, and."}]}, {"@ValidYN": "Y", "ForeName": "Lars", "Initials": + "L", "LastName": "Jonasson", "Identifier": {"#text": "0000-0001-6169-5836", + "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": "Ume\u00e5 Center + for Functional Brain Imaging."}, {"Affiliation": "Department of Integrative + Medical Biology, Ume\u00e5 University, Ume\u00e5 S-90187, Sweden."}]}, {"@ValidYN": + "Y", "ForeName": "Micael", "Initials": "M", "LastName": "Andersson", "Identifier": + {"#text": "0000-0003-4743-6365", "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": + "Ume\u00e5 Center for Functional Brain Imaging."}, {"Affiliation": "Department + of Radiation Sciences."}, {"Affiliation": "Department of Integrative Medical + Biology, Ume\u00e5 University, Ume\u00e5 S-90187, Sweden."}]}, {"@ValidYN": + "Y", "ForeName": "Jan", "Initials": "J", "LastName": "Axelsson", "Identifier": + {"#text": "0000-0002-3731-3612", "@Source": "ORCID"}, "AffiliationInfo": {"Affiliation": + "Department of Radiation Sciences."}}, {"@ValidYN": "Y", "ForeName": "Jarkko", + "Initials": "J", "LastName": "Johansson", "AffiliationInfo": [{"Affiliation": + "Ume\u00e5 Center for Functional Brain Imaging."}, {"Affiliation": "Department + of Radiation Sciences."}]}, {"@ValidYN": "Y", "ForeName": "Katrine", "Initials": + "K", "LastName": "Riklund", "Identifier": {"#text": "0000-0001-5227-8117", + "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": "Ume\u00e5 Center + for Functional Brain Imaging."}, {"Affiliation": "Department of Radiation + Sciences."}]}, {"@ValidYN": "Y", "ForeName": "Martin", "Initials": "M", "LastName": + "L\u00f6vd\u00e9n", "AffiliationInfo": {"Affiliation": "Aging Research Center, + Karolinska Institutet and Stockholm University, S-113 30 Stockholm, Sweden."}}, + {"@ValidYN": "Y", "ForeName": "Ulman", "Initials": "U", "LastName": "Lindenberger", + "AffiliationInfo": [{"Affiliation": "Center for Lifespan Psychology, Max Planck + Institute for Human Development, Berlin D-14195, Germany, and."}, {"Affiliation": + "Max Planck UCL Centre for Computational Psychiatry and Ageing Research, Berlin, + Germany, and London D-14195, United Kingdom."}]}, {"@ValidYN": "Y", "ForeName": + "Lars", "Initials": "L", "LastName": "B\u00e4ckman", "AffiliationInfo": {"Affiliation": + "Aging Research Center, Karolinska Institutet and Stockholm University, S-113 + 30 Stockholm, Sweden."}}, {"@ValidYN": "Y", "ForeName": "Lars", "Initials": + "L", "LastName": "Nyberg", "AffiliationInfo": [{"Affiliation": "Ume\u00e5 + Center for Functional Brain Imaging."}, {"Affiliation": "Department of Radiation + Sciences."}, {"Affiliation": "Department of Integrative Medical Biology, Ume\u00e5 + University, Ume\u00e5 S-90187, Sweden."}]}], "@CompleteYN": "Y"}, "Pagination": + {"EndPage": "547", "StartPage": "537", "MedlinePgn": "537-547"}, "ArticleDate": + {"Day": "26", "Year": "2018", "Month": "11", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.1523/JNEUROSCI.1493-18.2018", "@EIdType": "doi", "@ValidYN": + "Y"}, "ArticleTitle": {"sub": "2/3", "#text": "Dopamine D Binding Potential + Modulates Neural Signatures of Working Memory in a Load-Dependent Fashion."}, + "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", "#text": "Journal + Article"}, {"@UI": "D013485", "#text": "Research Support, Non-U.S. Gov''t"}]}}, + "DateRevised": {"Day": "09", "Year": "2020", "Month": "03"}, "KeywordList": + {"@Owner": "NOTNLM", "Keyword": [{"#text": "PET", "@MajorTopicYN": "N"}, {"#text": + "aging", "@MajorTopicYN": "N"}, {"#text": "dopamine", "@MajorTopicYN": "N"}, + {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "working memory", "@MajorTopicYN": + "N"}]}, "ChemicalList": {"Chemical": [{"RegistryNumber": "0", "NameOfSubstance": + {"@UI": "C581293", "#text": "DRD2 protein, human"}}, {"RegistryNumber": "0", + "NameOfSubstance": {"@UI": "C493593", "#text": "DRD3 protein, human"}}, {"RegistryNumber": + "0", "NameOfSubstance": {"@UI": "D018492", "#text": "Dopamine Antagonists"}}, + {"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D019275", "#text": "Radiopharmaceuticals"}}, + {"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D017448", "#text": "Receptors, + Dopamine D2"}}, {"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D050637", + "#text": "Receptors, Dopamine D3"}}, {"RegistryNumber": "430K3SOZ7G", "NameOfSubstance": + {"@UI": "D020891", "#text": "Raclopride"}}]}, "DateCompleted": {"Day": "16", + "Year": "2019", "Month": "10"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", + "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000378", "#text": + "metabolism", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D003342", "#text": "Corpus + Striatum", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D018492", "#text": + "Dopamine Antagonists", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D007091", "#text": "Image Processing, Computer-Assisted", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008570", + "#text": "Memory, Short-Term", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008875", "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D009415", "#text": "Nerve Net", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D049268", "#text": "Positron-Emission Tomography", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D011597", "#text": "Psychomotor Performance", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D020891", "#text": "Raclopride", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D019275", "#text": "Radiopharmaceuticals", + "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000187", "#text": "drug + effects", "@MajorTopicYN": "N"}, {"@UI": "Q000378", "#text": "metabolism", + "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D017448", "#text": "Receptors, Dopamine + D2", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000187", "#text": + "drug effects", "@MajorTopicYN": "N"}, {"@UI": "Q000378", "#text": "metabolism", + "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D050637", "#text": "Receptors, Dopamine + D3", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D013788", + "#text": "Thalamus", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "United States", "MedlineTA": "J Neurosci", "ISSNLinking": "0270-6474", "NlmUniqueID": + "8102140"}}}, "semantic_scholar": {"year": 2018, "title": "Dopamine D2/3 Binding + Potential Modulates Neural Signatures of Working Memory in a Load-Dependent + Fashion", "venue": "Journal of Neuroscience", "authors": [{"name": "Alireza + Salami", "authorId": "1825234"}, {"name": "D. Garrett", "authorId": "1683173"}, + {"name": "A. W\u00e5hlin", "authorId": "3619079"}, {"name": "A. Rieckmann", + "authorId": "2697376"}, {"name": "G. Papenberg", "authorId": "1687069"}, {"name": + "Nina Karalija", "authorId": "4131152"}, {"name": "Lars S. Jonasson", "authorId": + "40315692"}, {"name": "M. Andersson", "authorId": "2192186"}, {"name": "J. + Axelsson", "authorId": "144235554"}, {"name": "J. Johansson", "authorId": + "32365546"}, {"name": "K. Riklund", "authorId": "50338538"}, {"name": "M. + L\u00f6vd\u00e9n", "authorId": "2869333"}, {"name": "U. Lindenberger", "authorId": + "1687669"}, {"name": "L. B\u00e4ckman", "authorId": "35019448"}, {"name": + "L. Nyberg", "authorId": "144688889"}], "paperId": "c3bcd57888248521a78c50250506bbf8a7057f54", + "abstract": "Dopamine (DA) modulates corticostriatal connections. Studies + in which imaging of the DA system is integrated with functional imaging during + cognitive performance have yielded mixed findings. Some work has shown a link + between striatal DA (measured by PET) and fMRI activations, whereas others + have failed to observe such a relationship. One possible reason for these + discrepant findings is differences in task demands, such that a more demanding + task with greater prefrontal activations may yield a stronger association + with DA. Moreover, a potential DA\u2013BOLD association may be modulated by + task performance. We studied 155 (104 normal-performing and 51 low-performing) + healthy older adults (43% females) who underwent fMRI scanning while performing + a working memory (WM) n-back task along with DA D2/3 PET assessment using + [11C]raclopride. Using multivariate partial-least-squares analysis, we observed + a significant pattern revealing positive associations of striatal as well + as extrastriatal DA D2/3 receptors to BOLD response in the thalamo\u2013striatal\u2013cortical + circuit, which supports WM functioning. Critically, the DA\u2013BOLD association + in normal-performing, but not low-performing, individuals was expressed in + a load-dependent fashion, with stronger associations during 3-back than 1-/2-back + conditions. Moreover, normal-performing adults expressing upregulated BOLD + in response to increasing task demands showed a stronger DA\u2013BOLD association + during 3-back, whereas low-performing individuals expressed a stronger association + during 2-back conditions. This pattern suggests a nonlinear DA\u2013BOLD performance + association, with the strongest link at the maximum capacity level. Together, + our results suggest that DA may have a stronger impact on functional brain + responses during more demanding cognitive tasks. SIGNIFICANCE STATEMENT Dopamine + (DA) is a major neuromodulator in the CNS and plays a key role in several + cognitive processes via modulating the blood oxygenation level-dependent (BOLD) + signal. Some studies have shown a link between DA and BOLD, whereas others + have failed to observe such a relationship. A possible reason for the discrepancy + is differences in task demands, such that a more demanding task with greater + prefrontal activations may yield a stronger association with DA. We examined + the relationship of DA to BOLD response during working memory under three + load conditions and found that the DA\u2013BOLD association is expressed in + a load-dependent fashion. These findings may help explain the disproportionate + impairment evident in more effortful cognitive tasks in normal aging and in + those suffering dopamine-dependent neurodegenerative diseases (e.g., Parkinson''s + disease).", "isOpenAccess": true, "openAccessPdf": {"url": "https://www.jneurosci.org/content/jneuro/39/3/537.full.pdf", + "status": "HYBRID", "license": "CCBYNCSA", "disclaimer": "Notice: Paper or + abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6335744, which + is subject to the license by the author or copyright owner provided with this + content. Please go to the source to verify the license and copyright information + for your use."}, "publicationDate": "2018-11-26"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T05:28:59.650810+00:00", "analyses": + [{"id": "Ed5JzUPprX3w", "user": null, "name": "Regions from LV1 showing positive + BOLD\u2013DA associations", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "T1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000_info.json", + "table_label": "Table 1.", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30478031-10-1523-jneurosci-1493-18-2018-pmc6335744/tables/t1_coordinates.csv"}, + "original_table_id": "t1"}, "table_metadata": {"table_id": "T1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000_info.json", + "table_label": "Table 1.", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30478031-10-1523-jneurosci-1493-18-2018-pmc6335744/tables/t1_coordinates.csv"}, + "sanitized_table_id": "t1"}, "description": "Regions from LV1 showing positive + BOLD\u2013DA associations", "conditions": [], "weights": [], "points": [{"id": + "fe7EW4NbdRdy", "coordinates": [-14.0, -38.0, 4.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 5.82}]}, {"id": "282AMHDvpUqv", "coordinates": [-10.0, -4.0, 6.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.25}]}, {"id": "RiuqirN5SJve", "coordinates": [-44.0, 12.0, + 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.02}]}, {"id": "6nacLX8rkQom", "coordinates": [-52.0, + 6.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.98}]}, {"id": "tkWvP8kQUR4H", "coordinates": + [-30.0, -36.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.69}]}, {"id": "d7czPdu4GaBt", "coordinates": + [-14.0, 8.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.65}]}, {"id": "nHLRHdPcpsEK", "coordinates": + [-42.0, -2.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.61}]}, {"id": "NpPGmUHvyJKa", "coordinates": + [-38.0, 50.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.13}]}, {"id": "7FmDyb2NfAUM", "coordinates": + [-24.0, 60.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "TfgkxqjgdYa2", "coordinates": + [-34.0, 56.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "p6SZrFfRpYU5", "coordinates": + [-26.0, 8.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.94}]}, {"id": "VNDA24KADcvV", "coordinates": + [-38.0, 34.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.67}]}, {"id": "BLf466ZrqszH", "coordinates": + [28.0, -42.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.57}]}, {"id": "5f6tQ3qngtKC", "coordinates": + [-50.0, -68.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.47}]}, {"id": "VMyofMuJusQH", "coordinates": + [10.0, -58.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.45}]}, {"id": "wixdd7aqMucG", "coordinates": + [-54.0, -18.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.3}]}, {"id": "YaUSmj5zNg26", "coordinates": + [-32.0, -2.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.11}]}, {"id": "MYruA43oWyTf", "coordinates": + [-36.0, -84.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.23}]}, {"id": "xS2SejdtiNsW", "coordinates": + [20.0, -18.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.31}]}, {"id": "e9U7YQmibE7Y", "coordinates": + [22.0, 22.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.81}]}, {"id": "MuXMLSwg4vRB", "coordinates": + [16.0, -24.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.1}]}, {"id": "84A9Vu9njNea", "coordinates": + [-2.0, 10.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.22}]}, {"id": "cv2GiswDcf3Y", "coordinates": + [28.0, 12.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.4}]}, {"id": "p4qEH8WLrcxb", "coordinates": + [-6.0, -76.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.32}]}, {"id": "oMRJFRxN53ih", "coordinates": + [52.0, -56.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.2}]}, {"id": "e5qLJGABvAuc", "coordinates": + [12.0, -76.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.17}]}, {"id": "fSUn9KfPkZV2", "coordinates": + [10.0, 32.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.16}]}, {"id": "n2a4ESR5in8D", "coordinates": + [8.0, -42.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.06}]}, {"id": "C2tpABhXysEc", "coordinates": + [58.0, -14.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.02}]}, {"id": "rnPrGstxfR4Y", "coordinates": + [26.0, 44.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.85}]}, {"id": "dQJum7bi39Pv", "coordinates": + [46.0, 24.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.8}]}, {"id": "3WB6C8sLG9YW", "coordinates": + [-32.0, 24.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.72}]}], "images": []}]}, {"id": + "qAdPtRwHse6m", "created_at": "2025-12-03T06:11:50.844468+00:00", "updated_at": + null, "user": null, "name": "Meta-analyses of the n-back working memory task: + fMRI evidence of age-related changes in prefrontal cortex involvement across + the adult lifespan", "description": "Working memory, a fundamental cognitive + function that is highly dependent on the integrity of the prefrontal cortex, + is known to show age-related decline across the typical healthy adult lifespan. + Moreover, we know from work in neurophysiology that the prefrontal cortex + is disproportionately susceptibly to the pathological effects of aging. The + n-back task is arguably the most ubiquitous cognitive task for investigating + working memory performance. Many functional magnetic resonance imaging (fMRI) + studies examine brain regions engaged during performance of the n-back task + in adults. The current meta-analyses are the first to examine concordance + and age-related changes across the healthy adult lifespan in brain areas engaged + when performing the n-back task. We compile data from eligible fMRI articles + that report stereotaxic coordinates of brain activity from healthy adults + in three age-groups: young (23.57\u202f\u00b1\u202f5.63 years), middle-aged + (38.13\u202f\u00b1\u202f5.63 years) and older (66.86\u202f\u00b1\u202f5.70 + years) adults. Findings show that the three groups share concordance in the + engagement of parietal and cingulate cortices, which have been consistently + identified as core areas involved in working memory; as well as the insula, + claustrum, and cerebellum, which have not been highlighted as areas involved + in working memory. Critically, prefrontal cortex engagement is concordant + for young, to a lesser degree for middle-aged adults, and absent in older + adults, suggesting a gradual linear decline in concordance of prefrontal cortex + engagement. Our results provide important new knowledge for improving methodology + and theories of cognition across the lifespan.", "publication": "NeuroImage", + "doi": "10.1016/j.neuroimage.2019.03.074", "pmid": "30954708", "authors": + "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", "year": + 2019, "metadata": {"slug": "30954708-10-1016-j-neuroimage-2019-03-074", "source": + "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "13", "Year": "2018", "Month": "10", "@PubStatus": + "received"}, {"Day": "20", "Year": "2019", "Month": "3", "@PubStatus": "revised"}, + {"Day": "30", "Year": "2019", "Month": "3", "@PubStatus": "accepted"}, {"Day": + "8", "Hour": "6", "Year": "2019", "Month": "4", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "2", "Hour": "6", "Year": "2020", "Month": "1", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "8", "Hour": "6", "Year": "2019", "Month": + "4", "Minute": "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "30954708", "@IdType": "pubmed"}, {"#text": "10.1016/j.neuroimage.2019.03.074", + "@IdType": "doi"}, {"#text": "S1053-8119(19)30281-2", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "30954708", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1095-9572", "@IssnType": "Electronic"}, "Title": "NeuroImage", + "JournalIssue": {"Volume": "196", "PubDate": {"Day": "01", "Year": "2019", + "Month": "Aug"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neuroimage"}, + "Abstract": {"AbstractText": "Working memory, a fundamental cognitive function + that is highly dependent on the integrity of the prefrontal cortex, is known + to show age-related decline across the typical healthy adult lifespan. Moreover, + we know from work in neurophysiology that the prefrontal cortex is disproportionately + susceptibly to the pathological effects of aging. The n-back task is arguably + the most ubiquitous cognitive task for investigating working memory performance. + Many functional magnetic resonance imaging (fMRI) studies examine brain regions + engaged during performance of the n-back task in adults. The current meta-analyses + are the first to examine concordance and age-related changes across the healthy + adult lifespan in brain areas engaged when performing the n-back task. We + compile data from eligible fMRI articles that report stereotaxic coordinates + of brain activity from healthy adults in three age-groups: young (23.57\u202f\u00b1\u202f5.63 + years), middle-aged (38.13\u202f\u00b1\u202f5.63 years) and older (66.86\u202f\u00b1\u202f5.70 + years) adults. Findings show that the three groups share concordance in the + engagement of parietal and cingulate cortices, which have been consistently + identified as core areas involved in working memory; as well as the insula, + claustrum, and cerebellum, which have not been highlighted as areas involved + in working memory. Critically, prefrontal cortex engagement is concordant + for young, to a lesser degree for middle-aged adults, and absent in older + adults, suggesting a gradual linear decline in concordance of prefrontal cortex + engagement. Our results provide important new knowledge for improving methodology + and theories of cognition across the lifespan.", "CopyrightInformation": "Copyright + \u00a9 2019 Elsevier Inc. All rights reserved."}, "Language": "eng", "@PubModel": + "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Zachary A", "Initials": "ZA", "LastName": "Yaple", "AffiliationInfo": {"Affiliation": + "Centre for Cognition and Decision Making, National Research University Higher + School of Economics, Moscow, Russian Federation; Department of Psychology, + National University of Singapore, Singapore."}}, {"@ValidYN": "Y", "ForeName": + "W Dale", "Initials": "WD", "LastName": "Stevens", "AffiliationInfo": {"Affiliation": + "Department of Psychology, York University, Toronto, Canada."}}, {"@ValidYN": + "Y", "ForeName": "Marie", "Initials": "M", "LastName": "Arsalidou", "AffiliationInfo": + {"Affiliation": "Department of Psychology, York University, Toronto, Canada; + NeuropsyLab, Department of Psychology, National Research University Higher + School of Economics, Moscow, Russian Federation. Electronic address: marie.arsalidou@gmail.com."}}], + "@CompleteYN": "Y"}, "Pagination": {"EndPage": "31", "StartPage": "16", "MedlinePgn": + "16-31"}, "ArticleDate": {"Day": "04", "Year": "2019", "Month": "04", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "10.1016/j.neuroimage.2019.03.074", + "@EIdType": "doi", "@ValidYN": "Y"}, {"#text": "S1053-8119(19)30281-2", "@EIdType": + "pii", "@ValidYN": "Y"}], "ArticleTitle": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan.", "PublicationTypeList": {"PublicationType": [{"@UI": + "D016428", "#text": "Journal Article"}, {"@UI": "D017418", "#text": "Meta-Analysis"}, + {"@UI": "D013485", "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": + {"Day": "01", "Year": "2020", "Month": "01"}, "DateCompleted": {"Day": "01", + "Year": "2020", "Month": "01"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", + "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D001921", + "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D001931", + "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D008136", "#text": "Longevity", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D009483", "#text": + "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neuroimage", "ISSNLinking": "1053-8119", + "NlmUniqueID": "9215515"}}}, "semantic_scholar": {"year": 2019, "title": "Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan", "venue": "NeuroImage", + "authors": [{"name": "Z. Yaple", "authorId": "3292849"}, {"name": "Z. Yaple", + "authorId": "3292849"}, {"name": "W. Stevens", "authorId": "145180628"}, {"name": + "Marie Arsalidou", "authorId": "2237639400"}, {"name": "Marie Arsalidou", + "authorId": "2237639400"}], "paperId": "1e729ae1260f819fa6f803805464be325eee4e09", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neuroimage.2019.03.074?email= + or https://doi.org/10.1016/j.neuroimage.2019.03.074, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2019-08-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T06:13:57.010910+00:00", "analyses": + [{"id": "y3GRK3EwKPro", "user": null, "name": "Conjunctions", "metadata": + {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "VoRdQSbArw8k", "user": null, "name": "Young-AND-Older", + "metadata": {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", + "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "eTJjFuqBBYpJ", "user": null, "name": "Middle-aged-AND-Older", + "metadata": {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", + "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "cmpQLmDE8qZE", "user": null, "name": "Contrasts", + "metadata": {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", + "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "FAo5acHfjGgF", "user": null, "name": "Middle-aged + > Young no suprathreshold clusters", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "gyhkRiUHyHvt", "user": null, "name": "Middle-aged + > Older no suprathreshold clusters", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "fyEpspXdkodg", "user": null, "name": "Older > Young + no suprathreshold clusters", "metadata": {"table": {"table_number": 5, "table_metadata": + {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "ayf5Zayqy6si", "user": null, "name": "Older > Middle + no suprathreshold clusters", "metadata": {"table": {"table_number": 5, "table_metadata": + {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "8my5Qg5ijB6z", "user": null, "name": "Young adults", + "metadata": {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", + "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "mL77gzN42tum", "coordinates": [-42.0, 2.0, 32.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 0.065}]}, {"id": "NfNtn9xW5Dmg", "coordinates": [-34.0, 46.0, 18.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.056}]}, {"id": "KQszbjhZptKR", "coordinates": [-44.0, 20.0, + 32.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.054}]}, {"id": "L64V3hBwfreT", "coordinates": [-30.0, + -6.0, 54.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.052}]}, {"id": "pnnuBq4pgXTg", "coordinates": + [-42.0, 36.0, 28.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.029}]}, {"id": "aKqDzRJTUpLY", "coordinates": + [-32.0, -58.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.06}]}, {"id": "GYydGZtNUHB2", "coordinates": + [-40.0, -48.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.059}]}, {"id": "s6wmQpJ4Xaok", "coordinates": + [-34.0, -52.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.056}]}, {"id": "z5mDKxNjpULW", "coordinates": + [-10.0, -72.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.045}]}, {"id": "3UU8FAY9ZmtJ", "coordinates": + [36.0, -48.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.081}]}, {"id": "E2Ti2LwV8u7T", "coordinates": + [30.0, -58.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.059}]}, {"id": "tBP7Uxs7bbfW", "coordinates": + [-2.0, 12.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.059}]}, {"id": "seWoZZwUheEL", "coordinates": + [-4.0, 0.0, 56.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.045}]}, {"id": "iLFyRT7hFuKE", "coordinates": + [6.0, 26.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "zoycrW2UigpA", "coordinates": + [38.0, 32.0, 32.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.055}]}, {"id": "vFxjsdXMXvzB", "coordinates": + [26.0, -4.0, 54.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.062}]}, {"id": "tLfarxLWF5dv", "coordinates": + [-30.0, 20.0, 4.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.077}]}, {"id": "a3a5P3We7gwz", "coordinates": + [-50.0, 10.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.027}]}, {"id": "UyHeFPmU8F3J", "coordinates": + [28.0, 20.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.083}]}, {"id": "7VSBXFtW38xZ", "coordinates": + [-30.0, -54.0, -32.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.043}]}, {"id": "5DdAFQzGgMJ8", "coordinates": + [14.0, -70.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.033}]}, {"id": "XWT3YTyYzdiD", "coordinates": + [30.0, -58.0, -30.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.042}]}, {"id": "Yi4BRmV8Urcx", "coordinates": + [-16.0, 2.0, 14.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.041}]}, {"id": "w8gqE7PKqeC9", "coordinates": + [18.0, 4.0, 14.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.031}]}, {"id": "Bwb9detYEcpP", "coordinates": + [12.0, -6.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.026}]}, {"id": "4mM76A2bjSPN", "coordinates": + [44.0, 0.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.03}]}, {"id": "4FGV5Q4f7YCa", "coordinates": + [50.0, 12.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.02}]}, {"id": "mBRKYhE5qXHq", "coordinates": + [8.0, -72.0, -26.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.038}]}], "images": []}, {"id": "wTcTsdwUHJzY", + "user": null, "name": "Older adults", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "k5EPdEAF6oqw", "coordinates": [32.0, -54.0, 36.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 0.02}]}, {"id": "Fs7te3UjQmJ5", "coordinates": [36.0, -58.0, 46.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.02}]}, {"id": "8JRLnRbQYRKw", "coordinates": [28.0, -62.0, + 38.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.017}]}, {"id": "yVM4a5W2b3LR", "coordinates": [38.0, + -50.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.016}]}, {"id": "AqYbgFDb9FEH", "coordinates": + [28.0, -64.0, 28.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "qaUB8UkN533y", "coordinates": + [-6.0, 16.0, 46.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "VAChEJUFaDHL", "coordinates": + [-6.0, 10.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.017}]}, {"id": "sNjhoqu7njd7", "coordinates": + [6.0, 14.0, 44.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "DGtXWRSCkUSt", "coordinates": + [6.0, 22.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "Yj4GUUXHnZrT", "coordinates": + [-6.0, 2.0, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.013}]}, {"id": "tuFDBBbFwqcp", "coordinates": + [4.0, 6.0, 46.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.012}]}, {"id": "pXTKDUX3g4zc", "coordinates": + [-32.0, -54.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "vdqCw5sUnJbi", "coordinates": + [-28.0, -66.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "dzefRZeevjQh", "coordinates": + [30.0, 22.0, 2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "qQKwKgg5C58x", "coordinates": + [-34.0, -8.0, 50.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "EepQPYGGdQbD", "coordinates": + [-24.0, -2.0, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "NZ7vLgzb4gEH", "coordinates": + [-34.0, 4.0, 58.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.013}]}, {"id": "AX7QmWEvdSSw", "coordinates": + [-32.0, 20.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.019}]}, {"id": "QnmLkngdNg87", "coordinates": + [26.0, -58.0, -30.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.016}]}, {"id": "6hLwVYUXhg5g", "coordinates": + [36.0, -58.0, -24.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}], "images": []}, {"id": "dRHCBZJ5hsWA", + "user": null, "name": "Young > Older", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "A5FtzBxZ4NL5", "coordinates": [-38.0, 39.1, 29.3], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 3.719}]}, {"id": "4d9DW3tuRuJs", "coordinates": [-34.4, 43.8, 25.7], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.54}]}, {"id": "2pnynG95e448", "coordinates": [38.0, 39.0, + 19.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.156}]}], "images": []}, {"id": "etMS8uUhGb6H", "user": + null, "name": "Middle-aged adults", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "i9QU25jaFJEw", "coordinates": [-2.0, 14.0, 46.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 0.03}]}, {"id": "7pomGjEx7dPC", "coordinates": [-2.0, 6.0, 52.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.027}]}, {"id": "AoUEH8ATXjUQ", "coordinates": [8.0, 20.0, + 36.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.015}]}, {"id": "EcmSMEsTBiKh", "coordinates": [-48.0, + 6.0, 24.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.023}]}, {"id": "cdSCrkDYRBM5", "coordinates": + [-40.0, 0.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.023}]}, {"id": "ZmCvLxFqFqAy", "coordinates": + [-40.0, 6.0, 28.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.022}]}, {"id": "8d9JLsgxHcvx", "coordinates": + [-42.0, 20.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "ZeVC3VFzoXSt", "coordinates": + [40.0, -48.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.038}]}, {"id": "vuv5R96GsD23", "coordinates": + [28.0, -60.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.016}]}, {"id": "5dLYU7hoV5oz", "coordinates": + [32.0, -66.0, 42.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "BrCPuAzjsLB7", "coordinates": + [-36.0, -48.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.03}]}, {"id": "FvTR4tdvo63u", "coordinates": + [-36.0, -62.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.026}]}, {"id": "HtDCJPUVc2cJ", "coordinates": + [32.0, -58.0, -32.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.022}]}, {"id": "2bB9M5YoiWpm", "coordinates": + [32.0, -62.0, -22.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.019}]}, {"id": "cmPSrDZKZssL", "coordinates": + [36.0, 28.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "Z7LGDGc5MERC", "coordinates": + [30.0, 20.0, 4.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "74k9e2e3mp6k", "coordinates": + [-34.0, 22.0, -2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "VMQzCtcwAnwB", "coordinates": + [-30.0, 18.0, 2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "ADmtTj44gUK2", "coordinates": + [-14.0, -4.0, 18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.02}]}, {"id": "WVAXusuDZ4Rf", "coordinates": + [-16.0, 0.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "3xutNXxgcsUc", "coordinates": + [-30.0, 2.0, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}], "images": []}, {"id": "axrDY2xBYsmr", + "user": null, "name": "Young-AND-Middle-aged", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "GBYRpAcQmmMi", "coordinates": [-2.0, 14.0, 46.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 0.03}]}, {"id": "2pCvTtCUsuvE", "coordinates": [-2.0, 6.0, 52.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.027}]}, {"id": "QdRWpV3WbfCT", "coordinates": [-48.0, 6.0, + 24.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.023}]}, {"id": "HcUj7ED42pmt", "coordinates": [-40.0, + 0.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.023}]}, {"id": "HstnsGn9wvEK", "coordinates": + [-40.0, 6.0, 28.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.022}]}, {"id": "AvemMrTecBi8", "coordinates": + [-42.0, 20.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "3wYmXQwGaPFR", "coordinates": + [40.0, -48.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.038}]}, {"id": "Vp75v3eXU4ff", "coordinates": + [28.0, -60.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.016}]}, {"id": "brxdXE3G7t9e", "coordinates": + [32.0, -66.0, 42.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "veGKgHSgVHLA", "coordinates": + [-36.0, -48.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.03}]}, {"id": "aiAofkHiNXWD", "coordinates": + [-36.0, -60.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "iochrUkkHmzf", "coordinates": + [30.0, 20.0, 4.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "czJozaz3bWiP", "coordinates": + [36.0, 28.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "EPKcpNKNQZd4", "coordinates": + [-34.0, 22.0, -2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "KTb7XggF7HSf", "coordinates": + [-30.0, 18.0, 2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "4g2eMezfi5BH", "coordinates": + [32.0, -58.0, -32.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.022}]}, {"id": "FARhPjkZMp7X", "coordinates": + [-30.0, 2.0, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "SNDG9PEwM6Zd", "coordinates": + [-14.0, -4.0, 18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.02}]}, {"id": "igDj7xV6QQTi", "coordinates": + [8.0, 24.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.012}]}], "images": []}, {"id": "caVGa3vX3DwK", + "user": null, "name": "Young > Middle", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "dhWhd7gwvkeL", "coordinates": [-35.3, 40.7, 27.5], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 3.54}]}, {"id": "gN6z4het3rKp", "coordinates": [-31.5, 44.2, 24.5], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.353}]}, {"id": "RR92ys2Xrqc5", "coordinates": [26.9, -9.8, + 57.6], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.719}]}, {"id": "RR4HbjWLaLf5", "coordinates": [22.6, + -8.6, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.54}]}, {"id": "6RTdTnEAVdLi", "coordinates": + [-41.0, 15.0, 7.5], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.239}]}], "images": []}]}, {"id": + "seKkS4tSq6Bb", "created_at": "2025-12-04T18:05:25.262131+00:00", "updated_at": + null, "user": null, "name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "description": "BACKGROUND: This study aimed to investigate the neural mechanisms + that differentiate mind-body practices from aerobic physical activities and + elucidate their effects on cognition and healthy aging. We examined functional + brain connectivity in older adults (age\u2009>\u200960) without pre-existing + uncontrolled chronic diseases, comparing Tai Chi with Water Aerobics practitioners.\n\nMETHODS: + We conducted a cross-sectional, case-control fMRI study involving two strictly + matched groups (\u2009=\u200932) based on gender, age, education, and years + of practice. Seed-to-voxel analysis was performed using the Salience, and + Frontoparietal Networks as seed regions in Stroop Word-Color and N-Back tasks + and Resting State.\n\nRESULTS: During Resting State condition and using Salience + network as a seed, Tai Chi group exhibited a stronger correlation between + Anterior Cingulate Cortex and Insular Cortex areas (regions related to interoceptive + awareness, cognitive control and motor organization of subjective aspects + of experience). In N-Back task and using Salience network as seed, Tai Chi + group showed increased correlation between Left Supramarginal Gyrus and various + cerebellar regions (related to memory, attention, cognitive processing, sensorimotor + control and cognitive flexibility). In Stroop task, using Salience network + as seed, Tai Chi group showed enhanced correlation between Left Rostral Prefrontal + Cortex and Right Occipital Pole, and Right Lateral Occipital Cortex (areas + associated with sustained attention, prospective memory, mediate attention + between external stimuli and internal intention). Additionally, in Stroop + task, using Frontoparietal network as seed, Water Aerobics group exhibited + a stronger correlation between Left Posterior Parietal Lobe (specialized in + word meaning, representing motor actions, motor planning directed to objects, + and general perception) and different cerebellar regions (linked to object + mirroring).\n\nCONCLUSION: Our study provides evidence of differences in functional + connectivity between older adults who have received training in a mind-body + practice (Tai Chi) or in an aerobic physical activity (Water Aerobics) when + performing attentional and working memory tasks, as well as during resting + state.", "publication": "Frontiers in Integrative Neuroscience", "doi": "10.3389/fnint.2024.1420339", + "pmid": "39323912", "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; + R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. + Kozasa", "year": 2024, "metadata": {"slug": "39323912-10-3389-fnint-2024-1420339-pmc11422087", + "source": "semantic_scholar", "keywords": ["Stroop", "Tai Chi", "embodied + cognition", "fMRI", "functional connectivity", "longevity", "mind\u2013body", + "self-regulation"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "19", "Year": "2024", "Month": "4", "@PubStatus": + "received"}, {"Day": "30", "Year": "2024", "Month": "8", "@PubStatus": "accepted"}, + {"Day": "26", "Hour": "10", "Year": "2024", "Month": "9", "Minute": "18", + "@PubStatus": "medline"}, {"Day": "26", "Hour": "10", "Year": "2024", "Month": + "9", "Minute": "17", "@PubStatus": "pubmed"}, {"Day": "26", "Hour": "4", "Year": + "2024", "Month": "9", "Minute": "22", "@PubStatus": "entrez"}, {"Day": "1", + "Year": "2024", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "39323912", "@IdType": "pubmed"}, {"#text": "PMC11422087", + "@IdType": "pmc"}, {"#text": "10.3389/fnint.2024.1420339", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Balasubramaniam R., Haegens + S., Jazayeri M., Merchant H., Sternad D., Song J. H. (2021). Neural encoding + and representation of time for sensorimotor control and learning. J. Neurosci. + 41, 866\u2013872. doi: 10.1523/JNEUROSCI.1652-20.2020", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.1652-20.2020", "@IdType": "doi"}, {"#text": + "PMC7880297", "@IdType": "pmc"}, {"#text": "33380468", "@IdType": "pubmed"}]}}, + {"Citation": "Barbosa T. M., Marinho D. A., Reis V. M., Silva A. J., Bragada + J. A. (2009). Physiological assessment of head-out aquatic exercises in healthy + subjects: a qualitative review. J. Sports Sci. Med. 8, 179\u2013189., PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3761490", "@IdType": "pmc"}, + {"#text": "24149524", "@IdType": "pubmed"}]}}, {"Citation": "Beck A. T., Epstein + N., Brown G., Steer R. A. (1988a). An inventory for measuring clinical anxiety: + psychometric properties. J. Consult. Clin. Psychol. 56, 893\u2013897.", "ArticleIdList": + {"ArticleId": {"#text": "3204199", "@IdType": "pubmed"}}}, {"Citation": "Beck + A. T., Steer R. A., Carbin M. G. (1988b). Psychometric properties of the Beck + depression inventory: twenty-five years of evaluation. Clin. Psychol. Rev. + 8, 77\u2013100."}, {"Citation": "Benoit R. G., Gilbert S. J., Frith C. D., + Burgess P. W. (2012). Rostral prefrontal cortex and the focus of attention + in prospective memory. Cereb. Cortex 22, 1876\u20131886. doi: 10.1093/cercor/bhr264, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhr264", + "@IdType": "doi"}, {"#text": "PMC3388891", "@IdType": "pmc"}, {"#text": "21976356", + "@IdType": "pubmed"}]}}, {"Citation": "Bertolucci P. H. F., Brucki S. M. D., + Campacci S. R., Juliano Y. (1994). O Mini-Exame do Estado Mental em uma popula\u00e7\u00e3o + geral: impacto da escolaridade. Arq. Neuropsiquiatr. 52, 01\u201307.", "ArticleIdList": + {"ArticleId": {"#text": "8002795", "@IdType": "pubmed"}}}, {"Citation": "Bidonde + J., Busch A. J., Webber S. C., Schachter C. L., Danyliw A., Overend T. J., + et al. (2014). Aquatic exercise training for fibromyalgia. Cochrane Database + Syst. Rev. 2014. doi: 10.1002/14651858.CD011336, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/14651858.CD011336", "@IdType": "doi"}, {"#text": + "PMC10638613", "@IdType": "pmc"}, {"#text": "25350761", "@IdType": "pubmed"}]}}, + {"Citation": "Binder J. R., Desai R. H., Graves W. W., Conant L. L. (2009). + Where is the semantic system? A critical review and Meta-analysis of 120 functional + neuroimaging studies. Cereb. Cortex 19, 2767\u20132796. doi: 10.1093/cercor/bhp055", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhp055", "@IdType": + "doi"}, {"#text": "PMC2774390", "@IdType": "pmc"}, {"#text": "19329570", "@IdType": + "pubmed"}]}}, {"Citation": "Birdee G. S., Wayne P. M., Davis R. B., Phillips + R. S., Yeh G. Y. (2009). T\u2019ai chi and Qigong for health: patterns of + use in the United States. J. Altern. Complement. Med. 15, 969\u2013973. doi: + 10.1089/acm.2009.0174, PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1089/acm.2009.0174", + "@IdType": "doi"}, {"#text": "PMC2852519", "@IdType": "pmc"}, {"#text": "19757974", + "@IdType": "pubmed"}]}}, {"Citation": "Brewer J. A., Worhunsky P. D., Gray + J. R., Tang Y. Y., Weber J., Kober H. (2011). Meditation experience is associated + with differences in default mode network activity and connectivity. Proc. + Natl. Acad. Sci. 108, 20254\u201320259. doi: 10.1073/pnas.1112029108", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.1112029108", "@IdType": "doi"}, {"#text": + "PMC3250176", "@IdType": "pmc"}, {"#text": "22114193", "@IdType": "pubmed"}]}}, + {"Citation": "Buckner R. L., Snyder A. Z., Shannon B. J., LaRossa G., Sachs + R., Fotenos A. F., et al. (2005). Molecular, structural, and functional characterization + of Alzheimer\u2019s disease: evidence for a relationship between default activity, + amyloid, and memory. J. Neurosci. 25, 7709\u20137717. doi: 10.1523/JNEUROSCI.2177-05.2005, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.2177-05.2005", + "@IdType": "doi"}, {"#text": "PMC6725245", "@IdType": "pmc"}, {"#text": "16120771", + "@IdType": "pubmed"}]}}, {"Citation": "Burgess P. W., Veitch E., de Lacy C. + A., Shallice T. (2000). The cognitive and neuroanatomical correlates of multitasking. + Neuropsychologia 38, 848\u2013863.", "ArticleIdList": {"ArticleId": {"#text": + "10689059", "@IdType": "pubmed"}}}, {"Citation": "Butts N. K., Tucker M., + Smith R. (1991). Maximal responses to treadmill and deep water running in + high school female cross country runners. Res. Q. Exerc. Sport 62, 236\u2013239. + doi: 10.1080/02701367.1991.10608716, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/02701367.1991.10608716", "@IdType": "doi"}, {"#text": + "1925049", "@IdType": "pubmed"}]}}, {"Citation": "Buysse D. J., Reynolds C. + F., Monk T. H., Berman S. R., Kupfer D. J. (1989). The Pittsburgh sleep quality + index: a new instrument for psychiatric practice and research. Psychiatry + Res. 28, 193\u2013213.", "ArticleIdList": {"ArticleId": {"#text": "2748771", + "@IdType": "pubmed"}}}, {"Citation": "Cabeza R., Ciaramelli E., Olson I. R., + Moscovitch M. (2008). The parietal cortex and episodic memory: an attentional + account. Nat. Rev. Neurosci. 9, 613\u2013625. doi: 10.1038/nrn2459", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nrn2459", "@IdType": "doi"}, {"#text": "PMC2692883", + "@IdType": "pmc"}, {"#text": "18641668", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R., Nyberg L. (2000). Imaging cognition II: an empirical review of + 275 PET and fMRI studies. J. Cogn. Neurosci. 12, 1\u201347.", "ArticleIdList": + {"ArticleId": {"#text": "10769304", "@IdType": "pubmed"}}}, {"Citation": "Chong + J. S. X., Ng G. J. P., Lee S. C., Zhou J. (2017). Salience network connectivity + in the insula is associated with individual differences in interoceptive accuracy. + Brain Struct. Funct. 222, 1635\u20131644. doi: 10.1007/s00429-016-1297-7, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00429-016-1297-7", + "@IdType": "doi"}, {"#text": "27573028", "@IdType": "pubmed"}]}}, {"Citation": + "Craig A. (2003). Interoception: the sense of the physiological condition + of the body. Curr. Opin. Neurobiol. 13, 500\u2013505. doi: 10.1016/s0959-4388(03)00090-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0959-4388(03)00090-4", + "@IdType": "doi"}, {"#text": "12965300", "@IdType": "pubmed"}]}}, {"Citation": + "Craig A. D. (2009a). How do you feel \u2014 now? The anterior insula and + human awareness. Nat. Rev. Neurosci. 10, 59\u201370. doi: 10.1038/nrn2555", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn2555", "@IdType": "doi"}, + {"#text": "19096369", "@IdType": "pubmed"}]}}, {"Citation": "Craig A. D. (2009b). + A rat is not a monkey is not a human: comment on Mogil. Nat. Rev. Neurosci. + 10:466. doi: 10.1038/nrn2606-c1, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn2606-c1", "@IdType": "doi"}, {"#text": "19455175", "@IdType": + "pubmed"}]}}, {"Citation": "Craig A. D. (2011). Significance of the insula + for the evolution of human awareness of feelings from the body. Ann. N. Y. + Acad. Sci. 1225, 72\u201382. doi: 10.1111/j.1749-6632.2011.05990.x, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1749-6632.2011.05990.x", + "@IdType": "doi"}, {"#text": "21534994", "@IdType": "pubmed"}]}}, {"Citation": + "Critchley H. D. (2005). Neural mechanisms of autonomic, affective, and cognitive + integration. J. Comp. Neurol. 493, 154\u2013166. doi: 10.1002/cne.20749, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/cne.20749", "@IdType": + "doi"}, {"#text": "16254997", "@IdType": "pubmed"}]}}, {"Citation": "Critchley + H. D., Wiens S., Rotshtein P., \u00d6hman A., Dolan R. J. (2004). Neural systems + supporting interoceptive awareness. Nat. Neurosci. 7, 189\u2013195. doi: 10.1038/nn1176", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nn1176", "@IdType": "doi"}, + {"#text": "14730305", "@IdType": "pubmed"}]}}, {"Citation": "Cui L., Tao S., + Yin H. (2021). Tai chi Chuan alters brain functional network plasticity and + promotes cognitive flexibility. Front. Psychol. 12:12. doi: 10.3389/fpsyg.2021.665419", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2021.665419", "@IdType": + "doi"}, {"#text": "PMC8275936", "@IdType": "pmc"}, {"#text": "34267705", "@IdType": + "pubmed"}]}}, {"Citation": "da Silva L. A., Tortelli L., Motta J., Menguer + L., Mariano S., Tasca G., et al. (2019). Effects of aquatic exercise on mental + health, functional autonomy and oxidative stress in depressed elderly individuals: + a randomized clinical trial. Clinics 74:e322. doi: 10.6061/clinics/2019/e322, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.6061/clinics/2019/e322", + "@IdType": "doi"}, {"#text": "PMC6585867", "@IdType": "pmc"}, {"#text": "31271585", + "@IdType": "pubmed"}]}}, {"Citation": "Damasio A. R. (1989). The brain binds + entities and events by multiregional activation from convergence zones. Neural + Comput. 1, 123\u2013132. doi: 10.1162/neco.1989.1.1.123", "ArticleIdList": + {"ArticleId": {"#text": "10.1162/neco.1989.1.1.123", "@IdType": "doi"}}}, + {"Citation": "Duquette P. (2017). Increasing our insular world view: Interoception + and psychopathology for psychotherapists. Front. Neurosci. 11:11. doi: 10.3389/fnins.2017.00135", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnins.2017.00135", "@IdType": + "doi"}, {"#text": "PMC5359279", "@IdType": "pmc"}, {"#text": "28377690", "@IdType": + "pubmed"}]}}, {"Citation": "Erickson K. I., Donofry S. D., Sewell K. R., Brown + B. M., Stillman C. M. (2022). Cognitive aging and the promise of physical + activity. Annu. Rev. Clin. Psychol. 18, 417\u2013442. doi: 10.1146/annurev-clinpsy-072720-014213", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev-clinpsy-072720-014213", + "@IdType": "doi"}, {"#text": "35044793", "@IdType": "pubmed"}]}}, {"Citation": + "Erickson K. I., Voss M. W., Prakash R. S., Basak C., Szabo A., Chaddock L., + et al. (2011). Exercise training increases size of hippocampus and improves + memory. Proc. Natl. Acad. Sci. 108, 3017\u20133022. doi: 10.1073/pnas.1015950108, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1015950108", + "@IdType": "doi"}, {"#text": "PMC3041121", "@IdType": "pmc"}, {"#text": "21282661", + "@IdType": "pubmed"}]}}, {"Citation": "Farb N., Daubenmier J., Price C. J., + Gard T., Kerr C., Dunn B. D., et al. (2015). Interoception, contemplative + practice, and health. Front. Psychol. 6:6. doi: 10.3389/fpsyg.2015.00763", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2015.00763", "@IdType": + "doi"}, {"#text": "PMC4460802", "@IdType": "pmc"}, {"#text": "26106345", "@IdType": + "pubmed"}]}}, {"Citation": "Farb N. A. S., Segal Z. V., Anderson A. K. (2013). + Mindfulness meditation training alters cortical representations of interoceptive + attention. Soc. Cogn. Affect. Neurosci. 8, 15\u201326. doi: 10.1093/scan/nss066, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/scan/nss066", "@IdType": + "doi"}, {"#text": "PMC3541492", "@IdType": "pmc"}, {"#text": "22689216", "@IdType": + "pubmed"}]}}, {"Citation": "Fleck M. P., Louzada S., Xavier M., Chachamovich + E., Vieira G., Santos L., et al. (2000). Aplica\u00e7\u00e3o da vers\u00e3o + em portugu\u00eas do instrumento abreviado de avalia\u00e7\u00e3o da qualidade + de vida \"WHOQOL-bref\". Rev. Saude Publica 34, 178\u2013183. doi: 10.1590/S0034-89102000000200012, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1590/S0034-89102000000200012", + "@IdType": "doi"}, {"#text": "10881154", "@IdType": "pubmed"}]}}, {"Citation": + "Gardner R. C., Boxer A. L., Trujillo A., Mirsky J. B., Guo C. C., Gennatas + E. D., et al. (2013). Intrinsic connectivity network disruption in progressive + supranuclear palsy. Ann. Neurol. 73, 603\u2013616. doi: 10.1002/ana.23844, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/ana.23844", "@IdType": + "doi"}, {"#text": "PMC3732833", "@IdType": "pmc"}, {"#text": "23536287", "@IdType": + "pubmed"}]}}, {"Citation": "Grady C. (2012). The cognitive neuroscience of + ageing. Nat. Rev. Neurosci. 13, 491\u2013505. doi: 10.1038/nrn3256, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn3256", "@IdType": "doi"}, + {"#text": "PMC3800175", "@IdType": "pmc"}, {"#text": "22714020", "@IdType": + "pubmed"}]}}, {"Citation": "Guell X., Gabrieli J. D. E., Schmahmann J. D. + (2018). Embodied cognition and the cerebellum: perspectives from the Dysmetria + of thought and the universal cerebellar transform theories. Cortex 100, 140\u2013148. + doi: 10.1016/j.cortex.2017.07.005", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.cortex.2017.07.005", "@IdType": "doi"}, {"#text": "28779872", "@IdType": + "pubmed"}]}}, {"Citation": "Guidali G., Pisoni A., Bolognini N., Papagno C. + (2019). Keeping order in the brain: the supramarginal gyrus and serial order + in short-term memory. Cortex 119, 89\u201399. doi: 10.1016/j.cortex.2019.04.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2019.04.009", + "@IdType": "doi"}, {"#text": "31091486", "@IdType": "pubmed"}]}}, {"Citation": + "Hartwigsen G., Bestmann S., Ward N. S., Woerbel S., Mastroeni C., Granert + O., et al. (2012). Left dorsal premotor cortex and Supramarginal gyrus complement + each other during rapid action reprogramming. J. Neurosci. 32, 16162\u201316171. + doi: 10.1523/JNEUROSCI.1010-12.2012, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.1010-12.2012", "@IdType": "doi"}, {"#text": + "PMC3558742", "@IdType": "pmc"}, {"#text": "23152600", "@IdType": "pubmed"}]}}, + {"Citation": "Huang Y., Su L., Ma Q. (2020). The Stroop effect: an activation + likelihood estimation meta-analysis in healthy young adults. Neurosci. Lett. + 716:134683. doi: 10.1016/j.neulet.2019.134683", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neulet.2019.134683", "@IdType": "doi"}, {"#text": "31830505", + "@IdType": "pubmed"}]}}, {"Citation": "JASP Team (202). JASP statistics software + version 0.19.0., PMID:"}, {"Citation": "Jenkinson M., Bannister P., Brady + M., Smith S. (2002). Improved optimization for the robust and accurate linear + registration and motion correction of brain images. NeuroImage 17, 825\u2013841. + doi: 10.1016/s1053-8119(02)91132-8", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/s1053-8119(02)91132-8", "@IdType": "doi"}, {"#text": "12377157", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M., Smith S. (2001). A global + optimisation method for robust affine registration of brain images. Med. Image + Anal. 5, 143\u2013156. doi: 10.1016/s1361-8415(01)00036-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/s1361-8415(01)00036-6", "@IdType": "doi"}, + {"#text": "11516708", "@IdType": "pubmed"}]}}, {"Citation": "Jiang W., Liao + S., Chen X., Lundborg C. S., Marrone G., Wen Z., et al. (2021). Tai chi and + Qigong for depressive symptoms in patients with chronic heart failure: a systematic + review with Meta-analysis. Evid. Based Complement. Alternat. Med. 2021, 1\u201312. + doi: 10.1155/2021/5585239", "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2021/5585239", + "@IdType": "doi"}, {"#text": "PMC8302391", "@IdType": "pmc"}, {"#text": "34326885", + "@IdType": "pubmed"}]}}, {"Citation": "Khalsa S. S., Adolphs R., Cameron O. + G., Critchley H. D., Davenport P. W., Feinstein J. S., et al. (2018). Interoception + and mental health: a roadmap. Biol Psychiatry Cogn Neurosci Neuroimaging. + 3, 501\u2013513. doi: 10.1016/j.bpsc.2017.12.004, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bpsc.2017.12.004", "@IdType": "doi"}, + {"#text": "PMC6054486", "@IdType": "pmc"}, {"#text": "29884281", "@IdType": + "pubmed"}]}}, {"Citation": "Kiefer M., Pulverm\u00fcller F. (2012). Conceptual + representations in mind and brain: theoretical developments, current evidence + and future directions. Cortex 48, 805\u2013825. doi: 10.1016/j.cortex.2011.04.006", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2011.04.006", + "@IdType": "doi"}, {"#text": "21621764", "@IdType": "pubmed"}]}}, {"Citation": + "Kong J., Wilson G., Park J., Pereira K., Walpole C., Yeung A. (2019). Treating + Depression With Tai Chi: State of the Art and Future Perspectives. Front Psychiatry + 10:10. doi: 10.3389/fpsyt.2019.00237", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyt.2019.00237", "@IdType": "doi"}, {"#text": "PMC6474282", "@IdType": + "pmc"}, {"#text": "31031663", "@IdType": "pubmed"}]}}, {"Citation": "Kozasa + E. H., Sato J. R., Lacerda S. S., Barreiros M. A. M., Radvany J., Russell + T. A., et al. (2012). Meditation training increases brain efficiency in an + attention task. NeuroImage 59, 745\u2013749. doi: 10.1016/j.neuroimage.2011.06.088, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.06.088", + "@IdType": "doi"}, {"#text": "21763432", "@IdType": "pubmed"}]}}, {"Citation": + "Kuehn E., Mueller K., Lohmann G., Schuetz-Bosbach S. (2016). Interoceptive + awareness changes the posterior insula functional connectivity profile. Brain + Struct. Funct. 221, 1555\u20131571. doi: 10.1007/s00429-015-0989-8", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00429-015-0989-8", "@IdType": "doi"}, {"#text": + "25613901", "@IdType": "pubmed"}]}}, {"Citation": "Kuhnke P., Beaupain M. + C., Cheung V. K. M., Weise K., Kiefer M., Hartwigsen G. (2020). Left posterior + inferior parietal cortex causally supports the retrieval of action knowledge. + NeuroImage 219:117041. doi: 10.1016/j.neuroimage.2020.117041", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2020.117041", "@IdType": "doi"}, + {"#text": "32534127", "@IdType": "pubmed"}]}}, {"Citation": "Li D., Chen P. + (2021). Effects of aquatic exercise and land-based exercise on cardiorespiratory + fitness, motor function, balance, and functional Independence in stroke patients\u2014a + Meta-analysis of randomized controlled trials. Brain Sci. 11:1097. doi: 10.3390/brainsci11081097, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3390/brainsci11081097", + "@IdType": "doi"}, {"#text": "PMC8394174", "@IdType": "pmc"}, {"#text": "34439716", + "@IdType": "pubmed"}]}}, {"Citation": "Li Y., Wu K., Hu X., Xu T., Li Z., + Zhang Y., et al. (2022). Altered effective connectivity of resting-state networks + by tai chi Chuan in chronic fatigue syndrome patients: a multivariate granger + causality study. Front. Neurol.:13. doi: 10.3389/fneur.2022.858833", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fneur.2022.858833", "@IdType": "doi"}, {"#text": + "PMC9203735", "@IdType": "pmc"}, {"#text": "35720086", "@IdType": "pubmed"}]}}, + {"Citation": "Marek S., Dosenbach N. U. F. (2018). The frontoparietal network: + function, electrophysiology, and importance of individual precision mapping. + Dialogues Clin. Neurosci. 20, 133\u2013140. doi: 10.31887/DCNS.2018.20.2/smarek, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.31887/DCNS.2018.20.2/smarek", + "@IdType": "doi"}, {"#text": "PMC6136121", "@IdType": "pmc"}, {"#text": "30250390", + "@IdType": "pubmed"}]}}, {"Citation": "Menon V. (2011). Large-scale brain + networks and psychopathology: a unifying triple network model. Trends Cogn. + Sci. 15, 483\u2013506. doi: 10.1016/j.tics.2011.08.003, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tics.2011.08.003", "@IdType": "doi"}, + {"#text": "21908230", "@IdType": "pubmed"}]}}, {"Citation": "Menon V., Palaniyappan + L., Supekar K. (2022). Integrative brain network and salience models of psychopathology + and cognitive dysfunction in schizophrenia. Biol. Psychiatry 94, 108\u2013120. + doi: 10.1016/j.biopsych.2022.09.029", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.biopsych.2022.09.029", "@IdType": "doi"}, {"#text": "36702660", + "@IdType": "pubmed"}]}}, {"Citation": "Owen A. M., McMillan K. M., Laird A. + R., Bullmore E. (2005). N-back working memory paradigm: a meta-analysis of + normative functional neuroimaging studies. Hum. Brain Mapp. 25, 46\u201359. + doi: 10.1002/hbm.20131, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": "PMC6871745", "@IdType": + "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, {"Citation": "Pannekoek + J. N., Veer I. M., van Tol M. J., van der Werff S. J. A., Demenescu L. R., + Aleman A., et al. (2013). Aberrant limbic and salience network resting-state + functional connectivity in panic disorder without comorbidity. J. Affect. + Disord. 145, 29\u201335. doi: 10.1016/j.jad.2012.07.006, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jad.2012.07.006", "@IdType": "doi"}, {"#text": + "22858265", "@IdType": "pubmed"}]}}, {"Citation": "Parkes L., Fulcher B., + Y\u00fccel M., Fornito A. (2018). An evaluation of the efficacy, reliability, + and sensitivity of motion correction strategies for resting-state functional + MRI. NeuroImage 171, 415\u2013436. doi: 10.1016/j.neuroimage.2017.12.073", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2017.12.073", + "@IdType": "doi"}, {"#text": "29278773", "@IdType": "pubmed"}]}}, {"Citation": + "Pereira Neiva H., Brand\u00e3o Fa\u00edl L., Izquierdo M., Marques M. C., + Marinho D. A. (2018). The effect of 12 weeks of water-aerobics on health status + and physical fitness: an ecological approach. PLoS One 13:e0198319. doi: 10.1371/journal.pone.0198319", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0198319", + "@IdType": "doi"}, {"#text": "PMC5978883", "@IdType": "pmc"}, {"#text": "29851998", + "@IdType": "pubmed"}]}}, {"Citation": "Peterson B. S., Skudlarski P., Gatenby + J. C., Zhang H., Anderson A. W., Gore J. C. (1999). An fMRI study of Stroop + word-color interference: evidence for cingulate subregions subserving multiple + distributed attentional systems. Biol. Psychiatry 45, 1237\u20131258.", "ArticleIdList": + {"ArticleId": {"#text": "10349031", "@IdType": "pubmed"}}}, {"Citation": "Pollatos + O., Gramann K., Schandry R. (2007). Neural systems connecting interoceptive + awareness and feelings. Hum. Brain Mapp. 28, 9\u201318. doi: 10.1002/hbm.20258", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.20258", "@IdType": + "doi"}, {"#text": "PMC6871500", "@IdType": "pmc"}, {"#text": "16729289", "@IdType": + "pubmed"}]}}, {"Citation": "Port A. P., Santaella D. F., Lacerda S. S., Speciali + D. S., Balardin J. B., Lopes P. B., et al. (2018). Cognition and brain function + in elderly tai chi practitioners: a case-control study. Exp. Dermatol. 14, + 352\u2013356. doi: 10.1016/j.explore.2018.04.007, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.explore.2018.04.007", "@IdType": "doi"}, + {"#text": "30122327", "@IdType": "pubmed"}]}}, {"Citation": "Quadt L., Critchley + H. D., Garfinkel S. N. (2018). The neurobiology of interoception in health + and disease. Ann. N. Y. Acad. Sci. 1428, 112\u2013128. doi: 10.1111/nyas.13915", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/nyas.13915", "@IdType": + "doi"}, {"#text": "29974959", "@IdType": "pubmed"}]}}, {"Citation": "Rehman + A, Al Khalili Y. Neuroanatomy, Occipital Lobe. StatPearls Publishing LLC (2022).", + "ArticleIdList": {"ArticleId": {"#text": "31335040", "@IdType": "pubmed"}}}, + {"Citation": "Salgado J. V., Malloy-Diniz L. F., Abrantes S. S. C., Moreira + L., Schlottfeldt C. G., Guimar\u00e3es W., et al. (2011). Applicability of + the Rey Auditory-Verbal Learning Test to an adult sample in Brazil. Brazilian + Journal of Psychiatry, 33, 234\u2013237., PMID:", "ArticleIdList": {"ArticleId": + {"#text": "21971775", "@IdType": "pubmed"}}}, {"Citation": "Schimmelpfennig + J., Topczewski J., Zajkowski W., Jankowiak-Siuda K. (2023). The role of the + salience network in cognitive and affective deficits. Front. Hum. Neurosci. + 17. doi: 10.3389/fnhum.2023.1133367, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2023.1133367", "@IdType": "doi"}, {"#text": "PMC10067884", + "@IdType": "pmc"}, {"#text": "37020493", "@IdType": "pubmed"}]}}, {"Citation": + "Schmahmann J. D. (2019). The cerebellum and cognition. Neurosci. Lett. 688, + 62\u201375. doi: 10.1016/j.neulet.2018.07.005", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neulet.2018.07.005", "@IdType": "doi"}, {"#text": "29997061", + "@IdType": "pubmed"}]}}, {"Citation": "Scholte W. F., Verduin F., van Lammeren + A., Rutayisire T., Kamperman A. M. (2011). Psychometric properties and longitudinal + validation of the self-reporting questionnaire (SRQ-20) in a Rwandan community + setting: a validation study. BMC Med. Res. Methodol. 11:116. doi: 10.1186/1471-2288-11-116, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1471-2288-11-116", + "@IdType": "doi"}, {"#text": "PMC3173390", "@IdType": "pmc"}, {"#text": "21846391", + "@IdType": "pubmed"}]}}, {"Citation": "Seeley W. W., Crawford R. K., Zhou + J., Miller B. L., Greicius M. D. (2009). Neurodegenerative diseases target + large-scale human brain networks. Neuron 62, 42\u201352. doi: 10.1016/j.neuron.2009.03.024, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2009.03.024", + "@IdType": "doi"}, {"#text": "PMC2691647", "@IdType": "pmc"}, {"#text": "19376066", + "@IdType": "pubmed"}]}}, {"Citation": "Smith S. M. (2002). Fast robust automated + brain extraction. Hum. Brain Mapp. 17, 143\u2013155. doi: 10.1002/hbm.10062, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.10062", "@IdType": + "doi"}, {"#text": "PMC6871816", "@IdType": "pmc"}, {"#text": "12391568", "@IdType": + "pubmed"}]}}, {"Citation": "Smith S. D., Nadeau C., Sorokopud-Jones M., Kornelsen + J. (2022). The relationship between functional connectivity and interoceptive + sensibility. Brain Connect. 12, 417\u2013431. doi: 10.1089/brain.2020.0777", + "ArticleIdList": {"ArticleId": [{"#text": "10.1089/brain.2020.0777", "@IdType": + "doi"}, {"#text": "34210151", "@IdType": "pubmed"}]}}, {"Citation": "Smitha + K., Akhil Raja K., Arun K., Rajesh P., Thomas B., Kapilamoorthy T., et al. + (2017). Resting state fMRI: a review on methods in resting state connectivity + analysis and resting state networks. Neuroradiol. J. 30, 305\u2013317. doi: + 10.1177/1971400917697342, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1177/1971400917697342", "@IdType": "doi"}, {"#text": "PMC5524274", "@IdType": + "pmc"}, {"#text": "28353416", "@IdType": "pubmed"}]}}, {"Citation": "Song + R., Grabowska W., Park M., Osypiuk K., Vergara-Diaz G. P., Bonato P., et al. + (2017). The impact of tai chi and Qigong mind-body exercises on motor and + non-motor function and quality of life in Parkinson\u2019s disease: a systematic + review and meta-analysis. Parkinsonism Relat. Disord. 41, 3\u201313. doi: + 10.1016/j.parkreldis.2017.05.019, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.parkreldis.2017.05.019", "@IdType": "doi"}, {"#text": "PMC5618798", + "@IdType": "pmc"}, {"#text": "28602515", "@IdType": "pubmed"}]}}, {"Citation": + "Spreen O., Strauss E. (1998). A compendium of neuropsychological tests: Administration, + norms, and commentary. 2nd Edn: Oxford University Press."}, {"Citation": "Stein + M. B., Simmons A. N., Feinstein J. S., Paulus M. P. (2007). Increased amygdala + and insula activation during emotion processing in anxiety-prone subjects. + Am. J. Psychiatry 164, 318\u2013327. doi: 10.1176/ajp.2007.164.2.318", "ArticleIdList": + {"ArticleId": [{"#text": "10.1176/ajp.2007.164.2.318", "@IdType": "doi"}, + {"#text": "17267796", "@IdType": "pubmed"}]}}, {"Citation": "Stillman C. M., + Esteban-Cornejo I., Brown B., Bender C. M., Erickson K. I. (2020). Effects + of exercise on brain and cognition across age groups and health states. Trends + Neurosci. 43, 533\u2013543. doi: 10.1016/j.tins.2020.04.010", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tins.2020.04.010", "@IdType": "doi"}, + {"#text": "PMC9068803", "@IdType": "pmc"}, {"#text": "32409017", "@IdType": + "pubmed"}]}}, {"Citation": "Tamin T. Z., Loekito N. (2018). Aquatic versus + land-based exercise for cardiorespiratory endurance and quality of life in + obese patients with knee osteoarthritis: a randomized controlled trial. Medical + J. Indonesia. 27, 284\u2013292. doi: 10.13181/mji.v27i4.2107", "ArticleIdList": + {"ArticleId": {"#text": "10.13181/mji.v27i4.2107", "@IdType": "doi"}}}, {"Citation": + "Tang Y. Y., H\u00f6lzel B. K., Posner M. I. (2015). The neuroscience of mindfulness + meditation. Nat. Rev. Neurosci. 16, 213\u2013225. doi: 10.1038/nrn3916", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nrn3916", "@IdType": "doi"}, {"#text": "25783612", + "@IdType": "pubmed"}]}}, {"Citation": "Tang Y. Y., Lu Q., Geng X., Stein E. + A., Yang Y., Posner M. I. (2010). Short-term meditation induces white matter + changes in the anterior cingulate. Proc. Natl. Acad. Sci. 107, 15649\u201315652. + doi: 10.1073/pnas.1011043107", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1011043107", + "@IdType": "doi"}, {"#text": "PMC2932577", "@IdType": "pmc"}, {"#text": "20713717", + "@IdType": "pubmed"}]}}, {"Citation": "Tomasi D., Volkow N. D. (2012). Aging + and functional brain networks. Mol. Psychiatry 17, 549\u2013558. doi: 10.1038/mp.2011.81", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/mp.2011.81", "@IdType": + "doi"}, {"#text": "PMC3193908", "@IdType": "pmc"}, {"#text": "21727896", "@IdType": + "pubmed"}]}}, {"Citation": "United Nations . (2019). World population ageing + 2019: Highlights. Available from: https://www.un.org/development/desa/pd/ + (Accessed May 10, 2024)"}, {"Citation": "Vago D. R., Silbersweig D. A. (2012). + Self-awareness, self-regulation, and self-transcendence (S-ART): a framework + for understanding the neurobiological mechanisms of mindfulness. Front. Hum. + Neurosci. 6. doi: 10.3389/fnhum.2012.00296, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2012.00296", "@IdType": "doi"}, {"#text": "PMC3480633", + "@IdType": "pmc"}, {"#text": "23112770", "@IdType": "pubmed"}]}}, {"Citation": + "Van Overwalle F., Baetens K., Mari\u00ebn P., Vandekerckhove M. (2014). Social + cognition and the cerebellum: a meta-analysis of over 350 fMRI studies. NeuroImage + 86, 554\u2013572. doi: 10.1016/j.neuroimage.2013.09.033", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2013.09.033", "@IdType": "doi"}, + {"#text": "24076206", "@IdType": "pubmed"}]}}, {"Citation": "Van Overwalle + F., Manto M., Cattaneo Z., Clausi S., Ferrari C., Gabrieli J. D. E., et al. + (2020). Consensus paper: cerebellum and social cognition. Cerebellum 19, 833\u2013868. + doi: 10.1007/s12311-020-01155-1, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1007/s12311-020-01155-1", "@IdType": "doi"}, {"#text": "PMC7588399", "@IdType": + "pmc"}, {"#text": "32632709", "@IdType": "pubmed"}]}}, {"Citation": "Voss + M. W., Vivar C., Kramer A. F., van Praag H. (2013). Bridging animal and human + models of exercise-induced brain plasticity. Trends Cogn. Sci. 17, 525\u2013544. + doi: 10.1016/j.tics.2013.08.001", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.tics.2013.08.001", "@IdType": "doi"}, {"#text": "PMC4565723", "@IdType": + "pmc"}, {"#text": "24029446", "@IdType": "pubmed"}]}}, {"Citation": "Wayne + P. M., Walsh J. N., Taylor-Piliae R. E., Wells R. E., Papp K. V., Donovan + N. J., et al. (2014). Effect of tai chi on cognitive performance in older + adults: systematic review and Meta-analysis. J. Am. Geriatr. Soc. 62, 25\u201339. + doi: 10.1111/jgs.12611, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/jgs.12611", "@IdType": "doi"}, {"#text": "PMC4055508", "@IdType": + "pmc"}, {"#text": "24383523", "@IdType": "pubmed"}]}}, {"Citation": "Wechsler + D. (2004). Escala de Intelig\u00eancia de Wechsler para Adultos: Manual. S\u00e3o + Paulo: Casa Do Psic\u00f3logo."}, {"Citation": "Whitfield-Gabrieli S., Nieto-Castanon + A. (2012). Conn: a functional connectivity toolbox for correlated and Anticorrelated + brain networks. Brain Connect. 2, 125\u2013141. doi: 10.1089/brain.2012.0073", + "ArticleIdList": {"ArticleId": [{"#text": "10.1089/brain.2012.0073", "@IdType": + "doi"}, {"#text": "22642651", "@IdType": "pubmed"}]}}, {"Citation": "Woolrich + M. W., Ripley B. D., Brady M., Smith S. M. (2001). Temporal autocorrelation + in univariate linear modeling of FMRI data. NeuroImage 14, 1370\u20131386. + doi: 10.1006/nimg.2001.0931, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/nimg.2001.0931", "@IdType": "doi"}, {"#text": "11707093", "@IdType": + "pubmed"}]}}, {"Citation": "World Health Organization (2017). Integrated + care for older people: guidelines on community-level interventions to manage + declines in intrinsic capacity. World Health Organization\nix:46. Available + at: https://www.who.int/publications/i/item/9789241550109", "ArticleIdList": + {"ArticleId": {"#text": "29608259", "@IdType": "pubmed"}}}, {"Citation": "Xie + X., Cai C., Damasceno P. F., Nagarajan S. S., Raj A. (2021). Emergence of + canonical functional networks from the structural connectome. NeuroImage 237:118190. + doi: 10.1016/j.neuroimage.2021.118190, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2021.118190", "@IdType": "doi"}, {"#text": + "PMC8451304", "@IdType": "pmc"}, {"#text": "34022382", "@IdType": "pubmed"}]}}, + {"Citation": "Xu A., Zimmerman C. S., Lazar S. W., Ma Y., Kerr C. E., Yeung + A. (2020). Distinct insular functional connectivity changes related to mood + and fatigue improvements in major depressive disorder following tai chi training: + a pilot study. Front. Integr. Neurosci. 14:14. doi: 10.3389/fnins.2020.00014, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnins.2020.00014", + "@IdType": "doi"}, {"#text": "PMC7295154", "@IdType": "pmc"}, {"#text": "32581734", + "@IdType": "pubmed"}]}}, {"Citation": "Yang Y., Chen T., Shao M., Yan S., + Yue G. H., Jiang C. (2020). Effects of tai chi Chuan on inhibitory control + in elderly women: an fNIRS study. Front. Hum. Neurosci. 13:13. doi: 10.3389/fnhum.2019.00476", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2019.00476", "@IdType": + "doi"}, {"#text": "PMC6988574", "@IdType": "pmc"}, {"#text": "32038205", "@IdType": + "pubmed"}]}}, {"Citation": "Yue C., Zhang Y., Jian M., Herold F., Yu Q., Mueller + P., et al. (2020). Differential effects of tai chi Chuan (motor-cognitive + training) and walking on brain networks: a resting-state fMRI study in Chinese + women aged 60. Health 8:67. doi: 10.3390/healthcare8010067, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.3390/healthcare8010067", "@IdType": "doi"}, {"#text": + "PMC7151113", "@IdType": "pmc"}, {"#text": "32213980", "@IdType": "pubmed"}]}}, + {"Citation": "Zhou J., Gennatas E. D., Kramer J. H., Miller B. L., Seeley + W. W. (2012). Predicting regional neurodegeneration from the healthy brain + functional connectome. Neuron 73, 1216\u20131227. doi: 10.1016/j.neuron.2012.03.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2012.03.004", + "@IdType": "doi"}, {"#text": "PMC3361461", "@IdType": "pmc"}, {"#text": "22445348", + "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "39323912", "@Version": "1"}, "@Owner": "NLM", "@Status": + "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1662-5145", + "@IssnType": "Print"}, "Title": "Frontiers in integrative neuroscience", "JournalIssue": + {"Volume": "18", "PubDate": {"Year": "2024"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Integr Neurosci"}, "Abstract": {"AbstractText": [{"#text": "This study + aimed to investigate the neural mechanisms that differentiate mind-body practices + from aerobic physical activities and elucidate their effects on cognition + and healthy aging. We examined functional brain connectivity in older adults + (age\u2009>\u200960) without pre-existing uncontrolled chronic diseases, comparing + Tai Chi with Water Aerobics practitioners.", "@Label": "BACKGROUND", "@NlmCategory": + "UNASSIGNED"}, {"i": "n", "#text": "We conducted a cross-sectional, case-control + fMRI study involving two strictly matched groups (\u2009=\u200932) based on + gender, age, education, and years of practice. Seed-to-voxel analysis was + performed using the Salience, and Frontoparietal Networks as seed regions + in Stroop Word-Color and N-Back tasks and Resting State.", "@Label": "METHODS", + "@NlmCategory": "UNASSIGNED"}, {"#text": "During Resting State condition and + using Salience network as a seed, Tai Chi group exhibited a stronger correlation + between Anterior Cingulate Cortex and Insular Cortex areas (regions related + to interoceptive awareness, cognitive control and motor organization of subjective + aspects of experience). In N-Back task and using Salience network as seed, + Tai Chi group showed increased correlation between Left Supramarginal Gyrus + and various cerebellar regions (related to memory, attention, cognitive processing, + sensorimotor control and cognitive flexibility). In Stroop task, using Salience + network as seed, Tai Chi group showed enhanced correlation between Left Rostral + Prefrontal Cortex and Right Occipital Pole, and Right Lateral Occipital Cortex + (areas associated with sustained attention, prospective memory, mediate attention + between external stimuli and internal intention). Additionally, in Stroop + task, using Frontoparietal network as seed, Water Aerobics group exhibited + a stronger correlation between Left Posterior Parietal Lobe (specialized in + word meaning, representing motor actions, motor planning directed to objects, + and general perception) and different cerebellar regions (linked to object + mirroring).", "@Label": "RESULTS", "@NlmCategory": "UNASSIGNED"}, {"#text": + "Our study provides evidence of differences in functional connectivity between + older adults who have received training in a mind-body practice (Tai Chi) + or in an aerobic physical activity (Water Aerobics) when performing attentional + and working memory tasks, as well as during resting state.", "@Label": "CONCLUSION", + "@NlmCategory": "UNASSIGNED"}], "CopyrightInformation": "Copyright \u00a9 + 2024 Port, Paulo, de Azevedo Neto, Lacerda, Radvany, Santaella and Kozasa."}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Ana Paula", "Initials": "AP", "LastName": + "Port", "AffiliationInfo": {"Affiliation": "Hospital Israelita Albert Einstein, + S\u00e3o Paulo, Brazil."}}, {"@ValidYN": "Y", "ForeName": "Artur Jos\u00e9 + Marques", "Initials": "AJM", "LastName": "Paulo", "AffiliationInfo": {"Affiliation": + "Hospital Israelita Albert Einstein, S\u00e3o Paulo, Brazil."}}, {"@ValidYN": + "Y", "ForeName": "Raymundo Machado", "Initials": "RM", "LastName": "de Azevedo + Neto", "AffiliationInfo": {"Affiliation": "Hospital Israelita Albert Einstein, + S\u00e3o Paulo, Brazil."}}, {"@ValidYN": "Y", "ForeName": "Shirley Silva", + "Initials": "SS", "LastName": "Lacerda", "AffiliationInfo": {"Affiliation": + "Hospital Israelita Albert Einstein, S\u00e3o Paulo, Brazil."}}, {"@ValidYN": + "Y", "ForeName": "Jo\u00e3o", "Initials": "J", "LastName": "Radvany", "AffiliationInfo": + {"Affiliation": "Hospital Israelita Albert Einstein, S\u00e3o Paulo, Brazil."}}, + {"@ValidYN": "Y", "ForeName": "Danilo Forghieri", "Initials": "DF", "LastName": + "Santaella", "AffiliationInfo": {"Affiliation": "Centro de Pr\u00e1ticas Esportivas + da Universidade de S\u00e3o Paulo - CEPEUSP, S\u00e3o Paulo, Brazil."}}, {"@ValidYN": + "Y", "ForeName": "Elisa Harumi", "Initials": "EH", "LastName": "Kozasa", "AffiliationInfo": + {"Affiliation": "Hospital Israelita Albert Einstein, S\u00e3o Paulo, Brazil."}}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1420339", "MedlinePgn": + "1420339"}, "ArticleDate": {"Day": "11", "Year": "2024", "Month": "09", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "1420339", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnint.2024.1420339", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Differences in brain connectivity between older adults + practicing Tai Chi and Water Aerobics: a case-control study.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "27", "Year": "2024", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "Stroop", "@MajorTopicYN": "N"}, {"#text": "Tai Chi", + "@MajorTopicYN": "N"}, {"#text": "embodied cognition", "@MajorTopicYN": "N"}, + {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "functional connectivity", + "@MajorTopicYN": "N"}, {"#text": "longevity", "@MajorTopicYN": "N"}, {"#text": + "mind\u2013body", "@MajorTopicYN": "N"}, {"#text": "self-regulation", "@MajorTopicYN": + "N"}]}, "CoiStatement": "The authors declare that the research was conducted + in the absence of any commercial or financial relationships that could be + construed as a potential conflict of interest. The author(s) declared that + they were an editorial board member of Frontiers, at the time of submission. + This had no impact on the peer review process and the final decision.", "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Integr Neurosci", "ISSNLinking": + "1662-5145", "NlmUniqueID": "101477950"}}}, "semantic_scholar": {"year": 2024, + "title": "Differences in brain connectivity between older adults practicing + Tai Chi and Water Aerobics: a case\u2013control study", "venue": "Frontiers + in Integrative Neuroscience", "authors": [{"name": "Ana Paula Port", "authorId": + "88583252"}, {"name": "Artur Jos\u00e9 Marques Paulo", "authorId": "2320924566"}, + {"name": "R. M. de Azevedo Neto", "authorId": "4184192"}, {"name": "S. Lacerda", + "authorId": "40049705"}, {"name": "Jo\u00e3o Radvany", "authorId": "2320923268"}, + {"name": "D. F. Santaella", "authorId": "2151956"}, {"name": "E. Kozasa", + "authorId": "1880130"}], "paperId": "b19ac14bbb684128130e46fcc92c7ba097ecf3cb", + "abstract": "Background This study aimed to investigate the neural mechanisms + that differentiate mind\u2013body practices from aerobic physical activities + and elucidate their effects on cognition and healthy aging. We examined functional + brain connectivity in older adults (age\u2009>\u200960) without pre-existing + uncontrolled chronic diseases, comparing Tai Chi with Water Aerobics practitioners. + Methods We conducted a cross-sectional, case\u2013control fMRI study involving + two strictly matched groups (n\u2009=\u200932) based on gender, age, education, + and years of practice. Seed-to-voxel analysis was performed using the Salience, + and Frontoparietal Networks as seed regions in Stroop Word-Color and N-Back + tasks and Resting State. Results During Resting State condition and using + Salience network as a seed, Tai Chi group exhibited a stronger correlation + between Anterior Cingulate Cortex and Insular Cortex areas (regions related + to interoceptive awareness, cognitive control and motor organization of subjective + aspects of experience). In N-Back task and using Salience network as seed, + Tai Chi group showed increased correlation between Left Supramarginal Gyrus + and various cerebellar regions (related to memory, attention, cognitive processing, + sensorimotor control and cognitive flexibility). In Stroop task, using Salience + network as seed, Tai Chi group showed enhanced correlation between Left Rostral + Prefrontal Cortex and Right Occipital Pole, and Right Lateral Occipital Cortex + (areas associated with sustained attention, prospective memory, mediate attention + between external stimuli and internal intention). Additionally, in Stroop + task, using Frontoparietal network as seed, Water Aerobics group exhibited + a stronger correlation between Left Posterior Parietal Lobe (specialized in + word meaning, representing motor actions, motor planning directed to objects, + and general perception) and different cerebellar regions (linked to object + mirroring). Conclusion Our study provides evidence of differences in functional + connectivity between older adults who have received training in a mind\u2013body + practice (Tai Chi) or in an aerobic physical activity (Water Aerobics) when + performing attentional and working memory tasks, as well as during resting + state.", "isOpenAccess": true, "openAccessPdf": {"url": "https://doi.org/10.3389/fnint.2024.1420339", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC11422087, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2024-09-11"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T18:07:15.068401+00:00", "analyses": + [{"id": "2LncCjtoDNqs", "user": null, "name": "WA (neutro>congruent)", "metadata": + {"table": {"table_number": 2, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "QB9JjFNBaDa9", "user": null, "name": + "Stroop", "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": + "tab3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "original_table_id": "tab3"}, "table_metadata": {"table_id": "tab3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "sanitized_table_id": "tab3"}, "description": "Connectivity comparison between + Tai Chi and Water Aerobics groups.", "conditions": [], "weights": [], "points": + [{"id": "97L5p9gjXzY4", "coordinates": [16.0, -94.0, -4.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 1e-07}]}, {"id": "gHU7fWz6Kxhn", "coordinates": [-30.0, -70.0, -32.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.000311}]}], "images": []}, {"id": "az6T5uXSfJZd", "user": + null, "name": "WA (incongruent>congruent)", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "tab2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "4VDTgsrTHMjX", "coordinates": [-26.0, -96.0, 16.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "TkUzSSUwWkqx", "coordinates": [-30.0, -58.0, 46.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}, {"id": "hAzL7cPjEwQU", "user": null, "name": "Tai Chi (neutro>congruent)", + "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": "tab2", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "fg6agpiiPbr7", "coordinates": [-50.0, 4.0, 30.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "gxPVavJresfz", "coordinates": [-44.0, -66.0, -10.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "DkagdTAJ2nUX", + "coordinates": [8.0, -64.0, -12.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "i4sHn4YBT4KQ", "coordinates": + [-64.0, -4.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}, {"id": "YtvJZ4RkWMzH", "user": null, + "name": "Tai Chi (incongruent>congruent)", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "tab2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "MssRGZhSvHXf", "coordinates": [-38.0, -38.0, 40.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "Uqb6tBEMFgoG", "coordinates": [18.0, -72.0, 58.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "wdaDnohSACqT", + "coordinates": [38.0, 2.0, 54.0], "kind": null, "space": "MNI", "image": null, + "label_id": null, "values": []}, {"id": "2jxMPg2wqX76", "coordinates": [46.0, + 10.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": []}], "images": []}, {"id": "Wa3bkL7jh459", "user": null, "name": + "Tai Chi [incongruent>congruent] > [neutro> congruent]", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "tab2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "Ly5Yv8z9aafa", "coordinates": [0.0, -64.0, 52.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "mx7qjmbeM9es", "coordinates": [42.0, 20.0, 24.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "PiWDRiHDnrMC", + "coordinates": [-42.0, 12.0, 32.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "AM5JPBhWZxox", "coordinates": + [56.0, -46.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "aty4myVwU2Qm", "coordinates": [0.0, 20.0, 50.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "rNAK5jGiCWDe", "coordinates": [-36.0, 2.0, 54.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}], "images": []}, {"id": + "NRG2Pu8BKhAE", "user": null, "name": "WA [incongruent>congruent] > [neutro>congruent]", + "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": "tab2", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "ukicQAmfFMEp", "coordinates": [14.0, -90.0, 0.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "ETn37GPWZA2o", "coordinates": [-36.0, -56.0, 50.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}], "images": []}, {"id": + "MNnfkViguweB", "user": null, "name": "Resting State", "metadata": {"table": + {"table_number": 3, "table_metadata": {"table_id": "tab3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "original_table_id": "tab3"}, "table_metadata": {"table_id": "tab3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "sanitized_table_id": "tab3"}, "description": "Connectivity comparison between + Tai Chi and Water Aerobics groups.", "conditions": [], "weights": [], "points": + [{"id": "JFKomZ4KNKjW", "coordinates": [42.0, 2.0, 18.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 0.040456}]}], "images": []}, {"id": "gdP6UNTEJL2h", "user": null, "name": + "N-Back", "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": + "tab3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "original_table_id": "tab3"}, "table_metadata": {"table_id": "tab3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "sanitized_table_id": "tab3"}, "description": "Connectivity comparison between + Tai Chi and Water Aerobics groups.", "conditions": [], "weights": [], "points": + [{"id": "nEYMhYKyPJo5", "coordinates": [-4.0, -76.0, -38.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 0.021126}]}], "images": []}]}, {"id": "tDKTP8ZrMUWe", "created_at": + "2025-12-04T19:07:46.650811+00:00", "updated_at": null, "user": null, "name": + "Is There Any Relationship Between Biochemical Indices and Anthropometric + Measurements With Dorsolateral Prefrontal Cortex Activation Among Older Adults + With Mild Cognitive Impairment?", "description": "Working memory is developed + in one region of the brain called the dorsolateral prefrontal cortex (DLPFC). + The dysfunction of this region leads to synaptic neuroplasticity impairment. + It has been reported that several biochemical parameters and anthropometric + measurements play a vital role in cognition and brain health. This study aimed + to investigate the relationships between cognitive function, serum biochemical + profile, and anthropometric measurements using DLPFC activation. A cross-sectional + study was conducted among 35 older adults (\u226560 years) who experienced + mild cognitive impairment (MCI). For this purpose, we distributed a comprehensive + interview-based questionnaire for collecting sociodemographic information + from the participants and conducting cognitive tests. Anthropometric values + were measured, and fasting blood specimens were collected. We investigated + their brain activation using the task-based functional MRI (fMRI; N-back), + specifically in the DLPFC region. Positive relationships were observed between + brain-derived neurotrophic factor (BDNF) (\u03b2 = 0.494, p < 0.01) and Mini-Mental + State Examination (MMSE) (\u03b2 = 0.698, p < 0.01); however, negative relationships + were observed between serum triglyceride (\u03b2 = \u22120.402, p < 0.05) + and serum malondialdehyde (MDA) (\u03b2 = \u22120.326, p < 0.05) with right + DLPFC activation (R2 = 0.512) while the participants performed 1-back task + after adjustments for age, gender, and years of education. In conclusion, + higher serum triglycerides, higher oxidative stress, and lower neurotrophic + factor were associated with lower right DLPFC activation among older adults + with MCI. A further investigation needs to be carried out to understand the + causal-effect mechanisms of the significant parameters and the DLPFC activation + so that better intervention strategies can be developed for reducing the risk + of irreversible neurodegenerative diseases among older adults with MCI.", + "publication": "Frontiers in Human Neuroscience", "doi": "10.3389/fnhum.2021.765451", + "pmid": "35046782", "authors": "Y. You; S. Shahar; M. Mohamad; N. Rajab; Normah + Che Din; Hui Jin Lau; H. Abdul Hamid", "year": 2022, "metadata": {"slug": + "35046782-10-3389-fnhum-2021-765451-pmc8762169", "source": "semantic_scholar", + "keywords": ["anthropometry", "biochemical", "biomarkers", "brain activation", + "cognitive"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "27", "Year": "2021", "Month": "8", "@PubStatus": "received"}, {"Day": + "3", "Year": "2021", "Month": "11", "@PubStatus": "accepted"}, {"Day": "20", + "Hour": "6", "Year": "2022", "Month": "1", "Minute": "1", "@PubStatus": "entrez"}, + {"Day": "21", "Hour": "6", "Year": "2022", "Month": "1", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "21", "Hour": "6", "Year": "2022", "Month": "1", "Minute": + "1", "@PubStatus": "medline"}, {"Day": "1", "Year": "2021", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "35046782", "@IdType": "pubmed"}, {"#text": "PMC8762169", "@IdType": "pmc"}, + {"#text": "10.3389/fnhum.2021.765451", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Badhwar A., Tam A., Dansereau C., Orban P., Hoffstaedter + F., Bellec P. (2017). Resting-state network dysfunction in Alzheimer\u2019s + disease: a systematic review and meta-analysis. Alzheimers Dement. (Amst.) + 8 73\u201385. 10.1016/j.dadm.2017.03.007", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.dadm.2017.03.007", "@IdType": "doi"}, {"#text": "PMC5436069", + "@IdType": "pmc"}, {"#text": "28560308", "@IdType": "pubmed"}]}}, {"Citation": + "Banks W. A. (2012). Role of the blood-brain barrier in the evolution of feeding + and cognition. Ann. N. Y. Acad. Sci. 1264 13\u201319. 10.1111/j.1749-6632.2012.06568.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1749-6632.2012.06568.x", + "@IdType": "doi"}, {"#text": "PMC3464352", "@IdType": "pmc"}, {"#text": "22612379", + "@IdType": "pubmed"}]}}, {"Citation": "Banks W. A., Farr S. A., Salameh T. + S., Niehoff M. L., Rhea E. M., Morley J. E., et al. (2018). Triglycerides + cross the blood-brain barrier and induce central leptin and insulin receptor + resistance. Int. J. Obesity (2005) 42 391\u2013397. 10.1038/ijo.2017.231", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/ijo.2017.231", "@IdType": + "doi"}, {"#text": "PMC5880581", "@IdType": "pmc"}, {"#text": "28990588", "@IdType": + "pubmed"}]}}, {"Citation": "Barbey A. K., Koenigs M., Grafman J. (2013). Dorsolateral + prefrontal contributions to human working memory. Cortex 49 1195\u20131205. + 10.1016/j.cortex.2012.05.022", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2012.05.022", + "@IdType": "doi"}, {"#text": "PMC3495093", "@IdType": "pmc"}, {"#text": "22789779", + "@IdType": "pubmed"}]}}, {"Citation": "Baumgart M., Snyder H. M., Carrillo + M. C., Fazio S., Kim H., Johns H. (2015). Summary of the evidence on modifiable + risk factors for cognitive decline and dementia: a population-based perspective. + Alzheimers Dement. 11 718\u2013726. 10.1016/j.jalz.2015.05.016", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jalz.2015.05.016", "@IdType": "doi"}, + {"#text": "26045020", "@IdType": "pubmed"}]}}, {"Citation": "Bela\u00efch + R., Boujraf S., Housni A., Maaroufi M., Batta F., Magoul R., et al. (2015). + Assessment of hemodialysis impact by Polysulfone membrane on brain plasticity + using BOLD-fMRI. Neuroscience 288 94\u2013104. 10.1016/j.neuroscience.2014.11.064", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2014.11.064", + "@IdType": "doi"}, {"#text": "25522721", "@IdType": "pubmed"}]}}, {"Citation": + "Belleville S., Bherer L. (2012). Biomarkers of cognitive training effects + in aging. Curr. Transl. Geriatr. Exp. Gerontol. Rep. 1 104\u2013110. 10.1007/s13670-012-0014-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s13670-012-0014-5", "@IdType": + "doi"}, {"#text": "PMC3693427", "@IdType": "pmc"}, {"#text": "23864998", "@IdType": + "pubmed"}]}}, {"Citation": "Bosch O. G., Wagner M., Jessen F., K\u00fchn K.-U., + Joe A., Seifritz E., et al. (2013). Verbal memory deficits are correlated + with prefrontal hypometabolism in (18)FDG PET of recreational MDMA users. + PLoS One 8:e61234. 10.1371/journal.pone.0061234", "ArticleIdList": {"ArticleId": + [{"#text": "10.1371/journal.pone.0061234", "@IdType": "doi"}, {"#text": "PMC3621736", + "@IdType": "pmc"}, {"#text": "23585882", "@IdType": "pubmed"}]}}, {"Citation": + "Boyle P. A., Yu L., Fleischman D. A., Leurgans S., Yang J., Wilson R. S., + et al. (2016). White matter hyperintensities, incident mild cognitive impairment, + and cognitive decline in old age. Ann. Clin. Transl. Neurol. 3 791\u2013800. + 10.1002/acn3.343", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/acn3.343", + "@IdType": "doi"}, {"#text": "PMC5048389", "@IdType": "pmc"}, {"#text": "27752514", + "@IdType": "pubmed"}]}}, {"Citation": "Bradley-Whitman M. A., Lovell M. A. + (2015). Biomarkers of lipid peroxidation in Alzheimer disease (AD): an update. + Arch. Toxicol. 89 1035\u20131044. 10.1007/s00204-015-1517-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00204-015-1517-6", "@IdType": "doi"}, {"#text": + "PMC4466146", "@IdType": "pmc"}, {"#text": "25895140", "@IdType": "pubmed"}]}}, + {"Citation": "Brett M., Anton J.-L., Valabregue R., Poline J.-B. (2002). \u201cRegion + of interest analysis using an SPM toolbox,\u201d in Proceedings of the 8th + International Conference on Functional Mapping of the Human Brain, Sendai."}, + {"Citation": "Buckholtz J. W., Martin J. W., Treadway M. T., Jan K., Zald + D. H., Jones O., et al. (2015). From blame to punishment: disrupting prefrontal + cortex activity reveals norm enforcement mechanisms. Neuron 87 1369\u20131380. + 10.1016/j.neuron.2015.08.023", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2015.08.023", + "@IdType": "doi"}, {"#text": "PMC5488876", "@IdType": "pmc"}, {"#text": "26386518", + "@IdType": "pubmed"}]}}, {"Citation": "Cl\u00e9ment F., Belleville S. (2012). + Effect of disease severity on neural compensation of item and associative + recognition in mild cognitive impairment. J. Alzheimers Dis. 29 109\u2013123. + 10.3233/jad-2012-110426", "ArticleIdList": {"ArticleId": [{"#text": "10.3233/jad-2012-110426", + "@IdType": "doi"}, {"#text": "22214785", "@IdType": "pubmed"}]}}, {"Citation": + "Diamond A. (2013). Executive functions. Annu. Rev. Psychol. 64 135\u2013168. + 10.1146/annurev-psych-113011-143750", "ArticleIdList": {"ArticleId": [{"#text": + "10.1146/annurev-psych-113011-143750", "@IdType": "doi"}, {"#text": "PMC4084861", + "@IdType": "pmc"}, {"#text": "23020641", "@IdType": "pubmed"}]}}, {"Citation": + "Erickson K. I., Prakash R. S., Voss M. W., Chaddock L., Heo S., McLaren M., + et al. (2010). Brain-derived neurotrophic factor is associated with age-related + decline in hippocampal volume. J. Neurosci. 30 5368\u20135375. 10.1523/jneurosci.6251-09.2010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/jneurosci.6251-09.2010", + "@IdType": "doi"}, {"#text": "PMC3069644", "@IdType": "pmc"}, {"#text": "20392958", + "@IdType": "pubmed"}]}}, {"Citation": "Garc\u00eda-Blanco A., Baquero M., + Vento M., Gil E., Bataller L., Ch\u00e1fer-Peric\u00e1s C. (2017). Potential + oxidative stress biomarkers of mild cognitive impairment due to Alzheimer + disease. J. Neurol. Sci. 373 295\u2013302. 10.1016/j.jns.2017.01.020", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jns.2017.01.020", "@IdType": "doi"}, {"#text": + "28131209", "@IdType": "pubmed"}]}}, {"Citation": "Gibson R. S. (1990). Principles + of Nutritional Assessment. New York, NY: Oxford University Press."}, {"Citation": + "He W., Wang C., Chen Y., He Y., Cai Z. (2017). Berberine attenuates cognitive + impairment and ameliorates tau hyperphosphorylation by limiting the self-perpetuating + pathogenic cycle between NF-\u03baB signaling, oxidative stress and neuroinflammation. + Pharmacol. Rep. 69 1341\u20131348. 10.1016/j.pharep.2017.06.006", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.pharep.2017.06.006", "@IdType": "doi"}, + {"#text": "29132092", "@IdType": "pubmed"}]}}, {"Citation": "Hermida A. P., + McDonald W. M., Steenland K., Levey A. (2012). The association between late-life + depression, mild cognitive impairment and dementia: is inflammation the missing + link? Expert Rev. Neurother. 12 1339\u20131350. 10.1586/ern.12.127", "ArticleIdList": + {"ArticleId": [{"#text": "10.1586/ern.12.127", "@IdType": "doi"}, {"#text": + "PMC4404497", "@IdType": "pmc"}, {"#text": "23234395", "@IdType": "pubmed"}]}}, + {"Citation": "Hottman D. A., Chernick D., Cheng S., Wang Z., Li L. (2014). + HDL and cognition in neurodegenerative disorders. Neurobiol. Dis. 72(Pt A) + 22\u201336. 10.1016/j.nbd.2014.07.015", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.nbd.2014.07.015", "@IdType": "doi"}, {"#text": "PMC4252583", "@IdType": + "pmc"}, {"#text": "25131449", "@IdType": "pubmed"}]}}, {"Citation": "Hulley + S. B., Cummings S. R., Browner W. S., Grady D. G., Newman T. B. (2013). Designing + Clinical Research, 4th Edn. San Francisco, CA: Lippincott Williams & Wilkins."}, + {"Citation": "Ibrahim N. M., Shohaimi S., Chong H. T., Rahman A. H., Razali + R., Esther E., et al. (2009). Validation study of the mini-mental state examination + in a Malay-speaking elderly population in Malaysia. Dement. Geriatr. Cogn. + Disord. 27 247\u2013253. 10.1159/000203888", "ArticleIdList": {"ArticleId": + [{"#text": "10.1159/000203888", "@IdType": "doi"}, {"#text": "19246909", "@IdType": + "pubmed"}]}}, {"Citation": "Jamaluddin R., Othman Z., Musa K. I., Alwi M. + N. M. (2009). Validation of the malay version of auditory verbal learning + test (Mvavlt) among schizophrenia patients in hospital Universiti Sains Malaysia + (Husm), Malaysia. ASEAN J. Psychiatry 10 54\u201374."}, {"Citation": "Kobe + T., Witte A. V., Schnelle A., Lesemann A., Fabian S., Tesky V. A., et al. + (2016). Combined omega-3 fatty acids, aerobic exercise and cognitive stimulation + prevents decline in gray matter volume of the frontal, parietal and cingulate + cortex in patients with mild cognitive impairment. Neuroimage 131 226\u2013238. + 10.1016/j.neuroimage.2015.09.050", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2015.09.050", "@IdType": "doi"}, {"#text": "26433119", + "@IdType": "pubmed"}]}}, {"Citation": "Koyama M. S., O\u2019Connor D., Shehzad + Z., Milham M. P. (2017). Differential contributions of the middle frontal + gyrus functional connectivity to literacy and numeracy. Sci. Rep. 7:17548. + 10.1038/s41598-017-17702-6", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41598-017-17702-6", + "@IdType": "doi"}, {"#text": "PMC5727510", "@IdType": "pmc"}, {"#text": "29235506", + "@IdType": "pubmed"}]}}, {"Citation": "Kumar S., Zomorrodi R., Ghazala Z., + Blumberger D., Fischer C., Daskalakis Z., et al. (2017). Dorsolateral prefrontal + cortex neuroplasticity deficits in Alzheimer\u2019s disease. Biol. Psychiatry + 81:S148. 10.1016/j.biopsych.2017.02.378", "ArticleIdList": {"ArticleId": {"#text": + "10.1016/j.biopsych.2017.02.378", "@IdType": "doi"}}}, {"Citation": "Lara + A. H., Wallis J. D. (2015). The role of prefrontal cortex in working memory: + a mini review. Front. Syst. Neurosci. 9:173. 10.3389/fnsys.2015.00173", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnsys.2015.00173", "@IdType": "doi"}, {"#text": + "PMC4683174", "@IdType": "pmc"}, {"#text": "26733825", "@IdType": "pubmed"}]}}, + {"Citation": "Lau H., Shahar S., Mohamad M., Rajab N. F., Yahya H. M., Din + N. C., et al. (2018). Relationships between dietary nutrients intake and lipid + levels with functional MRI dorsolateral prefrontal cortex activation. Clin. + Intervent. Aging 14 43\u201351. 10.2147/CIA.S183425", "ArticleIdList": {"ArticleId": + [{"#text": "10.2147/CIA.S183425", "@IdType": "doi"}, {"#text": "PMC6307498", + "@IdType": "pmc"}, {"#text": "30613138", "@IdType": "pubmed"}]}}, {"Citation": + "Lau H., Shahar S., Mohamad M., Rajab N. F., Yahya H. M., Din N. C., et al. + (2020). The effects of six months Persicaria minor extract supplement among + older adults with mild cognitive impairment: a double-blinded, randomized, + and placebo-controlled trial. BMC Complement. Med. Ther. 20:315. 10.1186/s12906-020-03092-2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1186/s12906-020-03092-2", "@IdType": + "doi"}, {"#text": "PMC7574246", "@IdType": "pmc"}, {"#text": "33076878", "@IdType": + "pubmed"}]}}, {"Citation": "Libetta C., Sepe V., Esposito P., Galli F., Dal + Canton A. (2011). Oxidative stress and inflammation: implications in uremia + and hemodialysis. Clin. Biochem. 44 1189\u20131198. 10.1016/j.clinbiochem.2011.06.988", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.clinbiochem.2011.06.988", + "@IdType": "doi"}, {"#text": "21777574", "@IdType": "pubmed"}]}}, {"Citation": + "Luo J., Mills K., le Cessie S., Noordam R., van Heemst D. (2020). Ageing, + age-related diseases and oxidative stress: what to do next? Ageing Res. Rev. + 57:100982. 10.1016/j.arr.2019.100982", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.arr.2019.100982", "@IdType": "doi"}, {"#text": "31733333", "@IdType": + "pubmed"}]}}, {"Citation": "Maldjian J. A., Laurienti P. J., Kraft R. A., + Burdette J. H. (2003). An automated method for neuroanatomic and cytoarchitectonic + atlas-based interrogation of fMRI data sets. Neuroimage 19 1233\u20131239. + 10.1016/s1053-8119(03)00169-1", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/s1053-8119(03)00169-1", "@IdType": "doi"}, {"#text": "12880848", + "@IdType": "pubmed"}]}}, {"Citation": "Malek Rivan N. F., Shahar S., Rajab + N. F., Singh D. K. A., Din N. C., Hazlina M., et al. (2019). Cognitive frailty + among Malaysian older adults: baseline findings from the LRGS TUA cohort study. + Clin. Intervent. Aging 14 1343\u20131352. 10.2147/CIA.S211027", "ArticleIdList": + {"ArticleId": [{"#text": "10.2147/CIA.S211027", "@IdType": "doi"}, {"#text": + "PMC6663036", "@IdType": "pmc"}, {"#text": "31413555", "@IdType": "pubmed"}]}}, + {"Citation": "Mattson M. P., Maudsley S., Martin B. (2004). BDNF and 5-HT: + a dynamic duo in age-related neuronal plasticity and neurodegenerative disorders. + Trends Neurosci. 27 589\u2013594. 10.1016/j.tins.2004.08.001", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tins.2004.08.001", "@IdType": "doi"}, + {"#text": "15374669", "@IdType": "pubmed"}]}}, {"Citation": "Numakawa T., + Matsumoto T., Numakawa Y., Richards M., Yamawaki S., Kunugi H. (2011). Protective + action of neurotrophic factors and estrogen against oxidative stress-mediated + neurodegeneration. J. Toxicol. 2011:405194. 10.1155/2011/405194", "ArticleIdList": + {"ArticleId": [{"#text": "10.1155/2011/405194", "@IdType": "doi"}, {"#text": + "PMC3135156", "@IdType": "pmc"}, {"#text": "21776259", "@IdType": "pubmed"}]}}, + {"Citation": "Papachristou E., Ramsay S. E., Lennon L. T., Papacosta O., Iliffe + S., Whincup P. H., et al. (2015). The relationships between body composition + characteristics and cognitive functioning in a population-based sample of + older British men. BMC Geriatr. 15:172. 10.1186/s12877-015-0169-y", "ArticleIdList": + {"ArticleId": [{"#text": "10.1186/s12877-015-0169-y", "@IdType": "doi"}, {"#text": + "PMC4687114", "@IdType": "pmc"}, {"#text": "26692280", "@IdType": "pubmed"}]}}, + {"Citation": "Parthasarathy V., Frazier D. T., Bettcher B. M., Jastrzab L., + Chao L., Reed B., et al. (2017). Triglycerides are negatively correlated with + cognitive function in nondemented aging adults. Neuropsychology 31 682\u2013688. + 10.1037/neu0000335", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/neu0000335", + "@IdType": "doi"}, {"#text": "PMC5726405", "@IdType": "pmc"}, {"#text": "28604016", + "@IdType": "pubmed"}]}}, {"Citation": "Petersen R. C., Caracciolo B., Brayne + C., Gauthier S., Jelic V., Fratiglioni L. (2014). Mild cognitive impairment: + a concept in evolution. J. Int. Med. 275 214\u2013228. 10.1111/joim.12190", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/joim.12190", "@IdType": + "doi"}, {"#text": "PMC3967548", "@IdType": "pmc"}, {"#text": "24605806", "@IdType": + "pubmed"}]}}, {"Citation": "Phillips C. (2017). Brain-Derived Neurotrophic + Factor, Depression, and Physical Activity: Making the Neuroplastic Connection. + Neural Plast. 2017:7260130. 10.1155/2017/7260130", "ArticleIdList": {"ArticleId": + [{"#text": "10.1155/2017/7260130", "@IdType": "doi"}, {"#text": "PMC5591905", + "@IdType": "pmc"}, {"#text": "28928987", "@IdType": "pubmed"}]}}, {"Citation": + "Piepmeier A. T., Etnier J. L. (2015). Brain-derived neurotrophic factor (BDNF) + as a potential mechanism of the effects of acute exercise on cognitive performance. + J. Sport Health Sci. 4 14\u201323. 10.1016/j.jshs.2014.11.001", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/j.jshs.2014.11.001", "@IdType": "doi"}}}, + {"Citation": "Pisella L., Alahyane N., Blangero A., Thery F., Blanc S., Pelisson + D. (2011). Right-hemispheric dominance for visual remapping in humans. Philos. + Trans. R. Soc. B Biol. Sci. 366 572\u2013585. 10.1098/rstb.2010.0258", "ArticleIdList": + {"ArticleId": [{"#text": "10.1098/rstb.2010.0258", "@IdType": "doi"}, {"#text": + "PMC3030835", "@IdType": "pmc"}, {"#text": "21242144", "@IdType": "pubmed"}]}}, + {"Citation": "Redza-Dutordoir M., Averill-Bates D. A. (2016). Activation of + apoptosis signalling pathways by reactive oxygen species. Biochim. Biophys. + Acta (BBA) Mol. Cell Res. 1863 2977\u20132992. 10.1016/j.bbamcr.2016.09.012", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bbamcr.2016.09.012", + "@IdType": "doi"}, {"#text": "27646922", "@IdType": "pubmed"}]}}, {"Citation": + "Revel F., Gilbert T., Roche S., Drai J., Blond E., Ecochard R., et al. (2015). + Influence of oxidative stress biomarkers on cognitive decline. J. Alzheimers + Dis. 45 553\u2013560. 10.3233/jad-141797", "ArticleIdList": {"ArticleId": + [{"#text": "10.3233/jad-141797", "@IdType": "doi"}, {"#text": "25589716", + "@IdType": "pubmed"}]}}, {"Citation": "Rivan N. F. M., Shahar S., Rajab N. + F., Singh D. K. A., Che Din N., Mahadzir H., et al. (2020). Incidence and + predictors of cognitive frailty among older adults: a community-based longitudinal + study. Int. J. Environ. Res. Public Health 17:1547.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC7084438", "@IdType": "pmc"}, {"#text": "32121194", "@IdType": + "pubmed"}]}}, {"Citation": "Sachdev P. S., Lipnicki D. M., Crawford J., Reppermund + S., Kochan N. A., Trollor J. N., et al. (2013). Factors predicting reversion + from mild cognitive impairment to normal cognitive functioning: a population-based + study. PLoS One 8:e59649. 10.1371/journal.pone.0059649", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0059649", "@IdType": "doi"}, + {"#text": "PMC3609866", "@IdType": "pmc"}, {"#text": "23544083", "@IdType": + "pubmed"}]}}, {"Citation": "Salim S. (2017). Oxidative stress and the central + nervous system. J. Pharmacol. Exp. Ther. 360 201\u2013205. 10.1124/jpet.116.237503", + "ArticleIdList": {"ArticleId": [{"#text": "10.1124/jpet.116.237503", "@IdType": + "doi"}, {"#text": "PMC5193071", "@IdType": "pmc"}, {"#text": "27754930", "@IdType": + "pubmed"}]}}, {"Citation": "Shahar S., Omar A., Vanoh D., Hamid T. A., Mukari + S. Z., Din N. C., et al. (2016). Approaches in methodology for population-based + longitudinal study on neuroprotective model for healthy longevity (TUA) among + Malaysian older adults. Aging Clin. Exp. Res. 28 1089\u20131104. 10.1007/s40520-015-0511-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s40520-015-0511-4", "@IdType": + "doi"}, {"#text": "26670602", "@IdType": "pubmed"}]}}, {"Citation": "Taylor + J. L., Hambro B. C., Strossman N. D., Bhatt P., Hernandez B., Ashford J. W., + et al. (2019). The effects of repetitive transcranial magnetic stimulation + in older adults with mild cognitive impairment: a protocol for a randomized, + controlled three-arm trial. BMC Neurol. 19:326. 10.1186/s12883-019-1552-7", + "ArticleIdList": {"ArticleId": [{"#text": "10.1186/s12883-019-1552-7", "@IdType": + "doi"}, {"#text": "PMC6912947", "@IdType": "pmc"}, {"#text": "31842821", "@IdType": + "pubmed"}]}}, {"Citation": "Townsend J., Bookheimer S. Y., Foland-Ross L. + C., Sugar C. A., Altshuler L. L. (2010). fMRI abnormalities in dorsolateral + prefrontal cortex during a working memory task in manic, euthymic and depressed + bipolar subjects. Psychiatry Res. 182 22\u201329. 10.1016/j.pscychresns.2009.11.010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.pscychresns.2009.11.010", + "@IdType": "doi"}, {"#text": "PMC2918407", "@IdType": "pmc"}, {"#text": "20227857", + "@IdType": "pubmed"}]}}, {"Citation": "Turken A., Whitfield-Gabrieli S., Bammer + R., Baldo J. V., Dronkers N. F., Gabrieli J. D. (2008). Cognitive processing + speed and the structure of white matter pathways: convergent evidence from + normal variation and lesion studies. Neuroimage 42 1032\u20131044. 10.1016/j.neuroimage.2008.03.057", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.03.057", + "@IdType": "doi"}, {"#text": "PMC2630965", "@IdType": "pmc"}, {"#text": "18602840", + "@IdType": "pubmed"}]}}, {"Citation": "Urayama A., Banks W. A. (2008). Starvation + and triglycerides reverse the obesity-induced impairment of insulin transport + at the blood-brain barrier. Endocrinology 149 3592\u20133597. 10.1210/en.2008-0008", + "ArticleIdList": {"ArticleId": [{"#text": "10.1210/en.2008-0008", "@IdType": + "doi"}, {"#text": "PMC2453080", "@IdType": "pmc"}, {"#text": "18403490", "@IdType": + "pubmed"}]}}, {"Citation": "Vanoh D., Shahar S., Din N. C., Omar A., Vyrn + C. A., Razali R., et al. (2017). Predictors of poor cognitive status among + older Malaysian adults: baseline findings from the LRGS TUA cohort study. + Aging Clin. Exp. Res. 29 173\u2013182. 10.1007/s40520-016-0553-2", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s40520-016-0553-2", "@IdType": "doi"}, {"#text": + "26980453", "@IdType": "pubmed"}]}}, {"Citation": "Wang J. X., Rogers L. M., + Gross E. Z., Ryals A. J., Dokucu M. E., Brandstatt K. L., et al. (2014). Targeted + enhancement of cortical-hippocampal brain networks and associative memory. + Science 345 1054\u20131057. 10.1126/science.1252900", "ArticleIdList": {"ArticleId": + [{"#text": "10.1126/science.1252900", "@IdType": "doi"}, {"#text": "PMC4307924", + "@IdType": "pmc"}, {"#text": "25170153", "@IdType": "pubmed"}]}}, {"Citation": + "Weinstock-Guttman B., Zivadinov R., Mahfooz N., Carl E., Drake A., Schneider + J., et al. (2011). Serum lipid profiles are associated with disability and + MRI outcomes in multiple sclerosis. J. Neuroinflamm. 8:127. 10.1186/1742-2094-8-127", + "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1742-2094-8-127", "@IdType": + "doi"}, {"#text": "PMC3228782", "@IdType": "pmc"}, {"#text": "21970791", "@IdType": + "pubmed"}]}}, {"Citation": "Weshsler D. (1997). Wechsler Adult Intelligence + Scale-III. San Antonio, TX: The Psychological Corporation."}, {"Citation": + "Winter J. E., MacInnis R. J., Wattanapenpaiboon N., Nowson C. A. (2014). + BMI and all-cause mortality in older adults: a meta-analysis. Am. J. Clin. + Nutr. 99 875\u2013890. 10.3945/ajcn.113.068122", "ArticleIdList": {"ArticleId": + [{"#text": "10.3945/ajcn.113.068122", "@IdType": "doi"}, {"#text": "24452240", + "@IdType": "pubmed"}]}}, {"Citation": "Won H., Abdul M. Z., Mat Ludin A. F., + Omar M. A., Razali R., Shahar S. (2017). The cut-off values of anthropometric + variables for predicting mild cognitive impairment in Malaysian older adults: + a large population based cross-sectional study. Clin. Intervent. Aging 12 + 275\u2013282. 10.2147/CIA.S118942", "ArticleIdList": {"ArticleId": [{"#text": + "10.2147/CIA.S118942", "@IdType": "doi"}, {"#text": "PMC5304972", "@IdType": + "pmc"}, {"#text": "28223785", "@IdType": "pubmed"}]}}, {"Citation": "World + Health Organisation (2011). Waist Circumference and Waist\u2013Hip Ratio: + Report of a WHO Expert Consultation. Geneva: World Health Organisation."}, + {"Citation": "Wright M. E., Wise R. G. (2018). Can blood oxygenation level + dependent functional magnetic resonance imaging be used accurately to compare + older and younger populations? a mini literature review. Front. Aging Neurosci. + 10:371. 10.3389/fnagi.2018.00371", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnagi.2018.00371", "@IdType": "doi"}, {"#text": "PMC6243068", "@IdType": + "pmc"}, {"#text": "30483117", "@IdType": "pubmed"}]}}, {"Citation": "You Y. + X., Shahar S., Haron H., Yahya H. M., Che Din N. (2020). High traditional + Asian vegetables(ulam) intake relates to better nutritional status, cognition + and mood among aging adults from low-income residential areas. Br. Food J. + 122 3179\u20133191. 10.1108/BFJ-01-2020-0009", "ArticleIdList": {"ArticleId": + {"#text": "10.1108/BFJ-01-2020-0009", "@IdType": "doi"}}}, {"Citation": "You + Y. X., Shahar S., Mohamad M., Yahya H. M., Haron H., Abdul Hamid H. (2019). + Does traditional asian vegetables (ulam) consumption correlate with brain + activity using fMRI? A study among aging adults from low-income households. + J. Magn. Reson. Imaging 51 1142\u20131153. 10.1002/jmri.26891", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/jmri.26891", "@IdType": "doi"}, {"#text": + "PMC7079031", "@IdType": "pmc"}, {"#text": "31386268", "@IdType": "pubmed"}]}}, + {"Citation": "You Y. X., Shahar S., Rajab N. F., Haron H., Yahya H. M., Mohamad + M., et al. (2021). Effects of 12 weeks Cosmos caudatus supplement among older + adults with mild cognitive impairment: a randomized, double-blind and placebo-controlled + trial. Nutrients 13:434. 10.3390/nu13020434", "ArticleIdList": {"ArticleId": + [{"#text": "10.3390/nu13020434", "@IdType": "doi"}, {"#text": "PMC7912368", + "@IdType": "pmc"}, {"#text": "33572715", "@IdType": "pubmed"}]}}, {"Citation": + "You Y., Shahar S., Haron H., Yahya H. (2018). More ulam for your brain: a + review on the potential role of ulam in protecting against cognitive decline. + Sains Malaysiana 47 2713\u20132729. 10.17576/jsm-2018-4711-15", "ArticleIdList": + {"ArticleId": {"#text": "10.17576/jsm-2018-4711-15", "@IdType": "doi"}}}, + {"Citation": "Zabel M., Nackenoff A., Kirsch W. M., Harrison F. E., Perry + G., Schrag M. (2018). Markers of oxidative damage to lipids, nucleic acids + and proteins and antioxidant enzymes activities in Alzheimer\u2019s disease + brain: a meta-analysis in human pathological specimens. Free Radic. Biol. + Med. 115 351\u2013360. 10.1016/j.freeradbiomed.2017.12.016", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.freeradbiomed.2017.12.016", "@IdType": + "doi"}, {"#text": "PMC6435270", "@IdType": "pmc"}, {"#text": "29253591", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": + {"#text": "35046782", "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1662-5161", "@IssnType": "Print"}, + "Title": "Frontiers in human neuroscience", "JournalIssue": {"Volume": "15", + "PubDate": {"Year": "2021"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Hum Neurosci"}, "Abstract": {"AbstractText": {"i": ["p", "p", "p", + "p", "R"], "sup": "2", "#text": "Working memory is developed in one region + of the brain called the dorsolateral prefrontal cortex (DLPFC). The dysfunction + of this region leads to synaptic neuroplasticity impairment. It has been reported + that several biochemical parameters and anthropometric measurements play a + vital role in cognition and brain health. This study aimed to investigate + the relationships between cognitive function, serum biochemical profile, and + anthropometric measurements using DLPFC activation. A cross-sectional study + was conducted among 35 older adults (\u226560 years) who experienced mild + cognitive impairment (MCI). For this purpose, we distributed a comprehensive + interview-based questionnaire for collecting sociodemographic information + from the participants and conducting cognitive tests. Anthropometric values + were measured, and fasting blood specimens were collected. We investigated + their brain activation using the task-based functional MRI (fMRI; N-back), + specifically in the DLPFC region. Positive relationships were observed between + brain-derived neurotrophic factor (BDNF) (\u03b2 = 0.494, < 0.01) and Mini-Mental + State Examination (MMSE) (\u03b2 = 0.698, < 0.01); however, negative relationships + were observed between serum triglyceride (\u03b2 = -0.402, < 0.05) and serum + malondialdehyde (MDA) (\u03b2 = -0.326, < 0.05) with right DLPFC activation + ( = 0.512) while the participants performed 1-back task after adjustments + for age, gender, and years of education. In conclusion, higher serum triglycerides, + higher oxidative stress, and lower neurotrophic factor were associated with + lower right DLPFC activation among older adults with MCI. A further investigation + needs to be carried out to understand the causal-effect mechanisms of the + significant parameters and the DLPFC activation so that better intervention + strategies can be developed for reducing the risk of irreversible neurodegenerative + diseases among older adults with MCI."}, "CopyrightInformation": "Copyright + \u00a9 2022 You, Shahar, Mohamad, Rajab, Che Din, Lau and Abdul Hamid."}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Yee Xing", "Initials": "YX", "LastName": "You", + "AffiliationInfo": {"Affiliation": "Dietetics Program and Center for Healthy + Aging and Wellness (H-Care), Faculty of Health Sciences, Universiti Kebangsaan + Malaysia, Kuala Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Suzana", + "Initials": "S", "LastName": "Shahar", "AffiliationInfo": {"Affiliation": + "Dietetics Program and Center for Healthy Aging and Wellness (H-Care), Faculty + of Health Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, Malaysia."}}, + {"@ValidYN": "Y", "ForeName": "Mazlyfarina", "Initials": "M", "LastName": + "Mohamad", "AffiliationInfo": {"Affiliation": "Diagnostic Imaging and Radiotherapy + Program, Faculty of Health Sciences, Universiti Kebangsaan Malaysia, Kuala + Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Nor Fadilah", "Initials": + "NF", "LastName": "Rajab", "AffiliationInfo": {"Affiliation": "Biomedical + Sciences Program and Center for Healthy Aging and Wellness (H-Care), Faculty + of Health Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, Malaysia."}}, + {"@ValidYN": "Y", "ForeName": "Normah", "Initials": "N", "LastName": "Che + Din", "AffiliationInfo": {"Affiliation": "Health Psychology Program, Centre + of Rehabilitation and Special Needs, Faculty of Health Sciences, Universiti + Kebangsaan Malaysia, Kuala Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": + "Hui Jin", "Initials": "HJ", "LastName": "Lau", "AffiliationInfo": {"Affiliation": + "Nutritional Sciences Program and Center for Healthy Aging and Wellness (H-Care), + Faculty of Health Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, + Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Hamzaini", "Initials": "H", "LastName": + "Abdul Hamid", "AffiliationInfo": {"Affiliation": "Department of Radiology, + Faculty of Medicine, Universiti Kebangsaan Malaysia Medical Center, Kuala + Lumpur, Malaysia."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "765451", + "MedlinePgn": "765451"}, "ArticleDate": {"Day": "03", "Year": "2022", "Month": + "01", "@DateType": "Electronic"}, "ELocationID": [{"#text": "765451", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnhum.2021.765451", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Is There Any Relationship Between + Biochemical Indices and Anthropometric Measurements With Dorsolateral Prefrontal + Cortex Activation Among Older Adults With Mild Cognitive Impairment?", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "21", "Year": "2022", "Month": "01"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "anthropometry", "@MajorTopicYN": "N"}, {"#text": "biochemical", + "@MajorTopicYN": "N"}, {"#text": "biomarkers", "@MajorTopicYN": "N"}, {"#text": + "brain activation", "@MajorTopicYN": "N"}, {"#text": "cognitive", "@MajorTopicYN": + "N"}]}, "CoiStatement": "The authors declare that the research was conducted + in the absence of any commercial or financial relationships that could be + construed as a potential conflict of interest.", "MedlineJournalInfo": {"Country": + "Switzerland", "MedlineTA": "Front Hum Neurosci", "ISSNLinking": "1662-5161", + "NlmUniqueID": "101477954"}}}, "semantic_scholar": {"year": 2022, "title": + "Is There Any Relationship Between Biochemical Indices and Anthropometric + Measurements With Dorsolateral Prefrontal Cortex Activation Among Older Adults + With Mild Cognitive Impairment?", "venue": "Frontiers in Human Neuroscience", + "authors": [{"name": "Y. You", "authorId": "113969009"}, {"name": "S. Shahar", + "authorId": "2773427"}, {"name": "M. Mohamad", "authorId": "3875922"}, {"name": + "N. Rajab", "authorId": "5145536"}, {"name": "Normah Che Din", "authorId": + "7887352"}, {"name": "Hui Jin Lau", "authorId": "2125903104"}, {"name": "H. + Abdul Hamid", "authorId": "38810160"}], "paperId": "141e1bb8f2289ca1978c328d567f3f88ac128964", + "abstract": "Working memory is developed in one region of the brain called + the dorsolateral prefrontal cortex (DLPFC). The dysfunction of this region + leads to synaptic neuroplasticity impairment. It has been reported that several + biochemical parameters and anthropometric measurements play a vital role in + cognition and brain health. This study aimed to investigate the relationships + between cognitive function, serum biochemical profile, and anthropometric + measurements using DLPFC activation. A cross-sectional study was conducted + among 35 older adults (\u226560 years) who experienced mild cognitive impairment + (MCI). For this purpose, we distributed a comprehensive interview-based questionnaire + for collecting sociodemographic information from the participants and conducting + cognitive tests. Anthropometric values were measured, and fasting blood specimens + were collected. We investigated their brain activation using the task-based + functional MRI (fMRI; N-back), specifically in the DLPFC region. Positive + relationships were observed between brain-derived neurotrophic factor (BDNF) + (\u03b2 = 0.494, p < 0.01) and Mini-Mental State Examination (MMSE) (\u03b2 + = 0.698, p < 0.01); however, negative relationships were observed between + serum triglyceride (\u03b2 = \u22120.402, p < 0.05) and serum malondialdehyde + (MDA) (\u03b2 = \u22120.326, p < 0.05) with right DLPFC activation (R2 = 0.512) + while the participants performed 1-back task after adjustments for age, gender, + and years of education. In conclusion, higher serum triglycerides, higher + oxidative stress, and lower neurotrophic factor were associated with lower + right DLPFC activation among older adults with MCI. A further investigation + needs to be carried out to understand the causal-effect mechanisms of the + significant parameters and the DLPFC activation so that better intervention + strategies can be developed for reducing the risk of irreversible neurodegenerative + diseases among older adults with MCI.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnhum.2021.765451/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC8762169, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2022-01-03"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T19:09:35.629266+00:00", "analyses": + []}, {"id": "tj4FavBEnueQ", "created_at": "2025-12-03T20:27:37.426099+00:00", + "updated_at": null, "user": null, "name": "Intrinsic Resting-State Activity + in Older Adults With Video Game Experience", "description": "Playing video + games is a prevalent leisure activity in current daily life, and studies have + found that video game experience has positive effects in several cognitive + domains. However, few studies have examined the effect of video game experience + on the amplitude of low-frequency fluctuations (ALFF) among older adults. + In the current study, we compared behavioral performance in the flanker task + and ALFF activities of older adults, of whom 15 were video game players (VGPs) + and 18 non-video game players (NVGPs). The results showed that VGPs outperformed + NVGPs in the flanker task and that VGPs showed significantly increased ALFF + relative to NVGPs in the left inferior occipital gyrus, left cerebellum and + left lingual gyrus. Furthermore, the ALFF in the left inferior occipital gyrus + and left lingual gyrus was positively correlated with cognitive performance + as measured by Mini-Mental State Examination (MMSE) scores. These results + revealed that playing video games might improve behavioral performance and + change intrinsic brain activity in older adults. Future video game training + studies in older adults are warranted to provide more evidence of the positive + effects of video game experience on behavioral and brain function.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2019.00119", "pmid": + "31164816", "authors": "Hai-Yan Hou; Xiaohua Jia; Ping Wang; Jia-Xin Zhang; + Silin Huang; Huijie Li", "year": 2019, "metadata": {"slug": "31164816-10-3389-fnagi-2019-00119-pmc6536594", + "source": "semantic_scholar", "keywords": ["amplitude of low-frequency fluctuations", + "non-video game players", "older adults", "video game experience", "video + game players"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "1", "Year": "2019", "Month": "2", "@PubStatus": "received"}, {"Day": + "6", "Year": "2019", "Month": "5", "@PubStatus": "accepted"}, {"Day": "6", + "Hour": "6", "Year": "2019", "Month": "6", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "6", "Hour": "6", "Year": "2019", "Month": "6", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "6", "Hour": "6", "Year": "2019", "Month": "6", "Minute": + "1", "@PubStatus": "medline"}, {"Day": "1", "Year": "2019", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "31164816", "@IdType": "pubmed"}, {"#text": "PMC6536594", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2019.00119", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Anguera J. A., Boccanfuso J., Rintoul J. L., + Al-Hashimi O., Faraji F., Janowich J., et al. . (2013). Video game training + enhances cognitive control in older adults. Nature 501, 97\u2013101. 10.1038/nature12486", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature12486", "@IdType": + "doi"}, {"#text": "PMC3983066", "@IdType": "pmc"}, {"#text": "24005416", "@IdType": + "pubmed"}]}}, {"Citation": "Ballesteros S., Prieto A., Mayas J., Toril P., + Pita C., Ponce de Leon L., et al. . (2014). Brain training with non-action + video games enhances aspects of cognition in older adults: a randomized controlled + trial. Front. Aging Neurosci. 6:277. 10.3389/fnagi.2014.00277", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2014.00277", "@IdType": "doi"}, {"#text": + "PMC4196565", "@IdType": "pmc"}, {"#text": "25352805", "@IdType": "pubmed"}]}}, + {"Citation": "Basak C., Boot W. R., Voss M. W., Kramer A. F. (2008). Can training + in a real-time strategy video game attenuate cognitive decline in older adults? + Psychol. Aging 23, 765\u2013777. 10.1037/a0013494", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0013494", "@IdType": "doi"}, {"#text": "PMC4041116", + "@IdType": "pmc"}, {"#text": "19140648", "@IdType": "pubmed"}]}}, {"Citation": + "Belchior P., Marsiske M., Sisco S. M., Yam A., Bavelier D., Ball K., et al. + . (2013). Video game training to improve selective visual attention in older + adults. Comput. Human Behav. 29, 1318\u20131324. 10.1016/j.chb.2013.01.034", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.chb.2013.01.034", "@IdType": + "doi"}, {"#text": "PMC3758751", "@IdType": "pmc"}, {"#text": "24003265", "@IdType": + "pubmed"}]}}, {"Citation": "Bavelier D., Achtman R. L., Mani M., Foecker J. + (2012). Neural bases of selective attention in action video game players. + Vision Res. 61, 132\u2013143. 10.1016/j.visres.2011.08.007", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.visres.2011.08.007", "@IdType": "doi"}, + {"#text": "PMC3260403", "@IdType": "pmc"}, {"#text": "21864560", "@IdType": + "pubmed"}]}}, {"Citation": "Betker A. L., Szturm T., Moussavi Z. K., Nett + C. (2006). Video game-based exercises for balance rehabilitation: a single-subject + design. Arch. Phys. Med. Rehabil. 87, 1141\u20131149. 10.1016/j.apmr.2006.04.010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.apmr.2006.04.010", "@IdType": + "doi"}, {"#text": "16876562", "@IdType": "pubmed"}]}}, {"Citation": "Biswal + B., Yetkin F. Z., Haughton V. M., Hyde J. S. (1995). Functional connectivity + in the motor cortex of resting human brain using echo-planar mri. Magn. Reson. + Med. 34, 537\u2013541. 10.1002/mrm.1910340409", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/mrm.1910340409", "@IdType": "doi"}, {"#text": "8524021", + "@IdType": "pubmed"}]}}, {"Citation": "Blennow K., de Leon M. J., Zetterberg + H. (2006). Alzheimer\u2019s disease. Lancet 368, 387\u2013403. 10.1016/S0140-6736(06)69113-7", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0140-6736(06)69113-7", + "@IdType": "doi"}, {"#text": "16876668", "@IdType": "pubmed"}]}}, {"Citation": + "Boot W. R., Blakely D. P., Simons D. J. (2011). Do action video games improve + perception and cognition? Front. Psychol. 2:226. 10.3389/fpsyg.2011.00226", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2011.00226", "@IdType": + "doi"}, {"#text": "PMC3171788", "@IdType": "pmc"}, {"#text": "21949513", "@IdType": + "pubmed"}]}}, {"Citation": "Brehmer Y., Kalpouzos G., Wenger E., L\u00f6vd\u00e9n + M. (2014). Plasticity of brain and cognition in older adults. Psychol. Res. + 78, 790\u2013802. 10.1007/s00426-014-0587-z", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00426-014-0587-z", "@IdType": "doi"}, {"#text": "25261907", + "@IdType": "pubmed"}]}}, {"Citation": "Buitenweg J. I. V., van de Ven R. M., + Prinssen S., Murre J. M. J., Ridderinkhof K. R. (2017). Cognitive flexibility + training: a large-scale multimodal adaptive active-control intervention study + in healthy older adults. Front. Hum. Neurosci. 11:529. 10.3389/fnhum.2017.00529", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2017.00529", "@IdType": + "doi"}, {"#text": "PMC5701641", "@IdType": "pmc"}, {"#text": "29209183", "@IdType": + "pubmed"}]}}, {"Citation": "B\u00fctefisch C. M., Davis B. C., Wise S. P., + Sawaki L., Kopylev L., Classen J., et al. . (2000). Mechanisms of use-dependent + plasticity in the human motor cortex. Proc. Natl. Acad. Sci. U S A 97, 3661\u20133665. + 10.1073/pnas.050350297", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.050350297", + "@IdType": "doi"}, {"#text": "PMC16296", "@IdType": "pmc"}, {"#text": "10716702", + "@IdType": "pubmed"}]}}, {"Citation": "Cai S., Chong T., Peng Y., Shen W., + Li J., von Deneen K. M., et al. . (2017). Altered functional brain networks + in amnestic mild cognitive impairment: a resting-state fMRI study. Brain Imaging + Behav. 11, 619\u2013631. 10.1007/s11682-016-9539-0", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s11682-016-9539-0", "@IdType": "doi"}, {"#text": "26972578", + "@IdType": "pubmed"}]}}, {"Citation": "Castel A. D., Pratt J., Drummond E. + (2005). The effects of action video game experience on the time course of + inhibition of return and the efficiency of visual search. Acta Psychol. 119, + 217\u2013230. 10.1016/j.actpsy.2005.02.004", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.actpsy.2005.02.004", "@IdType": "doi"}, {"#text": "15877981", + "@IdType": "pubmed"}]}}, {"Citation": "Chisholm J. D., Kingstone A. (2012). + Improved top-down control reduces oculomotor capture: the case of action video + game players. Atten. Percept. Psychophys. 74, 257\u2013262. 10.3758/s13414-011-0253-0", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13414-011-0253-0", "@IdType": + "doi"}, {"#text": "22160821", "@IdType": "pubmed"}]}}, {"Citation": "Cohen + J. (1988). Statistical Power Analysis for the Behavioral Sciences. 2nd Edn. + Hillsdale, NJ: L. Erlbaum Associates."}, {"Citation": "Coubard O. A., Duretz + S., Lefebvre V., Lapalus P., Ferrufino L. (2011). Practice of contemporary + dance improves cognitive flexibility in aging. Front. Aging Neurosci. 3:13. + 10.3389/fnagi.2011.00013", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2011.00013", + "@IdType": "doi"}, {"#text": "PMC3176453", "@IdType": "pmc"}, {"#text": "21960971", + "@IdType": "pubmed"}]}}, {"Citation": "Dye M. W. G., Green C. S., Bavelier + D. (2009). The development of attention skills in action video game players. + Neuropsychologia 47, 1780\u20131789. 10.1016/j.neuropsychologia.2009.02.002", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2009.02.002", + "@IdType": "doi"}, {"#text": "PMC2680769", "@IdType": "pmc"}, {"#text": "19428410", + "@IdType": "pubmed"}]}}, {"Citation": "Erickson K. I., Kramer A. F. (2009). + Aerobic exercise effects on cognitive and neural plasticity in older adults. + Br. J. Sports Med. 43, 22\u201324. 10.1136/bjsm.2008.052498", "ArticleIdList": + {"ArticleId": [{"#text": "10.1136/bjsm.2008.052498", "@IdType": "doi"}, {"#text": + "PMC2853472", "@IdType": "pmc"}, {"#text": "18927158", "@IdType": "pubmed"}]}}, + {"Citation": "Folstein M. F., Folstein S. E., Mchugh P. R. (1975). \u201cMini-mental + state\u201d. A practical method for grading the cognitive state of patients + for the clinician. J. Psychiatr. Res. 12, 189\u2013198. 10.1016/0022-3956(75)90026-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", + "@IdType": "doi"}, {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": + "Fox M. D., Raichle M. E. (2007). Spontaneous fluctuations in brain activity + observed with functional magnetic resonance imaging. Nat. Rev. Neurosci. 8, + 700\u2013711. 10.1038/nrn2201", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn2201", "@IdType": "doi"}, {"#text": "17704812", "@IdType": "pubmed"}]}}, + {"Citation": "Gong D., He H., Liu D., Ma W., Li D., Luo C., et al. . (2015). + Enhanced functional connectivity and increased gray matter volume of insula + related to action video game playing. Sci. Rep. 5:9763. 10.1038/srep09763", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/srep09763", "@IdType": + "doi"}, {"#text": "PMC5381748", "@IdType": "pmc"}, {"#text": "25880157", "@IdType": + "pubmed"}]}}, {"Citation": "Gong D., He H., Ma W., Liu D., Huang M., Li D., + et al. . (2016). Functional integration between salience and central executive + networks: a role for action video game experience. Neural Plast. 2016:9803165. + 10.1155/2016/9803165", "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2016/9803165", + "@IdType": "doi"}, {"#text": "PMC4739029", "@IdType": "pmc"}, {"#text": "26885408", + "@IdType": "pubmed"}]}}, {"Citation": "Granek J. A., Gorbet D. J., Sergio + L. E. (2010). Extensive video-game experience alters cortical networks for + complex visuomotor transformations. Cortex 46, 1165\u20131177. 10.1016/j.cortex.2009.10.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2009.10.009", + "@IdType": "doi"}, {"#text": "20060111", "@IdType": "pubmed"}]}}, {"Citation": + "Green C. S., Bavelier D. (2003). Action video game modifies visual selective + attention. Nature 423, 534\u2013537. 10.1038/nature01647", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nature01647", "@IdType": "doi"}, {"#text": + "12774121", "@IdType": "pubmed"}]}}, {"Citation": "Green C. S., Bavelier D. + (2006). Effect of action video games on the spatial distribution of visuospatial + attention. J. Exp. Psychol. Hum. Percept. Perform. 32, 1465\u20131478. 10.1037/0096-1523.32.6.1465", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-1523.32.6.1465", "@IdType": + "doi"}, {"#text": "PMC2896828", "@IdType": "pmc"}, {"#text": "17154785", "@IdType": + "pubmed"}]}}, {"Citation": "Hedden T., Gabrieli J. D. E. (2004). Insights + into the ageing mind: a view from cognitive neuroscience. Nat. Rev. Neurosci. + 5, 87\u201396. 10.1038/nrn1323", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn1323", "@IdType": "doi"}, {"#text": "14735112", "@IdType": "pubmed"}]}}, + {"Citation": "Herrup K. (2010). Reimagining Alzheimer\u2019s disease-an age-based + hypothesis. J. Neurosci. 30, 16755\u201316762. 10.1523/JNEUROSCI.4521-10.2010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.4521-10.2010", + "@IdType": "doi"}, {"#text": "PMC3004746", "@IdType": "pmc"}, {"#text": "21159946", + "@IdType": "pubmed"}]}}, {"Citation": "Jung J., Kang J., Won E., Nam K., Lee + M.-S., Tae W. S., et al. . (2014). Impact of lingual gyrus volume on antidepressant + response and neurocognitive functions in Major depressive disorder: a voxel-based + morphometry study. J. Affect. Disord. 169, 179\u2013187. 10.1016/j.jad.2014.08.018", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jad.2014.08.018", "@IdType": + "doi"}, {"#text": "25200096", "@IdType": "pubmed"}]}}, {"Citation": "Katz + S., Ford A. B., Moskowitz R. W., Jackson B. A., Jaffe M. W. (1963). Studies + of illness in the aged. The index of ADL: a standardized measure of biological + and psychosocial function. JAMA 185, 914\u2013919. 10.1001/jama.1963.03060120024016", + "ArticleIdList": {"ArticleId": [{"#text": "10.1001/jama.1963.03060120024016", + "@IdType": "doi"}, {"#text": "14044222", "@IdType": "pubmed"}]}}, {"Citation": + "K\u00fchn S., Gallinat J. (2014). Amount of lifetime video gaming is positively + associated with entorhinal, hippocampal and occipital volume. Mol. Psychiatry + 19, 842\u2013847. 10.1038/mp.2013.100", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/mp.2013.100", "@IdType": "doi"}, {"#text": "23958958", "@IdType": + "pubmed"}]}}, {"Citation": "K\u00fchn S., Gleich T., Lorenz R. C., Lindenberger + U., Gallinat J. (2014). Playing super Mario induces structural brain plasticity: + gray matter changes resulting from training with a commercial video game. + Mol. Psychiatry 19, 265\u2013271. 10.1038/mp.2013.120", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/mp.2013.120", "@IdType": "doi"}, {"#text": "24166407", + "@IdType": "pubmed"}]}}, {"Citation": "Levy G. (2007). The relationship of + Parkinson disease with aging. Arch. Neurol. 64, 1242\u20131246. 10.1001/archneur.64.9.1242", + "ArticleIdList": {"ArticleId": [{"#text": "10.1001/archneur.64.9.1242", "@IdType": + "doi"}, {"#text": "17846263", "@IdType": "pubmed"}]}}, {"Citation": "Li R., + Polat U., Makous W., Bavelier D. (2009). Enhancing the contrast sensitivity + function through action video game training. Nat. Neurosci. 12, 549\u2013551. + 10.1038/nn.2296", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nn.2296", + "@IdType": "doi"}, {"#text": "PMC2921999", "@IdType": "pmc"}, {"#text": "19330003", + "@IdType": "pubmed"}]}}, {"Citation": "Li B., Zhu X., Hou J., Chen T., Wang + P., Li J. (2016). Combined cognitive training vs. memory strategy training + in healthy older adults. Front. Psychol. 7:834. 10.3389/fpsyg.2016.00834", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2016.00834", "@IdType": + "doi"}, {"#text": "PMC4896109", "@IdType": "pmc"}, {"#text": "27375521", "@IdType": + "pubmed"}]}}, {"Citation": "Luck T., Luppa M., Briel S., Riedel-Heller S. + G. (2010). Incidence of mild cognitive impairment: a systematic review. Dement. + Geriatr. Cogn. Disord. 29, 164\u2013175. 10.1159/000272424", "ArticleIdList": + {"ArticleId": [{"#text": "10.1159/000272424", "@IdType": "doi"}, {"#text": + "20150735", "@IdType": "pubmed"}]}}, {"Citation": "Manto M., Bower J. M., + Conforto A. B., Delgado-Garc\u00eda J. M., Farias da Guarda S. N., Gerwig + M., et al. . (2012). Consensus paper: roles of the cerebellum in motor control-the + diversity of ideas on cerebellar involvement in movement. Cerebellum 11, 457\u2013487. + 10.1007/s12311-011-0331-9", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s12311-011-0331-9", + "@IdType": "doi"}, {"#text": "PMC4347949", "@IdType": "pmc"}, {"#text": "22161499", + "@IdType": "pubmed"}]}}, {"Citation": "McDermott A. F., Bavelier D., Green + C. S. (2014). Memory abilities in action video game players. Comput. Human + Behav. 34, 69\u201378. 10.1016/j.chb.2014.01.018", "ArticleIdList": {"ArticleId": + {"#text": "10.1016/j.chb.2014.01.018", "@IdType": "doi"}}}, {"Citation": "Mennes + M., Zuo X.-N., Kelly C., Di Martino A., Zang Y.-F., Biswal B., et al. . (2011). + Linking inter-individual differences in neural activation and behavior to + intrinsic brain dynamics. Neuroimage 54, 2950\u20132959. 10.1016/j.neuroimage.2010.10.046", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2010.10.046", + "@IdType": "doi"}, {"#text": "PMC3091620", "@IdType": "pmc"}, {"#text": "20974260", + "@IdType": "pubmed"}]}}, {"Citation": "Mitchell A. J., Kemp S., Benito-Le\u00f3n + J., Reuber M. (2010). The influence of cognitive impairment on health-related + quality of life in neurological disease. Acta Neuropsychiatrica 22, 2\u201313. + 10.1111/j.1601-5215.2009.00439.x", "ArticleIdList": {"ArticleId": {"#text": + "10.1111/j.1601-5215.2009.00439.x", "@IdType": "doi"}}}, {"Citation": "Mui\u00f1os + M., Ballesteros S. (2014). Peripheral vision and perceptual asymmetries in + young and older martial arts athletes and nonathletes. Atten. Percept. Psychophys. + 76, 2465\u20132476. 10.3758/s13414-014-0719-y", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13414-014-0719-y", "@IdType": "doi"}, {"#text": "25005071", + "@IdType": "pubmed"}]}}, {"Citation": "Mui\u00f1os M., Ballesteros S. (2015). + Sports can protect dynamic visual acuity from aging: a study with young and + older judo and karate martial arts athletes. Atten. Percept. Psychophys. 77, + 2061\u20132073. 10.3758/s13414-015-0901-x", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13414-015-0901-x", "@IdType": "doi"}, {"#text": "25893472", + "@IdType": "pubmed"}]}}, {"Citation": "Nugent A. C., Martinez A., D\u2019Alfonso + A., Zarate C. A., Theodore W. H. (2015). The relationship between glucose + metabolism, resting-state fMRI BOLD signal and GABA(A)-binding potential: + a preliminary study in healthy subjects and those with temporal lobe epilepsy. + J. Cereb. Blood Flow Metab. 35, 583\u2013591. 10.1038/jcbfm.2014.228", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/jcbfm.2014.228", "@IdType": "doi"}, {"#text": + "PMC4420874", "@IdType": "pmc"}, {"#text": "25564232", "@IdType": "pubmed"}]}}, + {"Citation": "Oei A. C., Patterson M. D. (2013). Enhancing cognition with + video games: a multiple game training study. PLoS One 8:e58546. 10.1371/journal.pone.0058546", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0058546", + "@IdType": "doi"}, {"#text": "PMC3596277", "@IdType": "pmc"}, {"#text": "23516504", + "@IdType": "pubmed"}]}}, {"Citation": "Oei A. C., Patterson M. D. (2014). + Playing a puzzle video game with changing requirements improves executive + functions. Comput. Human Behav. 37, 216\u2013228. 10.1016/j.chb.2014.04.046", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.chb.2014.04.046", "@IdType": + "doi"}}}, {"Citation": "O\u2019Sullivan M., Jones D. K., Summers P. E., Morris + R. G., Williams S. C. R., Markus H. S. (2001). Evidence for cortical \u201cdisconnection\u201d + as a mechanism of age-related cognitive decline. Neurology 57, 632\u2013638. + 10.1212/wnl.57.4.632", "ArticleIdList": {"ArticleId": [{"#text": "10.1212/wnl.57.4.632", + "@IdType": "doi"}, {"#text": "11524471", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Bischof G. N. (2013). The aging mind: neuroplasticity in response + to cognitive training. Dialogues Clin. Neurosci. 15, 109\u2013119. 10.1016/b9780-12-380882-0.00007-3", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/b9780-12-380882-0.00007-3", + "@IdType": "doi"}, {"#text": "PMC3622463", "@IdType": "pmc"}, {"#text": "23576894", + "@IdType": "pubmed"}]}}, {"Citation": "Park D. C., Lautenschlager G., Hedden + T., Davidson N. S., Smith A. D., Smith P. K. (2002). Models of visuospatial + and verbal memory across the adult life span. Psychol. Aging 17, 299\u2013320. + 10.1037/0882-7974.17.2.299", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.17.2.299", + "@IdType": "doi"}, {"#text": "12061414", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Reuter-Lorenz P. (2009). The adaptive brain: aging and neurocognitive + scaffolding. Annu. Rev. Psychol. 60, 173\u2013196). 10.1146/annurev.psych.59.103006.093656", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.psych.59.103006.093656", + "@IdType": "doi"}, {"#text": "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", + "@IdType": "pubmed"}]}}, {"Citation": "Paulsen O., Moser E. I. (1998). A model + of hippocampal memory encoding and retrieval: GABAergic control of synaptic + plasticity. Trends in Neurosci. 21, 273\u2013278. 10.1016/s0166-2236(97)01205-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0166-2236(97)01205-8", + "@IdType": "doi"}, {"#text": "9683315", "@IdType": "pubmed"}]}}, {"Citation": + "Qiu N., Ma W., Fan X., Zhang Y., Li Y., Yan Y., et al. . (2018). Rapid improvement + in visual selective attention related to action video gaming experience. Front. + Hum. Neurosci. 12:47. 10.3389/fnhum.2018.00047", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2018.00047", "@IdType": "doi"}, {"#text": "PMC5816940", + "@IdType": "pmc"}, {"#text": "29487514", "@IdType": "pubmed"}]}}, {"Citation": + "Raz N., Lindenberger U., Rodrigue K. M., Kennedy K. M., Head D., Williamson + A., et al. . (2005). Regional brain changes in aging healthy adults: general + trends, individual differences and modifiers. Cereb. Cortex 15, 1676\u20131689. + 10.1093/cercor/bhi044", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhi044", + "@IdType": "doi"}, {"#text": "15703252", "@IdType": "pubmed"}]}}, {"Citation": + "Reuter-Lorenz P. A., Park D. C. (2014). How does it STAC up? Revisiting the + scaffolding theory of aging and cognition. Neuropsychol. Rev. 24, 355\u2013370. + 10.1007/s11065-014-9270-9", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11065-014-9270-9", + "@IdType": "doi"}, {"#text": "PMC4150993", "@IdType": "pmc"}, {"#text": "25143069", + "@IdType": "pubmed"}]}}, {"Citation": "Salthouse T. A. (2004). What and when + of cognitive aging. Curr. Dir. Psychol. Sci. 13, 140\u2013144. 10.1111/j.0963-7214.2004.00293.x", + "ArticleIdList": {"ArticleId": {"#text": "10.1111/j.0963-7214.2004.00293.x", + "@IdType": "doi"}}}, {"Citation": "Tanaka S., Ikeda H., Kasahara K., Kato + R., Tsubomi H., Sugawara S. K., et al. . (2013). Larger right posterior parietal + volume in action video game experts: a behavioral and voxel-based morphometry + (VBM) study. PLoS One 8:e66998. 10.1371/journal.pone.0066998", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0066998", "@IdType": "doi"}, + {"#text": "PMC3679077", "@IdType": "pmc"}, {"#text": "23776706", "@IdType": + "pubmed"}]}}, {"Citation": "Toril P., Reales J. M., Ballesteros S. (2014). + Video game training enhances cognition of older adults: a meta-analytic study. + Psychol. Aging 29, 706\u2013716. 10.1037/a0037507", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0037507", "@IdType": "doi"}, {"#text": "25244488", "@IdType": + "pubmed"}]}}, {"Citation": "Wang P., Liu H.-H., Zhu X.-T., Meng T., Li H.-J., + Zuo X.-N. (2016). Action video game training for healthy adults: a meta-analytic + study. Front. Psychol. 7:907. 10.3389/fpsyg.2016.00907", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fpsyg.2016.00907", "@IdType": "doi"}, {"#text": + "PMC4911405", "@IdType": "pmc"}, {"#text": "27378996", "@IdType": "pubmed"}]}}, + {"Citation": "Wang P., Zhu X.-T., Liu H.-H., Zhang Y. W., Hu Y., Li H. J., + et al. . (2017a). Age-related cognitive effects of videogame playing across + the adult life span. Games Health J. 6, 237\u2013248. 10.1089/g4h.2017.0005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1089/g4h.2017.0005", "@IdType": + "doi"}, {"#text": "28609152", "@IdType": "pubmed"}]}}, {"Citation": "Wang + P., Zhu X.-T., Qi Z., Huang S., Li H.-J. (2017b). Neural basis of enhanced + executive function in older video game players: an fMRI study. Front. Aging + Neurosci. 9:382. 10.3389/fnagi.2017.00382", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2017.00382", "@IdType": "doi"}, {"#text": "PMC5702357", + "@IdType": "pmc"}, {"#text": "29209202", "@IdType": "pubmed"}]}}, {"Citation": + "Wei T., Liang X., He Y., Zang Y., Han Z., Caramazza A., et al. . (2012). + Predicting conceptual processing capacity from spontaneous neuronal activity + of the left middle temporal gyrus. J. Neurosci. 32, 481\u2013489. 10.1523/JNEUROSCI.1953-11.2012", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.1953-11.2012", + "@IdType": "doi"}, {"#text": "PMC6621087", "@IdType": "pmc"}, {"#text": "22238084", + "@IdType": "pubmed"}]}}, {"Citation": "White-Schwoch T., Carr K. W., Anderson + S., Strait D. L., Kraus N. (2013). Older adults benefit from music training + early in life: biological evidence for long-term training-driven plasticity. + J. Neurosci. 33, 17667\u201317674. 10.1523/JNEUROSCI.2560-13.2013", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.2560-13.2013", "@IdType": "doi"}, + {"#text": "PMC3818545", "@IdType": "pmc"}, {"#text": "24198359", "@IdType": + "pubmed"}]}}, {"Citation": "Williams A. (2005). An aging population-burden + or blessing? Value Health 8, 447\u2013450. 10.1111/j.1524-4733.2005.00034.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1524-4733.2005.00034.x", + "@IdType": "doi"}, {"#text": "16091020", "@IdType": "pubmed"}]}}, {"Citation": + "Wu S., Cheng C. K., Feng J., D\u2019Angelo L., Alain C., Spence I. (2012). + Playing a first-person shooter video game induces neuroplastic change. J. + Cogn. Neurosci. 24, 1286\u20131293. 10.1162/jocn_a_00192", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn_a_00192", "@IdType": "doi"}, {"#text": + "22264193", "@IdType": "pubmed"}]}}, {"Citation": "Yang H., Long X.-Y., Yang + Y., Yan H., Zhu C.-Z., Zhou X.-P., et al. . (2007). Amplitude of low frequency + fluctuation within visual areas revealed by resting-state functional MRI. + Neuroimage 36, 144\u2013152. 10.1016/j.neuroimage.2007.01.054", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2007.01.054", "@IdType": "doi"}, + {"#text": "17434757", "@IdType": "pubmed"}]}}, {"Citation": "Zang Y. F., He + Y., Zhu C.-Z., Cao Q.-J., Sui M.-Q., Liang M., et al. . (2007). Altered baseline + brain activity in children with ADHD revealed by resting-state functional + MRI. Brain Dev. 29, 83\u201391. 10.1016/j.braindev.2006.07.002", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.braindev.2006.07.002", "@IdType": "doi"}, + {"#text": "16919409", "@IdType": "pubmed"}]}}, {"Citation": "Zelinski E. M., + Reyes R. (2009). Cognitive benefits of computer games for older adults. Gerontechnology + 8, 220\u2013235. 10.4017/gt.2009.08.04.004.00", "ArticleIdList": {"ArticleId": + [{"#text": "10.4017/gt.2009.08.04.004.00", "@IdType": "doi"}, {"#text": "PMC4130645", + "@IdType": "pmc"}, {"#text": "25126043", "@IdType": "pubmed"}]}}, {"Citation": + "Ziemann U., Muellbacher W., Hallett M., Cohen L. G. (2001). Modulation of + practice-dependent plasticity in human motor cortex. Brain 124, 1171\u20131181. + 10.1093/brain/124.6.1171", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/124.6.1171", + "@IdType": "doi"}, {"#text": "11353733", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "31164816", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers + in aging neuroscience", "JournalIssue": {"Volume": "11", "PubDate": {"Year": + "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, + "Abstract": {"AbstractText": "Playing video games is a prevalent leisure activity + in current daily life, and studies have found that video game experience has + positive effects in several cognitive domains. However, few studies have examined + the effect of video game experience on the amplitude of low-frequency fluctuations + (ALFF) among older adults. In the current study, we compared behavioral performance + in the flanker task and ALFF activities of older adults, of whom 15 were video + game players (VGPs) and 18 non-video game players (NVGPs). The results showed + that VGPs outperformed NVGPs in the flanker task and that VGPs showed significantly + increased ALFF relative to NVGPs in the left inferior occipital gyrus, left + cerebellum and left lingual gyrus. Furthermore, the ALFF in the left inferior + occipital gyrus and left lingual gyrus was positively correlated with cognitive + performance as measured by Mini-Mental State Examination (MMSE) scores. These + results revealed that playing video games might improve behavioral performance + and change intrinsic brain activity in older adults. Future video game training + studies in older adults are warranted to provide more evidence of the positive + effects of video game experience on behavioral and brain function."}, "Language": + "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Hai-Yan", "Initials": "HY", "LastName": "Hou", "AffiliationInfo": + [{"Affiliation": "Chinese Academy of Sciences (CAS) Key Laboratory of Behavioral + Science, Institute of Psychology, Beijing, China."}, {"Affiliation": "Department + of Psychology, University of Chinese Academy of Sciences, Beijing, China."}]}, + {"@ValidYN": "Y", "ForeName": "Xi-Ze", "Initials": "XZ", "LastName": "Jia", + "AffiliationInfo": [{"Affiliation": "Chinese Academy of Sciences (CAS) Key + Laboratory of Behavioral Science, Institute of Psychology, Beijing, China."}, + {"Affiliation": "Department of Psychology, University of Chinese Academy of + Sciences, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": "Ping", "Initials": + "P", "LastName": "Wang", "AffiliationInfo": [{"Affiliation": "Chinese Academy + of Sciences (CAS) Key Laboratory of Behavioral Science, Institute of Psychology, + Beijing, China."}, {"Affiliation": "Department of Psychology, University of + Chinese Academy of Sciences, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": + "Jia-Xin", "Initials": "JX", "LastName": "Zhang", "AffiliationInfo": [{"Affiliation": + "Chinese Academy of Sciences (CAS) Key Laboratory of Behavioral Science, Institute + of Psychology, Beijing, China."}, {"Affiliation": "Department of Psychology, + University of Chinese Academy of Sciences, Beijing, China."}]}, {"@ValidYN": + "Y", "ForeName": "Silin", "Initials": "S", "LastName": "Huang", "AffiliationInfo": + {"Affiliation": "Institute of Developmental Psychology, Faculty of Psychology, + Beijing Normal University, Beijing, China."}}, {"@ValidYN": "Y", "ForeName": + "Hui-Jie", "Initials": "HJ", "LastName": "Li", "AffiliationInfo": [{"Affiliation": + "Chinese Academy of Sciences (CAS) Key Laboratory of Behavioral Science, Institute + of Psychology, Beijing, China."}, {"Affiliation": "Department of Psychology, + University of Chinese Academy of Sciences, Beijing, China."}]}], "@CompleteYN": + "Y"}, "Pagination": {"StartPage": "119", "MedlinePgn": "119"}, "ArticleDate": + {"Day": "21", "Year": "2019", "Month": "05", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "119", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2019.00119", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Intrinsic Resting-State + Activity in Older Adults With Video Game Experience.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "09", "Year": "2022", "Month": "04"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "amplitude of low-frequency fluctuations", "@MajorTopicYN": + "N"}, {"#text": "non-video game players", "@MajorTopicYN": "N"}, {"#text": + "older adults", "@MajorTopicYN": "N"}, {"#text": "video game experience", + "@MajorTopicYN": "N"}, {"#text": "video game players", "@MajorTopicYN": "N"}]}, + "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front Aging + Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": + {"year": 2019, "title": "Intrinsic Resting-State Activity in Older Adults + With Video Game Experience", "venue": "Frontiers in Aging Neuroscience", "authors": + [{"name": "Hai-Yan Hou", "authorId": "2064684070"}, {"name": "Xiaohua Jia", + "authorId": "2112829073"}, {"name": "Ping Wang", "authorId": "2152210630"}, + {"name": "Jia-Xin Zhang", "authorId": "2107931268"}, {"name": "Silin Huang", + "authorId": "50880298"}, {"name": "Huijie Li", "authorId": "119886101"}], + "paperId": "fe38905b37b1c339ceb48fa1a022cd3c91980ea0", "abstract": "Playing + video games is a prevalent leisure activity in current daily life, and studies + have found that video game experience has positive effects in several cognitive + domains. However, few studies have examined the effect of video game experience + on the amplitude of low-frequency fluctuations (ALFF) among older adults. + In the current study, we compared behavioral performance in the flanker task + and ALFF activities of older adults, of whom 15 were video game players (VGPs) + and 18 non-video game players (NVGPs). The results showed that VGPs outperformed + NVGPs in the flanker task and that VGPs showed significantly increased ALFF + relative to NVGPs in the left inferior occipital gyrus, left cerebellum and + left lingual gyrus. Furthermore, the ALFF in the left inferior occipital gyrus + and left lingual gyrus was positively correlated with cognitive performance + as measured by Mini-Mental State Examination (MMSE) scores. These results + revealed that playing video games might improve behavioral performance and + change intrinsic brain activity in older adults. Future video game training + studies in older adults are warranted to provide more evidence of the positive + effects of video game experience on behavioral and brain function.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00119/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6536594, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-05-21"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T20:28:17.808333+00:00", "analyses": + []}, {"id": "ujpp8bg3uiUe", "created_at": "2025-12-05T02:55:17.051551+00:00", + "updated_at": null, "user": null, "name": "Neural Basis of Enhanced Executive + Function in Older Video Game Players: An fMRI Study", "description": "Video + games have been found to have positive influences on executive function in + older adults; however, the underlying neural basis of the benefits from video + games has been unclear. Adopting a task-based functional magnetic resonance + imaging (fMRI) study targeted at the flanker task, the present study aims + to explore the neural basis of the improved executive function in older adults + with video game experiences. Twenty video game players (VGPs) and twenty non-video + game players (NVGPs) of 60 years of age or older participated in the present + study, and there are no significant differences in age (t = 0.62, p = 0.536), + gender ratio (t = 1.29, p = 0.206) and years of education (t = 1.92, p = 0.062) + between VGPs and NVGPs. The results show that older VGPs present significantly + better behavioral performance than NVGPs. Older VGPs activate greater than + NVGPs in brain regions, mainly in frontal-parietal areas, including the right + dorsolateral prefrontal cortex, the left supramarginal gyrus, the right angular + gyrus, the right precuneus and the left paracentral lobule. The present study + reveals that video game experiences may have positive influences on older + adults in behavioral performance and the underlying brain activation. These + results imply the potential role that video games can play as an effective + tool to improve cognitive ability in older adults.", "publication": "Frontiers + in Aging Neuroscience", "doi": "10.3389/fnagi.2017.00382", "pmid": "29209202", + "authors": "Ping Wang; Xing-Ting Zhu; Zhigang Qi; Silin Huang; Huijie Li", + "year": 2017, "metadata": {"slug": "29209202-10-3389-fnagi-2017-00382-pmc5702357", + "source": "semantic_scholar", "keywords": ["executive function", "fMRI", "older + non-video game players", "older video game players", "video game experience"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "22", "Year": "2017", "Month": "5", "@PubStatus": "received"}, {"Day": "6", + "Year": "2017", "Month": "11", "@PubStatus": "accepted"}, {"Day": "7", "Hour": + "6", "Year": "2017", "Month": "12", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "7", "Hour": "6", "Year": "2017", "Month": "12", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "7", "Hour": "6", "Year": "2017", "Month": "12", "Minute": + "1", "@PubStatus": "medline"}, {"Day": "1", "Year": "2017", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "29209202", "@IdType": "pubmed"}, {"#text": "PMC5702357", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2017.00382", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Bailey K., West R., Anderson C. A. (2010). A + negative association between video game experience and proactive cognitive + control. Psychophysiology 47, 34\u201342. 10.1111/j.1469-8986.2009.00925.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1469-8986.2009.00925.x", + "@IdType": "doi"}, {"#text": "19818048", "@IdType": "pubmed"}]}}, {"Citation": + "Basak C., Boot W. R., Voss M. W., Kramer A. F. (2008). Can training in a + real-time strategy video game attenuate cognitive decline in older adults? + Psychol. Aging 23, 765\u2013777. 10.1037/a0013494", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0013494", "@IdType": "doi"}, {"#text": "PMC4041116", + "@IdType": "pmc"}, {"#text": "19140648", "@IdType": "pubmed"}]}}, {"Citation": + "Braver T. S., Barch D. M. (2002). A theory of cognitive control, aging cognition, + and neuromodulation. Neurosci. Biobehav. Rev. 26, 809\u2013817. 10.1016/s0149-7634(02)00067-2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0149-7634(02)00067-2", + "@IdType": "doi"}, {"#text": "12470692", "@IdType": "pubmed"}]}}, {"Citation": + "Burgess P. W., Alderman N., Evans J., Emslie H., Wilson B. A. (1998). The + ecological validity of tests of executive function. J. Int. Neuropsychol. + Soc. 4, 547\u2013558. 10.1017/S1355617798466037", "ArticleIdList": {"ArticleId": + [{"#text": "10.1017/S1355617798466037", "@IdType": "doi"}, {"#text": "10050359", + "@IdType": "pubmed"}]}}, {"Citation": "Chan R. C. K., Shum D., Toulopoulou + T., Chen E. Y. H. (2008). Assessment of executive functions: review of instruments + and identification of critical issues. Arch. Clin. Neuropsychol. 23, 201\u2013216. + 10.1016/j.acn.2007.08.010", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.acn.2007.08.010", + "@IdType": "doi"}, {"#text": "18096360", "@IdType": "pubmed"}]}}, {"Citation": + "Coderre E. L., van Heuven W. J. B. (2013). Modulations of the executive control + network by stimulus onset asynchrony in a Stroop task. BMC Neurosci. 14:79. + 10.1186/1471-2202-14-79", "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1471-2202-14-79", + "@IdType": "doi"}, {"#text": "PMC3734141", "@IdType": "pmc"}, {"#text": "23902451", + "@IdType": "pubmed"}]}}, {"Citation": "Cohen J. (1988). Statistical Power + Analysis for the Behavioral Sciences. 2nd Edn. Hillsdale, NJ: Lawrence Erlbaum + Associates."}, {"Citation": "Collette F., Hogge M., Salmon E., Van der Linden + M. (2006). Exploration of the neural substrates of executive functioning by + functional neuroimaging. Neuroscience 139, 209\u2013221. 10.1016/j.neuroscience.2005.05.035", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2005.05.035", + "@IdType": "doi"}, {"#text": "16324796", "@IdType": "pubmed"}]}}, {"Citation": + "Desco M., Navas-Sanchez F. J., Sanchez-Gonz\u00e1lez J., Reig S., Robles + O., Franco C., et al. . (2011). Mathematically gifted adolescents use more + extensive and more bilateral areas of the fronto-parietal network than controls + during executive functioning and fluid reasoning tasks. Neuroimage 57, 281\u2013292. + 10.1016/j.neuroimage.2011.03.063", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2011.03.063", "@IdType": "doi"}, {"#text": "21463696", + "@IdType": "pubmed"}]}}, {"Citation": "Dustman R. E., Emmerson R. Y., Steinhaus + L. A., Shearer D. E., Dustman T. J. (1992). The effects of videogame playing + on neuropsychological performance of elderly individuals. J. Gerontol. 47, + P168\u2013P171. 10.1093/geronj/47.3.p168", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/geronj/47.3.p168", "@IdType": "doi"}, {"#text": "1573200", + "@IdType": "pubmed"}]}}, {"Citation": "Eriksen B. A., Eriksen C. W. (1974). + Effects of noise letters upon identification of a target letter in a nonsearch + task. Percept. Psychophys. 16, 143\u2013149. 10.3758/bf03203267", "ArticleIdList": + {"ArticleId": {"#text": "10.3758/bf03203267", "@IdType": "doi"}}}, {"Citation": + "Esposito N. (2005). \u201cA short and simple definition of what a videogame + is,\u201d in Proceedings of the 2005 DIGRA International Conference: Changing + Views\u2014Worlds in Play (Vancouver, BC: University of Vancouver)."}, {"Citation": + "Fan J., Flombaum J. I., McCandliss B. D., Thomas K. M., Posner M. I. (2003). + Cognitive and brain consequences of conflict. Neuroimage 18, 42\u201357. 10.1006/nimg.2002.1319", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2002.1319", "@IdType": + "doi"}, {"#text": "12507442", "@IdType": "pubmed"}]}}, {"Citation": "Fan J., + McCandliss B. D., Fossella J., Flombaum J. I., Posner M. I. (2005). The activation + of attentional networks. Neuroimage 26, 471\u2013479. 10.1016/j.neuroimage.2005.02.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.02.004", + "@IdType": "doi"}, {"#text": "15907304", "@IdType": "pubmed"}]}}, {"Citation": + "Folstein M. F., Folstein S. E., McHugh P. R. (1975). \u201cMini-mental state\u201d. + A practical method for grading cognitive state of patients for clinician. + J. Psychiatr. Res. 12, 189\u2013198. 10.1016/0022-3956(75)90026-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", "@IdType": "doi"}, + {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": "Gleich T., Lorenz + R. C., Gallinat J., Kuhn S. (2017). Functional changes in the reward circuit + in response to gaming-related cues after training with a commercial video + game. Neuroimage 152, 467\u2013475. 10.1016/j.neuroimage.2017.03.032", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2017.03.032", "@IdType": "doi"}, + {"#text": "28323159", "@IdType": "pubmed"}]}}, {"Citation": "Goldstein J., + Cajko L., Oosterbroek M., Michielsen M., van Houten O., Salverda F. (1997). + Video games and the elderly. Soc. Behav. Pers. 25, 345\u2013352. 10.2224/sbp.1997.25.4.345", + "ArticleIdList": {"ArticleId": {"#text": "10.2224/sbp.1997.25.4.345", "@IdType": + "doi"}}}, {"Citation": "Gong D., He H., Liu D., Ma W., Dong L., Luo C., et + al. . (2015). Enhanced functional connectivity and increased gray matter volume + of insula related to action video game playing. Sci. Rep. 5:9763. 10.1038/srep09763", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/srep09763", "@IdType": + "doi"}, {"#text": "PMC5381748", "@IdType": "pmc"}, {"#text": "25880157", "@IdType": + "pubmed"}]}}, {"Citation": "Gong D., He H., Ma W., Liu D., Huang M., Dong + L., et al. . (2016). Functional integration between salience and central executive + networks: a role for action video game experience. Neural Plast. 2016:9803165. + 10.1155/2016/9803165", "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2016/9803165", + "@IdType": "doi"}, {"#text": "PMC4739029", "@IdType": "pmc"}, {"#text": "26885408", + "@IdType": "pubmed"}]}}, {"Citation": "Granek J. A., Gorbet D. J., Sergio + L. E. (2010). Extensive video-game experience alters cortical networks for + complex visuomotor transformations. Cortex 46, 1165\u20131177. 10.1016/j.cortex.2009.10.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2009.10.009", + "@IdType": "doi"}, {"#text": "20060111", "@IdType": "pubmed"}]}}, {"Citation": + "Katz S., Ford A. B., Moskowitz R. W., Jackson B. A., Jaffe M. W. (1963). + Studies of illness in the aged- the index of ADL-a standardized measure of + biological and psychological function. JAMA 185, 914\u2013919. 10.1001/jama.1963.03060120024016", + "ArticleIdList": {"ArticleId": [{"#text": "10.1001/jama.1963.03060120024016", + "@IdType": "doi"}, {"#text": "14044222", "@IdType": "pubmed"}]}}, {"Citation": + "Kueider A. M., Parisi J. M., Gross A. L., Rebok G. W. (2012). Computerized + cognitive training with older adults: a systematic review. PLoS One 7:e40588. + 10.1371/journal.pone.0040588", "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0040588", + "@IdType": "doi"}, {"#text": "PMC3394709", "@IdType": "pmc"}, {"#text": "22792378", + "@IdType": "pubmed"}]}}, {"Citation": "K\u00fchn S., Gleich T., Lorenz R. + C., Lindenberger U., Gallinat J. (2014a). Playing Super Mario induces structural + brain plasticity: gray matter changes resulting from training with a commercial + video game. Mol. Psychiatry 19, 265\u2013271. 10.1038/mp.2013.120", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/mp.2013.120", "@IdType": "doi"}, {"#text": + "24166407", "@IdType": "pubmed"}]}}, {"Citation": "K\u00fchn S., Lorenz R., + Banaschewski T., Barker G. J., B\u00fcchel C., Conrod P. J., et al. . (2014b). + Positive association of video game playing with left frontal cortical thickness + in adolescents. PLoS One 9:e91506. 10.1371/journal.pone.0091506", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0091506", "@IdType": "doi"}, + {"#text": "PMC3954649", "@IdType": "pmc"}, {"#text": "24633348", "@IdType": + "pubmed"}]}}, {"Citation": "Lampit A., Hallock H., Valenzuela M. (2014). Computerized + cognitive training in cognitively healthy older adults: a systematic review + and meta-analysis of effect modifiers. PLoS Med. 11:e1001756. 10.1371/journal.pmed.1001756", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pmed.1001756", + "@IdType": "doi"}, {"#text": "PMC4236015", "@IdType": "pmc"}, {"#text": "25405755", + "@IdType": "pubmed"}]}}, {"Citation": "MacDonald A. W., III., Cohen J. D., + Stenger V. A., Carter C. S. (2000). Dissociating the role of the dorsolateral + prefrontal and anterior cingulate cortex in cognitive control. Science 288, + 1835\u20131838. 10.1126/science.288.5472.1835", "ArticleIdList": {"ArticleId": + [{"#text": "10.1126/science.288.5472.1835", "@IdType": "doi"}, {"#text": "10846167", + "@IdType": "pubmed"}]}}, {"Citation": "Maillot P., Perrot A., Hartley A. (2012). + Effects of interactive physical-activity video-game training on physical and + cognitive function in older adults. Psychol. Aging 27, 589\u2013600. 10.1037/a0026268", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0026268", "@IdType": "doi"}, + {"#text": "22122605", "@IdType": "pubmed"}]}}, {"Citation": "McDermott A. + F. (2014). A Comparison of Two Video Game Genres as Cognitive Training Tools + in Older Adults. Rochester, NY: University of Rochester."}, {"Citation": "National + Bureau of Statistics of the People\u2019s Republic of China (2015). The national + economic and social development statistical bulletin of the People\u2019s + Republic of China in 2015. Available online at: http://www.stats.gov.cn/tjsj/zxfb/201502/t20150226_685799.html"}, + {"Citation": "Nee D. E., Wager T. D., Jonides J. (2007). Interference resolution: + insights from a meta-analysis of neuroimaging tasks. Cogn. Affect. Behav. + Neurosci. 7, 1\u201317. 10.3758/cabn.7.1.1", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/cabn.7.1.1", "@IdType": "doi"}, {"#text": "17598730", + "@IdType": "pubmed"}]}}, {"Citation": "Osaka N., Osaka M., Kondo H., Morishita + M., Fukuyama H., Shibasaki H. (2004). The neural basis of executive function + in working memory: an fMRI study based on individual differences. Neuroimage + 21, 623\u2013631. 10.1016/j.neuroimage.2003.09.069", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2003.09.069", "@IdType": "doi"}, {"#text": + "14980565", "@IdType": "pubmed"}]}}, {"Citation": "Peretz C., Korczyn A. D., + Shatil E., Aharonson V., Birnboim S., Giladi N. (2011). Computer-based, personalized + cognitive training versus classical computer games: a randomized double-blind + prospective trial of cognitive stimulation. Neuroepidemiology 36, 91\u201399. + 10.1159/000323950", "ArticleIdList": {"ArticleId": [{"#text": "10.1159/000323950", + "@IdType": "doi"}, {"#text": "21311196", "@IdType": "pubmed"}]}}, {"Citation": + "Qiu Y., Liu S., Hilal S., Loke Y. M., Ikram M. K., Xu X., et al. . (2016). + Inter-hemispheric functional dysconnectivity mediates the association of corpus + callosum degeneration with memory impairment in AD and amnestic MCI. Sci. + Rep. 6:32573. 10.1038/srep32573", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/srep32573", "@IdType": "doi"}, {"#text": "PMC5007647", "@IdType": + "pmc"}, {"#text": "27581062", "@IdType": "pubmed"}]}}, {"Citation": "Radloff + L. S. (1977). The CES-D scale: a self-report depression scale for research + in the general population. Appl. Psychol. Meas. 1, 385\u2013401. 10.1177/014662167700100306", + "ArticleIdList": {"ArticleId": {"#text": "10.1177/014662167700100306", "@IdType": + "doi"}}}, {"Citation": "Roy A. K., Shehzad Z., Margulies D. S., Kelly A. M. + C., Uddin L. Q., Gotimer K., et al. . (2009). Functional connectivity of the + human amygdala using resting state fMRI. Neuroimage 45, 614\u2013626. 10.1016/j.neuroimage.2008.11.030", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.11.030", + "@IdType": "doi"}, {"#text": "PMC2735022", "@IdType": "pmc"}, {"#text": "19110061", + "@IdType": "pubmed"}]}}, {"Citation": "Rupp M. A., McConnell D. S., Smither + J. A. (2016). Examining the relationship between action video game experience + and performance in a distracted driving task. Curr. Psychol. 35, 527\u2013539. + 10.1007/s12144-015-9318-x", "ArticleIdList": {"ArticleId": {"#text": "10.1007/s12144-015-9318-x", + "@IdType": "doi"}}}, {"Citation": "Salmon E., Van der Linden M., Collette + F., Delfiore G., Maquet P., Degueldre C., et al. . (1996). Regional brain + activity during working memory tasks. Brain 119, 1617\u20131625. 10.1093/brain/119.5.1617", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/119.5.1617", "@IdType": + "doi"}, {"#text": "8931584", "@IdType": "pubmed"}]}}, {"Citation": "Sauseng + P., Klimesch W., Schabus M., Doppelmayr M. (2005). Fronto-parietal EEG coherence + in theta and upper alpha reflect central executive functions of working memory. + Int. J. Psychophysiol. 57, 97\u2013103. 10.1016/j.ijpsycho.2005.03.018", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.ijpsycho.2005.03.018", "@IdType": "doi"}, + {"#text": "15967528", "@IdType": "pubmed"}]}}, {"Citation": "Seghier M. L. + (2013). The angular gyrus: multiple functions and multiple subdivisions. Neuroscientist + 19, 43\u201361. 10.1177/1073858412440596", "ArticleIdList": {"ArticleId": + [{"#text": "10.1177/1073858412440596", "@IdType": "doi"}, {"#text": "PMC4107834", + "@IdType": "pmc"}, {"#text": "22547530", "@IdType": "pubmed"}]}}, {"Citation": + "Spielberger C. D., Gorsuch R. L., Lushene R. E. (1970). STAT Manual for The + State-Trait Anxiety Inventory. Palo Alto, CA: Consulting Psychologists Press."}, + {"Citation": "Tanaka S., Ikeda H., Kasahara K., Kato R., Tsubomi H., Sugawara + S. K., et al. . (2013). Larger right posterior parietal volume in action video + game experts: a behavioral and voxel-based morphometry (VBM) study. PLoS One + 8:e66998. 10.1371/journal.pone.0066998", "ArticleIdList": {"ArticleId": [{"#text": + "10.1371/journal.pone.0066998", "@IdType": "doi"}, {"#text": "PMC3679077", + "@IdType": "pmc"}, {"#text": "23776706", "@IdType": "pubmed"}]}}, {"Citation": + "Wang P., Liu H.-H., Zhu X.-T., Meng T., Li H.-J., Zuo X.-N. (2016). action + video game training for healthy adults: a meta-analytic study. Front. Psychol. + 7:907. 10.3389/fpsyg.2016.00907", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyg.2016.00907", "@IdType": "doi"}, {"#text": "PMC4911405", "@IdType": + "pmc"}, {"#text": "27378996", "@IdType": "pubmed"}]}}, {"Citation": "Wang + P., Zhu X.-T., Liu H.-H., Zhang Y.-W., Hu Y., Li H.-J., et al. . (2017). Age-related + cognitive effects of video game playing across the adult lifespan. Games Health + J. 6, 237\u2013248. 10.1089/g4h.2017.0005", "ArticleIdList": {"ArticleId": + [{"#text": "10.1089/g4h.2017.0005", "@IdType": "doi"}, {"#text": "28609152", + "@IdType": "pubmed"}]}}, {"Citation": "Wu Y.-S. (2013). China Report of the + Development on Aging Cause (2013). Beijing: Social Sciences Academic Press."}, + {"Citation": "Yan C.-G., Wang X.-D., Zuo X.-N., Zang Y.-F. (2016). DPABI: + data processing and analysis for (resting-state) brain imaging. Neuroinformatics + 14, 339\u2013351. 10.1007/s12021-016-9299-4", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s12021-016-9299-4", "@IdType": "doi"}, {"#text": "27075850", + "@IdType": "pubmed"}]}}, {"Citation": "Ye Z., Zhou X. (2009). Conflict control + during sentence comprehension: fMRI evidence. Neuroimage 48, 280\u2013290. + 10.1016/j.neuroimage.2009.06.032", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2009.06.032", "@IdType": "doi"}, {"#text": "19540923", + "@IdType": "pubmed"}]}}, {"Citation": "Zhang S., Tsai S.-J., Hu S., Xu J., + Chao H. H., Calhoun V. D., et al. . (2015). Independent component analysis + of functional networks for response inhibition: inter-subject variation in + stop signal reaction time. Hum. Brain Mapp. 36, 3289\u20133302. 10.1002/hbm.22819", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22819", "@IdType": + "doi"}, {"#text": "PMC4545723", "@IdType": "pmc"}, {"#text": "26089095", "@IdType": + "pubmed"}]}}, {"Citation": "Zhu D. C., Zacks R. T., Slade J. M. (2010). Brain + activation during interference resolution in young and older adults: an fMRI + study. Neuroimage 50, 810\u2013817. 10.1016/j.neuroimage.2009.12.087", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2009.12.087", "@IdType": "doi"}, + {"#text": "PMC2823923", "@IdType": "pmc"}, {"#text": "20045067", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": + {"#text": "29209202", "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, + "Title": "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "9", + "PubDate": {"Year": "2017"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": {"i": ["t", "p", "t", + "p", "t", "p"], "#text": "Video games have been found to have positive influences + on executive function in older adults; however, the underlying neural basis + of the benefits from video games has been unclear. Adopting a task-based functional + magnetic resonance imaging (fMRI) study targeted at the flanker task, the + present study aims to explore the neural basis of the improved executive function + in older adults with video game experiences. Twenty video game players (VGPs) + and twenty non-video game players (NVGPs) of 60 years of age or older participated + in the present study, and there are no significant differences in age ( = + 0.62, = 0.536), gender ratio ( = 1.29, = 0.206) and years of education ( + = 1.92, = 0.062) between VGPs and NVGPs. The results show that older VGPs + present significantly better behavioral performance than NVGPs. Older VGPs + activate greater than NVGPs in brain regions, mainly in frontal-parietal areas, + including the right dorsolateral prefrontal cortex, the left supramarginal + gyrus, the right angular gyrus, the right precuneus and the left paracentral + lobule. The present study reveals that video game experiences may have positive + influences on older adults in behavioral performance and the underlying brain + activation. These results imply the potential role that video games can play + as an effective tool to improve cognitive ability in older adults."}}, "Language": + "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Ping", "Initials": "P", "LastName": "Wang", "AffiliationInfo": + [{"Affiliation": "CAS Key Laboratory of Behavioral Science, Institute of Psychology, + Beijing, China."}, {"Affiliation": "Department of Psychology, University of + Chinese Academy of Sciences, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": + "Xing-Ting", "Initials": "XT", "LastName": "Zhu", "AffiliationInfo": [{"Affiliation": + "CAS Key Laboratory of Behavioral Science, Institute of Psychology, Beijing, + China."}, {"Affiliation": "Department of Psychology, University of Chinese + Academy of Sciences, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": "Zhigang", + "Initials": "Z", "LastName": "Qi", "AffiliationInfo": [{"Affiliation": "Department + of Radiology, Xuanwu Hospital, Capital Medical University, Beijing, China."}, + {"Affiliation": "Beijing Key Laboratory of Magnetic Resonance Imaging and + Brain Informatics, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": "Silin", + "Initials": "S", "LastName": "Huang", "AffiliationInfo": {"Affiliation": "Institute + of Developmental Psychology, Faculty of Psychology, Beijing Normal University, + Beijing, China."}}, {"@ValidYN": "Y", "ForeName": "Hui-Jie", "Initials": "HJ", + "LastName": "Li", "AffiliationInfo": [{"Affiliation": "CAS Key Laboratory + of Behavioral Science, Institute of Psychology, Beijing, China."}, {"Affiliation": + "Department of Psychology, University of Chinese Academy of Sciences, Beijing, + China."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "382", "MedlinePgn": + "382"}, "ArticleDate": {"Day": "21", "Year": "2017", "Month": "11", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "382", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2017.00382", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Neural Basis of Enhanced Executive Function in Older + Video Game Players: An fMRI Study.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "01", + "Year": "2020", "Month": "10"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "executive function", "@MajorTopicYN": "N"}, {"#text": "fMRI", + "@MajorTopicYN": "N"}, {"#text": "older non-video game players", "@MajorTopicYN": + "N"}, {"#text": "older video game players", "@MajorTopicYN": "N"}, {"#text": + "video game experience", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": + "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": "1663-4365", + "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2017, "title": + "Neural Basis of Enhanced Executive Function in Older Video Game Players: + An fMRI Study", "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": + "Ping Wang", "authorId": "2152210630"}, {"name": "Xing-Ting Zhu", "authorId": + "2218976393"}, {"name": "Zhigang Qi", "authorId": "3480061"}, {"name": "Silin + Huang", "authorId": "50880298"}, {"name": "Huijie Li", "authorId": "119886101"}], + "paperId": "e1bf6154af1d2852fc8bb8b4ef3b1a54829b8c83", "abstract": "Video + games have been found to have positive influences on executive function in + older adults; however, the underlying neural basis of the benefits from video + games has been unclear. Adopting a task-based functional magnetic resonance + imaging (fMRI) study targeted at the flanker task, the present study aims + to explore the neural basis of the improved executive function in older adults + with video game experiences. Twenty video game players (VGPs) and twenty non-video + game players (NVGPs) of 60 years of age or older participated in the present + study, and there are no significant differences in age (t = 0.62, p = 0.536), + gender ratio (t = 1.29, p = 0.206) and years of education (t = 1.92, p = 0.062) + between VGPs and NVGPs. The results show that older VGPs present significantly + better behavioral performance than NVGPs. Older VGPs activate greater than + NVGPs in brain regions, mainly in frontal-parietal areas, including the right + dorsolateral prefrontal cortex, the left supramarginal gyrus, the right angular + gyrus, the right precuneus and the left paracentral lobule. The present study + reveals that video game experiences may have positive influences on older + adults in behavioral performance and the underlying brain activation. These + results imply the potential role that video games can play as an effective + tool to improve cognitive ability in older adults.", "isOpenAccess": true, + "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2017.00382/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC5702357, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2017-11-21"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T02:57:01.433081+00:00", "analyses": + [{"id": "55yBZcLuKAuK", "user": null, "name": "Clusters VGPs activated stronger + than NVGPs in incongruent-congruent condition.", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/29209202-10-3389-fnagi-2017-00382-pmc5702357/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/29209202-10-3389-fnagi-2017-00382-pmc5702357/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Clusters VGPs activated stronger + than NVGPs in incongruent-congruent condition.", "conditions": [], "weights": + [], "points": [{"id": "hHkgMyWp5sKr", "coordinates": [0.0, -24.0, 63.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.313}]}, {"id": "SZiKC9vmLiq7", "coordinates": [-21.0, -72.0, + -12.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.622}]}, {"id": "yGgEwgVFrMmj", "coordinates": [-63.0, + -24.0, 33.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 5.004}]}, {"id": "QDUjA46SbZuY", "coordinates": + [36.0, 54.0, 21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.067}]}, {"id": "A7PqFKMyN3nd", "coordinates": + [21.0, -57.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.641}]}, {"id": "Vrjg3AZQEemQ", "coordinates": + [42.0, -42.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.926}]}, {"id": "djTuGSJJZNUH", "coordinates": + [51.0, -51.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.51}]}], "images": []}]}, {"id": + "vG38X6tjWNhu", "created_at": "2025-12-04T08:53:35.222934+00:00", "updated_at": + null, "user": null, "name": "Second language learning in older adults modulates + Stroop task performance and brain activation", "description": "INTRODUCTION: + Numerous studies have highlighted cognitive benefits in lifelong bilinguals + during aging, manifesting as superior performance on cognitive tasks compared + to monolingual counterparts. Yet, the cognitive impacts of acquiring a new + language in older adulthood remain unexplored. In this study, we assessed + both behavioral and fMRI responses during a Stroop task in older adults, pre- + and post language-learning intervention.\n\nMETHODS: A group of 41 participants + (age:60-80) from a predominantly monolingual environment underwent a four-month + online language course, selecting a new language of their preference. This + intervention mandated engagement for 90 minutes a day, five days a week. Daily + tracking was employed to monitor progress and retention. All participants + completed a color-word Stroop task inside the scanner before and after the + language instruction period.\n\nRESULTS: We found that performance on the + Stroop task, as evidenced by accuracy and reaction time, improved following + the language learning intervention. With the neuroimaging data, we observed + significant differences in activity between congruent and incongruent trials + in key regions in the prefrontal and parietal cortex. These results are consistent + with previous reports using the Stroop paradigm. We also found that the amount + of time participants spent with the language learning program was related + to differential activity in these brain areas. Specifically, we found that + people who spent more time with the language learning program showed a greater + increase in differential activity between congruent and incongruent trials + after the intervention relative to before.\n\nDISCUSSION: Future research + is needed to determine the optimal parameters for language learning as an + effective cognitive intervention for aging populations. We propose that with + sufficient engagement, language learning can enhance specific domains of cognition + such as the executive functions. These results extend the understanding of + cognitive reserve and its augmentation through targeted interventions, setting + a foundation for future investigations.", "publication": "bioRxiv", "doi": + "10.3389/fnagi.2024.1398015", "pmid": "39170898", "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "year": 2024, "metadata": {"slug": "39170898-10-3389-fnagi-2024-1398015-pmc11335563", + "source": "semantic_scholar", "keywords": ["Stroop task", "aging", "cognitive + effects", "cognitive reserve", "fMRI", "language learning", "older adults"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "8", "Year": "2024", "Month": "3", "@PubStatus": "received"}, {"Day": "12", + "Year": "2024", "Month": "7", "@PubStatus": "accepted"}, {"Day": "22", "Hour": + "6", "Year": "2024", "Month": "8", "Minute": "43", "@PubStatus": "medline"}, + {"Day": "22", "Hour": "6", "Year": "2024", "Month": "8", "Minute": "42", "@PubStatus": + "pubmed"}, {"Day": "22", "Hour": "4", "Year": "2024", "Month": "8", "Minute": + "45", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2024", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "39170898", "@IdType": "pubmed"}, {"#text": "PMC11335563", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2024.1398015", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Abutalebi J., Green D. (2007). Bilingual language + production: The neurocognition of language representation and control. J. + Neurolinguistics 20, 242\u2013275. doi: 10.1016/j.jneuroling.2006.10.003", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.jneuroling.2006.10.003", + "@IdType": "doi"}}}, {"Citation": "Altman D. G., Royston P. (2006). The cost + of dichotomising continuous variables. BMJ 332:1080. doi: 10.1136/bmj.332.7549.1080, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1136/bmj.332.7549.1080", + "@IdType": "doi"}, {"#text": "PMC1458573", "@IdType": "pmc"}, {"#text": "16675816", + "@IdType": "pubmed"}]}}, {"Citation": "Ansaldo A. I., Ghazi-Saidi L., Adrover-Roig + D. (2015). Interference control in elderly bilinguals: Appearances can be + misleading. J. Clin. Exp. Neuropsychol. 37, 455\u2013470. doi: 10.1080/13803395.2014.990359, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13803395.2014.990359", + "@IdType": "doi"}, {"#text": "25641572", "@IdType": "pubmed"}]}}, {"Citation": + "Antoniou M. (2019). The advantages of bilingualism debate. Ann. Rev. Linguist. + 5, 395\u2013415. doi: 10.1146/annurev-linguistics-011718-011820, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1146/annurev-linguistics-011718-011820", "@IdType": + "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Antoniou M., + Gunasekera G. M., Wong P. C. M. (2013). Foreign language training as cognitive + therapy for age-related cognitive decline: a hypothesis for future research. + Neurosci. Biobehav. Rev. 37, 2689\u20132698. doi: 10.1016/j.neubiorev.2013.09.004, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2013.09.004", + "@IdType": "doi"}, {"#text": "PMC3890428", "@IdType": "pmc"}, {"#text": "24051310", + "@IdType": "pubmed"}]}}, {"Citation": "Ardila A. (2019). \u201cExecutive functions + brain functional system\u201d in Dysexecutive Syndromes. eds. Ardila A., Fatima + S., Rosselli M. (Switzerland AG: Springer International Publishing; ), 29\u201341. + doi: 10.1007/978-3-030-25077-5_2", "ArticleIdList": {"ArticleId": {"#text": + "10.1007/978-3-030-25077-5_2", "@IdType": "doi"}}}, {"Citation": "Barbu C., + Orban S., Gillet S., Poncelet M. (2018). The Impact of Language Switching + Frequency on Attentional and Executive Functioning in Proficient Bilingual + Adults. Psychol. Belgica 58, 115\u2013127. doi: 10.5334/pb.392, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.5334/pb.392", "@IdType": "doi"}, {"#text": "PMC6194534", + "@IdType": "pmc"}, {"#text": "30479811", "@IdType": "pubmed"}]}}, {"Citation": + "Bari A., Robbins T. W. (2013). Inhibition and impulsivity: Behavioral and + neural basis of response control. Prog. Neurobiol. 108, 44\u201379. doi: 10.1016/j.pneurobio.2013.06.005, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.pneurobio.2013.06.005", + "@IdType": "doi"}, {"#text": "23856628", "@IdType": "pubmed"}]}}, {"Citation": + "Berroir P., Ghazi-Saidi L., Dash T., Adrover-Roig D., Benali H., Ansaldo + A. I. (2017). Interference control at the response level: Functional networks + reveal higher efficiency in the bilingual brain. J. Neurolinguistics 43, 4\u201316. + doi: 10.1016/j.jneuroling.2016.09.007", "ArticleIdList": {"ArticleId": {"#text": + "10.1016/j.jneuroling.2016.09.007", "@IdType": "doi"}}}, {"Citation": "Bialystok + E. (2021). Bilingualism: Pathway to Cognitive Reserve. Trends Cogn. Sci. 25, + 355\u2013364. doi: 10.1016/j.tics.2021.02.003, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.tics.2021.02.003", "@IdType": "doi"}, {"#text": "PMC8035279", + "@IdType": "pmc"}, {"#text": "33771449", "@IdType": "pubmed"}]}}, {"Citation": + "Bialystok E., Abutalebi J., Bak T. H., Burke D. M., Kroll J. F. (2016). Aging + in two languages: Implications for public health. Ageing Res. Rev. 27, 56\u201360. + doi: 10.1016/j.arr.2016.03.003, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.arr.2016.03.003", "@IdType": "doi"}, {"#text": "PMC4837064", "@IdType": + "pmc"}, {"#text": "26993154", "@IdType": "pubmed"}]}}, {"Citation": "Bialystok + E., Craik F. I. (2022). How does bilingualism modify cognitive function? Attention + to the mechanism. Psychon. Bull. Rev. 29, 1246\u20131269. doi: 10.3758/s13423-022-02057-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-022-02057-5", "@IdType": + "doi"}, {"#text": "35091993", "@IdType": "pubmed"}]}}, {"Citation": "Bialystok + E., Craik F. I. M., Freedman M. (2007). Bilingualism as a protection against + the onset of symptoms of dementia. Neuropsychologia 45, 459\u2013464. doi: + 10.1016/j.neuropsychologia.2006.10.009, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuropsychologia.2006.10.009", "@IdType": "doi"}, {"#text": + "17125807", "@IdType": "pubmed"}]}}, {"Citation": "Bialystok E., Craik F. + I., Freedman M. (2024). 7 Bilingualism as a protection against the onset of + symptoms of dementia. Where language meets thought: selected works of Ellen + Bialystok, 221.", "ArticleIdList": {"ArticleId": {"#text": "17125807", "@IdType": + "pubmed"}}}, {"Citation": "Bott H., Madero G., Fuseya G., Gray M. (2019). + Face-to-Face and Digital Multidomain Lifestyle Interventions to Enhance Cognitive + Reserve and Reduce Risk of Alzheimer\u2019s Disease and Related Dementias: + A Review of Completed and Prospective Studies. Nutrients 11:2258. doi: 10.3390/nu11092258, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3390/nu11092258", "@IdType": + "doi"}, {"#text": "PMC6770494", "@IdType": "pmc"}, {"#text": "31546966", "@IdType": + "pubmed"}]}}, {"Citation": "Brown C. A., Weisman de Mamani A. (2017). A comparison + of psychiatric symptom severity in individuals assessed in their mother tongue + versus an acquired language: A two-sample study of individuals with schizophrenia + and a normative population. Prof. Psychol. Res. Pract. 48:1. doi: 10.1037/pro0000125", + "ArticleIdList": {"ArticleId": {"#text": "10.1037/pro0000125", "@IdType": + "doi"}}}, {"Citation": "Bubbico G., Chiacchiaretta P., Parenti M., di Marco + M., Panara V., Sepede G., et al. . (2019). Effects of Second Language Learning + on the Plastic Aging Brain: Functional Connectivity, Cognitive Decline, and + Reorganization. Front. Neurosci. 13:423. doi: 10.3389/fnins.2019.00423, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnins.2019.00423", "@IdType": + "doi"}, {"#text": "PMC6529595", "@IdType": "pmc"}, {"#text": "31156360", "@IdType": + "pubmed"}]}}, {"Citation": "Bush G., Shin L. M. (2006). The Multi-Source Interference + Task: An fMRI task that reliably activates the cingulo-frontal-parietal cognitive/attention + network. Nat. Protoc. 1, 308\u2013313. doi: 10.1038/nprot.2006.48, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nprot.2006.48", "@IdType": + "doi"}, {"#text": "17406250", "@IdType": "pubmed"}]}}, {"Citation": "Cammisuli + D. M., Franzoni F., Scarf\u00f2 G., Fusi J., Gesi M., Bonuccelli U., et al. + . (2022). What does the brain have to keep working at its best? Resilience + mechanisms such as antioxidants and brain/cognitive reserve for counteracting + Alzheimer\u2019s disease degeneration. Biology 11:650. doi: 10.3390/biology11050650, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3390/biology11050650", + "@IdType": "doi"}, {"#text": "PMC9138251", "@IdType": "pmc"}, {"#text": "35625381", + "@IdType": "pubmed"}]}}, {"Citation": "Carroll S. E. (2017). Exposure and + input in bilingual development. Biling. Lang. Congn. 20, 3\u201316. doi: 10.1017/S1366728915000863, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1366728915000863", + "@IdType": "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Chen + G., Adleman N. E., Saad Z. S., Leibenluft E., Cox R. W. (2014). Applications + of multivariate modeling to neuroimaging group analysis: A comprehensive alternative + to univariate general linear model. NeuroImage 99, 571\u2013588. doi: 10.1016/j.neuroimage.2014.06.027, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.06.027", + "@IdType": "doi"}, {"#text": "PMC4121851", "@IdType": "pmc"}, {"#text": "24954281", + "@IdType": "pubmed"}]}}, {"Citation": "Cole M. W., Repov\u0161 G., Anticevic + A. (2014). The Frontoparietal Control System: A Central Role in Mental Health. + Neuroscientist 20, 652\u2013664. doi: 10.1177/1073858414525995, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1073858414525995", "@IdType": "doi"}, {"#text": + "PMC4162869", "@IdType": "pmc"}, {"#text": "24622818", "@IdType": "pubmed"}]}}, + {"Citation": "Costumero V., Rodr\u00edguez-Pujadas A., Fuentes-Claramonte + P., \u00c1vila C. (2015). How bilingualism shapes the functional architecture + of the brain: a study on executive control in early bilinguals and monolinguals. + Hum. Brain Mapp. 36, 5101\u20135112. doi: 10.1002/hbm.22996, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.22996", "@IdType": "doi"}, {"#text": + "PMC6869221", "@IdType": "pmc"}, {"#text": "26376449", "@IdType": "pubmed"}]}}, + {"Citation": "Cox R. W. (1996). AFNI: Software for analysis and visualization + of functional magnetic resonance neuroimages. Comput. Biomed. Res. 29, 162\u2013173. + doi: 10.1006/cbmr.1996.0014, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/cbmr.1996.0014", "@IdType": "doi"}, {"#text": "8812068", "@IdType": + "pubmed"}]}}, {"Citation": "Cox R. W., Chen G., Glen D. R., Reynolds R. C., + Taylor P. A. (2017). fMRI clustering and false-positive rates. Proc. Natl. + Acad. Sci. 114, E3370\u2013E3371. doi: 10.1073/pnas.1614961114, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.1614961114", "@IdType": "doi"}, {"#text": + "PMC5410825", "@IdType": "pmc"}, {"#text": "28420798", "@IdType": "pubmed"}]}}, + {"Citation": "Craik F. I. M., Bialystok E., Freedman M. (2010). Delaying the + onset of Alzheimer disease: Bilingualism as a form of cognitive reserve. Neurology + 75, 1726\u20131729. doi: 10.1212/WNL.0b013e3181fc2a1c, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1212/WNL.0b013e3181fc2a1c", "@IdType": "doi"}, + {"#text": "PMC3033609", "@IdType": "pmc"}, {"#text": "21060095", "@IdType": + "pubmed"}]}}, {"Citation": "De Pisapia N., Slomski J. A., Braver T. S. (2006). + Functional Specializations in Lateral Prefrontal Cortex Associated with the + Integration and Segregation of Information in Working Memory. Cereb. Cortex + 17, 993\u20131006. doi: 10.1093/cercor/bhl010, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhl010", "@IdType": "doi"}, {"#text": "16769743", + "@IdType": "pubmed"}]}}, {"Citation": "Degirmenci M. G., Grossmann J. A., + Meyer P., Teichmann B. (2022). The role of bilingualism in executive functions + in healthy older adults: a systematic review. Int. J. Biling. 26, 426\u2013449. + doi: 10.1177/13670069211051291", "ArticleIdList": {"ArticleId": {"#text": + "10.1177/13670069211051291", "@IdType": "doi"}}}, {"Citation": "Del Maschio + N., Sulpizio S., Gallo F., Fedeli D., Weekes B. S., Abutalebi J. (2018). Neuroplasticity + across the lifespan and aging effects in bilinguals and monolinguals. Brain + Cogn. 125, 118\u2013126. doi: 10.1016/j.bandc.2018.06.007, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bandc.2018.06.007", "@IdType": "doi"}, + {"#text": "29990701", "@IdType": "pubmed"}]}}, {"Citation": "Di Nuovo S., + De Beni R., Borella E., Markov\u00e1 H., Lacz\u00f3 J., Vyhn\u00e1lek M. (2020). + Cognitive impairment in old age: is the shift from healthy to pathological + aging responsive to prevention? Eur. Psychol. 25, 174\u2013185. doi: 10.1027/1016-9040/a000391", + "ArticleIdList": {"ArticleId": {"#text": "10.1027/1016-9040/a000391", "@IdType": + "doi"}}}, {"Citation": "Dodich A., Carli G., Cerami C., Iannaccone S., Magnani + G., Perani D. (2018). Social and cognitive control skills in long-life occupation + activities modulate the brain reserve in the behavioural variant of frontotemporal + dementia. Cortex 99, 311\u2013318. doi: 10.1016/j.cortex.2017.12.006, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2017.12.006", + "@IdType": "doi"}, {"#text": "29328983", "@IdType": "pubmed"}]}}, {"Citation": + "Dyer S. M., Harrison S. L., Laver K., Whitehead C., Crotty M. (2018). An + overview of systematic reviews of pharmacological and non-pharmacological + interventions for the treatment of behavioral and psychological symptoms of + dementia. Int. Psychogeriatr. 30, 295\u2013309. doi: 10.1017/S1041610217002344, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1041610217002344", + "@IdType": "doi"}, {"#text": "29143695", "@IdType": "pubmed"}]}}, {"Citation": + "Egner T., Hirsch J. (2005). The neural correlates and functional integration + of cognitive control in a Stroop task. NeuroImage 24, 539\u2013547. doi: 10.1016/j.neuroimage.2004.09.007, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.09.007", + "@IdType": "doi"}, {"#text": "15627596", "@IdType": "pubmed"}]}}, {"Citation": + "Eriksen K., Zacharov O. (2016). Investigating the role of the right inferior + frontal gyrus in response inhibition: an fMRI approach. Master in Cognitive + Neuroscience Department of Psychology. Available at: https://www.duo.uio.no/bitstream/handle/10852/51234/1/FINAL.pdf"}, + {"Citation": "Forman S. D., Cohen J. D., Fitzgerald M., Eddy W. F., Mintun + M. A., Noll D. C. (1995). Improved assessment of significant activation in + functional magnetic resonance imaging (fMRI): Use of a cluster-size threshold. + Magn. Reson. Med. 33, 636\u2013647. doi: 10.1002/mrm.1910330508, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/mrm.1910330508", "@IdType": "doi"}, {"#text": + "7596267", "@IdType": "pubmed"}]}}, {"Citation": "Friedman N. P., Robbins + T. W. (2022). The role of prefrontal cortex in cognitive control and executive + function. Neuropsychopharmacology 47, 72\u201389. doi: 10.1038/s41386-021-01132-0, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41386-021-01132-0", + "@IdType": "doi"}, {"#text": "PMC8617292", "@IdType": "pmc"}, {"#text": "34408280", + "@IdType": "pubmed"}]}}, {"Citation": "Fukuta J., Yamashita J. (2015). Effects + of cognitive demands on attention orientation in L2 oral production. System + 53, 1\u201312. doi: 10.1016/j.system.2015.06.010", "ArticleIdList": {"ArticleId": + {"#text": "10.1016/j.system.2015.06.010", "@IdType": "doi"}}}, {"Citation": + "Gajewski P. D., Falkenstein M., Th\u00f6nes S., Wascher E. (2020). Stroop + task performance across the lifespan: High cognitive reserve in older age + is associated with enhanced proactive and reactive interference control. NeuroImage + 207:116430. doi: 10.1016/j.neuroimage.2019.116430, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2019.116430", "@IdType": "doi"}, + {"#text": "31805383", "@IdType": "pubmed"}]}}, {"Citation": "Gallo F., Abutalebi + J. (2024). The unique role of bilingualism among cognitive reserve-enhancing + factors. Biling. Lang. Congn. 27, 287\u2013294. doi: 10.1017/S1366728923000317", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728923000317", "@IdType": + "doi"}}}, {"Citation": "Garc\u00eda-Pent\u00f3n L., P\u00e9rez Fern\u00e1ndez + A., Iturria-Medina Y., Gillon-Dowens M., Carreiras M. (2014). Anatomical connectivity + changes in the bilingual brain. NeuroImage 84, 495\u2013504. doi: 10.1016/j.neuroimage.2013.08.064, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2013.08.064", + "@IdType": "doi"}, {"#text": "24018306", "@IdType": "pubmed"}]}}, {"Citation": + "Ghazi Saidi L. G., Ansaldo A. I. (2015). Can a second language help you in + more ways than one. Aims Neurosci. 2, 52\u201357. doi: 10.3934/Neuroscience.2015.1.52", + "ArticleIdList": {"ArticleId": {"#text": "10.3934/Neuroscience.2015.1.52", + "@IdType": "doi"}}}, {"Citation": "Ghazi Saidi L. G., Dash T., Ansaldo A. + I. (2017). The bilingual mental lexicon: a dynamic knowledge system. In Bilingualism + 73\u2013102. John Benjamins."}, {"Citation": "Ghazi Saidi L. G., Perlbarg + V., Marrelec G., P\u00e9l\u00e9grini-Issac M., Benali H., Ansaldo A. I. (2013). + Functional connectivity changes in second language vocabulary learning. Brain + Lang. 124, 56\u201365. doi: 10.1016/j.bandl.2012.11.008, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bandl.2012.11.008", "@IdType": "doi"}, + {"#text": "23274799", "@IdType": "pubmed"}]}}, {"Citation": "Ghazi-Saidi L., + Ansaldo A. I. (2017b). The neural correlates of semantic and phonological + transfer effects: Language distance matters. Biling. Lang. Congn. 20, 1080\u20131094. + doi: 10.1017/S136672891600064X", "ArticleIdList": {"ArticleId": {"#text": + "10.1017/S136672891600064X", "@IdType": "doi"}}}, {"Citation": "Ghazi-Saidi + L., Ansaldo A. I. (2017a). Second language word learning through repetition + and imitation: Functional networks as a function of learning phase and language + distance. Front. Hum. Neurosci. 11:277215. doi: 10.3389/fnhum.2017.00463, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2017.00463", + "@IdType": "doi"}, {"#text": "PMC5625023", "@IdType": "pmc"}, {"#text": "29033804", + "@IdType": "pubmed"}]}}, {"Citation": "Giovacchini G., Giovannini E., Bors\u00f2 + E., Lazzeri P., Riondato M., Leoncini R., et al. . (2019). The brain cognitive + reserve hypothesis: A review with emphasis on the contribution of nuclear + medicine neuroimaging techniques. J. Cell. Physiol. 234, 14865\u201314872. + doi: 10.1002/jcp.28308, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/jcp.28308", "@IdType": "doi"}, {"#text": "30784080", "@IdType": "pubmed"}]}}, + {"Citation": "Green D. W., Abutalebi J. (2013). Language control in bilinguals: + The adaptive control hypothesis. J. Cogn. Psychol. 25, 515\u2013530. doi: + 10.1080/20445911.2013.796377, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1080/20445911.2013.796377", "@IdType": "doi"}, {"#text": "PMC4095950", + "@IdType": "pmc"}, {"#text": "25077013", "@IdType": "pubmed"}]}}, {"Citation": + "Guarino A., Forte G., Giovannoli J., Casagrande M. (2020). Executive functions + in the elderly with mild cognitive impairment: A systematic review on motor + and cognitive inhibition, conflict control and cognitive flexibility. Aging + Ment. Health 24, 1028\u20131045. doi: 10.1080/13607863.2019.1584785, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13607863.2019.1584785", + "@IdType": "doi"}, {"#text": "30938193", "@IdType": "pubmed"}]}}, {"Citation": + "Guo T., Ma F. (2023). \u201cCognitive control in second language neurocognition\u201d + in The Routledge Handbook of Second Language Acquisition and Neurolinguistics. + eds. K. Morgan-Short and J. G. van Hell (New York: Routledge; ), 424\u2013435."}, + {"Citation": "Han X., Li W., Filippi R. (2024). Modulating bilingual language + production and cognitive control: how bilingual language experience matters. + Bilingualism Lang. Cognit. 1\u201315. doi: 10.1017/S1366728924000191", "ArticleIdList": + {"ArticleId": {"#text": "10.1017/S1366728924000191", "@IdType": "doi"}}}, + {"Citation": "Hausman H. K., Hardcastle C., Albizu A., Kraft J. N., Evangelista + N. D., Boutzoukas E. M., et al. . (2022). Cingulo-opercular and frontoparietal + control network connectivity and executive functioning in older adults. Gero + Sci. 44, 847\u2013866. doi: 10.1007/s11357-021-00503-1, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s11357-021-00503-1", "@IdType": "doi"}, + {"#text": "PMC9135913", "@IdType": "pmc"}, {"#text": "34950997", "@IdType": + "pubmed"}]}}, {"Citation": "Heidlmayr K., Kihlstedt M., Isel F. (2020). A + review on the electroencephalography markers of Stroop executive control processes. + Brain Cogn. 146:105637. doi: 10.1016/j.bandc.2020.105637, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bandc.2020.105637", "@IdType": "doi"}, + {"#text": "33217721", "@IdType": "pubmed"}]}}, {"Citation": "Heinen K., Feredoes + E., Ruff C. C., Driver J. (2017). Functional connectivity between prefrontal + and parietal cortex drives visuo-spatial attention shifts. Neuropsychologia + 99, 81\u201391. doi: 10.1016/j.neuropsychologia.2017.02.024, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2017.02.024", "@IdType": + "doi"}, {"#text": "PMC5415819", "@IdType": "pmc"}, {"#text": "28254653", "@IdType": + "pubmed"}]}}, {"Citation": "Hertrich I., Dietrich S., Blum C., Ackermann H. + (2021). The role of the dorsolateral prefrontal cortex for speech and language + processing. Front. Hum. Neurosci. 15:645209. doi: 10.3389/fnhum.2021.645209, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2021.645209", + "@IdType": "doi"}, {"#text": "PMC8165195", "@IdType": "pmc"}, {"#text": "34079444", + "@IdType": "pubmed"}]}}, {"Citation": "Hilchey M. D., Klein R. M. (2011). + Are there bilingual advantages on nonlinguistic interference tasks? Implications + for the plasticity of executive control processes. Psychon. Bull. Rev. 18, + 625\u2013658. doi: 10.3758/s13423-011-0116-7, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13423-011-0116-7", "@IdType": "doi"}, {"#text": "21674283", + "@IdType": "pubmed"}]}}, {"Citation": "Hirosh Z., Degani T. (2018). Direct + and indirect effects of multilingualism on novel language learning: An integrative + review. Psychon. Bull. Rev. 25, 892\u2013916. doi: 10.3758/s13423-017-1315-7, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-017-1315-7", + "@IdType": "doi"}, {"#text": "28547538", "@IdType": "pubmed"}]}}, {"Citation": + "Huang Y., Su L., Ma Q. (2020). The Stroop effect: An activation likelihood + estimation meta-analysis in healthy young adults. Neurosci. Lett. 716:134683. + doi: 10.1016/j.neulet.2019.134683, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neulet.2019.134683", "@IdType": "doi"}, {"#text": "31830505", + "@IdType": "pubmed"}]}}, {"Citation": "Ito T., Kulkarni K. R., Schultz D. + H., Mill R. D., Chen R. H., Solomyak L. I., et al. . (2017). Cognitive task + information is transferred between brain regions via resting-state network + topology. Nat. Commun. 8:1027. doi: 10.1038/s41467-017-01000-w, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/s41467-017-01000-w", "@IdType": "doi"}, + {"#text": "PMC5715061", "@IdType": "pmc"}, {"#text": "29044112", "@IdType": + "pubmed"}]}}, {"Citation": "Kanasi E., Ayilavarapu S., Jones J. (2016). The + aging population: Demographics and the biology of aging. Periodontol. 72, + 13\u201318. doi: 10.1111/prd.12126, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/prd.12126", "@IdType": "doi"}, {"#text": "27501488", "@IdType": + "pubmed"}]}}, {"Citation": "Kane M. J., Engle R. W. (2003). Working-memory + capacity and the control of attention: The contributions of goal neglect, + response competition, and task set to Stroop interference. J. Exp. Psychol. + Gen. 132, 47\u201370. doi: 10.1037/0096-3445.132.1.47, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0096-3445.132.1.47", "@IdType": "doi"}, + {"#text": "12656297", "@IdType": "pubmed"}]}}, {"Citation": "Kaushanskaya + M., Blumenfeld H. K., Marian V. (2020). The Language Experience and Proficiency + Questionnaire (LEAP-Q): Ten years later. Biling. Lang. Congn. 23, 945\u2013950. + doi: 10.1017/S1366728919000038, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1017/S1366728919000038", "@IdType": "doi"}, {"#text": "PMC7899192", "@IdType": + "pmc"}, {"#text": "33628083", "@IdType": "pubmed"}]}}, {"Citation": "Klimova + B., Valis M., Kuca K. (2017). Cognitive decline in normal aging and its prevention: + A review on non-pharmacological lifestyle strategies. Clin. Interv. Aging + 12, 903\u2013910. doi: 10.2147/CIA.S132963", "ArticleIdList": {"ArticleId": + [{"#text": "10.2147/CIA.S132963", "@IdType": "doi"}, {"#text": "PMC5448694", + "@IdType": "pmc"}, {"#text": "28579767", "@IdType": "pubmed"}]}}, {"Citation": + "Korenar M., Pliatsikas C. (2023). \u201cSecond language acquisition and neuroplasticity: + Insights from the Dynamic Restructuring Model\u201d in The Routledge Handbook + of Second Language Acquisition and Neurolinguistics (New York: Routledge; + ), 191\u2013203."}, {"Citation": "Kroll J. F., Bialystok E. (2013). Understanding + the consequences of bilingualism for language processing and cognition. J. + Cogn. Psychol. 25, 497\u2013514. doi: 10.1080/20445911.2013.799170, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/20445911.2013.799170", + "@IdType": "doi"}, {"#text": "PMC3820916", "@IdType": "pmc"}, {"#text": "24223260", + "@IdType": "pubmed"}]}}, {"Citation": "Kroll J. F., Bobb S. C., Misra M., + Guo T. (2008). Language selection in bilingual speech: Evidence for inhibitory + processes. Acta Psychol. 128, 416\u2013430. doi: 10.1016/j.actpsy.2008.02.001, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.actpsy.2008.02.001", + "@IdType": "doi"}, {"#text": "PMC2585366", "@IdType": "pmc"}, {"#text": "18358449", + "@IdType": "pubmed"}]}}, {"Citation": "Li P., Legault J., Litcofsky K. A. + (2014). Neuroplasticity as a function of second language learning: Anatomical + changes in the human brain. Cortex 58, 301\u2013324. doi: 10.1016/j.cortex.2014.05.001, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2014.05.001", + "@IdType": "doi"}, {"#text": "24996640", "@IdType": "pubmed"}]}}, {"Citation": + "Li X., Morgan P. S., Ashburner J., Smith J., Rorden C. (2016). The first + step for neuroimaging data analysis: DICOM to NIfTI conversion. J. Neurosci. + Methods 264, 47\u201356. doi: 10.1016/j.jneumeth.2016.03.001, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jneumeth.2016.03.001", "@IdType": "doi"}, + {"#text": "26945974", "@IdType": "pubmed"}]}}, {"Citation": "Li P., Xu Q. + (2023). Computational modeling of bilingual language learning: Current models + and future directions. Lang. Learn. 73, 17\u201364. doi: 10.1111/lang.12529, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/lang.12529", "@IdType": + "doi"}, {"#text": "PMC10881204", "@IdType": "pmc"}, {"#text": "38385119", + "@IdType": "pubmed"}]}}, {"Citation": "Liberati G., Raffone A., Olivetti Belardinelli + M. (2012). Cognitive reserve and its implications for rehabilitation and Alzheimer\u2019s + disease. Cogn. Process. 13, 1\u201312. doi: 10.1007/s10339-011-0410-3, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s10339-011-0410-3", "@IdType": + "doi"}, {"#text": "21643921", "@IdType": "pubmed"}]}}, {"Citation": "Lin Y. + T., Lai Y. H. (2024). Stroop color-word test performance of Chinese-speaking + persons with Alzheimer''s dementia. Int. J. Gerontol. 18, 80\u201384. doi: + 10.6890/IJGE.202404_18(2).0004", "ArticleIdList": {"ArticleId": {"#text": + "10.6890/IJGE.202404_18(2).0004", "@IdType": "doi"}}}, {"Citation": "Lopez + O. L., Kuller L. H. (2019). Epidemiology of aging and associated cognitive + disorders: Prevalence and incidence of Alzheimer\u2019s disease and other + dementias. Handb. Clin. Neurol. 167, 139\u2013148. doi: 10.1016/B978-0-12-804766-8.00009-1", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/B978-0-12-804766-8.00009-1", + "@IdType": "doi"}, {"#text": "31753130", "@IdType": "pubmed"}]}}, {"Citation": + "Love J., Selker R., Marsman M., Jamil T., Dropmann D., Verhagen J., et al. + . (2019). JASP: graphical statistical software for common statistical designs. + J. Stat. Softw. 88, 1\u201317. doi: 10.18637/jss.v088.i02, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.18637/jss.v088.i02", "@IdType": "doi"}, {"#text": + "0", "@IdType": "pubmed"}]}}, {"Citation": "MacLeod C. M. (1991). Half a century + of research on the Stroop effect: an integrative review. Psychol. Bull. 109, + 163\u2013203. doi: 10.1037/0033-2909.109.2.163, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/0033-2909.109.2.163", "@IdType": "doi"}, {"#text": "2034749", + "@IdType": "pubmed"}]}}, {"Citation": "Manelis A., Reder L. M. (2014). Effective + connectivity among the working memory regions during preparation for and during + performance of the n-back task. Front. Hum. Neurosci. 8:593. doi: 10.3389/fnhum.2014.00593, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2014.00593", + "@IdType": "doi"}, {"#text": "PMC4122182", "@IdType": "pmc"}, {"#text": "25140143", + "@IdType": "pubmed"}]}}, {"Citation": "Marian V., Blumenfeld H. K., Kaushanskaya + M. (2007). The Language Experience and Proficiency Questionnaire (LEAP-Q): + Assessing Language Profiles in Bilinguals and Multilinguals. J. Speech Lang. + Hear. Res. 50, 940\u2013967. doi: 10.1044/1092-4388(2007/067), PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1044/1092-4388(2007/067)", "@IdType": "doi"}, + {"#text": "17675598", "@IdType": "pubmed"}]}}, {"Citation": "Meltzer J. A., + Kates Rose M., Le A. Y., Spencer K. A., Goldstein L., Gubanova A., et al. + . (2023). Improvement in executive function for older adults through smartphone + apps: A randomized clinical trial comparing language learning and brain training. + Aging Neuropsychol. Cognit. 30, 150\u2013171. doi: 10.1080/13825585.2021.1991262, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825585.2021.1991262", + "@IdType": "doi"}, {"#text": "34694201", "@IdType": "pubmed"}]}}, {"Citation": + "Menon V., D\u2019Esposito M. (2022). The role of PFC networks in cognitive + control and executive function. Neuropsychopharmacology 47, 90\u2013103. doi: + 10.1038/s41386-021-01152-w, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/s41386-021-01152-w", "@IdType": "doi"}, {"#text": "PMC8616903", "@IdType": + "pmc"}, {"#text": "34408276", "@IdType": "pubmed"}]}}, {"Citation": "Mill + R. D., Gordon B. A., Balota D. A., Cole M. W. (2020). Predicting dysfunctional + age-related task activations from resting-state network alterations. NeuroImage + 221:117167. doi: 10.1016/j.neuroimage.2020.117167, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2020.117167", "@IdType": "doi"}, + {"#text": "PMC7810059", "@IdType": "pmc"}, {"#text": "32682094", "@IdType": + "pubmed"}]}}, {"Citation": "Momkov\u00e1 E., Jur\u00e1sov\u00e1 K. I. (2017). + Performance of bilingual individuals in psychodiagnostic testing of cognitive + abilities using their first and second languages. Psychol. Contexts 8, 66\u201385."}, + {"Citation": "Morbelli S., Arnaldi D., Capitanio S., Picco A., Buschiazzo + A., Nobili F. (2013). Resting metabolic connectivity in Alzheimer\u2019s disease. + Clin. Translat. Imaging 1, 271\u2013278. doi: 10.1007/s40336-013-0027-x, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s40336-013-0027-x", "@IdType": + "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Nelson M. E., + Jester D. J., Petkus A. J., Andel R. (2021). Cognitive reserve, Alzheimer\u2019s + neuropathology, and risk of dementia: a systematic review and meta-analysis. + Neuropsychol. Rev. 31, 233\u2013250. doi: 10.1007/s11065-021-09478-4, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11065-021-09478-4", "@IdType": + "doi"}, {"#text": "PMC7790730", "@IdType": "pmc"}, {"#text": "33415533", "@IdType": + "pubmed"}]}}, {"Citation": "Niendam T. A., Laird A. R., Ray K. L., Dean Y. + M., Glahn D. C., Carter C. S. (2012). Meta-analytic evidence for a superordinate + cognitive control network subserving diverse executive functions. Cogn. Affect. + Behav. Neurosci. 12, 241\u2013268. doi: 10.3758/s13415-011-0083-5, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13415-011-0083-5", "@IdType": + "doi"}, {"#text": "PMC3660731", "@IdType": "pmc"}, {"#text": "22282036", "@IdType": + "pubmed"}]}}, {"Citation": "Nilsson J., Berggren R., Garz\u00f3n B., Lebedev + A. V., L\u00f6vd\u00e9n M. (2021). Second language learning in older adults: + effects on brain structure and predictors of learning success. Front. Aging + Neurosci. 13:666851. doi: 10.3389/fnagi.2021.666851", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2021.666851", "@IdType": "doi"}, {"#text": "PMC8209301", + "@IdType": "pmc"}, {"#text": "34149398", "@IdType": "pubmed"}]}}, {"Citation": + "Olson D. J. (2024). A systematic review of proficiency assessment methods + in bilingualism research. Int. J. Biling. 28, 163\u2013187. doi: 10.1177/13670069231153720, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1177/13670069231153720", + "@IdType": "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Oosterhuis + E. J., Slade K., Smith E., May P. J., Nuttall H. E. (2023). Getting the brain + into gear: an online study investigating cognitive reserve and word-finding + abilities in healthy ageing. PLoS One 18:e0280566. doi: 10.1371/journal.pone.0280566, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0280566", + "@IdType": "doi"}, {"#text": "PMC10118119", "@IdType": "pmc"}, {"#text": "37079604", + "@IdType": "pubmed"}]}}, {"Citation": "Osareme J., Muonde M., Maduka C. P., + Olorunsogo T. O., Omotayo O. (2024). Demographic shifts and healthcare: A + review of aging populations and systemic challenges. Int. J. Sci. Res. Archive + 11, 383\u2013395. doi: 10.30574/ijsra.2024.11.1.0067", "ArticleIdList": {"ArticleId": + {"#text": "10.30574/ijsra.2024.11.1.0067", "@IdType": "doi"}}}, {"Citation": + "Power J. D., Barnes K. A., Snyder A. Z., Schlaggar B. L., Petersen S. E. + (2012). Spurious but systematic correlations in functional connectivity MRI + networks arise from subject motion. NeuroImage 59, 2142\u20132154. doi: 10.1016/j.neuroimage.2011.10.018, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.10.018", + "@IdType": "doi"}, {"#text": "PMC3254728", "@IdType": "pmc"}, {"#text": "22019881", + "@IdType": "pubmed"}]}}, {"Citation": "Rao A., Chatterjee P., Rao A. R., Dey + A. B. (2023). A cross-sectional study of various memory domains in normal + ageing population and subjective cognitive decline using PGIMS and Stroop + color-word test. J. Indian Acad. Geriatrics 19."}, {"Citation": "Rodr\u00edguez-Pujadas + A., Sanju\u00e1n A., Fuentes P., Ventura-Campos N., Barr\u00f3s-Loscertales + A., \u00c1vila C. (2014). Differential neural control in early bilinguals + and monolinguals during response inhibition. Brain Lang. 132, 43\u201351. + doi: 10.1016/j.bandl.2014.03.003, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.bandl.2014.03.003", "@IdType": "doi"}, {"#text": "24735970", "@IdType": + "pubmed"}]}}, {"Citation": "Savarimuthu A., Ponniah R. J. (2024). Cognition + and cognitive reserve. Integr. Psychol. Behav. Sci. 58, 483\u2013501. doi: + 10.1007/s12124-024-09821-3", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s12124-024-09821-3", + "@IdType": "doi"}, {"#text": "38279076", "@IdType": "pubmed"}]}}, {"Citation": + "Scarmeas N., Stern Y. (2003). Cognitive reserve and lifestyle. J. Clin. Exp. + Neuropsychol. 25, 625\u2013633. doi: 10.1076/jcen.25.5.625.14576, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1076/jcen.25.5.625.14576", "@IdType": + "doi"}, {"#text": "PMC3024591", "@IdType": "pmc"}, {"#text": "12815500", "@IdType": + "pubmed"}]}}, {"Citation": "Scarpina F., Tagini S. (2017). The Stroop Color + and Word Test. Front. Psychol. 8:557. doi: 10.3389/fpsyg.2017.00557, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2017.00557", "@IdType": + "doi"}, {"#text": "PMC5388755", "@IdType": "pmc"}, {"#text": "28446889", "@IdType": + "pubmed"}]}}, {"Citation": "Schultz D. H., Ito T., Cole M. W. (2022). Global + connectivity fingerprints predict the domain generality of multiple-demand + regions. Cereb. Cortex. 32, 4464\u20134479. doi: 10.1093/cercor/bhab495", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhab495", "@IdType": + "doi"}, {"#text": "PMC9574240", "@IdType": "pmc"}, {"#text": "35076709", "@IdType": + "pubmed"}]}}, {"Citation": "Schweizer T. A., Ware J., Fischer C. E., Craik + F. I. M., Bialystok E. (2012). Bilingualism as a contributor to cognitive + reserve: evidence from brain atrophy in Alzheimer\u2019s disease. Cortex 48, + 991\u2013996. doi: 10.1016/j.cortex.2011.04.009, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.cortex.2011.04.009", "@IdType": "doi"}, + {"#text": "21596373", "@IdType": "pubmed"}]}}, {"Citation": "Simonet M. (2014). + Long-term training-induced behavioural and structural plasticity of inhibitory + control in elite fencers. Available at: https://www.semanticscholar.org/paper/Long-term-training-induced-behavioural-and-of-in-Simonet/6a7279480725662209896894432ee2dc9ab488ad"}, + {"Citation": "\u0160neidere K., Zdanovskis N., Mondini S., Stepens A. (2024). + Relationship between lifestyle proxies of cognitive reserve and cortical regions + in older adults. Front. Psychol. 14:1308434. doi: 10.3389/fpsyg.2023.1308434", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2023.1308434", "@IdType": + "doi"}, {"#text": "PMC10797127", "@IdType": "pmc"}, {"#text": "38250107", + "@IdType": "pubmed"}]}}, {"Citation": "Song Y., Hakoda Y. (2015). An fMRI + study of the functional mechanisms of Stroop/reverse-Stroop effects. Behav. + Brain Res. 290, 187\u2013196. doi: 10.1016/j.bbr.2015.04.047, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bbr.2015.04.047", "@IdType": "doi"}, {"#text": + "25952963", "@IdType": "pubmed"}]}}, {"Citation": "St\u00e5lhammar J., Hellstr\u00f6m + P., Eckerstr\u00f6m C., Wallin A. (2022). Neuropsychological test performance + among native and non-native Swedes: Second language effects. Arch. Clin. Neuropsychol. + 37, 826\u2013838. doi: 10.1093/arclin/acaa043, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/arclin/acaa043", "@IdType": "doi"}, {"#text": "PMC9113439", + "@IdType": "pmc"}, {"#text": "32722802", "@IdType": "pubmed"}]}}, {"Citation": + "Stern Y. (2002). What is cognitive reserve? Theory and research application + of the reserve concept. J. Int. Neuropsychol. Soc. 8, 448\u2013460. doi: 10.1017/S1355617702813248, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1355617702813248", + "@IdType": "doi"}, {"#text": "11939702", "@IdType": "pubmed"}]}}, {"Citation": + "Stern Y. (2009). Cognitive reserve\u2606. Neuropsychologia 47, 2015\u20132028. + doi: 10.1016/j.neuropsychologia.2009.03.004, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuropsychologia.2009.03.004", "@IdType": "doi"}, {"#text": + "PMC2739591", "@IdType": "pmc"}, {"#text": "19467352", "@IdType": "pubmed"}]}}, + {"Citation": "Stern Y. (2021). How can cognitive reserve promote cognitive + and neurobehavioral health? Archives Clin. Neuropsychol. 36, 1291\u20131295. + doi: 10.1093/arclin/acab049, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1093/arclin/acab049", "@IdType": "doi"}, {"#text": "PMC8517622", "@IdType": + "pmc"}, {"#text": "34651645", "@IdType": "pubmed"}]}}, {"Citation": "Stern + Y., Arenaza-Urquijo E. M., Bartr\u00e9s-Faz D., Belleville S., Cantilon M., + Chetelat G., et al. . (2020). Whitepaper: Defining and investigating cognitive + reserve, brain reserve, and brain maintenance. Alzheimers Dement. 16, 1305\u20131311. + doi: 10.1016/j.jalz.2018.07.219, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.jalz.2018.07.219", "@IdType": "doi"}, {"#text": "PMC6417987", "@IdType": + "pmc"}, {"#text": "30222945", "@IdType": "pubmed"}]}}, {"Citation": "Stroop + J. R. (1935). Studies of interference in serial verbal reactions. J. Exp. + Psychol. 18, 643\u2013662. doi: 10.1037/h0054651, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/h0054651", "@IdType": "doi"}, {"#text": + "0", "@IdType": "pubmed"}]}}, {"Citation": "Surrain S., Luk G. (2019). Describing + bilinguals: A systematic review of labels and descriptions used in the literature + between 2005\u20132015. Biling. Lang. Congn. 22, 401\u2013415. doi: 10.1017/S1366728917000682", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728917000682", "@IdType": + "doi"}}}, {"Citation": "Teubner-Rhodes S., Bolger D. J., Novick J. M. (2019). + Conflict monitoring and detection in the bilingual brain. Biling. Lang. Congn. + 22, 228\u2013252. doi: 10.1017/S1366728917000670, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1017/S1366728917000670", "@IdType": "doi"}, {"#text": + "0", "@IdType": "pubmed"}]}}, {"Citation": "Tucker M., Stern Y. (2011). Cognitive + Reserve in Aging. Curr. Alzheimer Res. 8, 354\u2013360. doi: 10.2174/156720511795745320, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.2174/156720511795745320", + "@IdType": "doi"}, {"#text": "PMC3135666", "@IdType": "pmc"}, {"#text": "21222591", + "@IdType": "pubmed"}]}}, {"Citation": "Waldie K. E., Badzakova-Trajkov G., + Miliivojevic B., Kirk I. J. (2009). Neural activity during Stroop colour-word + task performance in late proficient bilinguals: a functional magnetic resonance + imaging study. Psychol. Neurosci. 2, 125\u2013136. doi: 10.3922/j.psns.2009.2.004", + "ArticleIdList": {"ArticleId": {"#text": "10.3922/j.psns.2009.2.004", "@IdType": + "doi"}}}, {"Citation": "Wong P. C. M., Ou J., Pang C. W. Y., Zhang L., Tse + C. S., Lam L. C. W., et al. . (2019). Language Training Leads to Global Cognitive + Improvement in Older Adults: A Preliminary Study. J. Speech Lang. Hear. Res. + 62, 2411\u20132424. doi: 10.1044/2019_JSLHR-L-18-0321, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1044/2019_JSLHR-L-18-0321", "@IdType": "doi"}, + {"#text": "31251679", "@IdType": "pubmed"}]}}, {"Citation": "Work N. (2014). + Rosetta Stone: Compatible with Proficiency Oriented Language Instruction and + Blended Learning. J. Technol. Teach. Learn. 10, 35\u201352."}, {"Citation": + "Ye Z., Zhou X. (2009). Executive control in language processing. Neurosci. + Biobehav. Rev. 33, 1168\u20131177. doi: 10.1016/j.neubiorev.2009.03.003, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2009.03.003", + "@IdType": "doi"}, {"#text": "19747595", "@IdType": "pubmed"}]}}, {"Citation": + "Zheng Y. (2024). \u201cThe Role of Technology in English Language Education: + Online Platforms, Apps, and Virtual Reality\u201d in Proceedings of the 3rd + International Conference on Education, Language and Art (ICELA 2023) (Vol. + 831, pp. 255\u2013261). eds. Zhu S., Baldini A. L., Hong Y., Xu Z., Syed Mohammed + S. F. (Atlantis Press SARL; ). Available at: https://www.atlantis-press.com/proceedings/icela-23/publishing"}]}, + "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": {"#text": "39170898", + "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": + {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": + "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "16", "PubDate": + {"Year": "2024"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging + Neurosci"}, "Abstract": {"AbstractText": [{"#text": "Numerous studies have + highlighted cognitive benefits in lifelong bilinguals during aging, manifesting + as superior performance on cognitive tasks compared to monolingual counterparts. + Yet, the cognitive impacts of acquiring a new language in older adulthood + remain unexplored. In this study, we assessed both behavioral and fMRI responses + during a Stroop task in older adults, pre- and post language-learning intervention.", + "@Label": "INTRODUCTION", "@NlmCategory": "UNASSIGNED"}, {"#text": "A group + of 41 participants (age:60-80) from a predominantly monolingual environment + underwent a four-month online language course, selecting a new language of + their preference. This intervention mandated engagement for 90 minutes a day, + five days a week. Daily tracking was employed to monitor progress and retention. + All participants completed a color-word Stroop task inside the scanner before + and after the language instruction period.", "@Label": "METHODS", "@NlmCategory": + "UNASSIGNED"}, {"#text": "We found that performance on the Stroop task, as + evidenced by accuracy and reaction time, improved following the language learning + intervention. With the neuroimaging data, we observed significant differences + in activity between congruent and incongruent trials in key regions in the + prefrontal and parietal cortex. These results are consistent with previous + reports using the Stroop paradigm. We also found that the amount of time participants + spent with the language learning program was related to differential activity + in these brain areas. Specifically, we found that people who spent more time + with the language learning program showed a greater increase in differential + activity between congruent and incongruent trials after the intervention relative + to before.", "@Label": "RESULTS", "@NlmCategory": "UNASSIGNED"}, {"#text": + "Future research is needed to determine the optimal parameters for language + learning as an effective cognitive intervention for aging populations. We + propose that with sufficient engagement, language learning can enhance specific + domains of cognition such as the executive functions. These results extend + the understanding of cognitive reserve and its augmentation through targeted + interventions, setting a foundation for future investigations.", "@Label": + "DISCUSSION", "@NlmCategory": "UNASSIGNED"}], "CopyrightInformation": "Copyright + \u00a9 2024 Schultz, Gansemer, Allgood, Gentz, Secilmis, Deldar, Savage and + Ghazi Saidi."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Douglas H", "Initials": + "DH", "LastName": "Schultz", "AffiliationInfo": [{"Affiliation": "Department + of Psychology, University of Nebraska-Lincoln, Lincoln, NE, United States."}, + {"Affiliation": "Center for Brain, Biology and Behavior, University of Nebraska-Lincoln, + Lincoln, NE, United States."}]}, {"@ValidYN": "Y", "ForeName": "Alison", "Initials": + "A", "LastName": "Gansemer", "AffiliationInfo": {"Affiliation": "Department + of Communication Disorders, College of Education, University of Nebraska at + Kearney, Kearney, NE, United States."}}, {"@ValidYN": "Y", "ForeName": "Kiley", + "Initials": "K", "LastName": "Allgood", "AffiliationInfo": {"Affiliation": + "Department of Communication Disorders, College of Education, University of + Nebraska at Kearney, Kearney, NE, United States."}}, {"@ValidYN": "Y", "ForeName": + "Mariah", "Initials": "M", "LastName": "Gentz", "AffiliationInfo": {"Affiliation": + "Department of Communication Disorders, College of Education, University of + Nebraska at Kearney, Kearney, NE, United States."}}, {"@ValidYN": "Y", "ForeName": + "Lauren", "Initials": "L", "LastName": "Secilmis", "AffiliationInfo": {"Affiliation": + "Center for Brain, Biology and Behavior, University of Nebraska-Lincoln, Lincoln, + NE, United States."}}, {"@ValidYN": "Y", "ForeName": "Zoha", "Initials": "Z", + "LastName": "Deldar", "AffiliationInfo": {"Affiliation": "Department of Psychology, + McGill University, Montreal, QC, Canada."}}, {"@ValidYN": "Y", "ForeName": + "Cary R", "Initials": "CR", "LastName": "Savage", "AffiliationInfo": [{"Affiliation": + "Department of Psychology, University of Nebraska-Lincoln, Lincoln, NE, United + States."}, {"Affiliation": "Center for Brain, Biology and Behavior, University + of Nebraska-Lincoln, Lincoln, NE, United States."}]}, {"@ValidYN": "Y", "ForeName": + "Ladan", "Initials": "L", "LastName": "Ghazi Saidi", "AffiliationInfo": [{"Affiliation": + "Center for Brain, Biology and Behavior, University of Nebraska-Lincoln, Lincoln, + NE, United States."}, {"Affiliation": "Department of Communication Disorders, + College of Education, University of Nebraska at Kearney, Kearney, NE, United + States."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1398015", + "MedlinePgn": "1398015"}, "ArticleDate": {"Day": "07", "Year": "2024", "Month": + "08", "@DateType": "Electronic"}, "ELocationID": [{"#text": "1398015", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2024.1398015", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Second language learning in older + adults modulates Stroop task performance and brain activation.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "23", "Year": "2024", "Month": "08"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "Stroop task", "@MajorTopicYN": "N"}, {"#text": "aging", + "@MajorTopicYN": "N"}, {"#text": "cognitive effects", "@MajorTopicYN": "N"}, + {"#text": "cognitive reserve", "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": + "N"}, {"#text": "language learning", "@MajorTopicYN": "N"}, {"#text": "older + adults", "@MajorTopicYN": "N"}]}, "CoiStatement": "The authors declare that + the research was conducted in the absence of any commercial or financial relationships + that could be construed as a potential conflict of interest.", "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": + "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2024, + "title": "Second language learning in older adults modulates Stroop task performance + and brain activation", "venue": "bioRxiv", "authors": [{"name": "Douglas H. + Schultz", "authorId": "2254329225"}, {"name": "Alison Gansemer", "authorId": + "2315317449"}, {"name": "Kiley Allgood", "authorId": "2315317603"}, {"name": + "Mariah Gentz", "authorId": "2315318009"}, {"name": "Lauren Secilmis", "authorId": + "2315317594"}, {"name": "Zoha Deldar", "authorId": "35630355"}, {"name": "Cary + R. Savage", "authorId": "2256505204"}, {"name": "Ladan Ghazi Saidi", "authorId": + "2161186223"}], "paperId": "85848f5290c125476ad6d6097813619c8d53ef90", "abstract": + "Numerous studies have highlighted cognitive benefits in lifelong bilinguals + during aging, manifesting as superior performance on cognitive tasks compared + to monolingual counterparts. Yet, the cognitive impacts of acquiring a new + language in older adulthood remain unexplored. In this study, we assessed + both behavioral and fMRI responses during a Stroop task in older adults, pre- + and post language-learning intervention. A group of 41 participants (age:60-80) + from a predominantly monolingual environment underwent a four-month online + language course, selecting a new language of their preference. This intervention + mandated engagement for 90 minutes a day, five days a week. Daily tracking + was employed to monitor progress and retention. All participants completed + a color-word Stroop task inside the scanner before and after the language + instruction period. We found that performance on the Stroop task, as evidenced + by accuracy and reaction time, improved following the language learning intervention. + With the neuroimaging data, we observed significant differences in activity + between congruent and incongruent trials in key regions in the prefrontal + and parietal cortex. These results are consistent with previous reports using + the Stroop paradigm. We also found that the amount of time participants spent + with the language learning program was related to differential activity in + these brain areas. Specifically, we found that people who spent more time + with the language learning program showed a greater increase in differential + activity between congruent and incongruent trials after the intervention relative + to before. Future research is needed to determine the optimal parameters for + language learning as an effective cognitive intervention for aging populations. + We propose that with sufficient engagement, language learning can enhance + specific domains of cognition such as the executive functions. These results + extend the understanding of cognitive reserve and its augmentation through + targeted interventions, setting a foundation for future investigations.", + "isOpenAccess": true, "openAccessPdf": {"url": "https://www.frontiersin.org/journals/aging-neuroscience/articles/10.3389/fnagi.2024.1398015/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC11335563, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2024-03-12"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T08:54:05.820468+00:00", "analyses": + [{"id": "8Ky7YarUXVWM", "user": null, "name": "Middle frontal gyrus", "metadata": + {"table": {"table_number": 1, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "cdgMtU8R8YwM", "coordinates": [42.0, 52.0, 9.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 12.7}]}, + {"id": "pbYwnKoPchHY", "coordinates": [37.0, 38.0, 29.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 17.46}]}, {"id": "eyEMhPXLroNV", "coordinates": [-38.0, 50.0, 25.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 14.83}]}], "images": []}, {"id": "rQDqxJZLL9EL", "user": null, + "name": "Precentral gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "pgkNGZKCAmEE", "coordinates": [-27.0, -10.0, 56.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 28.1}]}], "images": []}, {"id": "PKfKieER3yez", "user": null, "name": "Angular + gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "45VaT2VvnswC", "coordinates": [35.0, -61.0, 46.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 21.73}]}], "images": []}, {"id": "9GSfYwc3UEey", "user": null, "name": "Inferior + parietal lobe", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "r5GB98tEfjgY", "coordinates": [-30.0, -60.0, 49.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 46.49}]}, {"id": "DbUV8936QU5c", "coordinates": [54.0, -51.0, 26.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 14.32}]}], "images": []}, {"id": "hdaFBhk8YYrR", "user": null, + "name": "Fusiform gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "F5TyMihEAZkX", "coordinates": [33.0, -49.0, -17.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 23.0}]}, {"id": "Ekh4BxbqnbJZ", "coordinates": [32.0, -58.0, -12.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 16.25}]}, {"id": "BfXKDz4KgXDd", "coordinates": [-33.0, -49.0, + -16.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 18.29}]}], "images": []}, {"id": "CiqRo4XmPQCE", "user": + null, "name": "Middle occipital gyrus", "metadata": {"table": {"table_number": + 1, "table_metadata": {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "Yq3EH9Y7HSrc", "coordinates": [37.0, -88.0, 4.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 20.88}]}], "images": []}, {"id": "CM4a6Bm6yyCn", "user": null, "name": "Caudate + nucleus", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "hAmzy4Trq462", "coordinates": [11.0, 1.0, 9.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 27.6}]}, + {"id": "Px9bKjKq9CwJ", "coordinates": [-12.0, 1.0, 13.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 17.37}]}], "images": []}, {"id": "X8RCw92LwzWS", "user": null, "name": "Cerebellum", + "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": "tab1", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "e8z44UxRyUDf", "coordinates": [17.0, -71.0, -30.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 25.28}]}, {"id": "8GXNUyspDAsu", "coordinates": [-47.0, -68.0, -29.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 28.43}]}, {"id": "mhyP9BzRrtkc", "coordinates": [-9.0, -82.0, + -24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 14.24}]}, {"id": "p8WJRbyQefph", "coordinates": [-31.0, + -57.0, -29.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 13.29}]}, {"id": "iVf3DPTtwiAY", "coordinates": + [36.0, -73.0, -27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 13.1}]}], "images": []}, {"id": "MHMWTnkkZUX5", + "user": null, "name": "Superior frontal gyrus", "metadata": {"table": {"table_number": + 1, "table_metadata": {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "t6jgZcHmKwXY", "coordinates": [28.0, 1.0, 57.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 15.47}]}], + "images": []}, {"id": "7eBgcdF3VtAh", "user": null, "name": "Inferior temporal + gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "tYyszeXEmNW3", "coordinates": [-31.0, -98.0, -10.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 13.77}]}, {"id": "ee9PDk4nUVgo", "coordinates": [41.0, -88.0, -6.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 14.94}]}], "images": []}, {"id": "h66Vj6or9swu", "user": null, + "name": "SMA", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "UhEedsAAu6NQ", "coordinates": [-1.0, 14.0, 53.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 47.97}]}], "images": []}, {"id": "hBnfsWTqDEUr", "user": null, "name": "Supramarginal + gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "HHfkbz6F6kV9", "coordinates": [60.0, -44.0, 30.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 17.33}]}, {"id": "kWLtrUFuZuzn", "coordinates": [-64.0, -48.0, 34.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 16.1}]}], "images": []}, {"id": "punMrzVLkfCn", "user": null, + "name": "Cuneus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "kYA46qXVHYt9", "coordinates": [7.0, -79.0, 35.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 24.0}]}], "images": []}, {"id": "pwyXbQCgGRqq", "user": null, "name": "Inferior + frontal gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "DqE7oVKeUPGo", "coordinates": [-47.0, 17.0, 25.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 36.71}]}, {"id": "FL9cdZW5PMmp", "coordinates": [47.0, 22.0, 18.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 32.23}]}, {"id": "e38Jn5NoPSz5", "coordinates": [49.0, 44.0, + -4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 19.36}]}], "images": []}, {"id": "KVD5v8srBLaT", "user": + null, "name": "Calcarine gyrus", "metadata": {"table": {"table_number": 1, + "table_metadata": {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "KDxCP8UBssdw", "coordinates": [3.0, -81.0, 8.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 13.18}]}], + "images": []}, {"id": "sGdEsYBd8unj", "user": null, "name": "Inferior temporal + gyrus-2", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "urW3yrdKPEqJ", "coordinates": [-48.0, -63.0, -9.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 23.45}]}, {"id": "JtyuToV6Btfp", "coordinates": [48.0, -69.0, -11.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 20.35}]}, {"id": "kWaWsHGHiWG9", "coordinates": [49.0, -56.0, + -14.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 34.03}]}], "images": []}, {"id": "MeM5ECpkLAWT", "user": + null, "name": "Middle temporal gyrus", "metadata": {"table": {"table_number": + 1, "table_metadata": {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "jur99RVJ9Rn7", "coordinates": [-59.0, -48.0, 7.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 18.66}]}, {"id": "4mJSAdhYYgB2", "coordinates": [-51.0, -53.0, 19.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 18.97}]}], "images": []}, {"id": "eiL3fLMNcMFC", "user": null, + "name": "Middle cingulate", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "bETrx6DD8BsV", "coordinates": [-1.0, -28.0, 29.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 14.32}]}, {"id": "RK2ceQad9FoG", "coordinates": [7.0, -14.0, 31.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 19.89}]}], "images": []}, {"id": "W7NZnhieJmxW", "user": null, + "name": "Thalamus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "zL3mkDbfpn2j", "coordinates": [-12.0, -16.0, 9.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 31.03}]}], "images": []}]}, {"id": "vS8WrsvyeVgN", "created_at": "2025-12-04T05:27:32.256396+00:00", + "updated_at": null, "user": null, "name": "Dynamic range of frontoparietal + functional modulation is associated with working memory capacity limitations + in older adults", "description": "Older adults tend to over-activate regions + throughout frontoparietal cortices and exhibit a reduced range of functional + modulation during WM task performance compared to younger adults. While recent + evidence suggests that reduced functional modulation is associated with poorer + task performance, it remains unclear whether reduced range of modulation is + indicative of general WM capacity-limitations. In the current study, we examined + whether the range of functional modulation observed over multiple levels of + WM task difficulty (N-Back) predicts in-scanner task performance and out-of-scanner + psychometric estimates of WM capacity. Within our sample (60-77years of age), + age was negatively associated with frontoparietal modulation range. Individuals + with greater modulation range exhibited more accurate N-Back performance. + In addition, despite a lack of significant relationships between N-Back and + complex span task performance, range of frontoparietal modulation during the + N-Back significantly predicted domain-general estimates of WM capacity. Consistent + with previous cross-sectional findings, older individuals with less modulation + range exhibited greater activation at the lowest level of task difficulty + but less activation at the highest levels of task difficulty. Our results + are largely consistent with existing theories of neurocognitive aging (e.g. + CRUNCH) but focus attention on dynamic range of functional modulation asa + novel marker of WM capacity-limitations in older adults.", "publication": + "Brain and Cognition", "doi": "10.1016/j.bandc.2017.08.007", "pmid": "28865310", + "authors": "Jonathan G. Hakun; N. Johnson", "year": 2017, "metadata": {"slug": + "28865310-10-1016-j-bandc-2017-08-007-pmc5779093", "source": "semantic_scholar", + "keywords": ["Aging", "Modulation", "N-Back", "Working memory capacity", "fMRI"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "22", "Year": "2017", "Month": "2", "@PubStatus": "received"}, {"Day": "31", + "Year": "2017", "Month": "5", "@PubStatus": "revised"}, {"Day": "25", "Year": + "2017", "Month": "8", "@PubStatus": "accepted"}, {"Day": "3", "Hour": "6", + "Year": "2017", "Month": "9", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": + "24", "Hour": "6", "Year": "2018", "Month": "4", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "3", "Hour": "6", "Year": "2017", "Month": "9", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2018", "Month": "11", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "28865310", "@IdType": "pubmed"}, {"#text": "NIHMS903186", "@IdType": "mid"}, + {"#text": "PMC5779093", "@IdType": "pmc"}, {"#text": "10.1016/j.bandc.2017.08.007", + "@IdType": "doi"}, {"#text": "S0278-2626(17)30066-0", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "Alvarez GA, Cavanagh P. The + Capacity of Visual Short-Term Memory is Set Both by Visual Information Load + and by Number of Objects. Psychological Science. 2004;15(2):106\u2013111. http://doi.org/10.1111/j.0963-7214.2004.01502006.x.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.0963-7214.2004.01502006.x", + "@IdType": "doi"}, {"#text": "14738517", "@IdType": "pubmed"}]}}, {"Citation": + "Andersson J, Jenkinson M, Smith SM. Non-linear registration aka Spatial normalisation + FMRIB Technial Report TR07JA2 2007"}, {"Citation": "Baddeley AD. Working memory: + looking back and looking forward. Nature Reviews Neuroscience. 2003;4(10):829\u2013839. http://doi.org/10.1038/nrn1201.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1201", "@IdType": "doi"}, + {"#text": "14523382", "@IdType": "pubmed"}]}}, {"Citation": "Baddeley AD, + Hitch G. Working Memory. Psychology of Learning and Motivation. 1974;8:47\u201389. http://doi.org/10.1016/S0079-7421(08)60452-1.", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/S0079-7421(08)60452-1", + "@IdType": "doi"}}}, {"Citation": "Barrouillet P, Bernardin S, Camos V. Time + Constraints and Resource Sharing in Adults\u2019 Working Memory Spans. Journal + of Experimental Psychology: General. 2004;133(1):83\u2013100. http://doi.org/10.1037/0096-3445.133.1.83.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-3445.133.1.83", "@IdType": + "doi"}, {"#text": "14979753", "@IdType": "pubmed"}]}}, {"Citation": "Bays + PM, Catalao RFG, Husain M, A AG, P C, E A, J LS. The precision of visual working + memory is set by allocation of a shared resource. Journal of Vision. 2009;9(10):7\u20137. + A., A. G., P., C., E., A., \u2026 J., L. S. http://doi.org/10.1167/9.10.7.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1167/9.10.7", "@IdType": "doi"}, + {"#text": "PMC3118422", "@IdType": "pmc"}, {"#text": "19810788", "@IdType": + "pubmed"}]}}, {"Citation": "Bopp KL, Verhaeghen P. Aging and Verbal Memory + Span: A Meta-Analysis. The Journals of Gerontology Series B: Psychological + Sciences and Social Sciences. 2005;60(5):P223\u2013P233. http://doi.org/10.1093/geronb/60.5.P223.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/geronb/60.5.P223", "@IdType": + "doi"}, {"#text": "16131616", "@IdType": "pubmed"}]}}, {"Citation": "Braver + TS, West R. Working memory, executive control, and aging. Psychology Press; + 2008."}, {"Citation": "Brown CA, Hakun JG, Zhu Z, Johnson NF, Gold BT. White + matter microstructure contributes to age-related declines in task-induced + deactivation of the default mode network. Frontiers in Aging Neuroscience. + 2015;7:194. http://doi.org/10.3389/fnagi.2015.00194.", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2015.00194", "@IdType": "doi"}, {"#text": "PMC4598480", + "@IdType": "pmc"}, {"#text": "26500549", "@IdType": "pubmed"}]}}, {"Citation": + "Buckner RL. Molecular, Structural, and Functional Characterization of Alzheimer\u2019s + Disease: Evidence for a Relationship between Default Activity, Amyloid, and + Memory. Journal of Neuroscience. 2005;25(34):7709\u20137717. http://doi.org/10.1523/JNEUROSCI.2177-05.2005.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.2177-05.2005", + "@IdType": "doi"}, {"#text": "PMC6725245", "@IdType": "pmc"}, {"#text": "16120771", + "@IdType": "pubmed"}]}}, {"Citation": "Burgess GC, Gray JR, Conway ARA, Braver + TS. Neural mechanisms of interference control underlie the relationship between + fluid intelligence and working memory span. Journal of Experimental Psychology: + General. 2011;140(4):674\u2013692. http://doi.org/10.1037/a0024695.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/a0024695", "@IdType": "doi"}, {"#text": + "PMC3930174", "@IdType": "pmc"}, {"#text": "21787103", "@IdType": "pubmed"}]}}, + {"Citation": "Burzynska A, Garrett DD, Preuschhof C, Nagel IE, Li SC, Backman + L, Lindenberger U. A Scaffold for Efficiency in the Human Brain. Journal of + Neuroscience. 2013;33(43):17150\u201317159. http://doi.org/Doi10.1523/Jneurosci.1426-13.2013.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6618437", "@IdType": "pmc"}, + {"#text": "24155318", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R, Anderson + ND, Locantore JK, McIntosh AR. Aging Gracefully: Compensatory Brain Activity + in High-Performing Older Adults. NeuroImage. 2002;17(3):1394\u20131402. http://doi.org/10.1006/nimg.2002.1280.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2002.1280", "@IdType": + "doi"}, {"#text": "12414279", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R, Dennis NA. Frontal lobes and aging: Deterioration and compensation. In: + K. R. T Stuss DT, editor. Principles of Frontal Lobe Function. 2nd. New York: + Oxford University Press; 2012. pp. 628\u2013652."}, {"Citation": "Cappell + KA, Gmeindl L, Reuter-Lorenz PA. Age differences in prefontal recruitment + during verbal working memory maintenance depend on memory load. Cortex. 2010;46(4):462\u2013473.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2853232", "@IdType": "pmc"}, + {"#text": "20097332", "@IdType": "pubmed"}]}}, {"Citation": "Christophel TB, + Klink PC, Spitzer B, Roelfsema PR, Haynes JD. The Distributed Nature of Working + Memory. Trends in Cognitive Sciences. 2017;21(2):111\u2013124. http://doi.org/10.1016/j.tics.2016.12.007.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2016.12.007", "@IdType": + "doi"}, {"#text": "28063661", "@IdType": "pubmed"}]}}, {"Citation": "Chun + MM. Visual working memory as visual attention sustained internally over time. + Neuropsychologia. 2011;49(6):1407\u20131409. http://doi.org/10.1016/j.neuropsychologia.2011.01.029.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2011.01.029", + "@IdType": "doi"}, {"#text": "21295047", "@IdType": "pubmed"}]}}, {"Citation": + "Colcombe SJ, Kramer AF, Erickson KI, Scalf PE. The implications of cortical + recruitment and brain morphology for individual differences in inhibitory + function in aging humans. Psychology and Aging. 2005;20(3):363.", "ArticleIdList": + {"ArticleId": {"#text": "16248697", "@IdType": "pubmed"}}}, {"Citation": "Cole + MW, Repov\u0161 G, Anticevic A. The Frontoparietal Control System. The Neuroscientist. + 2014;20(6):652\u2013664. http://doi.org/10.1177/1073858414525995.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1073858414525995", "@IdType": "doi"}, {"#text": + "PMC4162869", "@IdType": "pmc"}, {"#text": "24622818", "@IdType": "pubmed"}]}}, + {"Citation": "Conway ARA, Kane MJ, Bunting MF, Hambrick DZ, Wilhelm O, Engle + RW. Working memory span tasks: A methodological review and user\u2019s guide. + Psychonomic Bulletin & Review. 2005;12(5):769\u2013786. http://doi.org/10.3758/BF03196772.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/BF03196772", "@IdType": + "doi"}, {"#text": "16523997", "@IdType": "pubmed"}]}}, {"Citation": "Conway + ARA, Kane MJ, Engle RW. Working memory capacity and its relation to general + intelligence. Trends in Cognitive Sciences. 2003;7(12):547\u2013552. http://doi.org/10.1016/j.tics.2003.10.005.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2003.10.005", "@IdType": + "doi"}, {"#text": "14643371", "@IdType": "pubmed"}]}}, {"Citation": "Cowan + N. An Embedded-Processes Model of Working Memory. In: Miyake A, Shah P, editors. + Models of Working Memory. Cambridge: Cambridge University Press; 1999. pp. + 62\u2013101. http://doi.org/10.1017/CBO9781139174909.006.", "ArticleIdList": + {"ArticleId": {"#text": "10.1017/CBO9781139174909.006", "@IdType": "doi"}}}, + {"Citation": "Cowan N. working memory capacity. Abingdon, UK: Taylor & Francis; + 2005. http://doi.org/10.4324/9780203342398.", "ArticleIdList": {"ArticleId": + {"#text": "10.4324/9780203342398", "@IdType": "doi"}}}, {"Citation": "Cowan + N. The Magical Mystery Four. Current Directions in Psychological Science. + 2010;19(1):51\u201357. http://doi.org/10.1177/0963721409359277.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/0963721409359277", "@IdType": "doi"}, {"#text": + "PMC2864034", "@IdType": "pmc"}, {"#text": "20445769", "@IdType": "pubmed"}]}}, + {"Citation": "Dolcos F, Rice HJ, Cabeza R. Hemispheric asymmetry and aging: + right hemisphere decline or asymmetry reduction. Neuroscience & Biobehavioral + Reviews. 2002;26(7):819\u2013825. http://doi.org/10.1016/S0149-7634(02)00068-4.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0149-7634(02)00068-4", + "@IdType": "doi"}, {"#text": "12470693", "@IdType": "pubmed"}]}}, {"Citation": + "Drag LL, Bieliauskas LA. Contemporary Review 2009: Cognitive Aging. Journal + of Geriatric Psychiatry and Neurology. 2010;23(2):75\u201393. http://doi.org/Doi10.1177/0891988709358590.", + "ArticleIdList": {"ArticleId": {"#text": "20101069", "@IdType": "pubmed"}}}, + {"Citation": "Drzezga A, Becker JA, Van Dijk KRA, Sreenivasan A, Talukdar + T, Sullivan C, Sperling RA. Neuronal dysfunction and disconnection of cortical + hubs in non-demented subjects with elevated amyloid burden. Brain. 2011;134(6):1635\u20131646. http://doi.org/10.1093/brain/awr066.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awr066", "@IdType": + "doi"}, {"#text": "PMC3102239", "@IdType": "pmc"}, {"#text": "21490054", "@IdType": + "pubmed"}]}}, {"Citation": "Engle RW. Working Memory Capacity as Executive + Attention. Current Directions in Psychological Science. 2002;11(1):19\u201323. http://doi.org/10.1111/1467-8721.00160.", + "ArticleIdList": {"ArticleId": {"#text": "10.1111/1467-8721.00160", "@IdType": + "doi"}}}, {"Citation": "Girouard H, Iadecola C. Neurovascular coupling in + the normal brain and in hypertension, stroke, and Alzheimer disease. Journal + of Applied Physiology. 2005;100(1)", "ArticleIdList": {"ArticleId": {"#text": + "16357086", "@IdType": "pubmed"}}}, {"Citation": "Grady CL. BRAIN AGEING The + cognitive neuroscience of ageing. Nature Reviews Neuroscience. 2012;13(7):491\u2013505. http://doi.org/Doi10.1038/Nrn3256.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3800175", "@IdType": "pmc"}, + {"#text": "22714020", "@IdType": "pubmed"}]}}, {"Citation": "Hakun JG, Zhu + Z, Brown CA, Johnson NF, Gold BT. Longitudinal alterations to brain function, + structure, and cognitive performance in healthy older adults: A fMRI-DTI study. + Neuropsychologia. 2015;71:225\u2013235. http://doi.org/10.1016/j.neuropsychologia.2015.04.008.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2015.04.008", + "@IdType": "doi"}, {"#text": "PMC4417375", "@IdType": "pmc"}, {"#text": "25862416", + "@IdType": "pubmed"}]}}, {"Citation": "Hale S, Rose NS, Myerson J, Strube + MJ, Sommers M, Tye-Murray N, Spehar B. The structure of working memory abilities + across the adult life span. Psychology and Aging. 2011;26(1):92\u2013110. http://doi.org/10.1037/a0021483.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0021483", "@IdType": "doi"}, + {"#text": "PMC3062735", "@IdType": "pmc"}, {"#text": "21299306", "@IdType": + "pubmed"}]}}, {"Citation": "Hasher L, Lustig C, Zacks RT. Inhibitory mechanisms + and the control of attention. Variation in Working Memory. 2007:227\u2013249."}, + {"Citation": "Hasher L, Zacks RT. Working memory, comprehension, and aging: + A review and a new view. Psychology of Learning and Motivation. 1988;22:193\u2013225."}, + {"Citation": "Hazy TE, Frank MJ, O\u2019Reilly RC. Towards an executive without + a homunculus: computational models of the prefrontal cortex/basal ganglia + system. Philosophical Transactions of the Royal Society of London B: Biological + Sciences. 2007;362(1485)", "ArticleIdList": {"ArticleId": [{"#text": "PMC2440774", + "@IdType": "pmc"}, {"#text": "17428778", "@IdType": "pubmed"}]}}, {"Citation": + "Hedden T, Mormino EC, Amariglio RE, Younger AP, Schultz AP, Becker JA, Rentz + DM. Cognitive Profile of Amyloid Burden and White Matter Hyperintensities + in Cognitively Normal Older Adults. Journal of Neuroscience. 2012;32(46)", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3523110", "@IdType": "pmc"}, + {"#text": "23152607", "@IdType": "pubmed"}]}}, {"Citation": "Hedden T, Van + Dijk KRA, Shire EH, Sperling RA, Johnson KA, Buckner RL. Cerebral Cortex. + 5. Vol. 22. New York, N.Y.: 2012. Failure to modulate attentional control + in advanced aging linked to white matter pathology; pp. 1038\u201351. 1991. http://doi.org/10.1093/cercor/bhr172.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhr172", "@IdType": + "doi"}, {"#text": "PMC3328340", "@IdType": "pmc"}, {"#text": "21765181", "@IdType": + "pubmed"}]}}, {"Citation": "Jaeggi SM, Buschkuehl M, Perrig WJ, Meier B. The + concurrent validity of the N -back task as a working memory measure. Memory. + 2010;18(4):394\u2013412. http://doi.org/10.1080/09658211003702171.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1080/09658211003702171", "@IdType": "doi"}, {"#text": + "20408039", "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M, Beckmann CF, + Behrens TEJ, Woolrich MW, Smith SM. FSL. NeuroImage. 2012;62(2):782\u2013790. http://doi.org/10.1016/j.neuroimage.2011.09.015.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.09.015", + "@IdType": "doi"}, {"#text": "21979382", "@IdType": "pubmed"}]}}, {"Citation": + "Jurado MB, Rosselli M. The Elusive Nature of Executive Functions: A Review + of our Current Understanding. Neuropsychology Review. 2007;17(3):213\u2013233. http://doi.org/10.1007/s11065-007-9040-z.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11065-007-9040-z", "@IdType": + "doi"}, {"#text": "17786559", "@IdType": "pubmed"}]}}, {"Citation": "Kane + MJ, Conway ARA, Miura TK, Colflesh GJH. Working memory, attention control, + and the n-back task: A question of construct validity. Journal of Experimental + Psychology: Learning, Memory, and Cognition. 2007;33(3):615\u2013622. http://doi.org/10.1037/0278-7393.33.3.615.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0278-7393.33.3.615", "@IdType": + "doi"}, {"#text": "17470009", "@IdType": "pubmed"}]}}, {"Citation": "Kane + MJ, Engle RW. Working-memory capacity and the control of attention: The contributions + of goal neglect, response competition, and task set to Stroop interference. + Journal of Experimental Psychology: General. 2003;132(1):47\u201370. http://doi.org/10.1037/0096-3445.132.1.47.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-3445.132.1.47", "@IdType": + "doi"}, {"#text": "12656297", "@IdType": "pubmed"}]}}, {"Citation": "Kane + MJ, Hambrick DZ, Tuholski SW, Wilhelm O, Payne TW, Engle RW. The Generality + of Working Memory Capacity: A Latent-Variable Approach to Verbal and Visuospatial + Memory Span and Reasoning. Journal of Experimental Psychology: General. 2004;133(2):189\u2013217. http://doi.org/10.1037/0096-3445.133.2.189.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-3445.133.2.189", "@IdType": + "doi"}, {"#text": "15149250", "@IdType": "pubmed"}]}}, {"Citation": "Kaup + AR, Drummond SPA, Eyler LT. Brain functional correlates of working memory: + reduced load-modulated activation and deactivation in aging without hyperactivation + or functional reorganization. Journal of the International Neuropsychological + Society\u202f: JINS. 2014;20(9):945\u201350. http://doi.org/10.1017/S1355617714000824.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1355617714000824", "@IdType": + "doi"}, {"#text": "PMC4624295", "@IdType": "pmc"}, {"#text": "25263349", "@IdType": + "pubmed"}]}}, {"Citation": "Kennedy KM, Partridge T, Raz N. Age-Related Differences + in Acquisition of Perceptual-Motor Skills: Working Memory as a Mediator. Aging, + Neuropsychology, and Cognition. 2008;15(2):165\u2013183. http://doi.org/10.1080/13825580601186650.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825580601186650", "@IdType": + "doi"}, {"#text": "17851986", "@IdType": "pubmed"}]}}, {"Citation": "Kennedy + KM, Rodrigue KM, Bischof GN, Hebrank AC, Reuter-Lorenz PA, Park DC. Age trajectories + of functional activation under conditions of low and high processing demands: + an adult lifespan fMRI study of the aging brain. NeuroImage. 2015;104:21\u201334. http://doi.org/10.1016/j.neuroimage.2014.09.056.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.09.056", + "@IdType": "doi"}, {"#text": "PMC4252495", "@IdType": "pmc"}, {"#text": "25284304", + "@IdType": "pubmed"}]}}, {"Citation": "Kyllonen PC, Christal RE. Reasoning + ability is (little more than) working-memory capacity?! Intelligence. 1990;14(4):389\u2013433. http://doi.org/10.1016/S0160-2896(05)80012-1.", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/S0160-2896(05)80012-1", + "@IdType": "doi"}}}, {"Citation": "Linden DEJ, Bittner RA, Muckli L, Waltz + JA, Kriegeskorte N, Goebel R, Munk MHJ. Cortical capacity constraints for + visual working memory: Dissociation of fMRI load effects in a fronto-parietal + network. NeuroImage. 2003;20(3):1518\u20131530. http://doi.org/10.1016/j.neuroimage.2003.07.021.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.07.021", + "@IdType": "doi"}, {"#text": "14642464", "@IdType": "pubmed"}]}}, {"Citation": + "Luck SJ, Vogel EK. Visual working memory capacity: from psychophysics and + neurobiology to individual differences. Trends in Cognitive Sciences. 2013;17(8):391\u2013400. http://doi.org/10.1016/j.tics.2013.06.006.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2013.06.006", "@IdType": + "doi"}, {"#text": "PMC3729738", "@IdType": "pmc"}, {"#text": "23850263", "@IdType": + "pubmed"}]}}, {"Citation": "Lustig C, Hasher L, Zacks RT. Inhibitory deficit + theory: Recent developments in a \u201cnew view\u201d. Inhibition in Cognition. + 2007:145\u2013162."}, {"Citation": "Mattay VS, Fera F, Tessitore A, Hariri + AR, Berman KF, Das S, Weinberger DR. Neurophysiological correlates of age-related + changes in working memory capacity. Neuroscience Letters. 2006;392(1):32\u201337. http://doi.org/10.1016/j.neulet.2005.09.025.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neulet.2005.09.025", + "@IdType": "doi"}, {"#text": "16213083", "@IdType": "pubmed"}]}}, {"Citation": + "Mccabe DP, Roediger Henry L, III, Mcdaniel MA, Balota DA, Hambrick DZ. The + Relationship Between Working Memory Capacity and Executive Functioning: Evidence + for a Common Executive Attention Construct. Neuropsychology. 2010;24(2):222\u2013243. http://doi.org/10.1037/a0017619.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0017619", "@IdType": "doi"}, + {"#text": "PMC2852635", "@IdType": "pmc"}, {"#text": "20230116", "@IdType": + "pubmed"}]}}, {"Citation": "McCollough AW, Machizawa MG, Vogel EK. Electrophysiological + Measures of Maintaining Representations in Visual Working Memory. Cortex. + 2007;43(1):77\u201394. http://doi.org/10.1016/S0010-9452(08)70447-7.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S0010-9452(08)70447-7", "@IdType": "doi"}, + {"#text": "17334209", "@IdType": "pubmed"}]}}, {"Citation": "Miller GA. The + magical number seven plus or minus two: some limits on our capacity for processing + information. Psychological Review. 1956;63(2):81\u201397.", "ArticleIdList": + {"ArticleId": {"#text": "13310704", "@IdType": "pubmed"}}}, {"Citation": "Miyake + A, Friedman NP. The Nature and Organization of Individual Differences in Executive + Functions: Four General Conclusions. Current Directions in Psychological Science. + 2012;21(1):8\u201314. http://doi.org/10.1177/0963721411429458.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/0963721411429458", "@IdType": "doi"}, {"#text": + "PMC3388901", "@IdType": "pmc"}, {"#text": "22773897", "@IdType": "pubmed"}]}}, + {"Citation": "Miyake A, Friedman NP, Emerson MJ, Witzki AH, Howerter A, Wager + TD. The Unity and Diversity of Executive Functions and Their Contributions + to Complex \u201cFrontal Lobe\u201d Tasks: A Latent Variable Analysis. Cognitive + Psychology. 2000;41(1):49\u2013100. http://doi.org/10.1006/cogp.1999.0734.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/cogp.1999.0734", "@IdType": + "doi"}, {"#text": "10945922", "@IdType": "pubmed"}]}}, {"Citation": "Mogle + JA, Lovett BJ, Stawski RS, Sliwinski MJ. What\u2019s So Special About Working + Memory? An Examination of the Relationships Among Working Memory, Secondary + Memory, and Fluid Intelligence. Psychological Science. 2008;19(11):1071\u20131077. http://doi.org/10.1111/j.1467-9280.2008.02202.x.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1467-9280.2008.02202.x", + "@IdType": "doi"}, {"#text": "19076475", "@IdType": "pubmed"}]}}, {"Citation": + "Nagel IE, Preuschhof C, Li SC, Nyberg L, B\u00e4ckman L, Lindenberger U, + Heekeren HR. Performance level modulates adult age differences in brain activation + during spatial working memory. Proceedings of the National Academy of Sciences + of the United States of America. 2009;106(52):22552\u20137. http://doi.org/10.1073/pnas.0908238106.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0908238106", "@IdType": + "doi"}, {"#text": "PMC2799744", "@IdType": "pmc"}, {"#text": "20018709", "@IdType": + "pubmed"}]}}, {"Citation": "Nagel IE, Preuschhof C, Li SC, Nyberg L, B\u00e4ckman + L, Lindenberger U, Heekeren HR. Load Modulation of BOLD Response and Connectivity + Predicts Working Memory Performance in Younger and Older Adults. Journal of + Cognitive Neuroscience. 2011;23(8):2030\u20132045. http://doi.org/10.1162/jocn.2010.21560.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2010.21560", "@IdType": + "doi"}, {"#text": "20828302", "@IdType": "pubmed"}]}}, {"Citation": "Nee DE, + Brown JW, Askren MK, Berman MG, Demiralp E, Krawitz A, Jonides J. Cerebral + Cortex. 2. Vol. 23. New York, N.Y.: 2013. A meta-analysis of executive components + of working memory; pp. 264\u201382. 1991. http://doi.org/10.1093/cercor/bhs007.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhs007", "@IdType": + "doi"}, {"#text": "PMC3584956", "@IdType": "pmc"}, {"#text": "22314046", "@IdType": + "pubmed"}]}}, {"Citation": "Niendam TA, Laird AR, Ray KL, Dean YM, Glahn DC, + Carter CS. Meta-analytic evidence for a superordinate cognitive control network + subserving diverse executive functions. Cogn Affect Behav Neurosci. 2012;12(2):241\u2013268. http://doi.org/10.3758/s13415-011-0083-5.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13415-011-0083-5", "@IdType": + "doi"}, {"#text": "PMC3660731", "@IdType": "pmc"}, {"#text": "22282036", "@IdType": + "pubmed"}]}}, {"Citation": "Oberauer K, Lewandowsky S, Farrell S, Jarrold + C, Greaves M. Modeling working memory: an interference model of complex span. + Psychonomic Bulletin & Review. 2012;19(5):779\u2013819. http://doi.org/10.3758/s13423-012-0272-4.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-012-0272-4", "@IdType": + "doi"}, {"#text": "22715024", "@IdType": "pubmed"}]}}, {"Citation": "Owen + AM, McMillan KM, Laird AR, Bullmore E. N-back working memory paradigm: A meta-analysis + of normative functional neuroimaging studies. Human Brain Mapping. 2005;25(1):46\u201359. http://doi.org/10.1002/hbm.20131.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.20131", "@IdType": + "doi"}, {"#text": "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", "@IdType": + "pubmed"}]}}, {"Citation": "Park DC, Hedden T. Working memory and aging. Perspectives + on human memory and cognitive aging: Essays in honour of Fergus Craik. 2001:148\u2013160."}, + {"Citation": "Park DC, Lautenschlager G, Hedden T, Davidson NS, Smith AD, + Smith PK. Models of visuospatial and verbal memory across the adult life span. + Psychology and Aging. 2002;17(2):299\u2013320. http://doi.org/10.1037/0882-7974.17.2.299.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.17.2.299", "@IdType": + "doi"}, {"#text": "12061414", "@IdType": "pubmed"}]}}, {"Citation": "Park + DC, Polk TA, Hebrank AC, Jenkins L. Age differences in default mode activity + on easy and difficult spatial judgment tasks. Frontiers in Human Neuroscience. + 2010;3:75. http://doi.org/10.3389/neuro.09.075.2009.", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/neuro.09.075.2009", "@IdType": "doi"}, {"#text": "PMC2814559", + "@IdType": "pmc"}, {"#text": "20126437", "@IdType": "pubmed"}]}}, {"Citation": + "Park DC, Smith AD, Lautenschlager G, Earles JLD, et al. Zwahr M, Gaines CL. + Mediators of long-term memory performance across the life span. Psychology + and Aging. 1996;11(4):621\u2013637. http://doi.org/10.1037/0882-7974.11.4.621.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.11.4.621", "@IdType": + "doi"}, {"#text": "9000294", "@IdType": "pubmed"}]}}, {"Citation": "Persson + J, Lustig C, Nelson JK, Reuter-Lorenz PA. Age Differences in Deactivation: + A Link to Cognitive Control? Journal of Cognitive Neuroscience. 2007;19(6):1021\u20131032. http://doi.org/10.1162/jocn.2007.19.6.1021.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2007.19.6.1021", "@IdType": + "doi"}, {"#text": "17536972", "@IdType": "pubmed"}]}}, {"Citation": "Redick + TS, Broadway JM, Meier ME, Kuriakose PS, Unsworth N, Kane MJ, Engle RW. Measuring + Working Memory Capacity With Automated Complex Span Tasks. WMC Tasks European + Journalof Psychological Assessment. 2012;28(3):164\u2013171. http://doi.org/10.1027/1015-5759/a000123.", + "ArticleIdList": {"ArticleId": {"#text": "10.1027/1015-5759/a000123", "@IdType": + "doi"}}}, {"Citation": "Redick TS, Lindsey DRB. Complex span and n-back measures + of working memory: A meta-analysis. Psychonomic Bulletin & Review. 2013;20(6):1102\u20131113. http://doi.org/10.3758/s13423-013-0453-9.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-013-0453-9", "@IdType": + "doi"}, {"#text": "23733330", "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz + PA, Cappell KA. Neurocognitive aging and the compensation hypothesis. Current + Directions in Psychological Science. 2008;17(3):177\u2013182. http://doi.org/DOI10.1111/j.1467-8721.2008.00570.x."}, + {"Citation": "Reuter-Lorenz PA, Park DC. Human neuroscience and the aging + mind: a new look at old problems. J Gerontol B Psychol Sci Soc Sci. 2010;65(4):405\u2013415. http://doi.org/10.1093/geronb/gbq035.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/geronb/gbq035", "@IdType": + "doi"}, {"#text": "PMC2883872", "@IdType": "pmc"}, {"#text": "20478901", "@IdType": + "pubmed"}]}}, {"Citation": "Rieck JR, Rodrigue KM, Boylan MA, Kennedy KM. + Age-related reduction of BOLD modulation to cognitive difficulty predicts + poorer task accuracy and poorer fluid reasoning ability. NeuroImage. 2017;147:262\u2013271. http://doi.org/10.1016/j.neuroimage.2016.12.022.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2016.12.022", + "@IdType": "doi"}, {"#text": "PMC5303662", "@IdType": "pmc"}, {"#text": "27979789", + "@IdType": "pubmed"}]}}, {"Citation": "Roberts R, Gibson E. Individual differences + in sentence memory. Journal of Psycholinguistic Research. 2002;31(6):573\u201398.", + "ArticleIdList": {"ArticleId": {"#text": "12599915", "@IdType": "pubmed"}}}, + {"Citation": "Rottschy C, Langner R, Dogan I, Reetz K, Laird AR, Schulz JB, + Eickhoff SB. Modelling neural correlates of working memory: A coordinate-based + meta-analysis. NeuroImage. 2012;60(1):830\u2013846. http://doi.org/10.1016/j.neuroimage.2011.11.050.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.11.050", + "@IdType": "doi"}, {"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", + "@IdType": "pubmed"}]}}, {"Citation": "Salthouse TA. Working memory as a processing + resource in cognitive aging. Developmental Review. 1990;10(1):101\u2013124. http://doi.org/10.1016/0273-2297(90)90006-P.", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/0273-2297(90)90006-P", "@IdType": + "doi"}}}, {"Citation": "Sambataro F, Murty VP, Callicott JH, Tan HY, Das S, + Weinberger DR, Mattay VS. Age-related alterations in default mode network: + impact on working memory performance. Neurobiology of Aging. 2010;31(5):839\u201352. http://doi.org/10.1016/j.neurobiolaging.2008.05.022.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2008.05.022", + "@IdType": "doi"}, {"#text": "PMC2842461", "@IdType": "pmc"}, {"#text": "18674847", + "@IdType": "pubmed"}]}}, {"Citation": "Schmiedek F, Hildebrandt A, L\u00f6vd\u00e9n + M, Lindenberger U, Wilhelm O. Complex span versus updating tasks of working + memory: the gap is not that deep. Journal of Experimental Psychology. Learning, + Memory, and Cognition. 2009;35(4):1089\u20131096. http://doi.org/10.1037/a0015730.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0015730", "@IdType": "doi"}, + {"#text": "19586272", "@IdType": "pubmed"}]}}, {"Citation": "Schneider-Garces + NJ, Gordon BA, Brumback-Peltz CR, Shin E, Lee Y, Sutton BP, Fabiani M. Span, + CRUNCH, and beyond: working memory capacity and the aging brain. Journal of + Cognitive Neuroscience. 2010;22(4):655\u201369. http://doi.org/10.1162/jocn.2009.21230.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2009.21230", "@IdType": + "doi"}, {"#text": "PMC3666347", "@IdType": "pmc"}, {"#text": "19320550", "@IdType": + "pubmed"}]}}, {"Citation": "Song JH, Jiang Y. Visual working memory for simple + and complex features: An fMRI study. NeuroImage. 2006;30", "ArticleIdList": + {"ArticleId": {"#text": "16300970", "@IdType": "pubmed"}}}, {"Citation": "Todd + JJ, Marois R. Capacity limit of visual short-term memory in human posterior + parietal cortex. Nature. 2004;428(6984):751\u2013754. http://doi.org/10.1038/nature02466.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature02466", "@IdType": + "doi"}, {"#text": "15085133", "@IdType": "pubmed"}]}}, {"Citation": "Todd + JJ, Marois R. Posterior parietal cortex activity predicts individual differences + in visual short-term memory capacity. Cognitive, Affective, & Behavioral Neuroscience. + 2005;5(2):144\u2013155. http://doi.org/10.3758/CABN.5.2.144.", "ArticleIdList": + {"ArticleId": [{"#text": "10.3758/CABN.5.2.144", "@IdType": "doi"}, {"#text": + "16180621", "@IdType": "pubmed"}]}}, {"Citation": "Turner GR, Spreng RN. Executive + functions and neurocognitive aging: dissociable patterns of brain activity. + Neurobiology of Aging. 2012;33(4) http://doi.org/Doi10.1016/J.Neurobiolaging.2011.06.005.", + "ArticleIdList": {"ArticleId": {"#text": "21791362", "@IdType": "pubmed"}}}, + {"Citation": "Turner GR, Spreng RN. Prefrontal Engagement and Reduced Default + Network Suppression Co-occur and Are Dynamically Coupled in Older Adults: + The Default\u2013Executive Coupling Hypothesis of Aging. Journal of Cognitive + Neuroscience. 2015;27(12):2462\u20132476. http://doi.org/10.1162/jocn_a_00869.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn_a_00869", "@IdType": + "doi"}, {"#text": "26351864", "@IdType": "pubmed"}]}}, {"Citation": "Turner + ML, Engle RW. Working Memory Capacity. Proceedings of the Human Factors and + Ergonomics Society Annual Meeting. 1986;30(13):1273\u20131277. http://doi.org/10.1177/154193128603001307.", + "ArticleIdList": {"ArticleId": {"#text": "10.1177/154193128603001307", "@IdType": + "doi"}}}, {"Citation": "Unsworth N, Fukuda K, Awh E, Vogel EK. Working memory + and fluid intelligence: Capacity, attention control, and secondary memory + retrieval. Cognitive Psychology. 2014;71:1\u201326. http://doi.org/10.1016/j.cogpsych.2014.01.003.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cogpsych.2014.01.003", + "@IdType": "doi"}, {"#text": "PMC4484859", "@IdType": "pmc"}, {"#text": "24531497", + "@IdType": "pubmed"}]}}, {"Citation": "Vandierendonck A. A Working Memory + System With Distributed Executive Control. Perspectives on Psychological Science. + 2016;11(1):74\u2013100. http://doi.org/10.1177/1745691615596790.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1745691615596790", "@IdType": "doi"}, {"#text": + "26817727", "@IdType": "pubmed"}]}}, {"Citation": "Vincent JL, Kahn I, Snyder + AZ, Raichle ME, Buckner RL. Evidence for a Frontoparietal Control System Revealed + by Intrinsic Functional Connectivity. Journal of Neurophysiology. 2008;100(6):3328\u20133342. http://doi.org/10.1152/jn.90355.2008.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1152/jn.90355.2008", "@IdType": + "doi"}, {"#text": "PMC2604839", "@IdType": "pmc"}, {"#text": "18799601", "@IdType": + "pubmed"}]}}, {"Citation": "Vogel EK, Machizawa MG. Neural activity predicts + individual differences in visual working memory capacity. Nature. 2004;428(6984):748\u2013751. http://doi.org/10.1038/nature02447.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature02447", "@IdType": + "doi"}, {"#text": "15085132", "@IdType": "pubmed"}]}}, {"Citation": "Wager + TD, Smith EE. Neuroimaging studies of working memory. Cognitive, Affective, + & Behavioral Neuroscience. 2003;3(4):255\u2013274. http://doi.org/10.3758/CABN.3.4.255.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/CABN.3.4.255", "@IdType": + "doi"}, {"#text": "15040547", "@IdType": "pubmed"}]}}, {"Citation": "Xu Y, + Chun MM. Dissociable neural mechanisms supporting visual short-term memory + for objects. Nature. 2006;440(7080):91\u201395. http://doi.org/10.1038/nature04262.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature04262", "@IdType": + "doi"}, {"#text": "16382240", "@IdType": "pubmed"}]}}, {"Citation": "Zanto + TP, Gazzaley A. Fronto-parietal network: flexible hub of cognitive control. + Trends in Cognitive Sciences. 2013;17(12):602\u2013603. http://doi.org/10.1016/j.tics.2013.09.011.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2013.09.011", "@IdType": + "doi"}, {"#text": "PMC3873155", "@IdType": "pmc"}, {"#text": "24129332", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": + {"#text": "28865310", "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1090-2147", "@IssnType": "Electronic"}, + "Title": "Brain and cognition", "JournalIssue": {"Volume": "118", "PubDate": + {"Year": "2017", "Month": "Nov"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Brain Cogn"}, "Abstract": {"AbstractText": "Older adults tend to over-activate + regions throughout frontoparietal cortices and exhibit a reduced range of + functional modulation during WM task performance compared to younger adults. + While recent evidence suggests that reduced functional modulation is associated + with poorer task performance, it remains unclear whether reduced range of + modulation is indicative of general WM capacity-limitations. In the current + study, we examined whether the range of functional modulation observed over + multiple levels of WM task difficulty (N-Back) predicts in-scanner task performance + and out-of-scanner psychometric estimates of WM capacity. Within our sample + (60-77years of age), age was negatively associated with frontoparietal modulation + range. Individuals with greater modulation range exhibited more accurate N-Back + performance. In addition, despite a lack of significant relationships between + N-Back and complex span task performance, range of frontoparietal modulation + during the N-Back significantly predicted domain-general estimates of WM capacity. + Consistent with previous cross-sectional findings, older individuals with + less modulation range exhibited greater activation at the lowest level of + task difficulty but less activation at the highest levels of task difficulty. + Our results are largely consistent with existing theories of neurocognitive + aging (e.g. CRUNCH) but focus attention on dynamic range of functional modulation + asa novel marker of WM capacity-limitations in older adults.", "CopyrightInformation": + "Copyright \u00a9 2017 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "GrantList": {"Grant": [{"Agency": "NCATS + NIH HHS", "Acronym": "TR", "Country": "United States", "GrantID": "KL2 TR000116"}, + {"Agency": "NCATS NIH HHS", "Acronym": "TR", "Country": "United States", "GrantID": + "KL2 TR001996"}, {"Agency": "NCATS NIH HHS", "Acronym": "TR", "Country": "United + States", "GrantID": "UL1 TR000117"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Jonathan G", "Initials": "JG", "LastName": + "Hakun", "AffiliationInfo": {"Affiliation": "Department of Psychology, The + Pennsylvania State University, State College, PA 16801, USA. Electronic address: + jgh5196@psu.edu."}}, {"@ValidYN": "Y", "ForeName": "Nathan F", "Initials": + "NF", "LastName": "Johnson", "AffiliationInfo": {"Affiliation": "Department + of Rehabilitation Sciences, Division of Physical Therapy, University of Kentucky, + Lexington, KY 40536, USA."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "136", "StartPage": "128", "MedlinePgn": "128-136"}, "ArticleDate": {"Day": + "31", "Year": "2017", "Month": "08", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.bandc.2017.08.007", "@EIdType": "doi", "@ValidYN": "Y"}, + {"#text": "S0278-2626(17)30066-0", "@EIdType": "pii", "@ValidYN": "Y"}], "ArticleTitle": + "Dynamic range of frontoparietal functional modulation is associated with + working memory capacity limitations in older adults.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "02", "Year": "2018", "Month": "12"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "Aging", "@MajorTopicYN": "N"}, {"#text": "Modulation", + "@MajorTopicYN": "N"}, {"#text": "N-Back", "@MajorTopicYN": "N"}, {"#text": + "Working memory capacity", "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": + "N"}]}, "DateCompleted": {"Day": "23", "Year": "2018", "Month": "04"}, "CitationSubset": + "IM", "@IndexingMethod": "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D005625", "#text": "Frontal Lobe", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": + "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D010296", "#text": "Parietal + Lobe", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D011597", + "#text": "Psychomotor Performance", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Brain Cogn", "ISSNLinking": "0278-2626", + "NlmUniqueID": "8218014"}}}, "semantic_scholar": {"year": 2017, "title": "Dynamic + range of frontoparietal functional modulation is associated with working memory + capacity limitations in older adults", "venue": "Brain and Cognition", "authors": + [{"name": "Jonathan G. Hakun", "authorId": "2343235787"}, {"name": "N. Johnson", + "authorId": "6214929"}], "paperId": "2a63a46239e217879dde3b8b3a9864cf3ee4a6cd", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://uknowledge.uky.edu/cgi/viewcontent.cgi?article=1105&context=rehabsci_facpub", + "status": "GREEN", "license": "CCBYNCND", "disclaimer": "Notice: Paper or + abstract available at https://api.unpaywall.org/v2/10.1016/j.bandc.2017.08.007?email= + or https://doi.org/10.1016/j.bandc.2017.08.007, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2017-11-01"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-04T05:31:50.266422+00:00", "analyses": [{"id": "ykRgDhfQ7i6X", "user": + null, "name": "Mean Activation Magnitude (z-score)", "metadata": {"table": + {"table_number": 1, "table_metadata": {"table_id": "t0005", "table_label": + "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005_coordinates.csv"}, + "original_table_id": "t0005"}, "table_metadata": {"table_id": "t0005", "table_label": + "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005_coordinates.csv"}, + "sanitized_table_id": "t0005"}, "description": "ROI MNI Coordinates from Parametric + Contrast and Conditional Means.", "conditions": [], "weights": [], "points": + [{"id": "FbDfsSPUq2kj", "coordinates": [-52.0, 18.0, 26.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 2.07}]}, {"id": "Bi3CgdEZPqMa", "coordinates": [-28.0, 10.0, 52.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.17}]}, {"id": "apDYmvqtXKYJ", "coordinates": [-32.0, 18.0, + -4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.35}]}, {"id": "GXhqNtBwB9QM", "coordinates": [-40.0, + -56.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 1.35}]}, {"id": "TKgDALVecvLi", "coordinates": + [44.0, 32.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.83}]}, {"id": "Zkfo6YzSRstD", "coordinates": + [28.0, 8.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 1.81}]}, {"id": "YaUcXGjaf29g", "coordinates": + [34.0, 20.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.13}]}, {"id": "LtyjXEoDZuAf", "coordinates": + [46.0, -50.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 1.95}]}, {"id": "Z23VCu43SCk2", "coordinates": + [10.0, -74.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.28}]}, {"id": "qgGCETLYkbi9", "coordinates": + [-6.0, 18.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.55}]}], "images": []}]}, {"id": + "wHYf38krsnfx", "created_at": "2025-12-04T17:04:43.801068+00:00", "updated_at": + null, "user": null, "name": "Brain activation during executive control after + acute exercise in older adults.", "description": "Previous work has shown + that aerobic exercise training is associated with regional changes in functional + activation and improved behavioral outcomes during the Flanker task. However, + it is unknown whether acute aerobic exercise has comparable effects on brain + activation during the Flanker task. The aim of this study was to examine the + effects of an acute bout of moderate-intensity bicycle exercise on Flanker + task functional activation and behavioral performance in older adults. Thirty-two + healthy older adults (66.2\u202f\u00b1\u202f7.3\u202fyears) performed two + experimental visits that included 30-min of aerobic exercise and a rest condition + on separate days. After each condition, participants performed the Flanker + task during an fMRI scan. Significantly greater functional activation (incongruent\u202f>\u202fcongruent) + was found in the left inferior frontal gyrus and inferior parietal lobule + after exercise compared to rest. A main effect of exercise was also observed + on Flanker task performance with greater accuracy in both incongruent and + congruent trials, suggesting the effects of acute exercise on Flanker performance + are general across Flanker trial types. Conversely, greater executive control-related + functional activations after performing a single session of exercise suggests + enhanced functional processing while engaging in task conditions requiring + disproportionately greater amounts of executive control.", "publication": + "International Journal of Psychophysiology", "doi": "10.1016/j.ijpsycho.2019.10.002", + "pmid": "31639380", "authors": "Junyeon Won; Alfonso J Alfini; L. Weiss; Daniel + D. Callow; J. Smith", "year": 2019, "metadata": {"slug": "31639380-10-1016-j-ijpsycho-2019-10-002", + "source": "semantic_scholar", "keywords": ["Acute exercise", "Aging", "Brain + health", "Executive control", "Flanker task", "fMRI"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "24", "Year": "2019", + "Month": "5", "@PubStatus": "received"}, {"Day": "26", "Year": "2019", "Month": + "9", "@PubStatus": "revised"}, {"Day": "8", "Year": "2019", "Month": "10", + "@PubStatus": "accepted"}, {"Day": "23", "Hour": "6", "Year": "2019", "Month": + "10", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "23", "Hour": "6", "Year": + "2020", "Month": "6", "Minute": "0", "@PubStatus": "medline"}, {"Day": "23", + "Hour": "6", "Year": "2019", "Month": "10", "Minute": "0", "@PubStatus": "entrez"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "31639380", "@IdType": "pubmed"}, + {"#text": "10.1016/j.ijpsycho.2019.10.002", "@IdType": "doi"}, {"#text": "S0167-8760(19)30511-2", + "@IdType": "pii"}]}, "PublicationStatus": "ppublish"}, "MedlineCitation": + {"PMID": {"#text": "31639380", "@Version": "1"}, "@Owner": "NLM", "@Status": + "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1872-7697", "@IssnType": + "Electronic"}, "Title": "International journal of psychophysiology : official + journal of the International Organization of Psychophysiology", "JournalIssue": + {"Volume": "146", "PubDate": {"Year": "2019", "Month": "Dec"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "Int J Psychophysiol"}, "Abstract": {"AbstractText": + "Previous work has shown that aerobic exercise training is associated with + regional changes in functional activation and improved behavioral outcomes + during the Flanker task. However, it is unknown whether acute aerobic exercise + has comparable effects on brain activation during the Flanker task. The aim + of this study was to examine the effects of an acute bout of moderate-intensity + bicycle exercise on Flanker task functional activation and behavioral performance + in older adults. Thirty-two healthy older adults (66.2\u202f\u00b1\u202f7.3\u202fyears) + performed two experimental visits that included 30-min of aerobic exercise + and a rest condition on separate days. After each condition, participants + performed the Flanker task during an fMRI scan. Significantly greater functional + activation (incongruent\u202f>\u202fcongruent) was found in the left inferior + frontal gyrus and inferior parietal lobule after exercise compared to rest. + A main effect of exercise was also observed on Flanker task performance with + greater accuracy in both incongruent and congruent trials, suggesting the + effects of acute exercise on Flanker performance are general across Flanker + trial types. Conversely, greater executive control-related functional activations + after performing a single session of exercise suggests enhanced functional + processing while engaging in task conditions requiring disproportionately + greater amounts of executive control.", "CopyrightInformation": "Copyright + \u00a9 2019 Elsevier B.V. All rights reserved."}, "Language": "eng", "@PubModel": + "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Junyeon", "Initials": "J", "LastName": "Won", "AffiliationInfo": {"Affiliation": + "Department of Kinesiology, University of Maryland, College Park, MD, USA."}}, + {"@ValidYN": "Y", "ForeName": "Alfonso J", "Initials": "AJ", "LastName": "Alfini", + "AffiliationInfo": {"Affiliation": "Department of Mental Health, Johns Hopkins + Bloomberg School of Public Health, Baltimore, MD, USA."}}, {"@ValidYN": "Y", + "ForeName": "Lauren R", "Initials": "LR", "LastName": "Weiss", "AffiliationInfo": + {"Affiliation": "Department of Kinesiology, University of Maryland, College + Park, MD, USA; Program in Neuroscience and Cognitive Science, University of + Maryland, College Park, MD, USA."}}, {"@ValidYN": "Y", "ForeName": "Daniel + D", "Initials": "DD", "LastName": "Callow", "AffiliationInfo": {"Affiliation": + "Department of Kinesiology, University of Maryland, College Park, MD, USA; + Program in Neuroscience and Cognitive Science, University of Maryland, College + Park, MD, USA."}}, {"@ValidYN": "Y", "ForeName": "J Carson", "Initials": "JC", + "LastName": "Smith", "AffiliationInfo": {"Affiliation": "Department of Kinesiology, + University of Maryland, College Park, MD, USA; Program in Neuroscience and + Cognitive Science, University of Maryland, College Park, MD, USA. Electronic + address: carson@umd.edu."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "248", "StartPage": "240", "MedlinePgn": "240-248"}, "ArticleDate": {"Day": + "19", "Year": "2019", "Month": "10", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.ijpsycho.2019.10.002", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0167-8760(19)30511-2", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Brain activation during executive control after acute exercise + in older adults.", "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", + "#text": "Journal Article"}, {"@UI": "D013485", "#text": "Research Support, + Non-U.S. Gov''t"}, {"@UI": "D013486", "#text": "Research Support, U.S. Gov''t, + Non-P.H.S."}]}}, "DateRevised": {"Day": "22", "Year": "2020", "Month": "06"}, + "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "Acute exercise", + "@MajorTopicYN": "N"}, {"#text": "Aging", "@MajorTopicYN": "N"}, {"#text": + "Brain health", "@MajorTopicYN": "N"}, {"#text": "Executive control", "@MajorTopicYN": + "N"}, {"#text": "Flanker task", "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": + "N"}]}, "DateCompleted": {"Day": "22", "Year": "2020", "Month": "06"}, "CitationSubset": + "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D056344", "#text": "Executive Function", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D015444", "#text": "Exercise", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D011597", + "#text": "Psychomotor Performance", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "Netherlands", "MedlineTA": "Int J Psychophysiol", "ISSNLinking": + "0167-8760", "NlmUniqueID": "8406214"}}}, "semantic_scholar": {"year": 2019, + "title": "Brain activation during executive control after acute exercise in + older adults.", "venue": "International Journal of Psychophysiology", "authors": + [{"name": "Junyeon Won", "authorId": "46178531"}, {"name": "Alfonso J Alfini", + "authorId": "5368783"}, {"name": "L. Weiss", "authorId": "32153904"}, {"name": + "Daniel D. Callow", "authorId": "50633307"}, {"name": "J. Smith", "authorId": + "153015758"}], "paperId": "554c78de6211a7ec85210692a1734322974f11a5", "abstract": + null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": null, + "license": null, "disclaimer": "Notice: Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.ijpsycho.2019.10.002?email= + or https://doi.org/10.1016/j.ijpsycho.2019.10.002, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2019-12-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T17:07:58.811960+00:00", "analyses": + [{"id": "UyLxH4xMgq8p", "user": null, "name": "Frontal lobes", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Comparison of executive control-related + activation (incongruent minus congruent) between the exercise and rest conditions + in ten brain regions. The region numbers correspond to the regions in the + brain activation maps identified in Fig. 1.", "conditions": [], "weights": + [], "points": [{"id": "7e8enU2Rwb4i", "coordinates": [-29.0, -85.0, 19.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.135}]}, {"id": "w4kP8baBgY87", "coordinates": [-23.0, -69.0, + 37.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.188}]}, {"id": "dDxpKbSqbGuR", "coordinates": [-33.0, + 23.0, -11.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.02}]}, {"id": "xuvbsdFk3kRS", "coordinates": + [-49.0, 1.0, 35.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.108}]}], "images": []}, {"id": "EgKXxzozeRFb", + "user": null, "name": "Parietal lobes", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Comparison of executive control-related + activation (incongruent minus congruent) between the exercise and rest conditions + in ten brain regions. The region numbers correspond to the regions in the + brain activation maps identified in Fig. 1.", "conditions": [], "weights": + [], "points": [{"id": "jnZgS5xTCLr2", "coordinates": [33.0, -57.0, 47.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.3}]}, {"id": "SwbBytRqttpV", "coordinates": [-45.0, -47.0, + 53.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.0007}]}, {"id": "ywmugS5u8agz", "coordinates": [-47.0, + -39.0, 43.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.0004}]}, {"id": "3s3fu5LpUmQr", "coordinates": + [25.0, -65.0, 57.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.242}]}], "images": []}, {"id": "eA6kNiYoKx3C", + "user": null, "name": "Occipital lobes", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Comparison of executive control-related + activation (incongruent minus congruent) between the exercise and rest conditions + in ten brain regions. The region numbers correspond to the regions in the + brain activation maps identified in Fig. 1.", "conditions": [], "weights": + [], "points": [{"id": "G8G6wbrjg2W9", "coordinates": [37.0, -87.0, 21.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.223}]}, {"id": "UPN2prtQsfVu", "coordinates": [43.0, -71.0, + -11.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.05}]}], "images": []}]}, {"id": "wSVVKjiiMKAC", + "created_at": "2025-12-03T23:46:58.300339+00:00", "updated_at": null, "user": + null, "name": "Effects of Tai Chi on working memory in older adults: evidence + from combined fNIRS and ERP", "description": "OBJECTIVE: The study aimed to + investigate the effects of a 12-week Tai Chi exercise intervention on working + memory in older adults using ERP-fNIRS.\n\nMETHOD: Fifty older adults were + randomly assigned to either an experimental group receiving a 12-week Tai + Chi exercise intervention or a control group receiving regular daily activities. + Working memory was assessed using the n-back task before and after the intervention, + and spatial and temporal components of neural function underlying the n-back + task were measured using ERP-fNIRS.\n\nRESULTS: The experimental group demonstrated + significant improvements in reaction time and accuracy on the 2-back task + and showed higher activation levels in the R-DLPFC. Additionally, the Tai + Chi group displayed significant increases in P3 amplitude in the overall n-back + task.\n\nCONCLUSION: These findings suggest that Tai Chi interventions can + enhance working memory in older adults, as evidenced by increasing neural + activity and improving HbO in the R-DLPFC during the 2-back task.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2023.1206891", "pmid": + "37455937", "authors": "Chen Wang; Yuanfu Dai; Yuan Yang; Xiaoxia Yuan; Meng-Kai + Zhang; J. Zeng; Xiaoke Zhong; Jiao Meng; Changhao Jiang", "year": 2023, "metadata": + {"slug": "37455937-10-3389-fnagi-2023-1206891-pmc10340122", "source": "semantic_scholar", + "keywords": ["ERP", "Tai Chi", "fNIRS", "older adults", "working memory"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "16", "Year": "2023", "Month": "4", "@PubStatus": "received"}, {"Day": "13", + "Year": "2023", "Month": "6", "@PubStatus": "accepted"}, {"Day": "17", "Hour": + "6", "Year": "2023", "Month": "7", "Minute": "42", "@PubStatus": "medline"}, + {"Day": "17", "Hour": "6", "Year": "2023", "Month": "7", "Minute": "41", "@PubStatus": + "pubmed"}, {"Day": "17", "Hour": "4", "Year": "2023", "Month": "7", "Minute": + "18", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2023", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "37455937", "@IdType": "pubmed"}, {"#text": "PMC10340122", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2023.1206891", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Baddeley A. (2012). Working memory: theories, + models, and controversies. Annu. Rev. Psychol. 63 1\u201329. 10.1146/annurev-psych-120710-100422", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev-psych-120710-100422", + "@IdType": "doi"}, {"#text": "21961947", "@IdType": "pubmed"}]}}, {"Citation": + "Barbey A. K., Koenigs M., Grafman J. (2013). Dorsolateral prefrontal contributions + to human working memory. Cortex 49 1195\u20131205. 10.1016/j.cortex.2012.05.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2012.05.022", + "@IdType": "doi"}, {"#text": "PMC3495093", "@IdType": "pmc"}, {"#text": "22789779", + "@IdType": "pubmed"}]}}, {"Citation": "Chang Y., Huang C., Chen K., Hung T. + (2013). Physical activity and working memory in healthy older adults: an erp + study. Psychophysiology 50 1174\u20131182. 10.1111/psyp.12089", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/psyp.12089", "@IdType": "doi"}, {"#text": + "24308044", "@IdType": "pubmed"}]}}, {"Citation": "Chen Y., Lu Y., Zhou C., + Wang X. (2020). The effects of aerobic exercise on working memory in methamphetamine-dependent + patients: evidence from combined fnirs and erp. Psychol. Sport Exerc. 49:101685. + 10.1016/j.psychsport.2020.101685", "ArticleIdList": {"ArticleId": {"#text": + "10.1016/j.psychsport.2020.101685", "@IdType": "doi"}}}, {"Citation": "Daffner + K. R., Chong H., Sun X., Tarbi E. C., Riis J. L., McGinnis S. M., et al. (2011). + Mechanisms underlying age- and performance-related differences in working + memory. J. Cogn. Neurosci. 23 1298\u20131314. 10.1162/jocn.2010.21540", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn.2010.21540", "@IdType": "doi"}, {"#text": + "PMC3076134", "@IdType": "pmc"}, {"#text": "20617886", "@IdType": "pubmed"}]}}, + {"Citation": "Delorme A., Makeig S. (2004). Eeglab: an open source toolbox + for analysis of single-trial eeg dynamics including independent component + analysis. J. Neurosci. Methods 134 9\u201321. 10.1016/j.jneumeth.2003.10.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jneumeth.2003.10.009", + "@IdType": "doi"}, {"#text": "15102499", "@IdType": "pubmed"}]}}, {"Citation": + "Diamond A., Lee K. (2011). Interventions shown to aid executive function + development in children 4 to 12 years old. Science 333 959\u2013964. 10.1126/science.1204529", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.1204529", "@IdType": + "doi"}, {"#text": "PMC3159917", "@IdType": "pmc"}, {"#text": "21852486", "@IdType": + "pubmed"}]}}, {"Citation": "Faul F., Erdfelder E., Lang A. G., Buchner A. + (2007). G*power 3: a flexible statistical power analysis program for the social, + behavioral, and biomedical sciences. Behav. Res. Methods 39 175\u2013191. + 10.3758/bf03193146", "ArticleIdList": {"ArticleId": [{"#text": "10.3758/bf03193146", + "@IdType": "doi"}, {"#text": "17695343", "@IdType": "pubmed"}]}}, {"Citation": + "Friedl-Werner A., Brauns K., Gunga H., K\u00fchn S., Stahn A. C. (2020). + Exercise-induced changes in brain activity during memory encoding and retrieval + after long-term bed rest. Neuroimage 223:117359. 10.1016/j.neuroimage.2020.117359", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2020.117359", + "@IdType": "doi"}, {"#text": "32919056", "@IdType": "pubmed"}]}}, {"Citation": + "Glazer J. E., Kelley N. J., Pornpattananangkul N., Mittal V. A., Nusslock + R. (2018). Beyond the frn: broadening the time-course of eeg and erp components + implicated in reward processing. Int. J. Psychophysiol. 132 184\u2013202. + 10.1016/j.ijpsycho.2018.02.002", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.ijpsycho.2018.02.002", "@IdType": "doi"}, {"#text": "29454641", + "@IdType": "pubmed"}]}}, {"Citation": "Kramer A. F., Erickson K. I. (2007). + Capitalizing on cortical plasticity: influence of physical activity on cognition + and brain function. Trends Cogn. Sci. 11 342\u2013348. 10.1016/j.tics.2007.06.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2007.06.009", "@IdType": + "doi"}, {"#text": "17629545", "@IdType": "pubmed"}]}}, {"Citation": "Lam L. + C. W., Chau R. C. M., Wong B. M. L., Fung A. W. T., Lui V. W. C., Tam C. C. + W., et al. (2011). Interim follow-up of a randomized controlled trial comparing + chinese style mind body (tai chi) and stretching exercises on cognitive function + in subjects at risk of progressive cognitive decline. Int. J. Geriatr. Psychiatry + 26 733\u2013740. 10.1002/gps.2602", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/gps.2602", "@IdType": "doi"}, {"#text": "21495078", "@IdType": "pubmed"}]}}, + {"Citation": "Langlois F., Vu T. T. M., Chasse K., Dupuis G., Kergoat M. J., + Bherer L. (2013). Benefits of physical exercise training on cognition and + quality of life in frail older adults. J. Gerontol. Ser. B Psychol. Sci. Soc. + Sci. 68 400\u2013404. 10.1093/geronb/gbs069", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/geronb/gbs069", "@IdType": "doi"}, {"#text": "22929394", + "@IdType": "pubmed"}]}}, {"Citation": "Law C., Lam F. M., Chung R. C., Pang + M. Y. (2020). Physical exercise attenuates cognitive decline and reduces behavioural + problems in people with mild cognitive impairment and dementia: a systematic + review. J. Physiother. 66 9\u201318. 10.1016/j.jphys.2019.11.014", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jphys.2019.11.014", "@IdType": "doi"}, + {"#text": "31843427", "@IdType": "pubmed"}]}}, {"Citation": "Leff D. R., Orihuela-Espina + F., Elwell C. E., Athanasiou T., Delpy D. T., Darzi A. W., et al. (2011). + Assessment of the cerebral cortex during motor task behaviours in adults: + a systematic review of functional near infrared spectroscopy (fnirs) studies. + Neuroimage 54 2922\u20132936. 10.1016/j.neuroimage.2010.10.058", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2010.10.058", "@IdType": "doi"}, + {"#text": "21029781", "@IdType": "pubmed"}]}}, {"Citation": "Lenartowicz A., + Truong H., Enriquez K. D., Webster J., Pochon J., Rissman J., et al. (2021). + Neurocognitive subprocesses of working memory performance. Cogn. Affect. Behav. + Neurosci. 21 1130\u20131152. 10.3758/s13415-021-00924-7", "ArticleIdList": + {"ArticleId": [{"#text": "10.3758/s13415-021-00924-7", "@IdType": "doi"}, + {"#text": "PMC8563426", "@IdType": "pmc"}, {"#text": "34155599", "@IdType": + "pubmed"}]}}, {"Citation": "Livingston G., Sommerlad A., Orgeta V., Costafreda + S. G., Huntley J., Ames D., et al. (2017). Dementia prevention, intervention, + and care. Lancet 390 2673\u20132734. 10.1016/S0140-6736(17)31363-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S0140-6736(17)31363-6", "@IdType": "doi"}, + {"#text": "28735855", "@IdType": "pubmed"}]}}, {"Citation": "Loprinzi P. D. + (2018). Intensity-specific effects of acute exercise on human memory function: + considerations for the timing of exercise and the type of memory. Health Promot. + Perspect. 8 255\u2013262. 10.15171/hpp.2018.36", "ArticleIdList": {"ArticleId": + [{"#text": "10.15171/hpp.2018.36", "@IdType": "doi"}, {"#text": "PMC6249493", + "@IdType": "pmc"}, {"#text": "30479978", "@IdType": "pubmed"}]}}, {"Citation": + "Lundstrom B. N., Ingvar M., Petersson K. M. (2005). The role of precuneus + and left inferior frontal cortex during source memory episodic retrieval. + Neuroimage 27 824\u2013834. 10.1016/j.neuroimage.2005.05.008", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.05.008", "@IdType": "doi"}, + {"#text": "15982902", "@IdType": "pubmed"}]}}, {"Citation": "McCarthy G., + Puce A., Constable T., Krystal J. H., Gore J. C., Goldman-Rakic P. (1996). + Activation of human prefrontal cortex during spatial and nonspatial working + memory tasks measured by functional mri. Cereb. Cortex 6 600\u2013611. 10.1093/cercor/6.4.600", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/6.4.600", "@IdType": + "doi"}, {"#text": "8670685", "@IdType": "pubmed"}]}}, {"Citation": "Menon + V., D\u2019Esposito M. (2022). The role of pfc networks in cognitive control + and executive function. Neuropsychopharmacology 47 90\u2013103. 10.1038/s41386-021-01152-w", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41386-021-01152-w", "@IdType": + "doi"}, {"#text": "PMC8616903", "@IdType": "pmc"}, {"#text": "34408276", "@IdType": + "pubmed"}]}}, {"Citation": "Mitchell A. J. (2009). A meta-analysis of the + accuracy of the mini-mental state examination in the detection of dementia + and mild cognitive impairment. J. Psychiatr. Res. 43 411\u2013431. 10.1016/j.jpsychires.2008.04.014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jpsychires.2008.04.014", + "@IdType": "doi"}, {"#text": "18579155", "@IdType": "pubmed"}]}}, {"Citation": + "Neuhaus A. H., Trempler N. R., Hahn E., Luborzewski A., Karl C., Hahn C., + et al. (2010). Evidence of specificity of a visual p3 amplitude modulation + deficit in schizophrenia. Schizophr. Res. 124 119\u2013126. 10.1016/j.schres.2010.08.014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.schres.2010.08.014", + "@IdType": "doi"}, {"#text": "20805022", "@IdType": "pubmed"}]}}, {"Citation": + "Oberauer K., Lewandowsky S. (2008). Forgetting in immediate serial recall: + decay, temporal distinctiveness, or interference? Psychol. Rev. 115 544\u2013576. + 10.1037/0033-295X.115.3.544", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0033-295X.115.3.544", + "@IdType": "doi"}, {"#text": "18729591", "@IdType": "pubmed"}]}}, {"Citation": + "Pinti P., Tachtsidis I., Hamilton A., Hirsch J., Aichelburg C., Gilbert S., + et al. (2020). The present and future use of functional near-infrared spectroscopy + (fnirs) for cognitive neuroscience. Ann. N. Y. Acad. Sci. 1464 5\u201329. + 10.1111/nyas.13948", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/nyas.13948", + "@IdType": "doi"}, {"#text": "PMC6367070", "@IdType": "pmc"}, {"#text": "30085354", + "@IdType": "pubmed"}]}}, {"Citation": "Polich J. (2007). Updating p300: an + integrative theory of p3a and p3b. Clin. Neurophysiol. 118 2128\u20132148. + 10.1016/j.clinph.2007.04.019", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.clinph.2007.04.019", + "@IdType": "doi"}, {"#text": "PMC2715154", "@IdType": "pmc"}, {"#text": "17573239", + "@IdType": "pubmed"}]}}, {"Citation": "Rorden C., Brett M. (2000). Stereotaxic + display of brain lesions. Behav. Neurol. 12 191\u2013200. 10.1155/2000/421719", + "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2000/421719", "@IdType": + "doi"}, {"#text": "11568431", "@IdType": "pubmed"}]}}, {"Citation": "Steinborn + M. B., Huestegge L. (2016). A walk down the lane gives wings to your brain. + Restorative benefits of rest breaks on cognition and self-control. Appl. Cogn. + Psychol. 30 795\u2013805."}, {"Citation": "Sun J., Kanagawa K., Sasaki J., + Ooki S., Xu H., Wang L. (2015). Tai chi improves cognitive and physical function + in the elderly: a randomized controlled trial. J. Phys. Therapy Sci. 27 1467\u20131471. + 10.1589/jpts.27.1467", "ArticleIdList": {"ArticleId": [{"#text": "10.1589/jpts.27.1467", + "@IdType": "doi"}, {"#text": "PMC4483420", "@IdType": "pmc"}, {"#text": "26157242", + "@IdType": "pubmed"}]}}, {"Citation": "Tarumi T., Thomas B. P., Tseng B. Y., + Wang C., Womack K. B., Hynan L., et al. (2020). Cerebral white matter integrity + in amnestic mild cognitive impairment: a 1-year randomized controlled trial + of aerobic exercise training. J. Alzheimers Dis. 73 489\u2013501. 10.3233/JAD-190875", + "ArticleIdList": {"ArticleId": [{"#text": "10.3233/JAD-190875", "@IdType": + "doi"}, {"#text": "31796677", "@IdType": "pubmed"}]}}, {"Citation": "Wayne + P. M., Walsh J. N., Taylor-Piliae R. E., Wells R. E., Papp K. V., Donovan + N. J., et al. (2014). Effect of tai chi on cognitive performance in older + adults: systematic review and meta-analysis. J. Am. Geriatr. Soc. 62 25\u201339. + 10.1111/jgs.12611", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/jgs.12611", + "@IdType": "doi"}, {"#text": "PMC4055508", "@IdType": "pmc"}, {"#text": "24383523", + "@IdType": "pubmed"}]}}, {"Citation": "Worsley K. J., Friston K. J. (1995). + Analysis of fmri time-series revisited\u2013again. Neuroimage 2 173\u2013181. + 10.1006/nimg.1995.1023", "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.1995.1023", + "@IdType": "doi"}, {"#text": "9343600", "@IdType": "pubmed"}]}}, {"Citation": + "Wu C., Yi Q., Zheng X., Cui S., Chen B., Lu L., et al. (2019). Effects of + mind-body exercises on cognitive function in older adults: a meta-analysis. + J. Am. Geriatr. Soc. 67 749\u2013758. 10.1111/jgs.15714", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/jgs.15714", "@IdType": "doi"}, {"#text": + "30565212", "@IdType": "pubmed"}]}}, {"Citation": "Wu Y., Wang Y., Burgess + E. O., Wu J. (2013). The effects of tai chi exercise on cognitive function + in older adults: a meta-analysis. J. Sport Health Sci. 2 193\u2013203. 10.1016/j.jshs.2013.09.001", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.jshs.2013.09.001", "@IdType": + "doi"}}}, {"Citation": "Yang Y., Chen T., Shao M., Yan S., Yue G. H., Jiang + C. (2020). Effects of tai chi chuan on inhibitory control in elderly women: + an fnirs study. Front. Hum. Neurosci. 13:476. 10.3389/fnhum.2019.00476", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnhum.2019.00476", "@IdType": "doi"}, {"#text": + "PMC6988574", "@IdType": "pmc"}, {"#text": "32038205", "@IdType": "pubmed"}]}}, + {"Citation": "Yang Y., Chen T., Wang C., Zhang J., Yuan X., Zhong X., et al. + (2022). Determining whether tai chi chuan is related to the updating function + in older adults: differences between practitioners and controls. Front. Public + Health 10:797351. 10.3389/fpubh.2022.797351", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fpubh.2022.797351", "@IdType": "doi"}, {"#text": "PMC9110777", + "@IdType": "pmc"}, {"#text": "35592079", "@IdType": "pubmed"}]}}, {"Citation": + "Ye J., Tak S., Jang K., Jung J., Jang J. (2009). Nirs-spm: statistical parametric + mapping for near-infrared spectroscopy. Neuroimage 44 428\u2013447. 10.1016/j.neuroimage.2008.08.036", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.08.036", + "@IdType": "doi"}, {"#text": "18848897", "@IdType": "pubmed"}]}}, {"Citation": + "Yeh G. Y., Wang C., Wayne P. M., Phillips R. S. (2008). The effect of tai + chi exercise on blood pressure: a systematic review. Prevent. Cardiol. 11 + 82\u201389. 10.1111/j.1751-7141.2008.07565.x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/j.1751-7141.2008.07565.x", "@IdType": "doi"}, {"#text": + "18401235", "@IdType": "pubmed"}]}}, {"Citation": "Yerlikaya D., Emek-Sava\u015f + D. D., Bircan Kur\u015fun B., \u00d6ztura O., Yener G. G. (2018). Electrophysiological + and neuropsychological outcomes of severe obstructive sleep apnea: effects + of hypoxemia on cognitive performance. Cogn. Neurodyn. 12 471\u2013480. 10.1007/s11571-018-9487-z", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11571-018-9487-z", "@IdType": + "doi"}, {"#text": "PMC6139099", "@IdType": "pmc"}, {"#text": "30250626", "@IdType": + "pubmed"}]}}, {"Citation": "Yeung M. K., Sze S. L., Woo J., Kwok T., Shum + D. H. K., Yu R., et al. (2016). Reduced frontal activations at high working + memory load in mild cognitive impairment: near-infrared spectroscopy. Dement. + Geriatr. Cogn. Disord. 42 278\u2013296. 10.1159/000450993", "ArticleIdList": + {"ArticleId": [{"#text": "10.1159/000450993", "@IdType": "doi"}, {"#text": + "27784013", "@IdType": "pubmed"}]}}, {"Citation": "Yu Y., Zuo E., Doig S. + (2022). The differential effects of tai chi vs. Brisk walking on cognitive + function among individuals aged 60 and greater. Front. Hum. Neurosci. 16:821261. + 10.3389/fnhum.2022.821261", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2022.821261", + "@IdType": "doi"}, {"#text": "PMC8968319", "@IdType": "pmc"}, {"#text": "35370574", + "@IdType": "pubmed"}]}}, {"Citation": "Y\u00fccel M. A., Selb J. J., Huppert + T. J., Franceschini M. A., Boas D. A. (2017). Functional near infrared spectroscopy: + enabling routine functional brain imaging. Curr. Opin. Biomed. Eng. 4 78\u201386. + 10.1016/j.cobme.2017.09.011", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cobme.2017.09.011", + "@IdType": "doi"}, {"#text": "PMC5810962", "@IdType": "pmc"}, {"#text": "29457144", + "@IdType": "pubmed"}]}}, {"Citation": "Yue C., Yu Q., Zhang Y., Herold F., + Mei J., Kong Z., et al. (2020). Regular tai chi practice is associated with + improved memory as well as structural and functional alterations of the hippocampus + in the elderly. Front. Aging Neurosci. 12:586770. 10.3389/fnagi.2020.586770", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2020.586770", "@IdType": + "doi"}, {"#text": "PMC7658399", "@IdType": "pmc"}, {"#text": "33192481", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": + {"#text": "37455937", "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, + "Title": "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "15", + "PubDate": {"Year": "2023"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": [{"#text": "The study + aimed to investigate the effects of a 12-week Tai Chi exercise intervention + on working memory in older adults using ERP-fNIRS.", "@Label": "OBJECTIVE", + "@NlmCategory": "UNASSIGNED"}, {"#text": "Fifty older adults were randomly + assigned to either an experimental group receiving a 12-week Tai Chi exercise + intervention or a control group receiving regular daily activities. Working + memory was assessed using the n-back task before and after the intervention, + and spatial and temporal components of neural function underlying the n-back + task were measured using ERP-fNIRS.", "@Label": "METHOD", "@NlmCategory": + "UNASSIGNED"}, {"#text": "The experimental group demonstrated significant + improvements in reaction time and accuracy on the 2-back task and showed higher + activation levels in the R-DLPFC. Additionally, the Tai Chi group displayed + significant increases in P3 amplitude in the overall n-back task.", "@Label": + "RESULTS", "@NlmCategory": "UNASSIGNED"}, {"#text": "These findings suggest + that Tai Chi interventions can enhance working memory in older adults, as + evidenced by increasing neural activity and improving HbO in the R-DLPFC during + the 2-back task.", "@Label": "CONCLUSION", "@NlmCategory": "UNASSIGNED"}], + "CopyrightInformation": "Copyright \u00a9 2023 Wang, Dai, Yang, Yuan, Zhang, + Zeng, Zhong, Meng and Jiang."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Chen", "Initials": + "C", "LastName": "Wang", "AffiliationInfo": {"Affiliation": "The Center of + Neuroscience and Sports, Capital University of Physical Education and Sports, + Beijing, China."}}, {"@ValidYN": "Y", "ForeName": "Yuanfu", "Initials": "Y", + "LastName": "Dai", "AffiliationInfo": {"Affiliation": "The Center of Neuroscience + and Sports, Capital University of Physical Education and Sports, Beijing, + China."}}, {"@ValidYN": "Y", "ForeName": "Yuan", "Initials": "Y", "LastName": + "Yang", "AffiliationInfo": {"Affiliation": "College of Physical Education + and Sports, Beijing Normal University, Beijing, China."}}, {"@ValidYN": "Y", + "ForeName": "Xiaoxia", "Initials": "X", "LastName": "Yuan", "AffiliationInfo": + {"Affiliation": "The Center of Neuroscience and Sports, Capital University + of Physical Education and Sports, Beijing, China."}}, {"@ValidYN": "Y", "ForeName": + "Mengjie", "Initials": "M", "LastName": "Zhang", "AffiliationInfo": {"Affiliation": + "School of Physical Education and Sport Science, Fujian Normal University, + Fuzhou, China."}}, {"@ValidYN": "Y", "ForeName": "Jia", "Initials": "J", "LastName": + "Zeng", "AffiliationInfo": {"Affiliation": "The Center of Neuroscience and + Sports, Capital University of Physical Education and Sports, Beijing, China."}}, + {"@ValidYN": "Y", "ForeName": "Xiaoke", "Initials": "X", "LastName": "Zhong", + "AffiliationInfo": {"Affiliation": "The Center of Neuroscience and Sports, + Capital University of Physical Education and Sports, Beijing, China."}}, {"@ValidYN": + "Y", "ForeName": "Jiao", "Initials": "J", "LastName": "Meng", "AffiliationInfo": + {"Affiliation": "The Center of Neuroscience and Sports, Capital University + of Physical Education and Sports, Beijing, China."}}, {"@ValidYN": "Y", "ForeName": + "Changhao", "Initials": "C", "LastName": "Jiang", "AffiliationInfo": [{"Affiliation": + "The Center of Neuroscience and Sports, Capital University of Physical Education + and Sports, Beijing, China."}, {"Affiliation": "School of Kinesiology and + Health, Capital University of Physical Education and Sports, Beijing, China."}]}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1206891", "MedlinePgn": + "1206891"}, "ArticleDate": {"Day": "29", "Year": "2023", "Month": "06", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "1206891", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2023.1206891", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Effects of Tai Chi on working memory in older adults: + evidence from combined fNIRS and ERP.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "18", + "Year": "2023", "Month": "07"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "ERP", "@MajorTopicYN": "N"}, {"#text": "Tai Chi", "@MajorTopicYN": + "N"}, {"#text": "fNIRS", "@MajorTopicYN": "N"}, {"#text": "older adults", + "@MajorTopicYN": "N"}, {"#text": "working memory", "@MajorTopicYN": "N"}]}, + "CoiStatement": "The authors declare that the research was conducted in the + absence of any commercial or financial relationships that could be construed + as a potential conflict of interest.", "MedlineJournalInfo": {"Country": "Switzerland", + "MedlineTA": "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": + "101525824"}}}, "semantic_scholar": {"year": 2023, "title": "Effects of Tai + Chi on working memory in older adults: evidence from combined fNIRS and ERP", + "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": "Chen Wang", + "authorId": "2146562482"}, {"name": "Yuanfu Dai", "authorId": "2220861208"}, + {"name": "Yuan Yang", "authorId": "2143532845"}, {"name": "Xiaoxia Yuan", + "authorId": "2115846965"}, {"name": "Meng-Kai Zhang", "authorId": "2153210093"}, + {"name": "J. Zeng", "authorId": "2072983094"}, {"name": "Xiaoke Zhong", "authorId": + "2153399195"}, {"name": "Jiao Meng", "authorId": "2209129581"}, {"name": "Changhao + Jiang", "authorId": "3289217"}], "paperId": "846728706ce39796442dc89f1677f459c60c087b", + "abstract": "Objective The study aimed to investigate the effects of a 12-week + Tai Chi exercise intervention on working memory in older adults using ERP-fNIRS. + Method Fifty older adults were randomly assigned to either an experimental + group receiving a 12-week Tai Chi exercise intervention or a control group + receiving regular daily activities. Working memory was assessed using the + n-back task before and after the intervention, and spatial and temporal components + of neural function underlying the n-back task were measured using ERP-fNIRS. + Results The experimental group demonstrated significant improvements in reaction + time and accuracy on the 2-back task and showed higher activation levels in + the R-DLPFC. Additionally, the Tai Chi group displayed significant increases + in P3 amplitude in the overall n-back task. Conclusion These findings suggest + that Tai Chi interventions can enhance working memory in older adults, as + evidenced by increasing neural activity and improving HbO in the R-DLPFC during + the 2-back task.", "isOpenAccess": true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2023.1206891/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC10340122, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2023-06-29"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T23:47:20.622103+00:00", "analyses": + [{"id": "Usm97aGvHsYS", "user": null, "name": "Location for each channel.", + "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": "T2", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37455937-10-3389-fnagi-2023-1206891-pmc10340122/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37455937-10-3389-fnagi-2023-1206891-pmc10340122/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Location for each channel.", + "conditions": [], "weights": [], "points": [{"id": "4mf6jo9KdteS", "coordinates": + [22.0, 71.0, 15.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "VdSpEHSFArsj", "coordinates": [38.0, 64.0, 7.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "66J3jbvxcK76", "coordinates": [14.0, 63.0, 34.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "4d4ZJkVspxA6", + "coordinates": [23.0, 53.0, 42.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "g2yXMMVihLCn", "coordinates": + [14.0, 42.0, 55.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "U5WavxHra4jC", "coordinates": [33.0, 44.0, 43.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "Jdg364RU7SvA", "coordinates": [45.0, 31.0, 46.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "qGvbezh8DELA", + "coordinates": [31.0, 62.0, 24.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "FiJ4eFRo3vZe", "coordinates": + [52.0, 49.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "wWhu5MCy6gsf", "coordinates": [48.0, 52.0, 13.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "tYTGfPT3SdVE", "coordinates": [41.0, 51.0, 30.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "UXfqobjFPos5", + "coordinates": [63.0, 16.0, 16.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "PcSyT6WTN49X", "coordinates": + [60.0, 16.0, 31.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "oGpcRMyWwKh2", "coordinates": [59.0, 32.0, 2.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "zfYcizCKdcQ9", "coordinates": [56.0, 37.0, 17.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "DnjafD8rxEUv", + "coordinates": [52.0, 35.0, 31.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "NmSH844zmMDj", "coordinates": + [-22.0, 69.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "Jd22oi9XCGCS", "coordinates": [-37.0, 63.0, 7.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "GgjvwcUq3rky", "coordinates": [-15.0, 62.0, 34.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "EY2JxrMosRNL", + "coordinates": [-23.0, 52.0, 41.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "5NQbDTnTsEJc", "coordinates": + [-15.0, 42.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "SRnF88ByzaBd", "coordinates": [-32.0, 43.0, 42.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "vqj37HVG8ESk", "coordinates": [-44.0, 30.0, 44.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "xzqSsUQNX8X5", + "coordinates": [-31.0, 61.0, 23.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "woQPhrXHt79E", "coordinates": + [-50.0, 48.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "aTeUdCpxA2MQ", "coordinates": [-46.0, 51.0, 12.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "NoDoxw6yJDst", "coordinates": [-40.0, 49.0, 28.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "wRvhVd58twxP", + "coordinates": [-61.0, 15.0, 16.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "F7oBUYo2HF8F", "coordinates": + [-58.0, 14.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "qdq5y4LNSB4E", "coordinates": [-56.0, 32.0, 3.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "3qhHCctXvBjq", "coordinates": [-53.0, 37.0, 16.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "txfBuJJ2CujG", + "coordinates": [-50.0, 34.0, 29.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "2HNfbZjdRrvt", "coordinates": + [-26.0, 32.0, 55.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "EjC32sAZJRY9", "coordinates": [26.0, 33.0, 57.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}], + "images": []}]}, {"id": "ycYWaifqVycZ", "created_at": "2025-12-05T03:53:28.289181+00:00", + "updated_at": null, "user": null, "name": "Prefrontal-parietal effective connectivity + during working memory in older adults", "description": "Theoretical models + and preceding studies have described age-related alterations in neuronal activation + of frontoparietal regions in a working memory (WM) load-dependent manner. + However, to date, underlying neuronal mechanisms of these WM load-dependent + activation changes in aging remain poorly understood. The aim of this study + was to investigate these mechanisms in terms of effective connectivity by + application of dynamic causal modeling with Bayesian Model Selection. Eighteen + healthy younger (age: 20-32 years) and 32 older (60-75 years) participants + performed an n-back task with 3 WM load levels during functional magnetic + resonance imaging (fMRI). Behavioral and conventional fMRI results replicated + age group by WM load interactions. Importantly, the analysis of effective + connectivity derived from dynamic causal modeling, indicated an age- and performance-related + reduction in WM load-dependent modulation of connectivity from dorsolateral + prefrontal cortex to inferior parietal lobule. This finding provides evidence + for the proposal that age-related WM decline manifests as deficient WM load-dependent + modulation of neuronal top-down control and can integrate implications from + theoretical models and previous studies of functional changes in the aging + brain.", "publication": "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2017.05.005", + "pmid": "28578155", "authors": "S. Heinzel; R. Lorenz; Q. Duong; M. Rapp; + L. Deserno", "year": 2017, "metadata": {"slug": "28578155-10-1016-j-neurobiolaging-2017-05-005", + "source": "semantic_scholar", "keywords": ["Aging", "Dynamic causal modeling + (DCM)", "Effective connectivity", "Functional magnetic resonance imaging (fMRI)", + "Working memory"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "29", "Year": "2016", "Month": "8", "@PubStatus": "received"}, {"Day": + "24", "Year": "2017", "Month": "3", "@PubStatus": "revised"}, {"Day": "2", + "Year": "2017", "Month": "5", "@PubStatus": "accepted"}, {"Day": "5", "Hour": + "6", "Year": "2017", "Month": "6", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "4", "Hour": "6", "Year": "2018", "Month": "1", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "5", "Hour": "6", "Year": "2017", "Month": "6", "Minute": + "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "28578155", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2017.05.005", + "@IdType": "doi"}, {"#text": "S0197-4580(17)30160-4", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "28578155", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Volume": "57", "PubDate": {"Year": "2017", "Month": + "Sep"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, + "Abstract": {"AbstractText": "Theoretical models and preceding studies have + described age-related alterations in neuronal activation of frontoparietal + regions in a working memory (WM) load-dependent manner. However, to date, + underlying neuronal mechanisms of these WM load-dependent activation changes + in aging remain poorly understood. The aim of this study was to investigate + these mechanisms in terms of effective connectivity by application of dynamic + causal modeling with Bayesian Model Selection. Eighteen healthy younger (age: + 20-32 years) and 32 older (60-75 years) participants performed an n-back task + with 3 WM load levels during functional magnetic resonance imaging (fMRI). + Behavioral and conventional fMRI results replicated age group by WM load interactions. + Importantly, the analysis of effective connectivity derived from dynamic causal + modeling, indicated an age- and performance-related reduction in WM load-dependent + modulation of connectivity from dorsolateral prefrontal cortex to inferior + parietal lobule. This finding provides evidence for the proposal that age-related + WM decline manifests as deficient WM load-dependent modulation of neuronal + top-down control and can integrate implications from theoretical models and + previous studies of functional changes in the aging brain.", "CopyrightInformation": + "Copyright \u00a9 2017 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "Stephan", "Initials": "S", "LastName": "Heinzel", "AffiliationInfo": + {"Affiliation": "Department of Psychology, Freie Universit\u00e4t Berlin, + Habelschwerdter Allee 45, Berlin 14195, Germany; Social and Preventive Medicine, + University of Potsdam, Am Neuen Palais 10, Potsdam 14469, Germany; Department + of Psychology, Humboldt-Universit\u00e4t zu Berlin, Rudower Chaussee 18, Berlin + 12489, Germany. Electronic address: stephan.heinzel@fu-berlin.de."}}, {"@ValidYN": + "Y", "ForeName": "Robert C", "Initials": "RC", "LastName": "Lorenz", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry and Psychotherapy, Campus Charit\u00e9 + Mitte, Charit\u00e9, Universit\u00e4tsmedizin Berlin, Charit\u00e9platz 1, + Berlin 10117, Germany; Max Planck Institute for Human Development, Lentzeallee + 94, Berlin 14195, Germany."}}, {"@ValidYN": "Y", "ForeName": "Quynh-Lam", + "Initials": "QL", "LastName": "Duong", "AffiliationInfo": {"Affiliation": + "Department of Psychiatry and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9, + Universit\u00e4tsmedizin Berlin, Charit\u00e9platz 1, Berlin 10117, Germany."}}, + {"@ValidYN": "Y", "ForeName": "Michael A", "Initials": "MA", "LastName": "Rapp", + "AffiliationInfo": {"Affiliation": "Social and Preventive Medicine, University + of Potsdam, Am Neuen Palais 10, Potsdam 14469, Germany; Cluster of Excellence + NeuroCure, Charit\u00e9-Universit\u00e4tsmedizin Berlin, Germany."}}, {"@ValidYN": + "Y", "ForeName": "Lorenz", "Initials": "L", "LastName": "Deserno", "AffiliationInfo": + {"Affiliation": "Max Planck Institute for Human Cognitive and Brain Sciences, + Stephanstra\u00dfe 1A, Leipzig, Germany; Department of Child and Adolescent + Psychiatry, Psychotherapy and Psychosomatics, University of Leipzig, Leipzig + 04103, Germany."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "27", + "StartPage": "18", "MedlinePgn": "18-27"}, "ArticleDate": {"Day": "10", "Year": + "2017", "Month": "05", "@DateType": "Electronic"}, "ELocationID": [{"#text": + "10.1016/j.neurobiolaging.2017.05.005", "@EIdType": "doi", "@ValidYN": "Y"}, + {"#text": "S0197-4580(17)30160-4", "@EIdType": "pii", "@ValidYN": "Y"}], "ArticleTitle": + "Prefrontal-parietal effective connectivity during working memory in older + adults.", "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", "#text": + "Journal Article"}, {"@UI": "D013485", "#text": "Research Support, Non-U.S. + Gov''t"}]}}, "DateRevised": {"Day": "24", "Year": "2018", "Month": "08"}, + "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "Aging", "@MajorTopicYN": + "N"}, {"#text": "Dynamic causal modeling (DCM)", "@MajorTopicYN": "N"}, {"#text": + "Effective connectivity", "@MajorTopicYN": "N"}, {"#text": "Functional magnetic + resonance imaging (fMRI)", "@MajorTopicYN": "N"}, {"#text": "Working memory", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "03", "Year": "2018", "Month": + "01"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D001499", "#text": "Bayes Theorem", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008570", + "#text": "Memory, Short-Term", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008875", "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D009434", "#text": "Neural Pathways", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": + "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D010296", "#text": "Parietal Lobe", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, {"@UI": "Q000503", + "#text": "physiopathology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": + "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2017, + "title": "Prefrontal-parietal effective connectivity during working memory + in older adults", "venue": "Neurobiology of Aging", "authors": [{"name": "S. + Heinzel", "authorId": "4952047"}, {"name": "R. Lorenz", "authorId": "39284553"}, + {"name": "Q. Duong", "authorId": "39745056"}, {"name": "M. Rapp", "authorId": + "1953528"}, {"name": "L. Deserno", "authorId": "65779171"}], "paperId": "fb7b7c7fa8087e1c6d08c969221b9c46f5bb283c", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2017.05.005?email= + or https://doi.org/10.1016/j.neurobiolaging.2017.05.005, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2017-09-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T03:56:52.803982+00:00", "analyses": + [{"id": "fWv8ck63BEsu", "user": null, "name": "tbl2", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Anatomical locations and MNI + coordinates for the WM load (1-back, 2-back, and 3-back) by age group (younger + vs. older participants) interaction, whole-brain results reported at p < 0.05, + family-wise error-corrected (FWE-corr), k \u2265 5 voxels", "conditions": + [], "weights": [], "points": [{"id": "bQsAqMHvHPdz", "coordinates": [-38.0, + -49.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 23.77}]}, {"id": "8aepppamPWXp", "coordinates": + [-22.0, -69.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 19.31}]}, {"id": "US7EfDMqDszS", "coordinates": + [-9.0, -69.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 17.01}]}, {"id": "HfSNhZhAA8sD", "coordinates": + [-25.0, -3.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 22.39}]}, {"id": "q3nFDSnP9cyE", "coordinates": + [-9.0, -16.0, 13.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 19.46}]}, {"id": "9wceGGuK7LCE", "coordinates": + [-32.0, 17.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 18.55}]}, {"id": "ghJs2gpfmeR5", "coordinates": + [14.0, -66.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 18.38}]}, {"id": "jHsc3cNDNRDM", "coordinates": + [28.0, -6.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 17.63}]}, {"id": "ExzbpvwBDoUx", "coordinates": + [31.0, 0.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 17.04}]}, {"id": "veEL39tEzNXC", "coordinates": + [4.0, 13.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 17.47}]}, {"id": "jYhdARDSSHay", "coordinates": + [34.0, -59.0, -30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 16.3}]}, {"id": "MbrXwUJHQwsp", "coordinates": + [-15.0, 0.0, 13.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 15.27}]}, {"id": "L23GeCvqshXm", "coordinates": + [41.0, -39.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 14.91}]}], "images": []}]}, {"id": + "7uFh3Qcjksn5", "created_at": "2026-03-02T19:37:59.266428+00:00", "updated_at": + "2026-03-02T19:38:00.757139+00:00", "user": "github|12564882", "name": "Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls", "description": "BACKGROUND: Falls + are the leading cause of injury-related deaths in the elderly worldwide. Both + gait impairment and cognitive decline have been shown to constitute major + fall risk factors. However, further investigations are required to establish + a more precise link between the influence of age on brain systems mediating + executive cognitive functions and their relationship with gait disturbances, + and thus help define novel markers and better guide remediation strategies + to prevent falls.\n\nMETHODS: Event-related functional magnetic resonance + imaging (fMRI) was used to evaluate age-related effects on the recruitment + of executive control brain network in selective attention task, as measured + with a flanker paradigm. Brain activation patterns were compared between twenty + young (21 years\u202f\u00b1\u202f2.5) and thirty-four old participants (72 + years\u202f\u00b1\u202f5.3) with high fall risks. We then determined to what + extend age-related differences in activation patterns were associated with + alterations in several gait parameters, measured with electronic devices providing + a precise quantitative evaluation of gait, as well as with alterations in + several aspects of cognitive and physical abilities.\n\nRESULTS: We found + that both young and old participants recruited a distributed fronto-parietal-occipital + network during interference by incongruent distractors in the flanker task. + However, additional activations were observed in posterior parieto-occipital + areas in the older relative to the younger participants. Furthermore, a differential + recruitment of both the left dorsal parieto-occipital sulcus and precuneus + was significantly correlated with higher gait variability. Besides, decreased + activation in the right cerebellum was found in the older with poorer cognitive + processing speed scores.\n\nCONCLUSIONS: Overall results converge to indicate + greater sensitivity to attention interference and heightened recruitment of + cortical executive control systems in the elderly with fall risks. Critically, + this change was associated with selective increases in gait variability indices, + linking attentional control with gait performance in elderly with high risks + of falls.", "publication": "NeuroImage", "doi": "10.1016/j.neuroimage.2019.01.030", + "pmid": "30660655", "authors": "N. Fernandez; M. Hars; A. Trombetti; Patrik + Vuilleumier", "year": 2019, "metadata": {"slug": "30660655-10-1016-j-neuroimage-2019-01-030", + "source": "semantic_scholar", "keywords": ["Aging", "Cognitive aging", "Fall + risks", "Gait", "Neuroimaging"], "sample_size": null, "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "1", "Year": "2018", + "Month": "8", "@PubStatus": "received"}, {"Day": "28", "Year": "2018", "Month": + "12", "@PubStatus": "revised"}, {"Day": "11", "Year": "2019", "Month": "1", + "@PubStatus": "accepted"}, {"Day": "21", "Hour": "6", "Year": "2019", "Month": + "1", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "25", "Hour": "6", "Year": + "2020", "Month": "1", "Minute": "0", "@PubStatus": "medline"}, {"Day": "21", + "Hour": "6", "Year": "2019", "Month": "1", "Minute": "0", "@PubStatus": "entrez"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "30660655", "@IdType": "pubmed"}, + {"#text": "10.1016/j.neuroimage.2019.01.030", "@IdType": "doi"}, {"#text": + "S1053-8119(19)30030-8", "@IdType": "pii"}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "30660655", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1095-9572", + "@IssnType": "Electronic"}, "Title": "NeuroImage", "JournalIssue": {"Volume": + "189", "PubDate": {"Day": "01", "Year": "2019", "Month": "Apr"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "Neuroimage"}, "Abstract": {"AbstractText": + [{"#text": "Falls are the leading cause of injury-related deaths in the elderly + worldwide. Both gait impairment and cognitive decline have been shown to constitute + major fall risk factors. However, further investigations are required to establish + a more precise link between the influence of age on brain systems mediating + executive cognitive functions and their relationship with gait disturbances, + and thus help define novel markers and better guide remediation strategies + to prevent falls.", "@Label": "BACKGROUND"}, {"#text": "Event-related functional + magnetic resonance imaging (fMRI) was used to evaluate age-related effects + on the recruitment of executive control brain network in selective attention + task, as measured with a flanker paradigm. Brain activation patterns were + compared between twenty young (21 years\u202f\u00b1\u202f2.5) and thirty-four + old participants (72 years\u202f\u00b1\u202f5.3) with high fall risks. We + then determined to what extend age-related differences in activation patterns + were associated with alterations in several gait parameters, measured with + electronic devices providing a precise quantitative evaluation of gait, as + well as with alterations in several aspects of cognitive and physical abilities.", + "@Label": "METHODS"}, {"#text": "We found that both young and old participants + recruited a distributed fronto-parietal-occipital network during interference + by incongruent distractors in the flanker task. However, additional activations + were observed in posterior parieto-occipital areas in the older relative to + the younger participants. Furthermore, a differential recruitment of both + the left dorsal parieto-occipital sulcus and precuneus was significantly correlated + with higher gait variability. Besides, decreased activation in the right cerebellum + was found in the older with poorer cognitive processing speed scores.", "@Label": + "RESULTS"}, {"#text": "Overall results converge to indicate greater sensitivity + to attention interference and heightened recruitment of cortical executive + control systems in the elderly with fall risks. Critically, this change was + associated with selective increases in gait variability indices, linking attentional + control with gait performance in elderly with high risks of falls.", "@Label": + "CONCLUSIONS"}], "CopyrightInformation": "Copyright \u00a9 2019 Elsevier Inc. + All rights reserved."}, "Language": "eng", "@PubModel": "Print-Electronic", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Natalia B", "Initials": + "NB", "LastName": "Fernandez", "AffiliationInfo": {"Affiliation": "Laboratory + of Behavioral Neurology and Imaging of Cognition, Dept. of Neurosciences, + University Medical Center, University of Geneva, Switzerland; Swiss Center + for Affective Sciences, University of Geneva, Switzerland. Electronic address: + natalia.fernandez@unige.ch."}}, {"@ValidYN": "Y", "ForeName": "M\u00e9lany", + "Initials": "M", "LastName": "Hars", "AffiliationInfo": {"Affiliation": "Division + of Bone Diseases, Dept. of Internal Medicine Specialties, Geneva University + Hospitals, Faculty of Medicine, Switzerland."}}, {"@ValidYN": "Y", "ForeName": + "Andrea", "Initials": "A", "LastName": "Trombetti", "AffiliationInfo": {"Affiliation": + "Division of Bone Diseases, Dept. of Internal Medicine Specialties, Geneva + University Hospitals, Faculty of Medicine, Switzerland."}}, {"@ValidYN": "Y", + "ForeName": "Patrik", "Initials": "P", "LastName": "Vuilleumier", "AffiliationInfo": + {"Affiliation": "Laboratory of Behavioral Neurology and Imaging of Cognition, + Dept. of Neurosciences, University Medical Center, University of Geneva, Switzerland; + Swiss Center for Affective Sciences, University of Geneva, Switzerland."}}], + "@CompleteYN": "Y"}, "Pagination": {"EndPage": "559", "StartPage": "551", + "MedlinePgn": "551-559"}, "ArticleDate": {"Day": "18", "Year": "2019", "Month": + "01", "@DateType": "Electronic"}, "ELocationID": [{"#text": "10.1016/j.neuroimage.2019.01.030", + "@EIdType": "doi", "@ValidYN": "Y"}, {"#text": "S1053-8119(19)30030-8", "@EIdType": + "pii", "@ValidYN": "Y"}], "ArticleTitle": "Age-related changes in attention + control and their relationship with gait performance in older adults with + high risk of falls.", "PublicationTypeList": {"PublicationType": [{"@UI": + "D016428", "#text": "Journal Article"}, {"@UI": "D013485", "#text": "Research + Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "24", "Year": "2020", + "Month": "01"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Cognitive aging", "@MajorTopicYN": + "N"}, {"#text": "Fall risks", "@MajorTopicYN": "N"}, {"#text": "Gait", "@MajorTopicYN": + "N"}, {"#text": "Neuroimaging", "@MajorTopicYN": "N"}]}, "DateCompleted": + {"Day": "24", "Year": "2020", "Month": "01"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000058", + "#text": "Accidental Falls", "@MajorTopicYN": "Y"}}, {"DescriptorName": {"@UI": + "D000328", "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000066492", "#text": "Cognitive Aging", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D056344", "#text": "Executive Function", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D005684", "#text": "Gait", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": + "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D009415", "#text": "Nerve + Net", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D055815", "#text": + "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "United States", "MedlineTA": "Neuroimage", "ISSNLinking": "1053-8119", "NlmUniqueID": + "9215515"}}}, "semantic_scholar": {"year": 2019, "title": "Age-related changes + in attention control and their relationship with gait performance in older + adults with high risk of falls", "venue": "NeuroImage", "authors": [{"name": + "N. Fernandez", "authorId": "30794772"}, {"name": "M. Hars", "authorId": "48277357"}, + {"name": "A. Trombetti", "authorId": "5983940"}, {"name": "Patrik Vuilleumier", + "authorId": "2152501"}], "paperId": "d96fe98f5a14132fcb4bb2c7a6efec988a746ce5", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neuroimage.2019.01.030?email= + or https://doi.org/10.1016/j.neuroimage.2019.01.030, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2019-04-01"}}}, "source": "neurostore", "source_id": + "WGJPEW4iVyYm", "source_updated_at": "2025-12-03T08:26:14.277214+00:00", "analyses": + [{"id": "S2Miw4Ahvd7a", "user": "github|12564882", "name": "Stride length + CV", "metadata": null, "description": "Localization (MNI coordinates) and + peak activation values (z score) for brain areas engaged during executive + control. (A) Main effects of conflict and interaction with age group (Inc\u202f>\u202fCon + x Old\u202f>\u202fYoung), and (B) parametric increases related to clinical + scores and gait parameters in the elderly. In (A), shared activations across + both groups are listed in the upper part of the table, while activations greater + in the older than the younger group (between-group analysis) are listed in + the bottom part. In (B), the reported stride length CV and stride time CV + were measured under normal walking conditions. All reported peaks are significant + at p\u202f<\u202f.001 uncorrected for multiple comparisons with cluster extent + >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent condition. Inc:\u202fIncongruent + condition. Lat.:\u202fHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.", + "conditions": [], "weights": [], "points": [{"id": "YASKZTYLZA3q", "coordinates": + [-6.0, -79.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.44}]}, {"id": "pZCPbfUuw4yG", "coordinates": + [-24.0, -79.0, 37.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.84}]}, {"id": "5iFvL2xf28sh", "coordinates": + [30.0, 11.0, 55.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.04}]}], "images": []}, {"id": "X8smwsqncCN6", + "user": "github|12564882", "name": "Stride time CV", "metadata": null, "description": + "Localization (MNI coordinates) and peak activation values (z score) for brain + areas engaged during executive control. (A) Main effects of conflict and interaction + with age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [{"id": "WNQUQ48fTLUB", "coordinates": [18.0, -88.0, 40.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.71}]}], "images": []}, {"id": "G42rYniXPStm", "user": "github|12564882", + "name": "Digit Symbol-Coding test", "metadata": null, "description": "Localization + (MNI coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [{"id": "LQXftpouSF3f", "coordinates": [33.0, -55.0, -38.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.99}]}], "images": []}, {"id": "pAsfVNNg3fRJ", "user": "github|12564882", + "name": "(B) Executive control (Inc\u202f>\u202fCon) - Positively correlated + with clinical scores", "metadata": null, "description": "Localization (MNI + coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "MBvN9CRpPadY", "user": "github|12564882", + "name": "Gait Parameters (NW)", "metadata": null, "description": "Localization + (MNI coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "zLvVJwjUFbFe", "user": "github|12564882", + "name": "Cognitive assessment", "metadata": null, "description": "Localization + (MNI coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "taa9xGu9rhhp", "user": "github|12564882", + "name": "(A) Executive control (Inc\u202f>\u202fCon)", "metadata": null, "description": + "Localization (MNI coordinates) and peak activation values (z score) for brain + areas engaged during executive control. (A) Main effects of conflict and interaction + with age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [{"id": "n925KWZz63yq", "coordinates": [32.0, 43.0, 12.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + null, "value": null}]}, {"id": "GpBxtjp9kStt", "coordinates": [43.0, 34.0, + 21.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": null, "value": null}]}], "images": []}, {"id": "WgcasyWxZyaw", "user": + "github|12564882", "name": "Common activations across both groups", "metadata": + null, "description": "Localization (MNI coordinates) and peak activation values + (z score) for brain areas engaged during executive control. (A) Main effects + of conflict and interaction with age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), + and (B) parametric increases related to clinical scores and gait parameters + in the elderly. In (A), shared activations across both groups are listed in + the upper part of the table, while activations greater in the older than the + younger group (between-group analysis) are listed in the bottom part. In (B), + the reported stride length CV and stride time CV were measured under normal + walking conditions. All reported peaks are significant at p\u202f<\u202f.001 + uncorrected for multiple comparisons with cluster extent >\u202f50 voxels. + Abbreviation:\u202fCon:\u202fCongruent condition. Inc:\u202fIncongruent condition. + Lat.:\u202fHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.", + "conditions": [], "weights": [], "points": [{"id": "dQznsZRMALoj", "coordinates": + [24.0, 8.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.63}]}, {"id": "YfmWDeS8yJP6", "coordinates": + [-24.0, -4.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.55}]}, {"id": "dMfox8BZKNyd", "coordinates": + [45.0, 11.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.31}]}, {"id": "YDvynnfnnJAg", "coordinates": + [-39.0, 5.0, 37.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.55}]}, {"id": "xiekoHFtrpiL", "coordinates": + [54.0, 32.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.78}]}, {"id": "2pSJBFkyxSF7", "coordinates": + [-51.0, 8.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.15}]}, {"id": "8fjMNyZEkgfL", "coordinates": + [3.0, 20.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.17}]}, {"id": "k2Aoyse3YjsV", "coordinates": + [-3.0, 23.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.16}]}, {"id": "RDaUteZymctk", "coordinates": + [27.0, -73.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.56}]}, {"id": "YmCaD6ZxQ7Re", "coordinates": + [-24.0, -67.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.93}]}, {"id": "o3methz4jkt8", "coordinates": + [39.0, -43.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.03}]}, {"id": "NTJHYNYLFQmr", "coordinates": + [45.0, -70.0, -11.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.41}]}, {"id": "SxuuiRqBnsps", "coordinates": + [36.0, -85.0, 7.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.8}]}, {"id": "BXLjvvLSzAnf", "coordinates": + [-36.0, -91.0, 7.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.42}]}, {"id": "WCStZ9JgJiMV", "coordinates": + [36.0, -88.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.38}]}, {"id": "pFFQUX4TcPAQ", "coordinates": + [-48.0, -76.0, -5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.33}]}, {"id": "pfSQpkcwr4hq", "coordinates": + [12.0, -49.0, -29.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.07}]}, {"id": "JC3x5P7cPNHs", "coordinates": + [9.0, -76.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.6}]}, {"id": "vSW4iouLSyLE", "coordinates": + [-9.0, -73.0, -23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.98}]}], "images": []}, {"id": "s56ukMvFdqSa", + "user": "github|12564882", "name": "Older\u202f>\u202fYoung adults", "metadata": + null, "description": "Localization (MNI coordinates) and peak activation values + (z score) for brain areas engaged during executive control. (A) Main effects + of conflict and interaction with age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), + and (B) parametric increases related to clinical scores and gait parameters + in the elderly. In (A), shared activations across both groups are listed in + the upper part of the table, while activations greater in the older than the + younger group (between-group analysis) are listed in the bottom part. In (B), + the reported stride length CV and stride time CV were measured under normal + walking conditions. All reported peaks are significant at p\u202f<\u202f.001 + uncorrected for multiple comparisons with cluster extent >\u202f50 voxels. + Abbreviation:\u202fCon:\u202fCongruent condition. Inc:\u202fIncongruent condition. + Lat.:\u202fHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.", + "conditions": [], "weights": [], "points": [{"id": "8ZeEbBmKNLe2", "coordinates": + [-12.0, -79.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.77}]}, {"id": "sPJZDRSpC4Vz", "coordinates": + [-24.0, -85.0, 37.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.37}]}], "images": []}]}], "studyset_studies": + [{"id": "2v8wxmznWGtn", "curation_stub_uuid": "b20d8835-000e-471a-ac11-0a027873d0d2"}, + {"id": "5MhvfutjuBXP", "curation_stub_uuid": "dd63b8ed-60eb-45cc-b62b-979421c12608"}, + {"id": "5VCqwQyW423m", "curation_stub_uuid": "719c1a2d-61ee-49e4-9580-f994f7671895"}, + {"id": "5utnj7FPQZYn", "curation_stub_uuid": "91145b5d-22e7-4d73-93b8-d5a2e388b74d"}, + {"id": "7BN5MapyrsrU", "curation_stub_uuid": "d0802e02-9ee9-41fa-8051-3d1751a327d1"}, + {"id": "7Whipa568J5r", "curation_stub_uuid": "d661c977-481f-4c38-995f-5d48359e044c"}, + {"id": "7aRVSAgS5Xhw", "curation_stub_uuid": "d6cef787-3131-4f2f-bb5d-2430a78750f8"}, + {"id": "8pMa8n8vWjYr", "curation_stub_uuid": "60c88822-a83e-44ac-a704-1eddf271e8d3"}, + {"id": "8wcR6B8iVdoC", "curation_stub_uuid": "d0ff4c8b-7fe6-48fe-8614-0171d19e19b3"}, + {"id": "B8afHJsbqkAP", "curation_stub_uuid": "4faa4c12-f488-4e32-b8b3-26f5c0516790"}, + {"id": "D7ANhxTZR4em", "curation_stub_uuid": "d7f77a7b-3427-475c-bce4-2717f534aad8"}, + {"id": "DLLcNXKNqJZM", "curation_stub_uuid": "adda09da-9ba8-4bd4-9899-9ccc9016ab5b"}, + {"id": "DXC84L9Pm7Pw", "curation_stub_uuid": "9fc3221d-4932-4ea5-9d53-7a76524fc7f4"}, + {"id": "DbLDoRQi3NZu", "curation_stub_uuid": "284bc298-f109-45c7-9c5b-93a7cd39be22"}, + {"id": "F6PeZrTfbtKs", "curation_stub_uuid": "61d101c5-de7c-4fec-830a-6ff3cc16b03c"}, + {"id": "GftJQhHBhcAG", "curation_stub_uuid": "adf15b51-5f4e-4a71-a5f7-81dfd9160aa6"}, + {"id": "J6QdYVwZWddF", "curation_stub_uuid": "90740ff5-82d1-4e91-9c85-b00adb3446af"}, + {"id": "K7AyYJwUj5ML", "curation_stub_uuid": "b9b7a8d4-1f49-4d0f-9069-355e2dc96e5e"}, + {"id": "K9pHHEiFfYqF", "curation_stub_uuid": "36246113-eb42-4131-ab99-bfeacba8f987"}, + {"id": "KB9ULDPpASvH", "curation_stub_uuid": "fe47d8ae-10b3-495e-b2ab-f0271955b00b"}, + {"id": "KD47mLc3nr76", "curation_stub_uuid": "1455bf1c-0419-4e68-b718-e22c162b9dc5"}, + {"id": "LLBcP7j4zJcB", "curation_stub_uuid": "b26502b7-eaf1-4cfa-807b-95383dcb9664"}, + {"id": "LhDecKrEtm2v", "curation_stub_uuid": "762e8682-8fb8-4092-972a-d311f406fc56"}, + {"id": "MTNr8YwnKqNv", "curation_stub_uuid": "910d1a9a-4647-4464-a09d-e4b29c099850"}, + {"id": "NWsVB7HRR89W", "curation_stub_uuid": "8e3c5f4e-c1a3-4368-9a69-18991a6f04d6"}, + {"id": "NpyJt4hQWaoo", "curation_stub_uuid": "451229a7-2f3f-4f21-af92-5ef0cf04baa6"}, + {"id": "PuEBcXVh3amA", "curation_stub_uuid": "9aa39fda-3386-4b6c-b43c-c0a9f903ba4a"}, + {"id": "TuXKJVc4rRe6", "curation_stub_uuid": "590bcf8f-fb24-4f21-8294-d62d572cb8e1"}, + {"id": "USmkQKvjXZpr", "curation_stub_uuid": "43e33352-0392-4584-ba93-2daf8f6d9c2a"}, + {"id": "YWyEc2qs4zFE", "curation_stub_uuid": "f16beace-6f5b-4800-a092-b73bb341b62d"}, + {"id": "a58oyzcbbGaZ", "curation_stub_uuid": "ffd0fc03-883e-42be-aed9-90e3adf77582"}, + {"id": "ar9DTVHs9PAf", "curation_stub_uuid": "a2b727d3-0f87-4a31-99f8-71da05e702b1"}, + {"id": "bTcccVjH7ku6", "curation_stub_uuid": "b14a04ce-fd38-417c-b37b-6d4e20978e79"}, + {"id": "doWyCNdwkmwY", "curation_stub_uuid": "6dabf473-15cf-4ef3-9530-7ac96a7ccc9b"}, + {"id": "dvZXoTaieJdA", "curation_stub_uuid": "5571c71f-c0d1-4752-8d80-82d841825aaf"}, + {"id": "eJGXCqvZxzoM", "curation_stub_uuid": "85cc54b4-9789-44c8-ab65-5ce53099130d"}, + {"id": "imZpjSehcmEM", "curation_stub_uuid": "6c9227d8-f669-4084-a788-1c2490ddc2ef"}, + {"id": "kqWunfwffXmQ", "curation_stub_uuid": "298fdb31-7a4c-4dca-b9a0-b3fa228fc3bd"}, + {"id": "o2PMFZ53Gbtj", "curation_stub_uuid": "f5677013-a5d5-4216-9255-2ac608a3b34f"}, + {"id": "oCbt6XuWSVvp", "curation_stub_uuid": "82966253-43ec-4328-a6ef-10dd65b4aad4"}, + {"id": "pSDYT3a7AEAF", "curation_stub_uuid": "6ce8debf-550f-4308-b787-8f140a27f871"}, + {"id": "qAdPtRwHse6m", "curation_stub_uuid": "c0800137-c837-4fef-9216-6cce6d715d36"}, + {"id": "seKkS4tSq6Bb", "curation_stub_uuid": "23504020-5761-4af0-9145-1dbdce9c66ab"}, + {"id": "tDKTP8ZrMUWe", "curation_stub_uuid": "c3e6ddf4-7396-4698-a426-e2f152a49f80"}, + {"id": "tj4FavBEnueQ", "curation_stub_uuid": "46433850-8bdf-4468-8976-1891f36d8412"}, + {"id": "ujpp8bg3uiUe", "curation_stub_uuid": "713148ce-4bb2-4e2a-878f-9e238f3d2f6f"}, + {"id": "vG38X6tjWNhu", "curation_stub_uuid": "5733e670-07c5-407f-b71c-648d32bdfea7"}, + {"id": "vS8WrsvyeVgN", "curation_stub_uuid": "f50d45a2-4495-4cac-abd5-945f2169a4d6"}, + {"id": "wHYf38krsnfx", "curation_stub_uuid": "c1bf81cf-d258-4ed6-a6bb-74887bc553f9"}, + {"id": "wSVVKjiiMKAC", "curation_stub_uuid": "7deb87fd-278a-4d3d-a72c-1f6028a31248"}, + {"id": "ycYWaifqVycZ", "curation_stub_uuid": "68ade8f1-e95c-428f-a614-588e4a114dcf"}, + {"id": "7uFh3Qcjksn5", "curation_stub_uuid": "197fea6c-2be4-4173-a78e-d98d94652a96"}]}}, + "neurostore_id": "n45qe4g5nrFw", "version": null, "url": "https://neurostore.org/api/studysets/n45qe4g5nrFw"}, + "annotation": {"id": "XijxA4i3hb8S", "created_at": "2026-03-02T19:49:56.939573+00:00", + "updated_at": "2026-03-02T19:51:17.648888+00:00", "user": "github|12564882", + "username": "James Kent", "snapshot": {"snapshot": {"id": "mmaYdBWkKPoQ", + "user": "github|12564882", "username": "James Kent", "created_at": "2026-03-02T19:31:10.863087+00:00", + "updated_at": "2026-03-02T19:35:11.283465+00:00", "studyset": "n45qe4g5nrFw", + "notes": [{"id": "mmaYdBWkKPoQ_ZKR2mKJ8p36L", "note": {"included": true, "older_adults": + true}, "analysis": "ZKR2mKJ8p36L", "study": "2v8wxmznWGtn", "study_name": + "The Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers", + "analysis_name": "Significant clusters for non-fallers > fallers, dual-task + > single-task", "study_year": 2016, "authors": "L. Nagamatsu; C. Liang Hsu; + M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; P. Graf; B. Beattie; + T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; Hsu Cl; Voss Mw; Chan + A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_6FrhK4nNtqqA", "note": + {"included": true, "older_adults": true}, "analysis": "6FrhK4nNtqqA", "study": + "2v8wxmznWGtn", "study_name": "The Neurocognitive Basis for Impaired Dual-Task + Performance in Senior Fallers", "analysis_name": "Single-task", "study_year": + 2016, "authors": "L. Nagamatsu; C. Liang Hsu; M. Voss; Alison Chan; Niousha + Bolandzadeh; T. Handy; P. Graf; B. Beattie; T. Liu-Ambrose; Jean Mariani; + G. Kemoun; Nagamatsu Ls; Hsu Cl; Voss Mw; Chan A; Bolandzadeh N; Handy Tc; + P. Graf; Beattie Bl; Liu-Ambrose", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_cLwh6sBRF3yS", "note": {"included": true, "older_adults": + true}, "analysis": "cLwh6sBRF3yS", "study": "2v8wxmznWGtn", "study_name": + "The Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers", + "analysis_name": "Dual-task", "study_year": 2016, "authors": "L. Nagamatsu; + C. Liang Hsu; M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; P. Graf; + B. Beattie; T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; Hsu Cl; + Voss Mw; Chan A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose", + "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_fyAmbYQZrmAe", + "note": {"included": true, "older_adults": true}, "analysis": "fyAmbYQZrmAe", + "study": "5MhvfutjuBXP", "study_name": "Load modulation of BOLD response and + connectivity predicts working memory performance in younger and older adults.", + "analysis_name": "25867", "study_year": 2011, "authors": "Nagel IE, Preuschhof + C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR", "publication": + "Journal of cognitive neuroscience"}, {"id": "mmaYdBWkKPoQ_35vLK2wSUarM", + "note": {"included": true, "older_adults": true}, "analysis": "35vLK2wSUarM", + "study": "5MhvfutjuBXP", "study_name": "Load modulation of BOLD response and + connectivity predicts working memory performance in younger and older adults.", + "analysis_name": "25868", "study_year": 2011, "authors": "Nagel IE, Preuschhof + C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR", "publication": + "Journal of cognitive neuroscience"}, {"id": "mmaYdBWkKPoQ_3qatbKAbjyiG", + "note": {"included": true, "older_adults": true}, "analysis": "3qatbKAbjyiG", + "study": "5MhvfutjuBXP", "study_name": "Load modulation of BOLD response and + connectivity predicts working memory performance in younger and older adults.", + "analysis_name": "25869", "study_year": 2011, "authors": "Nagel IE, Preuschhof + C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR", "publication": + "Journal of cognitive neuroscience"}, {"id": "mmaYdBWkKPoQ_WUFsoXB9AZ43", + "note": {"included": true, "older_adults": true}, "analysis": "WUFsoXB9AZ43", + "study": "5VCqwQyW423m", "study_name": "Stronger right hemisphere functional + connectivity supports executive aspects of language in older adults", "analysis_name": + "Younger > Older", "study_year": 2020, "authors": "Victoria H. Gertel; Haoyun + Zhang; Michele T. Diaz", "publication": "Brain and Language"}, {"id": "mmaYdBWkKPoQ_ZJw5UnpcLA3Q", + "note": {"included": true, "older_adults": true}, "analysis": "ZJw5UnpcLA3Q", + "study": "5VCqwQyW423m", "study_name": "Stronger right hemisphere functional + connectivity supports executive aspects of language in older adults", "analysis_name": + "Older > Younger", "study_year": 2020, "authors": "Victoria H. Gertel; Haoyun + Zhang; Michele T. Diaz", "publication": "Brain and Language"}, {"id": "mmaYdBWkKPoQ_W8ZHSveVYgyT", + "note": {"included": true, "older_adults": true}, "analysis": "W8ZHSveVYgyT", + "study": "5VCqwQyW423m", "study_name": "Stronger right hemisphere functional + connectivity supports executive aspects of language in older adults", "analysis_name": + "Stroop correlation: all participants", "study_year": 2020, "authors": "Victoria + H. Gertel; Haoyun Zhang; Michele T. Diaz", "publication": "Brain and Language"}, + {"id": "mmaYdBWkKPoQ_ouuQz2VUFuSP", "note": {"included": true, "older_adults": + true}, "analysis": "ouuQz2VUFuSP", "study": "5VCqwQyW423m", "study_name": + "Stronger right hemisphere functional connectivity supports executive aspects + of language in older adults", "analysis_name": "Age group X RSFC interaction + on Stroop effect score", "study_year": 2020, "authors": "Victoria H. Gertel; + Haoyun Zhang; Michele T. Diaz", "publication": "Brain and Language"}, {"id": + "mmaYdBWkKPoQ_6seuYrrV8VeB", "note": {"included": true, "older_adults": true}, + "analysis": "6seuYrrV8VeB", "study": "5VCqwQyW423m", "study_name": "Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults", "analysis_name": "Younger\u00063> Older", "study_year": + 2020, "authors": "Victoria H. Gertel; Haoyun Zhang; Michele T. Diaz", "publication": + "Brain and Language"}, {"id": "mmaYdBWkKPoQ_zYTkfTuTTLPQ", "note": {"included": + true, "older_adults": true}, "analysis": "zYTkfTuTTLPQ", "study": "5utnj7FPQZYn", + "study_name": "Differential effects of age on subcomponents of response inhibition", + "analysis_name": "Common activations during successful inhibition in all three + tasks", "study_year": 2013, "authors": "Alexandra Sebastian; Alexandra Sebastian; + C. Baldermann; B. Feige; M. Katzev; E. Scheller; B. Hellwig; K. Lieb; C. Weiller; + O. T\u00fcscher; S. Kl\u00f6ppel", "publication": "Neurobiology of Aging"}, + {"id": "mmaYdBWkKPoQ_MGXSRi86UzXJ", "note": {"included": true, "older_adults": + true}, "analysis": "MGXSRi86UzXJ", "study": "5utnj7FPQZYn", "study_name": + "Differential effects of age on subcomponents of response inhibition", "analysis_name": + "Go/no-go", "study_year": 2013, "authors": "Alexandra Sebastian; Alexandra + Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; B. Hellwig; K. + Lieb; C. Weiller; O. T\u00fcscher; S. Kl\u00f6ppel", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_adDCMC45F39U", "note": {"included": true, + "older_adults": true}, "analysis": "adDCMC45F39U", "study": "5utnj7FPQZYn", + "study_name": "Differential effects of age on subcomponents of response inhibition", + "analysis_name": "Simon", "study_year": 2013, "authors": "Alexandra Sebastian; + Alexandra Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; B. Hellwig; + K. Lieb; C. Weiller; O. T\u00fcscher; S. Kl\u00f6ppel", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_6VjtVmzisTHc", "note": {"included": true, + "older_adults": true}, "analysis": "6VjtVmzisTHc", "study": "5utnj7FPQZYn", + "study_name": "Differential effects of age on subcomponents of response inhibition", + "analysis_name": "Stop-signal", "study_year": 2013, "authors": "Alexandra + Sebastian; Alexandra Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; + B. Hellwig; K. Lieb; C. Weiller; O. T\u00fcscher; S. Kl\u00f6ppel", "publication": + "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_VvBT5ecbpg6B", "note": {"included": + true, "older_adults": true}, "analysis": "VvBT5ecbpg6B", "study": "7BN5MapyrsrU", + "study_name": "Age-related differences in cortical recruitment and suppression: + implications for cognitive performance.", "analysis_name": "Y > O", "study_year": + 2012, "authors": "Ruchika Shaurya Prakash; Susie Heo; Michelle W Voss; Beth + Patterson; Arthur F Kramer", "publication": "Behavioural brain research"}, + {"id": "mmaYdBWkKPoQ_xRrAp74gCogF", "note": {"included": true, "older_adults": + true}, "analysis": "xRrAp74gCogF", "study": "7BN5MapyrsrU", "study_name": + "Age-related differences in cortical recruitment and suppression: implications + for cognitive performance.", "analysis_name": "O > Y", "study_year": 2012, + "authors": "Ruchika Shaurya Prakash; Susie Heo; Michelle W Voss; Beth Patterson; + Arthur F Kramer", "publication": "Behavioural brain research"}, {"id": "mmaYdBWkKPoQ_yDjuiwB5LQdP", + "note": {"included": true, "older_adults": true}, "analysis": "yDjuiwB5LQdP", + "study": "7BN5MapyrsrU", "study_name": "Age-related differences in cortical + recruitment and suppression: implications for cognitive performance.", "analysis_name": + "Y > O-2", "study_year": 2012, "authors": "Ruchika Shaurya Prakash; Susie + Heo; Michelle W Voss; Beth Patterson; Arthur F Kramer", "publication": "Behavioural + brain research"}, {"id": "mmaYdBWkKPoQ_gKSoguk4i56F", "note": {"included": + true, "older_adults": true}, "analysis": "gKSoguk4i56F", "study": "7BN5MapyrsrU", + "study_name": "Age-related differences in cortical recruitment and suppression: + implications for cognitive performance.", "analysis_name": "O > Y-2", "study_year": + 2012, "authors": "Ruchika Shaurya Prakash; Susie Heo; Michelle W Voss; Beth + Patterson; Arthur F Kramer", "publication": "Behavioural brain research"}, + {"id": "mmaYdBWkKPoQ_X8XpHhyqeiQa", "note": {"included": true, "older_adults": + true}, "analysis": "X8XpHhyqeiQa", "study": "7aRVSAgS5Xhw", "study_name": + "Neural Correlates of Working Memory Maintenance in Advanced Aging: Evidence + From fMRI", "analysis_name": "Young\u2013old = Old\u2013old", "study_year": + 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. + Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_2P7KNDiq9Rgx", "note": + {"included": true, "older_adults": true}, "analysis": "2P7KNDiq9Rgx", "study": + "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory Maintenance + in Advanced Aging: Evidence From fMRI", "analysis_name": "Face effects", "study_year": + 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. + Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_NiJy98rtgz5Z", "note": + {"included": true, "older_adults": true}, "analysis": "NiJy98rtgz5Z", "study": + "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory Maintenance + in Advanced Aging: Evidence From fMRI", "analysis_name": "Location effects", + "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; + N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", + "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_JwmRLGe5ZpPc", + "note": {"included": true, "older_adults": true}, "analysis": "JwmRLGe5ZpPc", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Face + WM effects", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_FjfF5j466EDb", + "note": {"included": true, "older_adults": true}, "analysis": "FjfF5j466EDb", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Location + WM effects", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_C9TzVWrcxd82", + "note": {"included": true, "older_adults": true}, "analysis": "C9TzVWrcxd82", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Young\u2013old + > Old\u2013old", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_Hz7twrzZSiV5", + "note": {"included": true, "older_adults": true}, "analysis": "Hz7twrzZSiV5", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Face + WM effects-2", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_jrvUTLYcju74", + "note": {"included": true, "older_adults": true}, "analysis": "jrvUTLYcju74", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Location + WM effects-2", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_MFdrRe3ENnL9", + "note": {"included": true, "older_adults": true}, "analysis": "MFdrRe3ENnL9", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Old\u2013old + > Young\u2013old", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu + Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; + S. Yoshikawa; K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_VZsbN9Vgomsd", "note": {"included": true, "older_adults": + true}, "analysis": "VZsbN9Vgomsd", "study": "7aRVSAgS5Xhw", "study_name": + "Neural Correlates of Working Memory Maintenance in Advanced Aging: Evidence + From fMRI", "analysis_name": "Face WM effects-3", "study_year": 2018, "authors": + "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; + K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", "publication": "Frontiers + in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_oiWsN8mZKyWW", "note": {"included": + true, "older_adults": true}, "analysis": "oiWsN8mZKyWW", "study": "7aRVSAgS5Xhw", + "study_name": "Neural Correlates of Working Memory Maintenance in Advanced + Aging: Evidence From fMRI", "analysis_name": "Location WM effects-3", "study_year": + 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. + Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_LgW4rXsoKtue", "note": + {"included": true, "older_adults": true}, "analysis": "LgW4rXsoKtue", "study": + "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory Maintenance + in Advanced Aging: Evidence From fMRI", "analysis_name": "Young\u2013old = + Old\u2013old-2", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_nUc3cYVkNw9q", + "note": {"included": true, "older_adults": true}, "analysis": "nUc3cYVkNw9q", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Old\u2013old + > Young\u2013old-2", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu + Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; + S. Yoshikawa; K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_zkSiQYdt6ySA", "note": {"included": true, "older_adults": + true}, "analysis": "zkSiQYdt6ySA", "study": "7aRVSAgS5Xhw", "study_name": + "Neural Correlates of Working Memory Maintenance in Advanced Aging: Evidence + From fMRI", "analysis_name": "Young\u2013old > High-performing old\u2013old", + "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; + N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", + "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_nbFMT9tyccGj", + "note": {"included": true, "older_adults": true}, "analysis": "nbFMT9tyccGj", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "High-performing + old\u2013old > Young\u2013old", "study_year": 2018, "authors": "Maki Suzuki; + Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. + Yamada; S. Yoshikawa; K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_taa9xGu9rhhp", "note": {"included": null, "older_adults": + true}, "analysis": "taa9xGu9rhhp", "study": "7uFh3Qcjksn5", "study_name": + "Age-related changes in attention control and their relationship with gait + performance in older adults with high risk of falls", "analysis_name": "(A) + Executive control (Inc\u202f>\u202fCon)", "study_year": 2019, "authors": "N. + Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_WgcasyWxZyaw", "note": {"included": null, "older_adults": + true}, "analysis": "WgcasyWxZyaw", "study": "7uFh3Qcjksn5", "study_name": + "Age-related changes in attention control and their relationship with gait + performance in older adults with high risk of falls", "analysis_name": "Common + activations across both groups", "study_year": 2019, "authors": "N. Fernandez; + M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_s56ukMvFdqSa", "note": {"included": null, "older_adults": + true}, "analysis": "s56ukMvFdqSa", "study": "7uFh3Qcjksn5", "study_name": + "Age-related changes in attention control and their relationship with gait + performance in older adults with high risk of falls", "analysis_name": "Older\u202f>\u202fYoung + adults", "study_year": 2019, "authors": "N. Fernandez; M. Hars; A. Trombetti; + Patrik Vuilleumier", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_pAsfVNNg3fRJ", + "note": {"included": null, "older_adults": true}, "analysis": "pAsfVNNg3fRJ", + "study": "7uFh3Qcjksn5", "study_name": "Age-related changes in attention control + and their relationship with gait performance in older adults with high risk + of falls", "analysis_name": "(B) Executive control (Inc\u202f>\u202fCon) - + Positively correlated with clinical scores", "study_year": 2019, "authors": + "N. Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_MBvN9CRpPadY", "note": {"included": null, + "older_adults": true}, "analysis": "MBvN9CRpPadY", "study": "7uFh3Qcjksn5", + "study_name": "Age-related changes in attention control and their relationship + with gait performance in older adults with high risk of falls", "analysis_name": + "Gait Parameters (NW)", "study_year": 2019, "authors": "N. Fernandez; M. Hars; + A. Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_S2Miw4Ahvd7a", + "note": {"included": null, "older_adults": true}, "analysis": "S2Miw4Ahvd7a", + "study": "7uFh3Qcjksn5", "study_name": "Age-related changes in attention control + and their relationship with gait performance in older adults with high risk + of falls", "analysis_name": "Stride length CV", "study_year": 2019, "authors": + "N. Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_X8smwsqncCN6", "note": {"included": null, + "older_adults": true}, "analysis": "X8smwsqncCN6", "study": "7uFh3Qcjksn5", + "study_name": "Age-related changes in attention control and their relationship + with gait performance in older adults with high risk of falls", "analysis_name": + "Stride time CV", "study_year": 2019, "authors": "N. Fernandez; M. Hars; A. + Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_zLvVJwjUFbFe", + "note": {"included": null, "older_adults": true}, "analysis": "zLvVJwjUFbFe", + "study": "7uFh3Qcjksn5", "study_name": "Age-related changes in attention control + and their relationship with gait performance in older adults with high risk + of falls", "analysis_name": "Cognitive assessment", "study_year": 2019, "authors": + "N. Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_G42rYniXPStm", "note": {"included": null, + "older_adults": true}, "analysis": "G42rYniXPStm", "study": "7uFh3Qcjksn5", + "study_name": "Age-related changes in attention control and their relationship + with gait performance in older adults with high risk of falls", "analysis_name": + "Digit Symbol-Coding test", "study_year": 2019, "authors": "N. Fernandez; + M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_EUTk3vb2zE2o", "note": {"included": true, "older_adults": + true}, "analysis": "EUTk3vb2zE2o", "study": "8pMa8n8vWjYr", "study_name": + "Head over heels but I forget why: Disruptive functional connectivity in older + adult fallers with mild cognitive impairment", "analysis_name": "DMN", "study_year": + 2019, "authors": "Rachel A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose", + "publication": "Behavioural Brain Research"}, {"id": "mmaYdBWkKPoQ_4oj7SwVPqMxi", + "note": {"included": true, "older_adults": true}, "analysis": "4oj7SwVPqMxi", + "study": "8pMa8n8vWjYr", "study_name": "Head over heels but I forget why: + Disruptive functional connectivity in older adult fallers with mild cognitive + impairment", "analysis_name": "FPN", "study_year": 2019, "authors": "Rachel + A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose", "publication": + "Behavioural Brain Research"}, {"id": "mmaYdBWkKPoQ_8MaDDtLT94Sb", "note": + {"included": true, "older_adults": true}, "analysis": "8MaDDtLT94Sb", "study": + "8pMa8n8vWjYr", "study_name": "Head over heels but I forget why: Disruptive + functional connectivity in older adult fallers with mild cognitive impairment", + "analysis_name": "SMN", "study_year": 2019, "authors": "Rachel A. Crockett; + C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose", "publication": "Behavioural + Brain Research"}, {"id": "mmaYdBWkKPoQ_rew5qriQZB4u", "note": {"included": + true, "older_adults": true}, "analysis": "rew5qriQZB4u", "study": "8wcR6B8iVdoC", + "study_name": "Effects of in-Scanner Bilateral Frontal tDCS on Functional + Connectivity of the Working Memory Network in Older Adults", "analysis_name": + "t1", "study_year": 2019, "authors": "N. Nissim; A. O''Shea; A. Indahlastari; + Rachel Telles; Lindsey Richards; E. Porges; R. Cohen; A. Woods", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_jWxVJ2Kzmfqz", "note": + {"included": true, "older_adults": true}, "analysis": "jWxVJ2Kzmfqz", "study": + "B8afHJsbqkAP", "study_name": "Cognitive Benefits of Social Dancing and Walking + in Old Age: The Dancing Mind Randomized Controlled Trial", "analysis_name": + "Allocation group dance (n = 60)", "study_year": 2016, "authors": "D. Merom; + A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_h5uWTusgMyFs", "note": + {"included": true, "older_adults": true}, "analysis": "h5uWTusgMyFs", "study": + "B8afHJsbqkAP", "study_name": "Cognitive Benefits of Social Dancing and Walking + in Old Age: The Dancing Mind Randomized Controlled Trial", "analysis_name": + "Allocation group walking (n = 55)", "study_year": 2016, "authors": "D. Merom; + A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_KRep6Pipdtrz", "note": + {"included": true, "older_adults": true}, "analysis": "KRep6Pipdtrz", "study": + "B8afHJsbqkAP", "study_name": "Cognitive Benefits of Social Dancing and Walking + in Old Age: The Dancing Mind Randomized Controlled Trial", "analysis_name": + "T3\u2013T2 between-groups difference", "study_year": 2016, "authors": "D. + Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey", + "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_Src4mRw5tVGr", + "note": {"included": true, "older_adults": true}, "analysis": "Src4mRw5tVGr", + "study": "B8afHJsbqkAP", "study_name": "Cognitive Benefits of Social Dancing + and Walking in Old Age: The Dancing Mind Randomized Controlled Trial", "analysis_name": + "group (treatment received \t6 walk coded 0, Dance coded 1) by time (baseline, + delayed baseline, T3) interaction term in random effects model", "study_year": + 2016, "authors": "D. Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. + McNeill; K. Anstey", "publication": "Frontiers in Aging Neuroscience"}, {"id": + "mmaYdBWkKPoQ_BW7vCMz5xr4X", "note": {"included": true, "older_adults": true}, + "analysis": "BW7vCMz5xr4X", "study": "B8afHJsbqkAP", "study_name": "Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial", "analysis_name": "T3 vs. T2 one-tailed within-groups test + for improvement", "study_year": 2016, "authors": "D. Merom; A. Grunseit; R. + Eramudugolla; B. Jefferis; J. McNeill; K. Anstey", "publication": "Frontiers + in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_MC67oYx4wCh5", "note": {"included": + true, "older_adults": true}, "analysis": "MC67oYx4wCh5", "study": "B8afHJsbqkAP", + "study_name": "Cognitive Benefits of Social Dancing and Walking in Old Age: + The Dancing Mind Randomized Controlled Trial", "analysis_name": "adjusted + intervention effect using Generalized Linear Model with random effects", "study_year": + 2016, "authors": "D. Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. + McNeill; K. Anstey", "publication": "Frontiers in Aging Neuroscience"}, {"id": + "mmaYdBWkKPoQ_Q25ACBWeNS4H", "note": {"included": true, "older_adults": true}, + "analysis": "Q25ACBWeNS4H", "study": "D7ANhxTZR4em", "study_name": "Neural + and Behavioral Effects of an Adaptive Online Verbal Working Memory Training + in Healthy Middle-Aged Adults", "analysis_name": "t2", "study_year": 2019, + "authors": "M\u00f3nica Emch; I. Ripp; Qiong Wu; I. Yakushev; K. Koch", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_gjAmGsCZoKdo", "note": + {"included": true, "older_adults": true}, "analysis": "gjAmGsCZoKdo", "study": + "D7ANhxTZR4em", "study_name": "Neural and Behavioral Effects of an Adaptive + Online Verbal Working Memory Training in Healthy Middle-Aged Adults", "analysis_name": + "t3", "study_year": 2019, "authors": "M\u00f3nica Emch; I. Ripp; Qiong Wu; + I. Yakushev; K. Koch", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_vfu92dAgt5NK", "note": {"included": true, "older_adults": + true}, "analysis": "vfu92dAgt5NK", "study": "DLLcNXKNqJZM", "study_name": + "Increased neural differentiation after a single session of aerobic exercise + in older adults", "analysis_name": "Cerebellum", "study_year": 2023, "authors": + "J. Purcell; R. Wiley; Junyeon Won; Daniel D. Callow; Lauren Weiss; Alfonso + J Alfini; Yi Wei; J. Carson Smith", "publication": "Neurobiology of Aging"}, + {"id": "mmaYdBWkKPoQ_iPoBJfZrnenZ", "note": {"included": true, "older_adults": + true}, "analysis": "iPoBJfZrnenZ", "study": "DLLcNXKNqJZM", "study_name": + "Increased neural differentiation after a single session of aerobic exercise + in older adults", "analysis_name": "Cerebrum", "study_year": 2023, "authors": + "J. Purcell; R. Wiley; Junyeon Won; Daniel D. Callow; Lauren Weiss; Alfonso + J Alfini; Yi Wei; J. Carson Smith", "publication": "Neurobiology of Aging"}, + {"id": "mmaYdBWkKPoQ_279rWYbbqJwj", "note": {"included": true, "older_adults": + true}, "analysis": "279rWYbbqJwj", "study": "DXC84L9Pm7Pw", "study_name": + "Alterations in conflict monitoring are related to functional connectivity + in Parkinson''s disease", "analysis_name": "tbl1", "study_year": 2016, "authors": + "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; + Jeffrey M Hausdorff", "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_FTDtuEq6ixaZ", + "note": {"included": true, "older_adults": true}, "analysis": "FTDtuEq6ixaZ", + "study": "DXC84L9Pm7Pw", "study_name": "Alterations in conflict monitoring + are related to functional connectivity in Parkinson''s disease", "analysis_name": + "Increased connectivity for the incongruent condition", "study_year": 2016, + "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat + Mirelman; Jeffrey M Hausdorff", "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_Ep3hSLniHzc7", + "note": {"included": true, "older_adults": true}, "analysis": "Ep3hSLniHzc7", + "study": "DXC84L9Pm7Pw", "study_name": "Alterations in conflict monitoring + are related to functional connectivity in Parkinson''s disease", "analysis_name": + "Patients with PD", "study_year": 2016, "authors": "Keren Rosenberg-Katz; + Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey M Hausdorff", + "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_Z4aELpy43zHL", "note": {"included": + true, "older_adults": true}, "analysis": "Z4aELpy43zHL", "study": "DXC84L9Pm7Pw", + "study_name": "Alterations in conflict monitoring are related to functional + connectivity in Parkinson''s disease", "analysis_name": "Healthy controls", + "study_year": 2016, "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; + Nir Giladi; Anat Mirelman; Jeffrey M Hausdorff", "publication": "Cortex"}, + {"id": "mmaYdBWkKPoQ_RDjFJxariUgs", "note": {"included": true, "older_adults": + true}, "analysis": "RDjFJxariUgs", "study": "DXC84L9Pm7Pw", "study_name": + "Alterations in conflict monitoring are related to functional connectivity + in Parkinson''s disease", "analysis_name": "Increased connectivity for the + congruent condition", "study_year": 2016, "authors": "Keren Rosenberg-Katz; + Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey M Hausdorff", + "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_HFaRxBDW2Xhe", "note": {"included": + true, "older_adults": true}, "analysis": "HFaRxBDW2Xhe", "study": "DXC84L9Pm7Pw", + "study_name": "Alterations in conflict monitoring are related to functional + connectivity in Parkinson''s disease", "analysis_name": "Patients with PD-2", + "study_year": 2016, "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; + Nir Giladi; Anat Mirelman; Jeffrey M Hausdorff", "publication": "Cortex"}, + {"id": "mmaYdBWkKPoQ_jqeUA5Yaf3Gu", "note": {"included": true, "older_adults": + true}, "analysis": "jqeUA5Yaf3Gu", "study": "DXC84L9Pm7Pw", "study_name": + "Alterations in conflict monitoring are related to functional connectivity + in Parkinson''s disease", "analysis_name": "Healthy controls-2", "study_year": + 2016, "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; + Anat Mirelman; Jeffrey M Hausdorff", "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_XTVAwNVWm5iq", + "note": {"included": true, "older_adults": true}, "analysis": "XTVAwNVWm5iq", + "study": "DbLDoRQi3NZu", "study_name": "Resting-state functional brain connectivity + in a predominantly African-American sample of older adults: exploring links + among personality traits, cognitive performance, and the default mode network", + "analysis_name": "Regions where RSFC with the PCC was associated with openness", + "study_year": 2020, "authors": "N. Crane; J. Hayes; Raymond P. Viviano; T. + Bogg; J. Damoiseaux", "publication": "Personality Neuroscience"}, {"id": "mmaYdBWkKPoQ_nGdpEngE7QvZ", + "note": {"included": true, "older_adults": true}, "analysis": "nGdpEngE7QvZ", + "study": "F6PeZrTfbtKs", "study_name": "Cognitive Control Network Homogeneity + and Executive Functions in Late-Life Depression.", "analysis_name": "Increased + ReHo", "study_year": 2019, "authors": "M. Respino; M. Hoptman; L. Victoria; + G. Alexopoulos; N. Solomonov; Aliza T. Stein; Maria Coluccio; S. Morimoto; + Chloe Blau; Lila Abreu; K. Burdick; C. Liston; F. Gunning", "publication": + "Biological Psychiatry: Cognitive Neuroscience and Neuroimaging"}, {"id": + "mmaYdBWkKPoQ_ASc8eJJNsEKq", "note": {"included": true, "older_adults": true}, + "analysis": "ASc8eJJNsEKq", "study": "F6PeZrTfbtKs", "study_name": "Cognitive + Control Network Homogeneity and Executive Functions in Late-Life Depression.", + "analysis_name": "ACC ReHo-Seeded FC", "study_year": 2019, "authors": "M. + Respino; M. Hoptman; L. Victoria; G. Alexopoulos; N. Solomonov; Aliza T. Stein; + Maria Coluccio; S. Morimoto; Chloe Blau; Lila Abreu; K. Burdick; C. Liston; + F. Gunning", "publication": "Biological Psychiatry: Cognitive Neuroscience + and Neuroimaging"}, {"id": "mmaYdBWkKPoQ_L4B3fGGwHiMW", "note": {"included": + true, "older_adults": true}, "analysis": "L4B3fGGwHiMW", "study": "GftJQhHBhcAG", + "study_name": "Alerting, Orienting, and Executive Control: The Effect of Bilingualism + and Age on the Subcomponents of Attention", "analysis_name": "Alerting", "study_year": + 2019, "authors": "Tanya Dash; P. Berroir; Y. Joanette; A. Ansaldo", "publication": + "Frontiers in Neurology"}, {"id": "mmaYdBWkKPoQ_hzjTKj3hAAyh", "note": {"included": + true, "older_adults": true}, "analysis": "hzjTKj3hAAyh", "study": "GftJQhHBhcAG", + "study_name": "Alerting, Orienting, and Executive Control: The Effect of Bilingualism + and Age on the Subcomponents of Attention", "analysis_name": "Orienting", + "study_year": 2019, "authors": "Tanya Dash; P. Berroir; Y. Joanette; A. Ansaldo", + "publication": "Frontiers in Neurology"}, {"id": "mmaYdBWkKPoQ_p9UieEfJ7TXy", + "note": {"included": true, "older_adults": true}, "analysis": "p9UieEfJ7TXy", + "study": "GftJQhHBhcAG", "study_name": "Alerting, Orienting, and Executive + Control: The Effect of Bilingualism and Age on the Subcomponents of Attention", + "analysis_name": "Executive control\u2227", "study_year": 2019, "authors": + "Tanya Dash; P. Berroir; Y. Joanette; A. Ansaldo", "publication": "Frontiers + in Neurology"}, {"id": "mmaYdBWkKPoQ_UrsXEWrnCFiL", "note": {"included": true, + "older_adults": false}, "analysis": "UrsXEWrnCFiL", "study": "J6QdYVwZWddF", + "study_name": "Alteration of brain function and systemic inflammatory tone + in older adults by decreasing the dietary palmitic acid intake", "analysis_name": + "Salience Network Anterior Insula Right", "study_year": 2023, "authors": "J. + Dumas; J. Bunn; M. Lamantia; Catherine McIsaac; Anna Senft Miller; Olivia + Nop; Abigail Testo; Bruno P Soares; M. Mank; M. Poynter; C. Lawrence Kien", + "publication": "Aging Brain"}, {"id": "mmaYdBWkKPoQ_makhT3USeuUz", "note": + {"included": true, "older_adults": null}, "analysis": "makhT3USeuUz", "study": + "K7AyYJwUj5ML", "study_name": "Attention-Related Brain Activation Is Altered + in Older Adults With White Matter Hyperintensities Using Multi-Echo fMRI", + "analysis_name": "Main effect of HOA (HOA > HYA)", "study_year": 2018, "authors": + "Sarah Atwi; Arron W. S. Metcalfe; Andrew Donald Robertson; J. Rezmovitz; + N. Anderson; B. MacIntosh", "publication": "Frontiers in Neuroscience"}, {"id": + "mmaYdBWkKPoQ_7jbCLbdhWXyo", "note": {"included": true, "older_adults": null}, + "analysis": "7jbCLbdhWXyo", "study": "K7AyYJwUj5ML", "study_name": "Attention-Related + Brain Activation Is Altered in Older Adults With White Matter Hyperintensities + Using Multi-Echo fMRI", "analysis_name": "Main effect of HOA (HOA > WMH)", + "study_year": 2018, "authors": "Sarah Atwi; Arron W. S. Metcalfe; Andrew Donald + Robertson; J. Rezmovitz; N. Anderson; B. MacIntosh", "publication": "Frontiers + in Neuroscience"}, {"id": "mmaYdBWkKPoQ_qwTGEGvszp3S", "note": {"included": + true, "older_adults": null}, "analysis": "qwTGEGvszp3S", "study": "K7AyYJwUj5ML", + "study_name": "Attention-Related Brain Activation Is Altered in Older Adults + With White Matter Hyperintensities Using Multi-Echo fMRI", "analysis_name": + "Main effect of HYA (HYA > WMH)", "study_year": 2018, "authors": "Sarah Atwi; + Arron W. S. Metcalfe; Andrew Donald Robertson; J. Rezmovitz; N. Anderson; + B. MacIntosh", "publication": "Frontiers in Neuroscience"}, {"id": "mmaYdBWkKPoQ_qLP3N7ZSjHDa", + "note": {"included": true, "older_adults": null}, "analysis": "qLP3N7ZSjHDa", + "study": "K7AyYJwUj5ML", "study_name": "Attention-Related Brain Activation + Is Altered in Older Adults With White Matter Hyperintensities Using Multi-Echo + fMRI", "analysis_name": "Main effect of WMH (WMH > HYA)", "study_year": 2018, + "authors": "Sarah Atwi; Arron W. S. Metcalfe; Andrew Donald Robertson; J. + Rezmovitz; N. Anderson; B. MacIntosh", "publication": "Frontiers in Neuroscience"}, + {"id": "mmaYdBWkKPoQ_H4P37vrhByGj", "note": {"included": true, "older_adults": + null}, "analysis": "H4P37vrhByGj", "study": "KB9ULDPpASvH", "study_name": + "Age-related reorganization of functional networks for successful conflict + resolution: A combined functional and structural MRI study", "analysis_name": + "Stroop\u2013mixed response blocks - Older > young (parsed)", "study_year": + 2011, "authors": "T. Schulte; E. M\u00fcller-Oehring; S. Chanraud; M. Rosenbloom; + A. Pfefferbaum; E. Sullivan", "publication": "Neurobiology of Aging"}, {"id": + "mmaYdBWkKPoQ_adceCdxh7GrE", "note": {"included": true, "older_adults": null}, + "analysis": "adceCdxh7GrE", "study": "KB9ULDPpASvH", "study_name": "Age-related + reorganization of functional networks for successful conflict resolution: + A combined functional and structural MRI study", "analysis_name": "Older > + young", "study_year": 2011, "authors": "T. Schulte; E. M\u00fcller-Oehring; + S. Chanraud; M. Rosenbloom; A. Pfefferbaum; E. Sullivan", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_XdkWgTypNpxR", "note": {"included": true, + "older_adults": null}, "analysis": "XdkWgTypNpxR", "study": "KB9ULDPpASvH", + "study_name": "Age-related reorganization of functional networks for successful + conflict resolution: A combined functional and structural MRI study", "analysis_name": + "Young > older", "study_year": 2011, "authors": "T. Schulte; E. M\u00fcller-Oehring; + S. Chanraud; M. Rosenbloom; A. Pfefferbaum; E. Sullivan", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_rwMnt7TVNJeu", "note": {"included": true, + "older_adults": null}, "analysis": "rwMnt7TVNJeu", "study": "KB9ULDPpASvH", + "study_name": "Age-related reorganization of functional networks for successful + conflict resolution: A combined functional and structural MRI study", "analysis_name": + "(A) Incongruent-Nonmatch versus Incongruent-Match", "study_year": 2011, "authors": + "T. Schulte; E. M\u00fcller-Oehring; S. Chanraud; M. Rosenbloom; A. Pfefferbaum; + E. Sullivan", "publication": "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_DXoBdSjLCusi", + "note": {"included": true, "older_adults": null}, "analysis": "DXoBdSjLCusi", + "study": "KB9ULDPpASvH", "study_name": "Age-related reorganization of functional + networks for successful conflict resolution: A combined functional and structural + MRI study", "analysis_name": "(B) Congruent-Nonmatch versus Congruent-Match", + "study_year": 2011, "authors": "T. Schulte; E. M\u00fcller-Oehring; S. Chanraud; + M. Rosenbloom; A. Pfefferbaum; E. Sullivan", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_qgJqqLt2qdmD", "note": {"included": true, + "older_adults": null}, "analysis": "qgJqqLt2qdmD", "study": "KD47mLc3nr76", + "study_name": "Neural patterns underlying the effect of negative distractors + on working memory in older adults", "analysis_name": "Cognitive load main + effect: younger adults", "study_year": 2017, "authors": "Noga Oren; E. Ash; + R. Tarrasch; T. Hendler; Nir Giladi; I. Shapira-Lichter", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_p7LZp7MWBGhV", "note": {"included": true, + "older_adults": null}, "analysis": "p7LZp7MWBGhV", "study": "KD47mLc3nr76", + "study_name": "Neural patterns underlying the effect of negative distractors + on working memory in older adults", "analysis_name": "Cognitive load main + effect: older adults", "study_year": 2017, "authors": "Noga Oren; E. Ash; + R. Tarrasch; T. Hendler; Nir Giladi; I. Shapira-Lichter", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_eRjzSZtCyBMT", "note": {"included": true, + "older_adults": null}, "analysis": "eRjzSZtCyBMT", "study": "KD47mLc3nr76", + "study_name": "Neural patterns underlying the effect of negative distractors + on working memory in older adults", "analysis_name": "Cognitive load by group + interaction", "study_year": 2017, "authors": "Noga Oren; E. Ash; R. Tarrasch; + T. Hendler; Nir Giladi; I. Shapira-Lichter", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_6CqY8NqHDkeX", "note": {"included": true, + "older_adults": null}, "analysis": "6CqY8NqHDkeX", "study": "LLBcP7j4zJcB", + "study_name": "Deficient prefrontal attentional control in late-life generalized + anxiety disorder: an fMRI investigation", "analysis_name": "NAC>GAD", "study_year": + 2011, "authors": "Rebecca B. Price; Rebecca B. Price; Dana A. Eldreth; Jan + Mohlman", "publication": "Translational Psychiatry"}, {"id": "mmaYdBWkKPoQ_atfmcWhnSbQv", + "note": {"included": true, "older_adults": null}, "analysis": "atfmcWhnSbQv", + "study": "LLBcP7j4zJcB", "study_name": "Deficient prefrontal attentional control + in late-life generalized anxiety disorder: an fMRI investigation", "analysis_name": + "GAD>NAC", "study_year": 2011, "authors": "Rebecca B. Price; Rebecca B. Price; + Dana A. Eldreth; Jan Mohlman", "publication": "Translational Psychiatry"}, + {"id": "mmaYdBWkKPoQ_keNkjQUf4ujs", "note": {"included": true, "older_adults": + null}, "analysis": "keNkjQUf4ujs", "study": "LLBcP7j4zJcB", "study_name": + "Deficient prefrontal attentional control in late-life generalized anxiety + disorder: an fMRI investigation", "analysis_name": "GAD group", "study_year": + 2011, "authors": "Rebecca B. Price; Rebecca B. Price; Dana A. Eldreth; Jan + Mohlman", "publication": "Translational Psychiatry"}, {"id": "mmaYdBWkKPoQ_prndLAY2crii", + "note": {"included": true, "older_adults": null}, "analysis": "prndLAY2crii", + "study": "LLBcP7j4zJcB", "study_name": "Deficient prefrontal attentional control + in late-life generalized anxiety disorder: an fMRI investigation", "analysis_name": + "NAC group", "study_year": 2011, "authors": "Rebecca B. Price; Rebecca B. + Price; Dana A. Eldreth; Jan Mohlman", "publication": "Translational Psychiatry"}, + {"id": "mmaYdBWkKPoQ_GkaqPhSoeXMs", "note": {"included": true, "older_adults": + null}, "analysis": "GkaqPhSoeXMs", "study": "LLBcP7j4zJcB", "study_name": + "Deficient prefrontal attentional control in late-life generalized anxiety + disorder: an fMRI investigation", "analysis_name": "GAD group-2", "study_year": + 2011, "authors": "Rebecca B. Price; Rebecca B. Price; Dana A. Eldreth; Jan + Mohlman", "publication": "Translational Psychiatry"}, {"id": "mmaYdBWkKPoQ_nTYCPCYSjurQ", + "note": {"included": true, "older_adults": null}, "analysis": "nTYCPCYSjurQ", + "study": "LLBcP7j4zJcB", "study_name": "Deficient prefrontal attentional control + in late-life generalized anxiety disorder: an fMRI investigation", "analysis_name": + "NAC group-2", "study_year": 2011, "authors": "Rebecca B. Price; Rebecca B. + Price; Dana A. Eldreth; Jan Mohlman", "publication": "Translational Psychiatry"}, + {"id": "mmaYdBWkKPoQ_aToFKTuakZhQ", "note": {"included": true, "older_adults": + null}, "analysis": "aToFKTuakZhQ", "study": "LhDecKrEtm2v", "study_name": + "Overall reductions in functional brain activation are associated with falls + in older adults: an fMRI study", "analysis_name": "t2", "study_year": 2013, + "authors": "L. Nagamatsu; L. Boyd; C. Hsu; T. Handy; T. Liu-Ambrose", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_V32g8oGc4msv", "note": + {"included": true, "older_adults": null}, "analysis": "V32g8oGc4msv", "study": + "MTNr8YwnKqNv", "study_name": "Age-related differences in the involvement + of the prefrontal cortex in attentional control", "analysis_name": "(A)", + "study_year": 2009, "authors": "R. Prakash; K. Erickson; S. Colcombe; Jennifer + S. Kim; M. Voss; A. Kramer", "publication": "Brain and Cognition"}, {"id": + "mmaYdBWkKPoQ_8H9bobfcJQHk", "note": {"included": true, "older_adults": null}, + "analysis": "8H9bobfcJQHk", "study": "MTNr8YwnKqNv", "study_name": "Age-related + differences in the involvement of the prefrontal cortex in attentional control", + "analysis_name": "(B)", "study_year": 2009, "authors": "R. Prakash; K. Erickson; + S. Colcombe; Jennifer S. Kim; M. Voss; A. Kramer", "publication": "Brain and + Cognition"}, {"id": "mmaYdBWkKPoQ_q3PJS9nnQmyT", "note": {"included": true, + "older_adults": null}, "analysis": "q3PJS9nnQmyT", "study": "NWsVB7HRR89W", + "study_name": "Both left and right posterior parietal activations contribute + to compensatory processes in normal aging", "analysis_name": "T3", "study_year": + 2012, "authors": "Huang CM, Polk TA, Goh JO, Park DC", "publication": "Neuropsychologia"}, + {"id": "mmaYdBWkKPoQ_MeqYCosVNRyN", "note": {"included": true, "older_adults": + null}, "analysis": "MeqYCosVNRyN", "study": "NWsVB7HRR89W", "study_name": + "Both left and right posterior parietal activations contribute to compensatory + processes in normal aging", "analysis_name": "T4", "study_year": 2012, "authors": + "Huang CM, Polk TA, Goh JO, Park DC", "publication": "Neuropsychologia"}, + {"id": "mmaYdBWkKPoQ_ShPoM5QXnUi4", "note": {"included": true, "older_adults": + null}, "analysis": "ShPoM5QXnUi4", "study": "NWsVB7HRR89W", "study_name": + "Both left and right posterior parietal activations contribute to compensatory + processes in normal aging", "analysis_name": "T5", "study_year": 2012, "authors": + "Huang CM, Polk TA, Goh JO, Park DC", "publication": "Neuropsychologia"}, + {"id": "mmaYdBWkKPoQ_aN93d77Wm8Nt", "note": {"included": true, "older_adults": + null}, "analysis": "aN93d77Wm8Nt", "study": "NpyJt4hQWaoo", "study_name": + "Right anterior cerebellum BOLD responses reflect age related changes in Simon + task sequential effects", "analysis_name": "t0010", "study_year": 2018, "authors": + "D. Aisenberg; D. Aisenberg; A. Sapir; Alex Close; A. Henik; G. d''Avossa", + "publication": "Neuropsychologia"}, {"id": "mmaYdBWkKPoQ_N259WfACrE2h", "note": + {"included": true, "older_adults": null}, "analysis": "N259WfACrE2h", "study": + "NpyJt4hQWaoo", "study_name": "Right anterior cerebellum BOLD responses reflect + age related changes in Simon task sequential effects", "analysis_name": "Talairach + Coordinates of the Peaks in the previous target congruency by present target + congruency by time multiple comparison corrected z-transformed map.", "study_year": + 2018, "authors": "D. Aisenberg; D. Aisenberg; A. Sapir; Alex Close; A. Henik; + G. d''Avossa", "publication": "Neuropsychologia"}, {"id": "mmaYdBWkKPoQ_UwjfJnKdFeGK", + "note": {"included": true, "older_adults": null}, "analysis": "UwjfJnKdFeGK", + "study": "PuEBcXVh3amA", "study_name": "Cardiovascular risks and brain function: + a functional magnetic resonance imaging study of executive function in older + adults", "analysis_name": "IncLg > ConLg (High inhibitory executive demand)", + "study_year": 2014, "authors": "Y. Chuang; D. Eldreth; K. Erickson; V. Varma; + Gregory C. Harris; L. Fried; G. Rebok; E. Tanner; M. Carlson", "publication": + "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_Qas43VyZ3kqu", "note": {"included": + true, "older_adults": null}, "analysis": "Qas43VyZ3kqu", "study": "PuEBcXVh3amA", + "study_name": "Cardiovascular risks and brain function: a functional magnetic + resonance imaging study of executive function in older adults", "analysis_name": + "IncSm > ConSm (Low inhibitory executive demand)", "study_year": 2014, "authors": + "Y. Chuang; D. Eldreth; K. Erickson; V. Varma; Gregory C. Harris; L. Fried; + G. Rebok; E. Tanner; M. Carlson", "publication": "Neurobiology of Aging"}, + {"id": "mmaYdBWkKPoQ_qp3vU9aa4TfK", "note": {"included": true, "older_adults": + null}, "analysis": "qp3vU9aa4TfK", "study": "PuEBcXVh3amA", "study_name": + "Cardiovascular risks and brain function: a functional magnetic resonance + imaging study of executive function in older adults", "analysis_name": "IncLg + > ConLg", "study_year": 2014, "authors": "Y. Chuang; D. Eldreth; K. Erickson; + V. Varma; Gregory C. Harris; L. Fried; G. Rebok; E. Tanner; M. Carlson", "publication": + "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_FKfNMTTK33MQ", "note": {"included": + true, "older_adults": null}, "analysis": "FKfNMTTK33MQ", "study": "PuEBcXVh3amA", + "study_name": "Cardiovascular risks and brain function: a functional magnetic + resonance imaging study of executive function in older adults", "analysis_name": + "IncSm > ConSm", "study_year": 2014, "authors": "Y. Chuang; D. Eldreth; K. + Erickson; V. Varma; Gregory C. Harris; L. Fried; G. Rebok; E. Tanner; M. Carlson", + "publication": "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_ceQR9YdiACKJ", + "note": {"included": true, "older_adults": null}, "analysis": "ceQR9YdiACKJ", + "study": "TuXKJVc4rRe6", "study_name": "Neurocompensatory Effects of the Default + Network in Older Adults", "analysis_name": "t2", "study_year": 2018, "authors": + "B. Duda; L. Sweet; E. Hallowell; M. Owens", "publication": "Frontiers in + Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_spatwz2hcKjM", "note": {"included": + true, "older_adults": null}, "analysis": "spatwz2hcKjM", "study": "USmkQKvjXZpr", + "study_name": "Task-related changes in degree centrality and local coherence + of the posterior cingulate cortex after major cardiac surgery in older adults.", + "analysis_name": "644", "study_year": 2017, "authors": "Browndyke, Jeffrey + N;Berger, Miles;Smith, Patrick J;Harshbarger, Todd B;Monge, Zachary A;Panchal, + Viral;Bisanar, Tiffany L;Glower, Donald D;Alexander, John H;Cabeza, Roberto;Welsh-Bohmer, + Kathleen;Newman, Mark F;Mathew, Joseph P", "publication": "Human brain mapping"}, + {"id": "mmaYdBWkKPoQ_imDdj5EjuGMS", "note": {"included": true, "older_adults": + null}, "analysis": "imDdj5EjuGMS", "study": "USmkQKvjXZpr", "study_name": + "Task-related changes in degree centrality and local coherence of the posterior + cingulate cortex after major cardiac surgery in older adults.", "analysis_name": + "645", "study_year": 2017, "authors": "Browndyke, Jeffrey N;Berger, Miles;Smith, + Patrick J;Harshbarger, Todd B;Monge, Zachary A;Panchal, Viral;Bisanar, Tiffany + L;Glower, Donald D;Alexander, John H;Cabeza, Roberto;Welsh-Bohmer, Kathleen;Newman, + Mark F;Mathew, Joseph P", "publication": "Human brain mapping"}, {"id": "mmaYdBWkKPoQ_QJmnapvQwDne", + "note": {"included": true, "older_adults": null}, "analysis": "QJmnapvQwDne", + "study": "YWyEc2qs4zFE", "study_name": "Exploring the relationship between + physical activity and cognitive function: an fMRI pilot study in young and + older adults", "analysis_name": "Older adults vs. young adults", "study_year": + 2024, "authors": "Jie Feng; Huiqi Song; Yingying Wang; Qichen Zhou; Chenglin + Zhou; Jing Jin", "publication": "Frontiers in Public Health"}, {"id": "mmaYdBWkKPoQ_HjeyoZnHdoeX", + "note": {"included": true, "older_adults": null}, "analysis": "HjeyoZnHdoeX", + "study": "YWyEc2qs4zFE", "study_name": "Exploring the relationship between + physical activity and cognitive function: an fMRI pilot study in young and + older adults", "analysis_name": "Young adults: physically inactive vs. physically + active", "study_year": 2024, "authors": "Jie Feng; Huiqi Song; Yingying Wang; + Qichen Zhou; Chenglin Zhou; Jing Jin", "publication": "Frontiers in Public + Health"}, {"id": "mmaYdBWkKPoQ_8NGcEDFiVeeL", "note": {"included": true, "older_adults": + null}, "analysis": "8NGcEDFiVeeL", "study": "YWyEc2qs4zFE", "study_name": + "Exploring the relationship between physical activity and cognitive function: + an fMRI pilot study in young and older adults", "analysis_name": "Older adults: + physically inactive vs. physically active", "study_year": 2024, "authors": + "Jie Feng; Huiqi Song; Yingying Wang; Qichen Zhou; Chenglin Zhou; Jing Jin", + "publication": "Frontiers in Public Health"}, {"id": "mmaYdBWkKPoQ_VJBfuhYRpoRj", + "note": {"included": true, "older_adults": true}, "analysis": "VJBfuhYRpoRj", + "study": "a58oyzcbbGaZ", "study_name": "Neural correlates of training and + transfer effects in working memory in older adults", "analysis_name": "0-back + (k>86, alphasim-corr.)", "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; + P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_FvLnFXTotMKR", "note": {"included": true, + "older_adults": true}, "analysis": "FvLnFXTotMKR", "study": "a58oyzcbbGaZ", + "study_name": "Neural correlates of training and transfer effects in working + memory in older adults", "analysis_name": "1-back (k>81, alphasim-corr.)", + "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_QQbEritoha3C", "note": {"included": true, "older_adults": + true}, "analysis": "QQbEritoha3C", "study": "a58oyzcbbGaZ", "study_name": + "Neural correlates of training and transfer effects in working memory in older + adults", "analysis_name": "2-back (k>85, alphasim-corr.)", "study_year": 2016, + "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; + M. Rapp; C. Stelzel", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_UNoj4wZpgrcY", + "note": {"included": true, "older_adults": true}, "analysis": "UNoj4wZpgrcY", + "study": "a58oyzcbbGaZ", "study_name": "Neural correlates of training and + transfer effects in working memory in older adults", "analysis_name": "3-back + (k>86, alphasim-corr.)", "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; + P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_TWJRTm6n5fbY", "note": {"included": true, + "older_adults": true}, "analysis": "TWJRTm6n5fbY", "study": "a58oyzcbbGaZ", + "study_name": "Neural correlates of training and transfer effects in working + memory in older adults", "analysis_name": "1- & 2-back (k>90, alphasim-corr.)", + "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_JhnR6UwWtQUF", "note": {"included": true, "older_adults": + true}, "analysis": "JhnR6UwWtQUF", "study": "a58oyzcbbGaZ", "study_name": + "Neural correlates of training and transfer effects in working memory in older + adults", "analysis_name": "Sternberg maintenance 3 & 5 (k>57, alphasim-corr.)", + "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_ZxUBwFW9JQiS", "note": {"included": true, "older_adults": + true}, "analysis": "ZxUBwFW9JQiS", "study": "a58oyzcbbGaZ", "study_name": + "Neural correlates of training and transfer effects in working memory in older + adults", "analysis_name": "Sternberg updating 3 & 5 (k>63, alphasim-corr.)", + "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_fFFmxGy6SayS", "note": {"included": true, "older_adults": + true}, "analysis": "fFFmxGy6SayS", "study": "a58oyzcbbGaZ", "study_name": + "Neural correlates of training and transfer effects in working memory in older + adults", "analysis_name": "Sternberg updating 3 & 5 \u2014 overlap with 1- + & 2-back", "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; + A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_JJJPwo4inShT", "note": {"included": true, "older_adults": + true}, "analysis": "JJJPwo4inShT", "study": "ar9DTVHs9PAf", "study_name": + "Neural correlates of the sound facilitation effect in the modified Simon + task in older adults", "analysis_name": "t1", "study_year": 2023, "authors": + "A. Manelis; Hang Hu; R. Miceli; S. Satz; M. Schwalbe", "publication": "Frontiers + in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_FVSni8CA2TDq", "note": {"included": + true, "older_adults": true}, "analysis": "FVSni8CA2TDq", "study": "ar9DTVHs9PAf", + "study_name": "Neural correlates of the sound facilitation effect in the modified + Simon task in older adults", "analysis_name": "The interaction effect of Congruency-by-Sound + on brain activation.", "study_year": 2023, "authors": "A. Manelis; Hang Hu; + R. Miceli; S. Satz; M. Schwalbe", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_9V93q5B5j3FW", "note": {"included": true, "older_adults": + true}, "analysis": "9V93q5B5j3FW", "study": "bTcccVjH7ku6", "study_name": + "Cardiorespiratory Fitness and Attentional Control in the Aging Brain", "analysis_name": + "INCONGRUENT-ELIGIBLE\u2009>\u2009NEUTRAL CONTRAST", "study_year": 2011, "authors": + "R. Prakash; M. Voss; Kirk I. Erickson; Jason M. Lewis; L. Chaddock; E. Malkowski; + H. Alves; Jennifer S. Kim; A. Szabo; S. White; T. W\u00f3jcicki; E. Klamm; + E. McAuley; A. F. Kramer", "publication": "Frontiers in Human Neuroscience"}, + {"id": "mmaYdBWkKPoQ_YUTkZWwqFRD6", "note": {"included": true, "older_adults": + true}, "analysis": "YUTkZWwqFRD6", "study": "bTcccVjH7ku6", "study_name": + "Cardiorespiratory Fitness and Attentional Control in the Aging Brain", "analysis_name": + "INCONGRUENT-INELIGIBLE\u2009>\u2009NEUTRAL CONTRAST", "study_year": 2011, + "authors": "R. Prakash; M. Voss; Kirk I. Erickson; Jason M. Lewis; L. Chaddock; + E. Malkowski; H. Alves; Jennifer S. Kim; A. Szabo; S. White; T. W\u00f3jcicki; + E. Klamm; E. McAuley; A. F. Kramer", "publication": "Frontiers in Human Neuroscience"}, + {"id": "mmaYdBWkKPoQ_avgnNbVgWFAe", "note": {"included": true, "older_adults": + true}, "analysis": "avgnNbVgWFAe", "study": "bTcccVjH7ku6", "study_name": + "Cardiorespiratory Fitness and Attentional Control in the Aging Brain", "analysis_name": + "Local maxima of cortical regions identified during the incongruent-eligible\u2009>\u2009incongruent-ineligible + contrast that showed a positive association with cardiorespiratory fitness.", + "study_year": 2011, "authors": "R. Prakash; M. Voss; Kirk I. Erickson; Jason + M. Lewis; L. Chaddock; E. Malkowski; H. Alves; Jennifer S. Kim; A. Szabo; + S. White; T. W\u00f3jcicki; E. Klamm; E. McAuley; A. F. Kramer", "publication": + "Frontiers in Human Neuroscience"}, {"id": "mmaYdBWkKPoQ_mKw3WPRryuYB", "note": + {"included": true, "older_adults": true}, "analysis": "mKw3WPRryuYB", "study": + "doWyCNdwkmwY", "study_name": "Effects of Transcranial Direct Current Stimulation + Paired With Cognitive Training on Functional Connectivity of the Working Memory + Network in Older Adults", "analysis_name": "MNI coordinates for each ROI and + radius of sphere.", "study_year": 2019, "authors": "N. Nissim; A. O''Shea; + A. Indahlastari; Jessica N. Kraft; Olivia von Mering; S. Aksu; E. Porges; + R. Cohen; A. Woods", "publication": "Frontiers in Aging Neuroscience"}, {"id": + "mmaYdBWkKPoQ_jJ3MLhiNBeG9", "note": {"included": true, "older_adults": true}, + "analysis": "jJ3MLhiNBeG9", "study": "dvZXoTaieJdA", "study_name": "Independent + Contributions of Dorsolateral Prefrontal Structure and Function to Working + Memory in Healthy Older Adults.", "analysis_name": "Left DLPFC", "study_year": + 2020, "authors": "N. Evangelista; A. O''Shea; Jessica N. Kraft; Hanna K. Hausman; + Emanuel M. Boutzoukas; N. Nissim; Alejandro Albizu; Cheshire Hardcastle; Emily + J. Van Etten; P. Bharadwaj; Samantha G. Smith; Hyun Song; G. Hishaw; S. DeKosky; + S. Wu; E. Porges; G. Alexander; M. Marsiske; R. Cohen; A. Woods", "publication": + "Cerebral Cortex"}, {"id": "mmaYdBWkKPoQ_x5Wpn6YTrAwZ", "note": {"included": + true, "older_adults": true}, "analysis": "x5Wpn6YTrAwZ", "study": "dvZXoTaieJdA", + "study_name": "Independent Contributions of Dorsolateral Prefrontal Structure + and Function to Working Memory in Healthy Older Adults.", "analysis_name": + "Right DLPFC", "study_year": 2020, "authors": "N. Evangelista; A. O''Shea; + Jessica N. Kraft; Hanna K. Hausman; Emanuel M. Boutzoukas; N. Nissim; Alejandro + Albizu; Cheshire Hardcastle; Emily J. Van Etten; P. Bharadwaj; Samantha G. + Smith; Hyun Song; G. Hishaw; S. DeKosky; S. Wu; E. Porges; G. Alexander; M. + Marsiske; R. Cohen; A. Woods", "publication": "Cerebral Cortex"}, {"id": "mmaYdBWkKPoQ_zA7LJTYYzMX8", + "note": {"included": true, "older_adults": true}, "analysis": "zA7LJTYYzMX8", + "study": "eJGXCqvZxzoM", "study_name": "Task-Switching Performance Improvements + After Tai Chi Chuan Training Are Associated With Greater Prefrontal Activation + in Older Adults", "analysis_name": "Peak Montreal Neurological Institute (MNI) + coordinates and activation details in frontoparietal regions identified in + the disjunction map of the Switch > Non-switch contrast across groups and + time points.", "study_year": 2018, "authors": "Meng-Tien Wu; P. Tang; J. Goh; + Tai-Li Chou; Yu-Kai Chang; Y. Hsu; Yu\u2010Jen Chen; N. Chen; W. Tseng; S. + Gau; M. Chiu; C. Lan", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_HDMHRg8x9vuJ", "note": {"included": true, "older_adults": + true}, "analysis": "HDMHRg8x9vuJ", "study": "imZpjSehcmEM", "study_name": + "Relationships between years of education, regional grey matter volumes, and + working memory-related brain activity in healthy older adults.", "analysis_name": + "43131", "study_year": 2017, "authors": "Boller B, Mellah S, Ducharme-Laliberte + G, Belleville S", "publication": "Brain imaging and behavior"}, {"id": "mmaYdBWkKPoQ_4izjnm8F7JSf", + "note": {"included": true, "older_adults": true}, "analysis": "4izjnm8F7JSf", + "study": "imZpjSehcmEM", "study_name": "Relationships between years of education, + regional grey matter volumes, and working memory-related brain activity in + healthy older adults.", "analysis_name": "43132", "study_year": 2017, "authors": + "Boller B, Mellah S, Ducharme-Laliberte G, Belleville S", "publication": "Brain + imaging and behavior"}, {"id": "mmaYdBWkKPoQ_8MBiQ3BctKK5", "note": {"included": + true, "older_adults": true}, "analysis": "8MBiQ3BctKK5", "study": "imZpjSehcmEM", + "study_name": "Relationships between years of education, regional grey matter + volumes, and working memory-related brain activity in healthy older adults.", + "analysis_name": "43133", "study_year": 2017, "authors": "Boller B, Mellah + S, Ducharme-Laliberte G, Belleville S", "publication": "Brain imaging and + behavior"}, {"id": "mmaYdBWkKPoQ_6Yrv5vhXadGZ", "note": {"included": true, + "older_adults": true}, "analysis": "6Yrv5vhXadGZ", "study": "imZpjSehcmEM", + "study_name": "Relationships between years of education, regional grey matter + volumes, and working memory-related brain activity in healthy older adults.", + "analysis_name": "43134", "study_year": 2017, "authors": "Boller B, Mellah + S, Ducharme-Laliberte G, Belleville S", "publication": "Brain imaging and + behavior"}, {"id": "mmaYdBWkKPoQ_QjWwMatAegUV", "note": {"included": true, + "older_adults": null}, "analysis": "QjWwMatAegUV", "study": "kqWunfwffXmQ", + "study_name": "The association between aerobic fitness and executive function + is mediated by prefrontal cortex volume", "analysis_name": "t0010", "study_year": + 2012, "authors": "A. Weinstein; M. Voss; R. Prakash; L. Chaddock; A. Szabo; + S. White; T. W\u00f3jcicki; E. Mailey; E. McAuley; A. Kramer; K. Erickson", + "publication": "Brain, behavior, and immunity"}, {"id": "mmaYdBWkKPoQ_i5yMrDuuJbTT", + "note": {"included": true, "older_adults": null}, "analysis": "i5yMrDuuJbTT", + "study": "o2PMFZ53Gbtj", "study_name": "Relationships between dietary nutrients + intake and lipid levels with functional MRI dorsolateral prefrontal cortex + activation", "analysis_name": "t2-cia-14-043", "study_year": 2018, "authors": + "Huijin Lau; S. Shahar; M. Mohamad; N. Rajab; H. M. Yahya; Normah Che Din; + H. Abdul Hamid", "publication": "Clinical Interventions in Aging"}, {"id": + "mmaYdBWkKPoQ_2aV9Q3HMcTaH", "note": {"included": false, "older_adults": true}, + "analysis": "2aV9Q3HMcTaH", "study": "oCbt6XuWSVvp", "study_name": "5-HT, + prefrontal function and aging: fMRI of inhibition and acute tryptophan depletion", + "analysis_name": "Sham depletion", "study_year": 2009, "authors": "M. Lamar; + W. Cutter; K. Rubia; M. Brammer; E. Daly; M. Craig; A. Cleare; D. Murphy", + "publication": "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_CUb5MyTURi22", + "note": {"included": true, "older_adults": true}, "analysis": "CUb5MyTURi22", + "study": "oCbt6XuWSVvp", "study_name": "5-HT, prefrontal function and aging: + fMRI of inhibition and acute tryptophan depletion", "analysis_name": "Acute + tryptophan depletion", "study_year": 2009, "authors": "M. Lamar; W. Cutter; + K. Rubia; M. Brammer; E. Daly; M. Craig; A. Cleare; D. Murphy", "publication": + "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_Ed5JzUPprX3w", "note": {"included": + true, "older_adults": null}, "analysis": "Ed5JzUPprX3w", "study": "pSDYT3a7AEAF", + "study_name": "Dopamine D2/3 Binding Potential Modulates Neural Signatures + of Working Memory in a Load-Dependent Fashion", "analysis_name": "Regions + from LV1 showing positive BOLD\u2013DA associations", "study_year": 2018, + "authors": "Alireza Salami; D. Garrett; A. W\u00e5hlin; A. Rieckmann; G. Papenberg; + Nina Karalija; Lars S. Jonasson; M. Andersson; J. Axelsson; J. Johansson; + K. Riklund; M. L\u00f6vd\u00e9n; U. Lindenberger; L. B\u00e4ckman; L. Nyberg", + "publication": "Journal of Neuroscience"}, {"id": "mmaYdBWkKPoQ_8my5Qg5ijB6z", + "note": {"included": true, "older_adults": null}, "analysis": "8my5Qg5ijB6z", + "study": "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young adults", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_etMS8uUhGb6H", "note": + {"included": true, "older_adults": null}, "analysis": "etMS8uUhGb6H", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Middle-aged adults", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_wTcTsdwUHJzY", "note": + {"included": true, "older_adults": null}, "analysis": "wTcTsdwUHJzY", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Older adults", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_y3GRK3EwKPro", "note": + {"included": true, "older_adults": null}, "analysis": "y3GRK3EwKPro", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Conjunctions", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_axrDY2xBYsmr", "note": + {"included": true, "older_adults": null}, "analysis": "axrDY2xBYsmr", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young-AND-Middle-aged", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_VoRdQSbArw8k", "note": + {"included": true, "older_adults": null}, "analysis": "VoRdQSbArw8k", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young-AND-Older", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_eTJjFuqBBYpJ", "note": + {"included": true, "older_adults": null}, "analysis": "eTJjFuqBBYpJ", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Middle-aged-AND-Older", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_cmpQLmDE8qZE", "note": + {"included": true, "older_adults": null}, "analysis": "cmpQLmDE8qZE", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Contrasts", "study_year": 2019, + "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_caVGa3vX3DwK", "note": + {"included": true, "older_adults": null}, "analysis": "caVGa3vX3DwK", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young > Middle", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_dRHCBZJ5hsWA", "note": + {"included": true, "older_adults": null}, "analysis": "dRHCBZJ5hsWA", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young > Older", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_FAo5acHfjGgF", "note": + {"included": true, "older_adults": null}, "analysis": "FAo5acHfjGgF", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Middle-aged > Young no suprathreshold + clusters", "study_year": 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_gyhkRiUHyHvt", + "note": {"included": true, "older_adults": null}, "analysis": "gyhkRiUHyHvt", + "study": "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Middle-aged > Older no suprathreshold + clusters", "study_year": 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_fyEpspXdkodg", + "note": {"included": true, "older_adults": null}, "analysis": "fyEpspXdkodg", + "study": "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Older > Young no suprathreshold + clusters", "study_year": 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_ayf5Zayqy6si", + "note": {"included": true, "older_adults": null}, "analysis": "ayf5Zayqy6si", + "study": "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Older > Middle no suprathreshold + clusters", "study_year": 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_hAzL7cPjEwQU", + "note": {"included": true, "older_adults": null}, "analysis": "hAzL7cPjEwQU", + "study": "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity + between older adults practicing Tai Chi and Water Aerobics: a case\u2013control + study", "analysis_name": "Tai Chi (neutro>congruent)", "study_year": 2024, + "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo + Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": + "Frontiers in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_2LncCjtoDNqs", + "note": {"included": true, "older_adults": null}, "analysis": "2LncCjtoDNqs", + "study": "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity + between older adults practicing Tai Chi and Water Aerobics: a case\u2013control + study", "analysis_name": "WA (neutro>congruent)", "study_year": 2024, "authors": + "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. + Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers + in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_YtvJZ4RkWMzH", "note": + {"included": true, "older_adults": null}, "analysis": "YtvJZ4RkWMzH", "study": + "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "analysis_name": "Tai Chi (incongruent>congruent)", "study_year": 2024, "authors": + "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. + Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers + in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_az6T5uXSfJZd", "note": + {"included": true, "older_adults": null}, "analysis": "az6T5uXSfJZd", "study": + "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "analysis_name": "WA (incongruent>congruent)", "study_year": 2024, "authors": + "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. + Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers + in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_Wa3bkL7jh459", "note": + {"included": true, "older_adults": null}, "analysis": "Wa3bkL7jh459", "study": + "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "analysis_name": "Tai Chi [incongruent>congruent] > [neutro> congruent]", + "study_year": 2024, "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; + R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. + Kozasa", "publication": "Frontiers in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_NRG2Pu8BKhAE", + "note": {"included": true, "older_adults": null}, "analysis": "NRG2Pu8BKhAE", + "study": "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity + between older adults practicing Tai Chi and Water Aerobics: a case\u2013control + study", "analysis_name": "WA [incongruent>congruent] > [neutro>congruent]", + "study_year": 2024, "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; + R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. + Kozasa", "publication": "Frontiers in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_MNnfkViguweB", + "note": {"included": true, "older_adults": null}, "analysis": "MNnfkViguweB", + "study": "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity + between older adults practicing Tai Chi and Water Aerobics: a case\u2013control + study", "analysis_name": "Resting State", "study_year": 2024, "authors": "Ana + Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers + in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_gdP6UNTEJL2h", "note": + {"included": true, "older_adults": null}, "analysis": "gdP6UNTEJL2h", "study": + "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "analysis_name": "N-Back", "study_year": 2024, "authors": "Ana Paula Port; + Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o + Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers in Integrative + Neuroscience"}, {"id": "mmaYdBWkKPoQ_QB9JjFNBaDa9", "note": {"included": true, + "older_adults": null}, "analysis": "QB9JjFNBaDa9", "study": "seKkS4tSq6Bb", + "study_name": "Differences in brain connectivity between older adults practicing + Tai Chi and Water Aerobics: a case\u2013control study", "analysis_name": "Stroop", + "study_year": 2024, "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; + R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. + Kozasa", "publication": "Frontiers in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_55yBZcLuKAuK", + "note": {"included": true, "older_adults": null}, "analysis": "55yBZcLuKAuK", + "study": "ujpp8bg3uiUe", "study_name": "Neural Basis of Enhanced Executive + Function in Older Video Game Players: An fMRI Study", "analysis_name": "Clusters + VGPs activated stronger than NVGPs in incongruent-congruent condition.", "study_year": + 2017, "authors": "Ping Wang; Xing-Ting Zhu; Zhigang Qi; Silin Huang; Huijie + Li", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_pwyXbQCgGRqq", + "note": {"included": true, "older_adults": null}, "analysis": "pwyXbQCgGRqq", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Inferior frontal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_8Ky7YarUXVWM", + "note": {"included": true, "older_adults": null}, "analysis": "8Ky7YarUXVWM", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Middle frontal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_rQDqxJZLL9EL", + "note": {"included": true, "older_adults": null}, "analysis": "rQDqxJZLL9EL", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Precentral gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_h66Vj6or9swu", + "note": {"included": true, "older_adults": null}, "analysis": "h66Vj6or9swu", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "SMA", "study_year": 2024, "authors": "Douglas H. Schultz; Alison Gansemer; + Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary R. Savage; + Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_MHMWTnkkZUX5", + "note": {"included": true, "older_adults": null}, "analysis": "MHMWTnkkZUX5", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Superior frontal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_PKfKieER3yez", + "note": {"included": true, "older_adults": null}, "analysis": "PKfKieER3yez", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Angular gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_KVD5v8srBLaT", + "note": {"included": true, "older_adults": null}, "analysis": "KVD5v8srBLaT", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Calcarine gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_9GSfYwc3UEey", + "note": {"included": true, "older_adults": null}, "analysis": "9GSfYwc3UEey", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Inferior parietal lobe", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_hBnfsWTqDEUr", + "note": {"included": true, "older_adults": null}, "analysis": "hBnfsWTqDEUr", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Supramarginal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_punMrzVLkfCn", + "note": {"included": true, "older_adults": null}, "analysis": "punMrzVLkfCn", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Cuneus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison Gansemer; + Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary R. Savage; + Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_hdaFBhk8YYrR", + "note": {"included": true, "older_adults": null}, "analysis": "hdaFBhk8YYrR", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Fusiform gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_7eBgcdF3VtAh", + "note": {"included": true, "older_adults": null}, "analysis": "7eBgcdF3VtAh", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Inferior temporal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_CiqRo4XmPQCE", + "note": {"included": true, "older_adults": null}, "analysis": "CiqRo4XmPQCE", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Middle occipital gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_sGdEsYBd8unj", + "note": {"included": true, "older_adults": null}, "analysis": "sGdEsYBd8unj", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Inferior temporal gyrus-2", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_MeM5ECpkLAWT", + "note": {"included": true, "older_adults": null}, "analysis": "MeM5ECpkLAWT", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Middle temporal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_eiL3fLMNcMFC", + "note": {"included": true, "older_adults": null}, "analysis": "eiL3fLMNcMFC", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Middle cingulate", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_CM4a6Bm6yyCn", + "note": {"included": true, "older_adults": null}, "analysis": "CM4a6Bm6yyCn", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Caudate nucleus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_X8RCw92LwzWS", + "note": {"included": true, "older_adults": null}, "analysis": "X8RCw92LwzWS", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Cerebellum", "study_year": 2024, "authors": "Douglas H. Schultz; Alison Gansemer; + Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary R. Savage; + Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_W7NZnhieJmxW", + "note": {"included": true, "older_adults": null}, "analysis": "W7NZnhieJmxW", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Thalamus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison Gansemer; + Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary R. Savage; + Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_ykRgDhfQ7i6X", + "note": {"included": true, "older_adults": null}, "analysis": "ykRgDhfQ7i6X", + "study": "vS8WrsvyeVgN", "study_name": "Dynamic range of frontoparietal functional + modulation is associated with working memory capacity limitations in older + adults", "analysis_name": "Mean Activation Magnitude (z-score)", "study_year": + 2017, "authors": "Jonathan G. Hakun; N. Johnson", "publication": "Brain and + Cognition"}, {"id": "mmaYdBWkKPoQ_UyLxH4xMgq8p", "note": {"included": true, + "older_adults": null}, "analysis": "UyLxH4xMgq8p", "study": "wHYf38krsnfx", + "study_name": "Brain activation during executive control after acute exercise + in older adults.", "analysis_name": "Frontal lobes", "study_year": 2019, "authors": + "Junyeon Won; Alfonso J Alfini; L. Weiss; Daniel D. Callow; J. Smith", "publication": + "International Journal of Psychophysiology"}, {"id": "mmaYdBWkKPoQ_EgKXxzozeRFb", + "note": {"included": true, "older_adults": null}, "analysis": "EgKXxzozeRFb", + "study": "wHYf38krsnfx", "study_name": "Brain activation during executive + control after acute exercise in older adults.", "analysis_name": "Parietal + lobes", "study_year": 2019, "authors": "Junyeon Won; Alfonso J Alfini; L. + Weiss; Daniel D. Callow; J. Smith", "publication": "International Journal + of Psychophysiology"}, {"id": "mmaYdBWkKPoQ_eA6kNiYoKx3C", "note": {"included": + true, "older_adults": null}, "analysis": "eA6kNiYoKx3C", "study": "wHYf38krsnfx", + "study_name": "Brain activation during executive control after acute exercise + in older adults.", "analysis_name": "Occipital lobes", "study_year": 2019, + "authors": "Junyeon Won; Alfonso J Alfini; L. Weiss; Daniel D. Callow; J. + Smith", "publication": "International Journal of Psychophysiology"}, {"id": + "mmaYdBWkKPoQ_Usm97aGvHsYS", "note": {"included": true, "older_adults": null}, + "analysis": "Usm97aGvHsYS", "study": "wSVVKjiiMKAC", "study_name": "Effects + of Tai Chi on working memory in older adults: evidence from combined fNIRS + and ERP", "analysis_name": "Location for each channel.", "study_year": 2023, + "authors": "Chen Wang; Yuanfu Dai; Yuan Yang; Xiaoxia Yuan; Meng-Kai Zhang; + J. Zeng; Xiaoke Zhong; Jiao Meng; Changhao Jiang", "publication": "Frontiers + in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_fWv8ck63BEsu", "note": {"included": + true, "older_adults": null}, "analysis": "fWv8ck63BEsu", "study": "ycYWaifqVycZ", + "study_name": "Prefrontal-parietal effective connectivity during working memory + in older adults", "analysis_name": "tbl2", "study_year": 2017, "authors": + "S. Heinzel; R. Lorenz; Q. Duong; M. Rapp; L. Deserno", "publication": "Neurobiology + of Aging"}], "source": null, "source_id": null, "source_updated_at": null, + "note_keys": {"included": {"type": "boolean", "order": 1}, "older_adults": + {"type": "boolean", "order": 0}}, "metadata": null, "name": "Annotation for + studyset n45qe4g5nrFw", "description": ""}}, "neurostore_id": "mmaYdBWkKPoQ", + "studyset": "n45qe4g5nrFw", "url": "https://neurostore.org/api/annotations/mmaYdBWkKPoQ"}, + "project": "pbn5HNB7BWPH", "cached_studyset": "iTjiYLR4aWcs", "cached_annotation": + "XijxA4i3hb8S", "run_key": "GYbm6xd6mx93qhqyAtCQFA", "results": [{"id": "GpKNpS9vhT4U", + "created_at": "2026-03-02T19:51:17.648888+00:00", "updated_at": null}, {"id": + "2NDoGqVjMyTj", "created_at": "2026-03-19T02:41:46.412768+00:00", "updated_at": + "2026-03-19T02:41:47.264940+00:00"}, {"id": "ipCoYnSApGB4", "created_at": + "2026-03-02T20:03:13.161873+00:00", "updated_at": null}, {"id": "N58zDeFRfVdW", + "created_at": "2026-03-02T19:54:22.102052+00:00", "updated_at": null}, {"id": + "2KasbLh4HZJZ", "created_at": "2026-03-02T19:56:30.521140+00:00", "updated_at": + null}, {"id": "Kcjb95dqWMQD", "created_at": "2026-03-03T16:15:53.757025+00:00", + "updated_at": "2026-03-03T16:15:54.787033+00:00"}, {"id": "geNy7imyZWvN", + "created_at": "2026-03-02T19:57:54.517271+00:00", "updated_at": null}, {"id": + "CzsQ2EVbJdiT", "created_at": "2026-03-02T19:59:34.718154+00:00", "updated_at": + null}], "neurostore_url": "https://neurostore.org/api/analyses/4ZWVtZhu6rEm"}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:52 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '1871025' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/meta-analysis-results/CzsQ2EVbJdiT + response: + body: + string: '{"id": "CzsQ2EVbJdiT", "created_at": "2026-03-02T19:59:34.718154+00:00", + "updated_at": null, "meta_analysis_id": "mHtoV82Dmnm9", "cli_version": null, + "cli_args": null, "neurovault_collection": null, "diagnostic_table": null}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:52 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '224' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/meta-analysis-results/geNy7imyZWvN + response: + body: + string: '{"id": "geNy7imyZWvN", "created_at": "2026-03-02T19:57:54.517271+00:00", + "updated_at": null, "meta_analysis_id": "mHtoV82Dmnm9", "cli_version": null, + "cli_args": null, "neurovault_collection": null, "diagnostic_table": null}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:52 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '224' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/meta-analysis-results/Kcjb95dqWMQD + response: + body: + string: '{"id": "Kcjb95dqWMQD", "created_at": "2026-03-03T16:15:53.757025+00:00", + "updated_at": "2026-03-03T16:15:54.787033+00:00", "meta_analysis_id": "mHtoV82Dmnm9", + "cli_version": null, "cli_args": null, "neurovault_collection": {"created_at": + "2026-03-03T16:15:53.899020+00:00", "updated_at": null, "collection_id": "23165", + "files": [{"created_at": "2026-03-03T16:15:54.787033+00:00", "updated_at": + "2026-03-03T16:15:54.978997+00:00", "image_id": "1018350", "exception": null, + "status": "OK", "map_type": "Z map", "url": "https://neurovault.org/api/images/1018350"}, + {"created_at": "2026-03-03T16:15:54.787033+00:00", "updated_at": "2026-03-03T16:15:54.975843+00:00", + "image_id": "1018351", "exception": null, "status": "OK", "map_type": "Z map", + "url": "https://neurovault.org/api/images/1018351"}, {"created_at": "2026-03-03T16:15:54.787033+00:00", + "updated_at": "2026-03-03T16:15:54.978020+00:00", "image_id": "1018353", "exception": + null, "status": "OK", "map_type": "P map (given null hypothesis)", "url": + "https://neurovault.org/api/images/1018353"}, {"created_at": "2026-03-03T16:15:54.787033+00:00", + "updated_at": "2026-03-03T16:15:54.975079+00:00", "image_id": "1018352", "exception": + null, "status": "OK", "map_type": "P map (given null hypothesis)", "url": + "https://neurovault.org/api/images/1018352"}, {"created_at": "2026-03-03T16:15:54.787033+00:00", + "updated_at": "2026-03-03T16:15:54.972961+00:00", "image_id": "1018354", "exception": + null, "status": "OK", "map_type": "univariate-beta map", "url": "https://neurovault.org/api/images/1018354"}], + "url": "https://neurovault.org/api/collections/23165"}, "diagnostic_table": + "id\tPositiveTail 1\tPositiveTail 2\tPositiveTail 3\tPositiveTail 4\tPositiveTail + 5\tPositiveTail 6\tPositiveTail 7\tPositiveTail 8\tPositiveTail 9\tPositiveTail + 10\tPositiveTail 11\tPositiveTail 12\tPositiveTail 13\tPositiveTail 14\tPositiveTail + 15\tPositiveTail 16\tPositiveTail 17\tPositiveTail 18\n2v8wxmznWGtn-ZKR2mKJ8p36L_cLwh6sBRF3yS_6FrhK4nNtqqA\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\n5MhvfutjuBXP-3qatbKAbjyiG_fyAmbYQZrmAe_35vLK2wSUarM\t1\t1\t1\t2\t0\t1\t1\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\n5VCqwQyW423m-ZJw5UnpcLA3Q_ouuQz2VUFuSP_WUFsoXB9AZ43_6seuYrrV8VeB_W8ZHSveVYgyT\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\n5utnj7FPQZYn-MGXSRi86UzXJ_6VjtVmzisTHc_zYTkfTuTTLPQ_adDCMC45F39U\t0\t0\t0\t2\t0\t1\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\n7BN5MapyrsrU-gKSoguk4i56F_xRrAp74gCogF_yDjuiwB5LQdP_VvBT5ecbpg6B\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\n7aRVSAgS5Xhw-X8XpHhyqeiQa_FjfF5j466EDb_C9TzVWrcxd82_Hz7twrzZSiV5_jrvUTLYcju74_MFdrRe3ENnL9_zkSiQYdt6ySA_NiJy98rtgz5Z_VZsbN9Vgomsd_2P7KNDiq9Rgx_JwmRLGe5ZpPc_oiWsN8mZKyWW_LgW4rXsoKtue_nUc3cYVkNw9q_nbFMT9tyccGj\t1\t3\t1\t1\t0\t0\t0\t0\t2\t2\t0\t0\t0\t0\t0\t0\t0\t0\n8pMa8n8vWjYr-8MaDDtLT94Sb_EUTk3vb2zE2o_4oj7SwVPqMxi\t0\t0\t0\t0\t0\t0\t0\t2\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\n8wcR6B8iVdoC-rew5qriQZB4u\t2\t1\t1\t2\t0\t1\t1\t1\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\nB8afHJsbqkAP-KRep6Pipdtrz_jWxVJ2Kzmfqz_h5uWTusgMyFs_Src4mRw5tVGr_BW7vCMz5xr4X_MC67oYx4wCh5\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nD7ANhxTZR4em-Q25ACBWeNS4H_gjAmGsCZoKdo\t0\t0\t0\t1\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nDLLcNXKNqJZM-vfu92dAgt5NK_iPoBJfZrnenZ\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\nDXC84L9Pm7Pw-FTDtuEq6ixaZ_RDjFJxariUgs_jqeUA5Yaf3Gu_279rWYbbqJwj_Ep3hSLniHzc7_Z4aELpy43zHL_HFaRxBDW2Xhe\t1\t2\t2\t0\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\nDbLDoRQi3NZu-XTVAwNVWm5iq\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nF6PeZrTfbtKs-nGdpEngE7QvZ_ASc8eJJNsEKq\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nGftJQhHBhcAG-L4B3fGGwHiMW_hzjTKj3hAAyh_p9UieEfJ7TXy\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nJ6QdYVwZWddF-UrsXEWrnCFiL\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nK7AyYJwUj5ML-makhT3USeuUz_qLP3N7ZSjHDa_7jbCLbdhWXyo_qwTGEGvszp3S\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nKB9ULDPpASvH-H4P37vrhByGj_adceCdxh7GrE_XdkWgTypNpxR_rwMnt7TVNJeu_DXoBdSjLCusi\t2\t2\t0\t0\t0\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nKD47mLc3nr76-qgJqqLt2qdmD_p7LZp7MWBGhV_eRjzSZtCyBMT\t1\t1\t0\t0\t0\t1\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\nLLBcP7j4zJcB-keNkjQUf4ujs_atfmcWhnSbQv_6CqY8NqHDkeX_prndLAY2crii_GkaqPhSoeXMs_nTYCPCYSjurQ\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nLhDecKrEtm2v-aToFKTuakZhQ\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nMTNr8YwnKqNv-V32g8oGc4msv_8H9bobfcJQHk\t2\t2\t0\t0\t0\t0\t0\t0\t1\t0\t1\t0\t0\t0\t0\t0\t0\t0\nNWsVB7HRR89W-q3PJS9nnQmyT_ShPoM5QXnUi4_MeqYCosVNRyN\t2\t3\t1\t4\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nNpyJt4hQWaoo-aN93d77Wm8Nt_N259WfACrE2h\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nPuEBcXVh3amA-FKfNMTTK33MQ_UwjfJnKdFeGK_Qas43VyZ3kqu_qp3vU9aa4TfK\t1\t2\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nTuXKJVc4rRe6-ceQR9YdiACKJ\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nUSmkQKvjXZpr-spatwz2hcKjM_imDdj5EjuGMS\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nYWyEc2qs4zFE-8NGcEDFiVeeL_QJmnapvQwDne_HjeyoZnHdoeX\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\na58oyzcbbGaZ-VJBfuhYRpoRj_UNoj4wZpgrcY_JhnR6UwWtQUF_fFFmxGy6SayS_TWJRTm6n5fbY_ZxUBwFW9JQiS_FvLnFXTotMKR_QQbEritoha3C\t0\t0\t1\t2\t3\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nar9DTVHs9PAf-FVSni8CA2TDq_JJJPwo4inShT\t0\t2\t0\t1\t0\t0\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\nbTcccVjH7ku6-YUTkZWwqFRD6_9V93q5B5j3FW_avgnNbVgWFAe\t2\t4\t1\t0\t0\t2\t2\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\ndoWyCNdwkmwY-mKw3WPRryuYB\t2\t1\t1\t2\t0\t1\t1\t1\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\ndvZXoTaieJdA-jJ3MLhiNBeG9_x5Wpn6YTrAwZ\t1\t0\t0\t0\t0\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\neJGXCqvZxzoM-zA7LJTYYzMX8\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nimZpjSehcmEM-8MBiQ3BctKK5_HDMHRg8x9vuJ_4izjnm8F7JSf_6Yrv5vhXadGZ\t1\t1\t3\t3\t0\t1\t0\t1\t0\t2\t1\t1\t0\t0\t0\t0\t0\t0\nkqWunfwffXmQ-QjWwMatAegUV\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\no2PMFZ53Gbtj-i5yMrDuuJbTT\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\noCbt6XuWSVvp-CUb5MyTURi22\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\npSDYT3a7AEAF-Ed5JzUPprX3w\t2\t0\t1\t0\t0\t0\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nqAdPtRwHse6m-y3GRK3EwKPro_VoRdQSbArw8k_eTJjFuqBBYpJ_cmpQLmDE8qZE_FAo5acHfjGgF_gyhkRiUHyHvt_fyEpspXdkodg_ayf5Zayqy6si_8my5Qg5ijB6z_wTcTsdwUHJzY_dRHCBZJ5hsWA_etMS8uUhGb6H_axrDY2xBYsmr_caVGa3vX3DwK\t8\t9\t11\t8\t1\t3\t4\t5\t4\t4\t0\t0\t0\t0\t0\t0\t0\t0\nseKkS4tSq6Bb-2LncCjtoDNqs_QB9JjFNBaDa9_az6T5uXSfJZd_hAzL7cPjEwQU_YtvJZ4RkWMzH_Wa3bkL7jh459_NRG2Pu8BKhAE_MNnfkViguweB_gdP6UNTEJL2h\t2\t2\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nujpp8bg3uiUe-55yBZcLuKAuK\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nvG38X6tjWNhu-8Ky7YarUXVWM_rQDqxJZLL9EL_PKfKieER3yez_9GSfYwc3UEey_hdaFBhk8YYrR_CiqRo4XmPQCE_CM4a6Bm6yyCn_X8RCw92LwzWS_MHMWTnkkZUX5_7eBgcdF3VtAh_h66Vj6or9swu_hBnfsWTqDEUr_punMrzVLkfCn_pwyXbQCgGRqq_KVD5v8srBLaT_sGdEsYBd8unj_MeM5ECpkLAWT_eiL3fLMNcMFC_W7NZnhieJmxW\t1\t1\t1\t1\t1\t1\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t1\nvS8WrsvyeVgN-ykRgDhfQ7i6X\t1\t1\t1\t1\t1\t1\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\nwHYf38krsnfx-UyLxH4xMgq8p_EgKXxzozeRFb_eA6kNiYoKx3C\t1\t2\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nwSVVKjiiMKAC-Usm97aGvHsYS\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nycYWaifqVycZ-fWv8ck63BEsu\t0\t1\t1\t2\t1\t0\t0\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\n"}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:52 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '7371' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/meta-analysis-results/2KasbLh4HZJZ + response: + body: + string: '{"id": "2KasbLh4HZJZ", "created_at": "2026-03-02T19:56:30.521140+00:00", + "updated_at": null, "meta_analysis_id": "mHtoV82Dmnm9", "cli_version": null, + "cli_args": null, "neurovault_collection": null, "diagnostic_table": null}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:53 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '224' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/meta-analysis-results/N58zDeFRfVdW + response: + body: + string: '{"id": "N58zDeFRfVdW", "created_at": "2026-03-02T19:54:22.102052+00:00", + "updated_at": null, "meta_analysis_id": "mHtoV82Dmnm9", "cli_version": null, + "cli_args": null, "neurovault_collection": null, "diagnostic_table": null}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:53 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '224' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/meta-analysis-results/ipCoYnSApGB4 + response: + body: + string: '{"id": "ipCoYnSApGB4", "created_at": "2026-03-02T20:03:13.161873+00:00", + "updated_at": null, "meta_analysis_id": "mHtoV82Dmnm9", "cli_version": null, + "cli_args": null, "neurovault_collection": null, "diagnostic_table": null}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:53 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '224' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/meta-analysis-results/2NDoGqVjMyTj + response: + body: + string: '{"id": "2NDoGqVjMyTj", "created_at": "2026-03-19T02:41:46.412768+00:00", + "updated_at": "2026-03-19T02:41:47.264940+00:00", "meta_analysis_id": "mHtoV82Dmnm9", + "cli_version": null, "cli_args": null, "neurovault_collection": {"created_at": + "2026-03-19T02:41:46.462719+00:00", "updated_at": null, "collection_id": "23246", + "files": [{"created_at": "2026-03-19T02:41:47.264940+00:00", "updated_at": + "2026-03-19T02:41:48.029304+00:00", "image_id": "1021609", "exception": null, + "status": "OK", "map_type": "P map (given null hypothesis)", "url": "https://neurovault.org/api/images/1021609"}, + {"created_at": "2026-03-19T02:41:47.264940+00:00", "updated_at": "2026-03-19T02:41:48.034793+00:00", + "image_id": "1021610", "exception": null, "status": "OK", "map_type": "Z map", + "url": "https://neurovault.org/api/images/1021610"}, {"created_at": "2026-03-19T02:41:47.264940+00:00", + "updated_at": "2026-03-19T02:41:48.028063+00:00", "image_id": "1021611", "exception": + null, "status": "OK", "map_type": "univariate-beta map", "url": "https://neurovault.org/api/images/1021611"}, + {"created_at": "2026-03-19T02:41:47.264940+00:00", "updated_at": "2026-03-19T02:41:48.031977+00:00", + "image_id": "1021613", "exception": null, "status": "OK", "map_type": "Z map", + "url": "https://neurovault.org/api/images/1021613"}, {"created_at": "2026-03-19T02:41:47.264940+00:00", + "updated_at": "2026-03-19T02:41:48.032173+00:00", "image_id": "1021612", "exception": + null, "status": "OK", "map_type": "P map (given null hypothesis)", "url": + "https://neurovault.org/api/images/1021612"}], "url": "https://neurovault.org/api/collections/23246"}, + "diagnostic_table": "id\tPositiveTail 1\tPositiveTail 2\tPositiveTail 3\tPositiveTail + 4\tPositiveTail 5\tPositiveTail 6\tPositiveTail 7\tPositiveTail 8\tPositiveTail + 9\tPositiveTail 10\tPositiveTail 11\tPositiveTail 12\tPositiveTail 13\tPositiveTail + 14\tPositiveTail 15\tPositiveTail 16\tPositiveTail 17\tPositiveTail 18\n2v8wxmznWGtn-ZKR2mKJ8p36L_cLwh6sBRF3yS_6FrhK4nNtqqA\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\n5MhvfutjuBXP-3qatbKAbjyiG_fyAmbYQZrmAe_35vLK2wSUarM\t1\t1\t1\t2\t0\t1\t1\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\n5VCqwQyW423m-ZJw5UnpcLA3Q_ouuQz2VUFuSP_WUFsoXB9AZ43_6seuYrrV8VeB_W8ZHSveVYgyT\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\n5utnj7FPQZYn-MGXSRi86UzXJ_6VjtVmzisTHc_zYTkfTuTTLPQ_adDCMC45F39U\t0\t0\t0\t2\t0\t1\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\n7BN5MapyrsrU-gKSoguk4i56F_xRrAp74gCogF_yDjuiwB5LQdP_VvBT5ecbpg6B\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\n7aRVSAgS5Xhw-X8XpHhyqeiQa_FjfF5j466EDb_C9TzVWrcxd82_Hz7twrzZSiV5_jrvUTLYcju74_MFdrRe3ENnL9_zkSiQYdt6ySA_NiJy98rtgz5Z_VZsbN9Vgomsd_2P7KNDiq9Rgx_JwmRLGe5ZpPc_oiWsN8mZKyWW_LgW4rXsoKtue_nUc3cYVkNw9q_nbFMT9tyccGj\t1\t3\t1\t1\t0\t0\t0\t0\t2\t2\t0\t0\t0\t0\t0\t0\t0\t0\n8pMa8n8vWjYr-8MaDDtLT94Sb_EUTk3vb2zE2o_4oj7SwVPqMxi\t0\t0\t0\t0\t0\t0\t0\t2\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\n8wcR6B8iVdoC-rew5qriQZB4u\t2\t1\t1\t2\t0\t1\t1\t1\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\nB8afHJsbqkAP-KRep6Pipdtrz_jWxVJ2Kzmfqz_h5uWTusgMyFs_Src4mRw5tVGr_BW7vCMz5xr4X_MC67oYx4wCh5\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nD7ANhxTZR4em-Q25ACBWeNS4H_gjAmGsCZoKdo\t0\t0\t0\t1\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nDLLcNXKNqJZM-vfu92dAgt5NK_iPoBJfZrnenZ\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\nDXC84L9Pm7Pw-FTDtuEq6ixaZ_RDjFJxariUgs_jqeUA5Yaf3Gu_279rWYbbqJwj_Ep3hSLniHzc7_Z4aELpy43zHL_HFaRxBDW2Xhe\t1\t2\t2\t0\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\nDbLDoRQi3NZu-XTVAwNVWm5iq\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nF6PeZrTfbtKs-nGdpEngE7QvZ_ASc8eJJNsEKq\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nGftJQhHBhcAG-L4B3fGGwHiMW_hzjTKj3hAAyh_p9UieEfJ7TXy\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nJ6QdYVwZWddF-UrsXEWrnCFiL\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nK7AyYJwUj5ML-makhT3USeuUz_qLP3N7ZSjHDa_7jbCLbdhWXyo_qwTGEGvszp3S\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nKB9ULDPpASvH-H4P37vrhByGj_adceCdxh7GrE_XdkWgTypNpxR_rwMnt7TVNJeu_DXoBdSjLCusi\t2\t2\t0\t0\t0\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nKD47mLc3nr76-qgJqqLt2qdmD_p7LZp7MWBGhV_eRjzSZtCyBMT\t1\t1\t0\t0\t0\t1\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\nLLBcP7j4zJcB-keNkjQUf4ujs_atfmcWhnSbQv_6CqY8NqHDkeX_prndLAY2crii_GkaqPhSoeXMs_nTYCPCYSjurQ\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nLhDecKrEtm2v-aToFKTuakZhQ\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nMTNr8YwnKqNv-V32g8oGc4msv_8H9bobfcJQHk\t2\t2\t0\t0\t0\t0\t0\t0\t1\t0\t1\t0\t0\t0\t0\t0\t0\t0\nNWsVB7HRR89W-q3PJS9nnQmyT_ShPoM5QXnUi4_MeqYCosVNRyN\t2\t3\t1\t4\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nNpyJt4hQWaoo-aN93d77Wm8Nt_N259WfACrE2h\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nPuEBcXVh3amA-FKfNMTTK33MQ_UwjfJnKdFeGK_Qas43VyZ3kqu_qp3vU9aa4TfK\t1\t2\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nTuXKJVc4rRe6-ceQR9YdiACKJ\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nUSmkQKvjXZpr-spatwz2hcKjM_imDdj5EjuGMS\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nYWyEc2qs4zFE-8NGcEDFiVeeL_QJmnapvQwDne_HjeyoZnHdoeX\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\na58oyzcbbGaZ-VJBfuhYRpoRj_UNoj4wZpgrcY_JhnR6UwWtQUF_fFFmxGy6SayS_TWJRTm6n5fbY_ZxUBwFW9JQiS_FvLnFXTotMKR_QQbEritoha3C\t0\t0\t1\t2\t3\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nar9DTVHs9PAf-FVSni8CA2TDq_JJJPwo4inShT\t0\t2\t0\t1\t0\t0\t0\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\nbTcccVjH7ku6-YUTkZWwqFRD6_9V93q5B5j3FW_avgnNbVgWFAe\t2\t4\t1\t0\t0\t2\t2\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\ndoWyCNdwkmwY-mKw3WPRryuYB\t2\t1\t1\t2\t0\t1\t1\t1\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\ndvZXoTaieJdA-jJ3MLhiNBeG9_x5Wpn6YTrAwZ\t1\t0\t0\t0\t0\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\neJGXCqvZxzoM-zA7LJTYYzMX8\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nimZpjSehcmEM-8MBiQ3BctKK5_HDMHRg8x9vuJ_4izjnm8F7JSf_6Yrv5vhXadGZ\t1\t1\t3\t3\t0\t1\t0\t1\t0\t2\t1\t1\t0\t0\t0\t0\t0\t0\nkqWunfwffXmQ-QjWwMatAegUV\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\no2PMFZ53Gbtj-i5yMrDuuJbTT\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\noCbt6XuWSVvp-CUb5MyTURi22\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\npSDYT3a7AEAF-Ed5JzUPprX3w\t2\t0\t1\t0\t0\t0\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nqAdPtRwHse6m-y3GRK3EwKPro_VoRdQSbArw8k_eTJjFuqBBYpJ_cmpQLmDE8qZE_FAo5acHfjGgF_gyhkRiUHyHvt_fyEpspXdkodg_ayf5Zayqy6si_8my5Qg5ijB6z_wTcTsdwUHJzY_dRHCBZJ5hsWA_etMS8uUhGb6H_axrDY2xBYsmr_caVGa3vX3DwK\t8\t9\t11\t8\t1\t3\t4\t5\t4\t4\t0\t0\t0\t0\t0\t0\t0\t0\nseKkS4tSq6Bb-2LncCjtoDNqs_QB9JjFNBaDa9_az6T5uXSfJZd_hAzL7cPjEwQU_YtvJZ4RkWMzH_Wa3bkL7jh459_NRG2Pu8BKhAE_MNnfkViguweB_gdP6UNTEJL2h\t2\t2\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nujpp8bg3uiUe-55yBZcLuKAuK\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nvG38X6tjWNhu-8Ky7YarUXVWM_rQDqxJZLL9EL_PKfKieER3yez_9GSfYwc3UEey_hdaFBhk8YYrR_CiqRo4XmPQCE_CM4a6Bm6yyCn_X8RCw92LwzWS_MHMWTnkkZUX5_7eBgcdF3VtAh_h66Vj6or9swu_hBnfsWTqDEUr_punMrzVLkfCn_pwyXbQCgGRqq_KVD5v8srBLaT_sGdEsYBd8unj_MeM5ECpkLAWT_eiL3fLMNcMFC_W7NZnhieJmxW\t1\t1\t1\t1\t1\t1\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t1\nvS8WrsvyeVgN-ykRgDhfQ7i6X\t1\t1\t1\t1\t1\t1\t0\t0\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\nwHYf38krsnfx-UyLxH4xMgq8p_EgKXxzozeRFb_eA6kNiYoKx3C\t1\t2\t0\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nwSVVKjiiMKAC-Usm97aGvHsYS\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\t0\nycYWaifqVycZ-fWv8ck63BEsu\t0\t1\t1\t2\t1\t0\t0\t1\t1\t0\t0\t0\t0\t0\t0\t0\t0\t0\n"}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:53 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '7371' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/meta-analysis-results/GpKNpS9vhT4U + response: + body: + string: '{"id": "GpKNpS9vhT4U", "created_at": "2026-03-02T19:51:17.648888+00:00", + "updated_at": null, "meta_analysis_id": "mHtoV82Dmnm9", "cli_version": null, + "cli_args": null, "neurovault_collection": null, "diagnostic_table": null}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:53 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '224' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/studysets/iTjiYLR4aWcs + response: + body: + string: '{"id": "iTjiYLR4aWcs", "created_at": "2026-03-02T19:49:56.862301+00:00", + "updated_at": "2026-03-02T19:51:17.648888+00:00", "user": "github|12564882", + "username": "James Kent", "snapshot": {"snapshot": {"id": "n45qe4g5nrFw", + "name": "Studyset for Untitled", "user": "github|12564882", "description": + "", "publication": null, "doi": null, "pmid": null, "created_at": "2026-03-02T19:31:10.751165+00:00", + "updated_at": null, "studies": [{"id": "2v8wxmznWGtn", "created_at": "2025-12-04T07:43:25.954327+00:00", + "updated_at": null, "user": null, "name": "The Neurocognitive Basis for Impaired + Dual-Task Performance in Senior Fallers", "description": "Falls are a major + health-care concern, and while dual-task performance is widely recognized + as being impaired in those at-risk for falls, the underlying neurocognitive + mechanisms remain unknown. A better understanding of the underlying mechanisms + could lead to the refinement and development of behavioral, cognitive, or + neuropharmacological interventions for falls prevention. Therefore, we conducted + a cross-sectional study with community-dwelling older adults aged 70\u201380 + years with a history of falls (i.e., two or more falls in the past 12 months) + or no history of falls (i.e., zero falls in the past 12 months); n = 28 per + group. We compared functional activation during cognitive-based dual-task + performance between fallers and non-fallers using functional magnetic resonance + imaging (fMRI). Executive cognitive functioning was assessed via Stroop, Trail + Making, and Digit Span. Mobility was assessed via the Timed Up and Go test + (TUG). We found that non-fallers exhibited significantly greater functional + activation compared with fallers during dual-task performance in key regions + responsible for resolving dual-task interference, including precentral, postcentral, + and lingual gyri. Further, we report slower reaction times during dual-task + performance in fallers and significant correlations between level of functional + activation and independent measures of executive cognitive functioning and + mobility. Our study is the first neuroimaging study to examine dual-task performance + in fallers, and supports the notion that fallers have reduced functional brain + activation compared with non-fallers. Given that dual-task performance\u2014and + the underlying neural concomitants\u2014appears to be malleable with relevant + training, our study serves as a launching point for promising strategies to + reduce falls in the future.", "publication": "Frontiers in Aging Neuroscience", + "doi": "10.3389/fnagi.2016.00020", "pmid": "26903862", "authors": "L. Nagamatsu; + C. Liang Hsu; M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; P. Graf; + B. Beattie; T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; Hsu Cl; + Voss Mw; Chan A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose", + "year": 2016, "metadata": {"slug": "26903862-10-3389-fnagi-2016-00020-pmc4746244", + "source": "semantic_scholar", "keywords": ["aging neuroscience", "dual-task", + "fMRI", "fallers", "falls risk"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "27", "Year": "2015", "Month": "4", + "@PubStatus": "received"}, {"Day": "27", "Year": "2016", "Month": "1", "@PubStatus": + "accepted"}, {"Day": "24", "Hour": "6", "Year": "2016", "Month": "2", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "24", "Hour": "6", "Year": "2016", "Month": + "2", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "24", "Hour": "6", "Year": + "2016", "Month": "2", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2016", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "26903862", "@IdType": "pubmed"}, {"#text": "PMC4746244", + "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2016.00020", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Anstey K. J., von Sanden C., + Luszcz M. A. (2006). An 8-year prospective study of the relationship between + cognitive performance and falling in very old adults. J. Am. Geriatr. Soc. + 54, 1169\u20131176. 10.1111/j.1532-5415.2006.00813.x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/j.1532-5415.2006.00813.x", "@IdType": "doi"}, {"#text": + "16913981", "@IdType": "pubmed"}]}}, {"Citation": "Bellebaum C., Daum I. (2007). + Cerebellar involvement in executive control. Cerebellum 6, 184\u2013192. 10.1080/14734220601169707", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/14734220601169707", "@IdType": + "doi"}, {"#text": "17786814", "@IdType": "pubmed"}]}}, {"Citation": "Bherer + L., Kramer A. F., Peterson M., Colcombe S. J., Erickson K. I., Becic E. (2005). + Training effects on dual-task performance: are there age-related differences + in plasticity of attentional control? Psychol. Aging 20, 695\u2013709. 10.1037/0882-7974.20.4.695", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.20.4.695", "@IdType": + "doi"}, {"#text": "16420143", "@IdType": "pubmed"}]}}, {"Citation": "Boyd + L. A., Vidoni E. D., Siengsukon C. F., Wessel B. D. (2009). Manipulating time-to-plan + alters patterns of brain activation during the Fitts\u2019 task. Exp. Brain + Res. 194, 527\u2013539. 10.1007/s00221-009-1726-4", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00221-009-1726-4", "@IdType": "doi"}, {"#text": "19214489", + "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito M., Deouell L. Y., + Gazzaley A. (2003). Alterations in the BOLD fMRI signal with ageing and disease: + a challenge for neuroimaging. Nat. Rev. Neurosci. 4, 863\u2013872. 10.1038/nrn1246", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1246", "@IdType": "doi"}, + {"#text": "14595398", "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito + M., Detre J. A., Alsop D. C., Shin R. K., Atlas S., Grossman M. (1995). The + neural basis of the central executive system of working memory. Nature 378, + 279\u2013281. 10.1038/378279a0", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/378279a0", "@IdType": "doi"}, {"#text": "7477346", "@IdType": "pubmed"}]}}, + {"Citation": "Erickson K. I., Colcombe S. J., Wadhwa R., Bherer L., Peterson + M. S., Scalf P. E., et al. . (2007). Training-induced plasticity in older + adults: effects of training on hemispheric asymmetry. Neurobiol. Aging 28, + 272\u2013283. 10.1016/j.neurobiolaging.2005.12.012", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neurobiolaging.2005.12.012", "@IdType": "doi"}, {"#text": + "16480789", "@IdType": "pubmed"}]}}, {"Citation": "Faulkner K. A., Redfern + M. S., Cauley J. A., Landsittel D. F., Studenski S. A., Rosano C., et al. + . (2007). Multitasking: association between poorer performance and a history + of recurrent falls. J. Am. Geriatr. Soc. 55, 570\u2013576. 10.1111/j.1532-5415.2007.01147.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2007.01147.x", + "@IdType": "doi"}, {"#text": "17397436", "@IdType": "pubmed"}]}}, {"Citation": + "Folstein M. F., Folstein S. E., McHugh P. R. (1975). \u201cMini-mental state.\u201d + A practical method for grading the cognitive state of patients for the clinician. + J. Psychiatr. Res. 12, 189\u2013198. 10.1016/0022-3956(75)90026-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", "@IdType": "doi"}, + {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": "Gaudino E. A., + Geisler M. W., Squires N. K. (1995). Construct-validity in the trail making + test - what makes part-B harder. J. Clin. Exp. Neuropsychol. 17, 529\u2013535. + 10.1080/01688639508405143", "ArticleIdList": {"ArticleId": [{"#text": "10.1080/01688639508405143", + "@IdType": "doi"}, {"#text": "7593473", "@IdType": "pubmed"}]}}, {"Citation": + "Goodale M. A., Milner A. D. (1992). Separate visual pathways for perception + and action. Trends Neurosci. 15, 20\u201325. 10.1016/0166-2236(92)90344-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0166-2236(92)90344-8", + "@IdType": "doi"}, {"#text": "1374953", "@IdType": "pubmed"}]}}, {"Citation": + "Groll D. L., To T., Bombardier C., Wright J. G. (2005). The development of + a comorbidity index with physical function as the outcome. J. Clin. Epidemiol. + 58, 595\u2013602. 10.1016/j.jclinepi.2004.10.018", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.jclinepi.2004.10.018", "@IdType": "doi"}, {"#text": + "15878473", "@IdType": "pubmed"}]}}, {"Citation": "Holtzer R., Friedman R., + Lipton R. B., Katz M., Xue X., Verghese J. (2007). The relationship between + specific cognitive functions and falls in aging. Neuropsychology 21, 540\u2013548. + 10.1037/0894-4105.21.5.540", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0894-4105.21.5.540", + "@IdType": "doi"}, {"#text": "PMC3476056", "@IdType": "pmc"}, {"#text": "17784802", + "@IdType": "pubmed"}]}}, {"Citation": "Hsu C. L., Nagamatsu L. S., Davis J. + C., Liu-Ambrose T. (2012). Examining the relationship between specific cognitive + processes and falls risk in older adults: a systematic review. Osteoporos. + Int. 23, 2409\u20132424. 10.1007/s00198-012-1992-z", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00198-012-1992-z", "@IdType": "doi"}, {"#text": "PMC4476839", + "@IdType": "pmc"}, {"#text": "22638707", "@IdType": "pubmed"}]}}, {"Citation": + "Hsu C. L., Voss M. W., Handy T. C., Davis J. C., Nagamatsu L. S., Chan A., + et al. . (2014). Disruptions in brain networks of older fallers are associated + with subsequent cognitive decline: a 12-month prospective exploratory study. + PLoS One 9:e93673. 10.1371/journal.pone.0093673", "ArticleIdList": {"ArticleId": + [{"#text": "10.1371/journal.pone.0093673", "@IdType": "doi"}, {"#text": "PMC3977422", + "@IdType": "pmc"}, {"#text": "24699668", "@IdType": "pubmed"}]}}, {"Citation": + "Inouye S. K., Studenski S., Tinetti M. E., Kuchel G. A. (2007). Geriatric + syndromes: clinical, research and policy implications of a core geriatric + concept. J. Am. Geriatr. Soc. 55, 780\u2013791. 10.1111/j.1532-5415.2007.01156.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2007.01156.x", + "@IdType": "doi"}, {"#text": "PMC2409147", "@IdType": "pmc"}, {"#text": "17493201", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M. (2003). Fast, automated, + N-dimensional phase-unwrapping algorithm. Magn. Reson. Med. 49, 193\u2013197. + 10.1002/mrm.10354", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/mrm.10354", + "@IdType": "doi"}, {"#text": "12509838", "@IdType": "pubmed"}]}}, {"Citation": + "Jenkinson M., Smith S. (2001). A global optimisation method for robust affine + registration of brain images. Med. Image Anal. 5, 143\u2013156. 10.1016/s1361-8415(01)00036-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s1361-8415(01)00036-6", + "@IdType": "doi"}, {"#text": "11516708", "@IdType": "pubmed"}]}}, {"Citation": + "Jiang Y. (2004). Resolving dual-task interference: an fMRI study. Neuroimage + 22, 748\u2013754. 10.1016/j.neuroimage.2004.01.043", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2004.01.043", "@IdType": "doi"}, {"#text": + "15193603", "@IdType": "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Katarynych + L. A., Ashe M. C., Nagamatsu L. S., Hsu C. L. (2009). Dual-task gait performance + among community-dwelling senior women: the role of balance confidence and + executive functions. J. Gerontol. A Biol. Sci. Med. Sci. 64, 975\u2013982. + 10.1093/gerona/glp063", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/gerona/glp063", + "@IdType": "doi"}, {"#text": "19429702", "@IdType": "pubmed"}]}}, {"Citation": + "Liu-Ambrose T., Nagamatsu L. S., Leghari A., Handy T. C. (2008). Does impaired + cerebellar function contribute to risk of falls in seniors? A pilot study + using functional magnetic resonance imaging. J. Am. Geriatr. Soc. 56, 2153\u20132155. + 10.1111/j.1532-5415.2008.01984.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.1532-5415.2008.01984.x", "@IdType": "doi"}, {"#text": "19016955", + "@IdType": "pubmed"}]}}, {"Citation": "Lord S., Menz H. B., Tiedemann A. (2003). + A physiological profile approach to falls-risk assessment and prevention. + Phys. Ther. 83, 237\u2013252.", "ArticleIdList": {"ArticleId": {"#text": "12620088", + "@IdType": "pubmed"}}}, {"Citation": "Lundin-Olsson L., Nyberg L., Gustafson + Y. (1997). \u201cStops walking when talking\u201d as a predictor of falls + in elderly people. Lancet 349:617. 10.1016/s0140-6736(97)24009-2", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/s0140-6736(97)24009-2", "@IdType": "doi"}, + {"#text": "9057736", "@IdType": "pubmed"}]}}, {"Citation": "Miyake A., Friedman + N. P., Emerson M. J., Witzki A. H., Howerter A., Wager T. D. (2000). The unity + and diversity of executive functions and their contributions to complex \u201cfrontal + lobe\u201d tasks: a latent variable analysis. Cogn. Psychol. 41, 49\u2013100. + 10.1006/cogp.1999.0734", "ArticleIdList": {"ArticleId": [{"#text": "10.1006/cogp.1999.0734", + "@IdType": "doi"}, {"#text": "10945922", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Boyd L. A., Hsu C. L., Handy T. C., Liu-Ambrose T. (2013a). + Overall reductions in functional brain activation are associated with falls + in older adults: an fMRI study. Front. Aging Neurosci. 5:91. 10.3389/fnagi.2013.00091", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2013.00091", "@IdType": + "doi"}, {"#text": "PMC3867665", "@IdType": "pmc"}, {"#text": "24391584", "@IdType": + "pubmed"}]}}, {"Citation": "Nagamatsu L. S., Munkacsy M., Liu-Ambrose T., + Handy T. C. (2013b). Altered visual-spatial attention to task-irrelevant information + is associated with falls risk in older adults. Neuropsychologia 51, 3025\u20133032. + 10.1016/j.neuropsychologia.2013.10.002", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2013.10.002", "@IdType": "doi"}, {"#text": "PMC4318690", + "@IdType": "pmc"}, {"#text": "24436970", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Carolan P., Liu-Ambrose T., Handy T. C. (2009). Are impairments + in visual-spatial attention a critical factor for increased falls risk in + seniors? An event-related potential study. Neuropsychologia 47, 2749\u20132755. + 10.1016/j.neuropsychologia.2009.05.022", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2009.05.022", "@IdType": "doi"}, {"#text": "PMC3448564", + "@IdType": "pmc"}, {"#text": "19501605", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Voss M., Neider M. B., Gaspar J. G., Handy T. C., Kramer + A. F., et al. . (2011). Increased cognitive load leads to impaired mobility + decisions in seniors at risk for falls. Psychol. Aging 26, 253\u2013259. 10.1037/a0022929", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0022929", "@IdType": "doi"}, + {"#text": "PMC3123036", "@IdType": "pmc"}, {"#text": "21463063", "@IdType": + "pubmed"}]}}, {"Citation": "Nasreddine Z. S., Phillips N. A., B\u00e9dirian + V., Charbonneau S., Whitehead V., Collin I., et al. . (2005). The Montreal + Cognitive Assessment, MoCA: a brief screening tool for mild cognitive impairment. + J. Am. Geriatr. Soc. 53, 695\u2013699. 10.1111/j.1532-5415.2005.53221.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2005.53221.x", + "@IdType": "doi"}, {"#text": "15817019", "@IdType": "pubmed"}]}}, {"Citation": + "Podsiadlo D., Richardson S. (1991). The timed \u201cUp and Go\u201d: a test + of basic functional mobility for frail elderly persons. J. Am. Geriatr. Soc. + 39, 142\u2013148. 10.1111/j.1532-5415.1991.tb01616.x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/j.1532-5415.1991.tb01616.x", "@IdType": "doi"}, {"#text": + "1991946", "@IdType": "pubmed"}]}}, {"Citation": "Powell L., Myers A. (1995). + The Activities-Specific Confidence (ABC) scale. J. Gerontol. A Biol. Sci. + Med. Sci. 50A, M28\u2013M34. 10.1093/gerona/50A.1.M28", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/gerona/50A.1.M28", "@IdType": "doi"}, {"#text": "7814786", + "@IdType": "pubmed"}]}}, {"Citation": "Schubert T., Szameitat A. J. (2003). + Functional neuroanatomy of interference in overlapping dual tasks: an fMRI + study. Brain Res. Cogn. Brain Res. 17, 733\u2013746. 10.1016/s0926-6410(03)00198-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0926-6410(03)00198-8", + "@IdType": "doi"}, {"#text": "14561459", "@IdType": "pubmed"}]}}, {"Citation": + "Shumway-Cook A., Woollacott M., Kerns K. A., Baldwin M. (1997). The effects + of two types of cognitive tasks on postural stability in older adults with + and without a history of falls. J. Gerontol. A Biol. Sci. Med. Sci. 52A, M232\u2013M240. + 10.1093/gerona/52a.4.m232", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/gerona/52a.4.m232", + "@IdType": "doi"}, {"#text": "9224435", "@IdType": "pubmed"}]}}, {"Citation": + "Springer S., Giladi N., Peretz C., Yogev G., Simon E. S., Hausdorff J. M. + (2006). Dual-tasking effects on gait variability: the role of aging, falls + and executive function. Mov. Disord. 21, 950\u2013957. 10.1002/mds.20848", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/mds.20848", "@IdType": + "doi"}, {"#text": "16541455", "@IdType": "pubmed"}]}}, {"Citation": "Stroop + J. R. (1935). Studies of interference in serial verbal reactions. J. Exp. + Psychol. 18, 643\u2013662. 10.1037/h0054651", "ArticleIdList": {"ArticleId": + {"#text": "10.1037/h0054651", "@IdType": "doi"}}}, {"Citation": "Timmann D., + Daum I. (2007). Cerebellar contributions to cognitive functions: a progress + report after two decades of research. Cerebellum 6, 159\u2013162. 10.1080/14734220701496448", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/14734220701496448", "@IdType": + "doi"}, {"#text": "17786810", "@IdType": "pubmed"}]}}, {"Citation": "Verghese + J., Buschke H., Viola L., Katz M., Hall C., Kuslansky G., et al. . (2002). + Validity of divided attention tasks in predicting falls in older individuals: + a preliminary study. J. Am. Geriatr. Soc. 50, 1572\u20131576. 10.1046/j.1532-5415.2002.50415.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1046/j.1532-5415.2002.50415.x", + "@IdType": "doi"}, {"#text": "12383157", "@IdType": "pubmed"}]}}, {"Citation": + "Wechsler D. (1981). Wechsler Adult Intelligence Scale\u2013Revised. San Antonio, + TX: Psychological Corp, Harcourt Brace Jovanovich."}, {"Citation": "Worsley + K. J., Evans A. C., Marrett S., Neelin P. (1992). A three-dimensional statistical + analysis for CBF activation studies in human brain. J. Cereb. Blood Flow Metab. + 12, 900\u2013918. 10.1038/jcbfm.1992.127", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/jcbfm.1992.127", "@IdType": "doi"}, {"#text": "1400644", + "@IdType": "pubmed"}]}}, {"Citation": "Yesavage J. A. (1988). Geriatric depression + scale. Psychopharmacol. Bull. 24, 709\u2013711.", "ArticleIdList": {"ArticleId": + {"#text": "3249773", "@IdType": "pubmed"}}}, {"Citation": "Zheng J. J., Delbaere + K., Close J. C., Sachdev P. S., Lord S. R. (2011). Impact of white matter + lesions on physical functioning and fall risk in older people: a systematic + review. Stroke 42, 2086\u20132090. 10.1161/STROKEAHA.110.610360", "ArticleIdList": + {"ArticleId": [{"#text": "10.1161/STROKEAHA.110.610360", "@IdType": "doi"}, + {"#text": "21636821", "@IdType": "pubmed"}]}}, {"Citation": "Zheng J. J., + Delbaere K., Close J. C., Sachdev P., Wen W., Brodaty H., et al. . (2012). + White matter hyperintensities are an independent predictor of physical decline + in community-dwelling older people. Gerontology 58, 398\u2013406. 10.1159/000337815", + "ArticleIdList": {"ArticleId": [{"#text": "10.1159/000337815", "@IdType": + "doi"}, {"#text": "22614074", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "26903862", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers + in aging neuroscience", "JournalIssue": {"Volume": "8", "PubDate": {"Year": + "2016"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, + "Abstract": {"AbstractText": "Falls are a major health-care concern, and while + dual-task performance is widely recognized as being impaired in those at-risk + for falls, the underlying neurocognitive mechanisms remain unknown. A better + understanding of the underlying mechanisms could lead to the refinement and + development of behavioral, cognitive, or neuropharmacological interventions + for falls prevention. Therefore, we conducted a cross-sectional study with + community-dwelling older adults aged 70-80 years with a history of falls (i.e., + two or more falls in the past 12 months) or no history of falls (i.e., zero + falls in the past 12 months); n = 28 per group. We compared functional activation + during cognitive-based dual-task performance between fallers and non-fallers + using functional magnetic resonance imaging (fMRI). Executive cognitive functioning + was assessed via Stroop, Trail Making, and Digit Span. Mobility was assessed + via the Timed Up and Go test (TUG). We found that non-fallers exhibited significantly + greater functional activation compared with fallers during dual-task performance + in key regions responsible for resolving dual-task interference, including + precentral, postcentral, and lingual gyri. Further, we report slower reaction + times during dual-task performance in fallers and significant correlations + between level of functional activation and independent measures of executive + cognitive functioning and mobility. Our study is the first neuroimaging study + to examine dual-task performance in fallers, and supports the notion that + fallers have reduced functional brain activation compared with non-fallers. + Given that dual-task performance-and the underlying neural concomitants-appears + to be malleable with relevant training, our study serves as a launching point + for promising strategies to reduce falls in the future."}, "Language": "eng", + "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Lindsay S", "Initials": "LS", "LastName": "Nagamatsu", "AffiliationInfo": + {"Affiliation": "Department of Psychology, University of British Columbia + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "C Liang", "Initials": + "CL", "LastName": "Hsu", "AffiliationInfo": {"Affiliation": "Department of + Physical Therapy, University of British ColumbiaVancouver, BC, Canada; Djavad + Mowafaghian Centre for Brain Health, University of British ColumbiaVancouver, + BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Michelle W", "Initials": "MW", + "LastName": "Voss", "AffiliationInfo": {"Affiliation": "Department of Psychology, + University of Iowa Iowa City, IA, USA."}}, {"@ValidYN": "Y", "ForeName": "Alison", + "Initials": "A", "LastName": "Chan", "AffiliationInfo": {"Affiliation": "Department + of Physical Therapy, University of British Columbia Vancouver, BC, Canada."}}, + {"@ValidYN": "Y", "ForeName": "Niousha", "Initials": "N", "LastName": "Bolandzadeh", + "AffiliationInfo": {"Affiliation": "Faculty of Medicine, University of British + Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Todd C", + "Initials": "TC", "LastName": "Handy", "AffiliationInfo": {"Affiliation": + "Department of Psychology, University of British Columbia Vancouver, BC, Canada."}}, + {"@ValidYN": "Y", "ForeName": "Peter", "Initials": "P", "LastName": "Graf", + "AffiliationInfo": {"Affiliation": "Department of Psychology, University of + British Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": + "B Lynn", "Initials": "BL", "LastName": "Beattie", "AffiliationInfo": {"Affiliation": + "Division of Geriatric Medicine, Faculty of Medicine, University of British + Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Teresa", + "Initials": "T", "LastName": "Liu-Ambrose", "AffiliationInfo": {"Affiliation": + "Department of Physical Therapy, University of British ColumbiaVancouver, + BC, Canada; Djavad Mowafaghian Centre for Brain Health, University of British + ColumbiaVancouver, BC, Canada."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "20", "MedlinePgn": "20"}, "ArticleDate": {"Day": "09", "Year": "2016", "Month": + "02", "@DateType": "Electronic"}, "ELocationID": [{"#text": "20", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2016.00020", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "The Neurocognitive Basis for Impaired + Dual-Task Performance in Senior Fallers.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "30", + "Year": "2020", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "aging neuroscience", "@MajorTopicYN": "N"}, {"#text": "dual-task", + "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": + "fallers", "@MajorTopicYN": "N"}, {"#text": "falls risk", "@MajorTopicYN": + "N"}]}, "DateCompleted": {"Day": "23", "Year": "2016", "Month": "02"}, "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": + "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2016, + "title": "The Neurocognitive Basis for Impaired Dual-Task Performance in Senior + Fallers", "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": + "L. Nagamatsu", "authorId": "1918816"}, {"name": "C. Liang Hsu", "authorId": + "51324321"}, {"name": "M. Voss", "authorId": "2437622"}, {"name": "Alison + Chan", "authorId": "38507293"}, {"name": "Niousha Bolandzadeh", "authorId": + "2097089"}, {"name": "T. Handy", "authorId": "2544303"}, {"name": "P. Graf", + "authorId": "48649734"}, {"name": "B. Beattie", "authorId": "33729461"}, {"name": + "T. Liu-Ambrose", "authorId": "1398171534"}, {"name": "Jean Mariani", "authorId": + "2066116913"}, {"name": "G. Kemoun", "authorId": "2084300407"}, {"name": "Nagamatsu + Ls", "authorId": "2232580421"}, {"name": "Hsu Cl", "authorId": "65776362"}, + {"name": "Voss Mw", "authorId": "74611115"}, {"name": "Chan A", "authorId": + "2259649773"}, {"name": "Bolandzadeh N", "authorId": "2232580702"}, {"name": + "Handy Tc", "authorId": "2232580671"}, {"name": "P. Graf", "authorId": "48649734"}, + {"name": "Beattie Bl", "authorId": "79872318"}, {"name": "Liu-Ambrose", "authorId": + "2099348299"}], "paperId": "6b84f155639f0c0b85a4e7c4b473d61932952f47", "abstract": + "Falls are a major health-care concern, and while dual-task performance is + widely recognized as being impaired in those at-risk for falls, the underlying + neurocognitive mechanisms remain unknown. A better understanding of the underlying + mechanisms could lead to the refinement and development of behavioral, cognitive, + or neuropharmacological interventions for falls prevention. Therefore, we + conducted a cross-sectional study with community-dwelling older adults aged + 70\u201380 years with a history of falls (i.e., two or more falls in the past + 12 months) or no history of falls (i.e., zero falls in the past 12 months); + n = 28 per group. We compared functional activation during cognitive-based + dual-task performance between fallers and non-fallers using functional magnetic + resonance imaging (fMRI). Executive cognitive functioning was assessed via + Stroop, Trail Making, and Digit Span. Mobility was assessed via the Timed + Up and Go test (TUG). We found that non-fallers exhibited significantly greater + functional activation compared with fallers during dual-task performance in + key regions responsible for resolving dual-task interference, including precentral, + postcentral, and lingual gyri. Further, we report slower reaction times during + dual-task performance in fallers and significant correlations between level + of functional activation and independent measures of executive cognitive functioning + and mobility. Our study is the first neuroimaging study to examine dual-task + performance in fallers, and supports the notion that fallers have reduced + functional brain activation compared with non-fallers. Given that dual-task + performance\u2014and the underlying neural concomitants\u2014appears to be + malleable with relevant training, our study serves as a launching point for + promising strategies to reduce falls in the future.", "isOpenAccess": true, + "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2016.00020/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC4746244, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2016-02-09"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T07:44:42.028106+00:00", "analyses": + [{"id": "ZKR2mKJ8p36L", "user": null, "name": "Significant clusters for non-fallers + > fallers, dual-task > single-task", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Significant clusters for non-fallers + > fallers, dual-task > single-task.", "conditions": [], "weights": [], "points": + [{"id": "vMvt8KiFVzZL", "coordinates": [-36.0, -16.0, 64.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 4.26}]}, {"id": "8wHc5BVywHi2", "coordinates": [10.0, -50.0, 2.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.83}]}, {"id": "VyLEhYLauzoF", "coordinates": [-30.0, 58.0, + 22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.57}]}, {"id": "9tbeFo8xrZXU", "coordinates": [-50.0, + -18.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.53}]}, {"id": "ypMxrdJQMfon", "coordinates": + [-4.0, -4.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.37}]}, {"id": "dPKTzPUavp7v", "coordinates": + [44.0, -22.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.31}]}, {"id": "5k72KoJBa4pq", "coordinates": + [20.0, -24.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.29}]}, {"id": "k2aTbGn9vWFG", "coordinates": + [42.0, -20.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.26}]}, {"id": "yyrZGKB6xgGg", "coordinates": + [58.0, 2.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.25}]}, {"id": "EAPQEfXZpUaH", "coordinates": + [60.0, -26.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.1}]}, {"id": "emvVGMaSd2U4", "coordinates": + [-8.0, -82.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.81}]}, {"id": "Q3RkpRDuXpYf", "coordinates": + [-12.0, -80.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.57}]}, {"id": "ePGyg2X7Uefs", "coordinates": + [-26.0, -82.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.36}]}, {"id": "k2LHoJ7Mt8B2", "coordinates": + [30.0, -76.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.0}]}, {"id": "foLsioiHdgMP", "coordinates": + [-4.0, -72.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.85}]}], "images": []}, {"id": "cLwh6sBRF3yS", + "user": null, "name": "Dual-task", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Significant clusters for non-fallers + > fallers, single-task and dual-task separately.", "conditions": [], "weights": + [], "points": [{"id": "fEbGYUGuuFHe", "coordinates": [-36.0, -18.0, 64.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.41}]}, {"id": "J5555ppBkUTV", "coordinates": [-34.0, -42.0, + -20.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.35}]}, {"id": "wWojsmWAAsse", "coordinates": [-30.0, + 58.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.24}]}, {"id": "Ma69vEg4k57p", "coordinates": + [8.0, -46.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.21}]}, {"id": "pS2iB5viMuqT", "coordinates": + [-64.0, -42.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.01}]}], "images": []}, {"id": "6FrhK4nNtqqA", + "user": null, "name": "Single-task", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Significant clusters for non-fallers + > fallers, single-task and dual-task separately.", "conditions": [], "weights": + [], "points": [{"id": "yg3Y4KZ3KDUn", "coordinates": [-6.0, -66.0, 62.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.25}]}, {"id": "F4oxcoNKUfAk", "coordinates": [-4.0, -50.0, + 78.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.24}]}, {"id": "7eGgctJfSavU", "coordinates": [2.0, + -68.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.07}]}, {"id": "wx4wmUT8GT8R", "coordinates": + [20.0, -74.0, 62.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.0}]}, {"id": "Wq2uc2BjCjXJ", "coordinates": + [-10.0, -20.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.9}]}], "images": []}]}, {"id": "5MhvfutjuBXP", + "created_at": "2022-06-02T17:12:09.250150+00:00", "updated_at": "2024-03-21T20:00:15.112537+00:00", + "user": null, "name": "Load modulation of BOLD response and connectivity predicts + working memory performance in younger and older adults.", "description": "Individual + differences in working memory (WM) performance have rarely been related to + individual differences in the functional responsivity of the WM brain network. + By neglecting person-to-person variation, comparisons of network activity + between younger and older adults using functional imaging techniques often + confound differences in activity with age trends in WM performance. Using + functional magnetic resonance imaging, we investigated the relations among + WM performance, neural activity in the WM network, and adult age using a parametric + letter n-back task in 30 younger adults (21-31 years) and 30 older adults + (60-71 years). Individual differences in the WM network''s responsivity to + increasing task difficulty were related to WM performance, with a more responsive + BOLD signal predicting greater WM proficiency. Furthermore, individuals with + higher WM performance showed greater change in connectivity between left dorsolateral + prefrontal cortex and left premotor cortex across load. We conclude that a + more responsive WM network contributes to higher WM performance, regardless + of adult age. Our results support the notion that individual differences in + WM performance are important to consider when studying the WM network, particularly + in age-comparative studies.", "publication": "Journal of cognitive neuroscience", + "doi": "10.1162/jocn.2010.21560", "pmid": "20828302", "authors": "Nagel IE, + Preuschhof C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR", "year": + 2011, "metadata": null, "source": "neurosynth", "source_id": "20828302", "source_updated_at": + null, "analyses": [{"id": "3qatbKAbjyiG", "user": null, "name": "25869", "metadata": + null, "description": null, "conditions": [], "weights": [], "points": [{"id": + "3F2MBUyvbCdj", "coordinates": [54.0, -46.0, -12.0], "kind": "unknown", "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "5hSt8DhJ2wp4", + "coordinates": [-34.0, 20.0, 22.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "6bWUSPTEfxKo", "coordinates": + [2.0, -80.0, -20.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "7oHwdmPC9pwN", "coordinates": [50.0, 26.0, 30.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "7vidRHAQXNUh", "coordinates": [40.0, -40.0, 44.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "7xDSMgutWMLz", + "coordinates": [-2.0, -34.0, 6.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "r52eKnrcBsKE", "coordinates": + [-10.0, 6.0, 52.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}, {"id": "fyAmbYQZrmAe", "user": null, + "name": "25867", "metadata": null, "description": null, "conditions": [], + "weights": [], "points": [{"id": "57JqxYbhtwvX", "coordinates": [42.0, 32.0, + 30.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "5DRvA3eNgHeC", "coordinates": [28.0, 50.0, 18.0], "kind": + "unknown", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "5vHAitSV3U65", "coordinates": [-42.0, 32.0, 24.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "6i2gVPKuwvBY", + "coordinates": [38.0, 16.0, 4.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "6sbbziyiAnTb", "coordinates": + [-46.0, 6.0, 32.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "8LLhSoKRZMLg", "coordinates": [-40.0, -48.0, + 44.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "DQFV3z6gVrwm", "coordinates": [-42.0, 20.0, 2.0], "kind": + "unknown", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "Skz3Jg3CRepp", "coordinates": [36.0, -48.0, 48.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "V9v4P4mSeXTu", + "coordinates": [50.0, 6.0, 26.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "rUKw7v8x58fN", "coordinates": + [-34.0, 50.0, 12.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}, {"id": "35vLK2wSUarM", "user": null, + "name": "25868", "metadata": null, "description": null, "conditions": [], + "weights": [], "points": [{"id": "3JRvGwXnQEBX", "coordinates": [4.0, -82.0, + -18.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "3Rxr85JdoWKk", "coordinates": [-6.0, 34.0, 24.0], "kind": + "unknown", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "5NWguQo3qvwf", "coordinates": [8.0, 22.0, 42.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "5YoMw8N2EMM4", + "coordinates": [-18.0, 8.0, 60.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "72XX5cWxNxJi", "coordinates": + [28.0, -68.0, 52.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "7KAbfVaFTKMg", "coordinates": [36.0, 24.0, -2.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "CVbG9LiSGi66", "coordinates": [-56.0, -50.0, -10.0], "kind": + "unknown", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "uYhehfRaSUyT", "coordinates": [8.0, -70.0, 44.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}]}, {"id": "5VCqwQyW423m", "created_at": "2025-12-03T19:18:17.138872+00:00", + "updated_at": null, "user": null, "name": "Stronger right hemisphere functional + connectivity supports executive aspects of language in older adults", "description": + "Healthy older adults commonly report increased difficulties with language + production. This could reflect decline in the language network, or age-related + declines in other cognitive abilities that support language production, such + as executive function. To examine this possibility, we conducted a whole-brain + resting-state functional connectivity (RSFC) analysis in older and younger + adults using two seed regions-the left posterior superior temporal gyrus and + left inferior frontal gyrus. Whole-brain connectivities were then correlated + with Stroop task performance to investigate the relationship between RSFC + and executive function. We found that overall, younger adults had stronger + RSFC than older adults. Moreover, in older, but not younger, adults stronger + RSFC between left IFG and right hemisphere executive function regions correlated + with better Stroop performance. This suggests that stronger RSFC among older + adults between left IFG and right hemisphere regions may serve a compensatory + function.", "publication": "Brain and Language", "doi": "10.1016/j.bandl.2020.104771", + "pmid": "32289553", "authors": "Victoria H. Gertel; Haoyun Zhang; Michele + T. Diaz", "year": 2020, "metadata": {"slug": "32289553-10-1016-j-bandl-2020-104771-pmc7754257", + "source": "semantic_scholar", "keywords": ["Aging", "Executive function", + "Language production", "Resting-state functional connectivity"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "30", "Year": + "2019", "Month": "8", "@PubStatus": "received"}, {"Day": "21", "Year": "2019", + "Month": "12", "@PubStatus": "revised"}, {"Day": "3", "Year": "2020", "Month": + "2", "@PubStatus": "accepted"}, {"Day": "15", "Hour": "6", "Year": "2020", + "Month": "4", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "2", "Hour": + "6", "Year": "2021", "Month": "3", "Minute": "0", "@PubStatus": "medline"}, + {"Day": "15", "Hour": "6", "Year": "2020", "Month": "4", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "1", "Year": "2021", "Month": "7", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "32289553", "@IdType": "pubmed"}, + {"#text": "NIHMS1583813", "@IdType": "mid"}, {"#text": "PMC7754257", "@IdType": + "pmc"}, {"#text": "10.1016/j.bandl.2020.104771", "@IdType": "doi"}, {"#text": + "S0093-934X(20)30030-4", "@IdType": "pii"}]}, "ReferenceList": {"Reference": + [{"Citation": "Acheson DJ, Wells JB, & MacDonald MC (2008). New and updated + tests of print exposure and reading abilities in college students. Behavior + research methods, 40(1), 278\u2013289.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3022331", "@IdType": "pmc"}, {"#text": "18411551", "@IdType": "pubmed"}]}}, + {"Citation": "Agcaoglu O, Miller R, Mayer AR, Hugdahl K, & Calhoun VD (2015). + Lateralization of resting state networks and relationship to age and gender. + Neuroimage, 104, 310\u2013325. doi:10.1016/j.neuroimage.2014.09.001", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.09.001", "@IdType": "doi"}, + {"#text": "PMC4252729", "@IdType": "pmc"}, {"#text": "25241084", "@IdType": + "pubmed"}]}}, {"Citation": "Alexander M, Stuss D, & Fansabedian N (2003). + California Verbal Learning Test: performance by patients with focal frontal + and non-frontal lesions. Brain, 126(6), 1493\u20131503.", "ArticleIdList": + {"ArticleId": {"#text": "12764068", "@IdType": "pubmed"}}}, {"Citation": "Alvarez + JA, & Emory E (2006). Executive function and the frontal lobes: a meta-analytic + review. Neuropsychol Rev, 16(1), 17\u201342. doi:10.1007/s11065-006-9002-x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11065-006-9002-x", "@IdType": + "doi"}, {"#text": "16794878", "@IdType": "pubmed"}]}}, {"Citation": "Andrews-Hanna, + Snyder AZ, Vincent JL, Lustig C, Head D, Raichle ME, & Buckner RL (2007). + Disruption of large-scale brain systems in advanced aging. Neuron, 56(5), + 924\u2013935. doi:10.1016/j.neuron.2007.10.038", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuron.2007.10.038", "@IdType": "doi"}, {"#text": "PMC2709284", + "@IdType": "pmc"}, {"#text": "18054866", "@IdType": "pubmed"}]}}, {"Citation": + "Bach M (1996). The Freiburg Visual Acuity Test-automatic measurement of visual + acuity. Optometry and vision science, 73(1), 49\u201353.", "ArticleIdList": + {"ArticleId": {"#text": "8867682", "@IdType": "pubmed"}}}, {"Citation": "Banich + MT, Milham MP, Atchley RA, Cohen NJ, Webb A, Wszalek T, Kramer AF, Liang Z-P, + Barad V, & Gullett D (2000). Prefrontal regions play a predominant role in + imposing an attentional \u2018set\u2019: evidence from fMRI. Cognitive Brain + Research, 10(1\u20132), 1\u20139.", "ArticleIdList": {"ArticleId": {"#text": + "10978687", "@IdType": "pubmed"}}}, {"Citation": "Benjamini Y, & Hochberg + Y (1995). Controlling the false discovery rate: A practical and powerful approach + to multiple testing. Journal of the Royal statistical society: series B (Methodological), + 57(1), 289\u2013300."}, {"Citation": "Biswal B, Yetkin FZ, Haughton VM, & + Hyde JS (1995). Functional connectivity in the motor cortex of resting human + brain using echo-planar MRI. Magn Reson Med, 34(4), 537\u2013541.", "ArticleIdList": + {"ArticleId": {"#text": "8524021", "@IdType": "pubmed"}}}, {"Citation": "Buckner + RL (2004). Memory and executive function in aging and AD: Multiple factors + that cause decline and reserve factors that compensate. Neuron, 44(1), 195\u2013208. + doi:10.1016/j.neuron.2004.09.006", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuron.2004.09.006", "@IdType": "doi"}, {"#text": "15450170", "@IdType": + "pubmed"}]}}, {"Citation": "Burke DM, & Light LL (1981). Memory and aging: + The role of retrieval processes. Psychol Bull, 90(3), 513\u2013546. doi:10.1037/0033-2909.90.3.513", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0033-2909.90.3.513", "@IdType": + "doi"}, {"#text": "7302054", "@IdType": "pubmed"}]}}, {"Citation": "Burke + DM, MacKay DG, & James LE (2000). Theoretical approaches to language and aging."}, + {"Citation": "Burke DM, MacKay DG, Worthley JS, & Wade E (1991). On the tip + of the tongue: What causes word finding failures in young and older adults? + Journal of Memory and Language, 30(5), 542\u2013579.doi:10.1016/0749-596X(91)90026-G", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/0749-596X(91)90026-G", "@IdType": + "doi"}}}, {"Citation": "Burke DM, & Shafto MA (2004). Aging and language production. + Current Directions in Psychological Science, 13(1), 21\u201324. doi:10.1111/j.0963-7214.2004.01301006.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.0963-7214.2004.01301006.x", + "@IdType": "doi"}, {"#text": "PMC2293308", "@IdType": "pmc"}, {"#text": "18414600", + "@IdType": "pubmed"}]}}, {"Citation": "Burke DM, & Shafto MA (2008). Language + and aging In Craik F & Salthouse T (Eds.), The handbook of aging and cognition + (Vol. 3, pp. 373\u2013443)."}, {"Citation": "Bush G, Whalen PJ, Rosen BR, + Jenike MA, McInerney SC, & Rauch SL (1998). The counting Stroop: an interference + task specialized for functional neuroimaging\u2014validation study with functional + MRI. Hum Brain Mapp, 6(4), 270\u2013282.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC6873370", "@IdType": "pmc"}, {"#text": "9704265", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R (2002). Hemispheric asymmetry reduction + in older adults: The HAROLD model. Psychology and Aging, 17(1), 85\u2013100. + doi:10.1037/0882-7974.17.1.85", "ArticleIdList": {"ArticleId": [{"#text": + "10.1037/0882-7974.17.1.85", "@IdType": "doi"}, {"#text": "11931290", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R, Albert M, Belleville S, Craik FI, Duarte + A, Grady CL, Lindenberger U, Nyberg L, Park DC, & Reuter-Lorenz PA (2018). + Maintenance, reserve and compensation: the cognitive neuroscience of healthy + ageing. Nature Reviews Neuroscience, 1.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6472256", "@IdType": "pmc"}, {"#text": "30305711", "@IdType": "pubmed"}]}}, + {"Citation": "Chan MY, Park DC, Savalia NK, Petersen SE, & Wig GS (2014). + Decreased segregation of brain systems across the healthy adult lifespan. + Proceedings of the National Academy of Sciences, 111(46), E4997. doi:10.1073/pnas.1415122111", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1415122111", "@IdType": + "doi"}, {"#text": "PMC4246293", "@IdType": "pmc"}, {"#text": "25368199", "@IdType": + "pubmed"}]}}, {"Citation": "Clark J (1924). The Ishihara test for color blindness. + American Journal of Physiological Optics."}, {"Citation": "Craik FIM (1994). + Memory changes in normal aging. Current Directions in Psychological Science, + 3(5), 155\u2013158. doi:10.1111/1467-8721.ep10770653", "ArticleIdList": {"ArticleId": + {"#text": "10.1111/1467-8721.ep10770653", "@IdType": "doi"}}}, {"Citation": + "Davey CE, Grayden DB, Egan GF, & Johnston LA (2013). Filtering induces correlation + in fMRI resting state data. Neuroimage, 64, 728\u2013740.", "ArticleIdList": + {"ArticleId": {"#text": "22939874", "@IdType": "pubmed"}}}, {"Citation": "Davis + SW, Zhuang J, Wright P, & Tyler LK (2014). Age-related sensitivity to task-related + modulation of language-processing networks. Neuropsychologia, 63, 107\u2013115. + doi:10.1016/j.neuropsychologia.2014.08.017", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuropsychologia.2014.08.017", "@IdType": "doi"}, {"#text": + "PMC4410794", "@IdType": "pmc"}, {"#text": "25172389", "@IdType": "pubmed"}]}}, + {"Citation": "Dennis NA, & Cabeza R (2011). Neuroimaging of healthy cognitive + aging The handbook of aging and cognition (pp. 10\u201363): Psychology Press."}, + {"Citation": "Desikan RS, S\u00e9gonne F, Fischl B, Quinn BT, Dickerson BC, + Blacker D, Buckner RL, Dale AM, Maguire RP, Hyman BT, Albert MS, & Killiany + RJ (2006). An automated labeling system for subdividing the human cerebral + cortex on MRI scans into gyral based regions of interest. Neuroimage, 31(3), + 968\u2013980. doi:10.1016/j.neuroimage.2006.01.021", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2006.01.021", "@IdType": "doi"}, {"#text": + "16530430", "@IdType": "pubmed"}]}}, {"Citation": "Ferre P, Benhajali Y, Steffener + J, Stern Y, Joanette Y, & Bellec P (2019). Resting-state and Vocabulary Tasks + Distinctively Inform On Age-Related Differences in the Functional Brain Connectome. + Lang Cogn Neurosci, 34(8), 949\u2013972. doi:10.1080/23273798.2019.1608072", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/23273798.2019.1608072", + "@IdType": "doi"}, {"#text": "PMC6711486", "@IdType": "pmc"}, {"#text": "31457069", + "@IdType": "pubmed"}]}}, {"Citation": "Folstein MF, Folstein SE, & McHugh + PR (1975). \u201cMini-mental state\u201d. A practical method for grading the + cognitive state of patients for the clinician. J Psychiatr Res, 12(3), 189\u2013198.", + "ArticleIdList": {"ArticleId": {"#text": "1202204", "@IdType": "pubmed"}}}, + {"Citation": "Genovese CR, Lazar NA, & Nichols T (2002). Thresholding of statistical + maps in functional neuroimaging using the false discovery rate. Neuroimage, + 15(4), 870\u2013878.", "ArticleIdList": {"ArticleId": {"#text": "11906227", + "@IdType": "pubmed"}}}, {"Citation": "Gohel SR, & Biswal BB (2015). Functional + integration between brain regions at rest occurs in multiple-frequency bands. + Brain connectivity, 5(1), 23\u201334.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC4313418", "@IdType": "pmc"}, {"#text": "24702246", "@IdType": "pubmed"}]}}, + {"Citation": "Graves WW, Grabowski TJ, Mehta S, & Gordon JK (2007). A neural + signature of phonological access: Distinguishing the effects of word frequency + from familiarity and length in overt picture naming. Journal of Cognitive + Neuroscience, 19(4), 617\u2013631.", "ArticleIdList": {"ArticleId": {"#text": + "17381253", "@IdType": "pubmed"}}}, {"Citation": "Grill-Spector K, Kourtzi + Z, & Kanwisher N (2001). The lateral occipital complex and its role in object + recognition. Vision Research, 41(10), 1409\u20131422. doi:10.1016/S0042-6989(01)00073-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0042-6989(01)00073-6", + "@IdType": "doi"}, {"#text": "11322983", "@IdType": "pubmed"}]}}, {"Citation": + "Hallquist MN, Hwang K, & Luna B (2013). The nuisance of nuisance regression: + spectral misspecification in a common approach to resting-state fMRI preprocessing + reintroduces noise and obscures functional connectivity. Neuroimage, 82, 208\u2013225.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3759585", "@IdType": "pmc"}, + {"#text": "23747457", "@IdType": "pubmed"}]}}, {"Citation": "Hasher L, & Zacks + RT (1988). Working memory, comprehension, and aging: A review and a new view + In Gordon HB (Ed.), Psychology of Learning and Motivation (Vol. Volume 22, + pp. 193\u2013225): Academic Press."}, {"Citation": "Hoffman P (2018). An individual + differences approach to semantic cognition: Divergent effects of age on representation, + retrieval and selection. Scientific Reports, 8(1), 8145.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC5970266", "@IdType": "pmc"}, {"#text": "29802344", + "@IdType": "pubmed"}]}}, {"Citation": "Hu S, Ide JS, Zhang S, & Chiang-shan + RL (2016). The right superior frontal gyrus and individual variation in proactive + control of impulsive response. Journal of Neuroscience, 36(50), 12688\u201312696.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5157110", "@IdType": "pmc"}, + {"#text": "27974616", "@IdType": "pubmed"}]}}, {"Citation": "Huettel SA, Song + AW, & McCarthy G (2004). Functional magnetic resonance imaging (Vol. 1): Sinauer + Associates Sunderland, MA."}, {"Citation": "Hummert, Garstka, Ryan, & Bonnesen. + (2004). The role of age stereotypes in interpersonal communication. Handbook + of Communication and Aging Research, 2, 91\u2013114."}, {"Citation": "Kemper + S, Herman RE, & Lian CH (2003). The costs of doing two things at once for + young and older adults: Talking while walking, finger tapping, and ignoring + speech of noise. Psychology and Aging, 18(2), 181.", "ArticleIdList": {"ArticleId": + {"#text": "12825768", "@IdType": "pubmed"}}}, {"Citation": "Kemper S, Thompson + M, & Marquis J (2001). Longitudinal change in language production: Effects + of aging and dementia on grammatical complexity and propositional content. + Psychology and Aging, 16(4), 600.", "ArticleIdList": {"ArticleId": {"#text": + "11766915", "@IdType": "pubmed"}}}, {"Citation": "Krieger-Redwood K, Wang + H-T, Poerio G, Martinon LM, Riby LM, Smallwood J, & Jefferies E (2019). Reduced + semantic control in older adults is linked to intrinsic DMN connectivity. + Neuropsychologia, 107133.", "ArticleIdList": {"ArticleId": {"#text": "31278908", + "@IdType": "pubmed"}}}, {"Citation": "Li S-C, & Lindenberger U (1999). Cross-level + unification: A computational exploration of the link between deterioration + of neurotransmitter systems and dedifferentiation of cognitive abilities in + old age Cognitive neuroscience of memory (pp. 103\u2013146): Hogrefe & Huber."}, + {"Citation": "Lustig C, Hasher L, & Zacks RT (2007). Inhibitory deficit theory: + Recent developments in a \u201cnew view\u201d. Inhibition in cognition, 17, + 145\u2013162."}, {"Citation": "MacKay DG, & James LE (2004). Sequencing, speech + production, and selective effects of aging on phonological and morphological + speech errors. Psychology and Aging, 19(1), 93.", "ArticleIdList": {"ArticleId": + {"#text": "15065934", "@IdType": "pubmed"}}}, {"Citation": "Mechelli A, Humphreys + GW, Mayall K, Olson A, & Price CJ (2000). Differential effects of word length + and visual contrast in the fusiform and lingual gyri during. Proceedings of + the Royal Society of London. Series B: Biological Sciences, 267(1455), 1909\u20131913.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1690747", "@IdType": "pmc"}, + {"#text": "11052544", "@IdType": "pubmed"}]}}, {"Citation": "Mir\u00f3-Padilla + A, Bueichek\u00fa E, Ventura-Campos N, Palomar-Garc\u00eda M-\u00c1, & \u00c1vila + C (2017). Functional connectivity in resting state as a phonemic fluency ability + measure. Neuropsychologia, 97, 98\u2013103. doi:10.1016/j.neuropsychologia.2017.02.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2017.02.009", + "@IdType": "doi"}, {"#text": "28202336", "@IdType": "pubmed"}]}}, {"Citation": + "Ossher L, Flegal KE, & Lustig C (2013). Everyday memory errors in older adults. + Aging, Neuropsychology, and Cognition, 20(2), 220\u2013242.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3443516", "@IdType": "pmc"}, {"#text": "22694275", + "@IdType": "pubmed"}]}}, {"Citation": "Park DC, & Bischof GN (2013). The aging + mind: Neuroplasticity in response to cognitive training. Dialogues in clinical + neuroscience, 15(1), 109.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3622463", + "@IdType": "pmc"}, {"#text": "23576894", "@IdType": "pubmed"}]}}, {"Citation": + "Park DC, Lautenschlager G, Hedden T, Davidson NS, Smith AD, & Smith PK (2002). + Models of visuospatial and verbal memory across the adult life span. Psychology + and Aging, 17(2), 299\u2013320.", "ArticleIdList": {"ArticleId": {"#text": + "12061414", "@IdType": "pubmed"}}}, {"Citation": "Park DC, & Reuter-Lorenz + P (2009). The adaptive brain: Aging and neurocognitive scaffolding. Annual + Review of Psychology, 60, 173\u2013196.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", "@IdType": "pubmed"}]}}, + {"Citation": "Psychology Software Tools, I. (2012). E-Prime (Version 2.0)."}, + {"Citation": "Rogers WA (2000). Attention and aging Cognitive aging: A primer. + (pp. 57\u201373). New York, NY, US: Psychology Press."}, {"Citation": "Rosazza + C, & Minati L (2011). Resting-state brain networks: Literature review and + clinical applications. Neurological Sciences, 32(5), 773\u2013785. doi:10.1007/s10072-011-0636-y", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s10072-011-0636-y", "@IdType": + "doi"}, {"#text": "21667095", "@IdType": "pubmed"}]}}, {"Citation": "Sala-Llonch + R, Bartr\u00e9s-Faz D, & Junqu\u00e9 C (2015). Reorganization of brain networks + in aging: A review of functional connectivity studies. Frontiers in Psychology, + 6, 663.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4439539", "@IdType": + "pmc"}, {"#text": "26052298", "@IdType": "pubmed"}]}}, {"Citation": "Salthouse + TA (2010). Selective review of cognitive aging. Journal of the International + Neuropsychological Society : JINS, 16(5), 754\u2013760. doi:10.1017/S1355617710000706", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1355617710000706", "@IdType": + "doi"}, {"#text": "PMC3637655", "@IdType": "pmc"}, {"#text": "20673381", "@IdType": + "pubmed"}]}}, {"Citation": "Shafto MA, & Tyler LK (2014). Language in the + aging brain: The network dynamics of cognitive decline and preservation. Science, + 346(6209), 583\u2013587. doi:10.1126/science.1254404", "ArticleIdList": {"ArticleId": + [{"#text": "10.1126/science.1254404", "@IdType": "doi"}, {"#text": "25359966", + "@IdType": "pubmed"}]}}, {"Citation": "Sowell, Thompson PM, Tessner KD, & + Toga AW (2001). Mapping continued brain growth and gray matter density reduction + in dorsal frontal cortex: Inverse relationships during postadolescent brain + maturation. Journal of Neuroscience, 21(22), 8819\u20138829.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6762261", "@IdType": "pmc"}, {"#text": "11698594", + "@IdType": "pubmed"}]}}, {"Citation": "Stamatakis EA, Shafto MA, Williams + G, Tam P, & Tyler LK (2011). White matter changes and word finding failures + with increasing age. PloS one, 6(1), e14496.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3017545", "@IdType": "pmc"}, {"#text": "21249127", "@IdType": + "pubmed"}]}}, {"Citation": "Thompson-Schill SL, D\u2019Esposito M, Aguirre + GK, & Farah MJ (1997). Role of left inferior prefrontal cortex in retrieval + of semantic knowledge: A reevaluation. Proceedings of the National Academy + of Sciences, 94(26), 14792\u201314797.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC25116", "@IdType": "pmc"}, {"#text": "9405692", "@IdType": "pubmed"}]}}, + {"Citation": "Tian L, Ren J, & Zang Y (2012). Regional homogeneity of resting + state fMRI signals predicts Stop signal task performance. Neuroimage, 60(1), + 539\u2013544. doi:10.1016/j.neuroimage.2011.11.098", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2011.11.098", "@IdType": "doi"}, {"#text": + "22178814", "@IdType": "pubmed"}]}}, {"Citation": "Tomasi D, & Volkow ND (2012). + Aging and functional brain networks. Molecular psychiatry, 17(5), 549.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3193908", "@IdType": "pmc"}, {"#text": "21727896", + "@IdType": "pubmed"}]}}, {"Citation": "Tombaugh TN, Kozak J, & Rees L (1999). + Normative data stratified by age and education for two measures of verbal + fluency: FAS and animal naming. Archives of Clinical Neuropsychology, 14(2), + 167\u2013177. doi:10.1093/arclin/14.2.167", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/arclin/14.2.167", "@IdType": "doi"}, {"#text": "14590600", + "@IdType": "pubmed"}]}}, {"Citation": "Troutman SBW, & Diaz MT (2019). White + matter disconnection is related to age-related phonological deficits. Brain + Imaging and Behavior. doi:10.1007/s11682-019-00086-8", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s11682-019-00086-8", "@IdType": "doi"}, {"#text": "PMC7034773", + "@IdType": "pmc"}, {"#text": "30937829", "@IdType": "pubmed"}]}}, {"Citation": + "Van Dijk KR, Hedden T, Venkataraman A, Evans KC, Lazar SW, & Buckner RL (2010). + Intrinsic functional connectivity as a tool for human connectomics: Theory, + properties, and optimization. J Neurophysiol, 103(1), 297\u2013321. doi:10.1152/jn.00783.2009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1152/jn.00783.2009", "@IdType": + "doi"}, {"#text": "PMC2807224", "@IdType": "pmc"}, {"#text": "19889849", "@IdType": + "pubmed"}]}}, {"Citation": "Wechsler D (1997) Wechsler adult intelligence + scale - III. New York: Psychological Corporation."}, {"Citation": "Whitfield-Gabrieli + S, & Nieto-Castanon A (2012). Conn: a functional connectivity toolbox for + correlated and anticorrelated brain networks. Brain connectivity, 2(3), 125\u2013141.", + "ArticleIdList": {"ArticleId": {"#text": "22642651", "@IdType": "pubmed"}}}, + {"Citation": "Wierenga CE, Benjamin M, Gopinath K, Perlstein WM, Leonard CM, + Rothi LJG, Conway T, Cato MA, Briggs R, & Crosson B (2008). Age-related changes + in word retrieval: Role of bilateral frontal and subcortical networks. Neurobiology + of Aging, 29(3), 436\u2013451. doi:10.1016/j.neurobiolaging.2006.10.024", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2006.10.024", + "@IdType": "doi"}, {"#text": "17147975", "@IdType": "pubmed"}]}}, {"Citation": + "Wilson SM, Isenberg AL, & Hickok G (2009). Neural correlates of word production + stages delineated by parametric modulation of psycholinguistic variables. + Hum Brain Mapp, 30(11), 3596\u20133608.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC2767422", "@IdType": "pmc"}, {"#text": "19365800", "@IdType": "pubmed"}]}}, + {"Citation": "Yesavage JA, Brink TL, Rose TL, Lum O, Huang V, Adey M, & Leirer + VO (1982). Development and validation of a geriatric depression screening + scale: a preliminary report. J Psychiatr Res, 17(1), 37\u201349.", "ArticleIdList": + {"ArticleId": {"#text": "7183759", "@IdType": "pubmed"}}}, {"Citation": "Zhang + H, Eppes A, Beatty-Mart\u00ednez A, Navarro-Torres C, & Diaz MT (2018). Task + difficulty modulates brain-behavior correlations in language production and + cognitive control: Behavioral and fMRI evidence from a phonological go/no-go + picture-naming paradigm. Cognitive, Affective, & Behavioral Neuroscience, + 18(5), 964\u2013981. doi:10.3758/s13415-018-0616-2", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13415-018-0616-2", "@IdType": "doi"}, {"#text": "PMC6301137", + "@IdType": "pmc"}, {"#text": "29923097", "@IdType": "pubmed"}]}}, {"Citation": + "Zhang H, Eppes A, & Diaz MT (2019). Task difficulty modulates age-related + differences in the behavioral and neural bases of language production. Neuropsychologia, + 124, 254\u2013273. doi:10.1016/j.neuropsychologia.2018.11.017", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2018.11.017", "@IdType": + "doi"}, {"#text": "PMC6392062", "@IdType": "pmc"}, {"#text": "30513288", "@IdType": + "pubmed"}]}}, {"Citation": "Zhu L, Fan Y, Zou Q, Wang J, Gao J-H, & Niu Z + (2014). Temporal reliability and lateralization of the resting-state language + network. PloS one, 9(1), e85880.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3901661", "@IdType": "pmc"}, {"#text": "24475058", "@IdType": "pubmed"}]}}, + {"Citation": "Zou Q, Ross TJ, Gu H, Geng X, Zuo X-N, Hong LE, Gao J-H, Stein + EA, Zang Y-F, & Yang Y (2013). Intrinsic resting-state activity predicts working + memory brain activation and behavioral performance. Hum Brain Mapp, 34(12), + 3204\u20133215. doi:10.1002/hbm.22136", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.22136", "@IdType": "doi"}, {"#text": "PMC6870161", "@IdType": + "pmc"}, {"#text": "22711376", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "32289553", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "1090-2155", "@IssnType": "Electronic"}, "Title": "Brain and language", + "JournalIssue": {"Volume": "206", "PubDate": {"Year": "2020", "Month": "Jul"}, + "@CitedMedium": "Internet"}, "ISOAbbreviation": "Brain Lang"}, "Abstract": + {"AbstractText": "Healthy older adults commonly report increased difficulties + with language production. This could reflect decline in the language network, + or age-related declines in other cognitive abilities that support language + production, such as executive function. To examine this possibility, we conducted + a whole-brain resting-state functional connectivity (RSFC) analysis in older + and younger adults using two seed regions-the left posterior superior temporal + gyrus and left inferior frontal gyrus. Whole-brain connectivities were then + correlated with Stroop task performance to investigate the relationship between + RSFC and executive function. We found that overall, younger adults had stronger + RSFC than older adults. Moreover, in older, but not younger, adults stronger + RSFC between left IFG and right hemisphere executive function regions correlated + with better Stroop performance. This suggests that stronger RSFC among older + adults between left IFG and right hemisphere regions may serve a compensatory + function.", "CopyrightInformation": "Copyright \u00a9 2020. Published by Elsevier + Inc."}, "Language": "eng", "@PubModel": "Print-Electronic", "GrantList": {"Grant": + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "R01 AG034138"}, "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Victoria H", "Initials": "VH", "LastName": "Gertel", "AffiliationInfo": + {"Affiliation": "Department of Psychology, The Pennsylvania State University, + USA."}}, {"@ValidYN": "Y", "ForeName": "Haoyun", "Initials": "H", "LastName": + "Zhang", "AffiliationInfo": {"Affiliation": "Social, Life, and Engineering + Sciences Imaging Center, The Pennsylvania State University, USA."}}, {"@ValidYN": + "Y", "ForeName": "Michele T", "Initials": "MT", "LastName": "Diaz", "AffiliationInfo": + {"Affiliation": "Department of Psychology, The Pennsylvania State University, + USA; Social, Life, and Engineering Sciences Imaging Center, The Pennsylvania + State University, USA. Electronic address: mtd143@psu.edu."}}], "@CompleteYN": + "Y"}, "Pagination": {"StartPage": "104771", "MedlinePgn": "104771"}, "ArticleDate": + {"Day": "11", "Year": "2020", "Month": "04", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.bandl.2020.104771", "@EIdType": "doi", "@ValidYN": "Y"}, + {"#text": "S0093-934X(20)30030-4", "@EIdType": "pii", "@ValidYN": "Y"}], "ArticleTitle": + "Stronger right hemisphere functional connectivity supports executive aspects + of language in older adults.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D052061", "#text": + "Research Support, N.I.H., Extramural"}, {"@UI": "D013485", "#text": "Research + Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "02", "Year": "2021", + "Month": "07"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Executive function", "@MajorTopicYN": + "N"}, {"#text": "Language production", "@MajorTopicYN": "N"}, {"#text": "Resting-state + functional connectivity", "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": + "01", "Year": "2021", "Month": "03"}, "CitationSubset": "IM", "@IndexingMethod": + "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D000293", "#text": "Adolescent", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000379", "#text": "methods", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D056344", "#text": "Executive Function", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D007839", "#text": "Functional Laterality", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D007802", "#text": "Language", + "@MajorTopicYN": "Y"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", + "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", + "#text": "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", + "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": + "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D009415", "#text": "Nerve Net", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D057190", "#text": "Stroop Test", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "Netherlands", "MedlineTA": "Brain Lang", "ISSNLinking": "0093-934X", + "NlmUniqueID": "7506220"}}}, "semantic_scholar": {"year": 2020, "title": "Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults", "venue": "Brain and Language", "authors": [{"name": "Victoria + H. Gertel", "authorId": "1415197167"}, {"name": "Haoyun Zhang", "authorId": + "2570593"}, {"name": "Michele T. Diaz", "authorId": "40190223"}], "paperId": + "83571f06f996feaf99cc9d3e821bbceb1d558725", "abstract": null, "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7754257", + "status": "GREEN", "license": null, "disclaimer": "Notice: Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.bandl.2020.104771?email= + or https://doi.org/10.1016/j.bandl.2020.104771, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2020-04-10"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T19:22:32.348312+00:00", "analyses": [{"id": "ZJw5UnpcLA3Q", "user": + null, "name": "Older > Younger", "metadata": {"table": {"table_number": 3, + "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Coordinates for regions with + significant RSFC to the left pSTG from the seed-to-voxel analysis.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "ouuQz2VUFuSP", "user": + null, "name": "Age group X RSFC interaction on Stroop effect score", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Coordinates for regions with + significant RSFC to the left pSTG from the seed-to-voxel analysis.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "WUFsoXB9AZ43", "user": + null, "name": "Younger > Older", "metadata": {"table": {"table_number": 3, + "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Coordinates for regions with + significant RSFC to the left pSTG from the seed-to-voxel analysis.", "conditions": + [], "weights": [], "points": [{"id": "g9kHhSvQP5X9", "coordinates": [0.0, + 60.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.22}]}, {"id": "PRBeu3XdUy7q", "coordinates": + [-2.0, 62.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "mCeMzLDmAxsz", "coordinates": + [4.0, 62.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.59}]}, {"id": "SJwyvwuohqb5", "coordinates": + [18.0, 42.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.97}]}, {"id": "de87nfUNHTwo", "coordinates": + [-54.0, -24.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.57}]}, {"id": "HuVD2q4EnxoY", "coordinates": + [-62.0, -23.0, -5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.55}]}, {"id": "YW8NYYFznq7z", "coordinates": + [-54.0, -28.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.25}]}, {"id": "k6k7kcwc7Asg", "coordinates": + [-2.0, -36.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.31}]}, {"id": "okqNCUCjgV9X", "coordinates": + [-54.0, -68.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.79}]}], "images": []}, {"id": "6seuYrrV8VeB", + "user": null, "name": "Younger\u00063> Older", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "t0020", "table_label": "Table 4", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020_coordinates.csv"}, + "original_table_id": "t0020"}, "table_metadata": {"table_id": "t0020", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020_coordinates.csv"}, + "sanitized_table_id": "t0020"}, "description": "Coordinates for regions with + significant RSFC to the left IFG, pars triangularis from the seed-to-voxel + analysis.", "conditions": [], "weights": [], "points": [{"id": "mkTx7n4ADH5p", + "coordinates": [56.0, -22.0, -22.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.68}]}, {"id": + "hUZrFWnUmkB4", "coordinates": [60.0, -32.0, -14.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.72}]}, {"id": "LF83mw8GUWcb", "coordinates": [-56.0, -38.0, -24.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.26}]}, {"id": "NqfMoaUGniCc", "coordinates": [-55.0, -36.0, + -15.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.73}]}, {"id": "g5FccYj5st7Q", "coordinates": [-54.0, + -45.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.22}]}, {"id": "pUqZ6j8PcZXu", "coordinates": + [58.0, -48.0, -28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.63}]}, {"id": "L5hjYkH63D42", "coordinates": + [54.0, -46.0, -29.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.29}]}, {"id": "RtSbCmgXKf2f", "coordinates": + [36.0, -60.0, -56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.35}]}, {"id": "nj8hZvXiQZGi", "coordinates": + [42.0, -72.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.74}]}, {"id": "59kbJt8oCCYj", "coordinates": + [-42.0, -84.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.51}]}, {"id": "sSiHkrMiwXNt", "coordinates": + [-7.0, -92.0, -17.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.96}]}, {"id": "3RfUuGQz8yTW", "coordinates": + [-5.0, -88.0, -17.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.56}]}, {"id": "hiNG7cXGNFWd", "coordinates": + [12.0, -94.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.42}]}, {"id": "9R7gnxq5kUsV", "coordinates": + [-14.0, -102.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.27}]}], "images": []}, {"id": "W8ZHSveVYgyT", + "user": null, "name": "Stroop correlation: all participants", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Coordinates for regions with + significant RSFC to the left pSTG from the seed-to-voxel analysis.", "conditions": + [], "weights": [], "points": [{"id": "3n6opAnu7xxj", "coordinates": [50.0, + -30.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": -4.27}]}, {"id": "TJc28hFR9Pu6", "coordinates": + [49.0, -27.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -3.81}]}], "images": []}]}, {"id": + "5utnj7FPQZYn", "created_at": "2025-12-04T23:20:00.250601+00:00", "updated_at": + null, "user": null, "name": "Differential effects of age on subcomponents + of response inhibition", "description": "Inhibitory deficits contribute to + cognitive decline in the aging brain. Separating subcomponents of response + inhibition may help to resolve contradictions in the existing literature. + A total of 49 healthy participants underwent functional magnetic resonance + imaging (fMRI) while performing a Go/no-go-, a Simon-, and a Stop-signal task. + Regression analyses were conducted to identify correlations of age and activation + patterns. Imaging results revealed a differential effect of age on subcomponents + of response inhibition. In a simple Go/no-go task (no spatial discrimination), + aging was associated with increased activation of the core inhibitory network + and parietal areas. In the Simon task, which required spatial discrimination, + increased activation in additional inhibitory control regions was present. + However, in the Stop-signal task, the most demanding of the three tasks, aging + was associated with decreased activation. This suggests that older adults + increasingly recruit the inhibitory network and, with increasing load, additional + inhibitory regions. However, if inhibitory load exceeds compensatory capacity, + performance declines in concert with decreasing activation. Thus, the present + findings may refine current theories of cognitive aging.", "publication": + "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2013.03.013", "pmid": + "23591131", "authors": "Alexandra Sebastian; Alexandra Sebastian; C. Baldermann; + B. Feige; M. Katzev; E. Scheller; B. Hellwig; K. Lieb; C. Weiller; O. T\u00fcscher; + S. Kl\u00f6ppel", "year": 2013, "metadata": {"slug": "23591131-10-1016-j-neurobiolaging-2013-03-013", + "source": "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "15", "Year": "2012", "Month": "10", "@PubStatus": + "received"}, {"Day": "4", "Year": "2013", "Month": "3", "@PubStatus": "revised"}, + {"Day": "11", "Year": "2013", "Month": "3", "@PubStatus": "accepted"}, {"Day": + "18", "Hour": "6", "Year": "2013", "Month": "4", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "18", "Hour": "6", "Year": "2013", "Month": "4", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "18", "Hour": "6", "Year": "2014", "Month": + "1", "Minute": "0", "@PubStatus": "medline"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "23591131", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2013.03.013", + "@IdType": "doi"}, {"#text": "S0197-4580(13)00113-9", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "23591131", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Issue": "9", "Volume": "34", "PubDate": {"Year": + "2013", "Month": "Sep"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol + Aging"}, "Abstract": {"AbstractText": "Inhibitory deficits contribute to cognitive + decline in the aging brain. Separating subcomponents of response inhibition + may help to resolve contradictions in the existing literature. A total of + 49 healthy participants underwent functional magnetic resonance imaging (fMRI) + while performing a Go/no-go-, a Simon-, and a Stop-signal task. Regression + analyses were conducted to identify correlations of age and activation patterns. + Imaging results revealed a differential effect of age on subcomponents of + response inhibition. In a simple Go/no-go task (no spatial discrimination), + aging was associated with increased activation of the core inhibitory network + and parietal areas. In the Simon task, which required spatial discrimination, + increased activation in additional inhibitory control regions was present. + However, in the Stop-signal task, the most demanding of the three tasks, aging + was associated with decreased activation. This suggests that older adults + increasingly recruit the inhibitory network and, with increasing load, additional + inhibitory regions. However, if inhibitory load exceeds compensatory capacity, + performance declines in concert with decreasing activation. Thus, the present + findings may refine current theories of cognitive aging.", "CopyrightInformation": + "Copyright \u00a9 2013 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "A", "Initials": "A", "LastName": "Sebastian", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry and Psychotherapy, Johannes-Gutenberg-University + Mainz, Mainz, Germany."}}, {"@ValidYN": "Y", "ForeName": "C", "Initials": + "C", "LastName": "Baldermann"}, {"@ValidYN": "Y", "ForeName": "B", "Initials": + "B", "LastName": "Feige"}, {"@ValidYN": "Y", "ForeName": "M", "Initials": + "M", "LastName": "Katzev"}, {"@ValidYN": "Y", "ForeName": "E", "Initials": + "E", "LastName": "Scheller"}, {"@ValidYN": "Y", "ForeName": "B", "Initials": + "B", "LastName": "Hellwig"}, {"@ValidYN": "Y", "ForeName": "K", "Initials": + "K", "LastName": "Lieb"}, {"@ValidYN": "Y", "ForeName": "C", "Initials": "C", + "LastName": "Weiller"}, {"@ValidYN": "Y", "ForeName": "O", "Initials": "O", + "LastName": "T\u00fcscher"}, {"@ValidYN": "Y", "ForeName": "S", "Initials": + "S", "LastName": "Kl\u00f6ppel"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "2193", "StartPage": "2183", "MedlinePgn": "2183-93"}, "ArticleDate": {"Day": + "13", "Year": "2013", "Month": "04", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2013.03.013", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(13)00113-9", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Differential effects of age on subcomponents of response + inhibition.", "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", + "#text": "Journal Article"}, {"@UI": "D013485", "#text": "Research Support, + Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "10", "Year": "2019", "Month": + "12"}, "DateCompleted": {"Day": "17", "Year": "2014", "Month": "01"}, "CitationSubset": + "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, {"@UI": + "Q000523", "#text": "psychology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000473", "#text": "pathology", "@MajorTopicYN": "Y"}, {"@UI": "Q000503", + "#text": "physiopathology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": + "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": + "Q000209", "#text": "etiology", "@MajorTopicYN": "Y"}, {"@UI": "Q000523", + "#text": "psychology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D003072", + "#text": "Cognition Disorders", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D007266", "#text": "Inhibition, Psychological", "@MajorTopicYN": + "Y"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D009483", + "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2013, + "title": "Differential effects of age on subcomponents of response inhibition", + "venue": "Neurobiology of Aging", "authors": [{"name": "Alexandra Sebastian", + "authorId": "145133800"}, {"name": "Alexandra Sebastian", "authorId": "145133800"}, + {"name": "C. Baldermann", "authorId": "49671583"}, {"name": "B. Feige", "authorId": + "2394186"}, {"name": "M. Katzev", "authorId": "4888950"}, {"name": "E. Scheller", + "authorId": "47051894"}, {"name": "B. Hellwig", "authorId": "2407084"}, {"name": + "K. Lieb", "authorId": "143925839"}, {"name": "C. Weiller", "authorId": "2183987"}, + {"name": "O. T\u00fcscher", "authorId": "3227220"}, {"name": "S. Kl\u00f6ppel", + "authorId": "144225920"}], "paperId": "3f839709f45c0fd63d9576d446437ce6addbc325", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2013.03.013?email= + or https://doi.org/10.1016/j.neurobiolaging.2013.03.013, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2013-09-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T23:22:20.768935+00:00", "analyses": + [{"id": "MGXSRi86UzXJ", "user": null, "name": "Go/no-go", "metadata": {"table": + {"table_number": 3, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Regression analysis with age + as covariate", "conditions": [], "weights": [], "points": [{"id": "oyFjnGqgKK5o", + "coordinates": [27.0, -30.0, 60.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 3.27}]}, {"id": + "5SYRVxAJBPjE", "coordinates": [-18.0, -30.0, 60.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.24}]}, {"id": "vVXMn3zinuY8", "coordinates": [-12.0, -57.0, 54.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.23}]}], "images": []}, {"id": "6VjtVmzisTHc", "user": null, + "name": "Stop-signal", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "tbl3", "table_label": "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Regression analysis with age + as covariate", "conditions": [], "weights": [], "points": [{"id": "qqTZJ244t4go", + "coordinates": [-57.0, -48.0, 42.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.04}]}, {"id": + "Kb9rXpdSu7oK", "coordinates": [-9.0, -36.0, 63.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.82}]}, {"id": "M6jiudWYwrme", "coordinates": [-15.0, -39.0, 33.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.62}]}, {"id": "vqExfDFxSU3Y", "coordinates": [57.0, -33.0, + 33.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.85}]}, {"id": "Q8rAjVV9AAKW", "coordinates": [45.0, + -6.0, 9.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.59}]}, {"id": "DqTGmjngts3q", "coordinates": + [48.0, -54.0, 45.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.39}]}, {"id": "iMVbfrh7vriB", "coordinates": + [30.0, 15.0, -18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.39}]}, {"id": "aSgrGHmykavG", "coordinates": + [39.0, -3.0, 3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.25}]}], "images": []}, {"id": "zYTkfTuTTLPQ", + "user": null, "name": "Common activations during successful inhibition in + all three tasks", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl2", "table_label": "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Common activations during successful + inhibition in all three tasks", "conditions": [], "weights": [], "points": + [{"id": "H3dfXjcQJhtt", "coordinates": [48.0, -42.0, 42.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 6.41}]}, {"id": "cuib4Kez5wM4", "coordinates": [60.0, -45.0, 6.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.68}]}, {"id": "ZP8H6FNjq8cK", "coordinates": [60.0, -42.0, + 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.67}]}, {"id": "rjkrBMs8hViX", "coordinates": [36.0, + 15.0, -3.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 5.87}]}, {"id": "2Jw9nrWsWu3J", "coordinates": + [30.0, 15.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.95}]}, {"id": "kbuURfUefoar", "coordinates": + [51.0, 18.0, -3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.88}]}, {"id": "GjdJYHbj9zPU", "coordinates": + [57.0, 15.0, 9.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.07}]}, {"id": "DhXS6xHYq4Mr", "coordinates": + [45.0, 21.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.99}]}, {"id": "5Zzww6GFDoSc", "coordinates": + [42.0, 45.0, 15.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.98}]}, {"id": "2Lp65NJXccTN", "coordinates": + [42.0, 39.0, 27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.52}]}], "images": []}, {"id": "adDCMC45F39U", + "user": null, "name": "Simon", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "tbl3", "table_label": "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Regression analysis with age + as covariate", "conditions": [], "weights": [], "points": [{"id": "XcNCSdRUJFpL", + "coordinates": [-30.0, 9.0, 33.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.14}]}, {"id": + "g655JUP7QBu3", "coordinates": [-54.0, 30.0, 18.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.91}]}, {"id": "mJNisirA82oh", "coordinates": [18.0, -6.0, 54.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.82}]}, {"id": "DvudQNczJ7JG", "coordinates": [9.0, 9.0, 3.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.82}]}, {"id": "oTPMEw6BXh3e", "coordinates": [-24.0, 3.0, + -6.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.75}]}, {"id": "LqhX85sbvc2v", "coordinates": [-15.0, + -15.0, 3.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.62}]}, {"id": "cVsp7UdMuXCd", "coordinates": + [30.0, -54.0, 27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.72}]}, {"id": "pjKWTWBCNB8S", "coordinates": + [12.0, -54.0, 60.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.41}]}, {"id": "ToKN4vTChC2Y", "coordinates": + [39.0, -60.0, 21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.34}]}], "images": []}]}, {"id": + "7BN5MapyrsrU", "created_at": "2025-12-03T16:54:46.525109+00:00", "updated_at": + null, "user": null, "name": "Age-related differences in cortical recruitment + and suppression: implications for cognitive performance.", "description": + "The discovery of a coherent set of cortical regions showing activation during + rest and deactivation during task performance has reignited an old debate + in the field of neuroscience, one that questions the reflexivity of the human + brain and provides evidence towards a more intrinsic functional architecture. + The default-mode network (DMN) comprising of such consistent cortical regions + has become a topic of increasing interest in both healthy and diseased populations. + In this study, using a well-examined version of the verbal n-back task, interleaved + with periods of rest blocks, we investigated whether the deactivation of the + cortical regions comprising the DMN moderates individual differences in behavioral + performance in a group of older adults. We recruited 25 young and 25 older + adults for our study and presented them with blocks of the n-back task, with + varying levels of load, interleaved with periods of fixation. A direct comparison + of the young and older participants revealed both a reduction in the up-regulation + of the prefrontal and parietal regions in response to increasing task demands, + along with a reduction in the down-regulation of DMN regions with increasing + cognitive load in the elderly. Better performance in the young adults was + associated with the capability to modulate the regions of the working memory + network with increasing task difficulty, however enhanced performance in the + older cohort was associated with greater load-induced deactivation of the + posterior cingulate cortex. This study adds to the existing gamut of aging + literature, providing evidence that DMN function is critical to cognitive + functioning in older adults.", "publication": "Behavioural brain research", + "doi": "10.1016/j.bbr.2012.01.058", "pmid": "22348896", "authors": "Ruchika + Shaurya Prakash; Susie Heo; Michelle W Voss; Beth Patterson; Arthur F Kramer", + "year": 2012, "metadata": {"slug": "22348896-10-1016-j-bbr-2012-01-058", "source": + "pubmed", "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "17", "Year": "2010", "Month": "8", "@PubStatus": "received"}, {"Day": + "22", "Year": "2011", "Month": "11", "@PubStatus": "revised"}, {"Day": "31", + "Year": "2012", "Month": "1", "@PubStatus": "accepted"}, {"Day": "22", "Hour": + "6", "Year": "2012", "Month": "2", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "22", "Hour": "6", "Year": "2012", "Month": "2", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "24", "Hour": "6", "Year": "2012", "Month": "7", "Minute": + "0", "@PubStatus": "medline"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "22348896", "@IdType": "pubmed"}, {"#text": "10.1016/j.bbr.2012.01.058", "@IdType": + "doi"}, {"#text": "S0166-4328(12)00095-2", "@IdType": "pii"}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "22348896", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "1872-7549", "@IssnType": "Electronic"}, "Title": "Behavioural brain + research", "JournalIssue": {"Issue": "1", "Volume": "230", "PubDate": {"Day": + "21", "Year": "2012", "Month": "Apr"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Behav Brain Res"}, "Abstract": {"AbstractText": "The discovery of a coherent + set of cortical regions showing activation during rest and deactivation during + task performance has reignited an old debate in the field of neuroscience, + one that questions the reflexivity of the human brain and provides evidence + towards a more intrinsic functional architecture. The default-mode network + (DMN) comprising of such consistent cortical regions has become a topic of + increasing interest in both healthy and diseased populations. In this study, + using a well-examined version of the verbal n-back task, interleaved with + periods of rest blocks, we investigated whether the deactivation of the cortical + regions comprising the DMN moderates individual differences in behavioral + performance in a group of older adults. We recruited 25 young and 25 older + adults for our study and presented them with blocks of the n-back task, with + varying levels of load, interleaved with periods of fixation. A direct comparison + of the young and older participants revealed both a reduction in the up-regulation + of the prefrontal and parietal regions in response to increasing task demands, + along with a reduction in the down-regulation of DMN regions with increasing + cognitive load in the elderly. Better performance in the young adults was + associated with the capability to modulate the regions of the working memory + network with increasing task difficulty, however enhanced performance in the + older cohort was associated with greater load-induced deactivation of the + posterior cingulate cortex. This study adds to the existing gamut of aging + literature, providing evidence that DMN function is critical to cognitive + functioning in older adults.", "CopyrightInformation": "Published by Elsevier + B.V."}, "Language": "eng", "@PubModel": "Print-Electronic", "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Ruchika Shaurya", "Initials": "RS", + "LastName": "Prakash", "AffiliationInfo": {"Affiliation": "Department of Psychology, + The Ohio State University, Columbus, OH, United States. Prakash.30@osu.edu"}}, + {"@ValidYN": "Y", "ForeName": "Susie", "Initials": "S", "LastName": "Heo"}, + {"@ValidYN": "Y", "ForeName": "Michelle W", "Initials": "MW", "LastName": + "Voss"}, {"@ValidYN": "Y", "ForeName": "Beth", "Initials": "B", "LastName": + "Patterson"}, {"@ValidYN": "Y", "ForeName": "Arthur F", "Initials": "AF", + "LastName": "Kramer"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "200", + "StartPage": "192", "MedlinePgn": "192-200"}, "ArticleDate": {"Day": "13", + "Year": "2012", "Month": "02", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.1016/j.bbr.2012.01.058", "@EIdType": "doi", "@ValidYN": "Y"}, + "ArticleTitle": "Age-related differences in cortical recruitment and suppression: + implications for cognitive performance.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "10", + "Year": "2019", "Month": "12"}, "ChemicalList": {"Chemical": {"RegistryNumber": + "S88TT14065", "NameOfSubstance": {"@UI": "D010100", "#text": "Oxygen"}}}, + "DateCompleted": {"Day": "23", "Year": "2012", "Month": "07"}, "CitationSubset": + "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D000704", "#text": "Analysis of Variance", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": + "Y"}}, {"QualifierName": [{"@UI": "Q000098", "#text": "blood supply", "@MajorTopicYN": + "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D007091", "#text": "Image Processing, Computer-Assisted", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D007266", "#text": "Inhibition, Psychological", + "@MajorTopicYN": "Y"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", + "#text": "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008959", + "#text": "Models, Neurological", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D009434", "#text": "Neural Pathways", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000097", "#text": "blood", "@MajorTopicYN": "N"}, + "DescriptorName": {"@UI": "D010100", "#text": "Oxygen", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D018709", "#text": "Statistics, Nonparametric", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D055815", "#text": "Young + Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "Netherlands", + "MedlineTA": "Behav Brain Res", "ISSNLinking": "0166-4328", "NlmUniqueID": + "8004872"}}}}}, "source": "llm", "source_id": null, "source_updated_at": "2025-12-03T16:58:07.590944+00:00", + "analyses": [{"id": "gKSoguk4i56F", "user": null, "name": "O > Y-2", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "tbl0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv"}, + "original_table_id": "tbl0015"}, "table_metadata": {"table_id": "tbl0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv"}, + "sanitized_table_id": "tbl0015"}, "description": "Cortical regions deactivated + by young and older participants in the contrast of 2-back>1-back.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "xRrAp74gCogF", "user": + null, "name": "O > Y", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl0010", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv"}, + "original_table_id": "tbl0010"}, "table_metadata": {"table_id": "tbl0010", + "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv"}, + "sanitized_table_id": "tbl0010"}, "description": "Cortical regions activated + in the contrast of two age groups in the 2-back>1-back condition. Co-ordinates + are reported for the peak voxel in each of the clusters.", "conditions": [], + "weights": [], "points": [], "images": []}, {"id": "yDjuiwB5LQdP", "user": + null, "name": "Y > O-2", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "tbl0015", "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv"}, + "original_table_id": "tbl0015"}, "table_metadata": {"table_id": "tbl0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv"}, + "sanitized_table_id": "tbl0015"}, "description": "Cortical regions deactivated + by young and older participants in the contrast of 2-back>1-back.", "conditions": + [], "weights": [], "points": [{"id": "RFuqzNBz7Gjx", "coordinates": [-4.0, + -50.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": -3.2}]}, {"id": "xJaN3EmC82ug", "coordinates": + [-6.0, 48.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -3.39}]}], "images": []}, {"id": "VvBT5ecbpg6B", + "user": null, "name": "Y > O", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl0010", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv"}, + "original_table_id": "tbl0010"}, "table_metadata": {"table_id": "tbl0010", + "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv"}, + "sanitized_table_id": "tbl0010"}, "description": "Cortical regions activated + in the contrast of two age groups in the 2-back>1-back condition. Co-ordinates + are reported for the peak voxel in each of the clusters.", "conditions": [], + "weights": [], "points": [{"id": "XhU27rVwTpeq", "coordinates": [-44.0, 18.0, + 28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 2.72}]}, {"id": "hHXkgnWHcTAd", "coordinates": [-50.0, + -46.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 2.9}]}, {"id": "E2YpkhCfYSXP", "coordinates": + [50.0, -44.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.5}]}, {"id": "Erj7eVEW7bTw", "coordinates": + [4.0, -70.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.71}]}], "images": []}]}, {"id": + "7Whipa568J5r", "created_at": "2025-12-04T18:05:25.262131+00:00", "updated_at": + null, "user": null, "name": "APOE moderates compensatory recruitment of neuronal + resources during working memory processing in healthy older adults", "description": + "The APOE \u03b54 allele increases the risk for sporadic Alzheimer''s disease + and modifies brain activation patterns of numerous cognitive domains. We assessed + cognitively intact older adults with a letter n-back task to determine if + previously observed increases in \u03b54 carriers'' working-memory-related + brain activation are compensatory such that they serve to maintain working + memory function. Using multiple regression models, we identified interactions + of APOE variant and age in bilateral hippocampus independently from task performance: + \u03b54 carriers only showed a decrease in activation with increasing age, + suggesting high sensitivity of fMRI data for detecting changes in Alzheimer''s + disease-relevant brain areas before cognitive decline. Moreover, we identified + \u03b54 carriers to show higher activations in task-negative medial and task-positive + inferior frontal areas along with better performance under high working memory + load relative to non-\u03b54 carriers. The increased frontal recruitment is + compatible with models of neuronal compensation, extends on existing evidence, + and suggests that \u03b54 carriers require additional neuronal resources to + successfully perform a demanding working memory task.", "publication": "Neurobiology + of Aging", "doi": "10.1016/j.neurobiolaging.2017.04.015", "pmid": "28528773", + "authors": "E. Scheller; J. Peter; L. Schumacher; J. Lahr; I. Mader; C. Kaller; + S. Kl\u00f6ppel", "year": 2017, "metadata": {"slug": "28528773-10-1016-j-neurobiolaging-2017-04-015", + "source": "semantic_scholar", "keywords": ["APOE", "Aging", "Functional magnetic + resonance imaging", "Moderator analysis", "Multiple regression", "Neuronal + compensation", "Working memory"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "1", "Year": "2015", "Month": "12", + "@PubStatus": "received"}, {"Day": "17", "Year": "2017", "Month": "3", "@PubStatus": + "revised"}, {"Day": "13", "Year": "2017", "Month": "4", "@PubStatus": "accepted"}, + {"Day": "23", "Hour": "6", "Year": "2017", "Month": "5", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "29", "Hour": "6", "Year": "2017", "Month": "11", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "23", "Hour": "6", "Year": "2017", + "Month": "5", "Minute": "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "28528773", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2017.04.015", + "@IdType": "doi"}, {"#text": "S0197-4580(17)30136-7", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "28528773", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Volume": "56", "PubDate": {"Year": "2017", "Month": + "Aug"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, + "Abstract": {"AbstractText": "The APOE \u03b54 allele increases the risk for + sporadic Alzheimer''s disease and modifies brain activation patterns of numerous + cognitive domains. We assessed cognitively intact older adults with a letter + n-back task to determine if previously observed increases in \u03b54 carriers'' + working-memory-related brain activation are compensatory such that they serve + to maintain working memory function. Using multiple regression models, we + identified interactions of APOE variant and age in bilateral hippocampus independently + from task performance: \u03b54 carriers only showed a decrease in activation + with increasing age, suggesting high sensitivity of fMRI data for detecting + changes in Alzheimer''s disease-relevant brain areas before cognitive decline. + Moreover, we identified \u03b54 carriers to show higher activations in task-negative + medial and task-positive inferior frontal areas along with better performance + under high working memory load relative to non-\u03b54 carriers. The increased + frontal recruitment is compatible with models of neuronal compensation, extends + on existing evidence, and suggests that \u03b54 carriers require additional + neuronal resources to successfully perform a demanding working memory task.", + "CopyrightInformation": "Copyright \u00a9 2017 Elsevier Inc. All rights reserved."}, + "Language": "eng", "@PubModel": "Print-Electronic", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Elisa", "Initials": "E", "LastName": "Scheller", + "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Faculty of Medicine, + University of Freiburg, Freiburg, Germany; Freiburg Brain Imaging Center (FBI), + University Medical Center Freiburg, Freiburg, Germany. Electronic address: + elisa.scheller@uniklinik-freiburg.de."}}, {"@ValidYN": "Y", "ForeName": "Jessica", + "Initials": "J", "LastName": "Peter", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + University Hospital of Old Age Psychiatry and Psychotherapy Bern, Bern, Switzerland."}}, + {"@ValidYN": "Y", "ForeName": "Lena V", "Initials": "LV", "LastName": "Schumacher", + "AffiliationInfo": {"Affiliation": "Department of Neurology, Faculty of Medicine, + University of Freiburg, Freiburg, Germany; BrainLinks-BrainTools Cluster of + Excellence, University Medical Center Freiburg, Freiburg, Germany; Department + of Neuroradiology, Faculty of Medicine, University of Freiburg, Freiburg, + Germany; Medical Psychology and Medical Sociology, Faculty of Medicine, University + of Freiburg, Freiburg, Germany."}}, {"@ValidYN": "Y", "ForeName": "Jacob", + "Initials": "J", "LastName": "Lahr", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + Freiburg Brain Imaging Center (FBI), University Medical Center Freiburg, Freiburg, + Germany."}}, {"@ValidYN": "Y", "ForeName": "Irina", "Initials": "I", "LastName": + "Mader", "AffiliationInfo": {"Affiliation": "Freiburg Brain Imaging Center + (FBI), University Medical Center Freiburg, Freiburg, Germany; Department of + Neuroradiology, Faculty of Medicine, University of Freiburg, Freiburg, Germany."}}, + {"@ValidYN": "Y", "ForeName": "Christoph P", "Initials": "CP", "LastName": + "Kaller", "AffiliationInfo": {"Affiliation": "Freiburg Brain Imaging Center + (FBI), University Medical Center Freiburg, Freiburg, Germany; Department of + Neurology, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + BrainLinks-BrainTools Cluster of Excellence, University Medical Center Freiburg, + Freiburg, Germany."}}, {"@ValidYN": "Y", "ForeName": "Stefan", "Initials": + "S", "LastName": "Kl\u00f6ppel", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + Freiburg Brain Imaging Center (FBI), University Medical Center Freiburg, Freiburg, + Germany; University Hospital of Old Age Psychiatry and Psychotherapy Bern, + Bern, Switzerland."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "137", + "StartPage": "127", "MedlinePgn": "127-137"}, "ArticleDate": {"Day": "26", + "Year": "2017", "Month": "04", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2017.04.015", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(17)30136-7", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "APOE moderates compensatory recruitment of neuronal resources + during working memory processing in healthy older adults.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D013485", "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": + {"Day": "23", "Year": "2018", "Month": "08"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "APOE", "@MajorTopicYN": "N"}, {"#text": "Aging", "@MajorTopicYN": + "N"}, {"#text": "Functional magnetic resonance imaging", "@MajorTopicYN": + "N"}, {"#text": "Moderator analysis", "@MajorTopicYN": "N"}, {"#text": "Multiple + regression", "@MajorTopicYN": "N"}, {"#text": "Neuronal compensation", "@MajorTopicYN": + "N"}, {"#text": "Working memory", "@MajorTopicYN": "N"}]}, "ChemicalList": + {"Chemical": {"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D053327", + "#text": "Apolipoprotein E4"}}}, "DateCompleted": {"Day": "16", "Year": "2017", + "Month": "11"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000369", "#text": "Aged, 80 and over", + "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, {"@UI": "Q000523", "#text": "psychology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000483", "#text": "Alleles", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", + "@MajorTopicYN": "N"}, {"@UI": "Q000235", "#text": "genetics", "@MajorTopicYN": + "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}, + {"@UI": "Q000523", "#text": "psychology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D000544", "#text": "Alzheimer Disease", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000235", "#text": "genetics", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D053327", "#text": "Apolipoprotein E4", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D014644", "#text": "Genetic Variation", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005838", "#text": "Genotype", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D006579", "#text": "Heterozygote", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000235", "#text": + "genetics", "@MajorTopicYN": "Y"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D011999", "#text": "Recruitment, + Neurophysiological", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D012044", + "#text": "Regression Analysis", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D012306", "#text": "Risk", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2017, + "title": "APOE moderates compensatory recruitment of neuronal resources during + working memory processing in healthy older adults", "venue": "Neurobiology + of Aging", "authors": [{"name": "E. Scheller", "authorId": "47051894"}, {"name": + "J. Peter", "authorId": "38780337"}, {"name": "L. Schumacher", "authorId": + "47104707"}, {"name": "J. Lahr", "authorId": "4582381"}, {"name": "I. Mader", + "authorId": "2153714"}, {"name": "C. Kaller", "authorId": "2397704"}, {"name": + "S. Kl\u00f6ppel", "authorId": "144225920"}], "paperId": "c0cdc05e7e996fbc22526fb31bc15276d5e0ddbc", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2017.04.015?email= + or https://doi.org/10.1016/j.neurobiolaging.2017.04.015, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2017-08-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T18:08:52.347978+00:00", "analyses": + []}, {"id": "7aRVSAgS5Xhw", "created_at": "2025-12-03T08:26:14.277214+00:00", + "updated_at": null, "user": null, "name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "description": "Working + memory (WM)-related brain activity is known to be modulated by aging; particularly, + older adults demonstrate greater activity than young adults. However, it is + still unclear whether the activity increase in older adults is also observed + in advanced aging. The present functional magnetic resonance imaging (fMRI) + study was designed to clarify the neural correlates of WM in advanced aging. + Further, we set out to investigate in the case that adults of advanced age + do show age-related increase in WM-related activity, what the functional significance + of this over-recruitment might be. Two groups of older adults \u2013 \u201cyoung\u2013old\u201d + (61\u201370 years, n = 17) and \u201cold\u2013old\u201d (77\u201382 years, + n = 16) \u2013 were scanned while performing a visual WM task (the n-back + task: 0-back and 1-back). WM effects (1-back > 0-back) common to both age + groups were identified in several regions, including the bilateral dorsolateral + prefrontal cortex (DLPFC), the inferior parietal cortex, and the insula. Greater + WM effects in the old\u2013old than in the young\u2013old group were identified + in the right caudal DLPFC. These results were replicated when we performed + a separate analysis between two age groups with the same level of WM performance + (the young\u2013old vs. a \u201chigh-performing\u201d subset of the old\u2013old + group). There were no regions where WM effects were greater in the young\u2013old + group than in the old\u2013old group. Importantly, the magnitude of the over-recruitment + WM effects positively correlated with WM performance in the old\u2013old group, + but not in the young\u2013old group. The present findings suggest that cortical + over-recruitment occurs in advanced old age, and that increased activity may + serve a compensatory function in mediating WM performance.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2018.00358", "pmid": + "30459595", "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. + Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", + "year": 2018, "metadata": {"slug": "30459595-10-3389-fnagi-2018-00358-pmc6232505", + "source": "semantic_scholar", "keywords": ["aging", "compensation", "fMRI", + "maintenance", "over-recruitment", "prefrontal", "working memory"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "3", "Year": + "2017", "Month": "8", "@PubStatus": "received"}, {"Day": "19", "Year": "2018", + "Month": "10", "@PubStatus": "accepted"}, {"Day": "22", "Hour": "6", "Year": + "2018", "Month": "11", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "22", + "Hour": "6", "Year": "2018", "Month": "11", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "22", "Hour": "6", "Year": "2018", "Month": "11", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2018", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "30459595", "@IdType": "pubmed"}, + {"#text": "PMC6232505", "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2018.00358", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Adnan A., + Chen A. J. W., Novakovic-Agopian T., D\u2019Esposito M., Turner G. R. (2017). + Brain changes following executive control training in older adults. Neurorehabil. + Neural. Repair. 31 910\u2013922. 10.1177/1545968317728580", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1545968317728580", "@IdType": "doi"}, {"#text": + "PMC5729113", "@IdType": "pmc"}, {"#text": "28868974", "@IdType": "pubmed"}]}}, + {"Citation": "Andersen R. A., Essick G. K., Siegel R. M. (1985). Encoding + of spatial location by posterior parietal neurons. Science 230 456\u2013458. + 10.1126/science.4048942", "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.4048942", + "@IdType": "doi"}, {"#text": "4048942", "@IdType": "pubmed"}]}}, {"Citation": + "Andre J., Picchioni M., Zhang R., Toulopoulou T. (2016). Working memory circuit + as a function of increasing age in healthy adolescence: a systematic review + and meta-analyses. Neuroimage Clin. 12 940\u2013948. 10.1016/j.nicl.2015.12.002", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.nicl.2015.12.002", "@IdType": + "doi"}, {"#text": "PMC5153561", "@IdType": "pmc"}, {"#text": "27995059", "@IdType": + "pubmed"}]}}, {"Citation": "Asada T. (2013). The Prevalence of Dementia in + Urban Areas and Support for Impairment of Daily Functioning from Dementia. + Health, Labor, and Welfare Scientific Research Grants Comprehensive Research + Report. Tokyo: Ministry of Health, Labour and Welfare."}, {"Citation": "Ashburner + J., Friston K. J. (2005). Unified segmentation. Neuroimage 26 839\u2013851. + 10.1016/j.neuroimage.2005.02.018", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2005.02.018", "@IdType": "doi"}, {"#text": "15955494", + "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (1986). Working Memory. + New York, NY: Oxford University Press."}, {"Citation": "Bledowski C., Kaiser + J., Rahm B. (2010). Basic operations in working memory: contributions from + functional imaging studies. Behav. Brain Res. 214 172\u2013179. 10.1016/j.bbr.2010.05.041", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bbr.2010.05.041", "@IdType": + "doi"}, {"#text": "20678984", "@IdType": "pubmed"}]}}, {"Citation": "Bledowski + C., Rahm B., Rowe J. B. (2009). What \u201cworks\u201d in working memory? + Separate systems for selection and updating of critical information. J. Neurosci. + 29 13735\u201313741. 10.1523/JNEUROSCI.2547-09.2009", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.2547-09.2009", "@IdType": "doi"}, {"#text": + "PMC2785708", "@IdType": "pmc"}, {"#text": "19864586", "@IdType": "pubmed"}]}}, + {"Citation": "Brehmer Y., Rieckmann A., Bellander M., Westerberg H., Fischer + H., B\u00e4ckman L. (2011). Neural correlates of training-related working-memory + gains in old age. Neuroimage 58 1110\u20131120. 10.1016/j.neuroimage.2011.06.079", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.06.079", + "@IdType": "doi"}, {"#text": "21757013", "@IdType": "pubmed"}]}}, {"Citation": + "Brett M., Anton J. L., Valabregue R., Poline B. P. (2002). Region of interest + analysis using an SPM toolbox. Abstract retrieved from CD-ROM. Neuroimage + 16:S497."}, {"Citation": "Cabeza R. (2002). Hemispheric asymmetry reduction + in old adults: the HAROLD model. Psychol. Aging 17 85\u2013100. 10.1037//0882-7974.17.1.85", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0882-7974.17.1.85", "@IdType": + "doi"}, {"#text": "11931290", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R., Daselaar S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task-specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14 364\u2013375. 10.1093/cercor/bhg133", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhg133", "@IdType": + "doi"}, {"#text": "15028641", "@IdType": "pubmed"}]}}, {"Citation": "Cappell + K. A., Gmeindl L., Reuter-Lorenz P. A. (2010). Age differences in prefrontal + recruitment during verbal working memory maintenance depend on memory load. + Cortex 46 462\u2013473. 10.1016/j.cortex.2009.11.009", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cortex.2009.11.009", "@IdType": "doi"}, {"#text": "PMC2853232", + "@IdType": "pmc"}, {"#text": "20097332", "@IdType": "pubmed"}]}}, {"Citation": + "Courtney S. M., Ungerleider L. G., Keil K., Haxby J. V. (1997). Transient + and sustained activity in a distributed neural system for human working memory. + Nature 386 608\u2013611. 10.1038/386608a0", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/386608a0", "@IdType": "doi"}, {"#text": "9121584", "@IdType": + "pubmed"}]}}, {"Citation": "Cowan N. (1995). Attention and Memory: An Integrated + Framework. New York, NY: Oxford University Press."}, {"Citation": "Curtis + C. E., D\u2019Esposito M. (2003). Persistent activity in the prefrontal cortex + during working memory. Trends Cogn. Sci. 7 415\u2013423. 10.1016/S1364-6613(03)00197-9", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1364-6613(03)00197-9", + "@IdType": "doi"}, {"#text": "12963473", "@IdType": "pubmed"}]}}, {"Citation": + "Daselaar S. M., Veltman D. J., Rombouts S. A., Raaijmakers J. G., Jonker + C. (2003). Neuroanatomical correlates of episodic encoding and retrieval in + young and elderly subjects. Brain 126 43\u201356. 10.1093/brain/awg005", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/brain/awg005", "@IdType": "doi"}, {"#text": + "12477696", "@IdType": "pubmed"}]}}, {"Citation": "Davis S. W., Dennis N. + A., Daselaar S. M., Fleck M. S., Cabeza R. (2008). Que PASA? The posterior-anterior + shift in aging. Cereb. Cortex 18 1201\u20131209. 10.1093/cercor/bhm155", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/cercor/bhm155", "@IdType": "doi"}, {"#text": + "PMC2760260", "@IdType": "pmc"}, {"#text": "17925295", "@IdType": "pubmed"}]}}, + {"Citation": "de Frias C., L\u00f6vd\u00e9n M., Lindenberger U., Nilsson L. + G. (2007). Revisiting the dedifferentiation hypothesis with longitudinal multicohort + data. Intelligence 35 381\u2013392. 10.1016/j.intell.2006.07.011", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/j.intell.2006.07.011", "@IdType": "doi"}}}, + {"Citation": "Dennis N. A., Cabeza R. (2008). \u201cNeuroimaging of healthy + cognitive aging,\u201d in The Handbook of Aging and Cognition, 3rd Edn, eds + Craik F. I. M., Salthouse T. A. (Mahwah, NJ: Erlbaum; ), 1\u201354."}, {"Citation": + "Dennis N. A., Hayes S. M., Prince S. E., Madden D. J., Huettel S. A., Cabeza + R. (2008). Effects of aging on the neural correlates of successful item and + source memory encoding. J. Exp. Psychol. Learn. Mem. Cogn. 34 791\u2013808. + 10.1037/0278-7393.34.4.791", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0278-7393.34.4.791", + "@IdType": "doi"}, {"#text": "PMC2752883", "@IdType": "pmc"}, {"#text": "18605869", + "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito M., Deouell L. Y., + Gazzaley A. (2003). Alterations in the BOLD fMRI signal with ageing and disease: + a challenge for neuroimaging. Nat. Rev. Neurosci. 4 863\u2013872. 10.1038/nrn1246", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1246", "@IdType": "doi"}, + {"#text": "14595398", "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito + M., Postle B. R. (2015). The cognitive neuroscience of working memory. Annu. + Rev. Psychol. 66 115\u2013142. 10.1146/annurev-psych-010814-015031", "ArticleIdList": + {"ArticleId": [{"#text": "10.1146/annurev-psych-010814-015031", "@IdType": + "doi"}, {"#text": "PMC4374359", "@IdType": "pmc"}, {"#text": "25251486", "@IdType": + "pubmed"}]}}, {"Citation": "Duarte A., Graham K. S., Henson R. N. (2010). + Age-related changes in neural activity associated with familiarity, recollection + and false recognition. Neurobiol. Aging 31 1814\u20131830. 10.1016/j.neurobiolaging.2008.09.014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2008.09.014", + "@IdType": "doi"}, {"#text": "19004526", "@IdType": "pubmed"}]}}, {"Citation": + "Eriksson J., Vogel E. K., Lansner A., Bergstr\u00f6m F., Nyberg L. (2015). + Neurocognitive architecture of working memory. Neuron 88 33\u201346. 10.1016/j.neuron.2015.09.020", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2015.09.020", + "@IdType": "doi"}, {"#text": "PMC4605545", "@IdType": "pmc"}, {"#text": "26447571", + "@IdType": "pubmed"}]}}, {"Citation": "Folstein M. F., Folstein S. E., McHugh + P. R. (1975). Mini-mental state\u201d. A practical method for grading the + cognitive state of patients for the clinician. J. Psychiatr. Res. 12 189\u2013198. + 10.1016/0022-3956(75)90026-6", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", + "@IdType": "doi"}, {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": + "Friston K. J., Glaser D. E., Henson R. N., Kiebel S., Phillips C., Ashburner + J. (2002). Classical and Bayesian inference in neuroimaging: applications. + Neuroimage 16 484\u2013512. 10.1006/nimg.2002.1091", "ArticleIdList": {"ArticleId": + [{"#text": "10.1006/nimg.2002.1091", "@IdType": "doi"}, {"#text": "12030833", + "@IdType": "pubmed"}]}}, {"Citation": "Funahashi S., Bruce C. J., Goldman-Rakic + P. S. (1989). Mnemonic coding of visual space in the monkey\u2019s dorsolateral + prefrontal cortex. J. Neurophysiol. 61 331\u2013349. 10.1152/jn.1989.61.2.331", + "ArticleIdList": {"ArticleId": [{"#text": "10.1152/jn.1989.61.2.331", "@IdType": + "doi"}, {"#text": "2918358", "@IdType": "pubmed"}]}}, {"Citation": "Fuster + J. M. (2009). Cortex and memory: emergence of a new paradigm. J. Cogn. Neurosci. + 21 2047\u20132072. 10.1162/jocn.2009.21280", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/jocn.2009.21280", "@IdType": "doi"}, {"#text": "19485699", + "@IdType": "pubmed"}]}}, {"Citation": "Grady C. L. (2008). Cognitive neuroscience + of aging. Ann. N. Y. Acad. Sci. 1124 127\u2013144. 10.1196/annals.1440.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1196/annals.1440.009", "@IdType": + "doi"}, {"#text": "18400928", "@IdType": "pubmed"}]}}, {"Citation": "Grady + C. L. (2012). Trends in neurocognitive aging. Nat. Rev. Neurosci. 13 491\u2013505. + 10.1038/nrn3256", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn3256", + "@IdType": "doi"}, {"#text": "PMC3800175", "@IdType": "pmc"}, {"#text": "22714020", + "@IdType": "pubmed"}]}}, {"Citation": "Grady C. L., Yu H., Alain C. (2008). + Age-related differences in brain activity underlying working memory for spatial + and nonspatial auditory information. Cereb. Cortex 18 189\u2013199. 10.1093/cercor/bhm045", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhm045", "@IdType": + "doi"}, {"#text": "17494060", "@IdType": "pubmed"}]}}, {"Citation": "Habib + R., Nyberg L., Nilsson L. G. (2007). Cognitive and non-cognitive factors contributing + to the longitudinal identification of successful older adults in the Betula + study. Aging Neuropsychol. Cogn. 14 257\u2013273. 10.1080/13825580600582412", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825580600582412", "@IdType": + "doi"}, {"#text": "17453560", "@IdType": "pubmed"}]}}, {"Citation": "Haxby + J. V., Hoffman E. A., Gobbini M. I. (2000). The distributed human neural system + for face perception. Trends Cogn. Sci. 4 223\u2013233. 10.1016/S1364-6613(00)01482-0", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1364-6613(00)01482-0", + "@IdType": "doi"}, {"#text": "10827445", "@IdType": "pubmed"}]}}, {"Citation": + "Heinzel S., Lorenz R. C., Duong Q. L., Rapp M. A., Deserno L. (2017). Prefrontal-parietal + effective connectivity during working memory in older adults. Neurobiol. Aging + 57 18\u201327. 10.1016/j.neurobiolaging.2017.05.005", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neurobiolaging.2017.05.005", "@IdType": "doi"}, {"#text": + "28578155", "@IdType": "pubmed"}]}}, {"Citation": "Hultsch D. F., Hertzog + C., Small B. J., McDonald-Miszczak L., Dixon R. A. (1992). Short-term longitudinal + change in cognitive performance in later life. Psychol. Aging 7 571\u2013584. + 10.1037/0882-7974.7.4.571", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.7.4.571", + "@IdType": "doi"}, {"#text": "1466826", "@IdType": "pubmed"}]}}, {"Citation": + "Iordan A. D., Cookem K. A., Moored K. D., Katz B., Buschkuehl M., Jaeggi + S. M., et al. (2018). Aging and network properties: stability over time and + links with learning during working memory training. Front. Aging Neurosci. + 9:419. 10.3389/fnagi.2017.00419", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnagi.2017.00419", "@IdType": "doi"}, {"#text": "PMC5758500", "@IdType": + "pmc"}, {"#text": "29354048", "@IdType": "pubmed"}]}}, {"Citation": "Kanwisher + N., McDermott J., Chun M. M. (1997). The fusiform face area: a module in human + extrastriate cortex specialized for face perception. J. Neurosci. 17 4302\u20134311. + 10.1523/JNEUROSCI.17-11-04302.1997", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.17-11-04302.1997", "@IdType": "doi"}, {"#text": "PMC6573547", + "@IdType": "pmc"}, {"#text": "9151747", "@IdType": "pubmed"}]}}, {"Citation": + "Kawagoe T., Sekiyama K. (2014). Visually encoded working memory is closely + associated with mobility in older adults. Exp. Brain Res. 232 2035\u20132043. + 10.1007/s00221-014-3893-1", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00221-014-3893-1", + "@IdType": "doi"}, {"#text": "24623355", "@IdType": "pubmed"}]}}, {"Citation": + "Kawano N. (2012). A pilot study of standardization of WMS-R Logical Memory + for Japanese old-old people: differences between the story A and story B. + Otsuma J. Soc. Inf. Stud. 20 223\u2013231."}, {"Citation": "Leung H. C., Gore + J. C., Goldman-Rakic P. S. (2002). Sustained mnemonic response in the human + middle frontal gyrus during on-line storage of spatial memoranda. J. Cogn. + Neurosci. 14 659\u2013671. 10.1162/08989290260045882", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/08989290260045882", "@IdType": "doi"}, {"#text": "12126506", + "@IdType": "pubmed"}]}}, {"Citation": "Li S. C., Brehmer Y., Shing Y. L., + Werkle-Bergner M., Lindenberger U. (2006). Neuromodulation of associative + and organizational plasticity across the life span: empirical evidence and + neurocomputational modeling. Neurosci. Biobehav. Rev. 30 775\u2013790. 10.1016/j.neubiorev.2006.06.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2006.06.004", + "@IdType": "doi"}, {"#text": "16930705", "@IdType": "pubmed"}]}}, {"Citation": + "Liu P., Hebrank A. C., Rodrigue K. M., Kennedy K. M., Section J., Park D. + C., et al. (2013). Age-related differences in memory-encoding fMRI responses + after accounting for decline in vascular reactivity. Neuroimage 78 415\u2013425. + 10.1016/j.neuroimage.2013.04.053", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2013.04.053", "@IdType": "doi"}, {"#text": "PMC3694392", + "@IdType": "pmc"}, {"#text": "23624491", "@IdType": "pubmed"}]}}, {"Citation": + "Logan J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner R. L. (2002). + Underrecruitment and nonselective recruitment: dissociable neural mechanisms + associated with aging. Neuron 33 827\u2013840. 10.1016/S0896-6273(02)00612-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0896-6273(02)00612-8", + "@IdType": "doi"}, {"#text": "11879658", "@IdType": "pubmed"}]}}, {"Citation": + "Mattay V. S., Fera F., Tessitore A., Hariri A. R., Berman K. F., Das S., + et al. (2006). Neurophysiological correlates of age-related changes in working + memory capacity. Neurosci. Lett. 392 32\u201337. 10.1016/j.neulet.2005.09.025", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neulet.2005.09.025", + "@IdType": "doi"}, {"#text": "16213083", "@IdType": "pubmed"}]}}, {"Citation": + "Menon V., Uddin L. Q. (2010). Saliency, switching, attention and control: + a network model of insula function. Brain Struct. Funct. 214 655\u2013667. + 10.1007/s00429-010-0262-0", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00429-010-0262-0", + "@IdType": "doi"}, {"#text": "PMC2899886", "@IdType": "pmc"}, {"#text": "20512370", + "@IdType": "pubmed"}]}}, {"Citation": "Miller E. K., Erickson C. A., Desimone + R. (1996). Neural mechanisms of visual working memory in prefrontal cortex + of the macaque. J. Neurosci. 16 5154\u20135167. 10.1523/JNEUROSCI.16-16-05154.1996", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.16-16-05154.1996", + "@IdType": "doi"}, {"#text": "PMC6579322", "@IdType": "pmc"}, {"#text": "8756444", + "@IdType": "pubmed"}]}}, {"Citation": "Morcom A. M., Henson R. N. A. (2018). + Increased prefrontal activity with aging reflects nonspecific neural responses + rather than compensation. J. Neurosci. 38 7303\u20137313. 10.1523/JNEUROSCI.1701-17.2018", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.1701-17.2018", + "@IdType": "doi"}, {"#text": "PMC6096047", "@IdType": "pmc"}, {"#text": "30037829", + "@IdType": "pubmed"}]}}, {"Citation": "Morcom A. M., Li J., Rugg M. D. (2007). + Age effects on the neural correlates of episodic retrieval: increased cortical + recruitment with matched performance. Cereb. Cortex 17 2491\u20132506. 10.1093/cercor/bhl155", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhl155", "@IdType": + "doi"}, {"#text": "17204820", "@IdType": "pubmed"}]}}, {"Citation": "Morrison + J. H., Baxter M. G. (2012). The ageing cortical synapse: hallmarks and implications + for cognitive decline. Nat. Rev. Neurosci. 13 240\u2013250. 10.1038/nrn3200", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn3200", "@IdType": "doi"}, + {"#text": "PMC3592200", "@IdType": "pmc"}, {"#text": "22395804", "@IdType": + "pubmed"}]}}, {"Citation": "Nishiguchi S., Yamada M., Tanigawa T., Sekiyama + K., Kawagoe T., Suzuki M., et al. (2015). A 12-week physical and cognitive + exercise program can improve cognitive function and neural efficiency in community-dwelling + older adults: a randomized controlled trial. J. Am. Geriatr. Soc. 63 1355\u20131363. + 10.1111/jgs.13481", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/jgs.13481", + "@IdType": "doi"}, {"#text": "26114906", "@IdType": "pubmed"}]}}, {"Citation": + "Nyberg L., Andersson M., Kauppi K., Lundquist A., Persson J., Pudas S., et + al. (2014). Age-related and genetic modulation of frontal cortex efficiency. + J. Cogn. Neurosci. 26 746\u2013754. 10.1162/jocn_a_00521", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn_a_00521", "@IdType": "doi"}, {"#text": + "24236764", "@IdType": "pubmed"}]}}, {"Citation": "Nyberg L., Dahlin E., Stigsdotter + Neely A., B\u00e4ckman L. (2009). Neural correlates of variable working memory + load across adult age and skill: dissociative patterns within the fronto-parietal + network. Scand. J. Psychol. 50 41\u201346. 10.1111/j.1467-9450.2008.00678.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1467-9450.2008.00678.x", + "@IdType": "doi"}, {"#text": "18705668", "@IdType": "pubmed"}]}}, {"Citation": + "Nyberg L., L\u00f6vd\u00e9n M., Riklund K., Lindenberger U., B\u00e4ckman + L. (2012). Memory aging and brain maintenance. Trends Cogn. Sci. 16 292\u2013305. + 10.1016/j.tics.2012.04.005", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2012.04.005", + "@IdType": "doi"}, {"#text": "22542563", "@IdType": "pubmed"}]}}, {"Citation": + "Oberauer K. (2002). Access to information in working memory: exploring the + focus of attention. J. Exp. Psychol. Learn. Mem. Cogn. 28 411\u2013421. 10.1037//0278-7393.28.3.411", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0278-7393.28.3.411", "@IdType": + "doi"}, {"#text": "12018494", "@IdType": "pubmed"}]}}, {"Citation": "Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25 46\u201359. 10.1002/hbm.20131", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": "PMC6871745", + "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Lautenschlager G., Hedden T., Davidson N. S., Smith A. D., Smith + P. K. (2002). Models of visuospatial and verbal memory across the adult life + span. Psychol. Aging 17 299\u2013320. 10.1037/0882-7974.17.2.299", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0882-7974.17.2.299", "@IdType": "doi"}, + {"#text": "12061414", "@IdType": "pubmed"}]}}, {"Citation": "Pfeifer G., Ward + J., Chan D., Sigala N. (2016). Representational account of memory: insights + from aging and synesthesia. J. Cogn. Neurosci. 28 1987\u20132002. 10.1162/jocn_a_01014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn_a_01014", "@IdType": + "doi"}, {"#text": "27458751", "@IdType": "pubmed"}]}}, {"Citation": "Piefke + M., Onur \u00d6. A., Fink G. R. (2012). Aging-related changes of neural mechanisms + underlying visual-spatial working memory. Neurobiol. Aging 33 1284\u20131297. + 10.1016/j.neurobiolaging.2010.10.014", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neurobiolaging.2010.10.014", "@IdType": "doi"}, {"#text": "21130531", + "@IdType": "pubmed"}]}}, {"Citation": "Rajah M. N., D\u2019Esposito M. (2005). + Region-specific changes in prefrontal function with age: a review of PET and + fMRI studies on working and episodic memory. Brain 128 1964\u20131983. 10.1093/brain/awh608", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awh608", "@IdType": + "doi"}, {"#text": "16049041", "@IdType": "pubmed"}]}}, {"Citation": "Reitan + R. M. (1986). Trail Making Test: Manual for Administration and Scoring. South + Tucson, AZ: Reitan Neuropsychology Laboratory."}, {"Citation": "Reuter-Lorenz + P. A., Cappell K. (2008). Neurocognitive aging and the compensation hypothesis. + Curr. Dir. Psychol. Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x", + "ArticleIdList": {"ArticleId": {"#text": "10.1111/j.1467-8721.2008.00570.x", + "@IdType": "doi"}}}, {"Citation": "Reuter-Lorenz P. A., Jonides J., Smith + E. S., Hartley A., Miller A., Marshuetz C., et al. (2000). Age differences + in the frontal lateralization of verbal and spatial working memory revealed + by PET. J. Cogn. Neurosci. 12 174\u2013187. 10.1162/089892900561814", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/089892900561814", "@IdType": "doi"}, {"#text": + "10769314", "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz P. A., Marshuetz + C., Jonides J., Smith E. S., Hartley A., Koeppe R. A. (2001). Neurocognitive + ageing of storage and executive processes. Eur. J. Cogn. Psychol. 13 257\u2013278. + 10.1080/09541440125972", "ArticleIdList": {"ArticleId": {"#text": "10.1080/09541440125972", + "@IdType": "doi"}}}, {"Citation": "Reuter-Lorenz P. A., Sylvester C. C. (2005). + \u201cThe cognitive neuroscience of working memory and aging,\u201d in Cognitive + Neuroscience of Aging: Linking Cognitive and Cerebral Aging, eds Cabeza R., + Nyberg L., Park D. (New York, NY: Oxford University Press; ), 186\u2013217."}, + {"Citation": "Ross M. H., Yurgelun-Todd D. A., Renshaw P. F., Maas L. C., + Mendelson J. H., Mello N. K., et al. (1997). Age-related reduction in functional + MRI response to photic stimulation. Neurology 48 173\u2013176. 10.1212/WNL.48.1.173", + "ArticleIdList": {"ArticleId": [{"#text": "10.1212/WNL.48.1.173", "@IdType": + "doi"}, {"#text": "9008514", "@IdType": "pubmed"}]}}, {"Citation": "Roth J. + K., Serences J. T., Courtney S. M. (2006). Neural system for controlling the + contents of object working memory in humans. Cereb. Cortex 16 1595\u20131603. + 10.1093/cercor/bhj096", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhj096", + "@IdType": "doi"}, {"#text": "16357333", "@IdType": "pubmed"}]}}, {"Citation": + "Rottschy C., Langner R., Dogan I., Reetz K., Laird A. R., Schulz J. B., et + al. (2012). Modelling neural correlates of working memory: a coordinate-based + meta-analysis. Neuroimage 60 830\u2013846. 10.1016/j.neuroimage.2011.11.050", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.11.050", + "@IdType": "doi"}, {"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", + "@IdType": "pubmed"}]}}, {"Citation": "Rugg M. D. (2016). \u201cInterpreting + age-related differences in memory-related neural activity,\u201d in Cognitive + Neuroscience of Aging: Linking Cognitive and Cerebral Aging, 2nd Edn, eds + Cabeza R., Nyberg L., Park D. (New York, NY: Oxford University Press; ), 183\u2013203. + 10.1093/acprof:oso/9780199372935.003.0008", "ArticleIdList": {"ArticleId": + {"#text": "10.1093/acprof:oso/9780199372935.003.0008", "@IdType": "doi"}}}, + {"Citation": "Rugg M. D., Morcom A. M. (2005). \u201cThe relationship between + brain activity, cognitive performance and aging: the case of memory,\u201d + in Cognitive Neuroscience of Aging: Linking Cognitive and Cerebral Aging, + eds Cabeza R., Nyberg L., Park D. (New York, NY: Oxford University Press; + ), 132\u2013154."}, {"Citation": "Rypma B., Prabhakaran V., Desmond J. E., + Gabrieli J. D. (2001). Age differences in prefrontal cortical activity in + working memory. Psychol. Aging 16 371\u2013384. 10.1037//0882-7974.16.3.371", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0882-7974.16.3.371", "@IdType": + "doi"}, {"#text": "11554517", "@IdType": "pubmed"}]}}, {"Citation": "Seeley + W. W., Menon V., Schatzberg A. F., Keller J., Glover G. H., Kenna H., et al. + (2007). Dissociable intrinsic connectivity networks for salience processing + and executive control. J. Neurosci. 27 2349\u20132356. 10.1523/JNEUROSCI.5587-06.2007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.5587-06.2007", + "@IdType": "doi"}, {"#text": "PMC2680293", "@IdType": "pmc"}, {"#text": "17329432", + "@IdType": "pubmed"}]}}, {"Citation": "Spreng R. N., Wojtowicz M., Grady C. + L. (2010). Reliable differences in brain activity between young and old adults: + a quantitative meta-analysis across multiple cognitive domains. Neurosci. + Biobehav. Rev. 34 1178\u20131194. 10.1016/j.neubiorev.2010.01.009", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neubiorev.2010.01.009", "@IdType": "doi"}, + {"#text": "20109489", "@IdType": "pubmed"}]}}, {"Citation": "Stanley M. L., + Simpson S. L., Dagenbach D., Lyday R. G., Burdette J. H., Laurienti P. J. + (2015). Changes in brain network efficiency and working memory performance + in aging. PLoS One 10:e0123950. 10.1371/journal.pone.0123950", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0123950", "@IdType": "doi"}, + {"#text": "PMC4395305", "@IdType": "pmc"}, {"#text": "25875001", "@IdType": + "pubmed"}]}}, {"Citation": "Stark M., Coslett H., Saffran E. M. (1996). Impairment + of an egocentric map of locations: implications for perception and action. + Cogn. Neuropsychol. 13 481\u2013523. 10.1080/026432996381908", "ArticleIdList": + {"ArticleId": {"#text": "10.1080/026432996381908", "@IdType": "doi"}}}, {"Citation": + "Sun X., Zhang X., Chen X., Zhang P., Bao M., Zhang D., et al. (2005). Age-dependent + brain activation during forward and backward digit recall revealed by fMRI. + Neuroimage 26 36\u201347. 10.1016/j.neuroimage.2005.01.022", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.01.022", "@IdType": "doi"}, + {"#text": "15862203", "@IdType": "pubmed"}]}}, {"Citation": "Vermeij A., Kessels + R. P. C., Heskamp L., Simons E. M. F., Dautzenberg P. L. J., Claassen J. A. + H. R. (2017). Prefrontal activation may predict working-memory training gain + in normal aging and mild cognitive impairment. Brain Imaging Behav. 11 141\u2013154. + 10.1007/s11682-016-9508-7", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11682-016-9508-7", + "@IdType": "doi"}, {"#text": "PMC5415588", "@IdType": "pmc"}, {"#text": "26843001", + "@IdType": "pubmed"}]}}, {"Citation": "Wager T. D., Smith E. E. (2003). Neuroimaging + studies of working memory: a meta-analysis. Cogn. Affect. Behav. Neurosci. + 3 255\u2013274. 10.3758/CABN.3.4.255", "ArticleIdList": {"ArticleId": [{"#text": + "10.3758/CABN.3.4.255", "@IdType": "doi"}, {"#text": "15040547", "@IdType": + "pubmed"}]}}, {"Citation": "Wang T. H., Kruggel F., Rugg M. D. (2009). Effects + of advanced aging on the neural correlates of successful recognition memory. + Neuropsychologia 47 1352\u20131361. 10.1016/j.neuropsychologia.2009.01.030", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2009.01.030", + "@IdType": "doi"}, {"#text": "PMC2680799", "@IdType": "pmc"}, {"#text": "19428399", + "@IdType": "pubmed"}]}}, {"Citation": "Ward B. D. (2000). Simultaneous Inference + for fMRI Data. Available online at: http://afni.nimh.nih.gov/pub/dist/doc/manual/AlphaSim.pdf"}, + {"Citation": "Wechsler D. (1987). WMS-R: Wechsler Memory Scale\u2013Revised. + San Antonio, TX: Psychological Corporation."}]}, "PublicationStatus": "epublish"}, + "MedlineCitation": {"PMID": {"#text": "30459595", "@Version": "1"}, "@Owner": + "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": + "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers in aging neuroscience", + "JournalIssue": {"Volume": "10", "PubDate": {"Year": "2018"}, "@CitedMedium": + "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, "Abstract": {"AbstractText": + {"i": ["n", "n", "n"], "#text": "Working memory (WM)-related brain activity + is known to be modulated by aging; particularly, older adults demonstrate + greater activity than young adults. However, it is still unclear whether the + activity increase in older adults is also observed in advanced aging. The + present functional magnetic resonance imaging (fMRI) study was designed to + clarify the neural correlates of WM in advanced aging. Further, we set out + to investigate in the case that adults of advanced age do show age-related + increase in WM-related activity, what the functional significance of this + over-recruitment might be. Two groups of older adults - \"young-old\" (61-70 + years, = 17) and \"old-old\" (77-82 years, = 16) - were scanned while performing + a visual WM task (the -back task: 0-back and 1-back). WM effects (1-back > + 0-back) common to both age groups were identified in several regions, including + the bilateral dorsolateral prefrontal cortex (DLPFC), the inferior parietal + cortex, and the insula. Greater WM effects in the old-old than in the young-old + group were identified in the right caudal DLPFC. These results were replicated + when we performed a separate analysis between two age groups with the same + level of WM performance (the young-old vs. a \"high-performing\" subset of + the old-old group). There were no regions where WM effects were greater in + the young-old group than in the old-old group. Importantly, the magnitude + of the over-recruitment WM effects positively correlated with WM performance + in the old-old group, but not in the young-old group. The present findings + suggest that cortical over-recruitment occurs in advanced old age, and that + increased activity may serve a compensatory function in mediating WM performance."}}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Maki", "Initials": "M", "LastName": "Suzuki", + "AffiliationInfo": [{"Affiliation": "Division of Cognitive Psychology, Faculty + of Letters, Kumamoto University, Kumamoto, Japan."}, {"Affiliation": "Department + of Behavioral Neurology and Neuropsychiatry, United Graduate School of Child + Development, Osaka University, Suita, Japan."}]}, {"@ValidYN": "Y", "ForeName": + "Toshikazu", "Initials": "T", "LastName": "Kawagoe", "AffiliationInfo": {"Affiliation": + "Division of Human and Social Sciences, Graduate School of Social and Cultural + Sciences, Kumamoto University, Kumamoto, Japan."}}, {"@ValidYN": "Y", "ForeName": + "Shu", "Initials": "S", "LastName": "Nishiguchi", "AffiliationInfo": {"Affiliation": + "Department of Human Health Sciences, Graduate School of Medicine, Kyoto University, + Kyoto, Japan."}}, {"@ValidYN": "Y", "ForeName": "Nobuhito", "Initials": "N", + "LastName": "Abe", "AffiliationInfo": {"Affiliation": "Kokoro Research Center, + Kyoto University, Kyoto, Japan."}}, {"@ValidYN": "Y", "ForeName": "Yuki", + "Initials": "Y", "LastName": "Otsuka", "AffiliationInfo": {"Affiliation": + "Kokoro Research Center, Kyoto University, Kyoto, Japan."}}, {"@ValidYN": + "Y", "ForeName": "Ryusuke", "Initials": "R", "LastName": "Nakai", "AffiliationInfo": + {"Affiliation": "Kokoro Research Center, Kyoto University, Kyoto, Japan."}}, + {"@ValidYN": "Y", "ForeName": "Kohei", "Initials": "K", "LastName": "Asano", + "AffiliationInfo": {"Affiliation": "Kokoro Research Center, Kyoto University, + Kyoto, Japan."}}, {"@ValidYN": "Y", "ForeName": "Minoru", "Initials": "M", + "LastName": "Yamada", "AffiliationInfo": {"Affiliation": "Department of Human + Health Sciences, Graduate School of Medicine, Kyoto University, Kyoto, Japan."}}, + {"@ValidYN": "Y", "ForeName": "Sakiko", "Initials": "S", "LastName": "Yoshikawa", + "AffiliationInfo": {"Affiliation": "Kokoro Research Center, Kyoto University, + Kyoto, Japan."}}, {"@ValidYN": "Y", "ForeName": "Kaoru", "Initials": "K", + "LastName": "Sekiyama", "AffiliationInfo": [{"Affiliation": "Division of Cognitive + Psychology, Faculty of Letters, Kumamoto University, Kumamoto, Japan."}, {"Affiliation": + "Graduate School of Advanced Integrated Studies in Human Survivability, Kyoto + University, Kyoto, Japan."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "358", "MedlinePgn": "358"}, "ArticleDate": {"Day": "06", "Year": "2018", + "Month": "11", "@DateType": "Electronic"}, "ELocationID": [{"#text": "358", + "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2018.00358", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Neural Correlates of + Working Memory Maintenance in Advanced Aging: Evidence From fMRI.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "01", "Year": "2020", "Month": "10"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "aging", "@MajorTopicYN": "N"}, {"#text": "compensation", + "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": + "maintenance", "@MajorTopicYN": "N"}, {"#text": "over-recruitment", "@MajorTopicYN": + "N"}, {"#text": "prefrontal", "@MajorTopicYN": "N"}, {"#text": "working memory", + "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": "Switzerland", + "MedlineTA": "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": + "101525824"}}}, "semantic_scholar": {"year": 2018, "title": "Neural Correlates + of Working Memory Maintenance in Advanced Aging: Evidence From fMRI", "venue": + "Frontiers in Aging Neuroscience", "authors": [{"name": "Maki Suzuki", "authorId": + "48690988"}, {"name": "Toshikazu Kawagoe", "authorId": "4947019"}, {"name": + "S. Nishiguchi", "authorId": "2363313"}, {"name": "N. Abe", "authorId": "2099670"}, + {"name": "Y. Otsuka", "authorId": "3888903"}, {"name": "R. Nakai", "authorId": + "3411098"}, {"name": "K. Asano", "authorId": "2664313"}, {"name": "M. Yamada", + "authorId": "143979681"}, {"name": "S. Yoshikawa", "authorId": "2211534"}, + {"name": "K. Sekiyama", "authorId": "1740371"}], "paperId": "0336572c99b00d5a4d34a724096e3deb9766fc59", + "abstract": "Working memory (WM)-related brain activity is known to be modulated + by aging; particularly, older adults demonstrate greater activity than young + adults. However, it is still unclear whether the activity increase in older + adults is also observed in advanced aging. The present functional magnetic + resonance imaging (fMRI) study was designed to clarify the neural correlates + of WM in advanced aging. Further, we set out to investigate in the case that + adults of advanced age do show age-related increase in WM-related activity, + what the functional significance of this over-recruitment might be. Two groups + of older adults \u2013 \u201cyoung\u2013old\u201d (61\u201370 years, n = 17) + and \u201cold\u2013old\u201d (77\u201382 years, n = 16) \u2013 were scanned + while performing a visual WM task (the n-back task: 0-back and 1-back). WM + effects (1-back > 0-back) common to both age groups were identified in several + regions, including the bilateral dorsolateral prefrontal cortex (DLPFC), the + inferior parietal cortex, and the insula. Greater WM effects in the old\u2013old + than in the young\u2013old group were identified in the right caudal DLPFC. + These results were replicated when we performed a separate analysis between + two age groups with the same level of WM performance (the young\u2013old vs. + a \u201chigh-performing\u201d subset of the old\u2013old group). There were + no regions where WM effects were greater in the young\u2013old group than + in the old\u2013old group. Importantly, the magnitude of the over-recruitment + WM effects positively correlated with WM performance in the old\u2013old group, + but not in the young\u2013old group. The present findings suggest that cortical + over-recruitment occurs in advanced old age, and that increased activity may + serve a compensatory function in mediating WM performance.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://doi.org/10.3389/fnagi.2018.00358", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6232505, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-11-06"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T08:28:07.096650+00:00", "analyses": + [{"id": "X8XpHhyqeiQa", "user": null, "name": "Young\u2013old = Old\u2013old", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "T3", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Brain regions showing stimulus + effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "FjfF5j466EDb", "user": + null, "name": "Location WM effects", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "T4", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Brain regions showing working + memory effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "C9TzVWrcxd82", "user": + null, "name": "Young\u2013old > Old\u2013old", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "Hz7twrzZSiV5", "user": + null, "name": "Face WM effects-2", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "jrvUTLYcju74", "user": + null, "name": "Location WM effects-2", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "MFdrRe3ENnL9", "user": + null, "name": "Old\u2013old > Young\u2013old", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "zkSiQYdt6ySA", "user": + null, "name": "Young\u2013old > High-performing old\u2013old", "metadata": + {"table": {"table_number": 8, "table_metadata": {"table_id": "T8", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json", + "table_label": "Table 8", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv"}, + "original_table_id": "t8"}, "table_metadata": {"table_id": "T8", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json", + "table_label": "Table 8", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv"}, + "sanitized_table_id": "t8"}, "description": "Age-related differences (young\u2013old + vs. high-performing old\u2013old) in working memory effects.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "NiJy98rtgz5Z", "user": + null, "name": "Location effects", "metadata": {"table": {"table_number": 3, + "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Brain regions showing stimulus + effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [{"id": "Pa9xTxKujNEn", "coordinates": [42.0, + -76.0, 26.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.38}]}, {"id": "77ctutjaTxnK", "coordinates": + [18.0, -70.0, 50.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.87}]}], "images": []}, {"id": "VZsbN9Vgomsd", + "user": null, "name": "Face WM effects-3", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [{"id": "w4PpcvgHi3uN", "coordinates": [27.0, + 23.0, 56.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.66}]}], "images": []}, {"id": "2P7KNDiq9Rgx", + "user": null, "name": "Face effects", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Brain regions showing stimulus + effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [{"id": "tieCEFRTUxZM", "coordinates": [-9.0, + -73.0, -4.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.5}]}, {"id": "p4JhUE7iw7Af", "coordinates": + [42.0, -73.0, -10.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.75}]}], "images": []}, {"id": "JwmRLGe5ZpPc", + "user": null, "name": "Face WM effects", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "T4", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Brain regions showing working + memory effects for face and location common to the two age groups.", "conditions": + [], "weights": [], "points": [{"id": "ZM2qzpjQ3W7B", "coordinates": [-45.0, + 26.0, 32.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.07}]}, {"id": "psr5sZMokyds", "coordinates": + [36.0, 23.0, 35.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.14}]}, {"id": "ztNKg6j568bs", "coordinates": + [-36.0, 47.0, -4.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.77}]}, {"id": "A6wwCDyncJJx", "coordinates": + [9.0, 26.0, 41.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.92}]}, {"id": "nAKTZV6pHgfD", "coordinates": + [-30.0, 26.0, 2.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.15}]}, {"id": "DEWyMF9pqvXM", "coordinates": + [30.0, 29.0, -1.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.54}]}, {"id": "k6aiuv9FZE48", "coordinates": + [66.0, -28.0, -10.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.98}]}, {"id": "q45h7Q8nXtJo", "coordinates": + [-39.0, -55.0, 47.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.35}]}, {"id": "KDoMgrUggzQh", "coordinates": + [42.0, -61.0, 41.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.11}]}], "images": []}, {"id": "oiWsN8mZKyWW", + "user": null, "name": "Location WM effects-3", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "T5", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "original_table_id": "t5"}, "table_metadata": {"table_id": "T5", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json", + "table_label": "Table 5", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv"}, + "sanitized_table_id": "t5"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects for face and location.", "conditions": + [], "weights": [], "points": [{"id": "yr3DVeUZpzD4", "coordinates": [-33.0, + -58.0, 41.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.51}]}], "images": []}, {"id": "LgW4rXsoKtue", + "user": null, "name": "Young\u2013old = Old\u2013old-2", "metadata": {"table": + {"table_number": 6, "table_metadata": {"table_id": "T6", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005_info.json", + "table_label": "Table 6", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t6_coordinates.csv"}, + "original_table_id": "t6"}, "table_metadata": {"table_id": "T6", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005_info.json", + "table_label": "Table 6", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t6_coordinates.csv"}, + "sanitized_table_id": "t6"}, "description": "Brain regions showing working + memory effects common to the two age groups.", "conditions": [], "weights": + [], "points": [{"id": "hryD5j7Rs6zj", "coordinates": [-48.0, 26.0, 35.0], + "kind": null, "space": "OTHER", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.95}]}, {"id": "EbhfGkeD6kVg", "coordinates": [36.0, + 23.0, 38.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.64}]}, {"id": "BteHQrDSWZFf", "coordinates": + [-30.0, 26.0, 2.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.91}]}, {"id": "4keTSTQbFDJY", "coordinates": + [30.0, 29.0, 2.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.29}]}, {"id": "nBDPmrj4fP6e", "coordinates": + [-48.0, -49.0, 47.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.52}]}, {"id": "XmeTnp3MCLAE", "coordinates": + [54.0, -46.0, 44.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.18}]}], "images": []}, {"id": "nUc3cYVkNw9q", + "user": null, "name": "Old\u2013old > Young\u2013old-2", "metadata": {"table": + {"table_number": 7, "table_metadata": {"table_id": "T7", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006_info.json", + "table_label": "Table 7", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t7_coordinates.csv"}, + "original_table_id": "t7"}, "table_metadata": {"table_id": "T7", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006_info.json", + "table_label": "Table 7", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t7_coordinates.csv"}, + "sanitized_table_id": "t7"}, "description": "Age-related differences (young\u2013old + vs. old\u2013old) in working memory effects.", "conditions": [], "weights": + [], "points": [{"id": "VYUUkMXAfvkF", "coordinates": [27.0, 23.0, 56.0], "kind": + null, "space": "OTHER", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.79}]}], "images": []}, {"id": "nbFMT9tyccGj", "user": null, + "name": "High-performing old\u2013old > Young\u2013old", "metadata": {"table": + {"table_number": 8, "table_metadata": {"table_id": "T8", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json", + "table_label": "Table 8", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv"}, + "original_table_id": "t8"}, "table_metadata": {"table_id": "T8", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json", + "table_label": "Table 8", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv"}, + "sanitized_table_id": "t8"}, "description": "Age-related differences (young\u2013old + vs. high-performing old\u2013old) in working memory effects.", "conditions": + [], "weights": [], "points": [{"id": "5SEafivZm2kS", "coordinates": [33.0, + 26.0, 56.0], "kind": null, "space": "OTHER", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.53}]}, {"id": "tsoYFnWcies8", "coordinates": + [24.0, 47.0, 29.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.8}]}, {"id": "dsMjfPQGi3DX", "coordinates": + [-3.0, 32.0, 35.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.9}]}, {"id": "8bVKbGPEphq5", "coordinates": + [-9.0, 32.0, 53.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.71}]}, {"id": "ZHPtV37Bpr72", "coordinates": + [-12.0, -46.0, 62.0], "kind": null, "space": "OTHER", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.45}]}], "images": []}]}, {"id": + "8pMa8n8vWjYr", "created_at": "2025-12-03T18:06:08.549925+00:00", "updated_at": + null, "user": null, "name": "Head over heels but I forget why: Disruptive + functional connectivity in older adult fallers with mild cognitive impairment", + "description": "UNLABELLED: Disrupted functional connectivity has been highlighted + as a neural mechanism by which impaired cognitive function and mobility co-exist + in older adults with mild cognitive impairment (MCI). The objective of this + study was to determine the independent and combined effects of MCI and faller + status on functional connectivity of three functional networks: default mode + network (DMN), fronto-parietal network (FPN) and sensorimotor network (SMN) + between 4 groups of older adults: 1) Healthy; 2) MCI without Falls; 3) Fallers + without MCI; and 4) Fallers with MCI.\n\nMETHODS: Sixty-six adults aged 70-80 + years old were included. Cognition was assessed using: 1) cognitive dual task; + 2) Stroop Colour-Word Test; 3) Trail Making Tests (TMT); and 4) Digit Symbol + Substitution Test (DSST). Postural sway was assessed with eyes opened and + standing on the floor. Functional connectivity was measured using fMRI while + performing a finger-tapping task.\n\nRESULTS: Differences in DMN-SMN connectivity + were found for Fallers with MCI vs Fallers without MCI (p\u202f=\u202f.001). + Fallers with MCI had significantly greater postural sway than the other groups. + Both DMN-SMN connectivity (p\u202f=\u202f.03) and postural sway (p\u202f=\u202f.001) + increased in a significantly linear fashion from Fallers without MCI, to MCI + without Falls, to Fallers with MCI. Participants with MCI performed significantly + worse on the DSST (p\u202f=\u202f.003) and TMT (p\u202f=\u202f.007) than those + without MCI.\n\nCONCLUSION: Aberrant DMN-SMN connectivity may underlie reduced + postural stability. Having both impaired cognition and mobility is associated + with a greater level of disruptive DMN-SMN connectivity and increased postural + sway than singular impairment.", "publication": "Behavioural Brain Research", + "doi": "10.1016/j.bbr.2019.112104", "pmid": "31325516", "authors": "Rachel + A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose", "year": 2019, + "metadata": {"slug": "31325516-10-1016-j-bbr-2019-112104", "source": "semantic_scholar", + "keywords": ["Aberrant functional connectivity", "Falls", "Mild cognitive + impairment", "Postural sway"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "22", "Year": "2019", "Month": "2", "@PubStatus": + "received"}, {"Day": "4", "Year": "2019", "Month": "7", "@PubStatus": "revised"}, + {"Day": "16", "Year": "2019", "Month": "7", "@PubStatus": "accepted"}, {"Day": + "22", "Hour": "6", "Year": "2019", "Month": "7", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "18", "Hour": "6", "Year": "2020", "Month": "9", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "21", "Hour": "6", "Year": "2019", + "Month": "7", "Minute": "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "31325516", "@IdType": "pubmed"}, {"#text": "10.1016/j.bbr.2019.112104", + "@IdType": "doi"}, {"#text": "S0166-4328(19)30296-7", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "31325516", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1872-7549", "@IssnType": "Electronic"}, "Title": "Behavioural + brain research", "JournalIssue": {"Volume": "376", "PubDate": {"Day": "30", + "Year": "2019", "Month": "Dec"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Behav Brain Res"}, "Abstract": {"AbstractText": [{"#text": "Disrupted functional + connectivity has been highlighted as a neural mechanism by which impaired + cognitive function and mobility co-exist in older adults with mild cognitive + impairment (MCI). The objective of this study was to determine the independent + and combined effects of MCI and faller status on functional connectivity of + three functional networks: default mode network (DMN), fronto-parietal network + (FPN) and sensorimotor network (SMN) between 4 groups of older adults: 1) + Healthy; 2) MCI without Falls; 3) Fallers without MCI; and 4) Fallers with + MCI.", "@Label": "UNLABELLED"}, {"#text": "Sixty-six adults aged 70-80 years + old were included. Cognition was assessed using: 1) cognitive dual task; 2) + Stroop Colour-Word Test; 3) Trail Making Tests (TMT); and 4) Digit Symbol + Substitution Test (DSST). Postural sway was assessed with eyes opened and + standing on the floor. Functional connectivity was measured using fMRI while + performing a finger-tapping task.", "@Label": "METHODS"}, {"#text": "Differences + in DMN-SMN connectivity were found for Fallers with MCI vs Fallers without + MCI (p\u202f=\u202f.001). Fallers with MCI had significantly greater postural + sway than the other groups. Both DMN-SMN connectivity (p\u202f=\u202f.03) + and postural sway (p\u202f=\u202f.001) increased in a significantly linear + fashion from Fallers without MCI, to MCI without Falls, to Fallers with MCI. + Participants with MCI performed significantly worse on the DSST (p\u202f=\u202f.003) + and TMT (p\u202f=\u202f.007) than those without MCI.", "@Label": "RESULTS"}, + {"#text": "Aberrant DMN-SMN connectivity may underlie reduced postural stability. + Having both impaired cognition and mobility is associated with a greater level + of disruptive DMN-SMN connectivity and increased postural sway than singular + impairment.", "@Label": "CONCLUSION"}], "CopyrightInformation": "Copyright + \u00a9 2019 Elsevier B.V. All rights reserved."}, "Language": "eng", "@PubModel": + "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Rachel A", "Initials": "RA", "LastName": "Crockett", "AffiliationInfo": {"Affiliation": + "Aging, Mobility, and Cognitive Neuroscience Laboratory, Department of Physical + Therapy, University of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian + Centre for Brain Health, University of British Columbia, Vancouver, BC, Canada; + Centre for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Chun Liang", "Initials": + "CL", "LastName": "Hsu", "AffiliationInfo": {"Affiliation": "Aging, Mobility, + and Cognitive Neuroscience Laboratory, Department of Physical Therapy, University + of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian Centre for + Brain Health, University of British Columbia, Vancouver, BC, Canada; Centre + for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "John R", "Initials": + "JR", "LastName": "Best", "AffiliationInfo": {"Affiliation": "Aging, Mobility, + and Cognitive Neuroscience Laboratory, Department of Physical Therapy, University + of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian Centre for + Brain Health, University of British Columbia, Vancouver, BC, Canada; Centre + for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Olivier", "Initials": + "O", "LastName": "Beauchet", "AffiliationInfo": {"Affiliation": "Faculty of + Medicine, McGill University, Montreal, QC, Canada; Centre of Excellence on + Aging and Chronic Diseases of McGill University Health Network, Montreal, + QC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Teresa", "Initials": "T", "LastName": + "Liu-Ambrose", "AffiliationInfo": {"Affiliation": "Aging, Mobility, and Cognitive + Neuroscience Laboratory, Department of Physical Therapy, University of British + Columbia, Vancouver, BC, Canada; Djavad Mowafaghian Centre for Brain Health, + University of British Columbia, Vancouver, BC, Canada; Centre for Hip Health + and Mobility, Vancouver Coastal Health Research Institute, Vancouver, BC, + Canada. Electronic address: teresa.ambrose@ubc.ca."}}], "@CompleteYN": "Y"}, + "Pagination": {"StartPage": "112104", "MedlinePgn": "112104"}, "ArticleDate": + {"Day": "17", "Year": "2019", "Month": "07", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.bbr.2019.112104", "@EIdType": "doi", "@ValidYN": "Y"}, + {"#text": "S0166-4328(19)30296-7", "@EIdType": "pii", "@ValidYN": "Y"}], "ArticleTitle": + "Head over heels but I forget why: Disruptive functional connectivity in older + adult fallers with mild cognitive impairment.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D013485", "#text": + "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "17", "Year": + "2020", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aberrant functional connectivity", "@MajorTopicYN": "N"}, {"#text": "Falls", + "@MajorTopicYN": "N"}, {"#text": "Mild cognitive impairment", "@MajorTopicYN": + "N"}, {"#text": "Postural sway", "@MajorTopicYN": "N"}]}, "DateCompleted": + {"Day": "17", "Year": "2020", "Month": "09"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"QualifierName": {"@UI": "Q000517", + "#text": "prevention & control", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000058", "#text": "Accidental Falls", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D000369", "#text": "Aged, 80 and over", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000150", "#text": "complications", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D060825", "#text": "Cognitive Dysfunction", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D003430", "#text": "Cross-Sectional Studies", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D056228", "#text": "Feedback, + Sensory", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": + "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": + "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D057187", "#text": + "Independent Living", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008279", + "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D004856", "#text": "Postural Balance", "@MajorTopicYN": + "N"}}]}, "MedlineJournalInfo": {"Country": "Netherlands", "MedlineTA": "Behav + Brain Res", "ISSNLinking": "0166-4328", "NlmUniqueID": "8004872"}}}, "semantic_scholar": + {"year": 2019, "title": "Head over heels but I forget why: Disruptive functional + connectivity in older adult fallers with mild cognitive impairment", "venue": + "Behavioural Brain Research", "authors": [{"name": "Rachel A. Crockett", "authorId": + "50189875"}, {"name": "C. Hsu", "authorId": "2383346823"}, {"name": "J. Best", + "authorId": "4865485"}, {"name": "O. Beauchet", "authorId": "49063547"}, {"name": + "T. Liu-Ambrose", "authorId": "1398171534"}], "paperId": "d59b4bd8dfa8ad1096cd911dc5c3f2174054c966", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + null, "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.bbr.2019.112104?email= + or https://doi.org/10.1016/j.bbr.2019.112104, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2019-12-30"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T18:08:27.610943+00:00", "analyses": [{"id": "8MaDDtLT94Sb", "user": + null, "name": "SMN", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tbl0005", "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "original_table_id": "tbl0005"}, "table_metadata": {"table_id": "tbl0005", + "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "sanitized_table_id": "tbl0005"}, "description": "Region of interests (ROIs) + for each network with MNI coordinates.", "conditions": [], "weights": [], + "points": [{"id": "4gQVPaasUHMs", "coordinates": [-39.0, -21.0, 55.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "aDoXNtMZhZCt", "coordinates": [34.0, -25.0, 53.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "hKYJm2mvTgbL", + "coordinates": [-24.0, -66.0, -19.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "4EVkZiyKKehQ", "coordinates": + [25.0, -71.0, -23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "kxhZwivcN5EY", "coordinates": [-16.0, 0.0, 57.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "3fqpwwsxptHD", "coordinates": [20.0, -17.0, 61.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "WEsnkXftaZpW", + "coordinates": [-5.0, -1.0, 52.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}, {"id": "EUTk3vb2zE2o", + "user": null, "name": "DMN", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tbl0005", "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "original_table_id": "tbl0005"}, "table_metadata": {"table_id": "tbl0005", + "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "sanitized_table_id": "tbl0005"}, "description": "Region of interests (ROIs) + for each network with MNI coordinates.", "conditions": [], "weights": [], + "points": [{"id": "QbY3qFh4CLwZ", "coordinates": [8.0, -56.0, 30.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "mAo2spyuEY57", "coordinates": [-2.0, 54.0, -12.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "MQhgUADzgYCR", + "coordinates": [58.0, -10.0, -18.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "fpLAYh8ncMf8", "coordinates": + [-52.0, -14.0, -20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "njMF7pCwUsMx", "coordinates": [24.0, -26.0, -20.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "q5FFxARHSAA6", "coordinates": [-26.0, -24.0, -20.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "LTSwnzKLQfmt", + "coordinates": [-30.0, 20.0, 50.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "KmaxyLWRxK5c", "coordinates": + [54.0, -62.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "N3hGazGaq8SN", "coordinates": [-44.0, -72.0, + 30.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}], "images": []}, {"id": "4oj7SwVPqMxi", "user": null, "name": "FPN", "metadata": + {"table": {"table_number": 1, "table_metadata": {"table_id": "tbl0005", "table_label": + "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "original_table_id": "tbl0005"}, "table_metadata": {"table_id": "tbl0005", + "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv"}, + "sanitized_table_id": "tbl0005"}, "description": "Region of interests (ROIs) + for each network with MNI coordinates.", "conditions": [], "weights": [], + "points": [{"id": "4iPBDQf5Xuhw", "coordinates": [25.0, -62.0, 53.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "FYjDJV9yDT9j", "coordinates": [36.0, -62.0, 0.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "5uYdj4BsRCba", + "coordinates": [-44.0, -60.0, -6.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "khfF3e6X49u8", "coordinates": + [32.0, -38.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "qGvcH7AJdr5D", "coordinates": [26.0, -60.0, 54.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "oMPjNv5c66qY", "coordinates": [-26.0, -4.0, 52.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "LSDcLC4Ksm5n", + "coordinates": [28.0, -4.0, 58.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "x22LcgSGXMDh", "coordinates": + [-26.0, -8.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}]}, {"id": "8wcR6B8iVdoC", "created_at": + "2025-12-04T22:14:32.813085+00:00", "updated_at": null, "user": null, "name": + "Effects of in-Scanner Bilateral Frontal tDCS on Functional Connectivity of + the Working Memory Network in Older Adults", "description": "Working memory + is an executive memory process essential for everyday decision-making and + problem solving that declines with advanced age. Transcranial direct current + stimulation (tDCS) is a non-invasive form of brain stimulation that has demonstrated + potential for improving working memory performance in older adults. However, + the neural mechanisms underlying effects of tDCS on working memory are not + well understood. This mechanistic study investigated the acute and after-effects + of bilateral frontal (F3/F4) tDCS at 2 mA for 12-min on functional connectivity + of the working memory network in older adults. We hypothesized active tDCS + over sham would increase frontal connectivity during working memory performance. + The study used a double-blind within-subject 2 session crossover design. Participants + performed an functional magnetic resonance imaging (fMRI) N-Back working memory + task before, during, and after active or sham stimulation. Functional connectivity + of the working memory network was assessed within and between stimulation + conditions (FDR < 0.05). Active tDCS produced a significant increase in functional + connectivity between left ventrolateral prefrontal cortex (VLPFC) and left + dorsolateral PFC (DLPFC) during stimulation, but not after stimulation. Connectivity + did not significantly increase with sham stimulation. In addition, our data + demonstrated both state-dependent and time-dependent effects of tDCS working + memory network connectivity in older adults. tDCS during working memory performance + produces a selective change in functional connectivity of the working memory + network in older adults. These data provide important mechanistic insight + into the effects of tDCS on brain connectivity in older adults, as well as + key methodological considerations for tDCS-working memory studies.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2019.00051", "pmid": + "30930766", "authors": "N. Nissim; A. O''Shea; A. Indahlastari; Rachel Telles; + Lindsey Richards; E. Porges; R. Cohen; A. Woods", "year": 2019, "metadata": + {"slug": "30930766-10-3389-fnagi-2019-00051-pmc6428720", "source": "semantic_scholar", + "keywords": ["DLPFC (dorsolateral prefrontal cortex)", "cognitive aging", + "fMRI\u2014functional magnetic resonance imaging", "functional connectivity", + "tDCS", "transcranial direct cortical stimulation (tDCS)", "working memory"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "19", "Year": "2018", "Month": "12", "@PubStatus": "received"}, {"Day": "22", + "Year": "2019", "Month": "2", "@PubStatus": "accepted"}, {"Day": "2", "Hour": + "6", "Year": "2019", "Month": "4", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "2", "Hour": "6", "Year": "2019", "Month": "4", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "2", "Hour": "6", "Year": "2019", "Month": "4", "Minute": + "1", "@PubStatus": "medline"}, {"Day": "1", "Year": "2019", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "30930766", "@IdType": "pubmed"}, {"#text": "PMC6428720", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2019.00051", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Andrews-Hanna J. R., Snyder A. Z., Vincent J. + L., Lustig C., Head D., Raichle M. E., et al. . (2007). Disruption of large-scale + brain systems in advanced aging. Neuron 56, 924\u2013935. 10.1016/j.neuron.2007.10.038", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2007.10.038", + "@IdType": "doi"}, {"#text": "PMC2709284", "@IdType": "pmc"}, {"#text": "18054866", + "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (1992). Working memory. + Science 255, 556\u2013559. 10.1126/science.1736359", "ArticleIdList": {"ArticleId": + [{"#text": "10.1126/science.1736359", "@IdType": "doi"}, {"#text": "1736359", + "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (2003). Working memory: + looking back and looking forward. Nat. Rev. Neurosci. 4, 829\u2013839. 10.1038/nrn1201", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1201", "@IdType": "doi"}, + {"#text": "14523382", "@IdType": "pubmed"}]}}, {"Citation": "Barbey A. K., + Koenigs M., Grafman J. (2013). Dorsolateral prefrontal contributions to human + working memory. Cortex 49, 1195\u20131205. 10.1016/j.cortex.2012.05.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2012.05.022", + "@IdType": "doi"}, {"#text": "PMC3495093", "@IdType": "pmc"}, {"#text": "22789779", + "@IdType": "pubmed"}]}}, {"Citation": "Batsikadze G., Moliadze V., Paulus + W., Kuo M.-F., Nitsche M. A. (2013). Partially non-linear stimulation intensity-dependent + effects of direct current stimulation on motor cortex excitability in humans. + J. Physiol. 591, 1987\u20132000. 10.1113/jphysiol.2012.249730", "ArticleIdList": + {"ArticleId": [{"#text": "10.1113/jphysiol.2012.249730", "@IdType": "doi"}, + {"#text": "PMC3624864", "@IdType": "pmc"}, {"#text": "23339180", "@IdType": + "pubmed"}]}}, {"Citation": "Behzadi Y., Restom K., Liau J., Liu T. T. (2007). + A component based noise correction method (CompCor) for BOLD and perfusion + based FMRI. Neuroimage 37, 90\u2013101. 10.1016/j.neuroimage.2007.04.042", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2007.04.042", + "@IdType": "doi"}, {"#text": "PMC2214855", "@IdType": "pmc"}, {"#text": "17560126", + "@IdType": "pubmed"}]}}, {"Citation": "Bikson M., Brunoni A. R., Charvet L. + E., Clark V. P., Cohen L. G., Deng Z.-D., et al. . (2018). Rigor and reproducibility + in research with transcranial electrical stimulation: an NIMH-sponsored workshop. + Brain Stimul. 11, 465\u2013480. 10.1016/j.brs.2017.12.008", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brs.2017.12.008", "@IdType": "doi"}, {"#text": + "PMC5997279", "@IdType": "pmc"}, {"#text": "29398575", "@IdType": "pubmed"}]}}, + {"Citation": "Bikson M., Grossman P., Thomas C., Zannou A. L., Jiang J., Adnan + T., et al. . (2016). Safety of transcranial direct current stimulation: evidence + based update 2016. Brain Stimul. 9, 641\u2013661. 10.1016/j.brs.2016.06.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brs.2016.06.004", "@IdType": + "doi"}, {"#text": "PMC5007190", "@IdType": "pmc"}, {"#text": "27372845", "@IdType": + "pubmed"}]}}, {"Citation": "Bindman L. J., Lippold O. C., Redfearn J. W. (1964). + The action of brief polarizing currents on the cerebral cortex of the rat + (1) during current flow and (2) in the production of long-lasting after-effects. + J. Physiol. 172, 369\u2013382. 10.1113/jphysiol.1964.sp007425", "ArticleIdList": + {"ArticleId": [{"#text": "10.1113/jphysiol.1964.sp007425", "@IdType": "doi"}, + {"#text": "PMC1368854", "@IdType": "pmc"}, {"#text": "14199369", "@IdType": + "pubmed"}]}}, {"Citation": "Blumenfeld R. S., Nomura E. M., Gratton C., D\u2019Esposito + M. (2013). Lateral prefrontal cortex is organized into parallel dorsal and + ventral streams along the rostro-caudal axis. Cereb. Cortex 23, 2457\u20132466. + 10.1093/cercor/bhs223", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhs223", + "@IdType": "doi"}, {"#text": "PMC3767956", "@IdType": "pmc"}, {"#text": "22879354", + "@IdType": "pubmed"}]}}, {"Citation": "Boisgueheneuc F. D., Levy R., Volle + E., Seassau M., Duffau H., Kinkingnehun S., et al. . (2006). Functions of + the left superior frontal gyrus in humans: a lesion study. Brain 129, 3315\u20133328. + 10.1093/brain/awl244", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awl244", + "@IdType": "doi"}, {"#text": "16984899", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R., Anderson N. D., Locantore J. K., McIntosh A. R. (2002). Aging + gracefully: compensatory brain activity in high-performing older adults. Neuroimage + 17, 1394\u20131402. 10.1006/nimg.2002.1280", "ArticleIdList": {"ArticleId": + [{"#text": "10.1006/nimg.2002.1280", "@IdType": "doi"}, {"#text": "12414279", + "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito M., Postle B. R., Ballard + D., Lease J. (1999). Maintenance versus manipulation of information held in + working memory: an event-related FMRI study. Brain Cogn. 41, 66\u201386. 10.1006/brcg.1999.1096", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/brcg.1999.1096", "@IdType": + "doi"}, {"#text": "10536086", "@IdType": "pubmed"}]}}, {"Citation": "Demirakca + T., Cardinale V., Dehn S., Ruf M., Ende G. (2016). The exercising brain-changes + in functional connectivity induced by an integrated multimodal cognitive and + whole body motor coordination training. Neural Plast. 2016:8240894. 10.1155/2016/8240894", + "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2016/8240894", "@IdType": + "doi"}, {"#text": "PMC4706972", "@IdType": "pmc"}, {"#text": "26819776", "@IdType": + "pubmed"}]}}, {"Citation": "Fallon N., Chiu Y., Nurmikko T., Stancak A. (2016). + Functional connectivity with the default mode network is altered in fibromyalgia + patients. PLoS One 11:e0159198. 10.1371/journal.pone.0159198", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0159198", "@IdType": "doi"}, + {"#text": "PMC4956096", "@IdType": "pmc"}, {"#text": "27442504", "@IdType": + "pubmed"}]}}, {"Citation": "Gazzaley A., Sheridan M. A., Cooney J. W., D\u2019Esposito + M. (2007). Age-related deficits in component processes of working memory. + Neuropsychology 21, 532\u2013539. 10.1037/0894-4105.21.5.532", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0894-4105.21.5.532", "@IdType": "doi"}, + {"#text": "17784801", "@IdType": "pubmed"}]}}, {"Citation": "Gill J., Shah-Basak + P. P., Hamilton R. (2014). It\u2019s the thought that counts: examining the + task-dependent effects of transcranial direct current stimulation on executive + function. Brain Stimul. 8, 253\u2013259. 10.1016/j.brs.2014.10.018", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brs.2014.10.018", "@IdType": "doi"}, {"#text": + "25465291", "@IdType": "pubmed"}]}}, {"Citation": "Goldman-Rakic P. S. (1987). + \u201cCircuitry of primate prefrontal cortex and regulation of behavior by + representational memory\u2014comprehensive physiology,\u201d in Handbook of + Physiology, ed. Goldberg E. (New York, NY: John Wiley & Sons; ), 373\u2013417."}, + {"Citation": "Goldman-Rakic P. S. (1996). Regional and cellular fractionation + of working memory. Proc. Natl. Acad. Sci. U S A 93, 13473\u201313480. 10.1073/pnas.93.24.13473", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.93.24.13473", "@IdType": + "doi"}, {"#text": "PMC33633", "@IdType": "pmc"}, {"#text": "8942959", "@IdType": + "pubmed"}]}}, {"Citation": "Gomes-Osman J., Indahlastari A., Fried P. J., + Cabral D. L. F., Rice J., Nissim N. R., et al. . (2018). Non-invasive brain + stimulation: probing intracortical circuits and improving cognition in the + aging brain. Front. Aging Neurosci. 10:177. 10.3389/fnagi.2018.00177", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2018.00177", "@IdType": "doi"}, {"#text": + "PMC6008650", "@IdType": "pmc"}, {"#text": "29950986", "@IdType": "pubmed"}]}}, + {"Citation": "Hampson M., Driesen N. R., Skudlarski P., Gore J. C., Constable + R. T. (2006). Brain connectivity related to working memory performance. J. + Neurosci. 26, 13338\u201313343. 10.1523/JNEUROSCI.3408-06.2006", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.3408-06.2006", "@IdType": "doi"}, + {"#text": "PMC2677699", "@IdType": "pmc"}, {"#text": "17182784", "@IdType": + "pubmed"}]}}, {"Citation": "Hampson M., Driesen N. R., Roth J. K., Gore J. + C., Constable R. T. (2010). Functional connectivity between task-positive + and task-negative brain areas and its relation to working memory performance. + Magn. Reson. Imaging 28, 1051\u20131057. 10.1016/j.mri.2010.03.021", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.mri.2010.03.021", "@IdType": "doi"}, {"#text": + "PMC2936669", "@IdType": "pmc"}, {"#text": "20409665", "@IdType": "pubmed"}]}}, + {"Citation": "Jones K. T., Stephens J. A., Alam M., Bikson M., Berryhill M. + E. (2015). Longitudinal neurostimulation in older adults improves working + memory. PLoS One 10:e0121904. 10.1371/journal.pone.0121904", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0121904", "@IdType": "doi"}, + {"#text": "PMC4388845", "@IdType": "pmc"}, {"#text": "25849358", "@IdType": + "pubmed"}]}}, {"Citation": "Keller J. B., Hedden T., Thompson T. W., Anteraper + S. A., Gabrieli J. D. E., Whitfield-Gabrieli S. (2015). Resting-state anticorrelations + between medial and lateral prefrontal cortex: association with working memory, + aging, and individual differences. Cortex 64, 271\u2013280. 10.1016/j.cortex.2014.12.001", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2014.12.001", + "@IdType": "doi"}, {"#text": "PMC4346444", "@IdType": "pmc"}, {"#text": "25562175", + "@IdType": "pubmed"}]}}, {"Citation": "Khadka N., Woods A. J., Bikson M. (2019). + \u201cTranscranial direct current stimulation electrodes,\u201d in Practical + Guide to Transcranial Direct Current Stimulation, eds Knotkova H., Nitsche + M., Bikson M., Woods A. (Cham: Springer International Publishing; ), 263\u2013291."}, + {"Citation": "Knotkova H., Nitsche M., Bikson M., Woods A. J. (2019). \u201cPractical + guide to transcranial direct current stimulation,\u201d in Principles, Procedures, + and Applications, 1st Edn. eds Knotkova H., Nitsche M., Bikson M., Woods A. + J. (Switzerland, AG: Springer Nature; ), 1\u2013651."}, {"Citation": "Li S.-C., + Lindenberger U., Sikstr\u00f6m S. (2001). Aging cognition: from neuromodulation + to representation. Trends Cogn. Sci. 5, 479\u2013486. 10.1016/s1364-6613(00)01769-1", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s1364-6613(00)01769-1", + "@IdType": "doi"}, {"#text": "11684480", "@IdType": "pubmed"}]}}, {"Citation": + "Maldjian J. A., Laurienti P. J., Burdette J. H. (2004). Precentral gyrus + discrepancy in electronic versions of the talairach atlas. Neuroimage 21, + 450\u2013455. 10.1016/j.neuroimage.2003.09.032", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2003.09.032", "@IdType": "doi"}, {"#text": + "14741682", "@IdType": "pubmed"}]}}, {"Citation": "Maldjian J. A., Laurienti + P. J., Kraft R. A., Burdette J. H. (2003). An automated method for neuroanatomic + and cytoarchitectonic atlas-based interrogation of FMRI data sets. Neuroimage + 19, 1233\u20131239. 10.1016/s1053-8119(03)00169-1", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/s1053-8119(03)00169-1", "@IdType": "doi"}, {"#text": "12880848", + "@IdType": "pubmed"}]}}, {"Citation": "Martin D. M., Liu R., Alonzo A., Green + M., Loo C. K. (2014). Use of transcranial direct current stimulation (TDCS) + to enhance cognitive training: effect of timing of stimulation. Exp. Brain + Res. 232, 3345\u20133351. 10.1007/s00221-014-4022-x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00221-014-4022-x", "@IdType": "doi"}, {"#text": "24992897", + "@IdType": "pubmed"}]}}, {"Citation": "Martin D. M., Liu R., Alonzo A., Green + M., Player M. J., Sachdev P., et al. . (2013). Can transcranial direct current + stimulation enhance outcomes from cognitive training? A randomized controlled + trial in healthy participants. Int. J. Neuropsychopharmacol. 16, 1927\u20131936. + 10.1017/s1461145713000539", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/s1461145713000539", + "@IdType": "doi"}, {"#text": "23719048", "@IdType": "pubmed"}]}}, {"Citation": + "McLaren M. E., Nissim N. R., Woods A. J. (2018). The effects of medication + use in transcranial direct current stimulation: a brief review. Brain Stimul. + 11, 52\u201358. 10.1016/j.brs.2017.10.006", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.brs.2017.10.006", "@IdType": "doi"}, {"#text": "PMC5729094", + "@IdType": "pmc"}, {"#text": "29066167", "@IdType": "pubmed"}]}}, {"Citation": + "Mograbi D. C., Assis Faria C., Fichman H. C., Paradela E. M., Alves Louren\u00e7o + R. (2014). Relationship between activities of daily living and cognitive ability + in a sample of older adults with heterogeneous educational level. Ann. Indian + Acad. Neurol. 17, 71\u201376. 10.4103/0972-2327.128558", "ArticleIdList": + {"ArticleId": [{"#text": "10.4103/0972-2327.128558", "@IdType": "doi"}, {"#text": + "PMC3992775", "@IdType": "pmc"}, {"#text": "24753664", "@IdType": "pubmed"}]}}, + {"Citation": "Monte-Silva K., Kuo Fang M., Hessenthaler S., Fresnoza S., Liebetanz + D., Paulus W., et al. . (2013). Induction of late LTP-like plasticity in the + human motor cortex by repeated non-invasive brain stimulation. Brain Stimul. + 6, 424\u2013432. 10.1016/j.brs.2012.04.011", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.brs.2012.04.011", "@IdType": "doi"}, {"#text": "22695026", + "@IdType": "pubmed"}]}}, {"Citation": "Nissim N. R., O\u2019Shea A. M., Bryant + V., Porges E. C., Cohen R., Woods A. J. (2017). Frontal structural neural + correlates of working memory performance in older adults. Front. Aging Neurosci. + 8:328. 10.3389/fnagi.2016.00328", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnagi.2016.00328", "@IdType": "doi"}, {"#text": "PMC5210770", "@IdType": + "pmc"}, {"#text": "28101053", "@IdType": "pubmed"}]}}, {"Citation": "Nitsche + M. A., Fricke K., Henschke U., Schlitterlau A., Liebetanz D., Lang N., et + al. . (2003a). Pharmacological modulation of cortical excitability shifts + induced by transcranial direct current stimulation in humans. J. Physiol. + 553, 293\u2013301. 10.1113/jphysiol.2003.049916", "ArticleIdList": {"ArticleId": + [{"#text": "10.1113/jphysiol.2003.049916", "@IdType": "doi"}, {"#text": "PMC2343495", + "@IdType": "pmc"}, {"#text": "12949224", "@IdType": "pubmed"}]}}, {"Citation": + "Nitsche M. A., Nitsche M. S., Klein C. C., Tergau F., Rothwell J. C., Paulus + W. (2003b). Level of action of cathodal DC polarisation induced inhibition + of the human motor cortex. Clin. Neurophysiol. 114, 600\u2013604. 10.1016/s1388-2457(02)00412-1", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s1388-2457(02)00412-1", + "@IdType": "doi"}, {"#text": "12686268", "@IdType": "pubmed"}]}}, {"Citation": + "Nitsche M. A., Liebetanz D., Schlitterlau A., Henschke U., Fricke K., Frommann + K., et al. . (2004). GABAergic modulation of dc stimulation-induced motor + cortex excitability shifts in humans. Eur. J. Neurosci. 19, 2720\u20132726. + 10.1111/j.0953-816x.2004.03398.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.0953-816x.2004.03398.x", "@IdType": "doi"}, {"#text": "15147306", + "@IdType": "pubmed"}]}}, {"Citation": "Nitsche M. A., Paulus W. (2000). Excitability + changes induced in the human motor cortex by weak transcranial direct current + stimulation. J. Physiol. 527, 633\u2013639. 10.1111/j.1469-7793.2000.t01-1-00633.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1469-7793.2000.t01-1-00633.x", + "@IdType": "doi"}, {"#text": "PMC2270099", "@IdType": "pmc"}, {"#text": "10990547", + "@IdType": "pubmed"}]}}, {"Citation": "Owen A. M., McMillan K. M., Laird A. + R., Bullmore E. (2005). N-back working memory paradigm: a meta-analysis of + normative functional neuroimaging studies. Hum. Brain Mapp. 25, 46\u201359. + 10.1002/hbm.20131", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.20131", + "@IdType": "doi"}, {"#text": "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", + "@IdType": "pubmed"}]}}, {"Citation": "Pelletier S. J., Cicchetti F. (2015). + Cellular and molecular mechanisms of action of transcranial direct current + stimulation: evidence from in vitro and in vivo models. Int. J. Neuropsychopharmacol. + 18:pyu047. 10.1093/ijnp/pyu047", "ArticleIdList": {"ArticleId": [{"#text": + "10.1093/ijnp/pyu047", "@IdType": "doi"}, {"#text": "PMC4368894", "@IdType": + "pmc"}, {"#text": "25522391", "@IdType": "pubmed"}]}}, {"Citation": "Petrides + M. (2000). Dissociable roles of mid-dorsolateral prefrontal and anterior inferotemporal + cortex in visual working memory. J. Neurosci. 20, 7496\u20137503. 10.1523/jneurosci.20-19-07496.2000", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/jneurosci.20-19-07496.2000", + "@IdType": "doi"}, {"#text": "PMC6772785", "@IdType": "pmc"}, {"#text": "11007909", + "@IdType": "pubmed"}]}}, {"Citation": "Reato D., Salvador R., Bikson M., Opitz + A., Dmochowski J., Miranda P. C. (2019). \u201cPrinciples of transcranial + direct current stimulation (TDCS): introduction to the biophysics of TDCS,\u201d + in Practical Guide to Transcranial Direct Current Stimulation, eds Knotkova + H., Nitsche M., Bikson M., Woods A. (Cham: Springer International Publishing; + ), 45\u201380."}, {"Citation": "Richmond L. L., Morrison A. B., Chein J. M., + Olson I. R. (2011). Working memory training and transfer in older adults. + Psychol. Aging 26, 813\u2013822. 10.1037/a0023631", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0023631", "@IdType": "doi"}, {"#text": "21707176", "@IdType": + "pubmed"}]}}, {"Citation": "Richmond L. L., Wolk D., Chein J., Olson I. R. + (2014). Transcranial direct current stimulation enhances verbal working memory + training performance over time and near transfer outcomes. J. Cogn. Neurosci. + 26, 2443\u20132454. 10.1162/jocn_a_00657", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/jocn_a_00657", "@IdType": "doi"}, {"#text": "24742190", + "@IdType": "pubmed"}]}}, {"Citation": "Salthouse T. A., Mitchell D. R., Skovronek + E., Babcock R. L. (1989). Effects of adult age and working memory on reasoning + and spatial abilities. J. Exp. Psychol. Learn. Mem. Cogn. 15, 507\u2013516. + 10.1037//0278-7393.15.3.507", "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0278-7393.15.3.507", + "@IdType": "doi"}, {"#text": "2524548", "@IdType": "pubmed"}]}}, {"Citation": + "Stephens J. A., Berryhill M. E. (2016). Older adults improve on everyday + tasks after working memory training and neurostimulation. Brain Stimul. 9, + 553\u2013559. 10.1016/j.brs.2016.04.001", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.brs.2016.04.001", "@IdType": "doi"}, {"#text": "PMC4957521", "@IdType": + "pmc"}, {"#text": "27178247", "@IdType": "pubmed"}]}}, {"Citation": "Wang + M., Gamo N. J., Yang Y., Jin L. E., Wang X.-J., Laubach M., et al. . (2011). + Neuronal basis of age-related working memory decline. Nature 476, 210\u2013213. + 10.1038/nature10243", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature10243", + "@IdType": "doi"}, {"#text": "PMC3193794", "@IdType": "pmc"}, {"#text": "21796118", + "@IdType": "pubmed"}]}}, {"Citation": "Wei P., Zhang Z., Lv Z., Jing B. (2017). + Strong functional connectivity among homotopic brain areas is vital for motor + control in unilateral limb movement. Front. Hum. Neurosci. 11:366. 10.3389/fnhum.2017.00366", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2017.00366", "@IdType": + "doi"}, {"#text": "PMC5506200", "@IdType": "pmc"}, {"#text": "28747880", "@IdType": + "pubmed"}]}}, {"Citation": "Whitfield-Gabrieli S., Nieto-Castanon A. (2012). + Conn: a functional connectivity toolbox for correlated and anticorrelated + brain networks. Brain Connect. 2, 125\u2013141. 10.1089/brain.2012.0073", + "ArticleIdList": {"ArticleId": [{"#text": "10.1089/brain.2012.0073", "@IdType": + "doi"}, {"#text": "22642651", "@IdType": "pubmed"}]}}, {"Citation": "Whitfield-Gabrieli + S., Thermenos H. W., Milanovic S., Tsuang M. T., Faraone S. V., McCarley R. + W., et al. . (2009). Hyperactivity and hyperconnectivity of the default network + in schizophrenia and in first-degree relatives of persons with schizophrenia. + Proc. Natl. Acad. Sci. U S A 106, 1279\u20131284. 10.1073/pnas.0809141106", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0809141106", "@IdType": + "doi"}, {"#text": "PMC2633557", "@IdType": "pmc"}, {"#text": "19164577", "@IdType": + "pubmed"}]}}, {"Citation": "Woods A. J., Antal A., Bikson M., Boggio P. S., + Brunoni A. R., Celnik P., et al. . (2016). A technical guide to TDCS and related + non-invasive brain stimulation tools. Clin. Neurophysiol. 127, 1031\u20131048. + 10.1016/j.clinph.2015.11.012", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.clinph.2015.11.012", + "@IdType": "doi"}, {"#text": "PMC4747791", "@IdType": "pmc"}, {"#text": "26652115", + "@IdType": "pubmed"}]}}, {"Citation": "Woods A. J., Antonenko D., Fl\u00f6el + A., Hampstead B. M., Clark D., Knotkova H. (2019a). \u201cTranscranial direct + current stimulation in aging research,\u201d in Practical Guide to Transcranial + Direct Current Stimulation, eds Knotkova H., Nitsche M., Bikson M., Woods + A. (Cham: Springer International Publishing; ), 569\u2013595."}, {"Citation": + "Woods A. J., Bikson M., Chelette K., Dmochowski J., Dutta A., Esmaeilpour + Z., et al. (2019b). \u201cTranscranial direct current stimulation integration + with magnetic resonance imaging, magnetic resonance spectroscopy, near infrared + spectroscopy imaging, and electroencephalography,\u201d in Practical Guide + to Transcranial Direct Current Stimulation, eds Knotkova H., Nitsche M., Bikson + M., Woods A. (Cham: Springer International Publishing; ), 293\u2013345."}]}, + "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": {"#text": "30930766", + "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": + {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": + "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "11", "PubDate": + {"Year": "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging + Neurosci"}, "Abstract": {"AbstractText": "Working memory is an executive memory + process essential for everyday decision-making and problem solving that declines + with advanced age. Transcranial direct current stimulation (tDCS) is a non-invasive + form of brain stimulation that has demonstrated potential for improving working + memory performance in older adults. However, the neural mechanisms underlying + effects of tDCS on working memory are not well understood. This mechanistic + study investigated the acute and after-effects of bilateral frontal (F3/F4) + tDCS at 2 mA for 12-min on functional connectivity of the working memory network + in older adults. We hypothesized active tDCS over sham would increase frontal + connectivity during working memory performance. The study used a double-blind + within-subject 2 session crossover design. Participants performed an functional + magnetic resonance imaging (fMRI) N-Back working memory task before, during, + and after active or sham stimulation. Functional connectivity of the working + memory network was assessed within and between stimulation conditions (FDR + < 0.05). Active tDCS produced a significant increase in functional connectivity + between left ventrolateral prefrontal cortex (VLPFC) and left dorsolateral + PFC (DLPFC) during stimulation, but not after stimulation. Connectivity did + not significantly increase with sham stimulation. In addition, our data demonstrated + both state-dependent and time-dependent effects of tDCS working memory network + connectivity in older adults. tDCS during working memory performance produces + a selective change in functional connectivity of the working memory network + in older adults. These data provide important mechanistic insight into the + effects of tDCS on brain connectivity in older adults, as well as key methodological + considerations for tDCS-working memory studies."}, "Language": "eng", "@PubModel": + "Electronic-eCollection", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", + "Acronym": "AG", "Country": "United States", "GrantID": "K01 AG050707"}, {"Agency": + "NCATS NIH HHS", "Acronym": "TR", "Country": "United States", "GrantID": "KL2 + TR001429"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "R01 AG054077"}, {"Agency": "NIH HHS", "Acronym": "OD", + "Country": "United States", "GrantID": "S10 OD021726"}], "@CompleteYN": "Y"}, + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Nicole R", "Initials": + "NR", "LastName": "Nissim", "AffiliationInfo": [{"Affiliation": "Center for + Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}, + {"Affiliation": "Department of Neuroscience, University of Florida, Gainesville, + FL, United States."}]}, {"@ValidYN": "Y", "ForeName": "Andrew", "Initials": + "A", "LastName": "O''Shea", "AffiliationInfo": {"Affiliation": "Center for + Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}}, + {"@ValidYN": "Y", "ForeName": "Aprinda", "Initials": "A", "LastName": "Indahlastari", + "AffiliationInfo": {"Affiliation": "Center for Cognitive Aging and Memory, + Department of Clinical and Health Psychology, McKnight Brain Institute, University + of Florida, Gainesville, FL, United States."}}, {"@ValidYN": "Y", "ForeName": + "Rachel", "Initials": "R", "LastName": "Telles", "AffiliationInfo": {"Affiliation": + "Center for Cognitive Aging and Memory, Department of Clinical and Health + Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Lindsey", "Initials": + "L", "LastName": "Richards", "AffiliationInfo": {"Affiliation": "Center for + Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}}, + {"@ValidYN": "Y", "ForeName": "Eric", "Initials": "E", "LastName": "Porges", + "AffiliationInfo": {"Affiliation": "Center for Cognitive Aging and Memory, + Department of Clinical and Health Psychology, McKnight Brain Institute, University + of Florida, Gainesville, FL, United States."}}, {"@ValidYN": "Y", "ForeName": + "Ronald", "Initials": "R", "LastName": "Cohen", "AffiliationInfo": {"Affiliation": + "Center for Cognitive Aging and Memory, Department of Clinical and Health + Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Adam J", "Initials": + "AJ", "LastName": "Woods", "AffiliationInfo": [{"Affiliation": "Center for + Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}, + {"Affiliation": "Department of Neuroscience, University of Florida, Gainesville, + FL, United States."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "51", "MedlinePgn": "51"}, "ArticleDate": {"Day": "15", "Year": "2019", "Month": + "03", "@DateType": "Electronic"}, "ELocationID": [{"#text": "51", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2019.00051", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Effects of in-Scanner Bilateral + Frontal tDCS on Functional Connectivity of the Working Memory Network in Older + Adults.", "PublicationTypeList": {"PublicationType": {"@UI": "D016428", "#text": + "Journal Article"}}}, "DateRevised": {"Day": "28", "Year": "2020", "Month": + "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "DLPFC (dorsolateral + prefrontal cortex)", "@MajorTopicYN": "N"}, {"#text": "cognitive aging", "@MajorTopicYN": + "N"}, {"#text": "fMRI\u2014functional magnetic resonance imaging", "@MajorTopicYN": + "N"}, {"#text": "functional connectivity", "@MajorTopicYN": "N"}, {"#text": + "tDCS", "@MajorTopicYN": "N"}, {"#text": "transcranial direct cortical stimulation + (tDCS)", "@MajorTopicYN": "N"}, {"#text": "working memory", "@MajorTopicYN": + "N"}]}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front + Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2019, "title": "Effects of in-Scanner Bilateral + Frontal tDCS on Functional Connectivity of the Working Memory Network in Older + Adults", "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": + "N. Nissim", "authorId": "40030163"}, {"name": "A. O''Shea", "authorId": "1393654628"}, + {"name": "A. Indahlastari", "authorId": "2289693"}, {"name": "Rachel Telles", + "authorId": "52175908"}, {"name": "Lindsey Richards", "authorId": "80572048"}, + {"name": "E. Porges", "authorId": "5388749"}, {"name": "R. Cohen", "authorId": + "152864616"}, {"name": "A. Woods", "authorId": "2856044"}], "paperId": "e45d3c4e7245ee2fd0833c3a45ad4d3344ebdfc3", + "abstract": "Working memory is an executive memory process essential for everyday + decision-making and problem solving that declines with advanced age. Transcranial + direct current stimulation (tDCS) is a non-invasive form of brain stimulation + that has demonstrated potential for improving working memory performance in + older adults. However, the neural mechanisms underlying effects of tDCS on + working memory are not well understood. This mechanistic study investigated + the acute and after-effects of bilateral frontal (F3/F4) tDCS at 2 mA for + 12-min on functional connectivity of the working memory network in older adults. + We hypothesized active tDCS over sham would increase frontal connectivity + during working memory performance. The study used a double-blind within-subject + 2 session crossover design. Participants performed an functional magnetic + resonance imaging (fMRI) N-Back working memory task before, during, and after + active or sham stimulation. Functional connectivity of the working memory + network was assessed within and between stimulation conditions (FDR < 0.05). + Active tDCS produced a significant increase in functional connectivity between + left ventrolateral prefrontal cortex (VLPFC) and left dorsolateral PFC (DLPFC) + during stimulation, but not after stimulation. Connectivity did not significantly + increase with sham stimulation. In addition, our data demonstrated both state-dependent + and time-dependent effects of tDCS working memory network connectivity in + older adults. tDCS during working memory performance produces a selective + change in functional connectivity of the working memory network in older adults. + These data provide important mechanistic insight into the effects of tDCS + on brain connectivity in older adults, as well as key methodological considerations + for tDCS-working memory studies.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00051/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6428720, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-03-15"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T22:15:07.799160+00:00", "analyses": + [{"id": "rew5qriQZB4u", "user": null, "name": "t1", "metadata": {"table": + {"table_number": 1, "table_metadata": {"table_id": "T1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30930766-10-3389-fnagi-2019-00051-pmc6428720/tables/t1_coordinates.csv"}, + "original_table_id": "t1"}, "table_metadata": {"table_id": "T1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30930766-10-3389-fnagi-2019-00051-pmc6428720/tables/t1_coordinates.csv"}, + "sanitized_table_id": "t1"}, "description": "Regions of interest (ROIs), Montreal + Neurological Institute (MNI) coordinates, radius for spherical ROIs.", "conditions": + [], "weights": [], "points": [{"id": "4qtd29h9LpQL", "coordinates": [-37.75, + 50.19, 13.6], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "N4owyqmpe5Vd", "coordinates": [-46.26, 22.71, 18.6], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "uFDwqLsbN2Vs", "coordinates": [-37.09, -47.7, 45.58], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "Hrc8bVLnSHsb", + "coordinates": [-26.32, 6.75, 53.46], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "WfTmsSCTDJFg", "coordinates": + [-45.96, 3.1, 38.47], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "ZyBZmd7tDtud", "coordinates": [-31.36, 21.11, + 0.58], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "RTLR9kQK9hGU", "coordinates": [3.12, -69.09, -24.69], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "WRQRxZYv8V6p", "coordinates": [44.53, 38.76, 24.43], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "nhmY2eEjKBzW", + "coordinates": [44.97, -45.49, 41.73], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "4nBVhHNUBv8w", "coordinates": + [31.96, 11.01, 49.8], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "2qYqwh4iDNCD", "coordinates": [12.77, -63.71, + 55.28], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "b6vgiJNy6nAg", "coordinates": [35.58, 23.26, -3.01], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "Ccaezwejir6J", "coordinates": [-0.588, 18.57, 40.65], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}], "images": []}]}, {"id": + "B8afHJsbqkAP", "created_at": "2025-12-05T02:55:17.051551+00:00", "updated_at": + null, "user": null, "name": "Cognitive Benefits of Social Dancing and Walking + in Old Age: The Dancing Mind Randomized Controlled Trial", "description": + "BACKGROUND: A physically active lifestyle has the potential to prevent cognitive + decline and dementia, yet the optimal type of physical activity/exercise remains + unclear. Dance is of special interest as it complex sensorimotor rhythmic + activity with additional cognitive, social, and affective dimensions.\n\nOBJECTIVES: + To determine whether dance benefits executive function more than walking, + an activity that is simple and functional.\n\nMETHODS: Two-arm randomized + controlled trial among community-dwelling older adults. The intervention group + received 1\u2009h of ballroom dancing twice weekly over 8\u2009months (~69\u2009sessions) + in local community dance studios. The control group received a combination + of a home walking program with a pedometer and optional biweekly group-based + walking in local community park to facilitate socialization.\n\nMAIN OUTCOMES: + Executive function tests: processing speed and task shift by the Trail Making + Tests, response inhibition by the Stroop Color-Word Test, working memory by + the Digit Span Backwards test, immediate and delayed verbal recall by the + Rey Auditory Verbal Learning Test, and visuospatial recall by the Brief Visuospatial + Memory Test (BVST).\n\nRESULTS: One hundred and fifteen adults (mean 69.5\u2009years, + SD 6.4) completed baseline and delayed baseline (3\u2009weeks apart) before + being randomized to either dance (n\u2009=\u200960) or walking (n\u2009=\u200955). + Of those randomized, 79 (68%) completed the follow-up measurements (32\u2009weeks + from baseline). In the dance group only, \"non-completers\" had significantly + lower baseline scores on all executive function tests than those who completed + the full program. Intention-to-treat analyses showed no group effect. In a + random effects model including participants who completed all measurements, + adjusted for baseline score and covariates (age, education, estimated verbal + intelligence, and community), a between-group effect in favor of dance was + noted only for BVST total learning (Cohen''s D Effect size 0.29, p\u2009=\u20090.07) + and delayed recall (Cohen''s D Effect size\u2009=\u20090.34, p\u2009=\u20090.06).\n\nCONCLUSION: + The superior potential of dance over walking on executive functions of cognitively + healthy and active older adults was not supported. Dance improved one of the + cognitive domains (spatial memory) important for learning dance. Controlled + trials targeting inactive older adults and of a higher dose may produce stronger + effects, particularly for novice dancers.\n\nTRIAL REGISTRATION: Australian + and New Zealand Clinical Trials Register (ACTRN12613000782730).", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2016.00026", "pmid": + "26941640", "authors": "D. Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; + J. McNeill; K. Anstey", "year": 2016, "metadata": {"slug": "26941640-10-3389-fnagi-2016-00026-pmc4761858", + "source": "semantic_scholar", "keywords": ["dance", "executive functions", + "physical activity", "physical function", "walking"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "14", "Year": "2015", + "Month": "11", "@PubStatus": "received"}, {"Day": "1", "Year": "2016", "Month": + "2", "@PubStatus": "accepted"}, {"Day": "5", "Hour": "6", "Year": "2016", + "Month": "3", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "5", "Hour": + "6", "Year": "2016", "Month": "3", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "5", "Hour": "6", "Year": "2016", "Month": "3", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2016", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "26941640", "@IdType": "pubmed"}, + {"#text": "PMC4761858", "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2016.00026", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Alpert + P. T., Miller S. K., Wallmann H., Havey R., Cross C., Chevalia T., et al. + (2009). The effect of modified jazz dance on balance, cognition, and mood + in older adults. J. Am. Acad. Nurse Pract. 21, 108\u2013115.10.1111/j.1745-7599.2008.00392.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1745-7599.2008.00392.x", + "@IdType": "doi"}, {"#text": "19228249", "@IdType": "pubmed"}]}}, {"Citation": + "Andreson-Hanley C., Arceiro P. J., Birckman A., Nimon J. P., Okuma J., Westen + S. C., et al. (2012). Exergaming and older adult cognition: a cluster randomized + clinical trial. Am. J. Prev. Med. 42, 109\u2013119.10.1016/j.amepre.2011.10.016", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.amepre.2011.10.016", + "@IdType": "doi"}, {"#text": "22261206", "@IdType": "pubmed"}]}}, {"Citation": + "Angevaren M., Aufdemkampe G., Verhaar H. J. J., Aleman A., Vanhees L. (2008). + Physical activity and enhanced fitness to improve cognitive function in older + people without known cognitive impairment. Cochrane Database Syst. Rev. (3).10.1002/14651858.CD005381.pub3", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/14651858.CD005381.pub3", + "@IdType": "doi"}, {"#text": "18646126", "@IdType": "pubmed"}]}}, {"Citation": + "Bl\u00e4sing B., Calvo-Merino B., Cross A. J., Jola C., Honisch J., Stevens + J. C. (2012). Neurocognitive control in dance perception and performance. + Acta Psychol. (Amst) 139, 300\u2013308.10.1016/j.actpsy.2011.12.005", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.actpsy.2011.12.005", "@IdType": "doi"}, + {"#text": "22305351", "@IdType": "pubmed"}]}}, {"Citation": "Blondell S. J., + Hammersley-Mather R., Veerman J. L. (2014). Does physical activity prevent + cognitive decline and dementia? A systematic review and meta-analysis of longitudinal + studies. BMC Public Health 14:510.10.1186/1471-2458-14-510", "ArticleIdList": + {"ArticleId": [{"#text": "10.1186/1471-2458-14-510", "@IdType": "doi"}, {"#text": + "PMC4064273", "@IdType": "pmc"}, {"#text": "24885250", "@IdType": "pubmed"}]}}, + {"Citation": "Brown A. K., Lui-Ambrose T., Tate R., Lord S. R. (2009). The + effect of group-based exercise on cognitive performance and mood in seniors + residing in intermediate care and self-care retirement facilities: a randomised + controlled trial. Br. J. Sports Med. 43, 608\u2013614.10.1136/bjsm.2008.049882", + "ArticleIdList": {"ArticleId": [{"#text": "10.1136/bjsm.2008.049882", "@IdType": + "doi"}, {"#text": "18927162", "@IdType": "pubmed"}]}}, {"Citation": "Brown + S., Martinez M. J., Parsons L. M. (2006). Neural basis of human dance. Cereb. + Cortex 16, 1157\u20131167.10.1093/cercor/bhj057", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhj057", "@IdType": "doi"}, {"#text": "16221923", + "@IdType": "pubmed"}]}}, {"Citation": "Colcombe S. J., Erickson K. L., Scalf + P. E., Kim J. S., Prakash R., McAuley E., et al. (2006). Aerobic exercise + training increases brain volume in aging humans. J. Gerontol. 61A, 1166\u20131170.10.1093/gerona/61.11.1166", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/gerona/61.11.1166", "@IdType": + "doi"}, {"#text": "17167157", "@IdType": "pubmed"}]}}, {"Citation": "Colcombe + S. J., Kramer A. F. (2003). Fitness effects on the cognitive function of older + adults: a meta-analytical study. Psychol. Sci. 14, 125\u2013130.10.1111/1467-9280.t01-1-01430", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/1467-9280.t01-1-01430", + "@IdType": "doi"}, {"#text": "12661673", "@IdType": "pubmed"}]}}, {"Citation": + "Colcombe S. J., Kramer A. F., Erickson K. L., Scalf P., McAuley E., Cohen + N. J., et al. (2004). Cardiovascular fitness, cortical plasticity, and aging. + Proc. Natl. Acad. Sci. U.S.A. 101, 3316\u20133321.10.1073/pnas.0400266101", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0400266101", "@IdType": + "doi"}, {"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", "@IdType": + "pubmed"}]}}, {"Citation": "Coubard O., Duretz S., Lefebvre V., Lapalus P., + Ferrufino L. (2011). Practice of contemporary dance improves cognitive flexibility + in aging. Front. Aging Neurosci. 3:13.10.3389/fnagi.2011.00013", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2011.00013", "@IdType": "doi"}, {"#text": + "PMC3176453", "@IdType": "pmc"}, {"#text": "21960971", "@IdType": "pubmed"}]}}, + {"Citation": "Dunlap W. P., Cortina J. M., Vaslow J. B., Burke M. J. (1996). + Meta-analysis of experiments with matched groups or repeated measures designs. + Psychol. Methods 1, 170\u2013177.10.1037/1082-989X.1.2.170", "ArticleIdList": + {"ArticleId": {"#text": "10.1037/1082-989X.1.2.170", "@IdType": "doi"}}}, + {"Citation": "Eggenberger P., Schumacher V., Angst V., Theill N., de Bruin + E. D. (2015). Does multicomponent physical exercise with simultaneous cognitive + training boost cognitive performance in older adults? A 6-month randomized + controlled trial with a 1-year follow-up. Clin. Interv. Aging 10, 1335\u20131349.10.2147/CIA.S87732", + "ArticleIdList": {"ArticleId": [{"#text": "10.2147/CIA.S87732", "@IdType": + "doi"}, {"#text": "PMC4544626", "@IdType": "pmc"}, {"#text": "26316729", "@IdType": + "pubmed"}]}}, {"Citation": "Enright P. L. (2003). The six-minute walk test. + Respir. Care Clin. N. Am. 48, 783\u2013785.", "ArticleIdList": {"ArticleId": + {"#text": "12890299", "@IdType": "pubmed"}}}, {"Citation": "Faul F., Erdfelder + E., Lang A. G. (2007). G*Power: a flexible statistical power analysis program + for social, behavioral, and biomedical sciences. Behav. Res. Methods 39, 175\u2013191. + 10.3758%2FBF03193146", "ArticleIdList": {"ArticleId": {"#text": "17695343", + "@IdType": "pubmed"}}}, {"Citation": "Fratiglioni L., Pallard-Borg S., Winblad + B. (2004). An active and socially integrated lifestyle in late life might + protect against dementia. Lancet Neurol. 3, 343\u2013356.10.1016/S1474-4422(04)00767-7", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1474-4422(04)00767-7", + "@IdType": "doi"}, {"#text": "15157849", "@IdType": "pubmed"}]}}, {"Citation": + "Gentile A. M. (1972). A working model of skill acquisition with application + to teaching. Quest 17, 3\u201323.10.1080/00336297.1972.10519717", "ArticleIdList": + {"ArticleId": {"#text": "10.1080/00336297.1972.10519717", "@IdType": "doi"}}}, + {"Citation": "Giles K., Marshall A. L. (2009). Repeatability and accuracy + of CHAMPS as a measure of physical activity in a community sample of older + Australian adults. J. Phys. Act. Health 6, 221\u2013229.", "ArticleIdList": + {"ArticleId": {"#text": "19420400", "@IdType": "pubmed"}}}, {"Citation": "Haan + M. N., Wallace R. (2004). Can dementia be prevented? Brain aging in a population-based + context. Annu. Rev. Public Health 25, 1\u201324.10.1146/annurev.publhealth.25.101802.122951", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.publhealth.25.101802.122951", + "@IdType": "doi"}, {"#text": "15015910", "@IdType": "pubmed"}]}}, {"Citation": + "Hackney M. E., Byers T., Butler G., Sweeney M., Rossbach L., Bozzorg A. (2015). + Adapted Tango improves mobility, motor-cognitive function, and gait but not + cognition in older adults in independent living. J. Am. Geriatr. Soc. 63, + 2105\u20132113.10.1111/jgs.13650", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/jgs.13650", "@IdType": "doi"}, {"#text": "26456371", "@IdType": "pubmed"}]}}, + {"Citation": "Hamer M., Chida Y. (2009). Physical activity and risk of neurodegenerative + disease: a systematic review of prospective evidence. Psychol. Med. 39, 3\u201311.10.1017/S0033291708003681", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S0033291708003681", "@IdType": + "doi"}, {"#text": "18570697", "@IdType": "pubmed"}]}}, {"Citation": "Hiyama + Y., Yamada H., Kitagawa A. (2012). A four-week walking exercise programme + in patients with knee osteoarthritis improves the ability of dual-task performance: + a randomised controlled trial. Clin. Rehabil. 26, 403\u2013412.10.1177/0269215511421028", + "ArticleIdList": {"ArticleId": [{"#text": "10.1177/0269215511421028", "@IdType": + "doi"}, {"#text": "21975468", "@IdType": "pubmed"}]}}, {"Citation": "Hollman + W., Str\u00fcder H. K., Tagarakis C. V. M., King G. (2007). Physical activity + and the elderly. Eur. J. Cardiovasc. Prev. Rehabil. 14, 730\u2013739.10.1097/HJR.0b013e32828622f9", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/HJR.0b013e32828622f9", + "@IdType": "doi"}, {"#text": "18043292", "@IdType": "pubmed"}]}}, {"Citation": + "Jorm A. F. (2002). Review: prospects for the prevention of dementia. Australas. + J. Ageing 21, 9\u201313.10.1111/j.1741-6612.2002.tb00408.x", "ArticleIdList": + {"ArticleId": {"#text": "10.1111/j.1741-6612.2002.tb00408.x", "@IdType": "doi"}}}, + {"Citation": "Kattenstroth J. C., Kalisch T., Holt S., Tegenthoff M., Dinse + H. R. (2013). Six months of dance intervention enhances postural, senorimotor, + and cognitive performance in elderly without affecting cardio-respiratory + function. Front. Aging Neurosci. 5:5.10.3389/fnagi.2013.00005", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2013.00005", "@IdType": "doi"}, {"#text": + "PMC3581819", "@IdType": "pmc"}, {"#text": "23447455", "@IdType": "pubmed"}]}}, + {"Citation": "Kattenstroth J. C., Kolankowsaka I., Kallisch T., Dinse H. R. + (2010). Superior sensory, motor, and cognitive performance in elderly individuals + with multi-year dancing activities. Fornt. Aging Neurosci. 2, 1\u20139.10.3389/fnagi.2010.00031", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2010.00031", "@IdType": + "doi"}, {"#text": "PMC2917240", "@IdType": "pmc"}, {"#text": "20725636", "@IdType": + "pubmed"}]}}, {"Citation": "Keyani P., Hsieh G., Mutlu B., Easterday M., Forlizzi + J. (2005). DanceAlong: Supporting Positive Social Exchange and Exercise for + the Elderly Through Dance CHI. Oregon: Human-Computer Interaction Institute, + Carnegie Mellon University Portland."}, {"Citation": "Kim S. H., Kim M., Ahn + Y. B., Lim H. K., Kang S. G., Cho J. H. (2011). Effect of dance exercise on + cognitive function in elderly patients with metabolic syndrome: a pilot study. + J. Sports Sci. Med. 10, 671\u2013678.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3761497", "@IdType": "pmc"}, {"#text": "24149557", "@IdType": "pubmed"}]}}, + {"Citation": "Kimura K., Hozumi N. (2012). Investigating the acute effect + of an aerobicdance exercise program on neuro-cognitive function in the elderly. + Psychol. Sport Exerc. 13, 623\u2013629.10.1016/j.psychsport.2012.04.001", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.psychsport.2012.04.001", + "@IdType": "doi"}}}, {"Citation": "Kraft K. P., Steel K. A., Mcmilen F., Olson + R., Merom D. (2015). Why few older adults participate in complex motor skills: + a qualitative study of older adults\u2019 perceptions of difficulty and challenge. + BMC Public Health 15:1186.10.1186/s12889-015-2501-z", "ArticleIdList": {"ArticleId": + [{"#text": "10.1186/s12889-015-2501-z", "@IdType": "doi"}, {"#text": "PMC4661985", + "@IdType": "pmc"}, {"#text": "26611751", "@IdType": "pubmed"}]}}, {"Citation": + "Lanyacharoen T., Laophosri M., Kanpittaya J., Auvichayapat P., Sawanyawisuth + K. (2013). Physical performance in recently aged adults after 6 weeks traditional + Thai dance: a randomized controlled trial. Clin. Interv. Aging 8, 855\u2013859.10.2147/CIA.S41076", + "ArticleIdList": {"ArticleId": [{"#text": "10.2147/CIA.S41076", "@IdType": + "doi"}, {"#text": "PMC3740823", "@IdType": "pmc"}, {"#text": "23950640", "@IdType": + "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Donaldson M. G., Ahamed Y., Graf + P., Cook W. L., Close J. C., et al. (2008). Otago home-based strength and + balance retraining improves executive functioning in older fallers: a randomized + controlled trial. J. Am. Geriatr. Soc. 56, 1821\u20131830.10.1111/j.1532-5415.2008.01931.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2008.01931.x", + "@IdType": "doi"}, {"#text": "18795987", "@IdType": "pubmed"}]}}, {"Citation": + "Lubben J., Blozik E., Gillmann G., Iliffe S., von Renteln Kruse W., Beck + J. C., et al. (2006). Performance of an abbreviated version of the Lubben + Social Network Scale among three European Community-Dwelling Older Adult Populations. + Gerontologist 46, 503\u2013513.10.1093/geront/46.4.503", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/geront/46.4.503", "@IdType": "doi"}, {"#text": + "16921004", "@IdType": "pubmed"}]}}, {"Citation": "Maki Y., Ura C., Yamaguchi + T., Murai T., Isahai M., Kaibo A., et al. (2012). Effects of intervention + using community-based walking program for prevention mental decline: a randomized + controlled trial. J. Am. Geriatr. Soc. 60, 505\u2013510.10.1111/j.1532-5415.2011.03838.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2011.03838.x", + "@IdType": "doi"}, {"#text": "22288578", "@IdType": "pubmed"}]}}, {"Citation": + "Mangeri F., Montesi L., Forlani G., Dalle Grave R., Marchesini G. (2014). + A standard ballroom and Latin dance program to improve fitness and adherence + to physical activity in individuals with type 2 diabetes and in obesity. Diabetol. + Metab. Syndr. 6, 74.10.1186/1758-5996-6-74", "ArticleIdList": {"ArticleId": + [{"#text": "10.1186/1758-5996-6-74", "@IdType": "doi"}, {"#text": "PMC4082296", + "@IdType": "pmc"}, {"#text": "25045404", "@IdType": "pubmed"}]}}, {"Citation": + "Merom D., Cosgrove C., Venugopal K., Bauman A. (2012). How diverse was the + leisure time physical activity of older Australian over the past decade. J. + Sci. Med. Sport 15, 213\u2013219.10.1016/j.jsams.2011.10.009", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jsams.2011.10.009", "@IdType": "doi"}, + {"#text": "22197582", "@IdType": "pubmed"}]}}, {"Citation": "Merom D., Cumming + R. G., Mathieu E., Anstey K. J., Rissel C., Simpson J. M., et al. (2013). + Can social dancing prevent falls in older adults? A protocol of the Dance + Aging Cognition, Economics (DAnCE) fall prevention randomised control trial. + BMC Public Health 13:477.10.1186/1471-2458-13-477", "ArticleIdList": {"ArticleId": + [{"#text": "10.1186/1471-2458-13-477", "@IdType": "doi"}, {"#text": "PMC3691670", + "@IdType": "pmc"}, {"#text": "23675705", "@IdType": "pubmed"}]}}, {"Citation": + "Merom D., Rissel C., Phongsavan P., Smith B. J., Van Kemenade C., Brown W. + J., et al. (2007). Promoting walking with pedometers in the community: the + step-by-step trial. Am. J. Prev. Med. 32, 290\u2013297.10.1016/j.amepre.2006.12.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.amepre.2006.12.007", + "@IdType": "doi"}, {"#text": "17303369", "@IdType": "pubmed"}]}}, {"Citation": + "Oken B. S., Zajdel D., Kishiyama S., Flegal K., Dehen C., Haas M., et al. + (2006). Randomized, controlled, six-month trial of yoga in healthy seniors: + effects on cognition and quality of life. Altern. Ther. Health Med. 12, 40\u201347.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1457100", "@IdType": "pmc"}, + {"#text": "16454146", "@IdType": "pubmed"}]}}, {"Citation": "Prince M., Bryce + R., Albanese E., Wimo A., Ribeiro W. (2013). The global prevalence of dementia: + a systematic review and metaanalysis. Alzheimers Dement. 9, 63.e\u201375.e.10.1016/j.jalz.2012.11.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jalz.2012.11.007", "@IdType": + "doi"}, {"#text": "23305823", "@IdType": "pubmed"}]}}, {"Citation": "Prohaska + T., Eisenstein A. R., Satariano W. A., Hunter R., Bayles C. M., Kurtovich + E., et al. (2009). Walking and the preservation of cognitive function in older + populations. Gerontologist 49, S86\u2013S93.10.1093/geront/gnp079", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/geront/gnp079", "@IdType": "doi"}, {"#text": + "19525221", "@IdType": "pubmed"}]}}, {"Citation": "Scherder E., Scherder R., + Verburgh L., Konigs M., Blom M., Kramer A. F., et al. (2014). Executive functions + of sedentary elderly may benefit from walking: a systematic review and meta-analysis. + Am. J. Geriatr. Psychiatry 22, 782\u2013791.10.1016/j.jagp.2012.12.026", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jagp.2012.12.026", "@IdType": "doi"}, + {"#text": "23636004", "@IdType": "pubmed"}]}}, {"Citation": "Sink K. M., Espeland + M. A., Castro C. M., Church T., Cohen R. J., Dodson J. A., et al. (2015). + Effect of a 24-month physical activity intervention vs health education on + cognitive outcomes in sedentary older adults. The LIFE Randomized Trial. J. + Am. Med. Assoc. 314, 781\u2013790.10.1001/jama.2015.9617", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/jama.2015.9617", "@IdType": "doi"}, {"#text": + "PMC4698980", "@IdType": "pmc"}, {"#text": "26305648", "@IdType": "pubmed"}]}}, + {"Citation": "Taylor-Piliae R. E., Newell K. A., Cherin R., Lee M. J., King + A. C., Haskell W. L. (2010). Effects of Tai Chi and Western exercise on physical + and cognitive functioning in healthy community-dwelling older adults. J. Aging + Phys. Act. 18, 261\u2013279.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4699673", + "@IdType": "pmc"}, {"#text": "20651414", "@IdType": "pubmed"}]}}, {"Citation": + "Tombaugh T. N. (2004). Trail Making Test A and B: normative data stratified + by age and education. Arch. Clin. Neuropsychol. 19, 203\u2013214.10.1016/S0887-6177(03)00039-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0887-6177(03)00039-8", + "@IdType": "doi"}, {"#text": "15010086", "@IdType": "pubmed"}]}}, {"Citation": + "Uffelen van J. G. Z., Chinapaw M. J. M., Mechelen van W., Hopman-Rock M. + (2008). Walking or vitamin B for cognition in older adults with mild cognitive + impairment? A randomised controlled trial. Br. J. Sports Med. 42, 344\u2013351.10.1136/bjsm.2007.044735", + "ArticleIdList": {"ArticleId": [{"#text": "10.1136/bjsm.2007.044735", "@IdType": + "doi"}, {"#text": "18308888", "@IdType": "pubmed"}]}}, {"Citation": "Verghese + J., Lipton R. B., Katz M. J., Hall C. B., Derby C. A., Kuslansky G., et al. + (2003). Leisure activities and the risk of dementia in the elderly. N. Engl. + J. Med. 348, 2508\u20132516.10.1056/NEJMoa022252", "ArticleIdList": {"ArticleId": + [{"#text": "10.1056/NEJMoa022252", "@IdType": "doi"}, {"#text": "12815136", + "@IdType": "pubmed"}]}}, {"Citation": "Voelcker-Rehage C., Godde B., Staudinger + U. M. (2011). Cardiovascular and coordination training differentially improve + cognitive performance and neural processing in older adults. Front. Hum. Neurosci. + 5:26.10.3389/fnhum.2011.00026", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnhum.2011.00026", "@IdType": "doi"}, {"#text": "PMC3062100", "@IdType": + "pmc"}, {"#text": "21441997", "@IdType": "pubmed"}]}}, {"Citation": "Voelcker-Rehage + C., Neimann C. (2013). Structural and functional brain changes related to + different types of physical activity across the life span. Neurosci. Behav. + Rev. 37(9 Pt B), 2268\u20132295.10.1016/j.neubiorev.2013.01.028", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neubiorev.2013.01.028", "@IdType": "doi"}, + {"#text": "23399048", "@IdType": "pubmed"}]}}, {"Citation": "Wayne P. M., + Kaptchuk T. J. (2008). Challenges inherent to T\u2019ai Chi research: part + I\u2009\u2013\u2009T\u2019ai Chi as a complex multicomponent intervention. + J. Altern. Complement. Med. 14, 95\u2013102.10.1089/acm.2007.7170B", "ArticleIdList": + {"ArticleId": [{"#text": "10.1089/acm.2007.7170B", "@IdType": "doi"}, {"#text": + "18199021", "@IdType": "pubmed"}]}}, {"Citation": "Welsh K. A., Breitner J. + C. S., Magruder-Habib K. M. (1993). Detection of dementia in the elderly using + telephone screening of cognitive status. Neuropsychiatry Neuropsychol. Behav. + Neurol. 6, 103\u2013110."}, {"Citation": "Williamson D. J., Espeland M., Kritchevsky + S. B., Newman A. B., King A. C., Pahor M., et al. (2009). Changes in cognitive + function in a randomised trail of physical activity: results of the Lifestyle + Interventions and Independence for Elders Pilot Study. J. Gerontol. A Biol. + Sci. Med. Sci. 64A, 688\u2013694.10.1093/gerona/glp014", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/gerona/glp014", "@IdType": "doi"}, {"#text": + "PMC2679423", "@IdType": "pmc"}, {"#text": "19244157", "@IdType": "pubmed"}]}}]}, + "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": {"#text": "26941640", + "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": + {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": + "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "8", "PubDate": + {"Year": "2016"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging + Neurosci"}, "Abstract": {"AbstractText": [{"#text": "A physically active lifestyle + has the potential to prevent cognitive decline and dementia, yet the optimal + type of physical activity/exercise remains unclear. Dance is of special interest + as it complex sensorimotor rhythmic activity with additional cognitive, social, + and affective dimensions.", "@Label": "BACKGROUND", "@NlmCategory": "BACKGROUND"}, + {"#text": "To determine whether dance benefits executive function more than + walking, an activity that is simple and functional.", "@Label": "OBJECTIVES", + "@NlmCategory": "OBJECTIVE"}, {"#text": "Two-arm randomized controlled trial + among community-dwelling older adults. The intervention group received 1\u2009h + of ballroom dancing twice weekly over 8\u2009months (~69\u2009sessions) in + local community dance studios. The control group received a combination of + a home walking program with a pedometer and optional biweekly group-based + walking in local community park to facilitate socialization.", "@Label": "METHODS", + "@NlmCategory": "METHODS"}, {"#text": "Executive function tests: processing + speed and task shift by the Trail Making Tests, response inhibition by the + Stroop Color-Word Test, working memory by the Digit Span Backwards test, immediate + and delayed verbal recall by the Rey Auditory Verbal Learning Test, and visuospatial + recall by the Brief Visuospatial Memory Test (BVST).", "@Label": "MAIN OUTCOMES", + "@NlmCategory": "RESULTS"}, {"#text": "One hundred and fifteen adults (mean + 69.5\u2009years, SD 6.4) completed baseline and delayed baseline (3\u2009weeks + apart) before being randomized to either dance (n\u2009=\u200960) or walking + (n\u2009=\u200955). Of those randomized, 79 (68%) completed the follow-up + measurements (32\u2009weeks from baseline). In the dance group only, \"non-completers\" + had significantly lower baseline scores on all executive function tests than + those who completed the full program. Intention-to-treat analyses showed no + group effect. In a random effects model including participants who completed + all measurements, adjusted for baseline score and covariates (age, education, + estimated verbal intelligence, and community), a between-group effect in favor + of dance was noted only for BVST total learning (Cohen''s D Effect size 0.29, + p\u2009=\u20090.07) and delayed recall (Cohen''s D Effect size\u2009=\u20090.34, + p\u2009=\u20090.06).", "@Label": "RESULTS", "@NlmCategory": "RESULTS"}, {"#text": + "The superior potential of dance over walking on executive functions of cognitively + healthy and active older adults was not supported. Dance improved one of the + cognitive domains (spatial memory) important for learning dance. Controlled + trials targeting inactive older adults and of a higher dose may produce stronger + effects, particularly for novice dancers.", "@Label": "CONCLUSION", "@NlmCategory": + "CONCLUSIONS"}, {"#text": "Australian and New Zealand Clinical Trials Register + (ACTRN12613000782730).", "@Label": "TRIAL REGISTRATION", "@NlmCategory": "BACKGROUND"}]}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Dafna", "Initials": "D", "LastName": "Merom", + "AffiliationInfo": {"Affiliation": "School of Science and Health, Western + Sydney University , Penrith, NSW , Australia."}}, {"@ValidYN": "Y", "ForeName": + "Anne", "Initials": "A", "LastName": "Grunseit", "AffiliationInfo": {"Affiliation": + "Prevention Research Collaboration, School of Public Health, University of + Sydney , Sydney, NSW , Australia."}}, {"@ValidYN": "Y", "ForeName": "Ranmalee", + "Initials": "R", "LastName": "Eramudugolla", "AffiliationInfo": {"Affiliation": + "Centre for Research on Aging, Health and Wellbeing, The Australian National + University , Canberra, ACT , Australia."}}, {"@ValidYN": "Y", "ForeName": + "Barbara", "Initials": "B", "LastName": "Jefferis", "AffiliationInfo": {"Affiliation": + "Department of Primary Care and Population Health, University College London + , London , UK."}}, {"@ValidYN": "Y", "ForeName": "Jade", "Initials": "J", + "LastName": "Mcneill", "AffiliationInfo": {"Affiliation": "Early Start Research + Institute, School of Education, University of Wollongong , Wollongong, NSW + , Australia."}}, {"@ValidYN": "Y", "ForeName": "Kaarin J", "Initials": "KJ", + "LastName": "Anstey", "AffiliationInfo": {"Affiliation": "Centre for Research + on Aging, Health and Wellbeing, The Australian National University , Canberra, + ACT , Australia."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "26", + "MedlinePgn": "26"}, "ArticleDate": {"Day": "22", "Year": "2016", "Month": + "02", "@DateType": "Electronic"}, "ELocationID": [{"#text": "26", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2016.00026", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Cognitive Benefits of Social Dancing + and Walking in Old Age: The Dancing Mind Randomized Controlled Trial.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "08", "Year": "2022", "Month": "04"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "dance", "@MajorTopicYN": "N"}, {"#text": "executive + functions", "@MajorTopicYN": "N"}, {"#text": "physical activity", "@MajorTopicYN": + "N"}, {"#text": "physical function", "@MajorTopicYN": "N"}, {"#text": "walking", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "04", "Year": "2016", "Month": + "03"}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front + Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2016, "title": "Cognitive Benefits of Social + Dancing and Walking in Old Age: The Dancing Mind Randomized Controlled Trial", + "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": "D. Merom", + "authorId": "5127617"}, {"name": "A. Grunseit", "authorId": "4954703"}, {"name": + "R. Eramudugolla", "authorId": "3736216"}, {"name": "B. Jefferis", "authorId": + "3896601"}, {"name": "J. McNeill", "authorId": "50240322"}, {"name": "K. Anstey", + "authorId": "2411078"}], "paperId": "944a9be5665612f441826699b13fc1c09afd9ddf", + "abstract": "Background A physically active lifestyle has the potential to + prevent cognitive decline and dementia, yet the optimal type of physical activity/exercise + remains unclear. Dance is of special interest as it complex sensorimotor rhythmic + activity with additional cognitive, social, and affective dimensions. Objectives + To determine whether dance benefits executive function more than walking, + an activity that is simple and functional. Methods Two-arm randomized controlled + trial among community-dwelling older adults. The intervention group received + 1\u2009h of ballroom dancing twice weekly over 8\u2009months (~69\u2009sessions) + in local community dance studios. The control group received a combination + of a home walking program with a pedometer and optional biweekly group-based + walking in local community park to facilitate socialization. Main outcomes + Executive function tests: processing speed and task shift by the Trail Making + Tests, response inhibition by the Stroop Color-Word Test, working memory by + the Digit Span Backwards test, immediate and delayed verbal recall by the + Rey Auditory Verbal Learning Test, and visuospatial recall by the Brief Visuospatial + Memory Test (BVST). Results One hundred and fifteen adults (mean 69.5\u2009years, + SD 6.4) completed baseline and delayed baseline (3\u2009weeks apart) before + being randomized to either dance (n\u2009=\u200960) or walking (n\u2009=\u200955). + Of those randomized, 79 (68%) completed the follow-up measurements (32\u2009weeks + from baseline). In the dance group only, \u201cnon-completers\u201d had significantly + lower baseline scores on all executive function tests than those who completed + the full program. Intention-to-treat analyses showed no group effect. In a + random effects model including participants who completed all measurements, + adjusted for baseline score and covariates (age, education, estimated verbal + intelligence, and community), a between-group effect in favor of dance was + noted only for BVST total learning (Cohen\u2019s D Effect size 0.29, p\u2009=\u20090.07) + and delayed recall (Cohen\u2019s D Effect size\u2009=\u20090.34, p\u2009=\u20090.06). + Conclusion The superior potential of dance over walking on executive functions + of cognitively healthy and active older adults was not supported. Dance improved + one of the cognitive domains (spatial memory) important for learning dance. + Controlled trials targeting inactive older adults and of a higher dose may + produce stronger effects, particularly for novice dancers. Trial registration + Australian and New Zealand Clinical Trials Register (ACTRN12613000782730).", + "isOpenAccess": true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2016.00026/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC4761858, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2016-02-22"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T02:57:15.747127+00:00", "analyses": + [{"id": "KRep6Pipdtrz", "user": null, "name": "T3\u2013T2 between-groups difference", + "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": "T4", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Test of T3\u2013T2 between-groups + difference (footnote \u2020)", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "jWxVJ2Kzmfqz", "user": null, "name": "Allocation + group dance (n = 60)", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Unadjusted scores at baseline, + delayed baseline, and follow-up; within-group effects between delayed baseline + and follow-up for participants completing delayed baseline.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "h5uWTusgMyFs", "user": + null, "name": "Allocation group walking (n = 55)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Unadjusted scores at baseline, + delayed baseline, and follow-up; within-group effects between delayed baseline + and follow-up for participants completing delayed baseline.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "Src4mRw5tVGr", "user": + null, "name": "group (treatment received \t6 walk coded 0, Dance coded 1) + by time (baseline, delayed baseline, T3) interaction term in random effects + model", "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": + "T4", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Derived from group by time interaction + term in random effects model adjusting for age, education, Spot the word (tertiles), + and community with person as the random effect (footnote \u00067)", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "BW7vCMz5xr4X", "user": + null, "name": "T3 vs. T2 one-tailed within-groups test for improvement", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Within-groups test for improvement + comparing T3 to T2 (footnote *)", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "MC67oYx4wCh5", "user": null, "name": "adjusted + intervention effect using Generalized Linear Model with random effects", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "original_table_id": "t4"}, "table_metadata": {"table_id": "T4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv"}, + "sanitized_table_id": "t4"}, "description": "Adjusted intervention effect + as described in table caption", "conditions": [], "weights": [], "points": + [], "images": []}]}, {"id": "D7ANhxTZR4em", "created_at": "2025-12-04T22:14:32.813085+00:00", + "updated_at": null, "user": null, "name": "Neural and Behavioral Effects of + an Adaptive Online Verbal Working Memory Training in Healthy Middle-Aged Adults", + "description": "Neural correlates of working memory (WM) training remain a + matter of debate, especially in older adults. We used functional magnetic + resonance imaging (fMRI) together with an n-back task to measure brain plasticity + in healthy middle-aged adults following an 8-week adaptive online verbal WM + training. Participants performed 32 sessions of this training on their personal + computers. In addition, we assessed direct effects of the training by applying + a verbal WM task before and after the training. Participants (mean age 55.85 + \u00b1 4.24 years) were pseudo-randomly assigned to the experimental group + (n = 30) or an active control group (n = 27). Training resulted in an activity + decrease in regions known to be involved in verbal WM (i.e., fronto-parieto-cerebellar + circuitry and subcortical regions), indicating that the brain became potentially + more efficient after the training. These activation decreases were associated + with a significant performance improvement in the n-back task inside the scanner + reflecting considerable practice effects. In addition, there were training-associated + direct effects in the additional, external verbal WM task (i.e., HAWIE-R digit + span forward task), and indicating that the training generally improved performance + in this cognitive domain. These results led us to conclude that even at advanced + age cognitive training can improve WM capacity and increase neural efficiency + in specific regions or networks.", "publication": "Frontiers in Aging Neuroscience", + "doi": "10.3389/fnagi.2019.00300", "pmid": "31736741", "authors": "M\u00f3nica + Emch; I. Ripp; Qiong Wu; I. Yakushev; K. Koch", "year": 2019, "metadata": + {"slug": "31736741-10-3389-fnagi-2019-00300-pmc6838657", "source": "semantic_scholar", + "keywords": ["active control group", "fronto-parietal activation", "middle-aged + adults", "n-back task", "supramarginal gyrus", "task-fMRI", "verbal working + memory", "working memory training"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "31", "Year": "2019", "Month": "7", + "@PubStatus": "received"}, {"Day": "18", "Year": "2019", "Month": "10", "@PubStatus": + "accepted"}, {"Day": "19", "Hour": "6", "Year": "2019", "Month": "11", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "19", "Hour": "6", "Year": "2019", "Month": + "11", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "19", "Hour": "6", "Year": + "2019", "Month": "11", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2019", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "31736741", "@IdType": "pubmed"}, {"#text": "PMC6838657", + "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2019.00300", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Aboitiz F., Aboitiz S., Garc\u00eda + R. R. (2010). The phonological loop: a key innovation in human evolution. + Curr. Anthropol. 51 S55\u2013S65. 10.1086/650525", "ArticleIdList": {"ArticleId": + {"#text": "10.1086/650525", "@IdType": "doi"}}}, {"Citation": "Ashburner J. + (2007). A fast diffeomorphic image registration algorithm. Neuroimage 38 95\u2013113. + 10.1016/j.neuroimage.2007.07.007", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2007.07.007", "@IdType": "doi"}, {"#text": "17761438", + "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (2010). Working memory. + Curr. Biol. 20 136\u2013140. 10.1016/j.cub.2009.12.014", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.cub.2009.12.014", "@IdType": "doi"}, {"#text": + "20178752", "@IdType": "pubmed"}]}}, {"Citation": "Berit A., Ove D. (1998). + The clock-drawing test. Age Aging 27 399\u2013403. 10.1093/ageing/afs149", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/ageing/afs149", "@IdType": + "doi"}, {"#text": "23144287", "@IdType": "pubmed"}]}}, {"Citation": "Bokde + A., Karmann M., Born C., Teipel S., Omerovic M., Ewers M., et al. (2010). + Altered brain activation during a verbal working memory task in subjects with + amnestic mild cognitive impairment. J. Alzheimers Dis. 21 103\u2013118. 10.3233/JAD-2010-091054", + "ArticleIdList": {"ArticleId": [{"#text": "10.3233/JAD-2010-091054", "@IdType": + "doi"}, {"#text": "20413893", "@IdType": "pubmed"}]}}, {"Citation": "Borella + E., Carretti B., Riboldi F., De Beni R. (2010). Working memory training in + older adults: evidence of transfer and maintenance effects. Psychol. Aging + 25 767\u2013778. 10.1037/a0020683", "ArticleIdList": {"ArticleId": [{"#text": + "10.1037/a0020683", "@IdType": "doi"}, {"#text": "20973604", "@IdType": "pubmed"}]}}, + {"Citation": "Brehmer Y., Rieckmann A., Bellander M., Westerberg H., Fischer + H., B\u00e4ckman L. (2011). Neural correlates of training-related working-memory + gains in old age. Neuroimage 58 1110\u20131120. 10.1016/j.neuroimage.2011.06.079", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.06.079", + "@IdType": "doi"}, {"#text": "21757013", "@IdType": "pubmed"}]}}, {"Citation": + "Brehmer Y., Westerberg H., B\u00e4ckman L. (2012). Working-memory training + in younger and older adults: training gains, transfer, and maintenance. Front. + Hum. Neurosci. 6:63. 10.3389/fnhum.2012.00063", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2012.00063", "@IdType": "doi"}, {"#text": "PMC3313479", + "@IdType": "pmc"}, {"#text": "22470330", "@IdType": "pubmed"}]}}, {"Citation": + "Buchsbaum B. R., D\u2019Esposito M. (2008). The search for the phonological + store: from loop to convolution. J. Cogn. Neurosci. 20 762\u2013778. 10.1162/jocn.2008.20501", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2008.20501", "@IdType": + "doi"}, {"#text": "18201133", "@IdType": "pubmed"}]}}, {"Citation": "Buschkuehl + M., Jaeggi S. M., Hutchison S., Perrig-Chiello P., D\u00e4pp C., M\u00fcller + M., et al. (2008). Impact of working memory training on memory performance + in old-old adults. Psychol. Aging 23 743\u2013753. 10.1037/a0014342", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/a0014342", "@IdType": "doi"}, {"#text": + "19140646", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R. (2002). Prefrontal + and medial temporal lobe contributions to relational memory in young and older + adults. Psychol. Aging 17 85\u2013100. 10.1037//0882-7974.17.1.85", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037//0882-7974.17.1.85", "@IdType": "doi"}, + {"#text": "11931290", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R., Daselaar + S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task-specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14 364\u2013375. 10.1093/cercor/bhg133", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhg133", "@IdType": + "doi"}, {"#text": "15028641", "@IdType": "pubmed"}]}}, {"Citation": "Carretti + B., Borella E., Zavagnin M., De Beni R. (2011). Impact of metacognition and + motivation on the efficacy of strategic memory training in older adults: analysis + of specific, transfer and maintenance effects. Arch. Gerontol. Geriatr. 52 + e192\u2013e197. 10.1016/j.archger.2010.11.004", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.archger.2010.11.004", "@IdType": "doi"}, {"#text": "21126778", + "@IdType": "pubmed"}]}}, {"Citation": "Champod A. S., Petrides M. (2010). + Dissociation within the frontoparietal network in verbal working memory: a + parametric functional magnetic resonance imaging study. J. Neurosci. 30 3849\u20133856. + 10.1523/JNEUROSCI.0097-10.2010", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.0097-10.2010", "@IdType": "doi"}, {"#text": "PMC6632229", + "@IdType": "pmc"}, {"#text": "20220020", "@IdType": "pubmed"}]}}, {"Citation": + "Chooi W. (2012). Working memory and intelligence: a brief review. J. Educ. + Develop. Psychol. 2 42\u201350. 10.5539/jedp.v2n2p42", "ArticleIdList": {"ArticleId": + {"#text": "10.5539/jedp.v2n2p42", "@IdType": "doi"}}}, {"Citation": "Dahlin + E., Nyberg L., B\u00e4ckman L., Neely A. S. (2008). Plasticity of executive + functioning in young and older adults: immediate training gains, transfer, + and long-term maintenance. Psychol. Aging 23 720\u2013730. 10.1037/a0014296", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0014296", "@IdType": "doi"}, + {"#text": "19140643", "@IdType": "pubmed"}]}}, {"Citation": "Daneman A., Carpenter + P. A. (1980). Individual differences in working memory and reading. J. Verbal + Learn. Verbal Behav. 19 450\u2013466. 10.1016/S0022-5371(80)90312-6", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/S0022-5371(80)90312-6", "@IdType": "doi"}}}, + {"Citation": "Deschamps I., Baum S. R., Gracco V. L. (2014). Neuropsychologia + on the role of the supramarginal gyrus in phonological processing and verbal + working memory: evidence from rTMS studies. Neuropsychologia 53 39\u201346. + 10.1016/j.neuropsychologia.2013.10.015", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2013.10.015", "@IdType": "doi"}, {"#text": "24184438", + "@IdType": "pubmed"}]}}, {"Citation": "Emch M., von Bastian C. C., Koch K. + (2019). Neural correlates of verbal working memory: an fMRI meta-analysis. + Front. Hum. Neurosci. 13:180. 10.3389/fnhum.2019.00180", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnhum.2019.00180", "@IdType": "doi"}, {"#text": + "PMC6581736", "@IdType": "pmc"}, {"#text": "31244625", "@IdType": "pubmed"}]}}, + {"Citation": "Folstein M. F., Folstein S. E., McHugh P. R. (1975). Mini-mental + state\u201d. a practical method for grading the cognitive state of patients + for the clinician. J. Psychiatr. Res. 12 189\u2013198.", "ArticleIdList": + {"ArticleId": {"#text": "1202204", "@IdType": "pubmed"}}}, {"Citation": "Haatveit + B. C., Sundet K., Hugdahl K., Ueland T., Melle I., Andreassen O. A. (2010). + The validity of d prime as a working memory index: results from the bergen + n-back task. J. Clin. Exp. Neuropsychol. 32 871\u2013880. 10.1080/13803391003596421", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13803391003596421", "@IdType": + "doi"}, {"#text": "20383801", "@IdType": "pubmed"}]}}, {"Citation": "Habeck + C., Rakitin B., Stefener J., Stern Y. (2012). Contrasting visual working memory + for verbal and non-verbal material with multivariate analysis of fMRI. Brain + Res. 1467 27\u201341. 10.1016/j.brainres.2012.05.045.Contrasting", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brainres.2012.05.045.Contrasting", "@IdType": + "doi"}, {"#text": "PMC3398171", "@IdType": "pmc"}, {"#text": "22652306", "@IdType": + "pubmed"}]}}, {"Citation": "Holmes J., Woolgar F., Hampshire A., Gathercole + S. E., Holmes J. (2019). Are working memory training effects paradigm-specific. + Front. Psychol. 10:1103. 10.3389/fpsyg.2019.01103", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fpsyg.2019.01103", "@IdType": "doi"}, {"#text": "PMC6542987", + "@IdType": "pmc"}, {"#text": "31178781", "@IdType": "pubmed"}]}}, {"Citation": + "Jaeggi S. M., Buschkuehl M., Jonides J., Perrig W. J. (2008). Improving fluid + intelligence with training on working memory. Proc. Natl. Acad. Sci. U.S.A. + 105 6829\u20136833. 10.3758/s13423-014-0699-x", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13423-014-0699-x", "@IdType": "doi"}, {"#text": "PMC2383929", + "@IdType": "pmc"}, {"#text": "18443283", "@IdType": "pubmed"}]}}, {"Citation": + "Jaeggi S. M., Studer-Luethi B., Buschkuehl M., Su Y. F., Jonides J., Perrig + W. J. (2010). The relationship between n-back performance and matrix reasoning + - implications for training and transfer. Intelligence 38 625\u2013635. 10.1016/j.intell.2010.09.001", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.intell.2010.09.001", "@IdType": + "doi"}}}, {"Citation": "Jansma J. M., Ramsey N. F., Slagter H. A., Kahn R. + S. (2001). Functional anatomical correlates of controlled and automatic processing. + J. Cogn. Neurosci. 13 730\u2013743. 10.1162/08989290152541403", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/08989290152541403", "@IdType": "doi"}, {"#text": + "11564318", "@IdType": "pubmed"}]}}, {"Citation": "Kelly A. M. C., Garavan + H. (2005). Human functional neuroimaging of brain changes associated with + practice. Cereb. Cortex 15 1089\u20131102. 10.1093/cercor/bhi005", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/cercor/bhi005", "@IdType": "doi"}, {"#text": + "15616134", "@IdType": "pubmed"}]}}, {"Citation": "Klingberg T., Forssberg + H., Westerberg H. (2002). Training of working memory in children with ADHD. + J. Clin. Exp. Neuropsychol. 24 781\u2013791. 10.1076/jcen.24.6.781.8395", + "ArticleIdList": {"ArticleId": [{"#text": "10.1076/jcen.24.6.781.8395", "@IdType": + "doi"}, {"#text": "12424652", "@IdType": "pubmed"}]}}, {"Citation": "Knopman + D. S. (2012). Subjective cognitive impairment. Neurology 79 1308\u20131309. + 10.1212/WNL.0b013e31826c1bd1", "ArticleIdList": {"ArticleId": [{"#text": "10.1212/WNL.0b013e31826c1bd1", + "@IdType": "doi"}, {"#text": "22914836", "@IdType": "pubmed"}]}}, {"Citation": + "Kornblith S., Quiroga R. Q., Koch C., Fried I., Mormann F., Kornblith S., + et al. (2017). Persistent single-neuron activity during working memory in + the human medial temporal lobe. Curr. Biol. 27 1026\u20131032. 10.1016/j.cub.2017.02.013", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cub.2017.02.013", "@IdType": + "doi"}, {"#text": "PMC5510887", "@IdType": "pmc"}, {"#text": "28318972", "@IdType": + "pubmed"}]}}, {"Citation": "Kulikowski K., Potasz-Kulikowska K. (2016). Can + we measure working memory via the Internet? the reliability and factorial + validity of an online n-back task. Pol. Psychol. Bull. 47 51\u201361. 10.1515/ppb-2016-0006", + "ArticleIdList": {"ArticleId": {"#text": "10.1515/ppb-2016-0006", "@IdType": + "doi"}}}, {"Citation": "Landsberger H. A. (1958). Hawthorne revisited. Soc. + Forces 37:119."}, {"Citation": "Li S. C., Schmiedek F., Huxhold O., R\u00f6cke + C., Smith J., Lindenberger U. (2008). Working memory plasticity in old age: + practice gain, transfer, and maintenance. Psychol. Aging 23 731\u2013742. + 10.1037/a0014343", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0014343", + "@IdType": "doi"}, {"#text": "19140644", "@IdType": "pubmed"}]}}, {"Citation": + "Linares R., Borella E., Lechuga M. T., Carretti B., Pelegrina S. (2019). + Nearest transfer effects of working memory training: a comparison of two programs + focused on working memory updating. PLoS One 14:e0211321. 10.1371/journal.pone.0211321", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0211321", + "@IdType": "doi"}, {"#text": "PMC6373913", "@IdType": "pmc"}, {"#text": "30759135", + "@IdType": "pubmed"}]}}, {"Citation": "Meule A. (2017). Reporting and interpreting + working memory performance in n-back tasks. Front. Psychol. 8:352. 10.1002/hup.1248", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hup.1248", "@IdType": "doi"}, + {"#text": "PMC5339218", "@IdType": "pmc"}, {"#text": "28326058", "@IdType": + "pubmed"}]}}, {"Citation": "Mir\u00f3-Padilla A., Bueichek\u00fa E., Ventura-campos + N. (2018). Long-term brain effects of N-back training: an fMRI study. Brain + Imaging Behav. 13 1115\u20131127. 10.1007/s11682-018-9925-x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s11682-018-9925-x", "@IdType": "doi"}, {"#text": + "30006860", "@IdType": "pubmed"}]}}, {"Citation": "Molz G., Schulze R., Schroeders + U., Wilhelm O. (2010). Wechsler intelligenztest f\u00fcr erwachsene WIE. deutschsprachige + bearbeitung und adaptation des WAlS-lI! von david wechsler. Psychol. Rundsch. + 61 229\u2013230./a000042"}, {"Citation": "Oberauer K. (2005). Binding and + inhibition in working memory: individual and age differences in short-term + recognition. J. Exp. Psychol. 134 368\u2013387. 10.1037/0096-3445.134.3.368", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-3445.134.3.368", "@IdType": + "doi"}, {"#text": "16131269", "@IdType": "pubmed"}]}}, {"Citation": "Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25 46\u201359. 10.1002/hbm.20131", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": "PMC6871745", + "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, {"Citation": + "Packard M. G., Knowlton B. J. (2002). Learning and memory functions of the + basal ganglia. Annu. Rev. Neurosci. 25 563\u2013593. 10.1146/annurev.neuro.25.112701.142937", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.neuro.25.112701.142937", + "@IdType": "doi"}, {"#text": "12052921", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Reuter-Lorenz P. (2009). The adaptive brain: aging and neurocognitive + scaffolding. Annu. Neurosci. 60 173\u2013196. 10.1146/annurev.psych.59.103006.093656", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.psych.59.103006.093656", + "@IdType": "doi"}, {"#text": "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", + "@IdType": "pubmed"}]}}, {"Citation": "Pliatsikas C., Verissimo J., Babcock + L., Pullman M. Y., Glei D. A., Weinstein M., et al. (2018). Working memory + in older adults declines with age, but is modulated by sex and education. + Q. J. Exp. Psychol. 72 1308\u20131327. 10.1177/1747021818791994", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1747021818791994", "@IdType": "doi"}, {"#text": + "30012055", "@IdType": "pubmed"}]}}, {"Citation": "Poldrack R. A. (2000). + Imaging brain plasticity: conceptual and methodological issues \u2014 a theoretical + review. Neuroimage 12 1\u201313. 10.1006/nimg.2000.0596", "ArticleIdList": + {"ArticleId": [{"#text": "10.1006/nimg.2000.0596", "@IdType": "doi"}, {"#text": + "10875897", "@IdType": "pubmed"}]}}, {"Citation": "Power J. D., Barnes K. + A., Snyder A. Z., Schlaggar B. L., Petersen S. E. (2012). Spurious but systematic + correlations in functional connectivity MRI networks arise from subject motion. + Neuroimage 59 2142\u20132154. 10.1016/j.neuroimage.2011.10.018", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.10.018", "@IdType": "doi"}, + {"#text": "PMC3254728", "@IdType": "pmc"}, {"#text": "22019881", "@IdType": + "pubmed"}]}}, {"Citation": "Power J. D., Mitra A., Laumann T. O., Synder A. + Z., Schlaggar B. L., Petersen S. E. (2014). Methods to detect, characterize, + and remove motion artifact in resting state fMRI. Neuroimage 84 1\u201345. + 10.1016/j.neuroimage.2013.08.048.Methods", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2013.08.048.Methods", "@IdType": "doi"}, + {"#text": "PMC3849338", "@IdType": "pmc"}, {"#text": "23994314", "@IdType": + "pubmed"}]}}, {"Citation": "Reuter-Lorenz P. A., Cappell K. A. (2008). Neurocognitive + aging and the compensation hypothesis. Curr. Direct. Psychol. Sci. 17 177\u2013182. + 10.1111/j.1467-8721.2008.00570.x", "ArticleIdList": {"ArticleId": {"#text": + "10.1111/j.1467-8721.2008.00570.x", "@IdType": "doi"}}}, {"Citation": "Rottschy + C., Langner R., Dogan I., Reetz K., Laird A. R., Schulz J. B., et al. (2012). + Modelling neural correlates of working memory: a coordinate-based meta-analysis. + Neuroimage 60 830\u2013846. 10.1016/j.neuroimage.2011.11.050", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.11.050", "@IdType": "doi"}, + {"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", "@IdType": + "pubmed"}]}}, {"Citation": "Salmi J., Nyberg L., Laine M. (2018). Working + memory training mostly engages general-purpose large-scale networks for learning. + Neurosci. Biobehav. Rev. 93 108\u2013122. 10.1016/j.neubiorev.2018.03.019", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2018.03.019", + "@IdType": "doi"}, {"#text": "29574197", "@IdType": "pubmed"}]}}, {"Citation": + "Schmiedek F., Hildebrandt A., L\u00f6vd\u00e9n M., Wilhelm O., Lindenberger + U. (2009). Complex span versus updating tasks of working memory: the gap is + not that deep. J. Exp. Psychol. 35 1089\u20131096. 10.1037/a0015730", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/a0015730", "@IdType": "doi"}, {"#text": + "19586272", "@IdType": "pubmed"}]}}, {"Citation": "Schneiders J. A., Opitz + B., Tang H., Deng Y., Xie C., Li H., et al. (2012). The impact of auditory + working memory training on the fronto-parietal working memory network. Front. + Hum. Neurosci. 6:173. 10.3389/fnhum.2012.00173", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2012.00173", "@IdType": "doi"}, {"#text": "PMC3373207", + "@IdType": "pmc"}, {"#text": "22701418", "@IdType": "pubmed"}]}}, {"Citation": + "Schweizer S., Grahn J., Hampshire A., Mobbs D., Dalgleish T. (2013). Training + the emotional brain: improving affective control through emotional working + memory training. J. Neurosci. 33 5301\u20135311. 10.1523/JNEUROSCI.2593-12.2013", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.2593-12.2013", + "@IdType": "doi"}, {"#text": "PMC6704999", "@IdType": "pmc"}, {"#text": "23516294", + "@IdType": "pubmed"}]}}, {"Citation": "Sheehan D. V., Lecrubier Y., Sheehan + K. H., Amorim P., Janavs J., Weiller E., et al. (1998). The mini-international + neuropsychiatric interview (M.I.N.I.): the development and validation of a + structured diagnostic psychiatric interview for DSM-IV and ICD-10. J. Clin. + Psychiatry 59 22\u201357.", "ArticleIdList": {"ArticleId": {"#text": "9881538", + "@IdType": "pubmed"}}}, {"Citation": "Siegel J. S., Power J. D., Dubis J. + W., Vogel A. C., Church J. A., Schlaggar B. L., et al. (2014). Statistical + improvements in functional magnetic resonance imaging analyses produced by + censoring high-motion data points. Hum. Brain Mapp. 35 1981\u20131996. 10.1002/hbm.22307", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22307", "@IdType": + "doi"}, {"#text": "PMC3895106", "@IdType": "pmc"}, {"#text": "23861343", "@IdType": + "pubmed"}]}}, {"Citation": "Thompson T. W., Waskom M. L., Gabrieli J. D. E. + (2016). Intensive working memory training produces functional changes in large-scale + fronto-parietal networks. J. Cogn. Neurosci. 28 575\u2013588. 10.1162/jocn", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn", "@IdType": "doi"}, + {"#text": "PMC5724764", "@IdType": "pmc"}, {"#text": "26741799", "@IdType": + "pubmed"}]}}, {"Citation": "Tusch E. S., Alperin B. R., Ryan E., Holcomb P. + J., Mohammed A. H., Daffner K. R. (2016). Changes in neural activity underlying + working memory after computerized cognitive training in older adults. Front. + Aging Neurosci. 8:255. 10.3389/fnagi.2016.00255", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2016.00255", "@IdType": "doi"}, {"#text": "PMC5099139", + "@IdType": "pmc"}, {"#text": "27877122", "@IdType": "pubmed"}]}}, {"Citation": + "Vartanian O., Jobidon M., Bouak F., Nakashima A., Smith I., Lam Q., et al. + (2013). Working memory training is associated with lower prefrontal cortex + activation in a divergent thinking task. Neuroscience 236 186\u2013194. 10.1016/j.neuroscience.2012.12.060", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2012.12.060", + "@IdType": "doi"}, {"#text": "23357116", "@IdType": "pubmed"}]}}, {"Citation": + "von Bastian C. C., Oberauer K. (2014). Effects and mechanisms of working + memory training: a review. Psychol. Res. 78 803\u2013820. 10.1007/s00426-013-0524-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00426-013-0524-6", "@IdType": + "doi"}, {"#text": "24213250", "@IdType": "pubmed"}]}}, {"Citation": "Wiley + J., Jarosz A. F. (2012). Working memory capacity, attentional focus, and problem + solving. Curr. Dir. Psychol. Sci. 21 258\u2013262. 10.1177/0963721412447622", + "ArticleIdList": {"ArticleId": [{"#text": "10.1177/0963721412447622", "@IdType": + "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Yesavage J. + A., Brink T. L., Rose T. L., Lum O., Huang V., Adey M., et al. (1983). Development + and validation of a geriatric depression screening scale: a preliminary report. + J. Psychiatric Res. 17 37\u201349. 10.1016/0022-3956(82)90033-4", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/0022-3956(82)90033-4", "@IdType": "doi"}, + {"#text": "7183759", "@IdType": "pubmed"}]}}, {"Citation": "Zilles D., Lewandowski + M., Vieker H., Henseler I., Diekhof E., Melcher T., et al. (2016). Gender + differences in verbal and visuospatial working memory performance and networks. + Neuropsychobiology 73 52\u201363. 10.1159/000443174", "ArticleIdList": {"ArticleId": + [{"#text": "10.1159/000443174", "@IdType": "doi"}, {"#text": "26859775", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": + {"#text": "31736741", "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, + "Title": "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "11", + "PubDate": {"Year": "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": {"i": ["n", "n"], "#text": + "Neural correlates of working memory (WM) training remain a matter of debate, + especially in older adults. We used functional magnetic resonance imaging + (fMRI) together with an n-back task to measure brain plasticity in healthy + middle-aged adults following an 8-week adaptive online verbal WM training. + Participants performed 32 sessions of this training on their personal computers. + In addition, we assessed direct effects of the training by applying a verbal + WM task before and after the training. Participants (mean age 55.85 \u00b1 + 4.24 years) were pseudo-randomly assigned to the experimental group ( = 30) + or an active control group ( = 27). Training resulted in an activity decrease + in regions known to be involved in verbal WM (i.e., fronto-parieto-cerebellar + circuitry and subcortical regions), indicating that the brain became potentially + more efficient after the training. These activation decreases were associated + with a significant performance improvement in the n-back task inside the scanner + reflecting considerable practice effects. In addition, there were training-associated + direct effects in the additional, external verbal WM task (i.e., HAWIE-R digit + span forward task), and indicating that the training generally improved performance + in this cognitive domain. These results led us to conclude that even at advanced + age cognitive training can improve WM capacity and increase neural efficiency + in specific regions or networks."}, "CopyrightInformation": "Copyright \u00a9 + 2019 Emch, Ripp, Wu, Yakushev and Koch."}, "Language": "eng", "@PubModel": + "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "M\u00f3nica", "Initials": "M", "LastName": "Emch", "AffiliationInfo": [{"Affiliation": + "Department of Neuroradiology, School of Medicine, Klinikum Rechts der Isar, + Technical University of Munich, Munich, Germany."}, {"Affiliation": "TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany."}, {"Affiliation": + "Graduate School of Systemic Neurosciences, Ludwig-Maximilians-Universit\u00e4t, + Martinsried, Germany."}]}, {"@ValidYN": "Y", "ForeName": "Isabelle", "Initials": + "I", "LastName": "Ripp", "AffiliationInfo": [{"Affiliation": "TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany."}, {"Affiliation": + "Graduate School of Systemic Neurosciences, Ludwig-Maximilians-Universit\u00e4t, + Martinsried, Germany."}, {"Affiliation": "Department of Nuclear Medicine, + School of Medicine, Klinikum Rechts der Isar, Technical University of Munich, + Munich, Germany."}]}, {"@ValidYN": "Y", "ForeName": "Qiong", "Initials": "Q", + "LastName": "Wu", "AffiliationInfo": [{"Affiliation": "Department of Neuroradiology, + School of Medicine, Klinikum Rechts der Isar, Technical University of Munich, + Munich, Germany."}, {"Affiliation": "TUM-Neuroimaging Center, Technical University + of Munich, Munich, Germany."}]}, {"@ValidYN": "Y", "ForeName": "Igor", "Initials": + "I", "LastName": "Yakushev", "AffiliationInfo": [{"Affiliation": "TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany."}, {"Affiliation": + "Graduate School of Systemic Neurosciences, Ludwig-Maximilians-Universit\u00e4t, + Martinsried, Germany."}, {"Affiliation": "Department of Nuclear Medicine, + School of Medicine, Klinikum Rechts der Isar, Technical University of Munich, + Munich, Germany."}]}, {"@ValidYN": "Y", "ForeName": "Kathrin", "Initials": + "K", "LastName": "Koch", "AffiliationInfo": [{"Affiliation": "Department of + Neuroradiology, School of Medicine, Klinikum Rechts der Isar, Technical University + of Munich, Munich, Germany."}, {"Affiliation": "TUM-Neuroimaging Center, Technical + University of Munich, Munich, Germany."}, {"Affiliation": "Graduate School + of Systemic Neurosciences, Ludwig-Maximilians-Universit\u00e4t, Martinsried, + Germany."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "300", "MedlinePgn": + "300"}, "ArticleDate": {"Day": "01", "Year": "2019", "Month": "11", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "300", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2019.00300", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Neural and Behavioral Effects of an Adaptive Online + Verbal Working Memory Training in Healthy Middle-Aged Adults.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "04", "Year": "2023", "Month": "11"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "active control group", "@MajorTopicYN": "N"}, {"#text": + "fronto-parietal activation", "@MajorTopicYN": "N"}, {"#text": "middle-aged + adults", "@MajorTopicYN": "N"}, {"#text": "n-back task", "@MajorTopicYN": + "N"}, {"#text": "supramarginal gyrus", "@MajorTopicYN": "N"}, {"#text": "task-fMRI", + "@MajorTopicYN": "N"}, {"#text": "verbal working memory", "@MajorTopicYN": + "N"}, {"#text": "working memory training", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": + "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2019, + "title": "Neural and Behavioral Effects of an Adaptive Online Verbal Working + Memory Training in Healthy Middle-Aged Adults", "venue": "Frontiers in Aging + Neuroscience", "authors": [{"name": "M\u00f3nica Emch", "authorId": "114409996"}, + {"name": "I. Ripp", "authorId": "91149694"}, {"name": "Qiong Wu", "authorId": + "2117830044"}, {"name": "I. Yakushev", "authorId": "144672519"}, {"name": + "K. Koch", "authorId": "2856557"}], "paperId": "2daaceb3551e1e047b97732595148db11a227c87", + "abstract": "Neural correlates of working memory (WM) training remain a matter + of debate, especially in older adults. We used functional magnetic resonance + imaging (fMRI) together with an n-back task to measure brain plasticity in + healthy middle-aged adults following an 8-week adaptive online verbal WM training. + Participants performed 32 sessions of this training on their personal computers. + In addition, we assessed direct effects of the training by applying a verbal + WM task before and after the training. Participants (mean age 55.85 \u00b1 + 4.24 years) were pseudo-randomly assigned to the experimental group (n = 30) + or an active control group (n = 27). Training resulted in an activity decrease + in regions known to be involved in verbal WM (i.e., fronto-parieto-cerebellar + circuitry and subcortical regions), indicating that the brain became potentially + more efficient after the training. These activation decreases were associated + with a significant performance improvement in the n-back task inside the scanner + reflecting considerable practice effects. In addition, there were training-associated + direct effects in the additional, external verbal WM task (i.e., HAWIE-R digit + span forward task), and indicating that the training generally improved performance + in this cognitive domain. These results led us to conclude that even at advanced + age cognitive training can improve WM capacity and increase neural efficiency + in specific regions or networks.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00300/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6838657, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-11-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T22:16:19.320143+00:00", "analyses": + [{"id": "Q25ACBWeNS4H", "user": null, "name": "t2", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "List of higher brain activation + in the experimental group at S1 compared to S2 [i.e., experimental group (S1) + > experimental group (S2) at p < 0.05 FDR corrected with a cluster extension + of k = 10 voxels].", "conditions": [], "weights": [], "points": [{"id": "yiCpB4HnUp37", + "coordinates": [-42.0, -76.0, -30.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 5.11}]}, {"id": + "tabqb2Jd8XvV", "coordinates": [20.0, -20.0, -6.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 4.99}]}, {"id": "NBLdxd2LtmdE", "coordinates": [60.0, -48.0, 26.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.9}]}, {"id": "iMYH7tosCp8R", "coordinates": [-50.0, -50.0, + 38.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.81}]}, {"id": "kyUBs5eTcEY9", "coordinates": [-22.0, + -72.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.79}]}, {"id": "3SQBNeqtWUXN", "coordinates": + [-56.0, -36.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.65}]}, {"id": "ZGAZVJTMb2Yv", "coordinates": + [22.0, -52.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.3}]}, {"id": "eSKjvA6vTW9c", "coordinates": + [16.0, -72.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.27}]}, {"id": "2Dt2KWA7xCvu", "coordinates": + [4.0, -30.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.22}]}, {"id": "9vvZymZxeyJe", "coordinates": + [42.0, -78.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.21}]}, {"id": "D6oZ3TaAhHjJ", "coordinates": + [-12.0, 4.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.18}]}, {"id": "zwDk3phnsHKz", "coordinates": + [22.0, -84.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.13}]}, {"id": "ZvA2tcMKKRg8", "coordinates": + [-28.0, -58.0, -48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "uiZxVMRQ7MgN", "coordinates": + [-18.0, -66.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "PPog8W2UHp9Z", "coordinates": + [0.0, -70.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.11}]}, {"id": "2RUaLAnSidJy", "coordinates": + [32.0, 26.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "vMW2ddLrLpi4", "coordinates": + [-22.0, -50.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "VGiH8uSHRpQE", "coordinates": + [8.0, -64.0, -42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.01}]}, {"id": "S9BzKkrjXTtG", "coordinates": + [20.0, -30.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.97}]}, {"id": "YzKS6x4QyJNv", "coordinates": + [-40.0, -78.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.93}]}, {"id": "w2qPDPXFZTdQ", "coordinates": + [36.0, 20.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.8}]}, {"id": "mpPg4xq37vMm", "coordinates": + [-2.0, -48.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "dE5hR4L376um", "coordinates": + [34.0, -20.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "sezYGnpDtzJu", "coordinates": + [-32.0, 44.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "ZuyYn9Y9j7Jv", "coordinates": + [28.0, 56.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.75}]}, {"id": "7iwhas5zUSPD", "coordinates": + [26.0, -66.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.73}]}, {"id": "ptSxoVrQzJdh", "coordinates": + [-34.0, -74.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.72}]}, {"id": "76uQNuYWH5gk", "coordinates": + [-34.0, -88.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.69}]}, {"id": "4BgS5AkzGPcC", "coordinates": + [12.0, -80.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.65}]}, {"id": "hprpCjCB3F8A", "coordinates": + [6.0, -38.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.65}]}, {"id": "7syeDPZwmQVQ", "coordinates": + [52.0, -30.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.65}]}, {"id": "hbv9b8hXx7Uz", "coordinates": + [4.0, -2.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.62}]}, {"id": "26f7xhG2EXWK", "coordinates": + [32.0, -86.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.6}]}, {"id": "pC8k7zva6DUH", "coordinates": + [-38.0, -60.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.59}]}, {"id": "sS2tN2yJqcT4", "coordinates": + [-48.0, -72.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.59}]}, {"id": "gsGsP244GDWM", "coordinates": + [6.0, -12.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.55}]}, {"id": "emzFJ2JtZwAc", "coordinates": + [36.0, -52.0, -28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.52}]}, {"id": "aQFUu3LD9EbT", "coordinates": + [-4.0, 46.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.52}]}, {"id": "btDq5i7HiqqS", "coordinates": + [-12.0, -42.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.51}]}], "images": []}, {"id": "gjAmGsCZoKdo", + "user": null, "name": "t3", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002_info.json", + "table_label": "TABLE 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002_info.json", + "table_label": "TABLE 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "List of brain activations for + the interaction [i.e., experimental group (S1 > S2) > control group (S1 > + S2) at p < 0.05 FDR corrected with a cluster extension of k = 6 voxels].", + "conditions": [], "weights": [], "points": [{"id": "Bz8WJ76mTh2F", "coordinates": + [0.0, -68.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.07}]}, {"id": "EzjHGuQP2ejn", "coordinates": + [-42.0, -76.0, -30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.79}]}, {"id": "jbf2fKnbEMD2", "coordinates": + [18.0, -22.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.66}]}, {"id": "BoczEaermZsK", "coordinates": + [-58.0, -38.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.65}]}, {"id": "jkRPooVKLcEu", "coordinates": + [16.0, -66.0, -34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.44}]}, {"id": "URu8MeS3tko5", "coordinates": + [-22.0, -76.0, -36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.43}]}, {"id": "JUEYVHCT7GMu", "coordinates": + [40.0, -80.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.33}]}, {"id": "f4WG4pJiqwdq", "coordinates": + [46.0, -58.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.33}]}, {"id": "BkTNfJsAYvdr", "coordinates": + [-52.0, -70.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.23}]}, {"id": "4QbkX6Uc92fx", "coordinates": + [18.0, 50.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.23}]}, {"id": "TVMPUrJbnwwj", "coordinates": + [32.0, 28.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.13}]}, {"id": "tLE978GqMD3z", "coordinates": + [18.0, 56.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "64gpMjayEN3K", "coordinates": + [-50.0, -50.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.08}]}, {"id": "aqxwAPnudzPt", "coordinates": + [-12.0, -42.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.03}]}, {"id": "djKVPso4yqPL", "coordinates": + [60.0, -46.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.02}]}, {"id": "rT4E7rSzjhZa", "coordinates": + [-48.0, -62.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.0}]}, {"id": "rXcqzouQu28Q", "coordinates": + [4.0, -44.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.97}]}, {"id": "JCZ743rGaqxd", "coordinates": + [6.0, 46.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.93}]}, {"id": "BLHexCuM6YDF", "coordinates": + [-2.0, -72.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.91}]}, {"id": "dFTPQVLVnCKT", "coordinates": + [12.0, -80.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.9}]}], "images": []}]}, {"id": "DLLcNXKNqJZM", + "created_at": "2025-12-04T22:14:32.813085+00:00", "updated_at": null, "user": + null, "name": "Increased neural differentiation after a single session of + aerobic exercise in older adults", "description": "Aging is associated with + decreased cognitive function. One theory posits that this decline is in part + due to multiple neural systems becoming dedifferentiated in older adults. + Exercise is known to improve cognition in older adults, even after only a + single session. We hypothesized that one mechanism of improvement is a redifferentiation + of neural systems. We used a within-participant, cross-over design involving + 2 sessions: either 30\u00a0minutes of aerobic exercise or 30\u00a0minutes + of seated rest (n\u00a0=\u00a032; ages 55-81 years). Both functional Magnetic + Resonance Imaging (fMRI) and Stroop performance were acquired soon after exercise + and rest. We quantified neural differentiation via general heterogeneity regression. + There were 3 prominent findings following the\u00a0exercise. First, participants + were better at reducing Stroop interference. Second, while there was greater + neural differentiation within the hippocampal formation and cerebellum, there + was lower neural differentiation within frontal cortices. Third, this greater + neural differentiation in the cerebellum and temporal lobe was more pronounced + in the older ages. These data suggest that exercise can induce greater neural + differentiation in healthy aging.", "publication": "Neurobiology of Aging", + "doi": "10.1016/j.neurobiolaging.2023.08.008", "pmid": "37742442", "authors": + "J. Purcell; R. Wiley; Junyeon Won; Daniel D. Callow; Lauren Weiss; Alfonso + J Alfini; Yi Wei; J. Carson Smith", "year": 2023, "metadata": {"slug": "37742442-10-1016-j-neurobiolaging-2023-08-008", + "source": "semantic_scholar", "keywords": ["Aging", "Bayesian", "Dedifferentiation", + "Exercise", "FMRI"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "22", "Year": "2022", "Month": "12", "@PubStatus": + "received"}, {"Day": "19", "Year": "2023", "Month": "8", "@PubStatus": "revised"}, + {"Day": "24", "Year": "2023", "Month": "8", "@PubStatus": "accepted"}, {"Day": + "6", "Hour": "6", "Year": "2023", "Month": "11", "Minute": "42", "@PubStatus": + "medline"}, {"Day": "25", "Hour": "0", "Year": "2023", "Month": "9", "Minute": + "42", "@PubStatus": "pubmed"}, {"Day": "24", "Hour": "18", "Year": "2023", + "Month": "9", "Minute": "4", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "37742442", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2023.08.008", + "@IdType": "doi"}, {"#text": "S0197-4580(23)00207-5", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "37742442", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Volume": "132", "PubDate": {"Year": "2023", "Month": + "Dec"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, + "Abstract": {"AbstractText": "Aging is associated with decreased cognitive + function. One theory posits that this decline is in part due to multiple neural + systems becoming dedifferentiated in older adults. Exercise is known to improve + cognition in older adults, even after only a single session. We hypothesized + that one mechanism of improvement is a redifferentiation of neural systems. + We used a within-participant, cross-over design involving 2 sessions: either + 30\u00a0minutes of aerobic exercise or 30\u00a0minutes of seated rest (n\u00a0=\u00a032; + ages 55-81 years). Both functional Magnetic Resonance Imaging (fMRI) and Stroop + performance were acquired soon after exercise and rest. We quantified neural + differentiation via general heterogeneity regression. There were 3 prominent + findings following the\u00a0exercise. First, participants were better at reducing + Stroop interference. Second, while there was greater neural differentiation + within the hippocampal formation and cerebellum, there was lower neural differentiation + within frontal cortices. Third, this greater neural differentiation in the + cerebellum and temporal lobe was more pronounced in the older ages. These + data suggest that exercise can induce greater neural differentiation in healthy + aging.", "CopyrightInformation": "Copyright \u00a9 2023 Elsevier Inc. All + rights reserved."}, "Language": "eng", "@PubModel": "Print-Electronic", "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Jeremy", "Initials": "J", "LastName": + "Purcell", "AffiliationInfo": {"Affiliation": "Department of Kinesiology, + University of Maryland, College Park, MD, USA; Maryland Neuroimaging Center, + University of Maryland, College Park, MD, USA. Electronic address: jpurcel8@umd.edu."}}, + {"@ValidYN": "Y", "ForeName": "Robert", "Initials": "R", "LastName": "Wiley", + "AffiliationInfo": {"Affiliation": "Department of Psychology, University of + North Carolina at Greensboro, Greensboro, NC, USA."}}, {"@ValidYN": "Y", "ForeName": + "Junyeon", "Initials": "J", "LastName": "Won", "AffiliationInfo": {"Affiliation": + "Department of Kinesiology, University of Maryland, College Park, MD, USA; + Institute for Exercise and Environmental Medicine, Texas Health Presbyterian + Dallas, Dallas, TX, USA."}}, {"@ValidYN": "Y", "ForeName": "Daniel", "Initials": + "D", "LastName": "Callow", "AffiliationInfo": {"Affiliation": "Department + of Kinesiology, University of Maryland, College Park, MD, USA; Program in + Neuroscience and Cognitive Science, University of Maryland, College Park, + MD, USA."}}, {"@ValidYN": "Y", "ForeName": "Lauren", "Initials": "L", "LastName": + "Weiss", "AffiliationInfo": {"Affiliation": "Department of Kinesiology, University + of Maryland, College Park, MD, USA; Program in Neuroscience and Cognitive + Science, University of Maryland, College Park, MD, USA."}}, {"@ValidYN": "Y", + "ForeName": "Alfonso", "Initials": "A", "LastName": "Alfini", "AffiliationInfo": + {"Affiliation": "National Center on Sleep Disorders Research, Division of + Lung Diseases, National Heart, Lung, and Blood Institute, Bethesda, MD, USA."}}, + {"@ValidYN": "Y", "ForeName": "Yi", "Initials": "Y", "LastName": "Wei", "AffiliationInfo": + {"Affiliation": "Maryland Neuroimaging Center, University of Maryland, College + Park, MD, USA."}}, {"@ValidYN": "Y", "ForeName": "J", "Initials": "J", "LastName": + "Carson Smith", "AffiliationInfo": {"Affiliation": "Department of Kinesiology, + University of Maryland, College Park, MD, USA; Program in Neuroscience and + Cognitive Science, University of Maryland, College Park, MD, USA. Electronic + address: carson@umd.edu."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "84", "StartPage": "67", "MedlinePgn": "67-84"}, "ArticleDate": {"Day": "28", + "Year": "2023", "Month": "08", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2023.08.008", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(23)00207-5", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Increased neural differentiation after a single session of + aerobic exercise in older adults.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D013485", "#text": + "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "28", "Year": + "2024", "Month": "10"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Bayesian", "@MajorTopicYN": "N"}, + {"#text": "Dedifferentiation", "@MajorTopicYN": "N"}, {"#text": "Exercise", + "@MajorTopicYN": "N"}, {"#text": "FMRI", "@MajorTopicYN": "N"}]}, "DateCompleted": + {"Day": "14", "Year": "2023", "Month": "11"}, "CitationSubset": "IM", "@IndexingMethod": + "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000523", "#text": "psychology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D015444", "#text": "Exercise", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D005625", "#text": "Frontal Lobe", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D013702", "#text": "Temporal Lobe", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D018592", "#text": "Cross-Over Studies", + "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United States", + "MedlineTA": "Neurobiol Aging", "ISSNLinking": "0197-4580", "NlmUniqueID": + "8100437"}}}, "semantic_scholar": {"year": 2023, "title": "Increased neural + differentiation after a single session of aerobic exercise in older adults", + "venue": "Neurobiology of Aging", "authors": [{"name": "J. Purcell", "authorId": + "39899110"}, {"name": "R. Wiley", "authorId": "144728421"}, {"name": "Junyeon + Won", "authorId": "46178531"}, {"name": "Daniel D. Callow", "authorId": "50633307"}, + {"name": "Lauren Weiss", "authorId": "2061601488"}, {"name": "Alfonso J Alfini", + "authorId": "5368783"}, {"name": "Yi Wei", "authorId": "2219313979"}, {"name": + "J. Carson Smith", "authorId": "1490637757"}], "paperId": "e1ea2febbadd33ffcd6f27b8701ae1ce84bb0db2", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2023.08.008?email= + or https://doi.org/10.1016/j.neurobiolaging.2023.08.008, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2023-08-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T22:17:33.079970+00:00", "analyses": + [{"id": "vfu92dAgt5NK", "user": null, "name": "Cerebellum", "metadata": {"table": + {"table_number": 3, "table_metadata": {"table_id": "tbl0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv"}, + "original_table_id": "tbl0015"}, "table_metadata": {"table_id": "tbl0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv"}, + "sanitized_table_id": "tbl0015"}, "description": "General Hreg whole-brain + results for the exercise-rest contrast (N\u2009=\u200932; two-tailed corrected + for multiple comparisons at an alpha = 0.05 using permutation-based threshold-free + cluster enhancement).", "conditions": [], "weights": [], "points": [{"id": + "kAr2SrrvDjaP", "coordinates": [5.0, -65.0, -41.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 2.71}]}, {"id": "ocaKNcGSSVJV", "coordinates": [-17.0, -83.0, -38.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 2.27}]}, {"id": "cWGByoQKAuVu", "coordinates": [-17.0, -65.0, + -29.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 2.02}]}, {"id": "MbfRnEnWbZTy", "coordinates": [-29.0, + -68.0, -23.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 2.15}]}, {"id": "bRnqLQxCSWVC", "coordinates": + [-2.0, -56.0, -23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.03}]}], "images": []}, {"id": "iPoBJfZrnenZ", + "user": null, "name": "Cerebrum", "metadata": {"table": {"table_number": 3, + "table_metadata": {"table_id": "tbl0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv"}, + "original_table_id": "tbl0015"}, "table_metadata": {"table_id": "tbl0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv"}, + "sanitized_table_id": "tbl0015"}, "description": "General Hreg whole-brain + results for the exercise-rest contrast (N\u2009=\u200932; two-tailed corrected + for multiple comparisons at an alpha = 0.05 using permutation-based threshold-free + cluster enhancement).", "conditions": [], "weights": [], "points": [{"id": + "RhLMr4bbCNcf", "coordinates": [-26.0, -32.0, -26.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 2.2}]}, {"id": "gQbpxPSmSWex", "coordinates": [-20.0, -26.0, -14.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 2.2}]}, {"id": "a3HWQDkYUjhf", "coordinates": [-29.0, -95.0, + -17.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 2.08}]}, {"id": "9YVFvBLWjesP", "coordinates": [-20.0, + -80.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 2.2}]}], "images": []}]}, {"id": "DXC84L9Pm7Pw", + "created_at": "2025-12-03T23:46:58.300339+00:00", "updated_at": null, "user": + null, "name": "Alterations in conflict monitoring are related to functional + connectivity in Parkinson''s disease", "description": "Patients with Parkinson''s + disease (PD) have difficulties in executive functions including conflict monitoring. + The neural mechanisms underlying these difficulties are not yet fully understood. + In order to examine the neural mechanisms related to conflict monitoring in + PD, we evaluated 35 patients with PD and 20 healthy older adults while they + performed a word-color Stroop paradigm in the MRI. Specifically, we focused + on changes between the groups in task-related functional connectivity using + psycho-physiological interaction (PPI) analysis. The anterior cingulate cortex + (ACC), which is a brain node previously associated with the Stroop paradigm, + was selected as the seed region for this analysis. Patients with PD, as compared + to healthy controls, had reduced task-related functional connectivity between + the ACC and parietal regions including the precuneus and inferior parietal + lobe. This was seen only in the incongruent Stroop condition. A higher level + of connectivity between the ACC and precuneus was correlated with a lower + error rate in the conflicting, incongruent Stroop condition in the healthy + controls, but not in the patients with PD. Furthermore, the patients also + had reduced functional connectivity between the ACC and the superior frontal + gyrus which was present in both the incongruent and congruent task condition. + The present findings shed light on brain mechanisms that are apparently associated + with specific cognitive difficulties in patients with PD. Among patients with + PD, impaired conflict monitoring processing within the ACC-based fronto-parietal + network may contribute to difficulties under increased executive demands.", + "publication": "Cortex", "doi": "10.1016/j.cortex.2016.06.014", "pmid": "27453508", + "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat + Mirelman; Jeffrey M Hausdorff", "year": 2016, "metadata": {"slug": "27453508-10-1016-j-cortex-2016-06-014", + "source": "semantic_scholar", "keywords": ["Conflict monitoring", "Functional + MRI", "Functional connectivity", "Parkinson''s disease", "Stroop"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "27", "Year": + "2016", "Month": "3", "@PubStatus": "received"}, {"Day": "2", "Year": "2016", + "Month": "6", "@PubStatus": "revised"}, {"Day": "16", "Year": "2016", "Month": + "6", "@PubStatus": "accepted"}, {"Day": "26", "Hour": "6", "Year": "2016", + "Month": "7", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "28", "Hour": + "6", "Year": "2016", "Month": "7", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "3", "Hour": "6", "Year": "2017", "Month": "10", "Minute": "0", "@PubStatus": + "medline"}]}, "ArticleIdList": {"ArticleId": [{"#text": "27453508", "@IdType": + "pubmed"}, {"#text": "10.1016/j.cortex.2016.06.014", "@IdType": "doi"}, {"#text": + "S0010-9452(16)30168-X", "@IdType": "pii"}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "27453508", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1973-8102", + "@IssnType": "Electronic"}, "Title": "Cortex; a journal devoted to the study + of the nervous system and behavior", "JournalIssue": {"Volume": "82", "PubDate": + {"Year": "2016", "Month": "Sep"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Cortex"}, "Abstract": {"AbstractText": "Patients with Parkinson''s disease + (PD) have difficulties in executive functions including conflict monitoring. + The neural mechanisms underlying these difficulties are not yet fully understood. + In order to examine the neural mechanisms related to conflict monitoring in + PD, we evaluated 35 patients with PD and 20 healthy older adults while they + performed a word-color Stroop paradigm in the MRI. Specifically, we focused + on changes between the groups in task-related functional connectivity using + psycho-physiological interaction (PPI) analysis. The anterior cingulate cortex + (ACC), which is a brain node previously associated with the Stroop paradigm, + was selected as the seed region for this analysis. Patients with PD, as compared + to healthy controls, had reduced task-related functional connectivity between + the ACC and parietal regions including the precuneus and inferior parietal + lobe. This was seen only in the incongruent Stroop condition. A higher level + of connectivity between the ACC and precuneus was correlated with a lower + error rate in the conflicting, incongruent Stroop condition in the healthy + controls, but not in the patients with PD. Furthermore, the patients also + had reduced functional connectivity between the ACC and the superior frontal + gyrus which was present in both the incongruent and congruent task condition. + The present findings shed light on brain mechanisms that are apparently associated + with specific cognitive difficulties in patients with PD. Among patients with + PD, impaired conflict monitoring processing within the ACC-based fronto-parietal + network may contribute to difficulties under increased executive demands.", + "CopyrightInformation": "Copyright \u00a9 2016 Elsevier Ltd. All rights reserved."}, + "Language": "eng", "@PubModel": "Print-Electronic", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Keren", "Initials": "K", "LastName": "Rosenberg-Katz", + "AffiliationInfo": {"Affiliation": "Center for the Study of Movement, Cognition, + and Mobility, Neurological Institute, Tel Aviv Sourasky Medical Center, Tel + Aviv, Israel; Functional Brain Center, Wohl Institute for Advanced Imaging, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel. Electronic address: keren_ros@hotmail.com."}}, + {"@ValidYN": "Y", "ForeName": "Inbal", "Initials": "I", "LastName": "Maidan", + "AffiliationInfo": {"Affiliation": "Center for the Study of Movement, Cognition, + and Mobility, Neurological Institute, Tel Aviv Sourasky Medical Center, Tel + Aviv, Israel. Electronic address: Inbalmdn@gmail.com."}}, {"@ValidYN": "Y", + "ForeName": "Yael", "Initials": "Y", "LastName": "Jacob", "AffiliationInfo": + {"Affiliation": "Center for the Study of Movement, Cognition, and Mobility, + Neurological Institute, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; + Functional Brain Center, Wohl Institute for Advanced Imaging, Tel Aviv Sourasky + Medical Center, Tel Aviv, Israel; Sagol School of Neuroscience, Tel Aviv University, + Tel Aviv, Israel. Electronic address: yaelja@gmail.com."}}, {"@ValidYN": "Y", + "ForeName": "Nir", "Initials": "N", "LastName": "Giladi", "AffiliationInfo": + {"Affiliation": "Sieratzki Chair in Neurology, Tel Aviv University, Tel Aviv, + Israel; Department of Neurology, Sackler Faculty of Medicine, Tel Aviv University, + Tel Aviv, Israel; Sagol School of Neuroscience, Tel Aviv University, Tel Aviv, + Israel; Neurological Institute, Tel Aviv Sourasky Medical Center, Tel Aviv, + Israel. Electronic address: nirg@tlvmc.gov.il."}}, {"@ValidYN": "Y", "ForeName": + "Anat", "Initials": "A", "LastName": "Mirelman", "AffiliationInfo": {"Affiliation": + "Center for the Study of Movement, Cognition, and Mobility, Neurological Institute, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Department of Neurology, + Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel. Electronic + address: anatmi@tlvmc.gov.il."}}, {"@ValidYN": "Y", "ForeName": "Jeffrey M", + "Initials": "JM", "LastName": "Hausdorff", "AffiliationInfo": {"Affiliation": + "Center for the Study of Movement, Cognition, and Mobility, Neurological Institute, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Sagol School of Neuroscience, + Tel Aviv University, Tel Aviv, Israel; Department of Physical Therapy, Sackler + Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel. Electronic address: + jhausdor@tlvmc.gov.il."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "286", "StartPage": "277", "MedlinePgn": "277-286"}, "ArticleDate": {"Day": + "25", "Year": "2016", "Month": "06", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.cortex.2016.06.014", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0010-9452(16)30168-X", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Alterations in conflict monitoring are related to functional + connectivity in Parkinson''s disease.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "10", + "Year": "2019", "Month": "12"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Conflict monitoring", "@MajorTopicYN": "N"}, {"#text": "Functional + MRI", "@MajorTopicYN": "N"}, {"#text": "Functional connectivity", "@MajorTopicYN": + "N"}, {"#text": "Parkinson''s disease", "@MajorTopicYN": "N"}, {"#text": "Stroop", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "02", "Year": "2017", "Month": + "10"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", + "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D003220", "#text": "Conflict, Psychological", + "@MajorTopicYN": "Y"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D056344", "#text": "Executive + Function", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": + "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": + "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D007091", "#text": + "Image Processing, Computer-Assisted", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", + "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D009415", "#text": "Nerve Net", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", + "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "N"}], "DescriptorName": {"@UI": "D009434", "#text": "Neural Pathways", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D009483", "#text": "Neuropsychological + Tests", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": + "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", + "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D010300", "#text": "Parkinson + Disease", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D057190", "#text": + "Stroop Test", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "Italy", "MedlineTA": "Cortex", "ISSNLinking": "0010-9452", "NlmUniqueID": + "0100725"}}}, "semantic_scholar": {"year": 2016, "title": "Alterations in + conflict monitoring are related to functional connectivity in Parkinson''s + disease", "venue": "Cortex", "authors": [{"name": "K. Rosenberg-Katz", "authorId": + "1397388833"}, {"name": "I. Maidan", "authorId": "1914169"}, {"name": "Y. + Jacob", "authorId": "1787769"}, {"name": "Nir Giladi", "authorId": "144701716"}, + {"name": "Jeffrey M. Hausdorff", "authorId": "7766661"}], "paperId": "275b02692d5dbc90c96aa3ae451469a652aef640", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.cortex.2016.06.014?email= + or https://doi.org/10.1016/j.cortex.2016.06.014, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2016-09-01"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T23:50:06.170971+00:00", "analyses": [{"id": "FTDtuEq6ixaZ", "user": + null, "name": "Increased connectivity for the incongruent condition", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "RDjFJxariUgs", "user": null, "name": + "Increased connectivity for the congruent condition", "metadata": {"table": + {"table_number": 4, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "jqeUA5Yaf3Gu", "user": null, "name": + "Healthy controls-2", "metadata": {"table": {"table_number": 4, "table_metadata": + {"table_id": "tbl4", "table_label": "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [{"id": "TCUN6K2Eu8wH", "coordinates": [33.0, 17.0, 26.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.7}]}, {"id": "Q84UPnnv2bVg", "coordinates": [45.0, 23.0, 35.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.16}]}, {"id": "2AhtoqL7D9E8", "coordinates": [37.0, -70.0, + -28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.32}]}], "images": []}, {"id": "279rWYbbqJwj", "user": + null, "name": "tbl1", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tbl1", "table_label": "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1_coordinates.csv"}, + "original_table_id": "tbl1"}, "table_metadata": {"table_id": "tbl1", "table_label": + "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1_coordinates.csv"}, + "sanitized_table_id": "tbl1"}, "description": "Regions of interest coordinates + used (from Laird et\u00a0al., 2005).", "conditions": [], "weights": [], "points": + [{"id": "spVFMVtaj9vB", "coordinates": [3.0, 16.0, 41.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "SnbZWygvBtR5", + "coordinates": [-34.0, 21.0, 24.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "7FaaaDg9nHRF", "coordinates": + [-20.0, 48.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "9JHpD4k3JMYQ", "coordinates": [-43.0, 4.0, 35.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "UXwUo8BASxDr", "coordinates": [-21.0, -70.0, 37.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "UWMNMWA7z44i", + "coordinates": [-47.0, -40.0, 47.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}, {"id": "Ep3hSLniHzc7", + "user": null, "name": "Patients with PD", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "tbl4", "table_label": "Table 4", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [{"id": "iWFtXbiYHbpg", "coordinates": [6.0, -28.0, -16.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.51}]}, {"id": "3D3Nd8UCGiAd", "coordinates": [-30.0, 32.0, + -16.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.78}]}, {"id": "EHc2FyMXChyF", "coordinates": [39.0, + -7.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.51}]}, {"id": "wDgaUkd2VXEA", "coordinates": + [-27.0, 20.0, 47.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.79}]}, {"id": "HQRujgJHvjUw", "coordinates": + [12.0, -16.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.85}]}], "images": []}, {"id": "Z4aELpy43zHL", + "user": null, "name": "Healthy controls", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "tbl4", "table_label": "Table 4", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [{"id": "xfLMrKBhEj49", "coordinates": [-48.0, -13.0, 47.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 6.12}]}, {"id": "MM454chitDmN", "coordinates": [-39.0, 20.0, + 44.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.53}]}, {"id": "nj4KoWHKmoiw", "coordinates": [-3.0, + 23.0, 47.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.73}]}, {"id": "h3NbqXgTrbqB", "coordinates": + [-48.0, -55.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.35}]}], "images": []}, {"id": "HFaRxBDW2Xhe", + "user": null, "name": "Patients with PD-2", "metadata": {"table": {"table_number": + 4, "table_metadata": {"table_id": "tbl4", "table_label": "Table 4", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Regions showing increased connectivity + with the ACC in the incongruent and congruent conditions compared with baseline + in the patients with PD and the healthy controls.", "conditions": [], "weights": + [], "points": [{"id": "RofhQUg5C5WL", "coordinates": [-3.0, -37.0, -10.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.19}]}, {"id": "izmpL7DAHmWs", "coordinates": [-15.0, -22.0, + -1.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.19}]}, {"id": "PfrJZGeJYp8p", "coordinates": [12.0, + -19.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.91}]}, {"id": "B55spdx44E86", "coordinates": + [-27.0, 17.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.21}]}, {"id": "SmHyeVBeV35c", "coordinates": + [-48.0, 8.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.46}]}, {"id": "q2hkTib2pgjj", "coordinates": + [58.0, 4.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.71}]}], "images": []}]}, {"id": + "DbLDoRQi3NZu", "created_at": "2025-12-03T18:06:08.549925+00:00", "updated_at": + null, "user": null, "name": "Resting-state functional brain connectivity in + a predominantly African-American sample of older adults: exploring links among + personality traits, cognitive performance, and the default mode network", + "description": "Abstract The personality traits of neuroticism, openness, + and conscientiousness are relevant factors for cognitive aging outcomes. The + present study examined how these traits were associated with cognitive abilities + and corresponding resting-state functional connectivity (RSFC) of the default + mode network (DMN) in an older and predominantly minority sample. A sample + of 58 cognitively unimpaired, largely African-American, older adults (M age + = 68.28 \u00b1 8.33) completed a standard RSFC magnetic resonance imaging + sequence, a Big Five measure of personality, and delayed memory, Stroop, and + verbal fluency tasks. Personality trait associations of within-network connectivity + of the posterior cingulate cortex (PCC), a hub of the DMN, were examined using + a seed-based approach. Trait scores were regressed on cognitive performance + (delayed memory for neuroticism, Stroop for conscientiousness, and verbal + fluency for openness). Greater openness predicted greater verbal fluency and + greater RSFC between the PCC and eight clusters, including the medial prefrontal + cortex, left middle frontal gyrus, and precuneus. Greater PCC\u2013precuneus + connectivity predicted greater verbal fluency. Neuroticism and conscientiousness + did not significantly predict either cognitive performance or RSFC. Although + requiring replication and elaboration, the results implicate openness as a + contributing factor to cognitive aging via concomitant cognitive performance + and connectivity within cortical hubs of the DMN and add to the sparse literature + on these variables in a diverse group of older adults.", "publication": "Personality + Neuroscience", "doi": "10.1017/pen.2020.4", "pmid": "32524064", "authors": + "N. Crane; J. Hayes; Raymond P. Viviano; T. Bogg; J. Damoiseaux", "year": + 2020, "metadata": {"slug": "32524064-10-1017-pen-2020-4-pmc7253688", "source": + "semantic_scholar", "keywords": ["Big Five traits", "Cognitive aging", "Neuroimaging", + "Openness", "Verbal fluency"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "7", "Year": "2019", "Month": "8", "@PubStatus": + "received"}, {"Day": "29", "Year": "2020", "Month": "1", "@PubStatus": "revised"}, + {"Day": "6", "Year": "2020", "Month": "2", "@PubStatus": "accepted"}, {"Day": + "12", "Hour": "6", "Year": "2020", "Month": "6", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "12", "Hour": "6", "Year": "2020", "Month": "6", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "12", "Hour": "6", "Year": "2020", "Month": + "6", "Minute": "1", "@PubStatus": "medline"}, {"Day": "27", "Year": "2020", + "Month": "3", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "32524064", "@IdType": "pubmed"}, {"#text": "PMC7253688", "@IdType": + "pmc"}, {"#text": "10.1017/pen.2020.4", "@IdType": "doi"}, {"#text": "S2513988620000048", + "@IdType": "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Adelstein, + J. S. , Shehzad, Z. , Mennes, M. , DeYoung, C. G. , Zuo, X. N. , Kelly, C. + , \u2026 Milham, M. P. (2011). Personality is reflected in the brain\u2019s + intrinsic functional architecture. PLoS ONE, 6, e27633 10.1371/journal.pone.0027633.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0027633", + "@IdType": "doi"}, {"#text": "PMC3227579", "@IdType": "pmc"}, {"#text": "22140453", + "@IdType": "pubmed"}]}}, {"Citation": "Aghajani, M. , Veer, I. M. , Van Tol, + M. J. , Aleman, A. , Van Buchem, M. A. , Veltman, D. J. , \u2026 van der Wee, + N. J. (2014). Neuroticism and extraversion are associated with amygdala resting-state + functional connectivity. Cognitive, Affective, & Behavioral Neuroscience, + 14, 836\u2013848. 10.3758/s13415-013-0224-0.", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13415-013-0224-0", "@IdType": "doi"}, {"#text": "24352685", + "@IdType": "pubmed"}]}}, {"Citation": "Andrews-Hanna, J. R. , Snyder, A. Z. + , Vincent, J. L. , Lustig, C. , Head, D. , Raichle, M. E. , & Buckner, R. + L. (2007). Disruption of large-scale brain systems in advanced aging. Neuron, + 56, 924\u2013935. 10.1016/j.neuron.2007.10.038.", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuron.2007.10.038", "@IdType": "doi"}, {"#text": "PMC2709284", + "@IdType": "pmc"}, {"#text": "18054866", "@IdType": "pubmed"}]}}, {"Citation": + "Ayotte, B. J. , Potter, G. G. , Williams, H. T. , Steffens, D. C. , & Bosworth, + H. B. (2009). The moderating role of personality factors in the relationship + between depression and neuropsychological functioning among older adults. + International Journal of Geriatric Psychiatry: A Journal of the Psychiatry + of Late Life and Allied Sciences, 24, 1010\u20131019. 10.1002/gps.2213.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/gps.2213", "@IdType": "doi"}, + {"#text": "PMC2730210", "@IdType": "pmc"}, {"#text": "19226526", "@IdType": + "pubmed"}]}}, {"Citation": "Beaty, R. E. , Kaufman, S. B. , Benedek, M. , + Jung, R. E. , Kenett, Y. N. , Jauk, E. , \u2026 Silvia, P. J. (2016). Personality + and complex brain networks: The role of openness to experience in default + network efficiency. Human Brain Mapping, 37, 773\u2013779. 10.1002/hbm.23065.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.23065", "@IdType": + "doi"}, {"#text": "PMC4738373", "@IdType": "pmc"}, {"#text": "26610181", "@IdType": + "pubmed"}]}}, {"Citation": "Binnewijzend, M. A. , Schoonheim, M. M. , Sanz-Arigita, + E. , Wink, A. M. , van der Flier, W. M. , Tolboom, N. , \u2026 Barkhof, F. + (2012). Resting-state fMRI changes in Alzheimer\u2019s disease and mild cognitive + impairment. Neurobiology of Aging, 33, 2018\u20132028. 10.1016/j.neurobiolaging.2011.07.003.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2011.07.003", + "@IdType": "doi"}, {"#text": "21862179", "@IdType": "pubmed"}]}}, {"Citation": + "Bogg, T. , & Vo, P. T. (2014). Openness, neuroticism, conscientiousness, + and family health and aging concerns interact in the prediction of health-related + internet searches in a representative US sample. Frontiers in Psychology, + 5, 370 10.3389/fpsyg.2014.00370.", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyg.2014.00370", "@IdType": "doi"}, {"#text": "PMC4010796", "@IdType": + "pmc"}, {"#text": "24808880", "@IdType": "pubmed"}]}}, {"Citation": "Chapman, + B. , Duberstein, P. , Tindle, H. A. , Sink, K. M. , Robbins, J. , Tancredi, + D. J. , \u2026 Gingko Evaluation of Memory Study Investigators. (2012). Personality + predicts cognitive function over 7 years in older persons. The American Journal + of Geriatric Psychiatry, 20, 612\u2013621. 10.1097/JGP.0b013e31822cc9cb.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/JGP.0b013e31822cc9cb", + "@IdType": "doi"}, {"#text": "PMC3384996", "@IdType": "pmc"}, {"#text": "22735597", + "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux, J. S. , Beckmann, C. F. + , Arigita, E. S. , Barkhof, F. , Scheltens, P. , Stam, C. J. , \u2026 Rombouts, + S. A. R. B. (2007). Reduced resting-state brain activity in the \u201cdefault + network\u201d in normal aging. Cerebral Cortex, 18, 1856\u20131864. 10.1093/cercor/bhm207.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhm207", "@IdType": + "doi"}, {"#text": "18063564", "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux, + J. S. , Prater, K. E. , Miller, B. L. , & Greicius, M. D. (2012). Functional + connectivity tracks clinical deterioration in Alzheimer\u2019s disease. Neurobiology + of Aging, 33, 828.e19\u2013828.e30. 10.1016/j.neurobiolaging.2011.06.024.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2011.06.024", + "@IdType": "doi"}, {"#text": "PMC3218226", "@IdType": "pmc"}, {"#text": "21840627", + "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux, J. S. , Rombouts, S. A. + R. B. , Barkhof, F. , Scheltens, P. , Stam, C. J. , Smith, S. M. , & Beckmann, + C. F. (2006). Consistent resting-state networks across healthy subjects. Proceedings + of the National Academy of Sciences, 103, 13848\u201313853. 10.1073/pnas.0601417103.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0601417103", "@IdType": + "doi"}, {"#text": "PMC1564249", "@IdType": "pmc"}, {"#text": "16945915", "@IdType": + "pubmed"}]}}, {"Citation": "DeYoung, C. G. , Grazioplene, R. G. , & Peterson, + J. B. (2012). From madness to genius: The Openness/Intellect trait domain + as a paradoxical simplex. Journal of Research in Personality, 46, 63\u201378. + 10.1016/j.jrp.2011.12.003.", "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.jrp.2011.12.003", + "@IdType": "doi"}}}, {"Citation": "Dubois, J. , Galdi, P. , Han, Y. , Paul, + L. K. , & Adolphs, R. (2018). Resting-state functional brain connectivity + best predicts the personality dimension of openness to experience. Personality + Neuroscience, 1, E6 10.1017/pen.2018.8.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1017/pen.2018.8", "@IdType": "doi"}, {"#text": "PMC6138449", "@IdType": + "pmc"}, {"#text": "30225394", "@IdType": "pubmed"}]}}, {"Citation": "Falk, + E. B. , Hyde, L. W. , Mitchell, C. , Faul, J. , Gonzalez, R. , Heitzeg, M. + M. , \u2026 Morrison, F. J. (2013). What is a representative brain? Neuroscience + meets population science. Proceedings of the National Academy of Sciences, + 110, 17615\u201317622. 10.1073/pnas.1310134110.", "ArticleIdList": {"ArticleId": + [{"#text": "10.1073/pnas.1310134110", "@IdType": "doi"}, {"#text": "PMC3816464", + "@IdType": "pmc"}, {"#text": "24151336", "@IdType": "pubmed"}]}}, {"Citation": + "Folstein, M. F. , Folstein, S. E. , & Mchugh, P. R. (1975). \u201cMini-mental + state\u201d: A practical method for grading cognitive state of patients for + clinician. Journal of Psychiatric Research, 12, 189\u2013198. 10.1016/0022-3956(75)90026-6.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", + "@IdType": "doi"}, {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": + "Fox, M. D. , Snyder, A. Z. , Vincent, J. L. , Corbetta, M. , Van Essen, D. + C. , & Raichle, M. E. (2005). The human brain is intrinsically organized into + dynamic, anticorrelated functional networks. Proceedings of the National Academy + of Sciences of the United States of America, 102, 9673\u20139678. 10.1073/pnas.0504136102.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0504136102", "@IdType": + "doi"}, {"#text": "PMC1157105", "@IdType": "pmc"}, {"#text": "15976020", "@IdType": + "pubmed"}]}}, {"Citation": "Gili, T. , Cercignani, M. , Serra, L. , Perri, + R. , Giove, F. , Maraviglia, B. , \u2026 Bozzali, M. (2011). Regional brain + atrophy and functional disconnection across Alzheimer\u2019s disease evolution. + Journal of Neurology, Neurosurgery & Psychiatry, 82, 58\u201366. 10.1136/jnnp.2009.199935.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1136/jnnp.2009.199935", "@IdType": + "doi"}, {"#text": "20639384", "@IdType": "pubmed"}]}}, {"Citation": "Graham, + E. K. , & Lachman, M. E. (2014). Personality traits, facets and cognitive + performance: Age differences in their relations. Personality and Individual + Differences, 59, 89\u201395. 10.1016/j.paid.2013.11.011.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.paid.2013.11.011", "@IdType": "doi"}, + {"#text": "PMC4014779", "@IdType": "pmc"}, {"#text": "24821992", "@IdType": + "pubmed"}]}}, {"Citation": "Greicius, M. D. , Krasnow, B. , Reiss, A. L. , + & Menon, V. (2003). Functional connectivity in the resting brain: A network + analysis of the default mode hypothesis. Proceedings of the National Academy + of Sciences, 100, 253\u2013258. 10.1073/pnas.0135058100.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.0135058100", "@IdType": "doi"}, {"#text": + "PMC140943", "@IdType": "pmc"}, {"#text": "12506194", "@IdType": "pubmed"}]}}, + {"Citation": "Hedden, T. , Van Dijk, K. R. , Becker, J. A. , Mehta, A. , Sperling, + R. A. , Johnson, K. A. , & Buckner, R. L. (2009). Disruption of functional + connectivity in clinically normal older adults harboring amyloid burden. Journal + of Neuroscience, 29, 12686\u201312694. 10.1523/JNEUROSCI.3189-09.2009.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.3189-09.2009", "@IdType": "doi"}, + {"#text": "PMC2808119", "@IdType": "pmc"}, {"#text": "19812343", "@IdType": + "pubmed"}]}}, {"Citation": "Hsu, W. T. , Rosenberg, M. D. , Scheinost, D. + , Constable, R. T. , & Chun, M. M. (2018). Resting state functional connectivity + predicts neuroticism and extraversion in novel individuals. Social Cognitive + and Affective Neuroscience, 13, 224\u2013232. 10.1093/scan/nsy002.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/scan/nsy002", "@IdType": "doi"}, {"#text": + "PMC5827338", "@IdType": "pmc"}, {"#text": "29373729", "@IdType": "pubmed"}]}}, + {"Citation": "Jackson, J. , Balota, D. A. , & Head, D. (2011). Exploring the + relationship between personality and regional brain volume in healthy aging. + Neurobiology of Aging, 32, 2162\u20132171. 10.1016/j.neurobiolaging.2009.12.009.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2009.12.009", + "@IdType": "doi"}, {"#text": "PMC2891197", "@IdType": "pmc"}, {"#text": "20036035", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson, M. , Bannister, P. , Brady, + M. , & Smith, S. (2002). Improved optimization for the robust and accurate + linear registration and motion correction of brain images. Neuroimage, 17, + 825\u2013841. 10.1006/nimg.2002.1132.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/nimg.2002.1132", "@IdType": "doi"}, {"#text": "12377157", "@IdType": + "pubmed"}]}}, {"Citation": "Jenkinson, M. , Beckmann, C. F. , Behrens, T. + E. , Woolrich, M. W. , & Smith, S. M. (2012). FSL. Neuroimage, 62, 782\u2013790. + 10.1016/j.neuroimage.2011.09.015.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2011.09.015", "@IdType": "doi"}, {"#text": "21979382", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson, M. , & Smith, S. (2001). + A global optimisation method for robust affine registration of brain images. + Medical Image Analysis, 5, 143\u2013156. 10.1016/S1361-8415(01)00036-6.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1361-8415(01)00036-6", + "@IdType": "doi"}, {"#text": "11516708", "@IdType": "pubmed"}]}}, {"Citation": + "John, O. P. , Naumann, L. P. , & Soto, C. J. (2008) Paradigm shift to the + integrative big five trait taxonomy. In O. P. John, R. W. Robins, & L. A. + Pervin (Eds.), Handbook of personality: Theory and research (3rd ed., pp. + 114\u2013158). New York: Guilford Press."}, {"Citation": "John, O. P. , & + Srivastava, S. (1999). The Big Five trait taxonomy: History, measurement, + and theoretical perspectives. In O. P. John, R. W. Robins, & L. A. Pervin + (Eds.), Handbook of personality: Theory and research (2nd ed., pp. 102\u2013138). + New York: Guilford Press."}, {"Citation": "Jones, D. T. , Knopman, D. S. , + Gunter, J. L. , Graff-Radford, J. , Vemuri, P. , Boeve, B. F. , \u2026 Jack + Jr, C. R. (2015). Cascading network failure across the Alzheimer\u2019s disease + spectrum. Brain, 139, 547\u2013562. 10.1093/brain/awv338.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/brain/awv338", "@IdType": "doi"}, {"#text": + "PMC4805086", "@IdType": "pmc"}, {"#text": "26586695", "@IdType": "pubmed"}]}}, + {"Citation": "Kapogiannis, D. , Sutin, A. , Davatzikos, C. , Costa Jr, P. + , & Resnick, S. (2013). The five factors of personality and regional cortical + variability in the Baltimore longitudinal study of aging. Human Brain Mapping, + 34, 2829\u20132840. 10.1002/hbm.22108.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.22108", "@IdType": "doi"}, {"#text": "PMC3808519", "@IdType": + "pmc"}, {"#text": "22610513", "@IdType": "pubmed"}]}}, {"Citation": "Kunisato, + Y. , Okamoto, Y. , Okada, G. , Aoyama, S. , Nishiyama, Y. , Onoda, K. , & + Yamawaki, S. (2011). Personality traits and the amplitude of spontaneous low-frequency + oscillations during resting state. Neuroscience Letters, 492, 109\u2013113. + 10.1016/j.neulet.2011.01.067.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neulet.2011.01.067", "@IdType": "doi"}, {"#text": "21291958", "@IdType": + "pubmed"}]}}, {"Citation": "Kumar, S. , Yadava, A. , & Sharma, N. R. (2016). + Exploring the relations between executive functions and personality. The International + Journal of Indian Psychology, 3, 161\u2013171."}, {"Citation": "Kuzma, E. + , Sattler, C. , Toro, P. , Sch\u00f6nknecht, P. , & Schr\u00f6der, J. (2011). + Premorbid personality traits and their course in mild cognitive impairment: + Results from a prospective population-based study in Germany. Dementia and + Geriatric Cognitive Disorders, 32, 171\u2013177. 10.1159/000332082.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1159/000332082", "@IdType": "doi"}, {"#text": + "22005607", "@IdType": "pubmed"}]}}, {"Citation": "Liu, W. , Kohn, N. , & + Fern\u00e1ndez, G. (2019). Intersubject similarity of personality is associated + with intersubject similarity of brain connectivity patterns. NeuroImage, 186, + 56\u201369. 10.1016/j.neuroimage.2018.10.062.", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2018.10.062", "@IdType": "doi"}, {"#text": + "30389630", "@IdType": "pubmed"}]}}, {"Citation": "Luchetti, M. , Terrcciano, + A. , Stephan, Y. , & Sutin, A. R. (2015). Personality and cognitive decline + in older adults: Data from a longitudinal sample and meta-analysis. Journals + of Gerontology Series B: Psychological Sciences and Social Sciences, 71, 591\u2013601. + 10.1093/geronb/gbu184.", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/geronb/gbu184", + "@IdType": "doi"}, {"#text": "PMC4903032", "@IdType": "pmc"}, {"#text": "25583598", + "@IdType": "pubmed"}]}}, {"Citation": "McCrae, R. R. , & Costa, P. T. (1997). + Conceptions and correlates of openness to experience In R. Hogan, J. Johnson, + & S. Briggs (Eds.), Handbook of personality psychology (pp. 825\u2013847). + Orlando, FL: Academic Press."}, {"Citation": "Pruim, R. H. R. , Mennes, M. + , van Rooij, D. , Llera, A. , Buitelaar, J. K. , & Beckmann, C. F. (2015). + ICA-AROMA: A robust ICA-based strategy for removing motion artifacts from + fMRI data. Neuroimage, 112, 267\u2013277. 10.1016/j.neuroimage.2015.02.064.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2015.02.064", + "@IdType": "doi"}, {"#text": "25770991", "@IdType": "pubmed"}]}}, {"Citation": + "Rhodes, R. E. , Courneya, K. S. , & Jones, L. W. (2003). Translating exercise + intentions into behavior: Personality and social cognitive correlates. Journal + of Health Psychology, 8, 447\u2013458. 10.1177/13591053030084004.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/13591053030084004", "@IdType": "doi"}, {"#text": + "19127711", "@IdType": "pubmed"}]}}, {"Citation": "Rombouts, S. A. , Barkhof, + F. , Goekoop, R. , Stam, C. J. , & Scheltens, P. (2005). Altered resting state + networks in mild cognitive impairment and mild Alzheimer\u2019s disease: An + fMRI study. Human Brain Mapping, 26, 231\u2013239. 10.1002/hbm.20160.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.20160", "@IdType": "doi"}, {"#text": + "PMC6871685", "@IdType": "pmc"}, {"#text": "15954139", "@IdType": "pubmed"}]}}, + {"Citation": "Sambataro, F. , Murty, V. P. , Callicott, J. H. , Tan, H. Y. + , Das, S. , Weinberger, D. R. , & Mattay, V. S. (2010). Age-related alterations + in default mode network: Impact on working memory performance. Neurobiology + of Aging, 31, 839\u2013852. 10.1016/j.neurobiolaging.2008.05.022.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2008.05.022", "@IdType": + "doi"}, {"#text": "PMC2842461", "@IdType": "pmc"}, {"#text": "18674847", "@IdType": + "pubmed"}]}}, {"Citation": "Sampaio, A. , Soares, J. M. , Coutinho, J. , Sousa, + N. , & Gon\u00e7alves, \u00d3. F. (2014). The Big Five default brain: Functional + evidence. Brain Structure and Function, 219, 1913\u20131922. 10.1007/s00429-013-0610-y.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00429-013-0610-y", "@IdType": + "doi"}, {"#text": "23881294", "@IdType": "pubmed"}]}}, {"Citation": "Smith, + S. M. (2002). Fast robust automated brain extraction. Human Brain Mapping, + 17, 143\u2013155. 10.1002/hbm.10062.", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.10062", "@IdType": "doi"}, {"#text": "PMC6871816", "@IdType": + "pmc"}, {"#text": "12391568", "@IdType": "pubmed"}]}}, {"Citation": "Sneed, + C. D. , McCrae, R. R. , & Funder, D. C. (1998). Lay conceptions of the five-factor + model and its indicators. Personality and Social Psychology Bulletin, 24, + 115\u2013126. 10.1177/0146167298242001.", "ArticleIdList": {"ArticleId": {"#text": + "10.1177/0146167298242001", "@IdType": "doi"}}}, {"Citation": "Soto, C. J. + , & John, O. P. (2009). Ten facet scales for the Big Five Inventory: Convergence + with NEO PI-R facets, self-peer agreement, and discriminant validity. Journal + of Research in Personality, 43, 84\u201390. 10.1016/j.jrp.2008.10.002.", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/j.jrp.2008.10.002", "@IdType": "doi"}}}, + {"Citation": "Stroop, J. R. (1935). Studies of interference in serial verbal + reactions. Journal of Experimental Psychology, 18, 643\u2013662. 10.1037/h0054651.", + "ArticleIdList": {"ArticleId": {"#text": "10.1037/h0054651", "@IdType": "doi"}}}, + {"Citation": "Sutin, A. R. , Terracciano, A. , Kitner-Triolo, M. H. , Uda, + M. , Schlessinger, D. , & Zonderman, A. B. (2011). Personality traits prospectively + predict verbal fluency in a lifespan sample. Psychology and Aging, 26, 994\u2013999. + 10.1037/a0024276.", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0024276", + "@IdType": "doi"}, {"#text": "PMC3222775", "@IdType": "pmc"}, {"#text": "21707179", + "@IdType": "pubmed"}]}}, {"Citation": "Terracciano, A. , Sutin, A. R. , An, + Y. , O\u2019Brien, R. J. , Ferrucci, L. , Zonderman, A. B. , & Resnick, S. + M. (2014). Personality and risk of Alzheimer\u2019s disease: New data and + meta- analysis. Alzheimer\u2019s & Dementia, 10, 179\u2013186. 10.1016/j.jalz.2013.03.002.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jalz.2013.03.002", "@IdType": + "doi"}, {"#text": "PMC3783589", "@IdType": "pmc"}, {"#text": "23706517", "@IdType": + "pubmed"}]}}, {"Citation": "Viviano, R. P. , Hayes, J. M. , Pruitt, P. J. + , Fernandez, Z. J. , van Rooden, S. , van der Grond, J. , \u2026 Damoiseaux, + J. S. (2019). Aberrant memory system connectivity and working memory performance + in subjective cognitive decline. NeuroImage, 185, 556\u2013564. 10.1016/j.neuroimage.2018.10.015.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2018.10.015", + "@IdType": "doi"}, {"#text": "30308246", "@IdType": "pubmed"}]}}, {"Citation": + "Wechsler, D. (2009). Wechsler memory scale - fourth edition (WMS-IV). San + Antonio, TX: Pearson."}, {"Citation": "Wechsler, D. (2011). Wechsler abbreviated + scale of intelligence -second edition (WASI-II). San Antonio, TX: Pearson."}, + {"Citation": "Wierenga, C. E. , & Bondi, M. W. (2007). Use of functional magnetic + resonance imaging in the early identification of Alzheimer\u2019s disease. + Neuropsychology Review, 17, 127\u2013143. 10.1007/s11065-007-9025-y.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s11065-007-9025-y", "@IdType": "doi"}, {"#text": + "PMC2084460", "@IdType": "pmc"}, {"#text": "17476598", "@IdType": "pubmed"}]}}, + {"Citation": "Wilson, K. E. , & Dishman, R. K. (2015). Personality and physical + activity: A systematic review and meta-analysis. Personality and Individual + Differences, 72, 230\u2013242. 10.1016/j.paid.2014.08.023.", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/j.paid.2014.08.023", "@IdType": "doi"}}}, + {"Citation": "Wilson, R. S. , Schneider, J. A. , Arnold, S. E. , Bienias, + J. L. , & Bennett, D. A. (2007). Conscientiousness and the incidence of Alzheimer + disease and mild cognitive impairment. Archives of General Psychiatry, 64, + 1204\u20131212. 10.1001/archpsyc.64.10.1204.", "ArticleIdList": {"ArticleId": + [{"#text": "10.1001/archpsyc.64.10.1204", "@IdType": "doi"}, {"#text": "17909133", + "@IdType": "pubmed"}]}}, {"Citation": "Winkler, A. M. , Ridgway, G. R. , Webster, + M. A. , Smith, S. M. , & Nichols, T. E. (2014). Permutation inference for + the general linear model. Neuroimage, 92, 381\u2013397. 10.1016/j.neuroimage.2014.01.060.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.01.060", + "@IdType": "doi"}, {"#text": "PMC4010955", "@IdType": "pmc"}, {"#text": "24530839", + "@IdType": "pubmed"}]}}, {"Citation": "Woolrich, M. W. , Ripley, B. D. , Brady, + M. , & Smith, S. M. (2001). Temporal autocorrelation in univariate linear + modeling of FMRI data. Neuroimage, 14, 1370\u20131386. 10.1006/nimg.2001.0931.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2001.0931", "@IdType": + "doi"}, {"#text": "11707093", "@IdType": "pubmed"}]}}, {"Citation": "Wright, + C. I. , Feczko, E. , Dickerson, B. , & Williams, D. (2007). Neuroanatomical + correlates of personality in the elderly. Neuroimage, 35, 263\u2013272. 10.1016/j.neuroimage.2006.11.039.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2006.11.039", + "@IdType": "doi"}, {"#text": "PMC1868480", "@IdType": "pmc"}, {"#text": "17229578", + "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "32524064", "@Version": "1"}, "@Owner": "NLM", "@Status": + "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "2513-9886", + "@IssnType": "Electronic"}, "Title": "Personality neuroscience", "JournalIssue": + {"Volume": "3", "PubDate": {"Year": "2020"}, "@CitedMedium": "Internet"}, + "ISOAbbreviation": "Personal Neurosci"}, "Abstract": {"AbstractText": {"i": + "M", "#text": "The personality traits of neuroticism, openness, and conscientiousness + are relevant factors for cognitive aging outcomes. The present study examined + how these traits were associated with cognitive abilities and corresponding + resting-state functional connectivity (RSFC) of the default mode network (DMN) + in an older and predominantly minority sample. A sample of 58 cognitively + unimpaired, largely African-American, older adults ( age = 68.28 \u00b1 8.33) + completed a standard RSFC magnetic resonance imaging sequence, a Big Five + measure of personality, and delayed memory, Stroop, and verbal fluency tasks. + Personality trait associations of within-network connectivity of the posterior + cingulate cortex (PCC), a hub of the DMN, were examined using a seed-based + approach. Trait scores were regressed on cognitive performance (delayed memory + for neuroticism, Stroop for conscientiousness, and verbal fluency for openness). + Greater openness predicted greater verbal fluency and greater RSFC between + the PCC and eight clusters, including the medial prefrontal cortex, left middle + frontal gyrus, and precuneus. Greater PCC-precuneus connectivity predicted + greater verbal fluency. Neuroticism and conscientiousness did not significantly + predict either cognitive performance or RSFC. Although requiring replication + and elaboration, the results implicate openness as a contributing factor to + cognitive aging via concomitant cognitive performance and connectivity within + cortical hubs of the DMN and add to the sparse literature on these variables + in a diverse group of older adults."}, "CopyrightInformation": "\u00a9 The + Author(s) 2020."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Nicole T", "Initials": + "NT", "LastName": "Crane", "Identifier": {"#text": "0000-0001-6870-4010", + "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": "Institute of Gerontology, + Wayne State University, Detroit, MI, USA."}, {"Affiliation": "Department of + Psychology, Drexel University, Philadelphia, PA, USA."}]}, {"@ValidYN": "Y", + "ForeName": "Jessica M", "Initials": "JM", "LastName": "Hayes", "AffiliationInfo": + [{"Affiliation": "Institute of Gerontology, Wayne State University, Detroit, + MI, USA."}, {"Affiliation": "Department of Psychology, Wayne State University, + Detroit, MI, USA."}]}, {"@ValidYN": "Y", "ForeName": "Raymond P", "Initials": + "RP", "LastName": "Viviano", "AffiliationInfo": [{"Affiliation": "Institute + of Gerontology, Wayne State University, Detroit, MI, USA."}, {"Affiliation": + "Department of Psychology, Wayne State University, Detroit, MI, USA."}]}, + {"@ValidYN": "Y", "ForeName": "Tim", "Initials": "T", "LastName": "Bogg", + "AffiliationInfo": {"Affiliation": "Department of Psychology, Wayne State + University, Detroit, MI, USA."}}, {"@ValidYN": "Y", "ForeName": "Jessica S", + "Initials": "JS", "LastName": "Damoiseaux", "AffiliationInfo": [{"Affiliation": + "Institute of Gerontology, Wayne State University, Detroit, MI, USA."}, {"Affiliation": + "Department of Psychology, Wayne State University, Detroit, MI, USA."}]}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "e3", "MedlinePgn": "e3"}, + "ArticleDate": {"Day": "27", "Year": "2020", "Month": "03", "@DateType": "Electronic"}, + "ELocationID": [{"#text": "e3", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": + "10.1017/pen.2020.4", "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": + "Resting-state functional brain connectivity in a predominantly African-American + sample of older adults: exploring links among personality traits, cognitive + performance, and the default mode network.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "28", + "Year": "2020", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Big Five traits", "@MajorTopicYN": "N"}, {"#text": "Cognitive + aging", "@MajorTopicYN": "N"}, {"#text": "Neuroimaging", "@MajorTopicYN": + "N"}, {"#text": "Openness", "@MajorTopicYN": "N"}, {"#text": "Verbal fluency", + "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": "England", "MedlineTA": + "Personal Neurosci", "ISSNLinking": "2513-9886", "NlmUniqueID": "101718316"}}}, + "semantic_scholar": {"year": 2020, "title": "Resting-state functional brain + connectivity in a predominantly African-American sample of older adults: exploring + links among personality traits, cognitive performance, and the default mode + network", "venue": "Personality Neuroscience", "authors": [{"name": "N. Crane", + "authorId": "153578360"}, {"name": "J. Hayes", "authorId": "25137614"}, {"name": + "Raymond P. Viviano", "authorId": "3410992"}, {"name": "T. Bogg", "authorId": + "4005456"}, {"name": "J. Damoiseaux", "authorId": "35062457"}], "paperId": + "15b0625c5a902a50d494b64b096671d0d3a27a65", "abstract": "Abstract The personality + traits of neuroticism, openness, and conscientiousness are relevant factors + for cognitive aging outcomes. The present study examined how these traits + were associated with cognitive abilities and corresponding resting-state functional + connectivity (RSFC) of the default mode network (DMN) in an older and predominantly + minority sample. A sample of 58 cognitively unimpaired, largely African-American, + older adults (M age = 68.28 \u00b1 8.33) completed a standard RSFC magnetic + resonance imaging sequence, a Big Five measure of personality, and delayed + memory, Stroop, and verbal fluency tasks. Personality trait associations of + within-network connectivity of the posterior cingulate cortex (PCC), a hub + of the DMN, were examined using a seed-based approach. Trait scores were regressed + on cognitive performance (delayed memory for neuroticism, Stroop for conscientiousness, + and verbal fluency for openness). Greater openness predicted greater verbal + fluency and greater RSFC between the PCC and eight clusters, including the + medial prefrontal cortex, left middle frontal gyrus, and precuneus. Greater + PCC\u2013precuneus connectivity predicted greater verbal fluency. Neuroticism + and conscientiousness did not significantly predict either cognitive performance + or RSFC. Although requiring replication and elaboration, the results implicate + openness as a contributing factor to cognitive aging via concomitant cognitive + performance and connectivity within cortical hubs of the DMN and add to the + sparse literature on these variables in a diverse group of older adults.", + "isOpenAccess": true, "openAccessPdf": {"url": "https://doi.org/10.1017/pen.2020.4", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC7253688, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2020-03-27"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T18:06:35.737141+00:00", "analyses": + [{"id": "XTVAwNVWm5iq", "user": null, "name": "Regions where RSFC with the + PCC was associated with openness", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "tbl2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001_info.json", + "table_label": "Table 2.", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/32524064-10-1017-pen-2020-4-pmc7253688/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001_info.json", + "table_label": "Table 2.", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/32524064-10-1017-pen-2020-4-pmc7253688/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Regions where RSFC with the + PCC was associated with openness", "conditions": [], "weights": [], "points": + [{"id": "7imWx8VpNzdQ", "coordinates": [4.0, 50.0, -6.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 2.91}]}, {"id": "p7rDnqSkPKQy", "coordinates": [-44.0, 18.0, 48.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.01}]}, {"id": "wkXL8aGSte9e", "coordinates": [12.0, -66.0, + 28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.0}]}, {"id": "mbEDWTkSqCP6", "coordinates": [8.0, + -44.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 2.7}]}, {"id": "uywkqtDCJ5ZE", "coordinates": + [44.0, -62.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.54}]}, {"id": "mMpM2MbpJfq8", "coordinates": + [-10.0, 42.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.63}]}, {"id": "yMpJZ4kD8sT3", "coordinates": + [-34.0, 10.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.6}]}, {"id": "QyHY5Z7wzq4t", "coordinates": + [-14.0, 66.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.74}]}], "images": []}]}, {"id": + "F6PeZrTfbtKs", "created_at": "2025-12-03T08:26:14.277214+00:00", "updated_at": + null, "user": null, "name": "Cognitive Control Network Homogeneity and Executive + Functions in Late-Life Depression.", "description": "BACKGROUND: Late-life + depression is characterized by network abnormalities, especially within the + cognitive control network. We used alternative functional connectivity approaches, + regional homogeneity (ReHo) and network homogeneity, to investigate late-life + depression functional homogeneity. We examined the association between cognitive + control network homogeneity and executive functions.\n\nMETHODS: Resting-state + functional magnetic resonance imaging data were analyzed for 33 older adults + with depression and 43 healthy control subjects. ReHo was performed as the + correlation between each voxel and the 27 neighbor voxels. Network homogeneity + was calculated as global brain connectivity restricted to 7 networks. T-maps + were generated for group comparisons. We measured cognitive performance and + executive functions with the Dementia Rating Scale, Trail-Making Test (A and + B), Stroop Color Word Test, and Digit Span Test.\n\nRESULTS: Older adults + with depression showed increased ReHo in the bilateral dorsal anterior cingulate + cortex (dACC) and the right middle temporal gyrus, with no significant findings + for network homogeneity. Hierarchical linear regression models showed that + higher ReHo in the dACC predicted better performance on Trail-Making Test + B (p\u00a0<\u00a0.001; R\u00a0= .49), Digit Span Backward (p < .05; R\u00a0= + .23), and Digit Span Total (p < .05; R\u00a0= .23). Used as a seed, the dACC + cluster of higher ReHo showed lower functional connectivity with bilateral + precuneus.\n\nCONCLUSIONS: Higher ReHo within the dACC and right middle temporal + gyrus distinguish older adults with depression from control subjects. The + correlations with executive function performance support increased ReHo in + the dACC as a meaningful measure of the organization of the cognitive control + network and a potential compensatory mechanism. Lower functional connectivity + between the dACC and the precuneus in late-life depression suggests that clusters + of increased ReHo may be functionally segregated.", "publication": "Biological + Psychiatry: Cognitive Neuroscience and Neuroimaging", "doi": "10.1016/j.bpsc.2019.10.013", + "pmid": "31901436", "authors": "M. Respino; M. Hoptman; L. Victoria; G. Alexopoulos; + N. Solomonov; Aliza T. Stein; Maria Coluccio; S. Morimoto; Chloe Blau; Lila + Abreu; K. Burdick; C. Liston; F. Gunning", "year": 2019, "metadata": {"slug": + "31901436-10-1016-j-bpsc-2019-10-013-pmc7010539", "source": "semantic_scholar", + "keywords": ["Aging", "Cognitive control", "Depression", "Executive functions", + "Functional connectivity", "MRI"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "16", "Year": "2019", "Month": "8", + "@PubStatus": "received"}, {"Day": "9", "Year": "2019", "Month": "10", "@PubStatus": + "revised"}, {"Day": "26", "Year": "2019", "Month": "10", "@PubStatus": "accepted"}, + {"Day": "7", "Hour": "6", "Year": "2020", "Month": "1", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "9", "Hour": "6", "Year": "2021", "Month": "3", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "6", "Hour": "6", "Year": "2020", "Month": + "1", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2021", + "Month": "2", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "31901436", "@IdType": "pubmed"}, {"#text": "NIHMS1542959", "@IdType": + "mid"}, {"#text": "PMC7010539", "@IdType": "pmc"}, {"#text": "10.1016/j.bpsc.2019.10.013", + "@IdType": "doi"}, {"#text": "S2451-9022(19)30277-0", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "Tadayonnejad R, Ajilore O. Brain + network dysfunction in late-life depression: A literature review. Journal + of Geriatric Psychiatry and Neurology. 2014.", "ArticleIdList": {"ArticleId": + {"#text": "24381233", "@IdType": "pubmed"}}}, {"Citation": "Biswal B, Zerrin + Yetkin F, Haughton VM, Hyde JS. Functional connectivity in the motor cortex + of resting human brain using echo-planar mri. Magn Reson Med. 1995;", "ArticleIdList": + {"ArticleId": {"#text": "8524021", "@IdType": "pubmed"}}}, {"Citation": "Alexopoulos + GS, Hoptman MJ, Kanellopoulos D, Murphy CF, Lim KO, Gunning FM. Functional + connectivity in the cognitive control network and the default mode network + in late-life depression. J Affect Disord. 2012;139(1):56\u201365.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3340472", "@IdType": "pmc"}, {"#text": "22425432", + "@IdType": "pubmed"}]}}, {"Citation": "Andreescu C, Tudorascu DL, Butters + MA, Tamburo E, Patel M, Price J, et al. Resting state functional connectivity + and treatment response in late-life depression. Psychiatry Res - Neuroimaging. + 2013;", "ArticleIdList": {"ArticleId": [{"#text": "PMC3865521", "@IdType": + "pmc"}, {"#text": "24144505", "@IdType": "pubmed"}]}}, {"Citation": "Alexopoulos + GS, Kiosses DN, Klimstra S, Kalayam B, Bruce ML. Clinical presentation of + the \u201cdepression-executive dysfunction syndrome\u201d of late life. Am + J Geriatr Psychiatry. 2002;", "ArticleIdList": {"ArticleId": {"#text": "11790640", + "@IdType": "pubmed"}}}, {"Citation": "Alexopoulos GS, Kiosses DN, Heo M, Murphy + CF, Shanmugham B, Gunning-Dixon F. Executive dysfunction and the course of + geriatric depression. Biol Psychiatry. 2005;", "ArticleIdList": {"ArticleId": + {"#text": "16018984", "@IdType": "pubmed"}}}, {"Citation": "Manning KJ, Alexopoulos + GS, Banerjee S, Morimoto SS, Seirup JK, Klimstra SA, et al. Executive functioning + complaints and escitalopram treatment response in late-life depression. Am + J Geriatr Psychiatry. 2015;", "ArticleIdList": {"ArticleId": [{"#text": "PMC4043930", + "@IdType": "pmc"}, {"#text": "24388222", "@IdType": "pubmed"}]}}, {"Citation": + "Potter GG, Kittinger JD, Wagner HR, Steffens DC, Krishnan KRR. Prefrontal + neuropsychological predictors of treatment remission in late-life depression. + Neuropsychopharmacology. 2004;", "ArticleIdList": {"ArticleId": {"#text": + "15340392", "@IdType": "pubmed"}}}, {"Citation": "Rock PL, Roiser JP, Riedel + WJ, Blackwell AD. Cognitive impairment in depression: A systematic review + and meta-analysis. Psychological Medicine. 2014.", "ArticleIdList": {"ArticleId": + {"#text": "24168753", "@IdType": "pubmed"}}}, {"Citation": "Cole MW, Schneider + W. The cognitive control network: Integrated cortical regions with dissociable + functions. Neuroimage. 2007;", "ArticleIdList": {"ArticleId": {"#text": "17553704", + "@IdType": "pubmed"}}}, {"Citation": "Fox MD, Raichle ME. Spontaneous fluctuations + in brain activity observed with functional magnetic resonance imaging. Nat + Rev Neurosci. 2007;", "ArticleIdList": {"ArticleId": {"#text": "17704812", + "@IdType": "pubmed"}}}, {"Citation": "Greicius M Resting-state functional + connectivity in neuropsychiatric disorders. Curr Opin Neurol. 2009;", "ArticleIdList": + {"ArticleId": {"#text": "18607202", "@IdType": "pubmed"}}}, {"Citation": "Zang + Y, Jiang T, Lu Y, He Y, Tian L. Regional homogeneity approach to fMRI data + analysis. Neuroimage. 2004;", "ArticleIdList": {"ArticleId": {"#text": "15110032", + "@IdType": "pubmed"}}}, {"Citation": "Uddin LQ, Kelly AMC, Biswal BB, Margulies + DS, Shehzad Z, Shaw D, et al. Network homogeneity reveals decreased integrity + of default-mode network in ADHD. J Neurosci Methods. 2008;", "ArticleIdList": + {"ArticleId": {"#text": "18190970", "@IdType": "pubmed"}}}, {"Citation": "Jiang + L, Zuo XN. Regional Homogeneity: A Multimodal, Multiscale Neuroimaging Marker + of the Human Connectome. Neuroscientist. 2016.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5021216", "@IdType": "pmc"}, {"#text": "26170004", "@IdType": + "pubmed"}]}}, {"Citation": "Iwabuchi SJ, Krishnadas R, Li C, Auer DP, Radua + J, Palaniyappan L. Localized connectivity in depression: A meta-analysis of + resting state functional imaging studies. Neuroscience and Biobehavioral Reviews. + 2015.", "ArticleIdList": {"ArticleId": {"#text": "25597656", "@IdType": "pubmed"}}}, + {"Citation": "Chen JD, Liu F, Xun GL, Chen HF, Hu MR, Guo XF, et al. Early + and late onset, first-episode, treatment-naive depression: Same clinical symptoms, + different regional neural activities. J Affect Disord. 2012;", "ArticleIdList": + {"ArticleId": {"#text": "22749158", "@IdType": "pubmed"}}}, {"Citation": "Liu + F, Hu M, Wang S, Guo W, Zhao J, Li J, et al. Abnormal regional spontaneous + neural activity in first-episode, treatment-naive patients with late-life + depression: A resting-state fMRI study. Prog Neuro-Psychopharmacology Biol + Psychiatry. 2012;", "ArticleIdList": {"ArticleId": {"#text": "22796277", "@IdType": + "pubmed"}}}, {"Citation": "Yue Y, Yuan Y, Hou Z, Jiang W, Bai F, Zhang Z. + Abnormal Functional Connectivity of Amygdala in Late-Onset Depression Was + Associated with Cognitive Deficits. PLoS One. 2013;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3769296", "@IdType": "pmc"}, {"#text": "24040385", "@IdType": + "pubmed"}]}}, {"Citation": "Yuan Y, Zhang Z, Bai F, Yu H, Shi Y, Qian Y, et + al. Abnormal neural activity in the patients with remitted geriatric depression: + A resting-state functional magnetic resonance imaging study. J Affect Disord. + 2008;", "ArticleIdList": {"ArticleId": {"#text": "18372048", "@IdType": "pubmed"}}}, + {"Citation": "Jiang L, Xu Y, Zhu XT, Yang Z, Li HJ, Zuo XN. Local-to-remote + cortical connectivity in early-and adulthood-onset schizophrenia. Transl Psychiatry. + 2015;", "ArticleIdList": {"ArticleId": [{"#text": "PMC4471290", "@IdType": + "pmc"}, {"#text": "25966366", "@IdType": "pubmed"}]}}, {"Citation": "Lee TW, + Xue SW. Linking graph features of anatomical architecture to regional brain + activity: A multi-modal MRI study. Neurosci Lett. 2017;", "ArticleIdList": + {"ArticleId": {"#text": "28479103", "@IdType": "pubmed"}}}, {"Citation": "Anticevic + A, Brumbaugh MS, Winkler AM, Lombardo LE, Barrett J, Corlett PR, et al. Global + prefrontal and fronto-amygdala dysconnectivity in bipolar i disorder with + psychosis history. Biol Psychiatry. 2013;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3549314", "@IdType": "pmc"}, {"#text": "22980587", "@IdType": + "pubmed"}]}}, {"Citation": "Abdallah CG, Averill LA, Collins KA, Geha P, Schwartz + J, Averill C, et al. Ketamine Treatment and Global Brain Connectivity in Major + Depression. Neuropsychopharmacology. 2017;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5437875", "@IdType": "pmc"}, {"#text": "27604566", "@IdType": + "pubmed"}]}}, {"Citation": "Guo W, Liu F, Zhang J, Zhang Z, Yu L, Liu J, et + al. Abnormal default-mode network homogeneity in first-episode, drug-naive + major depressive disorder. PLoS One. 2014;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3946684", "@IdType": "pmc"}, {"#text": "24609111", "@IdType": + "pubmed"}]}}, {"Citation": "Tomasi D, Volkow ND. Aging and functional brain + networks. Mol Psychiatry. 2012;", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3193908", "@IdType": "pmc"}, {"#text": "21727896", "@IdType": "pubmed"}]}}, + {"Citation": "Archer JA, Lee A, Qiu A, Chen S-HA. A Comprehensive Analysis + of Connectivity and Aging Over the Adult Life Span. Brain Connect. 2016;", + "ArticleIdList": {"ArticleId": {"#text": "26652914", "@IdType": "pubmed"}}}, + {"Citation": "Hamilton MC. Hamilton Depression Rating Scale (HAM-D). Redloc. + 1960;23:56\u201362.", "ArticleIdList": {"ArticleId": [{"#text": "PMC495331", + "@IdType": "pmc"}, {"#text": "14399272", "@IdType": "pubmed"}]}}, {"Citation": + "Folstein MF, Folstein SE, McHugh PR, Roth M, Shapiro MB, Post F, et al. "Mini-mental + state". A practical method for grading the cognitive state of patients + for the clinician. J Psychiatr Res. 1975;12(3):189\u201398.", "ArticleIdList": + {"ArticleId": {"#text": "1202204", "@IdType": "pubmed"}}}, {"Citation": "Mattis + S Dementia Rating Scale Professional Manual. Psychol Assess Resour. 1988;"}, + {"Citation": "Reitan RM. Validity of the Trail Making Test as an Indicator + or Organic Brain Damage. Percept Mot Skills. 1958;8(3):271\u20136."}, {"Citation": + "Stroop JR. Studies of interference in serial verbal reactions. J Exp Psychol. + 1935;"}, {"Citation": "Dumont R, Willis JO, Veizel K, Zibulsky J. Wechsler + Adult Intelligence Scale-Fourth Edition. In: Encyclopedia of Special Education. + 2014."}, {"Citation": "Charlson ME, Pompei P, Ales KL, MacKenzie CR. A new + method of classifying prognostic comorbidity in longitudinal studies: Development + and validation. J Chronic Dis. 1987;", "ArticleIdList": {"ArticleId": {"#text": + "3558716", "@IdType": "pubmed"}}}, {"Citation": "Yan. DPARSF: a MATLAB toolbox + for \u201cpipeline\u201d data analysis of resting-state fMRI. Front Syst Neurosci. + 2010;", "ArticleIdList": {"ArticleId": [{"#text": "PMC2889691", "@IdType": + "pmc"}, {"#text": "20577591", "@IdType": "pubmed"}]}}, {"Citation": "Saad + ZS, Gotts SJ, Murphy K, Chen G, Jo HJ, Martin A, et al. Trouble at Rest: How + Correlation Patterns and Group Differences Become Distorted After Global Signal + Regression. Brain Connect. 2012;", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3484684", "@IdType": "pmc"}, {"#text": "22432927", "@IdType": "pubmed"}]}}, + {"Citation": "Behzadi Y, Restom K, Liau J, Liu TT. A component based noise + correction method (CompCor) for BOLD and perfusion based fMRI. Neuroimage. + 2007;", "ArticleIdList": {"ArticleId": [{"#text": "PMC2214855", "@IdType": + "pmc"}, {"#text": "17560126", "@IdType": "pubmed"}]}}, {"Citation": "Klein + A, Andersson J, Ardekani BA, Ashburner J, Avants B, Chiang MC, et al. Evaluation + of 14 nonlinear deformation algorithms applied to human brain MRI registration. + Neuroimage. 2009;", "ArticleIdList": {"ArticleId": [{"#text": "PMC2747506", + "@IdType": "pmc"}, {"#text": "19195496", "@IdType": "pubmed"}]}}, {"Citation": + "van Dijk KRA, Sabuncu MR, Buckner RL. The influence of head motion on intrinsic + functional connectivity MRI. Neuroimage. 2012;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3683830", "@IdType": "pmc"}, {"#text": "21810475", "@IdType": + "pubmed"}]}}, {"Citation": "Yan CG, Craddock RC, Zuo XN, Zang YF, Milham MP. + Standardizing the intrinsic brain: Towards robust measurement of inter-individual + variation in 1000 functional connectomes. Neuroimage. 2013;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC4074397", "@IdType": "pmc"}, {"#text": "23631983", + "@IdType": "pubmed"}]}}, {"Citation": "Cox RW. AFNI: Software for analysis + and visualization of functional magnetic resonance neuroimages. Comput Biomed + Res. 1996;", "ArticleIdList": {"ArticleId": {"#text": "8812068", "@IdType": + "pubmed"}}}, {"Citation": "Yeo BTT, Krienen FM, Sepulcre J, Sabuncu MR, Lashkari + D, Hollinshead M, et al. The organization of the human cerebral cortex estimated + by intrinsic functional connectivity. J Neurophysiol. 2011;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3174820", "@IdType": "pmc"}, {"#text": "21653723", + "@IdType": "pubmed"}]}}, {"Citation": "Xu C, Li C, Wu H, Wu Y, Hu S, Zhu Y, + et al. Gender Differences in Cerebral Regional Homogeneity of Adult Healthy + Volunteers: A Resting-State fMRI Study. Biomed Res Int. 2015;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC4299532", "@IdType": "pmc"}, {"#text": "25629038", + "@IdType": "pubmed"}]}}, {"Citation": "Eklund A, Nichols TE, Knutsson H. Cluster + failure: Why fMRI inferences for spatial extent have inflated false-positive + rates. Proc Natl Acad Sci U S A. 2016;", "ArticleIdList": {"ArticleId": [{"#text": + "PMC4948312", "@IdType": "pmc"}, {"#text": "27357684", "@IdType": "pubmed"}]}}, + {"Citation": "Slotnick SD. Cluster success: fMRI inferences for spatial extent + have acceptable false-positive rates. Cogn Neurosci 2017;", "ArticleIdList": + {"ArticleId": {"#text": "28403749", "@IdType": "pubmed"}}}, {"Citation": "Gandelman + JA, Albert K, Boyd BD, Park JW, Riddle M, Woodward ND, et al. Intrinsic Functional + Network Connectivity Is Associated With Clinical Symptoms and Cognition in + Late-Life Depression. Biol Psychiatry Cogn Neurosci Neuroimaging. 2019;", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6368882", "@IdType": "pmc"}, + {"#text": "30392844", "@IdType": "pubmed"}]}}, {"Citation": "Ma Z, Li R, Yu + J, He Y, Li J. Alterations in Regional Homogeneity of Spontaneous Brain Activity + in Late-Life Subthreshold Depression. PLoS One. 2013;", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3534624", "@IdType": "pmc"}, {"#text": "23301035", "@IdType": + "pubmed"}]}}, {"Citation": "Alexopoulos GS, Hoptman MJ, Kanellopoulos D, Murphy + CF, Lim KO, Gunning FM. Functional connectivity in the cognitive control network + and the default mode network in late-life depression. J Affect Disord. 2012;", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3340472", "@IdType": "pmc"}, + {"#text": "22425432", "@IdType": "pubmed"}]}}, {"Citation": "McTeague LM, + Goodkind MS, Etkin A. Transdiagnostic impairment of cognitive control in mental + illness. Journal of Psychiatric Research. 2016.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5107153", "@IdType": "pmc"}, {"#text": "27552532", "@IdType": + "pubmed"}]}}, {"Citation": "Botvinick MM, Cohen JD, Carter CS. Conflict monitoring + and anterior cingulate cortex: An update. Trends in Cognitive Sciences. 2004.", + "ArticleIdList": {"ArticleId": {"#text": "15556023", "@IdType": "pubmed"}}}, + {"Citation": "Wang L, Potter GG, Krishnan RKR, Dolcos F, Smith GS, Steffens + DC. Neural correlates associated with cognitive decline in late-life depression. + Am J Geriatr Psychiatry. 2012;", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3337345", "@IdType": "pmc"}, {"#text": "22157280", "@IdType": "pubmed"}]}}, + {"Citation": "Kerns JG, Cohen JD, MacDonald AW, Cho RY, Stenger VA, Carter + CS. Anterior Cingulate Conflict Monitoring and Adjustments in Control. Science + (80-). 2004;", "ArticleIdList": {"ArticleId": {"#text": "14963333", "@IdType": + "pubmed"}}}, {"Citation": "Gunning FM, Cheng J, Murphy CF, Kanellopoulos D, + Acuna J, Hoptman MJ, et al. Anterior cingulate cortical volumes and treatment + remission of geriatric depression. Int J Geriatr Psychiatry. 2009;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2828674", "@IdType": "pmc"}, {"#text": "19551696", + "@IdType": "pubmed"}]}}, {"Citation": "La Corte V, Sperduti M, Malherbe C, + Vialatte F, Lion S, Gallarda T, Oppenheim C, Piolino P. Cognitive decline + and reorganization of functional connectivity in healthy aging: the pivotal + role of the salience network in the prediction of age and cognitive performances. + Frontiers in aging neuroscience. 2016; 8:204.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5003020", "@IdType": "pmc"}, {"#text": "27616991", "@IdType": + "pubmed"}]}}, {"Citation": "Li R, Yin S, Zhu X, Ren W, Yu J, Wang P, Zheng + Z, Niu YN, Huang X, Li J. Linking inter-individual variability in functional + brain connectivity to cognitive ability in elderly individuals. Frontiers + in aging neuroscience. 2017; 9:385.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5702299", "@IdType": "pmc"}, {"#text": "29209203", "@IdType": "pubmed"}]}}, + {"Citation": "Davis SW, Dennis NA, Buchler NG, White LE, Madden DJ, Cabeza + R. Assessing the effects of age on long white matter tracts using diffusion + tensor tractography. Neuroimage. 2009;46(2):530\u201341.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2775533", "@IdType": "pmc"}, {"#text": "19385018", + "@IdType": "pubmed"}]}}, {"Citation": "Cavanna AE, Trimble MR. The precuneus: + a review of its functional anatomy and behavioural correlates. Brain. 2006;129(3):564\u201383.", + "ArticleIdList": {"ArticleId": {"#text": "16399806", "@IdType": "pubmed"}}}, + {"Citation": "Piguet C, Cojan Y, Sterpenich V, Desseilles M, Bertschy G, Vuilleumier + P. Alterations in neural systems mediating cognitive flexibility and inhibition + in mood disorders. Human brain mapping. 2016;37(4):1335\u201348.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6867498", "@IdType": "pmc"}, {"#text": "26787138", + "@IdType": "pubmed"}]}}, {"Citation": "Sheline YI, Price JL, Yan Z, Mintun + MA. Resting-state functional MRI in depression unmasks increased connectivity + between networks via the dorsal nexus. Proc Natl Acad Sci. 2010;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2890754", "@IdType": "pmc"}, {"#text": "20534464", + "@IdType": "pubmed"}]}}, {"Citation": "Wylie GR, Genova H, Deluca J, Chiaravalloti + N, Sumowski JF. Functional magnetic resonance imaging movers and shakers: + Does subject-movement cause sampling bias? Hum Brain Mapp. 2014;", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3881195", "@IdType": "pmc"}, {"#text": "22847906", + "@IdType": "pubmed"}]}}, {"Citation": "Zuo XN, Xu T, Jiang L, Yang Z, Cao + XY, He Y, Zang YF, Castellanos FX, Milham MP. Toward reliable characterization + of functional homogeneity in the human brain: preprocessing, scan duration, + imaging resolution and computational space. Neuroimage. 2013;65:374\u201386.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3609711", "@IdType": "pmc"}, + {"#text": "23085497", "@IdType": "pubmed"}]}}, {"Citation": "Zuo XN, Xing + XX. Test-retest reliabilities of resting-state FMRI measurements in human + brain functional connectomics: a systems neuroscience perspective. Neuroscience + & Biobehavioral Reviews. 2014;45:100\u201318.", "ArticleIdList": {"ArticleId": + {"#text": "24875392", "@IdType": "pubmed"}}}, {"Citation": "Xia M, Wang J, + He Y. BrainNet Viewer: A Network Visualization Tool for Human Brain Connectomics. + PLoS One. 2013;", "ArticleIdList": {"ArticleId": [{"#text": "PMC3701683", + "@IdType": "pmc"}, {"#text": "23861951", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "31901436", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "2451-9030", "@IssnType": "Electronic"}, "Title": "Biological psychiatry. + Cognitive neuroscience and neuroimaging", "JournalIssue": {"Issue": "2", "Volume": + "5", "PubDate": {"Year": "2020", "Month": "Feb"}, "@CitedMedium": "Internet"}, + "ISOAbbreviation": "Biol Psychiatry Cogn Neurosci Neuroimaging"}, "Abstract": + {"AbstractText": [{"#text": "Late-life depression is characterized by network + abnormalities, especially within the cognitive control network. We used alternative + functional connectivity approaches, regional homogeneity (ReHo) and network + homogeneity, to investigate late-life depression functional homogeneity. We + examined the association between cognitive control network homogeneity and + executive functions.", "@Label": "BACKGROUND"}, {"#text": "Resting-state functional + magnetic resonance imaging data were analyzed for 33 older adults with depression + and 43 healthy control subjects. ReHo was performed as the correlation between + each voxel and the 27 neighbor voxels. Network homogeneity was calculated + as global brain connectivity restricted to 7 networks. T-maps were generated + for group comparisons. We measured cognitive performance and executive functions + with the Dementia Rating Scale, Trail-Making Test (A and B), Stroop Color + Word Test, and Digit Span Test.", "@Label": "METHODS"}, {"sup": ["2", "2", + "2"], "#text": "Older adults with depression showed increased ReHo in the + bilateral dorsal anterior cingulate cortex (dACC) and the right middle temporal + gyrus, with no significant findings for network homogeneity. Hierarchical + linear regression models showed that higher ReHo in the dACC predicted better + performance on Trail-Making Test B (p\u00a0<\u00a0.001; R\u00a0= .49), Digit + Span Backward (p < .05; R\u00a0= .23), and Digit Span Total (p < .05; R\u00a0= + .23). Used as a seed, the dACC cluster of higher ReHo showed lower functional + connectivity with bilateral precuneus.", "@Label": "RESULTS"}, {"#text": "Higher + ReHo within the dACC and right middle temporal gyrus distinguish older adults + with depression from control subjects. The correlations with executive function + performance support increased ReHo in the dACC as a meaningful measure of + the organization of the cognitive control network and a potential compensatory + mechanism. Lower functional connectivity between the dACC and the precuneus + in late-life depression suggests that clusters of increased ReHo may be functionally + segregated.", "@Label": "CONCLUSIONS"}], "CopyrightInformation": "Copyright + \u00a9 2019 Society of Biological Psychiatry. Published by Elsevier Inc. All + rights reserved."}, "Language": "eng", "@PubModel": "Print-Electronic", "GrantList": + {"Grant": [{"Agency": "NIMH NIH HHS", "Acronym": "MH", "Country": "United + States", "GrantID": "R01 MH097735"}, {"Agency": "NIMH NIH HHS", "Acronym": + "MH", "Country": "United States", "GrantID": "R01 MH118388"}, {"Agency": "NIMH + NIH HHS", "Acronym": "MH", "Country": "United States", "GrantID": "T32 MH019132"}], + "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Matteo", "Initials": "M", "LastName": "Respino", "AffiliationInfo": {"Affiliation": + "Department of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell + University, New York."}}, {"@ValidYN": "Y", "ForeName": "Matthew J", "Initials": + "MJ", "LastName": "Hoptman", "AffiliationInfo": {"Affiliation": "Nathan S. + Kline Institute for Psychiatric Research, Orangeburg, New York."}}, {"@ValidYN": + "Y", "ForeName": "Lindsay W", "Initials": "LW", "LastName": "Victoria", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, Joan & Sanford I. Weill Medical + College of Cornell University, New York."}}, {"@ValidYN": "Y", "ForeName": + "George S", "Initials": "GS", "LastName": "Alexopoulos", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, Joan & Sanford I. Weill Medical + College of Cornell University, New York."}}, {"@ValidYN": "Y", "ForeName": + "Nili", "Initials": "N", "LastName": "Solomonov", "AffiliationInfo": {"Affiliation": + "Department of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell + University, New York."}}, {"@ValidYN": "Y", "ForeName": "Aliza T", "Initials": + "AT", "LastName": "Stein", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York."}}, {"@ValidYN": "Y", "ForeName": "Maria", "Initials": "M", "LastName": + "Coluccio", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, + Joan & Sanford I. Weill Medical College of Cornell University, New York."}}, + {"@ValidYN": "Y", "ForeName": "Sarah Shizuko", "Initials": "SS", "LastName": + "Morimoto", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, + Joan & Sanford I. Weill Medical College of Cornell University, New York."}}, + {"@ValidYN": "Y", "ForeName": "Chloe J", "Initials": "CJ", "LastName": "Blau", + "AffiliationInfo": {"Affiliation": "Nathan S. Kline Institute for Psychiatric + Research, Orangeburg, New York."}}, {"@ValidYN": "Y", "ForeName": "Lila", + "Initials": "L", "LastName": "Abreu", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York."}}, {"@ValidYN": "Y", "ForeName": "Katherine E", "Initials": "KE", + "LastName": "Burdick", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, + Brigham & Women''s Hospital, Harvard Medical School, Boston, Massachusetts."}}, + {"@ValidYN": "Y", "ForeName": "Conor", "Initials": "C", "LastName": "Liston", + "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Joan & Sanford + I. Weill Medical College of Cornell University, New York."}}, {"@ValidYN": + "Y", "ForeName": "Faith M", "Initials": "FM", "LastName": "Gunning", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, Joan & Sanford I. Weill Medical + College of Cornell University, New York. Electronic address: fgd2002@med.cornell.edu."}}], + "@CompleteYN": "Y"}, "Pagination": {"EndPage": "221", "StartPage": "213", + "MedlinePgn": "213-221"}, "ArticleDate": {"Day": "07", "Year": "2019", "Month": + "11", "@DateType": "Electronic"}, "ELocationID": [{"#text": "10.1016/j.bpsc.2019.10.013", + "@EIdType": "doi", "@ValidYN": "Y"}, {"#text": "S2451-9022(19)30277-0", "@EIdType": + "pii", "@ValidYN": "Y"}], "ArticleTitle": "Cognitive Control Network Homogeneity + and Executive Functions in Late-Life Depression.", "DataBankList": {"DataBank": + {"DataBankName": "ClinicalTrials.gov", "AccessionNumberList": {"AccessionNumber": + "NCT01728194"}}, "@CompleteYN": "Y"}, "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D052061", "#text": + "Research Support, N.I.H., Extramural"}]}}, "DateRevised": {"Day": "28", "Year": + "2024", "Month": "03"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Cognitive control", "@MajorTopicYN": + "N"}, {"#text": "Depression", "@MajorTopicYN": "N"}, {"#text": "Executive + functions", "@MajorTopicYN": "N"}, {"#text": "Functional connectivity", "@MajorTopicYN": + "N"}, {"#text": "MRI", "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "08", + "Year": "2021", "Month": "03"}, "CitationSubset": "IM", "@IndexingMethod": + "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D003863", "#text": "Depression", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D056344", "#text": "Executive Function", "@MajorTopicYN": "Y"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United + States", "MedlineTA": "Biol Psychiatry Cogn Neurosci Neuroimaging", "ISSNLinking": + "2451-9022", "NlmUniqueID": "101671285"}, "CommentsCorrectionsList": {"CommentsCorrections": + {"PMID": {"#text": "32035612", "@Version": "1"}, "@RefType": "CommentIn", + "RefSource": "Biol Psychiatry Cogn Neurosci Neuroimaging. 2020 Feb;5(2):138-139. + doi: 10.1016/j.bpsc.2019.12.014."}}}}, "semantic_scholar": {"year": 2019, + "title": "Cognitive Control Network Homogeneity and Executive Functions in + Late-Life Depression.", "venue": "Biological Psychiatry: Cognitive Neuroscience + and Neuroimaging", "authors": [{"name": "M. Respino", "authorId": "6282332"}, + {"name": "M. Hoptman", "authorId": "2766223"}, {"name": "L. Victoria", "authorId": + "5292872"}, {"name": "G. Alexopoulos", "authorId": "2444847"}, {"name": "N. + Solomonov", "authorId": "144616936"}, {"name": "Aliza T. Stein", "authorId": + "51256809"}, {"name": "Maria Coluccio", "authorId": "2094343091"}, {"name": + "S. Morimoto", "authorId": "31636747"}, {"name": "Chloe Blau", "authorId": + "2080766315"}, {"name": "Lila Abreu", "authorId": "1477680895"}, {"name": + "K. Burdick", "authorId": "2122282"}, {"name": "C. Liston", "authorId": "145624793"}, + {"name": "F. Gunning", "authorId": "3568698"}], "paperId": "837a6ee2872544f79d29d24ce349c5d674867402", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc7010539?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.bpsc.2019.10.013?email= + or https://doi.org/10.1016/j.bpsc.2019.10.013, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2019-11-07"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T08:30:27.409171+00:00", "analyses": [{"id": "nGdpEngE7QvZ", "user": + null, "name": "Increased ReHo", "metadata": {"table": {"table_number": 2, + "table_metadata": {"table_id": "tbl2", "table_label": "Table\u00a02", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Clusters of Abnormal ReHo and + ReHo-Seeded FC (Older Adults With Depression Versus Healthy Control Subjects)", + "conditions": [], "weights": [], "points": [{"id": "LDjonnU7xyMM", "coordinates": + [-6.0, 39.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.14}]}, {"id": "uykeSrjB522i", "coordinates": + [57.0, -21.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.76}]}], "images": []}, {"id": "ASc8eJJNsEKq", + "user": null, "name": "ACC ReHo-Seeded FC", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "tbl2", "table_label": "Table\u00a02", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Clusters of Abnormal ReHo and + ReHo-Seeded FC (Older Adults With Depression Versus Healthy Control Subjects)", + "conditions": [], "weights": [], "points": [{"id": "k2yveV24fpyp", "coordinates": + [-12.0, -51.0, 69.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -3.56}]}], "images": []}]}, {"id": + "GftJQhHBhcAG", "created_at": "2026-01-26T17:34:11.540878+00:00", "updated_at": + null, "user": "github|12564882", "name": "Alerting, Orienting, and Executive + Control: The Effect of Bilingualism and Age on the Subcomponents of Attention", + "description": "Life-long experience of using two or more languages has been + shown to enhance cognitive control abilities in young and elderly bilinguals + in comparison to their monolingual peers. This advantage has been found to + be larger in older adults in comparison to younger adults, suggesting that + bilingualism provides advantages in cognitive control abilities. However, + studies showing this effect have used a variety of tasks (Simon Task, Stroop + task, Flanker Task), each measuring different subcomponents of attention and + raising mixed results. At the same time, attention is not a unitary function + but comprises of subcomponents which can be distinctively addressed within + the Attention Network Test (ANT) (1, 2). The purpose of this work was to examine + the neurofunctional correlates of the subcomponents of attention in healthy + young and elderly bilinguals taking into account the L2 age of acquisition, + language usage, and proficiency. Participants performed an fMRI version of + the ANT task, and speed, accuracy, and BOLD data were collected. As expected, + results show slower overall response times with increasing age. The ability + to take advantage of the warning cues also decreased with age, resulting in + reduced alerting and orienting abilities in older adults. fMRI results showed + an increase in neurofunctional activity in the frontal and parietal areas + in elderly bilinguals when compared to young bilinguals. Furthermore, higher + L2 proficiency correlated negatively with activation in frontal area, and + that faster RTs correlated negatively with activation in frontal and parietal + areas. Such a correlation, especially with L2 proficiency was not present + in young bilinguals and provides evidence for a bilingual advantage in the + alerting subcomponent of attention that characterizes elderly bilinguals'' + performance. This study thus provides extra details about the bilingual advantage + in the subcomponent of attention, in older bilinguals. Consequently, speaking + more than one language impacts cognition and the brain later in life.", "publication": + "Frontiers in Neurology", "doi": "10.3389/fneur.2019.01122", "pmid": "31736852", + "authors": "Tanya Dash; P. Berroir; Y. Joanette; A. Ansaldo", "year": 2019, + "metadata": {"slug": "31736852-10-3389-fneur-2019-01122-pmc6831726", "source": + "semantic_scholar", "keywords": ["aging", "attention network task", "bilingualism", + "neuroimaging", "subcomponents of attention"], "sample_size": "5", "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "5", "Year": + "2019", "Month": "7", "@PubStatus": "received"}, {"Day": "8", "Year": "2019", + "Month": "10", "@PubStatus": "accepted"}, {"Day": "19", "Hour": "6", "Year": + "2019", "Month": "11", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "19", + "Hour": "6", "Year": "2019", "Month": "11", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "19", "Hour": "6", "Year": "2019", "Month": "11", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "30", "Year": "2019", "Month": "10", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "31736852", "@IdType": "pubmed"}, + {"#text": "PMC6831726", "@IdType": "pmc"}, {"#text": "10.3389/fneur.2019.01122", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Fan J, + McCandliss BD, Fossella J, Flombaum JI, Posner MI. The activation of attentional + networks. NeuroImage. (2005) 26:471\u20139. 10.1016/j.neuroimage.2005.02.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.02.004", + "@IdType": "doi"}, {"#text": "15907304", "@IdType": "pubmed"}]}}, {"Citation": + "Fan J, Gu X, Guise KG, Liu X, Fossella J, Wang H, et al. . Testing the behavioral + interaction and integration of attentional networks. Brain Cogn. (2009) 70:209\u201320. + 10.1016/j.bandc.2009.02.002", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bandc.2009.02.002", + "@IdType": "doi"}, {"#text": "PMC2674119", "@IdType": "pmc"}, {"#text": "19269079", + "@IdType": "pubmed"}]}}, {"Citation": "Stern Y. What is cognitive reserve? + Theory and research application of the reserve concept. J Int Neuropsychol + Soc. (2002) 8:448\u201360. 10.1017/S1355617702813248", "ArticleIdList": {"ArticleId": + [{"#text": "10.1017/S1355617702813248", "@IdType": "doi"}, {"#text": "11939702", + "@IdType": "pubmed"}]}}, {"Citation": "Stern Y. Cognitive reserve. Neuropsychologia. + (2009) 47:2015\u201328. 10.1016/j.neuropsychologia.2009.03.004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2009.03.004", "@IdType": + "doi"}, {"#text": "PMC2739591", "@IdType": "pmc"}, {"#text": "19467352", "@IdType": + "pubmed"}]}}, {"Citation": "Steffener J, Habeck C, O''Shea D, Razlighi Q, + Bherer L, Stern Y. Differences between chronological and brain age are related + to education and self-reported physical activity. Neurobiol Aging. (2016) + 40:138\u201344. 10.1016/j.neurobiolaging.2016.01.01", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neurobiolaging.2016.01.01", "@IdType": "doi"}, {"#text": + "PMC4792330", "@IdType": "pmc"}, {"#text": "26973113", "@IdType": "pubmed"}]}}, + {"Citation": "Stern Y, Gurland B, Tatemichi TK, Tang MX, Wilder D, Mayeux + R. Influence of education and occupation on the incidence of Alzheimer''s + disease. JAMA. (1994) 271:1004\u201310. 10.1001/jama.271.13.1004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/jama.271.13.1004", "@IdType": "doi"}, {"#text": + "8139057", "@IdType": "pubmed"}]}}, {"Citation": "Bialystok E, Craik FIM, + Luk G. Bilingualism: consequences for mind and brain. Trends Cogn Sci. (2012) + 16:240\u201350. 10.1016/j.tics.2012.03.001", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.tics.2012.03.001", "@IdType": "doi"}, {"#text": "PMC3322418", + "@IdType": "pmc"}, {"#text": "22464592", "@IdType": "pubmed"}]}}, {"Citation": + "Alladi S, Bak TH, Duggirala V, Surampudi B, Shailaja M, Shukla AK, et al. + . Bilingualism delays age at onset of dementia, independent of education and + immigration status. Neurology. (2013) 81:1938\u201344. 10.1212/01.wnl.0000436620.33155.a4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1212/01.wnl.0000436620.33155.a4", + "@IdType": "doi"}, {"#text": "24198291", "@IdType": "pubmed"}]}}, {"Citation": + "Abutalebi J, Guidi L, Borsa V, Canini M, Della Rosa PA, Parris BA, et al. + . Bilingualism provides a neural reserve for aging populations. Neuropsychologia. + (2015) 69:201\u201310. 10.1016/j.neuropsychologia.2015.01.040", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2015.01.040", "@IdType": + "doi"}, {"#text": "25637228", "@IdType": "pubmed"}]}}, {"Citation": "Hern\u00e1ndez + M, Costa A, Fuentes LJ, Vivas AB, Sebasti\u00e1n-Gall\u00e9s N. The impact + of bilingualism on the executive control and orienting networks of attention. + Biling Lang Cogn. (2010) 13:315\u201325. 10.1017/S1366728909990010", "ArticleIdList": + {"ArticleId": {"#text": "10.1017/S1366728909990010", "@IdType": "doi"}}}, + {"Citation": "Ansaldo AI, Ghazi-Saidi L, Adrover-Roig D. Interference control + in elderly bilinguals: appearances can be misleading. J Clin Exp Neuropsychol. + (2015) 37:455\u201370. 10.1080/13803395.2014.990359", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/13803395.2014.990359", "@IdType": "doi"}, {"#text": "25641572", + "@IdType": "pubmed"}]}}, {"Citation": "Costa A, Hern\u00e1ndez M, Sebasti\u00e1n-Gall\u00e9s + N. Bilingualism aids conflict resolution: evidence from the ANT task. Cognition. + (2008) 106:59\u201386. 10.1016/j.cognition.2006.12.013", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.cognition.2006.12.013", "@IdType": "doi"}, + {"#text": "17275801", "@IdType": "pubmed"}]}}, {"Citation": "Gold BT, Kim + C, Johnson NF, Kryscio RJ, Smith CD. Lifelong bilingualism maintains neural + efficiency for cognitive control in aging. J Neurosci. (2013) 33:387\u201396. + 10.1523/JNEUROSCI.3837-12.2013", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.3837-12.2013", "@IdType": "doi"}, {"#text": "PMC3710134", + "@IdType": "pmc"}, {"#text": "23303919", "@IdType": "pubmed"}]}}, {"Citation": + "Grady CL, Luk G, Craik FI, Bialystok E. Brain network activity in monolingual + and bilingual older adults. Neuropsychologia. (2015) 66:170\u201381. 10.1016/j.neuropsychologia.2014.10.042", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2014.10.042", + "@IdType": "doi"}, {"#text": "PMC4898959", "@IdType": "pmc"}, {"#text": "25445783", + "@IdType": "pubmed"}]}}, {"Citation": "Berroir P, Ghazi-Saidi L, Dash T, Adrover-Roig + D, Benali H, Ansaldo AI. Interference control at the response level: functional + networks reveal higher efficiency in the bilingual brain. J Neurolinguistics. + (2017) 43:4\u201316. 10.1016/j.jneuroling.2016.09.007", "ArticleIdList": {"ArticleId": + {"#text": "10.1016/j.jneuroling.2016.09.007", "@IdType": "doi"}}}, {"Citation": + "Dash T, Berroir P, Ghazi-Saidi L, Adrover-Roig D, Ansaldo AI. A new look + at the question of the bilingual advantage: dual mechanisms of cognitive control. + Ling Approach Biling. (2019). [Epub ahead of print]. 10.1075/lab.18036.das", + "ArticleIdList": {"ArticleId": {"#text": "10.1075/lab.18036.das", "@IdType": + "doi"}}}, {"Citation": "Luk G, Bialystok E, Craik FI, Grady CL. Lifelong bilingualism + maintains white matter integrity in older adults. J Neurosci. (2011) 31:16808\u201313. + 10.1523/JNEUROSCI.4563-11.2011", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.4563-11.2011", "@IdType": "doi"}, {"#text": "PMC3259110", + "@IdType": "pmc"}, {"#text": "22090506", "@IdType": "pubmed"}]}}, {"Citation": + "Bialystok E, Craik FI, Grady C, Chau W, Ishii R, Gunji A, et al. . Effect + of bilingualism on cognitive control in the Simon task: evidence from MEG. + NeuroImage. (2005) 24:40\u20139. 10.1016/j.neuroimage.2004.09.044", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.09.044", "@IdType": "doi"}, + {"#text": "15588595", "@IdType": "pubmed"}]}}, {"Citation": "Braver TS. The + variable nature of cognitive control: a dual mechanisms framework. Trends + Cogn Sci. (2012) 16:106\u201313. 10.1016/j.tics.2011.12.010", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tics.2011.12.010", "@IdType": "doi"}, + {"#text": "PMC3289517", "@IdType": "pmc"}, {"#text": "22245618", "@IdType": + "pubmed"}]}}, {"Citation": "Posner MI, Fan J. Attention as an organ system. + Topics Integr Neurosci. (2008) 31\u201361. 10.1017/CBO9780511541681.005", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/CBO9780511541681.005", "@IdType": + "doi"}}}, {"Citation": "Posner MI, Petersen SE. The attention system of the + human brain. Ann Rev Neurosci. (1990) 13:25\u201342. 10.1146/annurev.ne.13.030190.000325", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.ne.13.030190.000325", + "@IdType": "doi"}, {"#text": "2183676", "@IdType": "pubmed"}]}}, {"Citation": + "Petersen SE, Posner MI. The attention system of the human brain: 20 years + after. Ann Rev Neurosci. (2012) 35:73\u201389. 10.1146/annurev-neuro-062111-150525", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev-neuro-062111-150525", + "@IdType": "doi"}, {"#text": "PMC3413263", "@IdType": "pmc"}, {"#text": "22524787", + "@IdType": "pubmed"}]}}, {"Citation": "Tao L, Marzecov\u00e1 A, Taft M, Asanowicz + D, Wodniecka Z. The efficiency of attentional networks in early and late bilinguals: + the role of age of acquisition. Front Psychol. (2011) 2:123. 10.3389/fpsyg.2011.00123", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2011.00123", "@IdType": + "doi"}, {"#text": "PMC3114252", "@IdType": "pmc"}, {"#text": "21713011", "@IdType": + "pubmed"}]}}, {"Citation": "Marzecov\u00e1 A, Asanowicz D, Kriva LU, Wodniecka + Z. The effects of bilingualism on efficiency and lateralization of attentional + networks. Bilingualism. (2013) 16:608\u201323. 10.1017/S1366728912000569", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728912000569", "@IdType": + "doi"}}}, {"Citation": "Luk G, Bialystok E. Bilingualism is not a categorical + variable: Interaction between language proficiency and usage. J Cogn Psychol. + (2013) 25:605\u201321. 10.1080/20445911.2013.795574", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/20445911.2013.795574", "@IdType": "doi"}, {"#text": "PMC3780436", + "@IdType": "pmc"}, {"#text": "24073327", "@IdType": "pubmed"}]}}, {"Citation": + "Tse CS, Altarriba J. The effects of first-and second-language proficiency + on conflict resolution and goal maintenance in bilinguals: evidence from reaction + time distributional analyses in a Stroop task. Bilingualism. (2012) 15:663\u201376. + 10.1017/S1366728912000077", "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728912000077", + "@IdType": "doi"}}}, {"Citation": "Luk G, De Sa ERIC, Bialystok E. Is there + a relation between onset age of bilingualism and enhancement of cognitive + control? Bilingualism. (2011) 14:588\u201395. 10.1017/S1366728911000010", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728911000010", "@IdType": + "doi"}}}, {"Citation": "Soveri A, Rodriguez-Fornells A, Laine M. Is there + a relationship between language switching and executive functions in bilingualism? + Introducing a within group analysis approach. Front Psychol. (2011) 2:183. + 10.3389/fpsyg.2011.00183", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2011.00183", + "@IdType": "doi"}, {"#text": "PMC3150725", "@IdType": "pmc"}, {"#text": "21869878", + "@IdType": "pubmed"}]}}, {"Citation": "Incera S, McLennan CT. Bilingualism + and age are continuous variables that influence executive function. Aging + Neuropsychol Cogn. (2018) 25:443\u201363. 10.1080/13825585.2017.1319902", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825585.2017.1319902", + "@IdType": "doi"}, {"#text": "28436757", "@IdType": "pubmed"}]}}, {"Citation": + "Jennings JM, Dagenbach D, Engle CM, Funke LJ. Age-related changes and the + attention network task: an examination of alerting, orienting, and executive + function. Aging Neuropsychol Cogn. (2007) 14:353\u201369. 10.1080/13825580600788837", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825580600788837", "@IdType": + "doi"}, {"#text": "17612813", "@IdType": "pubmed"}]}}, {"Citation": "Mahoney + JR, Verghese J, Goldin Y, Lipton R, Holtzer R. Alerting, orienting, and executive + attention in older adults. J Int Neuropsychol Soc. (2010) 16:877\u201389. + 10.1017/S1355617710000767", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1355617710000767", + "@IdType": "doi"}, {"#text": "PMC3134373", "@IdType": "pmc"}, {"#text": "20663241", + "@IdType": "pubmed"}]}}, {"Citation": "Nasreddine ZS, Phillips NA, B\u00e9dirian + V, Charbonneau S, Whitehead V, Collin I, et al. . The montreal cognitive assessment, + MoCA: a brief screening tool for mild cognitive impairment. J Am Geriatr Soc. + (2005) 53:695\u20139. 10.1111/j.1532-5415.2005.53221.x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/j.1532-5415.2005.53221.x", "@IdType": "doi"}, + {"#text": "15817019", "@IdType": "pubmed"}]}}, {"Citation": "Reitan RM. Validity + of the trail making test as an indicator of organic brain damage. Percept + Mot Skills. (1958) 8:271\u20136. 10.2466/pms.1958.8.3.271", "ArticleIdList": + {"ArticleId": {"#text": "10.2466/pms.1958.8.3.271", "@IdType": "doi"}}}, {"Citation": + "Maruff P, Collie A, Darby D, Weaver-Cargin J, McStephen M. Subtle Cognitive + Decline in Mild Cognitive Impairment. Technical document. Melbourne, VIC: + CogState Ltd. (2002)."}, {"Citation": "Yesavage JA, Brink TL, Rose TL, Lum + O, Huang V, Adey M, et al. . Development and validation of a geriatric depression + screening scale: a preliminary report. J Psychiatr Res. (1982) 17:37\u201349. + 10.1016/0022-3956(82)90033-4", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(82)90033-4", + "@IdType": "doi"}, {"#text": "7183759", "@IdType": "pubmed"}]}}, {"Citation": + "Marian V, Blumenfeld HK, Kaushanskaya M. The language experience and proficiency + questionnaire (LEAP-Q): assessing language profiles in bilinguals and multilinguals. + J Speech Lang Hear. (2007) 50:940\u201367. 10.1044/1092-4388(2007/067)", "ArticleIdList": + {"ArticleId": [{"#text": "10.1044/1092-4388(2007/067)", "@IdType": "doi"}, + {"#text": "17675598", "@IdType": "pubmed"}]}}, {"Citation": "Kaplan E, Goodglass + H, Weintraub S. Boston Naming Test. Austin, TX: Pro-ed; (2001)."}, {"Citation": + "Dash T, Kar BR. Characterizing language proficiency in Hindi and English + language: implications for bilingual research. Int J Mind Brain Cogn. (2012) + 3:73\u2013105."}, {"Citation": "Dash T, Kar BR. Bilingual language control + and general purpose cognitive control among individuals with bilingual aphasia: + evidence based on negative priming and flanker tasks. Behav Neurol. (2014) + 2014:679706. 10.1155/2014/679706", "ArticleIdList": {"ArticleId": [{"#text": + "10.1155/2014/679706", "@IdType": "doi"}, {"#text": "PMC4042523", "@IdType": + "pmc"}, {"#text": "24982591", "@IdType": "pubmed"}]}}, {"Citation": "Ulatowska + H, Streit Olness G, Wertz R, Samson A, Keebler M, Goins K. Relationship between + discourse and Western Aphasia Battery performance in African Americans with + aphasia. Aphasiology. (2003) 17:511\u201321. 10.1080/0268703034400102", "ArticleIdList": + {"ArticleId": {"#text": "10.1080/0268703034400102", "@IdType": "doi"}}}, {"Citation": + "Kertesz A. Western Aphasia Battery Test Manual. New York, NY: Psychological + Corporation; (1982)."}, {"Citation": "Goodglass H, Kaplan E. Boston Diagnostic + Examination for Aphasia. Philadelphia, PA: Lea and Febiger; (1983)."}, {"Citation": + "Warmington M, Stothard SE, Snowling MJ. Assessing dyslexia in higher education: + the York adult assessment battery-revised. J Res Special Educ Needs. (2013) + 13:48\u201356. 10.1111/j.1471-3802.2012.01264.x", "ArticleIdList": {"ArticleId": + {"#text": "10.1111/j.1471-3802.2012.01264.x", "@IdType": "doi"}}}, {"Citation": + "Lemh\u00f6fer K, Broersma M. Introducing LexTALE: a quick and valid lexical + test for advanced learners of English. Behav Res Method. (2012) 44:325\u201343. + 10.3758/s13428-011-0146-0", "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13428-011-0146-0", + "@IdType": "doi"}, {"#text": "PMC3356522", "@IdType": "pmc"}, {"#text": "21898159", + "@IdType": "pubmed"}]}}, {"Citation": "Posner MI. Orienting of attention. + Q J Exp Psychol. (1980) 32:3\u201325. 10.1080/00335558008248231", "ArticleIdList": + {"ArticleId": [{"#text": "10.1080/00335558008248231", "@IdType": "doi"}, {"#text": + "7367577", "@IdType": "pubmed"}]}}, {"Citation": "Eriksen BA, Eriksen CW. + Effects of noise letters upon the identification of a target letter in a nonsearch + task. Percept Psychophys. (1974) 16:143\u20139. 10.3758/BF03203267", "ArticleIdList": + {"ArticleId": {"#text": "10.3758/BF03203267", "@IdType": "doi"}}}, {"Citation": + "Woods DL, Wyma JM, Yund EW, Herron TJ, Reed B. Age-related slowing of response + selection and production in a visual choice reaction time task. Front Hum + Neurosci. (2015) 9:193 10.3389/fnhum.2015.00193", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2015.00193", "@IdType": "doi"}, {"#text": "PMC4407573", + "@IdType": "pmc"}, {"#text": "25954175", "@IdType": "pubmed"}]}}, {"Citation": + "Wang YF, Jing XJ, Liu F, Li ML, Long ZL, Yan JH, et al. . Reliable attention + network scores and mutually inhibited inter-network relationships revealed + by mixed design and non-orthogonal method. Sci Rep. (2015) 5:10251. 10.1038/srep10251", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/srep10251", "@IdType": + "doi"}, {"#text": "PMC4440527", "@IdType": "pmc"}, {"#text": "25997025", "@IdType": + "pubmed"}]}}, {"Citation": "Westlye LT, Grydeland H, Walhovd KB, Fjell AM. + Associations between regional cortical thickness and attentional networks + as measured by the attention network test. Cereb Cortex. (2010) 21:345\u201356. + 10.1093/cercor/bhq101", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhq101", + "@IdType": "doi"}, {"#text": "20525771", "@IdType": "pubmed"}]}}, {"Citation": + "Brett M, Anton JL, Valabregue R, Poline JB. Region of interest analysis using + an SPM toolbox. In: 8th International Conference on Functional Mapping of + the Human Brain. Vol. 16. (2002). p. 497"}, {"Citation": "Williams RS, Biel + AL, Wegier P, Lapp LK, Dyson BJ, Spaniol J. Age differences in the attention + network test: evidence from behavior and event-related potentials. Brain Cogn. + (2016) 102:65\u201379. 10.1016/j.bandc.2015.12.007", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.bandc.2015.12.007", "@IdType": "doi"}, {"#text": "26760449", + "@IdType": "pubmed"}]}}, {"Citation": "Zhou SS, Fan J, Lee TM, Wang CQ, Wang + K. Age-related differences in attentional networks of alerting and executive + control in young, middle-aged, and older Chinese adults. Brain Cogn. (2011) + 75:205\u201310. 10.1016/j.bandc.2010.12.003", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.bandc.2010.12.003", "@IdType": "doi"}, {"#text": "21251744", + "@IdType": "pubmed"}]}}, {"Citation": "Gamboz N, Zamarian S, Cavallero C. + Age-related differences in the attention network test (ANT). Exp Aging Res. + (2010) 36:287\u2013305. 10.1080/0361073X.2010.484729", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/0361073X.2010.484729", "@IdType": "doi"}, {"#text": "20544449", + "@IdType": "pubmed"}]}}, {"Citation": "Hilchey MD, Klein RM. Are there bilingual + advantages on nonlinguistic interference tasks? Implications for the plasticity + of executive control processes. Psychon Bull Rev. (2011) 18:625\u201358. 10.3758/s13423-011-0116-7", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-011-0116-7", "@IdType": + "doi"}, {"#text": "21674283", "@IdType": "pubmed"}]}}, {"Citation": "Campbell + KL, Grady CL, Ng C, Hasher L. Age differences in the frontoparietal cognitive + control network: implications for distractibility. Neuropsychologia. (2012) + 50:2212\u201323. 10.1016/j.neuropsychologia.2012.05.025", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2012.05.025", "@IdType": + "doi"}, {"#text": "PMC4898951", "@IdType": "pmc"}, {"#text": "22659108", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R, Albert M, Belleville S, Craik FI, Duarte + A, Grady CL, et al. Maintenance, reserve and compensation: the cognitive neuroscience + of healthy ageing. Nat Rev Neurosci. (2018) 19:701\u201310. 10.1038/s41583-018-0068-2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41583-018-0068-2", "@IdType": + "doi"}, {"#text": "PMC6472256", "@IdType": "pmc"}, {"#text": "30305711", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R, Prince SE, Daselaar SM, Greenberg DL, + Budde M, Dolcos F, et al. . Brain activity during episodic retrieval of autobiographical + and laboratory events: an fMRI study using a novel photo paradigm. J Cogn + Neurosci. (2004) 16:1583\u201394. 10.1162/0898929042568578", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/0898929042568578", "@IdType": "doi"}, {"#text": + "15622612", "@IdType": "pubmed"}]}}, {"Citation": "Beauchamp MS, Petit L, + Ellmore TM, Ingeholm J, Haxby JV. A parametric fMRI study of overt and covert + shifts of visuospatial attention. Neuroimage. (2001) 14:310\u201321. 10.1006/nimg.2001.0788", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2001.0788", "@IdType": + "doi"}, {"#text": "11467905", "@IdType": "pubmed"}]}}, {"Citation": "Hirnstein + M, Bayer U, Ellison A, Hausmann M. TMS over the left angular gyrus impairs + the ability to discriminate left from right. Neuropsychologia. (2011) 49:29\u201333. + 10.1016/j.neuropsychologia.2010.10.028", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2010.10.028", "@IdType": "doi"}, {"#text": "21035475", + "@IdType": "pubmed"}]}}, {"Citation": "Awh E, Jonides J. Overlapping mechanisms + of attention and spatial working memory. Trends Cogn Sci. (2001) 5:119\u201326. + 10.1016/S1364-6613(00)01593-X", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S1364-6613(00)01593-X", "@IdType": "doi"}, {"#text": "11239812", + "@IdType": "pubmed"}]}}, {"Citation": "Xiao M, Ge H, Khundrakpam BS, Xu J, + Bezgin G, Leng Y, et al. . Attention performance measured by attention network + test is correlated with global and regional efficiency of structural brain + networks. Front Behav. Neurosci. (2016) 10:194. 10.3389/fnbeh.2016.00194", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnbeh.2016.00194", "@IdType": + "doi"}, {"#text": "PMC5056177", "@IdType": "pmc"}, {"#text": "27777556", "@IdType": + "pubmed"}]}}, {"Citation": "Grundy JG, Anderson JA, Bialystok E. Neural correlates + of cognitive processing in monolinguals and bilinguals. Ann N York Acad Sci. + (2017) 1396:183. 10.1111/nyas.13333", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/nyas.13333", "@IdType": "doi"}, {"#text": "PMC5446278", "@IdType": + "pmc"}, {"#text": "28415142", "@IdType": "pubmed"}]}}, {"Citation": "Dash + T, Joanette Y, Ansaldo AI. Effect of bilingualism and perceptual load on the + subcomponents of attention in older adults: Evidence from the ANT task. In: + 10th Annual meeting of Society of Neurobiology of Language. Quebec (2018)."}, + {"Citation": "Abutalebi J, Canini M, Della Rosa PA, Sheung LP, Green DW, Weekes + BS. Bilingualism protects anterior temporal lobe integrity in aging. Neurobiol + Aging. (2014) 35:2126\u201333. 10.1016/j.neurobiolaging.2014.03.010", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2014.03.010", "@IdType": + "doi"}, {"#text": "24721820", "@IdType": "pubmed"}]}}, {"Citation": "Garc\u00eda-Pent\u00f3n + L, Fern\u00e1ndez AP, Iturria-Medina Y, Gillon-Dowens M, Carreiras M. Anatomical + connectivity changes in the bilingual brain. Neuroimage. (2014) 84:495\u2013504. + 10.1016/j.neuroimage.2013.08.064", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2013.08.064", "@IdType": "doi"}, {"#text": "24018306", + "@IdType": "pubmed"}]}}, {"Citation": "Pliatsikas C, Moschopoulou E, Saddy + JD. The effects of bilingualism on the white matter structure of the brain. + Proc Natl Acad Sci USA. (2015) 112:1334\u20137. 10.1073/pnas.1414183112", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1414183112", "@IdType": + "doi"}, {"#text": "PMC4321232", "@IdType": "pmc"}, {"#text": "25583505", "@IdType": + "pubmed"}]}}, {"Citation": "Wang H, Fan J. Human attentional networks: a connectionist + model. J Cogn Neurosci. (2007) 19:1678\u201389. 10.1162/jocn.2007.19.10.1678", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2007.19.10.1678", + "@IdType": "doi"}, {"#text": "18271741", "@IdType": "pubmed"}]}}, {"Citation": + "Iluz-Cohen P, Armon-Lotem S. Language proficiency and executive control in + bilingual children. Bilingualism. (2013) 16:884\u201399. 10.1017/S1366728912000788", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728912000788", "@IdType": + "doi"}}}, {"Citation": "Kroll JF, Bialystok E. Understanding the consequences + of bilingualism for language processing and cognition. J Cogn Psychol. (2013) + 25:497\u2013514. 10.1080/20445911.2013.799170", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/20445911.2013.799170", "@IdType": "doi"}, {"#text": "PMC3820916", + "@IdType": "pmc"}, {"#text": "24223260", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "31736852", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1664-2295", "@IssnType": "Print"}, "Title": "Frontiers + in neurology", "JournalIssue": {"Volume": "10", "PubDate": {"Year": "2019"}, + "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Neurol"}, "Abstract": + {"AbstractText": "Life-long experience of using two or more languages has + been shown to enhance cognitive control abilities in young and elderly bilinguals + in comparison to their monolingual peers. This advantage has been found to + be larger in older adults in comparison to younger adults, suggesting that + bilingualism provides advantages in cognitive control abilities. However, + studies showing this effect have used a variety of tasks (Simon Task, Stroop + task, Flanker Task), each measuring different subcomponents of attention and + raising mixed results. At the same time, attention is not a unitary function + but comprises of subcomponents which can be distinctively addressed within + the Attention Network Test (ANT) (1, 2). The purpose of this work was to examine + the neurofunctional correlates of the subcomponents of attention in healthy + young and elderly bilinguals taking into account the L2 age of acquisition, + language usage, and proficiency. Participants performed an fMRI version of + the ANT task, and speed, accuracy, and BOLD data were collected. As expected, + results show slower overall response times with increasing age. The ability + to take advantage of the warning cues also decreased with age, resulting in + reduced alerting and orienting abilities in older adults. fMRI results showed + an increase in neurofunctional activity in the frontal and parietal areas + in elderly bilinguals when compared to young bilinguals. Furthermore, higher + L2 proficiency correlated negatively with activation in frontal area, and + that faster RTs correlated negatively with activation in frontal and parietal + areas. Such a correlation, especially with L2 proficiency was not present + in young bilinguals and provides evidence for a bilingual advantage in the + alerting subcomponent of attention that characterizes elderly bilinguals'' + performance. This study thus provides extra details about the bilingual advantage + in the subcomponent of attention, in older bilinguals. Consequently, speaking + more than one language impacts cognition and the brain later in life.", "CopyrightInformation": + "Copyright \u00a9 2019 Dash, Berroir, Joanette and Ansaldo."}, "Language": + "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Tanya", "Initials": "T", "LastName": "Dash", "AffiliationInfo": + [{"Affiliation": "Centre de recherche de l''Institut Universitaire de G\u00e9riatrie + de Montr\u00e9al, Montreal, QC, Canada."}, {"Affiliation": "\u00c9cole d''orthophonie + et d''audiologie, Facult\u00e9 de m\u00e9decine, Universit\u00e9 de Montr\u00e9al, + Montreal, QC, Canada."}]}, {"@ValidYN": "Y", "ForeName": "Pierre", "Initials": + "P", "LastName": "Berroir", "AffiliationInfo": [{"Affiliation": "Centre de + recherche de l''Institut Universitaire de G\u00e9riatrie de Montr\u00e9al, + Montreal, QC, Canada."}, {"Affiliation": "Institute of Biomedical Engineering, + Department of Pharmacology and Physiology, Faculty of Medicine, Universit\u00e9 + de Montr\u00e9al, Montreal, QC, Canada."}]}, {"@ValidYN": "Y", "ForeName": + "Yves", "Initials": "Y", "LastName": "Joanette", "AffiliationInfo": [{"Affiliation": + "Centre de recherche de l''Institut Universitaire de G\u00e9riatrie de Montr\u00e9al, + Montreal, QC, Canada."}, {"Affiliation": "\u00c9cole d''orthophonie et d''audiologie, + Facult\u00e9 de m\u00e9decine, Universit\u00e9 de Montr\u00e9al, Montreal, + QC, Canada."}]}, {"@ValidYN": "Y", "ForeName": "Ana In\u00e9s", "Initials": + "AI", "LastName": "Ansaldo", "AffiliationInfo": [{"Affiliation": "Centre de + recherche de l''Institut Universitaire de G\u00e9riatrie de Montr\u00e9al, + Montreal, QC, Canada."}, {"Affiliation": "\u00c9cole d''orthophonie et d''audiologie, + Facult\u00e9 de m\u00e9decine, Universit\u00e9 de Montr\u00e9al, Montreal, + QC, Canada."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1122", + "MedlinePgn": "1122"}, "ArticleDate": {"Day": "30", "Year": "2019", "Month": + "10", "@DateType": "Electronic"}, "ELocationID": [{"#text": "1122", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fneur.2019.01122", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Alerting, Orienting, and Executive + Control: The Effect of Bilingualism and Age on the Subcomponents of Attention.", + "PublicationTypeList": {"PublicationType": {"@UI": "D016428", "#text": "Journal + Article"}}}, "DateRevised": {"Day": "29", "Year": "2020", "Month": "09"}, + "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "aging", "@MajorTopicYN": + "N"}, {"#text": "attention network task", "@MajorTopicYN": "N"}, {"#text": + "bilingualism", "@MajorTopicYN": "N"}, {"#text": "neuroimaging", "@MajorTopicYN": + "N"}, {"#text": "subcomponents of attention", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Neurol", "ISSNLinking": "1664-2295", + "NlmUniqueID": "101546899"}}}, "semantic_scholar": {"year": 2019, "title": + "Alerting, Orienting, and Executive Control: The Effect of Bilingualism and + Age on the Subcomponents of Attention", "venue": "Frontiers in Neurology", + "authors": [{"name": "Tanya Dash", "authorId": "5704219"}, {"name": "P. Berroir", + "authorId": "3016363"}, {"name": "Y. Joanette", "authorId": "2259929"}, {"name": + "A. Ansaldo", "authorId": "1684556"}], "paperId": "6d583c04a81695531111d7678a292130f03d1141", + "abstract": "Life-long experience of using two or more languages has been + shown to enhance cognitive control abilities in young and elderly bilinguals + in comparison to their monolingual peers. This advantage has been found to + be larger in older adults in comparison to younger adults, suggesting that + bilingualism provides advantages in cognitive control abilities. However, + studies showing this effect have used a variety of tasks (Simon Task, Stroop + task, Flanker Task), each measuring different subcomponents of attention and + raising mixed results. At the same time, attention is not a unitary function + but comprises of subcomponents which can be distinctively addressed within + the Attention Network Test (ANT) (1, 2). The purpose of this work was to examine + the neurofunctional correlates of the subcomponents of attention in healthy + young and elderly bilinguals taking into account the L2 age of acquisition, + language usage, and proficiency. Participants performed an fMRI version of + the ANT task, and speed, accuracy, and BOLD data were collected. As expected, + results show slower overall response times with increasing age. The ability + to take advantage of the warning cues also decreased with age, resulting in + reduced alerting and orienting abilities in older adults. fMRI results showed + an increase in neurofunctional activity in the frontal and parietal areas + in elderly bilinguals when compared to young bilinguals. Furthermore, higher + L2 proficiency correlated negatively with activation in frontal area, and + that faster RTs correlated negatively with activation in frontal and parietal + areas. Such a correlation, especially with L2 proficiency was not present + in young bilinguals and provides evidence for a bilingual advantage in the + alerting subcomponent of attention that characterizes elderly bilinguals'' + performance. This study thus provides extra details about the bilingual advantage + in the subcomponent of attention, in older bilinguals. Consequently, speaking + more than one language impacts cognition and the brain later in life.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fneur.2019.01122/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6831726, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-10-30"}}}, "source": "neurostore", "source_id": + "seVbCfgRhZSf", "source_updated_at": "2025-12-04T23:20:00.250601+00:00", "analyses": + [{"id": "L4B3fGGwHiMW", "user": "github|12564882", "name": "Alerting", "metadata": + null, "description": "Results from the random-effects analyses for the alerting, + orienting, and executive control condition, for young and older adults here.", + "conditions": [], "weights": [], "points": [{"id": "Ddbg2kAJF5Ng", "coordinates": + [-46.0, 2.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "oNuzPN6QGL9w", "coordinates": + [46.0, 4.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "gLHNyoGUiB9e", "coordinates": + [-26.0, 50.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "T7pVpwDKpME8", "coordinates": + [-33.0, 31.0, -3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "VKwQiuzEaJCs", "coordinates": + [42.0, -56.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "T59ToDVUujXS", "coordinates": + [-40.0, -62.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}, {"id": "hzjTKj3hAAyh", + "user": "github|12564882", "name": "Orienting", "metadata": null, "description": + "Results from the random-effects analyses for the alerting, orienting, and + executive control condition, for young and older adults.", "conditions": [], + "weights": [], "points": [{"id": "hykkjWYP69TR", "coordinates": [-10.0, -98.0, + 4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": null, "value": null}]}, {"id": "QpSD7mxNchCo", "coordinates": [10.0, + -96.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": null, "value": null}]}, {"id": "pAE68886iFoF", "coordinates": + [-20.0, -78.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "gXFcchtQDqzS", "coordinates": + [18.0, -76.0, -14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Wa69C4JYeFPj", "coordinates": + [42.0, -50.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}, {"id": "p9UieEfJ7TXy", + "user": "github|12564882", "name": "Executive control\u2227", "metadata": + null, "description": "Results from the random-effects analyses for the alerting, + orienting, and executive control condition, for young and older adults.", + "conditions": [], "weights": [], "points": [{"id": "KbX4gBE53MPf", "coordinates": + [-4.0, -86.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "oVkzWwEQX3w3", "coordinates": + [-22.0, -50.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}]}, {"id": + "J6QdYVwZWddF", "created_at": "2025-12-03T22:43:57.366760+00:00", "updated_at": + null, "user": null, "name": "Alteration of brain function and systemic inflammatory + tone in older adults by decreasing the dietary palmitic acid intake", "description": + "Prior studies in younger adults showed that reducing the normally high intake + of the saturated fatty acid, palmitic acid (PA), in the North American diet + by replacing it with the monounsaturated fatty acid, oleic acid (OA), decreased + blood concentrations and secretion by peripheral blood mononuclear cells (PBMCs) + of interleukin (IL)-1\u03b2 and IL-6 and changed brain activation in regions + of the working memory network. We examined the effects of these fatty acid + manipulations in the diet of older adults. Ten subjects, aged 65-75\u00a0years, + participated in a randomized, cross-over trial comparing 1-week high PA versus + low PA/high OA diets. We evaluated functional magnetic resonance imaging (fMRI) + using an N-back test of working memory and a resting state scan, cytokine + secretion by lipopolysaccharide (LPS)-stimulated PBMCs, and plasma cytokine + concentrations. During the low PA compared to the high PA diet, we observed + increased activation for the 2-back minus 0-back conditions in the right dorsolateral + prefrontal cortex (Broadman Area (BA) 9; p\u00a0<\u00a00.005), but the effect + of diet on working memory performance was not significant (p\u00a0=\u00a00.09). + We observed increased connectivity between anterior regions of the salience + network during the low PA/high OA diet (p\u00a0<\u00a00.001). The concentrations + of IL-1\u03b2 (p\u00a0=\u00a00.026), IL-8 (p\u00a0=\u00a00.013), and IL-6 + (p\u00a0=\u00a00.009) in conditioned media from LPS-stimulated PBMCs were + lower during the low PA/high OA diet. This study suggests that lowering the + dietary intake of PA down-regulated pro-inflammatory cytokine secretion and + altered working memory, task-based activation and resting state functional + connectivity in older adults.", "publication": "Aging Brain", "doi": "10.1016/j.nbas.2023.100072", + "pmid": "37408793", "authors": "J. Dumas; J. Bunn; M. Lamantia; Catherine + McIsaac; Anna Senft Miller; Olivia Nop; Abigail Testo; Bruno P Soares; M. + Mank; M. Poynter; C. Lawrence Kien", "year": 2023, "metadata": {"slug": "37408793-10-1016-j-nbas-2023-100072-pmc10318304", + "source": "semantic_scholar", "keywords": ["Fatty acids", "Inflammation", + "Working memory", "fMRI"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "14", "Year": "2022", "Month": "7", "@PubStatus": + "received"}, {"Day": "1", "Year": "2023", "Month": "3", "@PubStatus": "revised"}, + {"Day": "3", "Year": "2023", "Month": "3", "@PubStatus": "accepted"}, {"Day": + "6", "Hour": "6", "Year": "2023", "Month": "7", "Minute": "42", "@PubStatus": + "pubmed"}, {"Day": "6", "Hour": "6", "Year": "2023", "Month": "7", "Minute": + "43", "@PubStatus": "medline"}, {"Day": "6", "Hour": "4", "Year": "2023", + "Month": "7", "Minute": "7", "@PubStatus": "entrez"}, {"Day": "10", "Year": + "2023", "Month": "3", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "37408793", "@IdType": "pubmed"}, {"#text": "PMC10318304", "@IdType": + "pmc"}, {"#text": "10.1016/j.nbas.2023.100072", "@IdType": "doi"}, {"#text": + "S2589-9589(23)00009-9", "@IdType": "pii"}]}, "ReferenceList": {"Reference": + [{"Citation": "Muscat S.M., Barrientos R.M. The perfect cytokine storm: how + peripheral immune challenges impact brain plasticity & memory function in + aging. Brain Plast. 2021;7(1):47\u201360.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC8461734", "@IdType": "pmc"}, {"#text": "34631420", "@IdType": + "pubmed"}]}}, {"Citation": "Dinarello C.A., Gatti S., Bartfai T. Fever: links + with an ancient receptor. Curr Biol. 1999;9(4):R147\u2013R150.", "ArticleIdList": + {"ArticleId": {"#text": "10074418", "@IdType": "pubmed"}}}, {"Citation": "Franceschi + C., Capri M., Monti D., Giunta S., Olivieri F., Sevini F., et al. Inflammaging + and anti-inflammaging: a systemic perspective on aging and longevity emerged + from studies in humans. Mech Ageing Dev. 2007;128(1):92\u2013105.", "ArticleIdList": + {"ArticleId": {"#text": "17116321", "@IdType": "pubmed"}}}, {"Citation": "Kien + C.L., Bunn J.Y., Poynter M.E., Stevens R., Bain J., Ikayeva O., et al. A lipidomics + analysis of the relationship between dietary fatty acid composition and insulin + sensitivity in young adults. Diabetes. 2013;62(4):1054\u20131063.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3609566", "@IdType": "pmc"}, {"#text": "23238293", + "@IdType": "pubmed"}]}}, {"Citation": "Kien C.L., Bunn J.Y., Fukagawa N.K., + Anathy V., Matthews D.E., Crain K.I., et al. Lipidomic evidence that lowering + the typical dietary palmitate to oleate ratio in humans decreases the leukocyte + production of proinflammatory cytokines and muscle expression of redox-sensitive + genes. J Nutr Biochem. 2015;26(1512):1599\u20131606.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC4679618", "@IdType": "pmc"}, {"#text": "26324406", "@IdType": + "pubmed"}]}}, {"Citation": "Stienstra R., Tack C.J., Kanneganti T.D., Joosten + L.A., Netea M.G. The inflammasome puts obesity in the danger zone. Cell Metab. + 2012;15(1):10\u201318.", "ArticleIdList": {"ArticleId": {"#text": "22225872", + "@IdType": "pubmed"}}}, {"Citation": "Milner M.T., Maddugoda M., G\u00f6tz + J., Burgener S.S., Schroder K. The NLRP3 inflammasome triggers sterile neuroinflammation + and Alzheimer\u2019s disease. Curr Opin Immunol. 2021;68:116\u2013124.", "ArticleIdList": + {"ArticleId": {"#text": "33181351", "@IdType": "pubmed"}}}, {"Citation": "Kien + C.L., Bunn J.Y., Tompkins C.L., Dumas J.A., Crain K.I., Ebenstein D.B., et + al. Substituting dietary monounsaturated fat for saturated fat is associated + with increased daily physical activity and resting energy expenditure and + with changes in mood. Am J Clin Nutr. 2013;97(4):689\u2013697.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3607650", "@IdType": "pmc"}, {"#text": "23446891", + "@IdType": "pubmed"}]}}, {"Citation": "Sartorius T., Ketterer C., Kullmann + S., Balzer M., Rotermund C., Binder S., et al. Monounsaturated fatty acids + prevent the aversive effects of obesity on locomotion, brain activity, and + sleep behavior. Diabetes. 2012;61(7):1669\u20131679.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3379681", "@IdType": "pmc"}, {"#text": "22492529", "@IdType": + "pubmed"}]}}, {"Citation": "Dumas J.A., Bunn J.Y., Nickerson J., Crain K.I., + Ebenstein D.B., Tarleton E.K., Makarewicz J., Poynter M.E., Kien C.L. Dietary + saturated fat and monounsaturated fat have reversible effects on brain function + and the secretion of pro-inflammatory cytokines in young women. Metab: Clin + Exp. 2016;65:1582\u20131588.", "ArticleIdList": {"ArticleId": [{"#text": "PMC5023067", + "@IdType": "pmc"}, {"#text": "27621193", "@IdType": "pubmed"}]}}, {"Citation": + "Craik F.I., Salthouse T. Erlbaum; Mahwah, NJ: 2000. Handbook of Aging and + Cogntion II."}, {"Citation": "Kien C.L., Ugrasbul F. Prediction of daily energy + expenditure during a feeding trial using measurements of resting energy expenditure, + fat-free mass, or Harris-Benedict equations. Am J Clin Nutr. 2004;80(4):876\u2013880.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1409752", "@IdType": "pmc"}, + {"#text": "15447893", "@IdType": "pubmed"}]}}, {"Citation": "Folstein M.F., + Folstein S.E., McHugh P.R. \u201cMini-mental state\u201d: a practical method + for grading the cognitive state of patients for the clinician. J Psychiatr + Res. 1975;12(3):189\u2013198.", "ArticleIdList": {"ArticleId": {"#text": "1202204", + "@IdType": "pubmed"}}}, {"Citation": "Jurica P.J., Leitten C.L., Mattis S. + Psychological Assessment Resources Inc.; Lutz, FL: 2001. Dementia rating scale-2."}, + {"Citation": "Reisberg B., Ferris S.H. Brief cognitive rating scale (BCRS) + Psychopharmacol Bull. 1988;24(4):629\u2013635.", "ArticleIdList": {"ArticleId": + {"#text": "3249764", "@IdType": "pubmed"}}}, {"Citation": "Reisberg B., Ferris + S.H., de Leon M.J., Crook T. Global deterioration scale (GDS) Psychopharmacol + Bull. 1988;24(4):661\u2013663.", "ArticleIdList": {"ArticleId": {"#text": + "3249768", "@IdType": "pubmed"}}}, {"Citation": "Randolph C., Tierney M.C., + Mohr E., Chase T.N. The repeatable battery for the assessment of neuropsychological + status (RBANS): preliminary clinical validity. J Clin Exp Neuropsychol. 1998;20(3):310\u2013319.", + "ArticleIdList": {"ArticleId": {"#text": "9845158", "@IdType": "pubmed"}}}, + {"Citation": "Delis D.C., Kaplan E., Kramer J.H. Psychological Corporation; + San Antonio, TX: 2001. D-KEFS executive function system: examiner\u2019s manual."}, + {"Citation": "Breuer F.A., Blaimer M., Heidemann R.M., Mueller M.F., Griswold + M.A., Jakob P.M. Controlled aliasing in parallel imaging results in higher + acceleration (CAIPIRINHA) for multi-slice imaging. Magn Reson Med. 2005;53(3):684\u2013691.", + "ArticleIdList": {"ArticleId": {"#text": "15723404", "@IdType": "pubmed"}}}, + {"Citation": "Setsompop K., Cohen-Adad J., Gagoski B.A., Raij T., Yendiki + A., Keil B., et al. Improving diffusion MRI using simultaneous multi-slice + echo planar imaging. Neuroimage. 2012;63(1):569\u2013580.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3429710", "@IdType": "pmc"}, {"#text": "22732564", + "@IdType": "pubmed"}]}}, {"Citation": "Setsompop K., Gagoski B.A., Polimeni + J.R., Witzel T., Wedeen V.J., Wald L.L. Blipped-controlled aliasing in parallel + imaging for simultaneous multislice echo planar imaging with reduced g-factor + penalty. Magn Reson Med. 2012;67(5):1210\u20131224.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3323676", "@IdType": "pmc"}, {"#text": "21858868", "@IdType": + "pubmed"}]}}, {"Citation": "Snodgrass J., Corwin J. Pragmatics of measuring + recognition memory: applications to dementia and amnesia. J Exp Psychol. 1988;117(1):34\u201350.", + "ArticleIdList": {"ArticleId": {"#text": "2966230", "@IdType": "pubmed"}}}, + {"Citation": "Cohen J.D., Perlstein W.M., Braver T.S., Nystrom L.E., Noll + D.C., Jonides J., et al. Temporal dynamics of brain activation during a working + memory task. Nature. 1997;6625:604\u2013608.", "ArticleIdList": {"ArticleId": + {"#text": "9121583", "@IdType": "pubmed"}}}, {"Citation": "Kien C.L., Bunn + J.Y. Gender alters the effects of palmitate and oleate on fat oxidation and + energy expenditure. Obesity (Silver Spring) 2008;16(1):29\u201333.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2263004", "@IdType": "pmc"}, {"#text": "18223608", + "@IdType": "pubmed"}]}}, {"Citation": "Kien C.L., Bunn J.Y., Stevens R., Bain + J., Ikayeva O., Crain K., et al. Dietary intake of palmitate and oleate has + broad impact on systemic and tissue lipid profiles in humans. Am J Clin Nutr. + 2014;99(3):436\u2013445.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3927687", + "@IdType": "pmc"}, {"#text": "24429541", "@IdType": "pubmed"}]}}, {"Citation": + "Kien C.L., Everingham K.I., Stevens R.D., Fukagawa N.K., Muoio D.M. Short-term + effects of dietary fatty acids on muscle lipid composition and serum acylcarnitine + profile in human subjects. Obesity (Silver Spring) 2011;19(2):305\u2013311.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3003742", "@IdType": "pmc"}, + {"#text": "20559306", "@IdType": "pubmed"}]}}, {"Citation": "Butler M.J., + Cole R.M., Deems N.P., Belury M.A., Barrientos R.M. Fatty food, fatty acids, + and microglial priming in the adult and aged hippocampus and amygdala. Brain + Behav Immun. 2020;89:145\u2013158.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC7572563", "@IdType": "pmc"}, {"#text": "32544595", "@IdType": "pubmed"}]}}, + {"Citation": "Spencer S.J., D''Angelo H., Soch A., Watkins L.R., Maier S.F., + Barrientos R.M. High-fat diet and aging interact to produce neuroinflammation + and impair hippocampal- and amygdalar-dependent memory. Neurobiol Aging. 2017;58:88\u2013101.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5581696", "@IdType": "pmc"}, + {"#text": "28719855", "@IdType": "pubmed"}]}}, {"Citation": "Kiecolt-Glaser + J.K., Fagundes C.P., Andridge R., Peng J., Malarkey W.B., Habash D., et al. + Depression, daily stressors and inflammatory responses to high-fat meals: + when stress overrides healthier food choices. Mol Psychiatry. 2017;22(3):476\u2013482.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5508550", "@IdType": "pmc"}, + {"#text": "27646264", "@IdType": "pubmed"}]}}, {"Citation": "Patterson S.L. + Immune dysregulation and cognitive vulnerability in the aging brain: interactions + of microglia, IL-1beta, BDNF and synaptic plasticity. Neuropharmacology. 2015;96(Pt + A):11\u201318.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4475415", "@IdType": + "pmc"}, {"#text": "25549562", "@IdType": "pubmed"}]}}, {"Citation": "Zhu Y., + Zhou M., Jia X., Zhang W., Shi Y., Bai S., et al. Inflammation disrupts the + brain network of executive function after cardiac surgery. Ann Surg. 2021", + "ArticleIdList": {"ArticleId": [{"#text": "PMC9891271", "@IdType": "pmc"}, + {"#text": "34225294", "@IdType": "pubmed"}]}}, {"Citation": "Sartorius T., + Lutz S.Z., Hoene M., Waak J., Peter A., Weigert C., et al. Toll-like receptors + 2 and 4 impair insulin-mediated brain activity by interleukin-6 and osteopontin + and alter sleep architecture. FASEB J. 2012;26(5):1799\u20131809.", "ArticleIdList": + {"ArticleId": {"#text": "22278939", "@IdType": "pubmed"}}}, {"Citation": "Talbot + K., Wang H.Y., Kazi H., Han L.Y., Bakshi K.P., Stucky A., et al. Demonstrated + brain insulin resistance in Alzheimer\u2019s disease patients is associated + with IGF-1 resistance, IRS-1 dysregulation, and cognitive decline. J Clin + Invest. 2012;122(4):1316\u20131338.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3314463", "@IdType": "pmc"}, {"#text": "22476197", "@IdType": "pubmed"}]}}, + {"Citation": "Hanson A.J., Bayer J.L., Baker L.D., Cholerton B., VanFossen + B., Trittschuh E., et al. Differential effects of meal challenges on cognition, + metabolism, and biomarkers for Apolipoprotein E varepsilon4 carriers and adults + with mild cognitive impairment. J Alzheimers Dis. 2015;48(1):205\u2013218.", + "ArticleIdList": {"ArticleId": {"#text": "26401941", "@IdType": "pubmed"}}}, + {"Citation": "Fernstrom J.D. Large neutral amino acids: dietary effects on + brain neurochemistry and function. Amino Acids. 2013;45(3):419\u2013430.", + "ArticleIdList": {"ArticleId": {"#text": "22677921", "@IdType": "pubmed"}}}, + {"Citation": "Huang H.J., Chen Y.H., Liang K.C., Jheng Y.S., Jhao J.J., Su + M.T., et al. Exendin-4 protected against cognitive dysfunction in hyperglycemic + mice receiving an intrahippocampal lipopolysaccharide injection. PLoS One. + 2012;7(7):e39656.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3402484", + "@IdType": "pmc"}, {"#text": "22844396", "@IdType": "pubmed"}]}}, {"Citation": + "Milton J.E., Sananthanan C.S., Patterson M., Ghatei M.A., Bloom S.R., Frost + G.S. Glucagon-like peptide-1 (7\u201336) amide response to low versus high + glycaemic index preloads in overweight subjects with and without type II diabetes + mellitus. Eur J Clin Nutr. 2007;61(12):1364\u20131372.", "ArticleIdList": + {"ArticleId": {"#text": "17299480", "@IdType": "pubmed"}}}, {"Citation": "Marik + P.E., Raghavan M. Stress-hyperglycemia, insulin and immunomodulation in sepsis. + Intensive Care Med. 2004;30(5):748\u2013756.", "ArticleIdList": {"ArticleId": + {"#text": "14991101", "@IdType": "pubmed"}}}, {"Citation": "Au A., Feher A., + McPhee L., Jessa A., Oh S., Einstein G. Estrogens, inflammation and cognition. + Front Neuroendocrinol. 2016;40:87\u2013100.", "ArticleIdList": {"ArticleId": + {"#text": "26774208", "@IdType": "pubmed"}}}, {"Citation": "Urien S., Bardin + C., Bader-Meunier B., Mouy R., Compeyrot-Lacassagne S., Foissac F., et al. + Anakinra pharmacokinetics in children and adolescents with systemic-onset + juvenile idiopathic arthritis and autoinflammatory syndromes. BMC Pharmacol + Toxicol. 2013;14:40.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3750485", + "@IdType": "pmc"}, {"#text": "23915458", "@IdType": "pubmed"}]}}, {"Citation": + "Kaye A.G., Siegel R. The efficacy of IL-6 inhibitor Tocilizumab in reducing + severe COVID-19 mortality: a systematic review. PeerJ. 2020;8:e10322.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC7643559", "@IdType": "pmc"}, {"#text": "33194450", + "@IdType": "pubmed"}]}}, {"Citation": "Beck A.T., Steer R.A., Brown G.T. Psychological + Corporation; San Antonio, TX: 1996. Manual for the beck depression inventory-II."}, + {"Citation": "Beck A.T., Steer R.A. The Psychological Corporation; San Antonio, + TX: 1990. Manual for the beck anxiety inventory."}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "37408793", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "2589-9589", "@IssnType": "Electronic"}, "Title": "Aging + brain", "JournalIssue": {"Volume": "3", "PubDate": {"Year": "2023"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "Aging Brain"}, "Abstract": {"AbstractText": + "Prior studies in younger adults showed that reducing the normally high intake + of the saturated fatty acid, palmitic acid (PA), in the North American diet + by replacing it with the monounsaturated fatty acid, oleic acid (OA), decreased + blood concentrations and secretion by peripheral blood mononuclear cells (PBMCs) + of interleukin (IL)-1\u03b2 and IL-6 and changed brain activation in regions + of the working memory network. We examined the effects of these fatty acid + manipulations in the diet of older adults. Ten subjects, aged 65-75\u00a0years, + participated in a randomized, cross-over trial comparing 1-week high PA versus + low PA/high OA diets. We evaluated functional magnetic resonance imaging (fMRI) + using an N-back test of working memory and a resting state scan, cytokine + secretion by lipopolysaccharide (LPS)-stimulated PBMCs, and plasma cytokine + concentrations. During the low PA compared to the high PA diet, we observed + increased activation for the 2-back minus 0-back conditions in the right dorsolateral + prefrontal cortex (Broadman Area (BA) 9; p\u00a0<\u00a00.005), but the effect + of diet on working memory performance was not significant (p\u00a0=\u00a00.09). + We observed increased connectivity between anterior regions of the salience + network during the low PA/high OA diet (p\u00a0<\u00a00.001). The concentrations + of IL-1\u03b2 (p\u00a0=\u00a00.026), IL-8 (p\u00a0=\u00a00.013), and IL-6 + (p\u00a0=\u00a00.009) in conditioned media from LPS-stimulated PBMCs were + lower during the low PA/high OA diet. This study suggests that lowering the + dietary intake of PA down-regulated pro-inflammatory cytokine secretion and + altered working memory, task-based activation and resting state functional + connectivity in older adults.", "CopyrightInformation": "\u00a9 2023 The Author(s)."}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "GrantList": {"Grant": + [{"Agency": "NHLBI NIH HHS", "Acronym": "HL", "Country": "United States", + "GrantID": "R01 HL142081"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": + "United States", "GrantID": "R56 AG062105"}], "@CompleteYN": "Y"}, "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Julie A", "Initials": "JA", "LastName": + "Dumas", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Larner + College of Medicine, The University of Vermont, Burlington, VT, USA."}}, {"@ValidYN": + "Y", "ForeName": "Janice Y", "Initials": "JY", "LastName": "Bunn", "AffiliationInfo": + {"Affiliation": "Department of Medical Biostatistics, Larner College of Medicine, + The University of Vermont, Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": + "Michael A", "Initials": "MA", "LastName": "LaMantia", "AffiliationInfo": + {"Affiliation": "Department of Medicine, Larner College of Medicine, The University + of Vermont, Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Catherine", + "Initials": "C", "LastName": "McIsaac", "AffiliationInfo": {"Affiliation": + "Clinical Research Center, Larner College of Medicine, The University of Vermont, + Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Anna", "Initials": + "A", "LastName": "Senft Miller", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Olivia", "Initials": "O", "LastName": + "Nop", "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Larner + College of Medicine, The University of Vermont, Burlington, VT, USA."}}, {"@ValidYN": + "Y", "ForeName": "Abigail", "Initials": "A", "LastName": "Testo", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, Larner College of Medicine, The + University of Vermont, Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": + "Bruno P", "Initials": "BP", "LastName": "Soares", "AffiliationInfo": {"Affiliation": + "Department of Radiology, Larner College of Medicine, The University of Vermont, + Burlington, VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Madeleine M", "Initials": + "MM", "LastName": "Mank", "AffiliationInfo": {"Affiliation": "Department of + Medicine, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA."}}, {"@ValidYN": "Y", "ForeName": "Matthew E", "Initials": "ME", + "LastName": "Poynter", "AffiliationInfo": {"Affiliation": "Department of Medicine, + Larner College of Medicine, The University of Vermont, Burlington, VT, USA."}}, + {"@ValidYN": "Y", "ForeName": "C Lawrence", "Initials": "CL", "LastName": + "Kien", "AffiliationInfo": [{"Affiliation": "Department of Medicine, Larner + College of Medicine, The University of Vermont, Burlington, VT, USA."}, {"Affiliation": + "Department of Pediatrics, Larner College of Medicine, The University of Vermont, + Burlington, VT, USA."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "100072", "MedlinePgn": "100072"}, "ArticleDate": {"Day": "10", "Year": "2023", + "Month": "03", "@DateType": "Electronic"}, "ELocationID": [{"#text": "100072", + "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.1016/j.nbas.2023.100072", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Alteration of brain + function and systemic inflammatory tone in older adults by decreasing the + dietary palmitic acid intake.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "31", + "Year": "2024", "Month": "07"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Fatty acids", "@MajorTopicYN": "N"}, {"#text": "Inflammation", + "@MajorTopicYN": "N"}, {"#text": "Working memory", "@MajorTopicYN": "N"}, + {"#text": "fMRI", "@MajorTopicYN": "N"}]}, "CoiStatement": "The authors declare + that they have no known competing financial interests or personal relationships + that could have appeared to influence the work reported in this paper.", "MedlineJournalInfo": + {"Country": "Netherlands", "MedlineTA": "Aging Brain", "ISSNLinking": "2589-9589", + "NlmUniqueID": "101776137"}}}, "semantic_scholar": {"year": 2023, "title": + "Alteration of brain function and systemic inflammatory tone in older adults + by decreasing the dietary palmitic acid intake", "venue": "Aging Brain", "authors": + [{"name": "J. Dumas", "authorId": "2180778"}, {"name": "J. Bunn", "authorId": + "1854173"}, {"name": "M. Lamantia", "authorId": "6396663"}, {"name": "Catherine + McIsaac", "authorId": "2180288808"}, {"name": "Anna Senft Miller", "authorId": + "2088151393"}, {"name": "Olivia Nop", "authorId": "2088151330"}, {"name": + "Abigail Testo", "authorId": "2372907144"}, {"name": "Bruno P Soares", "authorId": + "2062132483"}, {"name": "M. Mank", "authorId": "51225144"}, {"name": "M. Poynter", + "authorId": "6945972"}, {"name": "C. Lawrence Kien", "authorId": "2211258807"}], + "paperId": "4cbe41e46e82f7e714a901fb992b84d35f120083", "abstract": null, "isOpenAccess": + true, "openAccessPdf": {"url": "https://doi.org/10.1016/j.nbas.2023.100072", + "status": "GOLD", "license": "CCBYNCND", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC10318304, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2023-03-10"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T22:45:06.430083+00:00", "analyses": + [{"id": "UrsXEWrnCFiL", "user": null, "name": "Salience Network Anterior Insula + Right", "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": + "t0015", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37408793-10-1016-j-nbas-2023-100072-pmc10318304/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37408793-10-1016-j-nbas-2023-100072-pmc10318304/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Seed: right anterior insula; + increased connectivity on the HOA diet compared to the HPA diet", "conditions": + [], "weights": [], "points": [{"id": "9ZRTgN4EQxPJ", "coordinates": [-14.0, + -54.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.000702}]}, {"id": "pGHvvnbmui9X", "coordinates": + [28.0, -70.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.003455}]}, {"id": "yDDoXwTH3GCj", + "coordinates": [20.0, -52.0, 48.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 0.024059}]}], "images": + []}]}, {"id": "K7AyYJwUj5ML", "created_at": "2025-12-05T01:37:55.352910+00:00", + "updated_at": null, "user": null, "name": "Attention-Related Brain Activation + Is Altered in Older Adults With White Matter Hyperintensities Using Multi-Echo + fMRI", "description": "Cognitive decline is often undetectable in the early + stages of accelerated vascular aging. Attentional processes are particularly + affected in older adults with white matter hyperintensities (WMH), although + specific neurovascular mechanisms have not been elucidated. We aimed to identify + differences in attention-related neurofunctional activation and behavior between + adults with and without WMH. Older adults with moderate to severe WMH (n = + 18, mean age = 70 years), age-matched adults (n = 28, mean age = 72), and + healthy younger adults (n = 19, mean age = 25) performed a modified flanker + task during multi-echo blood oxygenation level dependent functional magnetic + resonance imaging. Task-related activation was assessed using a weighted-echo + approach. Healthy older adults had more widespread response and higher amplitude + of activation compared to WMH adults in fronto-temporal and parietal cortices. + Activation associated with processing speed was absent in the WMH group, suggesting + attention-related activation deficits that may be a consequence of cerebral + small vessel disease. WMH adults had greater executive contrast activation + in the precuneous and posterior cingulate gyrus compared to HYA, despite no + performance benefits, reinforcing the network dysfunction theory in WMH.", + "publication": "Frontiers in Neuroscience", "doi": "10.3389/fnins.2018.00748", + "pmid": "30405336", "authors": "Sarah Atwi; Arron W. S. Metcalfe; Andrew Donald + Robertson; J. Rezmovitz; N. Anderson; B. MacIntosh", "year": 2018, "metadata": + {"slug": "30405336-10-3389-fnins-2018-00748-pmc6200839", "source": "semantic_scholar", + "keywords": ["BOLD", "attention", "fMRI", "multi-echo", "small vessel disease", + "white matter hyperintensities"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "27", "Year": "2018", "Month": "2", + "@PubStatus": "received"}, {"Day": "28", "Year": "2018", "Month": "9", "@PubStatus": + "accepted"}, {"Day": "9", "Hour": "6", "Year": "2018", "Month": "11", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "9", "Hour": "6", "Year": "2018", "Month": + "11", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "9", "Hour": "6", "Year": + "2018", "Month": "11", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2018", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "30405336", "@IdType": "pubmed"}, {"#text": "PMC6200839", + "@IdType": "pmc"}, {"#text": "10.3389/fnins.2018.00748", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Andersson J. L. R., Jenkinson + M., Smith S. and Others (2007). Non-Linear Registration, Aka Spatial Normalisation + FMRIB Technical Report TR07JA2. FMRIB Analysis Group of the University of + Oxford 2. Available at: https://www.fmrib.ox.ac.uk/datasets/techrep/tr07ja2/tr07ja2.pdf"}, + {"Citation": "Babiloni C., Pievani M., Vecchio F., Geroldi C., Eusebi F., + Fracassi C., et al. (2009). White-matter lesions along the cholinergic tracts + are related to cortical sources of EEG rhythms in amnesic mild cognitive impairment. + Hum. Brain Mapp. 30 1431\u20131443. 10.1002/hbm.20612", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20612", "@IdType": "doi"}, {"#text": "PMC6871072", + "@IdType": "pmc"}, {"#text": "19097164", "@IdType": "pubmed"}]}}, {"Citation": + "Baek K., Morris L. S., Kundu P., Voon V. (2017). Disrupted resting-state + brain network properties in obesity: decreased global and putaminal cortico-striatal + network efficiency. Psychol. Med. 47 585\u2013596. 10.1017/S0033291716002646", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S0033291716002646", "@IdType": + "doi"}, {"#text": "PMC5426347", "@IdType": "pmc"}, {"#text": "27804899", "@IdType": + "pubmed"}]}}, {"Citation": "Barnes J., Carmichael O. T., Leung K. K., Schwarz + C., Ridgway G. R., Bartlett J. W., et al. (2013). Vascular and Alzheimer\u2019s + disease markers independently predict brain atrophy rate in Alzheimer\u2019s + disease neuroimaging initiative controls. Neurobiol. Aging 34 1996\u20132002. + 10.1016/j.neurobiolaging.2013.02.003", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neurobiolaging.2013.02.003", "@IdType": "doi"}, {"#text": "PMC3810644", + "@IdType": "pmc"}, {"#text": "23522844", "@IdType": "pubmed"}]}}, {"Citation": + "Bastos-Leite A. J., Kuijer J. P. A., Rombouts S. A. R. B., Sanz-Arigita E., + van Straaten E. C., Gouw A. A., et al. (2008). Cerebral blood flow by using + pulsed arterial spin-labeling in elderly subjects with white matter hyperintensities. + AJNR Am. J. Neuroradiol. 29 1296\u20131301. 10.3174/ajnr.A1091", "ArticleIdList": + {"ArticleId": [{"#text": "10.3174/ajnr.A1091", "@IdType": "doi"}, {"#text": + "PMC8119130", "@IdType": "pmc"}, {"#text": "18451090", "@IdType": "pubmed"}]}}, + {"Citation": "Beckmann C. F., Jenkinson M., Smith S. M. (2003). General multilevel + linear modeling for group analysis in FMRI. Neuroimage 20 1052\u20131063. + 10.1016/S1053-8119(03)00435-X", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S1053-8119(03)00435-X", "@IdType": "doi"}, {"#text": "14568475", + "@IdType": "pubmed"}]}}, {"Citation": "Birn R. M., Diamond J. B., Smith M. + A., Bandettini P. A. (2006). Separating respiratory-variation-related fluctuations + from neuronal-activity-related fluctuations in fMRI. Neuroimage 31 1536\u20131548. + 10.1016/j.neuroimage.2006.02.048", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2006.02.048", "@IdType": "doi"}, {"#text": "16632379", + "@IdType": "pubmed"}]}}, {"Citation": "Biswal B., Deyoe E. A., Hyde J. S. + (1996). Reduction of physiological fluctuations in fMRI using digital filters. + Magn. Reson. Med. 35 107\u2013113. 10.1002/mrm.1910350114", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/mrm.1910350114", "@IdType": "doi"}, {"#text": + "8771028", "@IdType": "pubmed"}]}}, {"Citation": "Blicher J. U., Stagg C. + J., O\u2019Shea J., \u00d8stergaard L., MacIntosh B. J., Johansen-Berg H., + et al. (2012). Visualization of altered neurovascular coupling in chronic + stroke patients using multimodal functional MRI. J. Cereb. Blood Flow Metab. + 32 2044\u20132054. 10.1038/jcbfm.2012.105", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/jcbfm.2012.105", "@IdType": "doi"}, {"#text": "PMC3493993", + "@IdType": "pmc"}, {"#text": "22828998", "@IdType": "pubmed"}]}}, {"Citation": + "Breteler M. M., van Amerongen N. M., van Swieten J. C., Claus J. J., Grobbee + D. E., van Gijn J., et al. (1994). Cognitive correlates of ventricular enlargement + and cerebral white matter lesions on magnetic resonance imaging, rotterdam + study. Stroke 25 1109\u20131115. 10.1161/01.STR.25.6.1109", "ArticleIdList": + {"ArticleId": [{"#text": "10.1161/01.STR.25.6.1109", "@IdType": "doi"}, {"#text": + "8202966", "@IdType": "pubmed"}]}}, {"Citation": "Brown R. K. J., Bohnen N. + I., Wong K. K., Minoshima S., Frey K. A. (2014). Brain PET in suspected dementia: + patterns of altered FDG metabolism. Radiographics 34 684\u2013701. 10.1148/rg.343135065", + "ArticleIdList": {"ArticleId": [{"#text": "10.1148/rg.343135065", "@IdType": + "doi"}, {"#text": "24819789", "@IdType": "pubmed"}]}}, {"Citation": "Buur + P. F., Norris D. G., Hesse C. W. (2008). Extraction of task-related activation + from multi-echo BOLD fMRI. IEEE J. Sel. Top. Signal Process. 2 954\u2013964. + 10.1109/JSTSP.2008.2007817", "ArticleIdList": {"ArticleId": {"#text": "10.1109/JSTSP.2008.2007817", + "@IdType": "doi"}}}, {"Citation": "Buur P. F., Poser B. A., Norris D. G. (2009). + A dual echo approach to removing motion artefacts in fMRI time series. NMR + Biomed. 22 551\u2013560. 10.1002/nbm.1371", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/nbm.1371", "@IdType": "doi"}, {"#text": "19259989", "@IdType": + "pubmed"}]}}, {"Citation": "Caballero-Gaudes C., Reynolds R. C. (2016). Methods + for cleaning the BOLD fMRI signal. Neuroimage 154 128\u2013149. 10.1016/j.neuroimage.2016.12.018", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2016.12.018", + "@IdType": "doi"}, {"#text": "PMC5466511", "@IdType": "pmc"}, {"#text": "27956209", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R., Anderson N. D., Locantore + J. K., McIntosh A. R. (2002). Aging gracefully: compensatory brain activity + in high-performing older adults. Neuroimage 17 1394\u20131402. 10.1006/nimg.2002.1280", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2002.1280", "@IdType": + "doi"}, {"#text": "12414279", "@IdType": "pubmed"}]}}, {"Citation": "Cappell + K. A., Gmeindl L., Reuter-Lorenz P. A. (2010). Age differences in prefontal + recruitment during verbal working memory maintenance depend on memory load. + Cortex 46 462\u2013473. 10.1016/j.cortex.2009.11.009", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cortex.2009.11.009", "@IdType": "doi"}, {"#text": "PMC2853232", + "@IdType": "pmc"}, {"#text": "20097332", "@IdType": "pubmed"}]}}, {"Citation": + "Castellanos F. X., Margulies D. S., Kelly C., Uddin L. Q., Ghaffari M., Kirsch + A., et al. (2008). Cingulate-precuneus interactions: a new locus of dysfunction + in adult attention-deficit/hyperactivity disorder. Biol. Psychiatry 63 332\u2013337. + 10.1016/j.biopsych.2007.06.025", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.biopsych.2007.06.025", "@IdType": "doi"}, {"#text": "PMC2745053", + "@IdType": "pmc"}, {"#text": "17888409", "@IdType": "pubmed"}]}}, {"Citation": + "Cheng H.-L., Lin C.-J., Soong B.-W., Wang P.-N., Chang F.-C., Wu Y.-T., et + al. (2012). Impairments in cognitive function and brain connectivity in severe + asymptomatic carotid stenosis. Stroke 43 2567\u20132573. 10.1161/STROKEAHA.111.645614", + "ArticleIdList": {"ArticleId": [{"#text": "10.1161/STROKEAHA.111.645614", + "@IdType": "doi"}, {"#text": "22935402", "@IdType": "pubmed"}]}}, {"Citation": + "Choo I. H., Lee D. Y., Youn J. C., Jhoo J. H., Kim K. W., Lee D. S., et al. + (2007). Topographic patterns of brain functional impairment progression according + to clinical severity staging in 116 Alzheimer disease patients: FDG-PET study. + Alzheimer Dis. Assoc. Disord. 21 77\u201384. 10.1097/WAD.0b013e3180687418", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/WAD.0b013e3180687418", + "@IdType": "doi"}, {"#text": "17545731", "@IdType": "pubmed"}]}}, {"Citation": + "de Groot J. C., de Leeuw F. E., Oudkerk M., van Gijn J., Hofman A., Jolles + J., et al. (2000). Cerebral white matter lesions and cognitive function: the + Rotterdam Scan Study. Ann. Neurol. 47 145\u2013151. 10.1002/1531-8249(200002)47:2<145::AID-ANA3>3.0.CO;2-P", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/1531-8249(200002)47:2<145::AID-ANA3>3.0.CO;2-P", + "@IdType": "doi"}, {"#text": "10665484", "@IdType": "pubmed"}]}}, {"Citation": + "De Marco M., Manca R., Mitolo M., Venneri A. (2017). White matter hyperintensity + load modulates brain morphometry and brain connectivity in healthy adults: + a neuroplastic mechanism? Neural Plast. 2017:4050536. 10.1155/2017/4050536", + "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2017/4050536", "@IdType": + "doi"}, {"#text": "PMC5560090", "@IdType": "pmc"}, {"#text": "28845309", "@IdType": + "pubmed"}]}}, {"Citation": "Dey A. K., Stamenova V., Turner G., Black S. E., + Levine B. (2016). Pathoconnectomics of cognitive impairment in small vessel + disease: a systematic review. Alzheimers Dement. 12 831\u2013845. 10.1016/j.jalz.2016.01.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jalz.2016.01.007", "@IdType": + "doi"}, {"#text": "26923464", "@IdType": "pubmed"}]}}, {"Citation": "DuPre + E., Luh W.-M., Spreng R. N. (2016). Multi-echo fMRI replication sample of + autobiographical memory, prospection and theory of mind reasoning tasks. Sci. + Data 3:160116. 10.1038/sdata.2016.116", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/sdata.2016.116", "@IdType": "doi"}, {"#text": "PMC5170594", "@IdType": + "pmc"}, {"#text": "27996964", "@IdType": "pubmed"}]}}, {"Citation": "Eklund + A., Nichols T. E., Knutsson H. (2016). Cluster failure: why fMRI inferences + for spatial extent have inflated false-positive rates. Proc. Natl. Acad. Sci. + U.S.A. 113 7900\u20137905. 10.1073/pnas.1602413113", "ArticleIdList": {"ArticleId": + [{"#text": "10.1073/pnas.1602413113", "@IdType": "doi"}, {"#text": "PMC4948312", + "@IdType": "pmc"}, {"#text": "27357684", "@IdType": "pubmed"}]}}, {"Citation": + "Fan J., McCandliss B. D., Fossella J., Flombaum J. I., Posner M. I. (2005). + The activation of attentional networks. Neuroimage 26 471\u2013479. 10.1016/j.neuroimage.2005.02.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.02.004", + "@IdType": "doi"}, {"#text": "15907304", "@IdType": "pubmed"}]}}, {"Citation": + "Fan J., McCandliss B. D., Sommer T., Raz A., Posner M. I. (2002). Testing + the efficiency and independence of attentional networks. J. Cogn. Neurosci. + 14 340\u2013347. 10.1162/089892902317361886", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/089892902317361886", "@IdType": "doi"}, {"#text": "11970796", + "@IdType": "pubmed"}]}}, {"Citation": "Fazekas F., Barkhof F., Wahlund L. + O., Pantoni L., Erkinjuntti T., Scheltens P., et al. (2002). CT and MRI rating + of white matter lesions. Cerebrovasc. Dis. 13(Suppl. 2), 31\u201336. 10.1159/000049147", + "ArticleIdList": {"ArticleId": [{"#text": "10.1159/000049147", "@IdType": + "doi"}, {"#text": "11901240", "@IdType": "pubmed"}]}}, {"Citation": "Fernandez-Duque + D., Black S. E. (2006). Attentional networks in normal aging and Alzheimer\u2019s + disease. Neuropsychology 20 133\u2013143. 10.1037/0894-4105.20.2.133", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0894-4105.20.2.133", "@IdType": "doi"}, + {"#text": "16594774", "@IdType": "pubmed"}]}}, {"Citation": "Fu J., Tang J., + Han J., Hong Z. (2014). The reduction of regional cerebral blood flow in normal-appearing + white matter is associated with the severity of white matter lesions in elderly: + a Xeon-CT study. PLoS One 9:e112832. 10.1371/journal.pone.0112832", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0112832", "@IdType": "doi"}, + {"#text": "PMC4234500", "@IdType": "pmc"}, {"#text": "25401786", "@IdType": + "pubmed"}]}}, {"Citation": "Gallivan J. P., Chapman C. S., McLean D. A., Flanagan + J. R., Culham J. C. (2013). Activity patterns in the category-selective occipitotemporal + cortex predict upcoming motor actions. Eur. J. Neurosci. 38 2408\u20132424. + 10.1111/ejn.12215", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/ejn.12215", + "@IdType": "doi"}, {"#text": "23581683", "@IdType": "pubmed"}]}}, {"Citation": + "Gibson E., Gao F., Black S. E., Lobaugh N. J. (2010). Automatic segmentation + of white matter hyperintensities in the elderly using FLAIR images at 3T. + J. Magn. Reson. Imaging 31 1311\u20131322. 10.1002/jmri.22004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/jmri.22004", "@IdType": "doi"}, {"#text": + "PMC2905619", "@IdType": "pmc"}, {"#text": "20512882", "@IdType": "pubmed"}]}}, + {"Citation": "Glover G. H., Li T., Ress D. (2000). Image-based method for + retrospective correction of physiological motion effects in fMRI: RETROICOR. + Magn. Reson. Med. 44 162\u2013167. 10.1002/1522-2594(200007)44:1<162::AID-MRM23>3.0.CO;2-E", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/1522-2594(200007)44:1<162::AID-MRM23>3.0.CO;2-E", + "@IdType": "doi"}, {"#text": "10893535", "@IdType": "pubmed"}]}}, {"Citation": + "Gold B. T., Brown C. A., Hakun J. G., Shaw L. M., Trojanowski J. Q., Smith + C. D. (2017). Clinically silent Alzheimer\u2019s and vascular pathologies + influence brain networks supporting executive function in healthy older adults. + Neurobiol. Aging 58 102\u2013111. 10.1016/j.neurobiolaging.2017.06.012", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2017.06.012", "@IdType": + "doi"}, {"#text": "PMC5581730", "@IdType": "pmc"}, {"#text": "28719854", "@IdType": + "pubmed"}]}}, {"Citation": "Gonzalez-Castillo J., Panwar P., Buchanan L. C., + Caballero-Gaudes C., Handwerker D. A., Jangraw D. C., et al. (2016). Evaluation + of multi-echo ICA denoising for task based fMRI studies: block designs, rapid + event-related designs, and cardiac-gated fMRI. Neuroimage 141 452\u2013468. + 10.1016/j.neuroimage.2016.07.049", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2016.07.049", "@IdType": "doi"}, {"#text": "PMC5026969", + "@IdType": "pmc"}, {"#text": "27475290", "@IdType": "pubmed"}]}}, {"Citation": + "Grady C. (2012). The cognitive neuroscience of ageing. Nat. Rev. Neurosci. + 13 491\u2013505. 10.1038/nrn3256", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn3256", "@IdType": "doi"}, {"#text": "PMC3800175", "@IdType": "pmc"}, + {"#text": "22714020", "@IdType": "pubmed"}]}}, {"Citation": "Greve D. N., + Fischl B. (2009). Accurate and robust brain image alignment using boundary-based + registration. Neuroimage 48 63\u201372. 10.1016/j.neuroimage.2009.06.060", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2009.06.060", + "@IdType": "doi"}, {"#text": "PMC2733527", "@IdType": "pmc"}, {"#text": "19573611", + "@IdType": "pubmed"}]}}, {"Citation": "Hedden T., Van Dijk K. R. A., Shire + E. H., Sperling R. A., Johnson K. A., Buckner R. L. (2012). Failure to modulate + attentional control in advanced aging linked to white matter pathology. Cereb. + Cortex 22 1038\u20131051. 10.1093/cercor/bhr172", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhr172", "@IdType": "doi"}, {"#text": "PMC3328340", + "@IdType": "pmc"}, {"#text": "21765181", "@IdType": "pubmed"}]}}, {"Citation": + "Hirono N., Hashimoto M., Ishii K., Kazui H., Mori E. (2004). One-year change + in cerebral glucose metabolism in patients with Alzheimer\u2019s disease. + J. Neuropsychiatry Clin. Neurosci. 16 488\u2013492. 10.1176/jnp.16.4.488", + "ArticleIdList": {"ArticleId": [{"#text": "10.1176/jnp.16.4.488", "@IdType": + "doi"}, {"#text": "15616176", "@IdType": "pubmed"}]}}, {"Citation": "Hu X., + Le T. H., Parrish T., Erhard P. (1995). Retrospective estimation and correction + of physiological fluctuation in functional MRI. Magn. Reson. Med. 34 201\u2013212. + 10.1002/mrm.1910340211", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/mrm.1910340211", + "@IdType": "doi"}, {"#text": "7476079", "@IdType": "pubmed"}]}}, {"Citation": + "Huettel S. A., Singerman J. D., McCarthy G. (2001). The effects of aging + upon the hemodynamic response measured by functional MRI. Neuroimage 13 161\u2013175. + 10.1006/nimg.2000.0675", "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2000.0675", + "@IdType": "doi"}, {"#text": "11133319", "@IdType": "pubmed"}]}}, {"Citation": + "Ishikawa H., Meguro K., Ishii H., Tanaka N., Yamaguchi S. (2012). Silent + infarction or white matter hyperintensity and impaired attention task scores + in a nondemented population: the Osaki-Tajiri Project. J. Stroke Cerebrovasc. + Dis. 21 275\u2013282. 10.1016/j.jstrokecerebrovasdis.2010.08.008", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jstrokecerebrovasdis.2010.08.008", "@IdType": + "doi"}, {"#text": "20971655", "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson + M., Bannister P., Brady M., Smith S. (2002). Improved optimization for the + robust and accurate linear registration and motion correction of brain images. + Neuroimage 17 825\u2013841. 10.1006/nimg.2002.1132", "ArticleIdList": {"ArticleId": + [{"#text": "10.1006/nimg.2002.1132", "@IdType": "doi"}, {"#text": "12377157", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M., Smith S. (2001). A global + optimisation method for robust affine registration of brain images. Med. Image + Anal. 5 143\u2013156. 10.1016/S1361-8415(01)00036-6", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/S1361-8415(01)00036-6", "@IdType": "doi"}, {"#text": "11516708", + "@IdType": "pubmed"}]}}, {"Citation": "Jennings J. M., Dagenbach D., Engle + C. M., Funke L. J. (2007). Age-related changes and the attention network task: + an examination of alerting, orienting, and executive function. Neuropsychol. + Dev. Cogn. B Aging Neuropsychol. Cogn. 14 353\u2013369. 10.1080/13825580600788837", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825580600788837", "@IdType": + "doi"}, {"#text": "17612813", "@IdType": "pubmed"}]}}, {"Citation": "Kennedy + K. M., Rieck J. R., Boylan M. A., Rodrigue K. M. (2017). Functional magnetic + resonance imaging data of incremental increases in visuo-spatial difficulty + in an adult lifespan sample. Data Brief 11 54\u201360. 10.1016/j.dib.2017.01.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.dib.2017.01.004", "@IdType": + "doi"}, {"#text": "PMC5256670", "@IdType": "pmc"}, {"#text": "28138504", "@IdType": + "pubmed"}]}}, {"Citation": "Kerchner G. A., Racine C. A., Hale S., Wilheim + R., Laluz V., Miller B. L., et al. (2012). Cognitive processing speed in older + adults: relationship with white matter integrity. PLoS One 7:e50425. 10.1371/journal.pone.0050425", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0050425", + "@IdType": "doi"}, {"#text": "PMC3503892", "@IdType": "pmc"}, {"#text": "23185621", + "@IdType": "pubmed"}]}}, {"Citation": "Kirilina E., Lutti A., Poser B. A., + Blankenburg F., Weiskopf N. (2016). The quest for the best: the impact of + different EPI sequences on the sensitivity of random effect fMRI group analyses. + Neuroimage 126 49\u201359. 10.1016/j.neuroimage.2015.10.071", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2015.10.071", "@IdType": "doi"}, + {"#text": "PMC4739510", "@IdType": "pmc"}, {"#text": "26515905", "@IdType": + "pubmed"}]}}, {"Citation": "Kundu P., Benson B. E., Baldwin K. L., Rosen D., + Luh W.-M., Bandettini P. A., et al. (2015). Robust resting state fMRI processing + for studies on typical brain development based on multi-echo EPI acquisition. + Brain Imaging Behav. 9 56\u201373. 10.1007/s11682-014-9346-4", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s11682-014-9346-4", "@IdType": "doi"}, {"#text": + "PMC6319659", "@IdType": "pmc"}, {"#text": "25592183", "@IdType": "pubmed"}]}}, + {"Citation": "Kundu P., Brenowitz N. D., Voon V., Worbe Y., V\u00e9rtes P. + E., Inati S. J., et al. (2013). Integrated strategy for improving functional + connectivity mapping using multiecho fMRI. Proc. Natl. Acad. Sci. U.S.A. 110 + 16187\u201316192. 10.1073/pnas.1301725110", "ArticleIdList": {"ArticleId": + [{"#text": "10.1073/pnas.1301725110", "@IdType": "doi"}, {"#text": "PMC3791700", + "@IdType": "pmc"}, {"#text": "24038744", "@IdType": "pubmed"}]}}, {"Citation": + "Kundu P., Voon V., Balchandani P., Lombardo M. V., Poser B. A., Bandettini + P. A. (2017). Multi-echo fMRI: a review of applications in fMRI denoising + and analysis of BOLD signals. Neuroimage 154 59\u201380. 10.1016/j.neuroimage.2017.03.033", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2017.03.033", + "@IdType": "doi"}, {"#text": "28363836", "@IdType": "pubmed"}]}}, {"Citation": + "Langenecker S. A., Nielson K. A., Rao S. M. (2004). fMRI of healthy older + adults during Stroop interference. Neuroimage 21 192\u2013200. 10.1016/j.neuroimage.2003.08.027", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.08.027", + "@IdType": "doi"}, {"#text": "14741656", "@IdType": "pubmed"}]}}, {"Citation": + "Lockhart S. N., Luck S. J., Geng J., Beckett L., Disbrow E. A., Carmichael + O., et al. (2015). White matter hyperintensities among older adults are associated + with futile increase in frontal activation and functional connectivity during + spatial search. PLoS One 10:e0122445. 10.1371/journal.pone.0122445", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0122445", "@IdType": "doi"}, + {"#text": "PMC4368687", "@IdType": "pmc"}, {"#text": "25793922", "@IdType": + "pubmed"}]}}, {"Citation": "Lombardo M. V., Auyeung B., Holt R. J., Waldman + J., Ruigrok A. N. V., Mooney N., et al. (2016). Improving effect size estimation + and statistical power with multi-echo fMRI and its impact on understanding + the neural systems supporting mentalizing. Neuroimage 142 55\u201366. 10.1016/j.neuroimage.2016.07.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2016.07.022", + "@IdType": "doi"}, {"#text": "PMC5102698", "@IdType": "pmc"}, {"#text": "27417345", + "@IdType": "pubmed"}]}}, {"Citation": "Madden D. J., Spaniol J., Whiting W. + L., Bucur B., Provenzale J. M., Cabeza R., et al. (2007). Adult age differences + in the functional neuroanatomy of visual attention: a combined fMRI and DTI + study. Neurobiol. Aging 28 459\u2013476. 10.1016/j.neurobiolaging.2006.01.005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2006.01.005", + "@IdType": "doi"}, {"#text": "PMC1995072", "@IdType": "pmc"}, {"#text": "16500004", + "@IdType": "pubmed"}]}}, {"Citation": "Makedonov I., Black S. E., MacIntosh + B. J. (2013). Cerebral small vessel disease in aging and Alzheimer\u2019s + disease: a comparative study using MRI and SPECT. Eur. J. Neurol. 20 243\u2013250. + 10.1111/j.1468-1331.2012.03785.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.1468-1331.2012.03785.x", "@IdType": "doi"}, {"#text": "22742818", + "@IdType": "pubmed"}]}}, {"Citation": "Marstaller L., Williams M., Rich A., + Savage G., Burianov\u00e1 H. (2015). Aging and large-scale functional networks: + white matter integrity, gray matter volume, and functional connectivity in + the resting state. Neuroscience 290 369\u2013378. 10.1016/j.neuroscience.2015.01.049", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2015.01.049", + "@IdType": "doi"}, {"#text": "25644420", "@IdType": "pubmed"}]}}, {"Citation": + "Mattay V. S., Fera F., Tessitore A., Hariri A. R., Berman K. F., Das S., + et al. (2006). Neurophysiological correlates of age-related changes in working + memory capacity. Neurosci. Lett. 392 32\u201337. 10.1016/j.neulet.2005.09.025", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neulet.2005.09.025", + "@IdType": "doi"}, {"#text": "16213083", "@IdType": "pubmed"}]}}, {"Citation": + "McDonald A. R., Muraskin J., Dam N. T. V., Froehlich C., Puccio B., Pellman + J., et al. (2017). The real-time fMRI neurofeedback based stratification of + Default Network Regulation Neuroimaging data repository. Neuroimage 146 157\u2013170. + 10.1016/j.neuroimage.2016.10.048", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2016.10.048", "@IdType": "doi"}, {"#text": "PMC5322045", + "@IdType": "pmc"}, {"#text": "27836708", "@IdType": "pubmed"}]}}, {"Citation": + "McKiernan K. A., Kaufman J. N., Kucera-Thompson J., Binder J. R. (2003). + A parametric manipulation of factors affecting task-induced deactivation in + functional neuroimaging. J. Cogn. Neurosci. 15 394\u2013408. 10.1162/089892903321593117", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/089892903321593117", "@IdType": + "doi"}, {"#text": "12729491", "@IdType": "pubmed"}]}}, {"Citation": "Miners + J. S., Palmer J. C., Love S. (2016). Pathophysiology of hypoperfusion of the + precuneus in early Alzheimer\u2019s disease. Brain Pathol. 26 533\u2013541. + 10.1111/bpa.12331", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/bpa.12331", + "@IdType": "doi"}, {"#text": "PMC4982069", "@IdType": "pmc"}, {"#text": "26452729", + "@IdType": "pubmed"}]}}, {"Citation": "Moretti D. V., Frisoni G. B., Pievani + M., Rosini S., Geroldi C., Binetti G., et al. (2008). Cerebrovascular disease + and hippocampal atrophy are differently linked to functional coupling of brain + areas: an EEG coherence study in MCI subjects. J. Alzheimers Dis. 14 285\u2013299. + 10.3233/JAD-2008-14303", "ArticleIdList": {"ArticleId": [{"#text": "10.3233/JAD-2008-14303", + "@IdType": "doi"}, {"#text": "18599955", "@IdType": "pubmed"}]}}, {"Citation": + "Nordahl C. W., Ranganath C., Yonelinas A. P., Decarli C., Fletcher E., Jagust + W. J. (2006). White matter changes compromise prefrontal cortex function in + healthy elderly individuals. J. Cogn. Neurosci. 18 418\u2013429. 10.1162/jocn.2006.18.3.418", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2006.18.3.418", "@IdType": + "doi"}, {"#text": "PMC3776596", "@IdType": "pmc"}, {"#text": "16513006", "@IdType": + "pubmed"}]}}, {"Citation": "Olafsson V., Kundu P., Wong E. C., Bandettini + P. A., Liu T. T. (2015). Enhanced identification of BOLD-like components with + multi-echo simultaneous multi-slice (MESMS) fMRI and multi-echo ICA. Neuroimage + 112 43\u201351. 10.1016/j.neuroimage.2015.02.052", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2015.02.052", "@IdType": "doi"}, {"#text": + "PMC4408238", "@IdType": "pmc"}, {"#text": "25743045", "@IdType": "pubmed"}]}}, + {"Citation": "O\u2019Sullivan M., Lythgoe D. J., Pereira A. C., Summers P. + E., Jarosz J. M., Williams S. C. R., et al. (2002). Patterns of cerebral blood + flow reduction in patients with ischemic leukoaraiosis. Neurology 59 321\u2013326. + 10.1212/WNL.59.3.321", "ArticleIdList": {"ArticleId": [{"#text": "10.1212/WNL.59.3.321", + "@IdType": "doi"}, {"#text": "12177363", "@IdType": "pubmed"}]}}, {"Citation": + "Pantoni L. (2010). Cerebral small vessel disease: from pathogenesis and clinical + characteristics to therapeutic challenges. Lancet Neurol. 9 689\u2013701. + 10.1016/S1474-4422(10)70104-6", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S1474-4422(10)70104-6", "@IdType": "doi"}, {"#text": "20610345", + "@IdType": "pubmed"}]}}, {"Citation": "Persson J., Kalpouzos G., Nilsson L.-G., + Ryberg M., Nyberg L. (2011). Preserved hippocampus activation in normal aging + as revealed by fMRI. Hippocampus 21 753\u2013766. 10.1002/hipo.20794", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hipo.20794", "@IdType": "doi"}, {"#text": + "20865729", "@IdType": "pubmed"}]}}, {"Citation": "Poser B. A., Versluis M. + J., Hoogduin J. M., Norris D. G. (2006). BOLD contrast sensitivity enhancement + and artifact reduction with multiecho EPI: parallel-acquired inhomogeneity-desensitized + fMRI. Magn. Reson. Med. 55 1227\u20131235. 10.1002/mrm.20900", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/mrm.20900", "@IdType": "doi"}, {"#text": + "16680688", "@IdType": "pubmed"}]}}, {"Citation": "Posse S., Wiese S., Gembris + D., Mathiak K., Kessler C., Grosse-Ruyken M. L., et al. (1999). Enhancement + of BOLD-contrast sensitivity by single-shot multi-echo functional MR imaging. + Magn. Reson. Med. 42 87\u201397. 10.1002/(SICI)1522-2594(199907)42:1<87::AID-MRM13>3.0.CO;2-O", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/(SICI)1522-2594(199907)42:1<87::AID-MRM13>3.0.CO;2-O", + "@IdType": "doi"}, {"#text": "10398954", "@IdType": "pubmed"}]}}, {"Citation": + "Prins N. D., van Dijk E. J., den Heijer T., Vermeer S. E., Jolles J., Koudstaal + P. J., et al. (2005). Cerebral small-vessel disease and decline in information + processing speed, executive function and memory. Brain 128 2034\u20132041. + 10.1093/brain/awh553", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awh553", + "@IdType": "doi"}, {"#text": "15947059", "@IdType": "pubmed"}]}}, {"Citation": + "Reuter-Lorenz P. A., Cappell K. A. (2008). Neurocognitive aging and the compensation + hypothesis. Curr. Dir. Psychol. Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x", + "ArticleIdList": {"ArticleId": {"#text": "10.1111/j.1467-8721.2008.00570.x", + "@IdType": "doi"}}}, {"Citation": "Roc A. C., Wang J., Ances B. M., Liebeskind + D. S., Kasner S. E., Detre J. A. (2006). Altered hemodynamics and regional + cerebral blood flow in patients with hemodynamically significant stenoses. + Stroke 37 382\u2013387. 10.1161/01.STR.0000198807.31299.43", "ArticleIdList": + {"ArticleId": [{"#text": "10.1161/01.STR.0000198807.31299.43", "@IdType": + "doi"}, {"#text": "16373653", "@IdType": "pubmed"}]}}, {"Citation": "Rost + N. S., Rahman R. M., Biffi A., Smith E. E., Kanakis A., Fitzpatrick K., et + al. (2010). White matter hyperintensity volume is increased in small vessel + stroke subtypes. Neurology 75 1670\u20131677. 10.1212/WNL.0b013e3181fc279a", + "ArticleIdList": {"ArticleId": [{"#text": "10.1212/WNL.0b013e3181fc279a", + "@IdType": "doi"}, {"#text": "PMC3033608", "@IdType": "pmc"}, {"#text": "21060091", + "@IdType": "pubmed"}]}}, {"Citation": "Schaefer A., Quinque E. M., Kipping + J. A., Ar\u00e9lin K., Roggenhofer E., Frisch S., et al. (2014). Early small + vessel disease affects frontoparietal and cerebellar hubs in close correlation + with clinical symptoms\u2014A resting-state fMRI study. J. Cereb. Blood Flow + Metab. 34 1091\u20131095. 10.1038/jcbfm.2014.70", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/jcbfm.2014.70", "@IdType": "doi"}, {"#text": "PMC4083384", + "@IdType": "pmc"}, {"#text": "24780899", "@IdType": "pubmed"}]}}, {"Citation": + "Schmidt W.-P., Roesler A., Kretzschmar K., Ladwig K.-H., Junker R., Berger + K. (2004). Functional and cognitive consequences of silent stroke discovered + using brain magnetic resonance imaging in an elderly population. J. Am. Geriatr. + Soc. 52 1045\u20131050. 10.1111/j.1532-5415.2004.52300.x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/j.1532-5415.2004.52300.x", "@IdType": "doi"}, + {"#text": "15209640", "@IdType": "pubmed"}]}}, {"Citation": "Schneider-Garces + N. J., Gordon B. A., Brumback-Peltz C. R., Shin E., Lee Y., Sutton B. P., + et al. (2010). Span, CRUNCH, and beyond: working memory capacity and the aging + brain. J. Cogn. Neurosci. 22 655\u2013669. 10.1162/jocn.2009.21230", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn.2009.21230", "@IdType": "doi"}, {"#text": + "PMC3666347", "@IdType": "pmc"}, {"#text": "19320550", "@IdType": "pubmed"}]}}, + {"Citation": "Shi Y., Thrippleton M. J., Makin S. D., Marshall I., Geerlings + M. I., de Craen A. J., et al. (2016). Cerebral blood flow in small vessel + disease: a systematic review and meta-analysis. J. Cereb. Blood Flow Metab. + 36 1653\u20131667. 10.1177/0271678X16662891", "ArticleIdList": {"ArticleId": + [{"#text": "10.1177/0271678X16662891", "@IdType": "doi"}, {"#text": "PMC5076792", + "@IdType": "pmc"}, {"#text": "27496552", "@IdType": "pubmed"}]}}, {"Citation": + "Slotnick S. D. (2017). Cluster success: fMRI inferences for spatial extent + have acceptable false-positive rates. Cogn. Neurosci. 8 150\u2013155. 10.1080/17588928.2017.1319350", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/17588928.2017.1319350", + "@IdType": "doi"}, {"#text": "28403749", "@IdType": "pubmed"}]}}, {"Citation": + "Smith S. M. (2002). Fast robust automated brain extraction. Hum. Brain Mapp. + 17 143\u2013155. 10.1002/hbm.10062", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.10062", "@IdType": "doi"}, {"#text": "PMC6871816", "@IdType": + "pmc"}, {"#text": "12391568", "@IdType": "pubmed"}]}}, {"Citation": "Snowdon + D. A., Greiner L. H., Mortimer J. A., Riley K. P., Greiner P. A., Markesbery + W. R. (1997). Brain infarction and the clinical expression of Alzheimer disease: + the nun study. JAMA 277 813\u2013817. 10.1001/jama.1997.03540340047031", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/jama.1997.03540340047031", "@IdType": "doi"}, + {"#text": "9052711", "@IdType": "pubmed"}]}}, {"Citation": "Spreng R. N., + Sepulcre J., Turner G. R., Stevens W. D., Schacter D. L. (2013). Intrinsic + architecture underlying the relations among the default, dorsal attention, + and frontoparietal control networks of the human brain. J. Cogn. Neurosci. + 25 74\u201386. 10.1162/jocn_a_00281", "ArticleIdList": {"ArticleId": [{"#text": + "10.1162/jocn_a_00281", "@IdType": "doi"}, {"#text": "PMC3816715", "@IdType": + "pmc"}, {"#text": "22905821", "@IdType": "pubmed"}]}}, {"Citation": "Utevsky + A. V., Smith D. V., Huettel S. A. (2014). Precuneus is a functional core of + the default-mode network. J. Neurosci. 34 932\u2013940. 10.1523/JNEUROSCI.4227-13.2014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.4227-13.2014", + "@IdType": "doi"}, {"#text": "PMC3891968", "@IdType": "pmc"}, {"#text": "24431451", + "@IdType": "pubmed"}]}}, {"Citation": "Venkatraman V. K., Aizenstein H., Guralnik + J., Newman A. B., Glynn N. W., Taylor C., et al. (2010). Corrigendum to \u201cExecutive + control function, brain activation and white matter hyperintensities in older + adults\u201d [NeuroImage 49 (2010) 3436\u20133442]. Neuroimage 50:1711 10.1016/j.neuroimage.2010.01.074", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2010.01.074", + "@IdType": "doi"}, {"#text": "PMC2818521", "@IdType": "pmc"}, {"#text": "19922803", + "@IdType": "pubmed"}]}}, {"Citation": "Vermeer S. E., Hollander M., van Dijk + E. J., Hofman A., Koudstaal P. J., Breteler M. M. B., et al. (2003). Silent + brain infarcts and white matter lesions increase stroke risk in the general + population: the rotterdam scan study. Stroke 34 1126\u20131129. 10.1161/01.STR.0000068408.82115.D2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1161/01.STR.0000068408.82115.D2", + "@IdType": "doi"}, {"#text": "12690219", "@IdType": "pubmed"}]}}, {"Citation": + "V\u00e9rtes P. E., Rittman T., Whitaker K. J., Romero-Garcia R., V\u00e1\u0161a + F., Kitzbichler M. G., et al. (2016). Gene transcription profiles associated + with inter-modular hubs and connection distance in human functional magnetic + resonance imaging networks. Philos. Trans. R. Soc. Lond. B Biol. Sci. 371. + 10.1098/rstb.2015.0362", "ArticleIdList": {"ArticleId": [{"#text": "10.1098/rstb.2015.0362", + "@IdType": "doi"}, {"#text": "PMC5003862", "@IdType": "pmc"}, {"#text": "27574314", + "@IdType": "pubmed"}]}}, {"Citation": "Wagner M., Helfrich M., Volz S., Magerkurth + J., Blasel S., Porto L., et al. (2015). Quantitative T2, T2\u2217, and T2\u2019 + MR imaging in patients with ischemic leukoaraiosis might detect microstructural + changes and cortical hypoxia. Neuroradiology 57 1023\u20131030. 10.1007/s00234-015-1565-x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00234-015-1565-x", "@IdType": + "doi"}, {"#text": "26227168", "@IdType": "pubmed"}]}}, {"Citation": "Wardlaw + J. M., Smith C., Dichgans M. (2013). Mechanisms of sporadic cerebral small + vessel disease: insights from neuroimaging. Lancet Neurol. 12 483\u2013497. + 10.1016/S1474-4422(13)70060-7", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S1474-4422(13)70060-7", "@IdType": "doi"}, {"#text": "PMC3836247", + "@IdType": "pmc"}, {"#text": "23602162", "@IdType": "pubmed"}]}}, {"Citation": + "Witt S. T., Warntjes M., Engstr\u00f6m M. (2016). Increased fMRI sensitivity + at equal data burden using averaged shifted echo acquisition. Front. Neurosci. + 10:544. 10.3389/fnins.2016.00544", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnins.2016.00544", "@IdType": "doi"}, {"#text": "PMC5120083", "@IdType": + "pmc"}, {"#text": "27932947", "@IdType": "pubmed"}]}}, {"Citation": "Woolrich + M. W., Behrens T. E. J., Beckmann C. F., Jenkinson M., Smith S. M. (2004). + Multilevel linear modelling for FMRI group analysis using Bayesian inference. + Neuroimage 21 1732\u20131747. 10.1016/j.neuroimage.2003.12.023", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.12.023", "@IdType": "doi"}, + {"#text": "15050594", "@IdType": "pubmed"}]}}, {"Citation": "Wowk B., McIntyre + M. C., Saunders J. K. (1997). k-Space detection and correction of physiological + artifacts in fMRI. Magn. Reson. Med. 38 1029\u20131034. 10.1002/mrm.1910380625", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/mrm.1910380625", "@IdType": + "doi"}, {"#text": "9402206", "@IdType": "pubmed"}]}}, {"Citation": "Wright + C. B., Festa J. R., Paik M. C., Schmiedigen A., Brown T. R., Yoshita M., et + al. (2008). White matter hyperintensities and subclinical infarction: associations + with psychomotor speed and cognitive flexibility. Stroke 39 800\u2013805. + 10.1161/STROKEAHA.107.484147", "ArticleIdList": {"ArticleId": [{"#text": "10.1161/STROKEAHA.107.484147", + "@IdType": "doi"}, {"#text": "PMC2267752", "@IdType": "pmc"}, {"#text": "18258844", + "@IdType": "pubmed"}]}}, {"Citation": "Zhang Y., Brady M., Smith S. (2001). + Segmentation of brain MR images through a hidden Markov random field model + and the expectation-maximization algorithm. IEEE Trans. Med. Imaging 20 45\u201357. + 10.1109/42.906424", "ArticleIdList": {"ArticleId": [{"#text": "10.1109/42.906424", + "@IdType": "doi"}, {"#text": "11293691", "@IdType": "pubmed"}]}}, {"Citation": + "Zheng J. J. J., Lord S. R., Close J. C. T., Sachdev P. S., Wen W., Brodaty + H., et al. (2012). Brain white matter hyperintensities, executive dysfunction, + instability, and falls in older people: a prospective cohort study. J. Gerontol. + A Biol. Sci. Med. Sci. 67 1085\u20131091. 10.1093/gerona/gls063", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/gerona/gls063", "@IdType": "doi"}, {"#text": + "22403055", "@IdType": "pubmed"}]}}, {"Citation": "Zheng L. S., Xu J., Wang + J. P. (2006). Quantitative evaluation of regional cerebral blood flow in patients + with silent Leukoaraiosis. Chin. J. Clin. Rehabil. 10 80\u201382."}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "30405336", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1662-4548", "@IssnType": "Print"}, "Title": "Frontiers + in neuroscience", "JournalIssue": {"Volume": "12", "PubDate": {"Year": "2018"}, + "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Neurosci"}, "Abstract": + {"AbstractText": {"i": ["n", "n", "n"], "#text": "Cognitive decline is often + undetectable in the early stages of accelerated vascular aging. Attentional + processes are particularly affected in older adults with white matter hyperintensities + (WMH), although specific neurovascular mechanisms have not been elucidated. + We aimed to identify differences in attention-related neurofunctional activation + and behavior between adults with and without WMH. Older adults with moderate + to severe WMH ( = 18, mean age = 70 years), age-matched adults ( = 28, mean + age = 72), and healthy younger adults ( = 19, mean age = 25) performed a modified + flanker task during multi-echo blood oxygenation level dependent functional + magnetic resonance imaging. Task-related activation was assessed using a weighted-echo + approach. Healthy older adults had more widespread response and higher amplitude + of activation compared to WMH adults in fronto-temporal and parietal cortices. + Activation associated with processing speed was absent in the WMH group, suggesting + attention-related activation deficits that may be a consequence of cerebral + small vessel disease. WMH adults had greater executive contrast activation + in the precuneous and posterior cingulate gyrus compared to HYA, despite no + performance benefits, reinforcing the network dysfunction theory in WMH."}}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Sarah", "Initials": "S", "LastName": "Atwi", + "AffiliationInfo": [{"Affiliation": "Heart and Stroke Foundation Canadian + Partnership for Stroke Recovery, Sunnybrook Research Institute, University + of Toronto, Toronto, ON, Canada."}, {"Affiliation": "Department of Medical + Biophysics, University of Toronto, Toronto, ON, Canada."}]}, {"@ValidYN": + "Y", "ForeName": "Arron W S", "Initials": "AWS", "LastName": "Metcalfe", "AffiliationInfo": + [{"Affiliation": "Heart and Stroke Foundation Canadian Partnership for Stroke + Recovery, Sunnybrook Research Institute, University of Toronto, Toronto, ON, + Canada."}, {"Affiliation": "Centre for Youth Bipolar Disorder, Sunnybrook + Research Institute, University of Toronto, Toronto, ON, Canada."}]}, {"@ValidYN": + "Y", "ForeName": "Andrew D", "Initials": "AD", "LastName": "Robertson", "AffiliationInfo": + {"Affiliation": "Heart and Stroke Foundation Canadian Partnership for Stroke + Recovery, Sunnybrook Research Institute, University of Toronto, Toronto, ON, + Canada."}}, {"@ValidYN": "Y", "ForeName": "Jeremy", "Initials": "J", "LastName": + "Rezmovitz", "AffiliationInfo": {"Affiliation": "Department of Family and + Community Medicine, Sunnybrook Health Sciences Centre, Toronto, ON, Canada."}}, + {"@ValidYN": "Y", "ForeName": "Nicole D", "Initials": "ND", "LastName": "Anderson", + "AffiliationInfo": [{"Affiliation": "Department of Psychiatry and Psychology, + University of Toronto, Toronto, ON, Canada."}, {"Affiliation": "Rotman Research + Institute, Baycrest Centre, University of Toronto, Toronto, ON, Canada."}]}, + {"@ValidYN": "Y", "ForeName": "Bradley J", "Initials": "BJ", "LastName": "MacIntosh", + "AffiliationInfo": [{"Affiliation": "Heart and Stroke Foundation Canadian + Partnership for Stroke Recovery, Sunnybrook Research Institute, University + of Toronto, Toronto, ON, Canada."}, {"Affiliation": "Department of Medical + Biophysics, University of Toronto, Toronto, ON, Canada."}]}], "@CompleteYN": + "Y"}, "Pagination": {"StartPage": "748", "MedlinePgn": "748"}, "ArticleDate": + {"Day": "18", "Year": "2018", "Month": "10", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "748", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnins.2018.00748", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Attention-Related Brain + Activation Is Altered in Older Adults With White Matter Hyperintensities Using + Multi-Echo fMRI.", "PublicationTypeList": {"PublicationType": {"@UI": "D016428", + "#text": "Journal Article"}}}, "DateRevised": {"Day": "29", "Year": "2020", + "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "BOLD", "@MajorTopicYN": "N"}, {"#text": "attention", "@MajorTopicYN": "N"}, + {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "multi-echo", "@MajorTopicYN": + "N"}, {"#text": "small vessel disease", "@MajorTopicYN": "N"}, {"#text": "white + matter hyperintensities", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": + "Switzerland", "MedlineTA": "Front Neurosci", "ISSNLinking": "1662-453X", + "NlmUniqueID": "101478481"}}}, "semantic_scholar": {"year": 2018, "title": + "Attention-Related Brain Activation Is Altered in Older Adults With White + Matter Hyperintensities Using Multi-Echo fMRI", "venue": "Frontiers in Neuroscience", + "authors": [{"name": "Sarah Atwi", "authorId": "5306364"}, {"name": "Arron + W. S. Metcalfe", "authorId": "49834379"}, {"name": "Andrew Donald Robertson", + "authorId": "144299525"}, {"name": "J. Rezmovitz", "authorId": "7735483"}, + {"name": "N. Anderson", "authorId": "2067846"}, {"name": "B. MacIntosh", "authorId": + "48707042"}], "paperId": "20e0c40e074bb3dd4f27461cdeb33d071ebfe645", "abstract": + "Cognitive decline is often undetectable in the early stages of accelerated + vascular aging. Attentional processes are particularly affected in older adults + with white matter hyperintensities (WMH), although specific neurovascular + mechanisms have not been elucidated. We aimed to identify differences in attention-related + neurofunctional activation and behavior between adults with and without WMH. + Older adults with moderate to severe WMH (n = 18, mean age = 70 years), age-matched + adults (n = 28, mean age = 72), and healthy younger adults (n = 19, mean age + = 25) performed a modified flanker task during multi-echo blood oxygenation + level dependent functional magnetic resonance imaging. Task-related activation + was assessed using a weighted-echo approach. Healthy older adults had more + widespread response and higher amplitude of activation compared to WMH adults + in fronto-temporal and parietal cortices. Activation associated with processing + speed was absent in the WMH group, suggesting attention-related activation + deficits that may be a consequence of cerebral small vessel disease. WMH adults + had greater executive contrast activation in the precuneous and posterior + cingulate gyrus compared to HYA, despite no performance benefits, reinforcing + the network dysfunction theory in WMH.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnins.2018.00748/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6200839, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-10-18"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T01:37:57.620358+00:00", "analyses": + [{"id": "makhT3USeuUz", "user": null, "name": "Main effect of HOA (HOA > HYA)", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "T3", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Peak brain activation during + all conditions versus baseline and executive contrasts.", "conditions": [], + "weights": [], "points": [{"id": "RCnkZVDViZYy", "coordinates": [40.0, -48.0, + -22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.62}]}], "images": []}, {"id": "qLP3N7ZSjHDa", "user": + null, "name": "Main effect of WMH (WMH > HYA)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Peak brain activation during + all conditions versus baseline and executive contrasts.", "conditions": [], + "weights": [], "points": [{"id": "kwhQenMSXGYm", "coordinates": [-10.0, -54.0, + 40.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.21}]}], "images": []}, {"id": "7jbCLbdhWXyo", "user": + null, "name": "Main effect of HOA (HOA > WMH)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Peak brain activation during + all conditions versus baseline and executive contrasts.", "conditions": [], + "weights": [], "points": [{"id": "Hb7A6EQN5CYk", "coordinates": [-60.0, 8.0, + 28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.82}]}, {"id": "W38Qi7dKzBPk", "coordinates": [38.0, + -46.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.94}]}, {"id": "K58scKpUzPi3", "coordinates": + [40.0, -50.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "Grvu3i3m388q", "coordinates": + [-6.0, -96.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.93}]}, {"id": "jXiJZPBEpK9D", "coordinates": + [28.0, 4.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.25}]}, {"id": "uyi5R3cnRG3k", "coordinates": + [-34.0, -34.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.75}]}], "images": []}, {"id": "qwTGEGvszp3S", + "user": null, "name": "Main effect of HYA (HYA > WMH)", "metadata": {"table": + {"table_number": 3, "table_metadata": {"table_id": "T3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Peak brain activation during + all conditions versus baseline and executive contrasts.", "conditions": [], + "weights": [], "points": [{"id": "ojP7f4gWC844", "coordinates": [-16.0, -84.0, + -2.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.77}]}, {"id": "R4B9WDHTv9Wy", "coordinates": [6.0, + -62.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.4}]}], "images": []}]}, {"id": "K9pHHEiFfYqF", + "created_at": "2025-12-04T08:53:35.222934+00:00", "updated_at": null, "user": + null, "name": "Cortical iron disrupts functional connectivity networks supporting + working memory performance in older adults", "description": "Excessive brain + iron negatively affects working memory and related processes but the impact + of cortical iron on task-relevant, cortical brain networks is unknown. We + hypothesized that high cortical iron concentration may disrupt functional + circuitry within cortical networks supporting working memory performance. + Fifty-five healthy older adults completed an N-Back working memory paradigm + while functional magnetic resonance imaging (fMRI) was performed. Participants + also underwent quantitative susceptibility mapping (QSM) imaging for assessment + of non-heme brain iron concentration. Additionally, pseudo continuous arterial + spin labeling scans were obtained to control for potential contributions of + cerebral blood volume and structural brain images were used to control for + contributions of brain volume. Task performance was positively correlated + with strength of task-based functional connectivity (tFC) between brain regions + of the frontoparietal working memory network. However, higher cortical iron + concentration was associated with lower tFC within this frontoparietal network + and with poorer working memory performance after controlling for both cerebral + blood flow and brain volume. Our results suggest that high cortical iron concentration + disrupts communication within frontoparietal networks supporting working memory + and is associated with reduced working memory performance in older adults.", + "publication": "NeuroImage", "doi": "10.1016/j.neuroimage.2020.117309", "pmid": + "32861788", "authors": "Valentinos Zachariou; Christopher E. Bauer; Elayna + R. Seago; F. Raslau; D. Powell; B. Gold", "year": 2020, "metadata": {"slug": + "32861788-10-1016-j-neuroimage-2020-117309-pmc7821351", "source": "semantic_scholar", + "keywords": ["Aging", "Brain", "QSM", "Working memory"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "24", "Year": "2020", + "Month": "7", "@PubStatus": "received"}, {"Day": "19", "Year": "2020", "Month": + "8", "@PubStatus": "accepted"}, {"Day": "31", "Hour": "6", "Year": "2020", + "Month": "8", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "2", "Hour": + "6", "Year": "2021", "Month": "3", "Minute": "0", "@PubStatus": "medline"}, + {"Day": "31", "Hour": "6", "Year": "2020", "Month": "8", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "22", "Year": "2021", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "32861788", "@IdType": "pubmed"}, + {"#text": "NIHMS1657549", "@IdType": "mid"}, {"#text": "PMC7821351", "@IdType": + "pmc"}, {"#text": "10.1016/j.neuroimage.2020.117309", "@IdType": "doi"}, {"#text": + "S1053-8119(20)30795-3", "@IdType": "pii"}]}, "ReferenceList": {"Reference": + [{"Citation": "Acosta-Cabronero J, Machts J, Schreiber S, Abdulla S, Kollewe + K, Petri S, Spotorno N, Kaufmann J, Heinze H-J, Dengler R, Vielhaber S, Nestor + PJ, 2018. Quantitative susceptibility MRI to detect brain iron in amyotrophic + lateral sclerosis. Radiology 289, 195\u2013203.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC6166868", "@IdType": "pmc"}, {"#text": "30040038", "@IdType": + "pubmed"}]}}, {"Citation": "Ayton S, Fazlollahi A, Bourgeat P, Raniga P, Ng + A, Lim YY, Diouf I, Farquharson S, Fripp J, Ames D, Doecke J, Desmond P, Ordidge + R, Masters CL, Rowe CC, Maruff P, Villemagne VL, Salvado O, Bush AI, 2017. + Cerebral quantitative susceptibility mapping predicts amyloid-\u03b2-related + cognitive decline. Brain 140, 2112\u20132119.", "ArticleIdList": {"ArticleId": + {"#text": "28899019", "@IdType": "pubmed"}}}, {"Citation": "Buckner RL, Head + D, Parker J, Fotenos AF, Marcus D, Morris JC, Snyder AZ, 2004. A unified approach + for morphometric and functional data analysis in young, old, and demented + adults using automated atlas-based head size normalization: reliability and + validation against manual measurement of total intracranial volume. NeuroImage + 23, 724\u2013738.", "ArticleIdList": {"ArticleId": {"#text": "15488422", "@IdType": + "pubmed"}}}, {"Citation": "Buijs M, Doan NT, van Rooden S, Versluis MJ, van + Lew B, Milles J, van der Grond J, van Buchem MA, 2016. In vivo assessment + of iron content of the cerebral cortex in healthy aging using 7-Tesla T2*-weighted + phase imaging. Neurobiol. Aging 53, 20\u201326.", "ArticleIdList": {"ArticleId": + {"#text": "28199888", "@IdType": "pubmed"}}}, {"Citation": "Bulk M, Abdelmoula + WM, Nabuurs RJA, van der Graaf LM, Mulders CWH, Mulder AA, Jost CR, Koster + AJ, van Buchem MA, Natt\u00e9 R, Dijkstra J, van der Weerd L, 2018. Postmortem + MRI and histology demonstrate differential iron accumulation and cortical + myelin organization in early- and late-onset Alzheimer\u2019s disease. Neurobiol. + Aging 62, 231\u2013242.", "ArticleIdList": {"ArticleId": {"#text": "29195086", + "@IdType": "pubmed"}}}, {"Citation": "Bartzokis G, Lu PH, Tingus K, Peters + DG, Amar CP, Tishler TA, Finn JP, Villablanca P, Altshuler LL, Mintz J, Neely + E, Connor JR, 2011. Gender and iron genes may modify associations between + brain iron and memory in healthy aging. Neuropsychopharmacology 36, 1375\u20131384.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3096807", "@IdType": "pmc"}, + {"#text": "21389980", "@IdType": "pubmed"}]}}, {"Citation": "Bianciardi M, + van Gelderen P, Duyn JH, 2014. Investigation of BOLD fMRI resonance frequency + shifts and quantitative susceptibility changes at 7 T. Hum. Brain Mapp 35, + 2191\u20132205.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4280841", + "@IdType": "pmc"}, {"#text": "23897623", "@IdType": "pubmed"}]}}, {"Citation": + "Becerril-Ortega J, Bordji K, Fr\u00e9ret T, Rush T, Buisson A, 2014. Iron + overload accelerates neuronal amyloid-\u03b2 production and cognitive impairment + in transgenic mice model of Alzheimer\u2019s disease. Neurobiol. Aging 35, + 2288\u20132301.", "ArticleIdList": {"ArticleId": {"#text": "24863668", "@IdType": + "pubmed"}}}, {"Citation": "Behzadi Y, Restom K, Liau J, Liu TT, 2007. A component + based noise correction method (CompCor) for BOLD and perfusion based fMRI. + Neuroimage 37, 90\u2013101.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2214855", + "@IdType": "pmc"}, {"#text": "17560126", "@IdType": "pubmed"}]}}, {"Citation": + "Balla DZ, Sanchez-Panchuelo RM, Wharton SJ, Hagberg GE, Scheffler K, Francis + ST, Bowtell R, 2014. Functional quantitative susceptibility mapping (fQSM). + NeuroImage 100, 112\u2013124.", "ArticleIdList": {"ArticleId": {"#text": "24945672", + "@IdType": "pubmed"}}}, {"Citation": "Belleville S, Sylvain-Roy S, de Boysson + C, Menard MC, 2008. Characterizing the memory changes in persons with mild + cognitive impairment. Prog. Brain. Res 169, 365\u2013375.", "ArticleIdList": + {"ArticleId": {"#text": "18394487", "@IdType": "pubmed"}}}, {"Citation": "Betts + MJ, Acosta-Cabronero J, Cardenas-Blanco A, Nestor PJ, D\u00fczel E, 2016. + High-resolution characterisation of the aging brain using simultaneous quantitative + susceptibility mapping (QSM) and R2* measurements at 7 T. Neuroimage 138, + 43\u201363.", "ArticleIdList": {"ArticleId": {"#text": "27181761", "@IdType": + "pubmed"}}}, {"Citation": "Blacker D, Lee H, Muzikansky A, Martin EC, Tanzi + R, McArdle JJ, Albert M, 2007. Neuropsychological measures in normal individuals + that predict subsequent cognitive decline. Arch. Neurol 64, 862\u2013871.", + "ArticleIdList": {"ArticleId": {"#text": "17562935", "@IdType": "pubmed"}}}, + {"Citation": "Chein JM, Moore AB, Conway ARA, 2010. Domain-general mechanisms + of complex working memory span. Neuroimage 54, 550\u2013559.", "ArticleIdList": + {"ArticleId": {"#text": "20691275", "@IdType": "pubmed"}}}, {"Citation": "Chen + G, Saad ZS, Britton JC, Pine DS, Cox RW, 2013. Linear mixed-effects modeling + approach to FMRI group analysis. Neuroimage 73, 176\u2013190.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3638840", "@IdType": "pmc"}, {"#text": "23376789", + "@IdType": "pubmed"}]}}, {"Citation": "Cox RW, 1996. AFNI: software for analysis + and visualization of functional magnetic resonance neuroimages. Comput. Biomed. + Res 29, 162\u2013173.", "ArticleIdList": {"ArticleId": {"#text": "8812068", + "@IdType": "pubmed"}}}, {"Citation": "Daugherty AM, Haacke EM, Raz N, 2015. + Striatal iron content predicts its shrinkage and changes in verbal working + memory after two years in healthy adults. J. Neurosci 35, 6731\u20136743.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4412893", "@IdType": "pmc"}, + {"#text": "25926451", "@IdType": "pubmed"}]}}, {"Citation": "Daugherty AM, + Raz N, 2016. Accumulation of iron in the putamen predicts its shrinkage in + healthy older adults: A multi-occasion longitudinal study. Neuroimage 128, + 11\u201320.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4762718", "@IdType": + "pmc"}, {"#text": "26746579", "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux + JS, Prater KE, Miller BL, Greicius MD, 2012. Functional connectivity tracks + clinical deterioration in Alzheimer\u2019s disease. Neurobiol. Aging 33, 828.e19\u2013828.e30.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3218226", "@IdType": "pmc"}, + {"#text": "21840627", "@IdType": "pubmed"}]}}, {"Citation": "Damoiseaux JS, + 2017. Effects of aging on functional and structural brain connectivity. Neuroimage + 160, 32\u201340.", "ArticleIdList": {"ArticleId": {"#text": "28159687", "@IdType": + "pubmed"}}}, {"Citation": "Darki F, Nemmi F, M\u00f6ller A, Sitnikov R, Klingberg + T, 2016. Quantitative susceptibility mapping of striatum in children and adults, + and its association with working memory performance. Neuroimage 136, 208\u2013214.", + "ArticleIdList": {"ArticleId": {"#text": "27132546", "@IdType": "pubmed"}}}, + {"Citation": "Duncan NW, Wiebking C, Tiret B, Marja\u0144ska M, Hayes DJ, + Lyttleton O, Northoff G, 2013. Glutamate concentration in the medial prefrontal + cortex predicts resting-state cortical-subcortical functional connectivity + in humans. PLoS One 8, e60312.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3616113", "@IdType": "pmc"}, {"#text": "23573246", "@IdType": "pubmed"}]}}, + {"Citation": "Fukunaga M, Li TQ, van Gelderen P, de Zwart JA, Shmueli K, Yao + B, \u2026, Leapman RD, 2010. Layer-specific variation of iron content in cerebral + cortex as a source of MRI contrast. Proc. Natl. Acad. Sci 107, 3834\u20133839.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2840419", "@IdType": "pmc"}, + {"#text": "20133720", "@IdType": "pubmed"}]}}, {"Citation": "Glisky EL, 2007. + Changes in cognitive function in human aging In: Riddle DR (Ed.), Brain aging: + Models, methods, and mechanisms. Taylor & Francis Group, Boca Raton, pp. 3\u201320."}, + {"Citation": "Gotts SJ, Saad ZS, Jo HJ, Wallace GL, Cox RW, Martin A, 2013. + The perils of global signal regression for group comparisons: a case study + of Autism Spectrum Disorders. Front. Hum. Neurosci 7.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3709423", "@IdType": "pmc"}, {"#text": "23874279", "@IdType": + "pubmed"}]}}, {"Citation": "Gotts SJ, Simmons WK, Milbury LA, Wallace GL, + Cox RW, Martin A, 2012. Fractionation of social brain circuits in autism spectrum + disorders. Brain 135 (9), 2711\u20132725.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3437021", "@IdType": "pmc"}, {"#text": "22791801", "@IdType": + "pubmed"}]}}, {"Citation": "Grabner G, Janke AL, Budge MM, Smith D, Pruessner + J, Collins DL, 2006. Symmetric atlasing and model based segmentation: an application + to the hippocampus in older adults In: Lecture Notes in Computer Science (including + subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics). + Springer Verlag, pp. 58\u201366.", "ArticleIdList": {"ArticleId": {"#text": + "17354756", "@IdType": "pubmed"}}}, {"Citation": "Greicius MD, Kimmel DL, + 2012. Neuroimaging insights into network-based neurodegeneration. Curr. Opin. + Neurol 25, 727\u2013734.", "ArticleIdList": {"ArticleId": {"#text": "23108250", + "@IdType": "pubmed"}}}, {"Citation": "Hallgren B, Sourander P, 1958. The effect + of age on the non -haemin iron in the human brain. J Neurochem 3, 41\u201351.", + "ArticleIdList": {"ArticleId": {"#text": "13611557", "@IdType": "pubmed"}}}, + {"Citation": "Hakun JG, Johnson NF, 2017. Dynamic range of frontoparietal + functional modulation is associated with working memory capacity limitations + in older adults. Brain Cogn 118, 128\u2013136.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5779093", "@IdType": "pmc"}, {"#text": "28865310", "@IdType": + "pubmed"}]}}, {"Citation": "Hametner S, Endmayr V, Deistung A, Palmrich P, + Prihoda M, Haimburger E, Menard C, Feng X, Haider T, Leisser M, K\u00f6ck + U, Kaider A, H\u00f6ftberger R, Robinson S, Reichenbach JR, Lassmann H, Traxler + H, Trattnig S, Grabner G, 2018. The influence of brain iron and myelin on + magnetic susceptibility and effective transverse relaxation - a biochemical + and histological validation study. Neuroimage 179, 117\u2013133.", "ArticleIdList": + {"ArticleId": {"#text": "29890327", "@IdType": "pubmed"}}}, {"Citation": "Hare + DJ, Double KL, 2016. Iron and dopamine: a toxic couple. Brain 139, 1026\u20131035.", + "ArticleIdList": {"ArticleId": {"#text": "26962053", "@IdType": "pubmed"}}}, + {"Citation": "Hentze MW, Muckenthaler MU, Andrews NC, 2004. Balancing acts: + molecular control of mammalian iron metabolism. Cell 117, 285\u2013297.", + "ArticleIdList": {"ArticleId": {"#text": "15109490", "@IdType": "pubmed"}}}, + {"Citation": "Jenkinson M, Beckmann CF, Behrens TE, Woolrich MW, Smith SM, + 2012. Fsl. Neuroimage 62, 782\u2013790.", "ArticleIdList": {"ArticleId": {"#text": + "21979382", "@IdType": "pubmed"}}}, {"Citation": "Jo HJ, Saad ZS, Simmons + WK, Milbury LA, Cox RW, 2010. Mapping sources of correlation in resting state + FMRI, with artifact detection and removal. Neuroimage 52 (2), 571\u2013582.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2897154", "@IdType": "pmc"}, + {"#text": "20420926", "@IdType": "pubmed"}]}}, {"Citation": "Kagerer SM, van + Bergen JM, Li X, Quevenco FC, Gietl AF, Studer S, \u2026, van Zijl PC, 2020. + APOE4 moderates effects of cortical iron on synchronized default mode network + activity in cognitively healthy old-aged adults. Alzheimer\u2019s & dementia: + diagnosis. Assess. Dis. Monit 12, e12002.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC7085281", "@IdType": "pmc"}, {"#text": "32211498", "@IdType": + "pubmed"}]}}, {"Citation": "Kalpouzos G, Garz\u00f3n B, Sitnikov R, Heiland + C, Salami A, Persson J, B\u00e4ckman L, 2017. Higher striatal iron concentration + is linked to frontostriatal underactivation and poorer memory in normal aging. + Cereb. Cortex 27, 3427\u20133436.", "ArticleIdList": {"ArticleId": {"#text": + "28334149", "@IdType": "pubmed"}}}, {"Citation": "Kapogiannis D, Reiter DA, + Willette AA, Mattson MP, 2013. Posteromedial cortex glutamate and GABA predict + intrinsic functional connectivity of the default mode network. Neuroimage + 64, 112\u2013119.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3801193", + "@IdType": "pmc"}, {"#text": "23000786", "@IdType": "pubmed"}]}}, {"Citation": + "Kempton MJ, Underwood TSA, Brunton S, Stylios F, Schmechtig A, Ettinger U, + Smith MS, Lovestone S, Crum WR, Frangou S, Williams SCR, Simmons A, 2011. + A comprehensive testing protocol for MRI neuroanatomical segmentation techniques: + evaluation of a novel lateral ventricle segmentation method. Neuroimage 58, + 1051\u20131059.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3551263", + "@IdType": "pmc"}, {"#text": "21835253", "@IdType": "pubmed"}]}}, {"Citation": + "Kim HG, Park S, Rhee HY, Lee KM, Ryu CW, Rhee SJ, Lee SY, Wang Y, Jahng GH, + 2017. Quantitative susceptibility mapping to evaluate the early stage of Alzheimer\u2019s + disease. NeuroImage Clin 16, 429\u2013438.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5577408", "@IdType": "pmc"}, {"#text": "28879084", "@IdType": + "pubmed"}]}}, {"Citation": "Ke YA, Qian ZM, 2007. Brain iron metabolism: neurobiology + and neurochemistry. Prog. Neurobiol 83, 149\u2013173.", "ArticleIdList": {"ArticleId": + {"#text": "17870230", "@IdType": "pubmed"}}}, {"Citation": "Kwan JY, Jeong + SY, van Gelderen P, Deng HX, Quezado MM, Danielian LE, Butman JA, Chen L, + Bayat E, Russell J, Siddique T, Duyn JH, Rouault TA, Floeter MK, 2012. Iron + accumulation in deep cortical layers accounts for MRI signal abnormalities + in ALS: Correlating 7 tesla MRI and pathology. PLoS ONE 7 (4).", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3328441", "@IdType": "pmc"}, {"#text": "22529995", + "@IdType": "pubmed"}]}}, {"Citation": "Langkammer C, Schweser F, Krebs N, + Deistung A, Goessler W, Scheurer E, Sommer K, Reishofer G, Yen K, Fazekas + F, Ropele S, Reichenbach JR, 2012. Quantitative susceptibility mapping (QSM) + as a means to measure brain iron? a post mortem validation study. Neuroimage + 62, 1593\u20131599.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3413885", + "@IdType": "pmc"}, {"#text": "22634862", "@IdType": "pubmed"}]}}, {"Citation": + "Lauffer RB, 1992. Iron, aging and human disease: historical background and + new hypothesis In: Lauffer RB (Ed.), Iron and human disease. Taylor & Francis + Group, Boca Raton, pp. 1\u201320."}, {"Citation": "Liu J, Liu T, De Rochefort + L, Ledoux J, Khalidov I, Chen W, Tsiouris AJ, Wisnieff C, Spincemaille P, + Prince MR, Wang Y, 2012. Morphology enabled dipole inversion for quantitative + susceptibility mapping using structural consistency between the magnitude + image and the susceptibility map. Neuroimage 59, 2560\u20132568.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3254812", "@IdType": "pmc"}, {"#text": "21925276", + "@IdType": "pubmed"}]}}, {"Citation": "Liu T, Khalidov I, de Rochefort L, + Spincemaille P, Liu J, Tsiouris AJ, Wang Y, 2011. A novel background field + removal method for MRI using projection onto dipole fields. NMR Biomed 24, + 1129\u20131136.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3628923", + "@IdType": "pmc"}, {"#text": "21387445", "@IdType": "pubmed"}]}}, {"Citation": + "Liu T, Liu J, de Rochefort L, Spincemaille P, Khalidov I, Ledoux JR, Wang + Y, 2011b. Morphology enabled dipole inversion (MEDI) from a single-angle acquisition: + comparison with COSMOS in human brain imaging. Magn. Reson. Med 66, 777\u2013783.", + "ArticleIdList": {"ArticleId": {"#text": "21465541", "@IdType": "pubmed"}}}, + {"Citation": "Liu T, Surapaneni K, Lou M, Cheng L, Spincemaille P, Wang Y, + 2012. Cerebral microbleeds: burden assessment by using quantitative susceptibility + mapping. Radiology 262, 269\u2013278.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3244668", "@IdType": "pmc"}, {"#text": "22056688", "@IdType": "pubmed"}]}}, + {"Citation": "Liu T, Eskreis-Winkler S, Schweitzer AD, Chen W, Kaplitt MG, + Tsiouris AJ, Wang Y, 2013. Improved subthalamic nucleus depiction with quantitative + susceptibility mapping. Radiology 269, 216\u2013223.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3781358", "@IdType": "pmc"}, {"#text": "23674786", "@IdType": + "pubmed"}]}}, {"Citation": "Li W, Wu B, Batrachenko A, Bancroft-Wu V, Morey + RA, Shashi V, Langkammer C, De Bellis M, Ropele S, Song W, Liu C, 2014. Differential + developmental trajectories of magnetic susceptibility in human brain gray + and white matter over the lifespan. Hum. Brain Mapp 35, 2698\u20132713.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3954958", "@IdType": "pmc"}, + {"#text": "24038837", "@IdType": "pubmed"}]}}, {"Citation": "Matak P, Matak + A, Moustafa S, Aryal DK, Benner EJ, Wetsel W, Andrews NC, 2016. Disrupted + iron homeostasis causes dopaminergic neurodegeneration in mice. Proc Natl + Acad Sci U S A 113, 3428\u20133435.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC4822577", "@IdType": "pmc"}, {"#text": "26929359", "@IdType": "pubmed"}]}}, + {"Citation": "Mills E, Dong XP, Wang F, Xu H, 2010. Mechanisms of brain iron + transport: insight into neurodegeneration and CNS disorders. Futur. Med. Chem + 2, 51\u201364.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2812924", "@IdType": + "pmc"}, {"#text": "20161623", "@IdType": "pubmed"}]}}, {"Citation": "Mitchell + RL, 2007. fMRI delineation of working memory for emotional prosody in the + brain: commonalities with the lexico-semantic emotion network. Neuroimage + 36, 1015\u20131025.", "ArticleIdList": {"ArticleId": {"#text": "17481919", + "@IdType": "pubmed"}}}, {"Citation": "Moos T, Nielsen TR, Skj\u00f8rringe + T, Morgan EH, 2007. Iron trafficking inside the brain. J Neurochem 103, 1730\u20131740.", + "ArticleIdList": {"ArticleId": {"#text": "17953660", "@IdType": "pubmed"}}}, + {"Citation": "Morris JC, Weintraub S, Chui HC, Cummings J, DeCarli C, Ferris + S, Foster NL, Galasko D, Graff-Radford N, Peskind ER, Beekly D, Ramos EM, + Kukull WA, 2006. In: The Uniform Data Set (UDS): Clinical and Cognitive Variables + and Descriptive Data From Alzheimer Disease Centers, 20(4). Alzheimer Disease + & Associated Disorders, pp. 210\u2013216. doi: 10.1097/01.wad.0000213865.09806.92.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/01.wad.0000213865.09806.92", + "@IdType": "doi"}, {"#text": "17132964", "@IdType": "pubmed"}]}}, {"Citation": + "Nasreddine ZS, Phillips NA, B\u00e9dirian V, Charbonneau S, Whitehead V, + Collin I, Cummings JL, Chertkow H, 2005. The montreal cognitive assessment, + MoCA: a brief screening tool for mild cognitive impairment. J. Am. Geriatr. + Soc 53, 695\u2013699.", "ArticleIdList": {"ArticleId": {"#text": "15817019", + "@IdType": "pubmed"}}}, {"Citation": "Park DC, Hedden T, 2001. Working memory + and aging In: Naveh-Benjamin M, Moscovitch HL, Roediger HL (Eds.), Perspectives + on human memory and cognitive aging: Essays in honour of Fergus Craik. Taylor + and Francis Group, New York, pp. 148\u2013160."}, {"Citation": "Penke L, Vald\u00e9s + Hernand\u00e9z MC, Maniega SM, Gow AJ, Murray C, Starr JM, Bastin ME, Deary + IJ, Wardlaw JM, 2012. Brain iron deposits are associated with general cognitive + ability and cognitive aging. Neurobiol. Aging 33, 510\u2013517.", "ArticleIdList": + {"ArticleId": {"#text": "20542597", "@IdType": "pubmed"}}}, {"Citation": "Pessoa + L, Gutierrez E, Bandettini P, Ungerleider L, 2002. Neural correlates of visual + working memory: fMRI amplitude predicts task performance. Neuron 35, 975\u2013987.", + "ArticleIdList": {"ArticleId": {"#text": "12372290", "@IdType": "pubmed"}}}, + {"Citation": "Raz N, Gunning-Dixon F, Head D, Rodrigue KM, Williamson A, Acker + JD, 2004. Aging, sexual dimorphism, and hemispheric asymmetry of the cerebral + cortex: replicability of regional differences in volume. Neurobiol Aging 25, + 377\u2013396.", "ArticleIdList": {"ArticleId": {"#text": "15123343", "@IdType": + "pubmed"}}}, {"Citation": "Raz N, Daugherty AM, 2018. Pathways to brain aging + and their modifiers: Free-radical-induced energetic and neural decline in + senescence (FRIENDS) model-a mini-review. Gerontology 64, 49\u201357.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC5828941", "@IdType": "pmc"}, {"#text": "28858861", + "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz PA, Sylvester CYC, 2005. + The cognitive neuroscience of working memory and aging In: Cabeza R, Nyberg + L, Park D (Eds.), Cognitive neuroscience of aging: Linking cognitive and cerebral + aging. Oxford UP, New York, pp. 186\u2013217."}, {"Citation": "Rodrigue KM, + Daugherty AM, Haacke EM, Raz N, 2012. The role of hippocampal iron concentration + and hippocampal volume in age-related differences in memory. Cereb Cortex + 23, 1533\u20131541.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3673172", + "@IdType": "pmc"}, {"#text": "22645251", "@IdType": "pubmed"}]}}, {"Citation": + "Rodrigue KM, Daugherty AM, Foster CM, Kennedy KM, 2020. Striatal iron content + is linked to reduced fronto-striatal brain function under working memory load. + NeuroImage 210, 116544.", "ArticleIdList": {"ArticleId": [{"#text": "PMC7054151", + "@IdType": "pmc"}, {"#text": "31972284", "@IdType": "pubmed"}]}}, {"Citation": + "Rottschy C, Langner R, Dogan I, Reetz K, Laird AR, Schulz JB, Fox PT, Eickhoff + SB, 2012. Modelling neural correlates of working memory: a coordinate-based + meta-analysis. Neuroimage 60, 830\u2013846.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", "@IdType": + "pubmed"}]}}, {"Citation": "Saad ZS, Reynolds RC, Jo HJ, Gotts SJ, Chen G, + Martin A, Cox RW, 2013. Correcting brain-wide correlation differences in resting-state + FMRI. Brain Connect 3, 339\u2013352.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3749702", "@IdType": "pmc"}, {"#text": "23705677", "@IdType": "pubmed"}]}}, + {"Citation": "Salami A, Avelar-Pereira B, Garz\u00f3n B, Sitnikov R, Kalpouzos + G, 2018. Functional coherence of striatal resting-state networks is modulated + by striatal iron content. Neuroimage 183, 495\u2013503.", "ArticleIdList": + {"ArticleId": {"#text": "30125714", "@IdType": "pubmed"}}}, {"Citation": "Sanfilipo + MP, Benedict RHB, Zivadinov R, Bakshi R, 2004. Correction for intracranial + volume in analysis of whole brain atrophy in multiple sclerosis: The proportion + vs. residual method. NeuroImage 22, 1732\u20131743.", "ArticleIdList": {"ArticleId": + {"#text": "15275929", "@IdType": "pubmed"}}}, {"Citation": "Schmitt FA, Nelson + PT, Abner E, Scheff S, Jicha GA, Smith C, Cooper G, Mendiondo M, Danner DD, + Van Eldik LJ, Caban-Holt A, Lovell MA, Kryscio RJ, 2012. University of Kentucky + Sanders-Brown healthy brain aging volunteers: donor characteristics, procedures + and neuropathology. Curr. Alzheimer Res 9, 724\u2013733.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3409295", "@IdType": "pmc"}, {"#text": "22471862", + "@IdType": "pubmed"}]}}, {"Citation": "Smith SM, Jenkinson M, Woolrich MW, + Beckmann CF, Behrens TEJ, Johansen-Berg H, Bannister PR, De Luca M, Drobnjak + I, Flitney DE, Niazy RK, Saunders J, Vickers J, Zhang Y, De Stefano N, Brady + JM, Matthews PM, 2004. Advances in functional and structural MR image analysis + and implementation as FSL. Neuroimage 23, S208\u2013S219.", "ArticleIdList": + {"ArticleId": {"#text": "15501092", "@IdType": "pubmed"}}}, {"Citation": "Stanislaw + H, Todorov N, 1999. Calculation of signal detection theory measures. Behav. + Res. Methods, Instrum., Comput 31, 137\u2013149.", "ArticleIdList": {"ArticleId": + {"#text": "10495845", "@IdType": "pubmed"}}}, {"Citation": "Sullivan EV, Adalsteinsson + E, Rohlfing T, Pfefferbaum A, 2009. Relevance of iron deposition in deep gray + matter brain structures to cognitive and motor performance in healthy elderly + men and women: Exploratory findings. Brain Imaging Behav 3, 167\u2013175.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2727611", "@IdType": "pmc"}, + {"#text": "20161183", "@IdType": "pubmed"}]}}, {"Citation": "Sun H, Walsh + AJ, Lebel RM, Blevins G, Catz I, Lu JQ, Johnson ES, Emery DJ, Warren KG, Wilman + AH, 2015. Validation of quantitative susceptibility mapping with Perls\u2019 + iron staining for subcortical gray matter. Neuroimage 105, 486\u2013492.", + "ArticleIdList": {"ArticleId": {"#text": "25462797", "@IdType": "pubmed"}}}, + {"Citation": "Stoddard J, Gotts SJ, Brotman MA, Lever S, Hsu D, Zarate C, + Ernst M, Pine DS, Leibenluft E, 2016. Aberrant intrinsic functional connectivity + within and between corticostriatal and temporal\u2013parietal networks in + adults and youth with bipolar disorder. Psychol Med 46, 1509\u20131522.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6996294", "@IdType": "pmc"}, + {"#text": "26924633", "@IdType": "pubmed"}]}}, {"Citation": "Taylor PA, Saad + ZS, 2013. FATCAT: (an efficient) functional and tractographic connectivity + analysis toolbox. Brain Connect 3, 523\u2013535.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3796333", "@IdType": "pmc"}, {"#text": "23980912", "@IdType": + "pubmed"}]}}, {"Citation": "Todorich B, Pasquini JM, Garcia CI, Paez PM, Connor + JR, 2009. Oligodendrocytes and myelination: the role of iron. Glia 57, 467\u2013478.", + "ArticleIdList": {"ArticleId": {"#text": "18837051", "@IdType": "pubmed"}}}, + {"Citation": "Van Bergen JMG, Li X, Quevenco FC, Gietl AF, Treyer V, Meyer + R, Buck A, Kaufmann PA, Nitsch RM, van Zijl PCM, Hock C, Unschuld PG, 2018. + Simultaneous quantitative susceptibility mapping and Flutemetamol-PET suggests + local correlation of iron and \u03b2-amyloid as an indicator of cognitive + performance at high age. Neuroimage 174, 308\u2013316.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC5949258", "@IdType": "pmc"}, {"#text": "29548847", + "@IdType": "pubmed"}]}}, {"Citation": "Van der Kouwe AJW, Benner T, Salat + DH, Fischl B, 2008. Brain morphometry with multiecho MPRAGE. Neuroimage 40, + 559\u2013569.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2408694", "@IdType": + "pmc"}, {"#text": "18242102", "@IdType": "pubmed"}]}}, {"Citation": "Wang + Y, Liu T, 2015. Quantitative susceptibility mapping (QSM): decoding MRI data + for a tissue magnetic biomarker. Magn. Reson. Med 73, 82\u2013101.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC4297605", "@IdType": "pmc"}, {"#text": "25044035", + "@IdType": "pubmed"}]}}, {"Citation": "Wang Y, et al., 2017. Clinical quantitative + susceptibility mapping (QSM): Biometal imaging and its emerging roles in patient + care. J. Magn. Reson. Imaging 46, 951\u2013971.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5592126", "@IdType": "pmc"}, {"#text": "28295954", "@IdType": + "pubmed"}]}}, {"Citation": "Wayne Martin WR, Ye FQ, Allen PS, 1998. Increasing + striatal iron content associated with normal aging. Mov. Disord 13, 281\u2013286.", + "ArticleIdList": {"ArticleId": {"#text": "9539342", "@IdType": "pubmed"}}}, + {"Citation": "Wisnieff C, Ramanan S, Olesik J, Gauthier S, Wang Y, Pitt D, + 2015. Quantitative susceptibility mapping (QSM) of white matter multiple sclerosis + lesions: Interpreting positive susceptibility and the presence of iron. Magn. + Reson. Med 74, 564\u2013570.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4333139", + "@IdType": "pmc"}, {"#text": "25137340", "@IdType": "pubmed"}]}}, {"Citation": + "Yarkoni T, Poldrack RA, Nichols TE, Van Essen DC, Wager TD, 2011. Large-s-cale + automated synthesis of human functional neuroimaging data. Nat. Methods 8, + 665\u2013670.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3146590", "@IdType": + "pmc"}, {"#text": "21706013", "@IdType": "pubmed"}]}}, {"Citation": "Zacks + RT, Hasher L, Li KZH, 2000. Human memory In: Craik FIM, Salthouse TA (Eds.), + The handbook of aging and cognition. Erlbaum, Mahwah, NJ, pp. 293\u2013357."}, + {"Citation": "Zecca L, Youdim MBH, Riederer P, Connor JR, Crichton RR, 2004. + Iron, brain ageing and neurodegenerative disorders. Nat. Rev. Neurosci 5, + 863\u2013873.", "ArticleIdList": {"ArticleId": {"#text": "15496864", "@IdType": + "pubmed"}}}]}, "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": + {"#text": "32861788", "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1095-9572", "@IssnType": "Electronic"}, + "Title": "NeuroImage", "JournalIssue": {"Volume": "223", "PubDate": {"Year": + "2020", "Month": "Dec"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neuroimage"}, + "Abstract": {"AbstractText": "Excessive brain iron negatively affects working + memory and related processes but the impact of cortical iron on task-relevant, + cortical brain networks is unknown. We hypothesized that high cortical iron + concentration may disrupt functional circuitry within cortical networks supporting + working memory performance. Fifty-five healthy older adults completed an N-Back + working memory paradigm while functional magnetic resonance imaging (fMRI) + was performed. Participants also underwent quantitative susceptibility mapping + (QSM) imaging for assessment of non-heme brain iron concentration. Additionally, + pseudo continuous arterial spin labeling scans were obtained to control for + potential contributions of cerebral blood volume and structural brain images + were used to control for contributions of brain volume. Task performance was + positively correlated with strength of task-based functional connectivity + (tFC) between brain regions of the frontoparietal working memory network. + However, higher cortical iron concentration was associated with lower tFC + within this frontoparietal network and with poorer working memory performance + after controlling for both cerebral blood flow and brain volume. Our results + suggest that high cortical iron concentration disrupts communication within + frontoparietal networks supporting working memory and is associated with reduced + working memory performance in older adults.", "CopyrightInformation": "Copyright + \u00a9 2020. Published by Elsevier Inc."}, "Language": "eng", "@PubModel": + "Print-Electronic", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "P30 AG028383"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "P30 AG072946"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "R01 AG055449"}, {"Agency": "NIH HHS", "Acronym": "OD", "Country": "United + States", "GrantID": "S10 OD023573"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Valentinos", "Initials": "V", "LastName": + "Zachariou", "AffiliationInfo": {"Affiliation": "Department of Neuroscience, + College of Medicine, University of Kentucky, Lexington, KY 40536-0298 USA. + Electronic address: vzachari@uky.edu."}}, {"@ValidYN": "Y", "ForeName": "Christopher + E", "Initials": "CE", "LastName": "Bauer", "AffiliationInfo": {"Affiliation": + "Department of Neuroscience, College of Medicine, University of Kentucky, + Lexington, KY 40536-0298 USA."}}, {"@ValidYN": "Y", "ForeName": "Elayna R", + "Initials": "ER", "LastName": "Seago", "AffiliationInfo": {"Affiliation": + "Department of Neuroscience, College of Medicine, University of Kentucky, + Lexington, KY 40536-0298 USA."}}, {"@ValidYN": "Y", "ForeName": "Flavius D", + "Initials": "FD", "LastName": "Raslau", "AffiliationInfo": {"Affiliation": + "Department of Radiology, College of Medicine, University of Kentucky, Lexington, + KY 40536-0298 USA."}}, {"@ValidYN": "Y", "ForeName": "David K", "Initials": + "DK", "LastName": "Powell", "AffiliationInfo": {"Affiliation": "Department + of Neuroscience, College of Medicine, University of Kentucky, Lexington, KY + 40536-0298 USA; Magnetic Resonance Imaging and Spectroscopy Center, College + of Medicine, University of Kentucky, Lexington, KY 40536-0298 USA."}}, {"@ValidYN": + "Y", "ForeName": "Brian T", "Initials": "BT", "LastName": "Gold", "AffiliationInfo": + {"Affiliation": "Department of Neuroscience, College of Medicine, University + of Kentucky, Lexington, KY 40536-0298 USA; Sanders-Brown Center on Aging, + College of Medicine, University of Kentucky, Lexington, KY 40536-0298 USA; + Magnetic Resonance Imaging and Spectroscopy Center, College of Medicine, University + of Kentucky, Lexington, KY 40536-0298 USA. Electronic address: brian.gold@uky.edu."}}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "117309", "MedlinePgn": "117309"}, + "ArticleDate": {"Day": "27", "Year": "2020", "Month": "08", "@DateType": "Electronic"}, + "ELocationID": [{"#text": "10.1016/j.neuroimage.2020.117309", "@EIdType": + "doi", "@ValidYN": "Y"}, {"#text": "S1053-8119(20)30795-3", "@EIdType": "pii", + "@ValidYN": "Y"}], "ArticleTitle": "Cortical iron disrupts functional connectivity + networks supporting working memory performance in older adults.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D052061", "#text": "Research Support, N.I.H., Extramural"}]}}, "DateRevised": + {"Day": "08", "Year": "2022", "Month": "04"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "Aging", "@MajorTopicYN": "N"}, {"#text": "Brain", "@MajorTopicYN": + "N"}, {"#text": "QSM", "@MajorTopicYN": "N"}, {"#text": "Working memory", + "@MajorTopicYN": "N"}]}, "ChemicalList": {"Chemical": [{"RegistryNumber": + "0", "NameOfSubstance": {"@UI": "D013113", "#text": "Spin Labels"}}, {"RegistryNumber": + "E1UOL152H7", "NameOfSubstance": {"@UI": "D007501", "#text": "Iron"}}]}, "CoiStatement": + "Declaration of Competing Interest The authors declare no competing financial + interests.", "DateCompleted": {"Day": "01", "Year": "2021", "Month": "03"}, + "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": + [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D000369", "#text": "Aged, 80 and over", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000737", "#text": "chemistry", "@MajorTopicYN": + "Y"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000032", "#text": "analysis", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D007501", "#text": "Iron", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000737", "#text": + "chemistry", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D009434", "#text": "Neural + Pathways", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D013113", "#text": + "Spin Labels", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "United States", "MedlineTA": "Neuroimage", "ISSNLinking": "1053-8119", "NlmUniqueID": + "9215515"}}}, "semantic_scholar": {"year": 2020, "title": "Cortical iron disrupts + functional connectivity networks supporting working memory performance in + older adults", "venue": "NeuroImage", "authors": [{"name": "Valentinos Zachariou", + "authorId": "2502864"}, {"name": "Christopher E. Bauer", "authorId": "46392196"}, + {"name": "Elayna R. Seago", "authorId": "1911153617"}, {"name": "F. Raslau", + "authorId": "4830913"}, {"name": "D. Powell", "authorId": "3294690"}, {"name": + "B. Gold", "authorId": "2888586"}], "paperId": "5d8339384556ff6538f2f3af9ee86111abd42c28", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://doi.org/10.1016/j.neuroimage.2020.117309", + "status": "GOLD", "license": "CCBYNCND", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC7821351, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2020-08-27"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T08:54:16.978350+00:00", "analyses": + []}, {"id": "KB9ULDPpASvH", "created_at": "2025-12-03T20:27:37.426099+00:00", + "updated_at": null, "user": null, "name": "Age-related reorganization of functional + networks for successful conflict resolution: A combined functional and structural + MRI study", "description": "Aging has readily observable effects on the ability + to resolve conflict between competing stimulus attributes that are likely + related to selective structural and functional brain changes. To identify + age-related differences in neural circuits subserving conflict processing, + we combined structural and functional MRI and a Stroop Match-to-Sample task + involving perceptual cueing and repetition to modulate resources in healthy + young and older adults. In our Stroop Match-to-Sample task, older adults handled + conflict by activating a frontoparietal attention system more than young adults + and engaged a visuomotor network more than young adults when processing repetitive + conflict and when processing conflict following valid perceptual cueing. By + contrast, young adults activated frontal regions more than older adults when + processing conflict with perceptual cueing. These differential activation + patterns were not correlated with regional gray matter volume despite smaller + volumes in older than young adults. Given comparable performance in speed + and accuracy of responding between both groups, these data suggest that successful + aging is associated with functional reorganization of neural systems to accommodate + functionally increasing task demands on perceptual and attentional operations.", + "publication": "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2009.12.002", + "pmid": "20022675", "authors": "T. Schulte; E. M\u00fcller-Oehring; S. Chanraud; + M. Rosenbloom; A. Pfefferbaum; E. Sullivan", "year": 2011, "metadata": {"slug": + "20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896", "source": "semantic_scholar", + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "13", "Year": "2009", "Month": "10", "@PubStatus": "received"}, {"Day": "2", + "Year": "2009", "Month": "12", "@PubStatus": "revised"}, {"Day": "2", "Year": + "2009", "Month": "12", "@PubStatus": "accepted"}, {"Day": "22", "Hour": "6", + "Year": "2009", "Month": "12", "Minute": "0", "@PubStatus": "entrez"}, {"Day": + "22", "Hour": "6", "Year": "2009", "Month": "12", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "19", "Hour": "6", "Year": "2012", "Month": "1", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "1", "Year": "2012", "Month": "11", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "20022675", "@IdType": "pubmed"}, {"#text": "NIHMS166287", "@IdType": "mid"}, + {"#text": "PMC2888896", "@IdType": "pmc"}, {"#text": "10.1016/j.neurobiolaging.2009.12.002", + "@IdType": "doi"}, {"#text": "S0197-4580(09)00394-7", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "Ashburner J, Friston KJ. Voxel-based + morphometry--the methods. Neuroimage. 2000;11:805\u2013821.", "ArticleIdList": + {"ArticleId": {"#text": "10860804", "@IdType": "pubmed"}}}, {"Citation": "Bach + M. The Freiburg Visual Acuity test--automatic measurement of visual acuity. + Optom Vis Sci. 1996;73:49\u201353.", "ArticleIdList": {"ArticleId": {"#text": + "8867682", "@IdType": "pubmed"}}}, {"Citation": "Botvinick MM. Conflict monitoring + and decision making: reconciling two perspectives on anterior cingulate function. + Cogn Affect Behav Neurosci. 2007;7:356\u2013366.", "ArticleIdList": {"ArticleId": + {"#text": "18189009", "@IdType": "pubmed"}}}, {"Citation": "Braver TS, Barch + DM. A theory of cognitive control, aging cognition, and neuromodulation. Neurosci + Biobehav Rev. 2002;26:809\u2013817.", "ArticleIdList": {"ArticleId": {"#text": + "12470692", "@IdType": "pubmed"}}}, {"Citation": "Brett M, Anton J-L, Valabregue + R, Poline J-B. Region of interest analysis using an SPM toolbox [abstract]. + Presented at the 8th International Conference on Functional Mapping of the + Human Brain; Sendai, Japan. June 2\u20136; 2002. Available on CD-ROM in NeuroImage + 16, No 2."}, {"Citation": "Buckner RL, Snyder AZ, Shannon BJ, LaRossa G, Sachs + R, Fotenos AF, Sheline YI, Klunk WE, Mathis CA, Morris JC, Mintun MA. Molecular, + structural, and functional characterization of Alzheimer''s disease: evidence + for a relationship between default activity, amyloid, and memory. J Neurosci. + 2005;25:7709\u20137717.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6725245", + "@IdType": "pmc"}, {"#text": "16120771", "@IdType": "pubmed"}]}}, {"Citation": + "Byrne P, Becker S, Burgess N. Remembering the past and imagining the future: + a neural model of spatial memory and imagery. Psychol Rev. 2007;114:340\u2013375.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2678675", "@IdType": "pmc"}, + {"#text": "17500630", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R. Cognitive + neuroscience of aging: contributions of functional neuroimaging. Scand J Psychol. + 2001;42:277\u2013286.", "ArticleIdList": {"ArticleId": {"#text": "11501741", + "@IdType": "pubmed"}}}, {"Citation": "Cabeza R, Anderson ND, Locantore JK, + McIntosh AR. Aging gracefully: compensatory brain activity in high-performing + older adults. Neuroimage. 2002;17:1394\u20131402.", "ArticleIdList": {"ArticleId": + {"#text": "12414279", "@IdType": "pubmed"}}}, {"Citation": "Casey BJ, Thomas + KM, Welsh TF, Badgaiyan RD, Eccard CH, Jennings JR, Crone EA. Dissociation + of response conflict, attentional selection, and expectancy with functional + magnetic resonance imaging. Proc Natl Acad Sci U S A. 2000;97:8728\u20138733.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC27016", "@IdType": "pmc"}, {"#text": + "10900023", "@IdType": "pubmed"}]}}, {"Citation": "Cavanna AE, Trimble MR. + The precuneus: a review of its functional anatomy and behavioural correlates. + Brain. 2006;129:564\u201383.", "ArticleIdList": {"ArticleId": {"#text": "16399806", + "@IdType": "pubmed"}}}, {"Citation": "Cohn NB, Dustman RE, Bradford DC. Age-related + decrements in Stroop Color Test performance. J Clin Psychol. 1984;40:1244\u20131250.", + "ArticleIdList": {"ArticleId": {"#text": "6490922", "@IdType": "pubmed"}}}, + {"Citation": "Crovitz HF, Zener K. A group test for assessing hand- and eye-dominance. + American Journal of Psychology. 1962;75:271\u2013276.", "ArticleIdList": {"ArticleId": + {"#text": "13882420", "@IdType": "pubmed"}}}, {"Citation": "Davelaar EJ. A + computational study of conflict-monitoring at two levels of processing: reaction + time distributional analyses and hemodynamic responses. Brain Res. 2008;2:109\u2013119.", + "ArticleIdList": {"ArticleId": {"#text": "17706186", "@IdType": "pubmed"}}}, + {"Citation": "Downar J, Crawley AP, Mikulis DJ, Davis KD. The effect of task + relevance on the cortical response to changes in visual and auditory stimuli: + an event-related fMRI study. Neuroimage. 2001;14:1256\u20131267.", "ArticleIdList": + {"ArticleId": {"#text": "11707082", "@IdType": "pubmed"}}}, {"Citation": "Egner + T, Hirsch J. Cognitive control mechanisms resolve conflict through cortical + amplification of task-relevant information. Nat Neurosci. 2005;8:1784\u20131790.", + "ArticleIdList": {"ArticleId": {"#text": "16286928", "@IdType": "pubmed"}}}, + {"Citation": "Folstein MF, Folstein SE, McHugh PR. Mini-mentalstate:a practical + method for grading the cognitive state of patients for the clinician. J Psychiatr + Res. 1975;12:189\u2013198.", "ArticleIdList": {"ArticleId": {"#text": "1202204", + "@IdType": "pubmed"}}}, {"Citation": "Friston KJ, Holmes AP, Poline JB, Grasby + PJ, Williams SC, Frackowiak RS, Turner R. Analysis of fMRI time-series revisited. + Neuroimage. 1995;2:45\u201353.", "ArticleIdList": {"ArticleId": {"#text": + "9343589", "@IdType": "pubmed"}}}, {"Citation": "Gazzaley A, Cooney JW, Rissman + J, D''Esposito M. Top-down suppression deficit underlies working memory impairment + in normal aging. Nat Neurosci. 2005;8:1298\u20131300.", "ArticleIdList": {"ArticleId": + {"#text": "16158065", "@IdType": "pubmed"}}}, {"Citation": "Gazzaley A, D''Esposito + M. Top-down modulation and normal aging. Ann N Y Acad Sci. 2007;1097:67\u201383.", + "ArticleIdList": {"ArticleId": {"#text": "17413013", "@IdType": "pubmed"}}}, + {"Citation": "Gazzaley A, Clapp W, Kelley J, McEvoy K, Knight RT, D''Esposito + M. Age-related top-down suppression deficit in the early stages of cortical + visual memory processing. Proc Natl Acad Sci U S A. 2008;105:13122\u201313126.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2529045", "@IdType": "pmc"}, + {"#text": "18765818", "@IdType": "pubmed"}]}}, {"Citation": "Good CD, Johnsrude + IS, Ashburner J, Henson RN, Friston KJ, Frackowiak RS. A voxel-based morphometric + study of ageing in 465 normal adult human brains. Neuroimage. 2001;14:21\u201336.", + "ArticleIdList": {"ArticleId": {"#text": "11525331", "@IdType": "pubmed"}}}, + {"Citation": "Grady CL, Maisog JM, Horwitz B, Ungerleider LG, Mentis MJ, Salerno + JA, Pietrini P, Wagner E, Haxby JV. Age-related changes in cortical blood + flow activation during visual processing of faces and location. J Neurosci. + 1994;14:1450\u20131462.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6577560", + "@IdType": "pmc"}, {"#text": "8126548", "@IdType": "pubmed"}]}}, {"Citation": + "Grady CL. Functional brain imaging and age-related changes in cognition. + Biol Psychol. 2000;54:259\u2013281.", "ArticleIdList": {"ArticleId": {"#text": + "11035226", "@IdType": "pubmed"}}}, {"Citation": "Grady CL. Cognitive neuroscience + of aging. Ann N Y Acad Sci. 2008;1124:127\u2013144.", "ArticleIdList": {"ArticleId": + {"#text": "18400928", "@IdType": "pubmed"}}}, {"Citation": "Gratton G, Coles + MG, Donchin E. Optimizing the use of information: strategic control of activation + of responses. J Exp Psychol Gen. 1992;121:480\u2013506.", "ArticleIdList": + {"ArticleId": {"#text": "1431740", "@IdType": "pubmed"}}}, {"Citation": "Grieve + SM, Clark CR, Williams LM, Peduto AJ, Gordon E. Preservation of limbic and + paralimbic structures in aging. Hum Brain Mapp. 2005;25:391\u2013401.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6871717", "@IdType": "pmc"}, {"#text": "15852381", + "@IdType": "pubmed"}]}}, {"Citation": "Harrison BJ, Shaw M, Y\u00fccel M, + Purcell R, Brewer WJ, Strother SC, Egan GF, Olver JS, Nathan PJ, Pantelis + C. Functional connectivity during Stroop task performance. Neuroimage. 2005;24:181\u2013191.", + "ArticleIdList": {"ArticleId": {"#text": "15588609", "@IdType": "pubmed"}}}, + {"Citation": "Hazeltine E, Bunge SA, Scanlon MD, Gabrieli JD. Material-dependent + and material-independent selection processes in the frontal and parietal lobes: + an event-related fMRI investigation of response competition. Neuropsychologia. + 2003;41:1208\u20131217.", "ArticleIdList": {"ArticleId": {"#text": "12753960", + "@IdType": "pubmed"}}}, {"Citation": "Humphrey DG, Kramer AF. Age differences + in visual search for feature, conjunction, and triple-conjunction targets. + Psychol Aging. 1997;12:704\u2013717.", "ArticleIdList": {"ArticleId": {"#text": + "9416638", "@IdType": "pubmed"}}}, {"Citation": "Kelley WM, Miezin FM, McDermott + KB, Buckner RL, Raichle ME, Cohen NJ, Ollinger JM, Akbudak E, Conturo TE, + Snyder AZ, Petersen SE. Hemispheric specialization in human dorsal frontal + cortex and medial temporal lobe for verbal and nonverbal memory encoding. + Neuron. 1998;20:927\u2013936.", "ArticleIdList": {"ArticleId": {"#text": "9620697", + "@IdType": "pubmed"}}}, {"Citation": "Kennedy KM, Raz N. Pattern of normal + age-related regional differences in white matter microstructure is modified + by vascular risk. Brain Res. 2009;10:41\u201356.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2758325", "@IdType": "pmc"}, {"#text": "19712671", "@IdType": + "pubmed"}]}}, {"Citation": "Kerns JG, Cohen JD, MacDonald AW, 3rd., Cho RY, + Stenger VA, Carter CS. Anterior cingulate conflict monitoring and adjustments + in control. Science. 2004;303:1023\u20131026.", "ArticleIdList": {"ArticleId": + {"#text": "14963333", "@IdType": "pubmed"}}}, {"Citation": "Kramer AF, Humphrey + DG, Larish JF, Logan GD, Strayer DL. Aging and inhibition: beyond a unitary + view of inhibitory processing in attention. Psychol Aging. 1994;9:491\u2013512.", + "ArticleIdList": {"ArticleId": {"#text": "7893421", "@IdType": "pubmed"}}}, + {"Citation": "Kray J, Eppinger B, Mecklinger A. Age differences in attentional + control: an event-related potential approach. Psychophysiology. 2005;42:407\u2013416.", + "ArticleIdList": {"ArticleId": {"#text": "16008769", "@IdType": "pubmed"}}}, + {"Citation": "Lamar M, Yousem DM, Resnick SM. Age differences in orbitofrontal + activation: an fMRI investigation of delayed match and nonmatch to sample. + Neuroimage. 2004;21:1368\u20131376.", "ArticleIdList": {"ArticleId": {"#text": + "15050562", "@IdType": "pubmed"}}}, {"Citation": "Langenecker SA, Nielson + KA, Rao SM. fMRI of healthy older adults during Stroop interference. Neuroimage. + 2004;21:192\u2013200.", "ArticleIdList": {"ArticleId": {"#text": "14741656", + "@IdType": "pubmed"}}}, {"Citation": "Langley LK, Vivas AB, Fuentes LJ, Bagne + AG. Differential age effects on attention-based inhibition: inhibitory tagging + and inhibition of return. Psychol Aging. 2005;20:356\u2013360.", "ArticleIdList": + {"ArticleId": {"#text": "16029098", "@IdType": "pubmed"}}}, {"Citation": "Lavie + N. Perceptual load as a necessary condition for selective attention. J Exp + Psychol Hum Percept Perform. 1995;21:451\u2013468.", "ArticleIdList": {"ArticleId": + {"#text": "7790827", "@IdType": "pubmed"}}}, {"Citation": "Larson MJ, Kaufman + DA, Perlstein WM. Neural time course of conflict adaptation effects on the + Stroop task. Neuropsychologia. 2009;47:663\u2013670.", "ArticleIdList": {"ArticleId": + {"#text": "19071142", "@IdType": "pubmed"}}}, {"Citation": "Li S-C, Lindenberger + U, Sikstr\u00f6m S. Aging cognition: from neuromodulation to representation. + Trends in Cognitive Sciences. 2001;5:479\u2013486.", "ArticleIdList": {"ArticleId": + {"#text": "11684480", "@IdType": "pubmed"}}}, {"Citation": "MacDonald AW, + 3rd, Cohen JD, Stenger VA, Carter CS. Dissociating the role of the dorsolateral + prefrontal and anterior cingulated cortex in cognitive control. Science. 2000;9:1835\u20131838.", + "ArticleIdList": {"ArticleId": {"#text": "10846167", "@IdType": "pubmed"}}}, + {"Citation": "McLeod CM. Half a century of research on the Stroop effect: + an integrative review. Psychological Bulletin. 1991;109:163\u2013203.", "ArticleIdList": + {"ArticleId": {"#text": "2034749", "@IdType": "pubmed"}}}, {"Citation": "Madden + DJ, Turkington TG, Provenzale JM, Hawk TC, Hoffman JM, Coleman RE. Selective + and divided visual attention: age related changes in regional cerebral blood + flow measured by H215O PET. Hum Brain Mapp. 1997;5:389\u2013409.", "ArticleIdList": + {"ArticleId": {"#text": "20408243", "@IdType": "pubmed"}}}, {"Citation": "Madden + DJ, Langley LK. Age-related changes in selective attention and perceptual + load during visual search. Psychol Aging. 2003;18:54\u201367.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC1828841", "@IdType": "pmc"}, {"#text": "12641312", + "@IdType": "pubmed"}]}}, {"Citation": "Madden DJ, Whiting WL, Cabeza R, Huettel + SA. Age-related preservation of top-down attentional guidance during visual + search. Psychol Aging. 2004;19:304\u2013309.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC1829307", "@IdType": "pmc"}, {"#text": "15222823", "@IdType": + "pubmed"}]}}, {"Citation": "Madden DJ, Spaniol J, Whiting WL, Bucur B, Provenzale + JM, Cabeza R, White LE, Huettel SA. Adult age differences in the functional + neuroanatomy of visual attention: a combined fMRI and DTI study. Neurobiol + Aging. 2007;28:459\u2013476.", "ArticleIdList": {"ArticleId": [{"#text": "PMC1995072", + "@IdType": "pmc"}, {"#text": "16500004", "@IdType": "pubmed"}]}}, {"Citation": + "Mars RB, Coles MG, Hulstijn W, Toni I. Delay-related cerebral activity and + motor preparation. Cortex. 2008;44:507\u2013520.", "ArticleIdList": {"ArticleId": + {"#text": "18387584", "@IdType": "pubmed"}}}, {"Citation": "Mattay VS, Fera + F, Tessitore A, Hariri AR, Berman KF, Das S, Meyer-Lindenberg A, Goldberg + TE, Callicott JH, Weinberger DR. Neurophysiological correlates of age-related + changes in working memory capacity. Neurosci Lett. 2006;9:32\u201337.", "ArticleIdList": + {"ArticleId": {"#text": "16213083", "@IdType": "pubmed"}}}, {"Citation": "Mattis + S. Dementia Rating Scale (DRS) Professional Manual. Psychological Assessment + Resources, Inc.; Odessa, FL: 1988. motor tests in healthy elderly men and + women: Exploratory findings. Brain Imag."}, {"Citation": "Maylor EA, Lavie + N. The influence of perceptual load on age differences in selective attention. + Psychol Aging. 1998;13:563\u2013573.", "ArticleIdList": {"ArticleId": {"#text": + "9883457", "@IdType": "pubmed"}}}, {"Citation": "Mayr U, Awh E, Laurey P. + Conflict adaptation effects in the absence of executive control. Nat Neurosci. + 2003;6:450\u2013452.", "ArticleIdList": {"ArticleId": {"#text": "12704394", + "@IdType": "pubmed"}}}, {"Citation": "Meehan SK, Staines WR. Task-relevance + and temporal synchrony between tactile and visual stimuli modulates cortical + activity and motor performance during sensory-guided movement. Hum Brain Mapp. + 2009;30:484\u2013496.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6870861", + "@IdType": "pmc"}, {"#text": "18095277", "@IdType": "pubmed"}]}}, {"Citation": + "Melcher T, Gruber O. Oddball and incongruity effects during Stroop task performance: + a comparative fMRI study on selective attention. Brain Res. 2006;1121:136\u2013149.", + "ArticleIdList": {"ArticleId": {"#text": "17022954", "@IdType": "pubmed"}}}, + {"Citation": "Milham MP, Erickson KI, Banich MT, Kramer AF, Webb A, Wszalek + T, Cohen NJ. Attentional control in the aging brain: insights from an fMRI + study of the stroop task. Brain Cogn. 2002;49:277\u2013296.", "ArticleIdList": + {"ArticleId": {"#text": "12139955", "@IdType": "pubmed"}}}, {"Citation": "Milham + MP, Banich MT. Anterior cingulate cortex: an fMRI analysis of conflict specificity + and functional differentiation. Hum Brain Mapp. 2005;25:328\u201335.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6871683", "@IdType": "pmc"}, {"#text": "15834861", + "@IdType": "pubmed"}]}}, {"Citation": "Mishkin M, Malamut BL, Bachevalier + J. Memories and habits: Two neural systems. In: Lynch G, McGaugh L, Weinberger + NM, editors. Neurobiology of learning and memory. Guilford Press; New York: + 1984. pp. 65\u201377."}, {"Citation": "M\u00fcller-Oehring EM, Schulte T, + Raassi C, Pfefferbaum A, Sullivan EV. Local-global interference is modulated + by age, sex and anterior corpus callosum size. Brain Res. 2007;1142:189\u2013205.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1876662", "@IdType": "pmc"}, + {"#text": "17335783", "@IdType": "pubmed"}]}}, {"Citation": "Nielson KA, Langenecker + SA, Garavan H. Differences in the functional neuroanatomy of inhibitory control + across the adult life span. Psychol Aging. 2004;17:56\u201371.", "ArticleIdList": + {"ArticleId": {"#text": "11931287", "@IdType": "pubmed"}}}, {"Citation": "Poline + JB, Worsley KJ, Evans AC, Friston KJ. Combining spatial extent and peak intensity + to test for activations in functional imaging. Neuroimage. 1997;5:83\u201396.", + "ArticleIdList": {"ArticleId": {"#text": "9345540", "@IdType": "pubmed"}}}, + {"Citation": "Paxton JL, Barch DM, Racine CA, Braver TS. Cognitive control, + goal maintenance, and prefrontal function in healthy aging. Cereb Cortex. + 2008;18:1010\u20131028.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2904686", + "@IdType": "pmc"}, {"#text": "17804479", "@IdType": "pubmed"}]}}, {"Citation": + "Pfefferbaum A, Mathalon DH, Sullivan EV, Rawles JM, Zipursky RB, Lim KO. + A quantitative magnetic resonance imaging study of changes in brain morphology + from infancy to late adulthood. Arch Neurol. 1994;51:874\u2013887.", "ArticleIdList": + {"ArticleId": {"#text": "8080387", "@IdType": "pubmed"}}}, {"Citation": "Pfefferbaum + A, Adalsteinsson E, Spielman D, Sullivan EV, Lim KO. In vivo spectroscopic + quantification of the N-acetyl moiety, creatine, and choline from large volumes + of brain gray and white matter: effects of normal aging. Magn Reson Med. 1999;41:276\u2013284.", + "ArticleIdList": {"ArticleId": {"#text": "10080274", "@IdType": "pubmed"}}}, + {"Citation": "Rabbitt P. An age-decrement in the ability to ignore irrelevant + information. J Gerontol. 1965;20:233\u2013238.", "ArticleIdList": {"ArticleId": + {"#text": "14284802", "@IdType": "pubmed"}}}, {"Citation": "Rajah MN, D''Esposito + M. Region-specific changes in prefrontal function with age: a review of PET + and fMRI studies on working and episodic memory. Brain. 2005;128:1964\u20131983.", + "ArticleIdList": {"ArticleId": {"#text": "16049041", "@IdType": "pubmed"}}}, + {"Citation": "Raz N, Gunning-Dixon FM, Head D, Dupuis JH, Acker JD. Neuroanatomical + correlates of cognitive aging: evidence from structural magnetic resonance + imaging. Neuropsychology. 1998;12:95\u2013114.", "ArticleIdList": {"ArticleId": + {"#text": "9460738", "@IdType": "pubmed"}}}, {"Citation": "Raz N. Aging of + the brain and its impact on cognitive performance: Integration of structural + and functional findings. In: Craik FIM, Salthouse TA, editors. Handbook of + aging and cognition. 2nd ed Erlbaum; Mahwah, NJ: 2000. pp. 1\u201390."}, {"Citation": + "Resnick SM, Pham DL, Kraut MA, Zonderman AB, Davatzikos C. Longitudinal magnetic + resonance imaging studies of older adults: a shrinking brain. J Neurosci. + 2003;15:3295\u20133301.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6742337", + "@IdType": "pmc"}, {"#text": "12716936", "@IdType": "pubmed"}]}}, {"Citation": + "Resnick SM, Lamar M, Driscoll I. Vulnerability of the orbitofrontal cortex + to age-associated structural and functional brain changes. Ann N Y Acad Sci. + 2007;1121:562\u2013575.", "ArticleIdList": {"ArticleId": {"#text": "17846159", + "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz P. New visions of the + aging mind and brain. Trends Cogn Sci. 2002;6:394.", "ArticleIdList": {"ArticleId": + {"#text": "12200182", "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz + PA, Lustig C. Brain aging: reorganizing discoveries about the aging mind. + Curr Opin Neurobiol. 2005;15:245\u2013251.", "ArticleIdList": {"ArticleId": + {"#text": "15831410", "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz + PA, Cappell KA. Neurocognitive aging and the compensation hypothesis. Current + Directions in Psychological Science. 2008;17:177\u2013182."}, {"Citation": + "Rosen AC, Prull MW, O''Hara R, Race EA, Desmond JE, Glover GH, Yesavage JA, + Gabrieli JD. Variable effects of aging on frontal lobe contributions to memory. + Neuroreport. 2002;20:2425\u20132428.", "ArticleIdList": {"ArticleId": {"#text": + "12499842", "@IdType": "pubmed"}}}, {"Citation": "Saunders D, Howe F, van + den Boogaart A, Griffiths J, Brown M. Aging of the adult human brain: in vivo + quantitation of metabolite content with proton magnetic resonance spectroscopy. + J Magn Reson Imaging. 1999;9:711\u2013716.", "ArticleIdList": {"ArticleId": + {"#text": "10331768", "@IdType": "pubmed"}}}, {"Citation": "Schiltz K, Szentkuti + A, Guderian S, Kaufmann J, M\u00fcnte TF, Heinze HJ, D\u00fczel E. Relationship + between hippocampal structure and memory function in elderly humans. J Cogn + Neurosci. 2006;18:990\u20131003.", "ArticleIdList": {"ArticleId": {"#text": + "16839305", "@IdType": "pubmed"}}}, {"Citation": "Schmahmann JD, Doyon J, + Toga AW, Petrides M, Evans AC. MRI Atlas of the Human Cerebellum. Academic + Press; San Diego: 2000.", "ArticleIdList": {"ArticleId": {"#text": "10458940", + "@IdType": "pubmed"}}}, {"Citation": "Schneider BA, Pichora-Fuller MK. The + Handbook of Aging and Cognition. Second Edition Lawrence Erlbaum Associates + Publishers; 2000. Implications of Perceptual Deterioration for Cognitive Aging + Research; pp. 155\u2013219."}, {"Citation": "Schneider-Garces NJ, Gordon BA, + Brumback-Peltz CR, Shin E, Lee Y, Sutton BP, Maclin EL, Gratton G, Fabiani + M. Span, CRUNCH, and Beyond: Working Memory Capacity and the Aging Brain. + J Cogn Neurosci. 2009 Mar 25; in press.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3666347", "@IdType": "pmc"}, {"#text": "19320550", "@IdType": "pubmed"}]}}, + {"Citation": "Schulte T, Mueller-Oehring EM, Rosenbloom MJ, Pfefferbaum A, + Sullivan EV. Differential effect of HIV infection and alcoholism on conflict + processing, attentional allocation, and perceptual load: evidence from a Stroop + Match-to-Sample task. Biol Psychiatry. 2005;57:67\u201375.", "ArticleIdList": + {"ArticleId": {"#text": "15607302", "@IdType": "pubmed"}}}, {"Citation": "Schulte + T, Muller-Oehring EM, Salo R, Pfefferbaum A, Sullivan EV. Callosal involvement + in a lateralized stroop task in alcoholic and healthy subjects. Neuropsychology. + 2006;20:727\u2013736.", "ArticleIdList": {"ArticleId": {"#text": "17100517", + "@IdType": "pubmed"}}}, {"Citation": "Schulte T, Muller-Oehring EM, Pfefferbaum + A, Sullivan EV. Callosal compromise differentially affects conflict processing + and attentional allocation in alcoholism, HIV-infection, and their comorbidity. + Brain Imaging and Behavior. 2008;2:27\u201338.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2666876", "@IdType": "pmc"}, {"#text": "19360136", "@IdType": + "pubmed"}]}}, {"Citation": "Schulte T, M\u00fcller-Oehring EM, Vinco S, Hoeft + F, Pfefferbaum A, Sullivan EV. Double dissociation between action-driven and + perception-driven conflict resolution invoking anterior versus posterior brain + systems. Neuroimage. 2009;48:381\u2013390.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2753237", "@IdType": "pmc"}, {"#text": "19573610", "@IdType": + "pubmed"}]}}, {"Citation": "Soldan A, Gazes Y, Hilton HJ, Stern Y. Aging does + not affect brain patterns of repetition effects associated with perceptual + priming of novel objects. J Cogn Neurosci. 2008;20:1762\u20131776.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2600415", "@IdType": "pmc"}, {"#text": "18370593", + "@IdType": "pubmed"}]}}, {"Citation": "Sowell ER, Peterson BS, Thompson PM, + Welcome SE, Henkenius AL, Toga AW. Mapping cortical change across the human + life span. Nat Neurosci. 2003;6:309\u2013315.", "ArticleIdList": {"ArticleId": + {"#text": "12548289", "@IdType": "pubmed"}}}, {"Citation": "Stern Y, Habeck + C, Moeller J, Scarmeas N, Anderson KE, Hilton HJ, Flynn J, Sackeim H, van + Heertum R. Brain networks associated with cognitive reserve in healthy young + and old adults. Cereb Cortex. 2005:394\u2013402.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3025536", "@IdType": "pmc"}, {"#text": "15749983", "@IdType": + "pubmed"}]}}, {"Citation": "van Boxtel MP, ten Tusscher MP, Metsemakers JF, + Willems B, Jolles J. Visual determinants of reduced performance on the Stroop + color-word test in normal aging individuals. J Clin Exp Neuropsychol. 2001;23:620\u2013627.", + "ArticleIdList": {"ArticleId": {"#text": "11778639", "@IdType": "pubmed"}}}, + {"Citation": "Stroop JR. Studies of interference in serial verbal reactions. + J Exp Psychol. 1935;12:643\u2013662."}, {"Citation": "Teipel SJ, Bokde AL, + Born C, Meindl T, Reiser M, M\u00f6ller HJ, Hampel H. Morphological substrate + of face matching in healthy ageing and mild cognitive impairment: a combined + MRI-fMRI study. Brain. 2007;130:1745\u20131758.", "ArticleIdList": {"ArticleId": + {"#text": "17566054", "@IdType": "pubmed"}}}, {"Citation": "Trinkler I, King + JA, Doeller CF, Rugg MD, Burgess N. Neural bases of autobiographical support + for episodic recollection of faces. Hippocampus. 2009 Jan 27; in press.", + "ArticleIdList": {"ArticleId": {"#text": "19173228", "@IdType": "pubmed"}}}, + {"Citation": "Voss MW, Erickson KI, Chaddock L, Prakash RS, Colcombe SJ, Morris + KS, Doerksen S, Hu L, McAuley E, Kramer AF. Dedifferentiation in the visual + cortex: an fMRI investigation of individual differences in older adults. Brain + Res. 2008;9:121\u2013131.", "ArticleIdList": {"ArticleId": {"#text": "18848823", + "@IdType": "pubmed"}}}, {"Citation": "Wallentin M, Roepstorff A, Glover R, + Burgess N. Parallel memory systems for talking about location and age in precuneus, + caudate and Broca''s region. Neuroimage. 2006;32:1850\u20131864.", "ArticleIdList": + {"ArticleId": {"#text": "16828565", "@IdType": "pubmed"}}}, {"Citation": "Wagner + AD, Shannon BJ, Kahn I, Buckner RL. Parietal lobe contributions to episodic + memory retrieval. Trends Cogn Sci. 2005;9:445\u2013453.", "ArticleIdList": + {"ArticleId": {"#text": "16054861", "@IdType": "pubmed"}}}, {"Citation": "Ward + NS. Compensatory mechanisms in the aging motor system. Ageing Res Rev. 2006;5:239\u2013254.", + "ArticleIdList": {"ArticleId": {"#text": "16905372", "@IdType": "pubmed"}}}, + {"Citation": "Zahr NM, Mayer D, Pfefferbaum A, Sullivan EV. Low striatal glutamate + levels underlie cognitive decline in the elderly: evidence from in vivo molecular + spectroscopy. Cereb Cortex. 2008;18:2241\u20132250.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2733311", "@IdType": "pmc"}, {"#text": "18234683", "@IdType": + "pubmed"}]}}, {"Citation": "Zysset S, Schroeter ML, Neumann J, Yves von Cramon + D. Stroop interference, hemodynamic response and aging: An event-related fMRI + study. Neurobiol Aging. 2007;28:937\u2013946.", "ArticleIdList": {"ArticleId": + {"#text": "21887888", "@IdType": "pubmed"}}}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "20022675", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1558-1497", + "@IssnType": "Electronic"}, "Title": "Neurobiology of aging", "JournalIssue": + {"Issue": "11", "Volume": "32", "PubDate": {"Year": "2011", "Month": "Nov"}, + "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, "Abstract": + {"AbstractText": "Aging has readily observable effects on the ability to resolve + conflict between competing stimulus attributes that are likely related to + selective structural and functional brain changes. To identify age-related + differences in neural circuits subserving conflict processing, we combined + structural and functional MRI and a Stroop Match-to-Sample task involving + perceptual cueing and repetition to modulate resources in healthy young and + older adults. In our Stroop Match-to-Sample task, older adults handled conflict + by activating a frontoparietal attention system more than young adults and + engaged a visuomotor network more than young adults when processing repetitive + conflict and when processing conflict following valid perceptual cueing. By + contrast, young adults activated frontal regions more than older adults when + processing conflict with perceptual cueing. These differential activation + patterns were not correlated with regional gray matter volume despite smaller + volumes in older than young adults. Given comparable performance in speed + and accuracy of responding between both groups, these data suggest that successful + aging is associated with functional reorganization of neural systems to accommodate + functionally increasing task demands on perceptual and attentional operations.", + "CopyrightInformation": "Copyright \u00a9 2009 Elsevier Inc. All rights reserved."}, + "Language": "eng", "@PubModel": "Print-Electronic", "GrantList": {"Grant": + [{"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": "United States", + "GrantID": "R01 AA005965"}, {"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": + "United States", "GrantID": "AA017168"}, {"Agency": "NIAAA NIH HHS", "Acronym": + "AA", "Country": "United States", "GrantID": "AA005965"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "AG017919"}, + {"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": "United States", "GrantID": + "K05 AA017168"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "R01 AG017919"}, {"Agency": "NIAAA NIH HHS", "Acronym": + "AA", "Country": "United States", "GrantID": "R01 AA010723"}, {"Agency": "NIAAA + NIH HHS", "Acronym": "AA", "Country": "United States", "GrantID": "R37 AA005965"}, + {"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": "United States", "GrantID": + "R37 AA010723"}, {"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": "United + States", "GrantID": "R01 AA018022"}, {"Agency": "NIAAA NIH HHS", "Acronym": + "AA", "Country": "United States", "GrantID": "AA010723"}, {"Agency": "NIAAA + NIH HHS", "Acronym": "AA", "Country": "United States", "GrantID": "R01 AA017923"}], + "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Tilman", "Initials": "T", "LastName": "Schulte", "AffiliationInfo": {"Affiliation": + "Neuroscience Program, SRI International, Menlo Park, CA 94025, USA."}}, {"@ValidYN": + "Y", "ForeName": "Eva M", "Initials": "EM", "LastName": "M\u00fcller-Oehring"}, + {"@ValidYN": "Y", "ForeName": "Sandra", "Initials": "S", "LastName": "Chanraud"}, + {"@ValidYN": "Y", "ForeName": "Margaret J", "Initials": "MJ", "LastName": + "Rosenbloom"}, {"@ValidYN": "Y", "ForeName": "Adolf", "Initials": "A", "LastName": + "Pfefferbaum"}, {"@ValidYN": "Y", "ForeName": "Edith V", "Initials": "EV", + "LastName": "Sullivan"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "2090", + "StartPage": "2075", "MedlinePgn": "2075-90"}, "ArticleDate": {"Day": "22", + "Year": "2009", "Month": "12", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.1016/j.neurobiolaging.2009.12.002", "@EIdType": "doi", "@ValidYN": + "Y"}, "ArticleTitle": "Age-related reorganization of functional networks for + successful conflict resolution: a combined functional and structural MRI study.", + "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", "#text": "Journal + Article"}, {"@UI": "D052061", "#text": "Research Support, N.I.H., Extramural"}]}}, + "DateRevised": {"Day": "29", "Year": "2025", "Month": "05"}, "DateCompleted": + {"Day": "18", "Year": "2012", "Month": "01"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", + "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000369", + "#text": "Aged, 80 and over", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000033", "#text": "anatomy & histology", "@MajorTopicYN": "Y"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003220", "#text": "Conflict, Psychological", "@MajorTopicYN": "Y"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000033", + "#text": "anatomy & histology", "@MajorTopicYN": "N"}, {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D009415", + "#text": "Nerve Net", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D009483", + "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D009929", "#text": "Organ Size", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D011597", "#text": "Psychomotor Performance", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": + "N"}}]}, "MedlineJournalInfo": {"Country": "United States", "MedlineTA": "Neurobiol + Aging", "ISSNLinking": "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": + {"year": 2011, "title": "Age-related reorganization of functional networks + for successful conflict resolution: A combined functional and structural MRI + study", "venue": "Neurobiology of Aging", "authors": [{"name": "T. Schulte", + "authorId": "2127726"}, {"name": "E. M\u00fcller-Oehring", "authorId": "1396128529"}, + {"name": "S. Chanraud", "authorId": "5620800"}, {"name": "M. Rosenbloom", + "authorId": "2821103"}, {"name": "A. Pfefferbaum", "authorId": "3160106"}, + {"name": "E. Sullivan", "authorId": "2126307"}], "paperId": "dce468c8f9930630e834357a7d742504e9aea16f", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc2888896?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: The following paper + fields have been elided by the publisher: {''abstract''}. Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2009.12.002?email= + or https://doi.org/10.1016/j.neurobiolaging.2009.12.002, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2011-11-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T20:32:10.390519+00:00", "analyses": + [{"id": "H4P37vrhByGj", "user": null, "name": "Stroop\u2013mixed response + blocks - Older > young (parsed)", "metadata": {"table": {"table_number": 2, + "table_metadata": {"table_id": "tbl2", "table_label": "Table 2", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Parsing check", "conditions": + [], "weights": [], "points": [{"id": "RhFFAFGBgfzj", "coordinates": [22.0, + -56.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.84}]}, {"id": "4fnPiTwCUg53", "coordinates": + [12.0, 40.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.82}]}, {"id": "2M75AnLJfgaP", "coordinates": + [8.0, 12.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.74}]}, {"id": "kmADfyerZDeL", "coordinates": + [8.0, 2.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.71}]}, {"id": "KKaJRHTwPTLi", "coordinates": + [-6.0, -6.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.69}]}, {"id": "LZrQhm38Hihf", "coordinates": + [42.0, 4.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.57}]}], "images": []}, {"id": "adceCdxh7GrE", + "user": null, "name": "Older > young", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Comparison of young and older + adults: (1) functional MRI (fMRI): Activity of brain regions preferentially + invoked in each group for Stroop (INC\u2013CON) contrasts for cue-target match + or nonmatch trials. Coordinates are reported as given by SPM2 (MNI space) + and correspond only approximately to Talairach and Tournoux space. Z=Z-value, + two sample t-test (p<0.001 uncorrected, extent threshold k=10 voxels); BA: + Brodmann area; kE: number of voxels in a cluster; * regions significant at + p<0.05 corrected for the whole brain; (2) voxel-based morphometry (VBM): gray + matter volumes for regions-of-interest (ROIs), MANOVA, regions significant + at p<0.05 (SPSS); (3) activity of brain regions after gray matter volume correction, + ANCOVA, 1 regions significant at p<0.05 corrected for regional gray matter + volumes (SPSS).", "conditions": [], "weights": [], "points": [{"id": "SRKtUYmmNM8V", + "coordinates": [-4.0, -40.0, 70.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 3.96}]}, {"id": + "k4wzEkFaBet7", "coordinates": [-12.0, -44.0, 74.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.71}]}, {"id": "WUgFyr4JdR62", "coordinates": [-16.0, -34.0, 76.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.27}]}, {"id": "jQHfqHs7gzpq", "coordinates": [2.0, -22.0, + 74.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.5}]}, {"id": "jbdj8Rs7rGJz", "coordinates": [-4.0, + -66.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.87}]}, {"id": "BsrVs9fCRERM", "coordinates": + [4.0, -46.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.79}]}, {"id": "sHnv78rGF5Za", "coordinates": + [4.0, -76.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.63}]}], "images": []}, {"id": "XdkWgTypNpxR", + "user": null, "name": "Young > older", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Comparison of young and older + adults: (1) functional MRI (fMRI): Activity of brain regions preferentially + invoked in each group for Stroop (INC\u2013CON) contrasts for cue-target match + or nonmatch trials. Coordinates are reported as given by SPM2 (MNI space) + and correspond only approximately to Talairach and Tournoux space. Z=Z-value, + two sample t-test (p<0.001 uncorrected, extent threshold k=10 voxels); BA: + Brodmann area; kE: number of voxels in a cluster; * regions significant at + p<0.05 corrected for the whole brain; (2) voxel-based morphometry (VBM): gray + matter volumes for regions-of-interest (ROIs), MANOVA, regions significant + at p<0.05 (SPSS); (3) activity of brain regions after gray matter volume correction, + ANCOVA, 1 regions significant at p<0.05 corrected for regional gray matter + volumes (SPSS).", "conditions": [], "weights": [], "points": [{"id": "fnSKfyZxNYuj", + "coordinates": [38.0, 32.0, 28.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.48}]}, {"id": + "A4FCsqDUbBRc", "coordinates": [36.0, 32.0, 42.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.5}]}, {"id": "hgVLGHiKUe5F", "coordinates": [20.0, 42.0, 28.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.0}]}, {"id": "Yy9ZD7aCnemZ", "coordinates": [42.0, 2.0, 4.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.98}]}, {"id": "YT7jozKwQnxQ", "coordinates": [-32.0, 34.0, + 22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.45}]}, {"id": "AE4eyr2xBP5A", "coordinates": [-58.0, + 6.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.26}]}], "images": []}, {"id": "rwMnt7TVNJeu", + "user": null, "name": "(A) Incongruent-Nonmatch versus Incongruent-Match", + "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": "tbl4", + "table_label": "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Comparison of young and older + adults: (1) functional MRI (fMRI): Activity of brain regions preferentially + invoked in each group for (A) incongruent match versus nonmatch and (B) congruent + match versus nonmatch trials. Coordinates are reported as given by SPM2 (MNI + space) and correspond only approximately to Talairach and Tournoux space. + Z=Z-value, two sample t-test (p<0.001 uncorrected, extent threshold k=10 voxels); + BA: Brodmann area; kE: number of voxels in a cluster; *regions significant + at p<0.05 corrected for the whole brain; (2) voxel-based morphometry (VBM): + gray matter volumes for regions-of-interest (ROIs), MANOVA, regions significant + at p<0.05, two-tailed (SPSS); (3) activity of brain regions after gray matter + volume correction, ANCOVA, 1 regions significant at p<0.05 corrected for regional + gray matter volumes (SPSS).", "conditions": [], "weights": [], "points": [{"id": + "Sij3rU3XEZ7F", "coordinates": [24.0, 42.0, 32.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.8}]}, {"id": "CcHUNdR8DnWF", "coordinates": [56.0, -44.0, 36.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.75}]}, {"id": "8gX3f3bBzdp8", "coordinates": [56.0, -42.0, + 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.24}]}, {"id": "qSW4SYd4qFKj", "coordinates": [-34.0, + 40.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.7}]}, {"id": "ePap3xzeoFmA", "coordinates": + [44.0, 14.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.65}]}, {"id": "TmCkeZFeu857", "coordinates": + [-20.0, 20.0, 64.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.29}]}, {"id": "Hz4jQnF88Kav", "coordinates": + [-2.0, -72.0, -38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.5}]}, {"id": "a29tjmvnyfEL", "coordinates": + [-8.0, -64.0, -44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.41}]}, {"id": "gebPCBKFTivk", "coordinates": + [-22.0, -40.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.48}]}], "images": []}, {"id": "DXoBdSjLCusi", + "user": null, "name": "(B) Congruent-Nonmatch versus Congruent-Match", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table 4", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Comparison of young and older + adults: (1) functional MRI (fMRI): Activity of brain regions preferentially + invoked in each group for (A) incongruent match versus nonmatch and (B) congruent + match versus nonmatch trials. Coordinates are reported as given by SPM2 (MNI + space) and correspond only approximately to Talairach and Tournoux space. + Z=Z-value, two sample t-test (p<0.001 uncorrected, extent threshold k=10 voxels); + BA: Brodmann area; kE: number of voxels in a cluster; *regions significant + at p<0.05 corrected for the whole brain; (2) voxel-based morphometry (VBM): + gray matter volumes for regions-of-interest (ROIs), MANOVA, regions significant + at p<0.05, two-tailed (SPSS); (3) activity of brain regions after gray matter + volume correction, ANCOVA, 1 regions significant at p<0.05 corrected for regional + gray matter volumes (SPSS).", "conditions": [], "weights": [], "points": [{"id": + "SEoGPPn2pfCp", "coordinates": [-36.0, -58.0, 52.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 4.6}]}, {"id": "vTfej9Cz25D3", "coordinates": [-44.0, -48.0, 48.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.4}]}, {"id": "ykU4djBiC39E", "coordinates": [56.0, -46.0, + 42.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.14}]}, {"id": "rwNyXXvnkwEL", "coordinates": [-58.0, + 10.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.74}]}, {"id": "FU3yhCv4dRSM", "coordinates": + [-40.0, 2.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.37}]}, {"id": "9mRJiAdNMQQm", "coordinates": + [-36.0, 24.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.73}]}, {"id": "q3GCaJi9pCPx", "coordinates": + [-36.0, 46.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.32}]}, {"id": "5NVsyh8wRHti", "coordinates": + [-38.0, 42.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.12}]}, {"id": "3stRYWoHfiq4", "coordinates": + [-28.0, 4.0, 64.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.3}]}], "images": []}]}, {"id": "KD47mLc3nr76", + "created_at": "2025-12-05T00:30:23.211147+00:00", "updated_at": null, "user": + null, "name": "Neural patterns underlying the effect of negative distractors + on working memory in older adults", "description": "Working memory (WM) declines + with age. Older adults, however, perform similar to younger adults in WM tasks + with negative distractors at low WM load. To clarify the neural basis of this + phenomenon, older (n\u00a0= 28) and younger (n\u00a0= 24) adults performed + an emotional n-back task during an fMRI scan, and activity in task-related + regions was examined. Comparing negative with neutral distraction at low WM + load, older adults demonstrated shorter reaction times (RT) and reduced activation + in frontoparietal regions:\u00a0bilateral middle frontal gyrus (MFG) and left + parietal cortex. They also had greater coherence within the frontoparietal + network, as well as greater deactivation of the ventromedial prefrontal cortex + and the amygdala. These patterns probably contributed to the older adults'' + diminished distractibility by negative task-irrelevant stimuli. Since recruitment + of control mechanisms was less required, the frontoparietal network was less + activated and performance was improved. Faster RT during the negative condition + was related to lesser activation of the MFG in both age groups, corroborating + the functional significance of this region to WM across the lifespan.", "publication": + "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2017.01.020", "pmid": + "28242539", "authors": "Noga Oren; E. Ash; R. Tarrasch; T. Hendler; Nir Giladi; + I. Shapira-Lichter", "year": 2017, "metadata": {"slug": "28242539-10-1016-j-neurobiolaging-2017-01-020", + "source": "semantic_scholar", "keywords": ["Aging", "Distractibility", "Emotion"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "9", "Year": "2016", "Month": "8", "@PubStatus": "received"}, {"Day": "23", + "Year": "2017", "Month": "1", "@PubStatus": "revised"}, {"Day": "25", "Year": + "2017", "Month": "1", "@PubStatus": "accepted"}, {"Day": "1", "Hour": "6", + "Year": "2017", "Month": "3", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": + "29", "Hour": "6", "Year": "2017", "Month": "11", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "1", "Hour": "6", "Year": "2017", "Month": "3", "Minute": + "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "28242539", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2017.01.020", + "@IdType": "doi"}, {"#text": "S0197-4580(17)30028-3", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "28242539", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Volume": "53", "PubDate": {"Year": "2017", "Month": + "May"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, + "Abstract": {"AbstractText": "Working memory (WM) declines with age. Older + adults, however, perform similar to younger adults in WM tasks with negative + distractors at low WM load. To clarify the neural basis of this phenomenon, + older (n\u00a0= 28) and younger (n\u00a0= 24) adults performed an emotional + n-back task during an fMRI scan, and activity in task-related regions was + examined. Comparing negative with neutral distraction at low WM load, older + adults demonstrated shorter reaction times (RT) and reduced activation in + frontoparietal regions:\u00a0bilateral middle frontal gyrus (MFG) and left + parietal cortex. They also had greater coherence within the frontoparietal + network, as well as greater deactivation of the ventromedial prefrontal cortex + and the amygdala. These patterns probably contributed to the older adults'' + diminished distractibility by negative task-irrelevant stimuli. Since recruitment + of control mechanisms was less required, the frontoparietal network was less + activated and performance was improved. Faster RT during the negative condition + was related to lesser activation of the MFG in both age groups, corroborating + the functional significance of this region to WM across the lifespan.", "CopyrightInformation": + "Copyright \u00a9 2017 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "Noga", "Initials": "N", "LastName": "Oren", "AffiliationInfo": + {"Affiliation": "Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, + Israel; Tel Aviv Center for Brain Functions, Tel Aviv Sourasky Medical Center, + Tel Aviv, Israel. Electronic address: nd.m101@gmail.com."}}, {"@ValidYN": + "Y", "ForeName": "Elissa L", "Initials": "EL", "LastName": "Ash", "AffiliationInfo": + {"Affiliation": "Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, + Israel; Department of Neurology, Tel Aviv Sourasky Medical Center, Tel Aviv, + Israel; Center for Memory and Attention Disorders, Tel Aviv Sourasky Medical + Center, Tel Aviv, Israel."}}, {"@ValidYN": "Y", "ForeName": "Ricardo", "Initials": + "R", "LastName": "Tarrasch", "AffiliationInfo": {"Affiliation": "Sagol School + of Neuroscience, Tel Aviv University, Tel Aviv, Israel; School of Education, + Tel Aviv University, Tel Aviv, Israel."}}, {"@ValidYN": "Y", "ForeName": "Talma", + "Initials": "T", "LastName": "Hendler", "AffiliationInfo": {"Affiliation": + "Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel; Tel Aviv + Center for Brain Functions, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; + Sagol School of Neuroscience, Tel Aviv University, Tel Aviv, Israel; School + of Psychological Sciences, Tel Aviv University, Tel Aviv, Israel."}}, {"@ValidYN": + "Y", "ForeName": "Nir", "Initials": "N", "LastName": "Giladi", "AffiliationInfo": + {"Affiliation": "Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, + Israel; Department of Neurology, Tel Aviv Sourasky Medical Center, Tel Aviv, + Israel; Sagol School of Neuroscience, Tel Aviv University, Tel Aviv, Israel."}}, + {"@ValidYN": "Y", "ForeName": "Irit", "Initials": "I", "LastName": "Shapira-Lichter", + "AffiliationInfo": {"Affiliation": "Sackler Faculty of Medicine, Tel Aviv + University, Tel Aviv, Israel; Department of Neurology, Tel Aviv Sourasky Medical + Center, Tel Aviv, Israel."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "102", "StartPage": "93", "MedlinePgn": "93-102"}, "ArticleDate": {"Day": + "03", "Year": "2017", "Month": "02", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2017.01.020", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(17)30028-3", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Neural patterns underlying the effect of negative distractors + on working memory in older adults.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "28", + "Year": "2017", "Month": "11"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Aging", "@MajorTopicYN": "N"}, {"#text": "Distractibility", "@MajorTopicYN": + "N"}, {"#text": "Emotion", "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": + "16", "Year": "2017", "Month": "11"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", + "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000523", + "#text": "psychology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D000375", + "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", + "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", + "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D000679", "#text": "Amygdala", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D004644", "#text": "Emotions", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", + "#text": "Male", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008570", + "#text": "Memory, Short-Term", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": + "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D010296", "#text": "Parietal Lobe", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, {"@UI": "Q000503", + "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": + "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2017, + "title": "Neural patterns underlying the effect of negative distractors on + working memory in older adults", "venue": "Neurobiology of Aging", "authors": + [{"name": "Noga Oren", "authorId": "3438417"}, {"name": "E. Ash", "authorId": + "38044241"}, {"name": "R. Tarrasch", "authorId": "2237705"}, {"name": "T. + Hendler", "authorId": "1705259"}, {"name": "Nir Giladi", "authorId": "144701716"}, + {"name": "I. Shapira-Lichter", "authorId": "1397011430"}], "paperId": "1b39bbc1aceeb994aad0d1c7610d957b22f50f54", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2017.01.020?email= + or https://doi.org/10.1016/j.neurobiolaging.2017.01.020, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2017-05-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T00:32:56.644943+00:00", "analyses": + [{"id": "qgJqqLt2qdmD", "user": null, "name": "Cognitive load main effect: + younger adults", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl2", "table_label": "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Results of activation analyses", + "conditions": [], "weights": [], "points": [{"id": "Ne5wH8gHmzzB", "coordinates": + [-46.0, -44.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 16.27}]}, {"id": "Yei2uJQr67Nz", "coordinates": + [38.0, 34.0, 33.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 11.03}]}, {"id": "qVtVBAbBHhGv", "coordinates": + [-40.0, -5.0, 37.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 9.8}]}, {"id": "zAdXnrCryANa", "coordinates": + [29.0, -59.0, -33.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 8.7}]}, {"id": "nb7sUwPPGgjg", "coordinates": + [-28.0, -62.0, -30.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.37}]}, {"id": "PQyRzNCagNuv", "coordinates": + [-28.0, -17.0, -18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -13.97}]}, {"id": "SfsBrjkfnAhz", + "coordinates": [-11.0, -56.0, 12.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": [{"kind": "T", "value": -11.6}]}, {"id": + "8T9XHhQ3974Y", "coordinates": [2.0, 52.0, -6.0], "kind": null, "space": "TAL", + "image": null, "label_id": null, "values": [{"kind": "T", "value": -10.25}]}, + {"id": "pSfVk2S56JUP", "coordinates": [23.0, 33.0, -3.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": [{"kind": "T", "value": + -8.43}]}, {"id": "KnTL4uDiXwWt", "coordinates": [2.0, 13.0, -6.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": -7.97}]}], "images": []}, {"id": "p7LZp7MWBGhV", "user": null, + "name": "Cognitive load main effect: older adults", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Results of activation analyses", + "conditions": [], "weights": [], "points": [{"id": "ZseAvqhyWZTJ", "coordinates": + [-37.0, 4.0, 60.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.6}]}, {"id": "TTxZGLFkVu5f", "coordinates": + [-34.0, 22.0, 9.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.56}]}, {"id": "qgVX4dp7v8Tw", "coordinates": + [-37.0, -74.0, 39.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.21}]}, {"id": "e6pVrFRquXKx", "coordinates": + [-4.0, -5.0, 9.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.38}]}], "images": []}, {"id": "eRjzSZtCyBMT", + "user": null, "name": "Cognitive load by group interaction", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Results of activation analyses", + "conditions": [], "weights": [], "points": [{"id": "KDoXnnuoHNVZ", "coordinates": + [-7.0, -53.0, 18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 43.7}]}, {"id": "FcKEutpD3ZxG", "coordinates": + [-28.0, -29.0, -12.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 41.14}]}, {"id": "Vs2zrqzmF3Da", "coordinates": + [5.0, 55.0, -6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 35.53}]}, {"id": "KbBK44sfGBYU", "coordinates": + [23.0, -2.0, -12.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 33.3}]}, {"id": "EBTR5VwYh3gH", "coordinates": + [26.0, -29.0, -12.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 33.17}]}, {"id": "m6B2pPPMY5xw", "coordinates": + [-52.0, -8.0, -18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 32.77}]}, {"id": "VAu9G68rCVJe", "coordinates": + [32.0, 32.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 28.78}]}], "images": []}]}, {"id": + "LLBcP7j4zJcB", "created_at": "2025-12-04T07:43:25.954327+00:00", "updated_at": + null, "user": null, "name": "Deficient prefrontal attentional control in late-life + generalized anxiety disorder: an fMRI investigation", "description": "Younger + adults with anxiety disorders are known to show an attentional bias toward + negative information. Little is known regarding the role of biased attention + in anxious older adults, and even less is known about the neural substrates + of any such bias. Functional magnetic resonance imaging (fMRI) was used to + assess the mechanisms of attentional bias in late life by contrasting predictions + of a top-down model emphasizing deficient prefrontal cortex (PFC) control + and a bottom-up model emphasizing amygdalar hyperreactivity. In all, 16 older + generalized anxiety disorder (GAD) patients (mean age=66 years) and 12 non-anxious + controls (NACs; mean age=67 years) completed the emotional Stroop task to + assess selective attention to negative words. Task-related fMRI data were + concurrently acquired. Consistent with hypotheses, GAD participants were slower + to identify the color of negative words relative to neutral, whereas NACs + showed the opposite bias, responding more quickly to negative words. During + negative words (in comparison with neutral), the NAC group showed PFC activations, + coupled with deactivation of task-irrelevant emotional processing regions + such as the amygdala and hippocampus. By contrast, GAD participants showed + PFC decreases during negative words and no differences in amygdalar activity + across word types. Across all participants, greater attentional bias toward + negative words was correlated with decreased PFC recruitment. A significant + positive correlation between attentional bias and amygdala activation was + also present, but this relationship was mediated by PFC activity. These results + are consistent with reduced prefrontal attentional control in late-life GAD. + Strategies to enhance top-down attentional control may be particularly relevant + in late-life GAD treatment.", "publication": "Translational Psychiatry", "doi": + "10.1038/tp.2011.46", "pmid": "22833192", "authors": "Rebecca B. Price; Rebecca + B. Price; Dana A. Eldreth; Jan Mohlman", "year": 2011, "metadata": {"slug": + "22833192-10-1038-tp-2011-46-pmc3309492", "source": "semantic_scholar", "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "27", "Hour": + "6", "Year": "2012", "Month": "7", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "1", "Hour": "0", "Year": "2011", "Month": "1", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "5", "Hour": "6", "Year": "2013", "Month": "4", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "1", "Year": "2011", "Month": "10", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "22833192", "@IdType": "pubmed"}, {"#text": "PMC3309492", "@IdType": "pmc"}, + {"#text": "10.1038/tp.2011.46", "@IdType": "doi"}, {"#text": "tp201146", "@IdType": + "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Bar-Haim Y, Lamy D, + Pergamin L, Bakermans-Kranenburg MJ, van IMH. Threat-related attentional bias + in anxious and nonanxious individuals: a meta-analytic study. Psychol Bull. + 2007;133:1\u201324.", "ArticleIdList": {"ArticleId": {"#text": "17201568", + "@IdType": "pubmed"}}}, {"Citation": "Mogg K, Mathews A, Weinman J. Selective + processing of threat cues in anxiety states: a replication. Behav Res Ther. + 1989;27:317\u2013323.", "ArticleIdList": {"ArticleId": {"#text": "2775141", + "@IdType": "pubmed"}}}, {"Citation": "Fox E, Russo R, Bowles R, Dutton K. + Do threatening stimuli draw or hold visual attention in subclinical anxiety. + J Exp Psychol Gen. 2001;130:681\u2013700.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC1924776", "@IdType": "pmc"}, {"#text": "11757875", "@IdType": + "pubmed"}]}}, {"Citation": "Beekman AT, Bremmer MA, Deeg DJ, van Balkom AJ, + Smit JH, de Beurs E, et al. Anxiety disorders in later life: a report from + the Longitudinal Aging Study Amsterdam. Int J Geriatr Psychiatry. 1998;13:717\u2013726.", + "ArticleIdList": {"ArticleId": {"#text": "9818308", "@IdType": "pubmed"}}}, + {"Citation": "Fox LS, Knight BG. The effects of anxiety on attentional processes + in older adults. Aging Ment Health. 2005;9:585\u2013593.", "ArticleIdList": + {"ArticleId": {"#text": "16214707", "@IdType": "pubmed"}}}, {"Citation": "Price + RB, Siegle G, Mohlman J.Emotional Stroop performance in older adults: effects + of habitual worry Am J Geriatr Psychiatryin press).", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3246555", "@IdType": "pmc"}, {"#text": "21941169", "@IdType": + "pubmed"}]}}, {"Citation": "Lee LO, Knight BG. Attentional bias for threat + in older adults: moderation of the positivity bias by trait anxiety and stimulus + modality. Psychol Aging. 2009;24:741\u2013747.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2743240", "@IdType": "pmc"}, {"#text": "19739931", "@IdType": + "pubmed"}]}}, {"Citation": "Mather M, Carstensen LL. Aging and motivated cognition: + the positivity effect in attention and memory. Trends Cogn Sci. 2005;9:496\u2013502.", + "ArticleIdList": {"ArticleId": {"#text": "16154382", "@IdType": "pubmed"}}}, + {"Citation": "Scheibe S, Carstensen LL. Emotional aging: recent findings and + future trends. J Gerontol B Psychol Sci Soc Sci. 2010;65B:135\u2013144.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2821944", "@IdType": "pmc"}, + {"#text": "20054013", "@IdType": "pubmed"}]}}, {"Citation": "Mogg K, Bradley + BP. A cognitive-motivational analysis of anxiety. Behav Res Ther. 1998;36:809\u2013848.", + "ArticleIdList": {"ArticleId": {"#text": "9701859", "@IdType": "pubmed"}}}, + {"Citation": "LeDoux JE. Emotion circuits in the brain. Annu Rev Neurosci. + 2000;23:155\u2013184.", "ArticleIdList": {"ArticleId": {"#text": "10845062", + "@IdType": "pubmed"}}}, {"Citation": "Zald DH. The human amygdala and the + emotional evaluation of sensory stimuli. Brain Res Brain Res Rev. 2003;41:88\u2013123.", + "ArticleIdList": {"ArticleId": {"#text": "12505650", "@IdType": "pubmed"}}}, + {"Citation": "Eysenck MW, Derakshan N, Santos R, Calvo MG. Anxiety and cognitive + performance: attentional control theory. Emotion. 2007;7:336\u2013353.", "ArticleIdList": + {"ArticleId": {"#text": "17516812", "@IdType": "pubmed"}}}, {"Citation": "Banich + MT, Mackiewicz KL, Depue BE, Whitmer AJ, Miller GA, Heller W. Cognitive control + mechanisms, emotion and memory: a neural perspective with implications for + psychopathology. Neurosci Biobehav Rev. 2009;33:613\u2013630.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2865433", "@IdType": "pmc"}, {"#text": "18948135", + "@IdType": "pubmed"}]}}, {"Citation": "Desimone R, Duncan J. Neural mechanisms + of selective visual attention. Annu Rev Neurosci. 1995;18:193\u2013222.", + "ArticleIdList": {"ArticleId": {"#text": "7605061", "@IdType": "pubmed"}}}, + {"Citation": "Pessoa L, Kastner S, Ungerleider LG. Attentional control of + the processing of neural and emotional stimuli. Brain Res Cogn Brain Res. + 2002;15:31\u201345.", "ArticleIdList": {"ArticleId": {"#text": "12433381", + "@IdType": "pubmed"}}}, {"Citation": "Bishop SJ, Jenkins R, Lawrence AD. Neural + processing of fearful faces: effects of anxiety are gated by perceptual capacity + limitations. Cereb Cortex. 2007;17:1595\u20131603.", "ArticleIdList": {"ArticleId": + {"#text": "16956980", "@IdType": "pubmed"}}}, {"Citation": "Bishop S, Duncan + J, Brett M, Lawrence AD. Prefrontal cortical function and anxiety: controlling + attention to threat-related stimuli. Nat Neurosci. 2004;7:184\u2013188.", + "ArticleIdList": {"ArticleId": {"#text": "14703573", "@IdType": "pubmed"}}}, + {"Citation": "Bishop SJ, Duncan J, Lawrence AD. State anxiety modulation of + the amygdala response to unattended threat-related stimuli. J Neurosci. 2004;24:10364\u201310368.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6730310", "@IdType": "pmc"}, + {"#text": "15548650", "@IdType": "pubmed"}]}}, {"Citation": "Bishop SJ. Neural + mechanisms underlying selective attention to threat. Ann N Y Acad Sci. 2008;1129:141\u2013152.", + "ArticleIdList": {"ArticleId": {"#text": "18591476", "@IdType": "pubmed"}}}, + {"Citation": "Bishop SJ. Neurocognitive mechanisms of anxiety: an integrative + account. Trends Cogn Sci. 2007;11:307\u2013316.", "ArticleIdList": {"ArticleId": + {"#text": "17553730", "@IdType": "pubmed"}}}, {"Citation": "Byers AL, Yaffe + K, Covinsky KE, Friedman MB, Bruce ML. High occurrence of mood and anxiety + disorders among older adults: The National Comorbidity Survey Replication. + Arch Gen Psychiatry. 2010;67:489\u2013496.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2933177", "@IdType": "pmc"}, {"#text": "20439830", "@IdType": + "pubmed"}]}}, {"Citation": "Mogg K, Bradley BP. Attentional bias in generalized + anxiety disorder versus depressive disorder. Cognitive Ther Res. 2005;29:29\u201345."}, + {"Citation": "Mather M, Carstensen LL. Aging and attentional biases for emotional + faces. Psychol Sci. 2003;14:409\u2013415.", "ArticleIdList": {"ArticleId": + {"#text": "12930469", "@IdType": "pubmed"}}}, {"Citation": "Mohlman J, Eldreth + DA, Price RB, Staples AM, Hanson C.Prefrontal-limbic connectivity during worry + in older adults with generalized anxiety disorderUnpublished data.", "ArticleIdList": + {"ArticleId": {"#text": "26566020", "@IdType": "pubmed"}}}, {"Citation": "First + MB, Spitzer RL, Williams JBW, Gibbon M. Structured Clinical Interview for + DSM-IV Axis I Disorders - Patient Edition. New York Psychiatric Institute: + New York; 1995."}, {"Citation": "Kaplan E, Goodglass H, Wieintraub S. Boston + Naming Test. Experimental Edition. Aphasia Research Center, Boston University: + Boston; 1976."}, {"Citation": "Wechsler D. Wechsler Abbreviated Scale of Intelligence + (WASI) Harcourt Assessment: San Antonio; 1999."}, {"Citation": "Trenerry MR, + Crosson B, DeBoe J, Leber WR. Stroop Neuropsychological Screening Test Manual. + Psychological Assessment Resources: Odessa, FL; 1989."}, {"Citation": "Gotlib + IH, McCann CD. Construct accessibility and depression: an examination of cognitive + and affective factors. J Pers Soc Psychol. 1984;47:427\u2013439.", "ArticleIdList": + {"ArticleId": {"#text": "6481620", "@IdType": "pubmed"}}}, {"Citation": "Mohlman + J, Price RB, Vietri J. Accentuate the Positive, Eliminate the Negative? Performance + of Older GAD Patients and Healthy Controls on a Dot Probe Task. Annual Meeting + of the Association for Behavioral and Cognitive Therapies: Orlando, FL; 2008."}, + {"Citation": "Ashburner J. A fast diffeomorphic image registration algorithm. + Neuroimage. 2007;38:95\u2013113.", "ArticleIdList": {"ArticleId": {"#text": + "17761438", "@IdType": "pubmed"}}}, {"Citation": "Klein A, Andersson J, Ardekani + BA, Ashburner J, Avants B, Chiang MC, et al. Evaluation of 14 nonlinear deformation + algorithms applied to human brain MRI registration. Neuroimage. 2009;46:786\u2013802.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2747506", "@IdType": "pmc"}, + {"#text": "19195496", "@IdType": "pubmed"}]}}, {"Citation": "Mechelli A, Henson + RN, Price CJ, Friston KJ. Comparing event-related and epoch analysis in blocked + design fMRI. Neuroimage. 2003;18:806\u2013810.", "ArticleIdList": {"ArticleId": + {"#text": "12667857", "@IdType": "pubmed"}}}, {"Citation": "Baron RM, Kenny + DA. The moderator-mediator variable distinction in social psychological research: + conceptual, strategic, and statistical considerations. J Pers Soc Psychol. + 1986;51:1173\u20131182.", "ArticleIdList": {"ArticleId": {"#text": "3806354", + "@IdType": "pubmed"}}}, {"Citation": "Compton RJ, Banich MT, Mohanty A, Milham + MP, Herrington J, Miller GA, et al. Paying attention to emotion: an fMRI investigation + of cognitive and emotional stroop tasks. Cogn Affect Behav Neurosci. 2003;3:81\u201396.", + "ArticleIdList": {"ArticleId": {"#text": "12943324", "@IdType": "pubmed"}}}, + {"Citation": "Nee DE, Wager TD, Jonides J. Interference resolution: insights + from a meta-analysis of neuroimaging tasks. Cogn Affect Behav Neurosci. 2007;7:1\u201317.", + "ArticleIdList": {"ArticleId": {"#text": "17598730", "@IdType": "pubmed"}}}, + {"Citation": "Mansouri FA, Tanaka K, Buckley MJ. Conflict-induced behavioural + adjustment: a clue to the executive functions of the prefrontal cortex. Nat + Rev Neurosci. 2009;10:141\u2013152.", "ArticleIdList": {"ArticleId": {"#text": + "19153577", "@IdType": "pubmed"}}}, {"Citation": "Venkatraman V, Rosati AG, + Taren AA, Huettel SA. Resolving response, decision, and strategic control: + evidence for a functional topography in dorsomedial prefrontal cortex. J Neurosci. + 2009;29:13158\u201313164.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2801415", + "@IdType": "pmc"}, {"#text": "19846703", "@IdType": "pubmed"}]}}, {"Citation": + "Ochsner KN, Gross JJ. The cognitive control of emotion. Trends Cogn Sci. + 2005;9:242\u2013249.", "ArticleIdList": {"ArticleId": {"#text": "15866151", + "@IdType": "pubmed"}}}, {"Citation": "Johnstone T, van Reekum CM, Urry HL, + Kalin NH, Davidson RJ. Failure to regulate: counterproductive recruitment + of top-down prefrontal-subcortical circuitry in major depression. J Neurosci. + 2007;27:8877\u20138884.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6672169", + "@IdType": "pmc"}, {"#text": "17699669", "@IdType": "pubmed"}]}}, {"Citation": + "Ochsner KN, Ray RD, Cooper JC, Robertson ER, Chopra S, Gabrieli JD, et al. + For better or for worse: neural systems supporting the cognitive down- and + up-regulation of negative emotion. Neuroimage. 2004;23:483\u2013499.", "ArticleIdList": + {"ArticleId": {"#text": "15488398", "@IdType": "pubmed"}}}, {"Citation": "Lieberman + MD, Eisenberger NI, Crockett MJ, Tom SM, Pfeifer JH, Way BM. Putting feelings + into words: affect labeling disrupts amygdala activity in response to affective + stimuli. Psychol Sci. 2007;18:421\u2013428.", "ArticleIdList": {"ArticleId": + {"#text": "17576282", "@IdType": "pubmed"}}}, {"Citation": "Cahn BR, Polich + J. Meditation states and traits: EEG, ERP, and neuroimaging studies. Psychol + Bull. 2006;132:180\u2013211.", "ArticleIdList": {"ArticleId": {"#text": "16536641", + "@IdType": "pubmed"}}}, {"Citation": "Paulesu E, Sambugaro E, Torti T, Danelli + L, Ferri F, Scialfa G, et al. Neural correlates of worry in generalized anxiety + disorder and in normal controls: a functional MRI study. Psychol Med. 2010;40:117\u2013124.", + "ArticleIdList": {"ArticleId": {"#text": "19419593", "@IdType": "pubmed"}}}, + {"Citation": "Etkin A, Prater KE, Schatzberg AF, Menon V, Greicius MD. Disrupted + amygdalar subregion functional connectivity and evidence of a compensatory + network in generalized anxiety disorder. Arch Gen Psychiatry. 2009;66:1361\u20131372.", + "ArticleIdList": {"ArticleId": {"#text": "19996041", "@IdType": "pubmed"}}}, + {"Citation": "Etkin A, Prater KE, Hoeft F, Menon V, Schatzberg AF. Failure + of anterior cingulate activation and connectivity with the amygdala during + implicit regulation of emotional processing in generalized anxiety disorder. + Am J Psychiatry. 2010;167:545\u2013554.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC4367202", "@IdType": "pmc"}, {"#text": "20123913", "@IdType": "pubmed"}]}}, + {"Citation": "Engels AS, Heller W, Mohanty A, Herrington JD, Banich MT, Webb + AG, et al. Specificity of regional brain activity in anxiety types during + emotion processing. Psychophysiology. 2007;44:352\u2013363.", "ArticleIdList": + {"ArticleId": {"#text": "17433094", "@IdType": "pubmed"}}}, {"Citation": "Etkin + A, Egner T, Kalisch R. Emotional processing in anterior cingulate and medial + prefrontal cortex. Trends Cogn Sci. 2011;15:85\u201393.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3035157", "@IdType": "pmc"}, {"#text": "21167765", + "@IdType": "pubmed"}]}}, {"Citation": "Shin LM, Whalen PJ, Pitman RK, Bush + G, Macklin ML, Lasko NB, et al. An fMRI study of anterior cingulate function + in posttraumatic stress disorder. Biol Psychiatry. 2001;50:932\u2013942.", + "ArticleIdList": {"ArticleId": {"#text": "11750889", "@IdType": "pubmed"}}}, + {"Citation": "Whalen PJ, Bush G, McNally RJ, Wilhelm S, McInerney SC, Jenike + MA, et al. The emotional counting Stroop paradigm: a functional magnetic resonance + imaging probe of the anterior cingulate affective division. Biol Psychiatry. + 1998;44:1219\u20131228.", "ArticleIdList": {"ArticleId": {"#text": "9861465", + "@IdType": "pubmed"}}}, {"Citation": "Britton JC, Gold AL, Deckersbach T, + Rauch SL. Functional MRI study of specific animal phobia using an event-related + emotional counting Stroop paradigm. Depress Anxiety. 2009;26:796\u2013805.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2792204", "@IdType": "pmc"}, + {"#text": "19434621", "@IdType": "pubmed"}]}}, {"Citation": "Isenberg N, Silbersweig + D, Engelien A, Emmerich S, Malavade K, Beattie B, et al. Linguistic threat + activates the human amygdala. Proc Natl Acad Sci USA. 1999;96:10456\u201310459.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC17910", "@IdType": "pmc"}, {"#text": + "10468630", "@IdType": "pubmed"}]}}, {"Citation": "George MS, Ketter TA, Parekh + PI, Rosinsky N, Ring HA, Pazzaglia PJ, et al. Blunted left cingulate activation + in mood disorder subjects during a response interference task (the Stroop) + J Neuropsychiatry Clin Neurosci. 1997;9:55\u201363.", "ArticleIdList": {"ArticleId": + {"#text": "9017529", "@IdType": "pubmed"}}}, {"Citation": "Milham MP, Banich + MT, Claus ED, Cohen NJ. Practice-related effects demonstrate complementary + roles of anterior cingulate and prefrontal cortices in attentional control. + Neuroimage. 2003;18:483\u2013493.", "ArticleIdList": {"ArticleId": {"#text": + "12595201", "@IdType": "pubmed"}}}, {"Citation": "Milham MP, Banich MT, Barad + V. Competition for priority in processing increases prefrontal cortex''s involvement + in top-down control: an event-related fMRI study of the stroop task. Brain + Res Cogn Brain Res. 2003;17:212\u2013222.", "ArticleIdList": {"ArticleId": + {"#text": "12880892", "@IdType": "pubmed"}}}, {"Citation": "Wright CI, Wedig + MM, Williams D, Rauch SL, Albert MS. Novel fearful faces activate the amygdala + in healthy young and elderly adults. Neurobiol Aging. 2006;27:361\u2013374.", + "ArticleIdList": {"ArticleId": {"#text": "16399218", "@IdType": "pubmed"}}}, + {"Citation": "Etkin A, Wager TD. Functional neuroimaging of anxiety: a meta-analysis + of emotional processing in PTSD, social anxiety disorder, and specific phobia. + Am J Psychiatry. 2007;164:1476\u20131488.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3318959", "@IdType": "pmc"}, {"#text": "17898336", "@IdType": + "pubmed"}]}}, {"Citation": "Nitschke JB, Sarinopoulos I, Oathes DJ, Johnstone + T, Whalen PJ, Davidson RJ, et al. Anticipatory activation in the amygdala + and anterior cingulate in generalized anxiety disorder and prediction of treatment + response. Am J Psychiatry. 2009;166:302\u2013310.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2804441", "@IdType": "pmc"}, {"#text": "19122007", "@IdType": + "pubmed"}]}}, {"Citation": "Borkovec TD, Lyonfields JD, Wiser SL, Deihl L. + The role of worrisome thinking in the suppression of cardiovascular response + to phobic imagery. Behav Res Ther. 1993;31:321\u2013324.", "ArticleIdList": + {"ArticleId": {"#text": "8476407", "@IdType": "pubmed"}}}, {"Citation": "Davidson + RJ. Affective style, psychopathology, and resilience: brain mechanisms and + plasticity. Am Psychol. 2000;55:1196\u20131214.", "ArticleIdList": {"ArticleId": + {"#text": "11280935", "@IdType": "pubmed"}}}, {"Citation": "Depue BE, Curran + T, Banich MT. Prefrontal regions orchestrate suppression of emotional memories + via a two-phase process. Science. 2007;317:215\u2013219.", "ArticleIdList": + {"ArticleId": {"#text": "17626877", "@IdType": "pubmed"}}}, {"Citation": "Anderson + MC, Ochsner KN, Kuhl B, Cooper J, Robertson E, Gabrieli SW, et al. Neural + systems underlying the suppression of unwanted memories. Science. 2004;303:232\u2013235.", + "ArticleIdList": {"ArticleId": {"#text": "14716015", "@IdType": "pubmed"}}}, + {"Citation": "Siegle GJ, Thompson W, Carter CS, Steinhauer SR, Thase ME. Increased + amygdala and decreased dorsolateral prefrontal BOLD responses in unipolar + depression: related and independent features. Biol Psychiatry. 2007;61:198\u2013209.", + "ArticleIdList": {"ArticleId": {"#text": "17027931", "@IdType": "pubmed"}}}, + {"Citation": "Mohlman J. More power to the executive? A preliminary test of + CBT plus executive skills training for treatment of late-life GAD. Cogn Behav + Pract. 2008;15:306\u2013316."}, {"Citation": "Amir N, Beard C, Taylor CT, + Klumpp H, Elias J, Burns M, et al. Attention training in individuals with + generalized social phobia: a randomized controlled trial. J Consult Clin Psychol. + 2009;77:961\u2013973.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2796508", + "@IdType": "pmc"}, {"#text": "19803575", "@IdType": "pubmed"}]}}, {"Citation": + "Hazen RA, Vasey MW, Schmidt NB. Attentional retraining: a randomized clinical + trial for pathological worry. J Psychiatr Res. 2009;43:627\u2013633.", "ArticleIdList": + {"ArticleId": {"#text": "18722627", "@IdType": "pubmed"}}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "22833192", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "2158-3188", "@IssnType": "Electronic"}, "Title": "Translational + psychiatry", "JournalIssue": {"Issue": "10", "Volume": "1", "PubDate": {"Day": + "04", "Year": "2011", "Month": "Oct"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Transl Psychiatry"}, "Abstract": {"AbstractText": "Younger adults with anxiety + disorders are known to show an attentional bias toward negative information. + Little is known regarding the role of biased attention in anxious older adults, + and even less is known about the neural substrates of any such bias. Functional + magnetic resonance imaging (fMRI) was used to assess the mechanisms of attentional + bias in late life by contrasting predictions of a top-down model emphasizing + deficient prefrontal cortex (PFC) control and a bottom-up model emphasizing + amygdalar hyperreactivity. In all, 16 older generalized anxiety disorder (GAD) + patients (mean age=66 years) and 12 non-anxious controls (NACs; mean age=67 + years) completed the emotional Stroop task to assess selective attention to + negative words. Task-related fMRI data were concurrently acquired. Consistent + with hypotheses, GAD participants were slower to identify the color of negative + words relative to neutral, whereas NACs showed the opposite bias, responding + more quickly to negative words. During negative words (in comparison with + neutral), the NAC group showed PFC activations, coupled with deactivation + of task-irrelevant emotional processing regions such as the amygdala and hippocampus. + By contrast, GAD participants showed PFC decreases during negative words and + no differences in amygdalar activity across word types. Across all participants, + greater attentional bias toward negative words was correlated with decreased + PFC recruitment. A significant positive correlation between attentional bias + and amygdala activation was also present, but this relationship was mediated + by PFC activity. These results are consistent with reduced prefrontal attentional + control in late-life GAD. Strategies to enhance top-down attentional control + may be particularly relevant in late-life GAD treatment."}, "Language": "eng", + "@PubModel": "Electronic", "GrantList": {"Grant": [{"Agency": "NIMH NIH HHS", + "Acronym": "MH", "Country": "United States", "GrantID": "F31 MH081468"}, {"Agency": + "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "T32 + AG027668"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "R B", "Initials": "RB", "LastName": "Price", "AffiliationInfo": + {"Affiliation": "Department of Psychology, Rutgers, The State University of + New Jersey, New Brunswick, NJ, USA. rebecca.price@stanfordalumni.org"}}, {"@ValidYN": + "Y", "ForeName": "D A", "Initials": "DA", "LastName": "Eldreth"}, {"@ValidYN": + "Y", "ForeName": "J", "Initials": "J", "LastName": "Mohlman"}], "@CompleteYN": + "Y"}, "Pagination": {"StartPage": "e46", "MedlinePgn": "e46"}, "ArticleDate": + {"Day": "04", "Year": "2011", "Month": "10", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.1038/tp.2011.46", "@EIdType": "doi", "@ValidYN": "Y"}, "ArticleTitle": + "Deficient prefrontal attentional control in late-life generalized anxiety + disorder: an fMRI investigation.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D052061", "#text": + "Research Support, N.I.H., Extramural"}, {"@UI": "D013485", "#text": "Research + Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "21", "Year": "2021", + "Month": "10"}, "DateCompleted": {"Day": "04", "Year": "2013", "Month": "04"}, + "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": + [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D000679", "#text": "Amygdala", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D001008", "#text": "Anxiety Disorders", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D004644", "#text": "Emotions", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D056344", "#text": "Executive Function", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", + "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D008960", "#text": "Models, Psychological", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D057190", "#text": "Stroop Test", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Transl Psychiatry", "ISSNLinking": + "2158-3188", "NlmUniqueID": "101562664"}}}, "semantic_scholar": {"year": 2011, + "title": "Deficient prefrontal attentional control in late-life generalized + anxiety disorder: an fMRI investigation", "venue": "Translational Psychiatry", + "authors": [{"name": "Rebecca B. Price", "authorId": "2271220390"}, {"name": + "Rebecca B. Price", "authorId": "2271220390"}, {"name": "Dana A. Eldreth", + "authorId": "2271608729"}, {"name": "Jan Mohlman", "authorId": "2271608776"}], + "paperId": "4ef8c9b61a4c3d00454ba8f8daee5da57ef5c26c", "abstract": "Younger + adults with anxiety disorders are known to show an attentional bias toward + negative information. Little is known regarding the role of biased attention + in anxious older adults, and even less is known about the neural substrates + of any such bias. Functional magnetic resonance imaging (fMRI) was used to + assess the mechanisms of attentional bias in late life by contrasting predictions + of a top-down model emphasizing deficient prefrontal cortex (PFC) control + and a bottom-up model emphasizing amygdalar hyperreactivity. In all, 16 older + generalized anxiety disorder (GAD) patients (mean age=66 years) and 12 non-anxious + controls (NACs; mean age=67 years) completed the emotional Stroop task to + assess selective attention to negative words. Task-related fMRI data were + concurrently acquired. Consistent with hypotheses, GAD participants were slower + to identify the color of negative words relative to neutral, whereas NACs + showed the opposite bias, responding more quickly to negative words. During + negative words (in comparison with neutral), the NAC group showed PFC activations, + coupled with deactivation of task-irrelevant emotional processing regions + such as the amygdala and hippocampus. By contrast, GAD participants showed + PFC decreases during negative words and no differences in amygdalar activity + across word types. Across all participants, greater attentional bias toward + negative words was correlated with decreased PFC recruitment. A significant + positive correlation between attentional bias and amygdala activation was + also present, but this relationship was mediated by PFC activity. These results + are consistent with reduced prefrontal attentional control in late-life GAD. + Strategies to enhance top-down attentional control may be particularly relevant + in late-life GAD treatment.", "isOpenAccess": true, "openAccessPdf": {"url": + "https://www.nature.com/articles/tp201146.pdf", "status": "GOLD", "license": + "CCBYNCND", "disclaimer": "Notice: Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC3309492, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use."}, "publicationDate": "2011-10-01"}}}, "source": + "llm", "source_id": null, "source_updated_at": "2025-12-04T07:45:39.034121+00:00", + "analyses": [{"id": "keNkjQUf4ujs", "user": null, "name": "GAD group", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Within-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants", + "conditions": [], "weights": [], "points": [], "images": []}, {"id": "atfmcWhnSbQv", + "user": null, "name": "GAD>NAC", "metadata": {"table": {"table_number": 2, + "table_metadata": {"table_id": "tbl2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Between-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants + during the negative-neutral run (negative>neutral contrast)", "conditions": + [], "weights": [], "points": [{"id": "99Q8XnTySSXP", "coordinates": [-24.0, + -2.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.1}]}], "images": []}, {"id": "6CqY8NqHDkeX", + "user": null, "name": "NAC>GAD", "metadata": {"table": {"table_number": 2, + "table_metadata": {"table_id": "tbl2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Between-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants + during the negative-neutral run (negative>neutral contrast)", "conditions": + [], "weights": [], "points": [{"id": "QSEW2LuQG9ri", "coordinates": [-58.0, + 18.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.66}]}, {"id": "DUcfB5Mb27aj", "coordinates": + [22.0, 38.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.27}]}], "images": []}, {"id": "prndLAY2crii", + "user": null, "name": "NAC group", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Within-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants", + "conditions": [], "weights": [], "points": [{"id": "R4FdUFCZ6xWv", "coordinates": + [10.0, 54.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.25}]}, {"id": "68RFYhxBbZt6", "coordinates": + [-50.0, 26.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.26}]}], "images": []}, {"id": "GkaqPhSoeXMs", + "user": null, "name": "GAD group-2", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Within-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants", + "conditions": [], "weights": [], "points": [{"id": "9e79Uj2TWTVP", "coordinates": + [48.0, 26.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.27}]}, {"id": "aM2hzbEPRuEU", "coordinates": + [-40.0, 28.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.7}]}], "images": []}, {"id": "nTYCPCYSjurQ", + "user": null, "name": "NAC group-2", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Within-group comparisons of + BOLD signal for generalized anxiety disorder and non-anxious control participants", + "conditions": [], "weights": [], "points": [{"id": "UN7sJRNd59PY", "coordinates": + [-24.0, -2.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.49}]}], "images": []}]}, {"id": + "LhDecKrEtm2v", "created_at": "2025-12-03T08:26:14.277214+00:00", "updated_at": + null, "user": null, "name": "Overall reductions in functional brain activation + are associated with falls in older adults: an fMRI study", "description": + "Falls are a common geriatric condition, and while impaired cognitive function + has been identified as a key risk factor, the neural correlates that contribute + to reduced executive functioning and falls currently remain unknown. In this + study, community-dwelling adults aged 65\u201375 years were divided into two + groups based on their recent history of falls (fallers versus non-fallers). + All participants completed the Flanker task during functional magnetic resonance + imaging (fMRI). We examined the hemodynamic response of congruent and incongruent + trials separately in order to separate the relative contribution of each trial + type as a function of falls history. We found that fallers exhibited a smaller + difference in functional activation between congruent and incongruent trials + relative to non-fallers, as well as an overall reduction in level of blood-oxygen-level + dependent response. Of particular note, the medial frontal gyrus \u2013 a + region implicated in motor planning \u2013 demonstrated hypo-activation in + fallers, providing evidence that the prefrontal cortex might play a central + role in falls risk in older adults.", "publication": "Frontiers in Aging Neuroscience", + "doi": "10.3389/fnagi.2013.00091", "pmid": "24391584", "authors": "L. Nagamatsu; + L. Boyd; C. Hsu; T. Handy; T. Liu-Ambrose", "year": 2013, "metadata": {"slug": + "24391584-10-3389-fnagi-2013-00091-pmc3867665", "source": "semantic_scholar", + "keywords": ["Flanker task", "executive cognitive functions", "fMRI", "falls", + "medial frontal gyrus", "older adults"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "9", "Year": "2013", "Month": "9", + "@PubStatus": "received"}, {"Day": "24", "Year": "2013", "Month": "11", "@PubStatus": + "accepted"}, {"Day": "7", "Hour": "6", "Year": "2014", "Month": "1", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "7", "Hour": "6", "Year": "2014", "Month": + "1", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "7", "Hour": "6", "Year": + "2014", "Month": "1", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2013", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "24391584", "@IdType": "pubmed"}, {"#text": "PMC3867665", + "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2013.00091", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Anstey K. J., Von Sanden C., + Luszcz M. A. (2006). An 8-year prospective study of the relationship between + cognitive performance and falling in very old adults. J. Am. Geriatr. Soc. + 54 1169\u20131176 10.1111/j.1532-5415.2006.00813.x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/j.1532-5415.2006.00813.x", "@IdType": "doi"}, {"#text": + "16913981", "@IdType": "pubmed"}]}}, {"Citation": "Boyd L. A., Vidoni E. D., + Siengsukon C. F., Wessel B. D. (2009). Manipulating time-to-plan alters patterns + of brain activation during the Fitts\u2019 task. Exp. Brain Res. 194 527\u2013539 + 10.1007/s00221-009-1726-4", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00221-009-1726-4", + "@IdType": "doi"}, {"#text": "19214489", "@IdType": "pubmed"}]}}, {"Citation": + "Burgess P. W., Dumontheil I., Gilbert S. J. (2007a). The gateway hypothesis + of rostral prefrontal cortex (area 10) function. Trends Cogn. Sci. 11 290\u2013298 + 10.1016/j.tics.2007.05.004", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2007.05.004", + "@IdType": "doi"}, {"#text": "17548231", "@IdType": "pubmed"}]}}, {"Citation": + "Burgess P. W., Gilbert S. J., Dumontheil I. (2007b). Function and localization + within rostral prefrontal cortex (area 10). Philos. Trans. R. Soc. Lond. B + Biol. Sci. 362 887\u2013899 10.1098/rstb.2007.2095", "ArticleIdList": {"ArticleId": + [{"#text": "10.1098/rstb.2007.2095", "@IdType": "doi"}, {"#text": "PMC2430004", + "@IdType": "pmc"}, {"#text": "17403644", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R. (2002). Hemispheric asymmetry reduction in older adults: the HAROLD + model. Psychol. Aging 17 85\u2013100 10.1037/0882-7974.17.1.85", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0882-7974.17.1.85", "@IdType": "doi"}, {"#text": + "11931290", "@IdType": "pubmed"}]}}, {"Citation": "Christoff K., Ream J. M., + Geddes L. P. T, Gabrieli J. D. E. (2003). Evaluating self-generated information: + anterior prefrontal contributions to human cognition. Behav. Neurosci. 117 + 1161\u20131168 10.1037/0735-7044.117.6.1161", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/0735-7044.117.6.1161", "@IdType": "doi"}, {"#text": "14674837", + "@IdType": "pubmed"}]}}, {"Citation": "Colcombe S. J., Kramer A. F., Erickson + K. I., Scalf P., McAuley E., Cohen N. J., et al. (2004). Cardiovascular fitness, + cortical plasticity, and aging. Proc. Natl. Acad. Sci. U.S.A. 101 3316\u20133321 + 10.1073/pnas.0400266101", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0400266101", + "@IdType": "doi"}, {"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", + "@IdType": "pubmed"}]}}, {"Citation": "Corrigan J. D., Hinkeldey N. S. (1987). + Relationships between parts A and B of the trail making test. J. Clin. Psychol. + 43 402\u2013409 10.1002/1097-4679(198707)43:4<402::AID-JCLP2270430411>3.0.CO;2-E", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/1097-4679(198707)43:4<402::AID-JCLP2270430411>3.0.CO;2-E", + "@IdType": "doi"}, {"#text": "3611374", "@IdType": "pubmed"}]}}, {"Citation": + "Cox R. W. (1996). AFNI: software for analysis and visualization of functional + magnetic resonance neuroimages. Comput. Biomed. Res. 29 162\u2013173 10.1006/cbmr.1996.0014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/cbmr.1996.0014", "@IdType": + "doi"}, {"#text": "8812068", "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Esposito + M., Deouell L. Y., Gazzaley A. (2003). Alterations in the BOLD fMRI signal + with ageing and disease: a challenge for neuroimaging. Nat. Rev. Neurosci. + 4 863\u2013872 10.1038/nrn1246", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn1246", "@IdType": "doi"}, {"#text": "14595398", "@IdType": "pubmed"}]}}, + {"Citation": "Eriksen C. W, St James J. D. (1986). Visual attention within + and around the field of focal attention: a zoom lens model. Percept. Psychophys. + 40 225\u2013240 10.3758/BF03211502", "ArticleIdList": {"ArticleId": [{"#text": + "10.3758/BF03211502", "@IdType": "doi"}, {"#text": "3786090", "@IdType": "pubmed"}]}}, + {"Citation": "Folstein M. F., Folstein S. E., Mchugh P. R. (1975). \u201cMini-mental + state\u201d. A practical method for grading the cognitive state of patients + for the clinician. J. Psychiatr. Res. 12 189\u2013198 10.1016/0022-3956(75)90026-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", + "@IdType": "doi"}, {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": + "Forman S. D., Cohen J. D., Fitzgerald M., Eddy W. F., Mintun M. A., Noll + D. C. (1995). Improved assessment of significant activation in functional + magnetic resonance imaging (fMRI): use of a cluster-size threshold. Magn. + Reson. Med. 33 636\u2013647 10.1002/mrm.1910330508", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/mrm.1910330508", "@IdType": "doi"}, {"#text": "7596267", + "@IdType": "pubmed"}]}}, {"Citation": "Grimley-Evans J. (1990). Fallers, non-fallers, + and poisson. Age Ageing 19 268\u2013269 10.1093/ageing/19.4.268", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/ageing/19.4.268", "@IdType": "doi"}, {"#text": + "2220487", "@IdType": "pubmed"}]}}, {"Citation": "Handy T. C., Mangun G. R. + (2000). Attention and spatial selection: electrophysiological evidence for + modulation by perceptual load. Percept. Psychophys. 62 175\u2013186 10.3758/BF03212070", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/BF03212070", "@IdType": + "doi"}, {"#text": "10703265", "@IdType": "pubmed"}]}}, {"Citation": "Handy + T. C., Soltani M., Mangun G. R. (2001). Perceptual load and visuocortical + processing: event-related potentials reveal sensory-level selection. Psychol. + Sci. 12 213\u2013218 10.1111/1467-9280.00338", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/1467-9280.00338", "@IdType": "doi"}, {"#text": "11437303", + "@IdType": "pubmed"}]}}, {"Citation": "Holtzer R., Friedman R., Lipton R. + B., Katz M., Xue X., Verghese J. (2007). The relationship between specific + cognitive functions and falls in aging. Neuropsychology 21 540\u2013548 10.1037/0894-4105.21.5.540", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0894-4105.21.5.540", "@IdType": + "doi"}, {"#text": "PMC3476056", "@IdType": "pmc"}, {"#text": "17784802", "@IdType": + "pubmed"}]}}, {"Citation": "Kellogg International Work Group. (1987). The + prevention of falls in later life. A report of the Kellogg International Work + Group on the prevention of falls in the elderly. Dan. Med. Bull. 34 1\u201324", + "ArticleIdList": {"ArticleId": {"#text": "3595217", "@IdType": "pubmed"}}}, + {"Citation": "Kimberley T. J., Birkholz D. D., Hancock R. A., VonBank S. M., + Werth T. N. (2008). Reliability of fMRI during a continuous motor task: assessment + of analysis techniques. J. Neuroimaging 18 18\u201327 10.1111/j.1552-6569.2007.00163.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1552-6569.2007.00163.x", + "@IdType": "doi"}, {"#text": "18190491", "@IdType": "pubmed"}]}}, {"Citation": + "Kramer A. F., Hahn S., Gopher D. (1999). Task coordination and aging: explorations + of executive control processes in the task switching paradigm. Acta Psychologica. + 101 339\u2013378 10.1016/S0001-6918(99)00011-6", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/S0001-6918(99)00011-6", "@IdType": "doi"}, {"#text": "10344190", + "@IdType": "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Donaldson M. G., Ahamed + Y., Graf P., Cook W. L., Close J., et al. (2008a). Otago home-based strength + and balance retraining improves executive functioning in older fallers: a + randomized controlled trial. J. Am. Geriatr. Soc. 56 1821\u20131830 10.1111/j.1532-5415.2008.01931.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2008.01931.x", + "@IdType": "doi"}, {"#text": "18795987", "@IdType": "pubmed"}]}}, {"Citation": + "Liu-Ambrose T., Nagamatsu L. S., Leghari A., Handy T. C. (2008b). Does impaired + cerebellar function contribute to risk of falls in seniors? A pilot study + using functional magnetic resonance imaging. J. Am. Geriatr. Soc. 56 2153\u20132155 + 10.1111/j.1532-5415.2008.01984.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.1532-5415.2008.01984.x", "@IdType": "doi"}, {"#text": "19016955", + "@IdType": "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Nagamatsu L. S., Graf + P., Beattie B. L., Ashe M., Handy T. C. (2010). Resistance training and executive + functions: A 12-month randomized controlled trial. Arch. Intern. Med. 170 + 170\u2013178 10.1001/archinternmed.2009.494", "ArticleIdList": {"ArticleId": + [{"#text": "10.1001/archinternmed.2009.494", "@IdType": "doi"}, {"#text": + "PMC3448565", "@IdType": "pmc"}, {"#text": "20101012", "@IdType": "pubmed"}]}}, + {"Citation": "Lord S., Menz H. B., Tiedemann A. (2003). A physiological profile + approach to falls-risk assessment and prevention. Phys. Ther. 83 237\u2013252", + "ArticleIdList": {"ArticleId": {"#text": "12620088", "@IdType": "pubmed"}}}, + {"Citation": "Lord S. R., Fitzpatrick R. C. (2001). Choice stepping reaction + time: a composite measure of falls risk in older people. J. Gerontol. A. Biol. + Sci. Med. Sci. 56 M627\u2013M632 10.1093/gerona/56.10.M627", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/gerona/56.10.M627", "@IdType": "doi"}, {"#text": + "11584035", "@IdType": "pubmed"}]}}, {"Citation": "Lundin-Olsson L., Nyberg + L., Gustafson Y. (1997). \u201cStops walking when talking\u201d as a predictor + of falls in elderly people. Lancet 349 61710.1016/S0140-6736(97)24009-2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0140-6736(97)24009-2", + "@IdType": "doi"}, {"#text": "9057736", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Carolan P., Liu-Ambrose T., Handy T. C. (2009). Are impairments + in visual-spatial attention a critical factor for increased falls risk in + seniors? An event-related potential study. Neuropsychologia 47 2749\u20132755 + 10.1016/j.neuropsychologia.2009.05.022", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuropsychologia.2009.05.022", "@IdType": "doi"}, {"#text": "PMC3448564", + "@IdType": "pmc"}, {"#text": "19501605", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Hsu C. L., Handy T. C., Liu-Ambrose T. (2011a). Functional + neural correlates of reduced physiological falls risk. Behav. Brain Sci. 7 + 3710.1186/1744-9081-7-37", "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1744-9081-7-37", + "@IdType": "doi"}, {"#text": "PMC3178476", "@IdType": "pmc"}, {"#text": "21846395", + "@IdType": "pubmed"}]}}, {"Citation": "Nagamatsu L. S., Voss M., Neider M. + B., Gaspar J. G., Handy T. C., Kramer A. F., et al. (2011b). Increased cognitive + load leads to impaired mobility decisions in seniors at risk for falls. Psychol. + Aging 26 253\u2013259 10.1037/a0022929", "ArticleIdList": {"ArticleId": [{"#text": + "10.1037/a0022929", "@IdType": "doi"}, {"#text": "PMC3123036", "@IdType": + "pmc"}, {"#text": "21463063", "@IdType": "pubmed"}]}}, {"Citation": "Nagamatsu + L. S., Kam J. W. Y., Liu-Ambrose T., Chan A., Handy T. C. (2013). Mind-wandering + and falls risk in older adults. Psychol. Aging. 28 685\u2013691 10.1037/a0034197", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0034197", "@IdType": "doi"}, + {"#text": "PMC4357518", "@IdType": "pmc"}, {"#text": "24041001", "@IdType": + "pubmed"}]}}, {"Citation": "Podsiadlo D., Richardson S. (1991). The timed + \u201cUp & Go\u201d: a test of basic functional mobility for frail elderly + persons. J. Am. Geriatr. Soc. 39 142\u2013148", "ArticleIdList": {"ArticleId": + {"#text": "1991946", "@IdType": "pubmed"}}}, {"Citation": "Rapport L. J., + Hanks R. A., Millis S. R., Deshpande S. A. (1998). Executive functioning and + predictors of falls in the rehabilitation setting. Arch. Phys. Med. Rehabil. + 79 629\u2013633 10.1016/S0003-9993(98)90035-1", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/S0003-9993(98)90035-1", "@IdType": "doi"}, {"#text": "9630140", + "@IdType": "pubmed"}]}}, {"Citation": "Schmahmann J. D., Doyon J., McDonald + D., Holmes C., Lavoie K., Hurwitz A. S., et al. (1999). Three-dimensional + MRI atlas of the human cerebellum in proportional stereotaxic space. Neuroimage + 10 233\u2013260 10.1006/nimg.1999.0459", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/nimg.1999.0459", "@IdType": "doi"}, {"#text": "10458940", "@IdType": + "pubmed"}]}}, {"Citation": "Schmahmann J. D., Doyon J., Toga A. W., Petrides + M., Evans A. C. (2000). MRI Atlas of the Human Cerebellum. San Diego: American + Press", "ArticleIdList": {"ArticleId": {"#text": "10458940", "@IdType": "pubmed"}}}, + {"Citation": "Smallwood J., Brown K., Baird B., Schooler J. W. (2012). Cooperation + between the default mode network and the frontal-parietal network in the production + of an internal train of thought. Brain Res. 1428 60\u201370 10.1016/j.brainres.2011.03.072", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brainres.2011.03.072", + "@IdType": "doi"}, {"#text": "21466793", "@IdType": "pubmed"}]}}, {"Citation": + "Talaraich J., Tournoux P. (1988). Co-Planar Stereotaxic Atlas of the Human + Brain. New York:Thieme"}, {"Citation": "Tinetti M. E., Speechley M., Ginter + S. F. (1988). Risk factors for falls among elderly persons living in the community. + N. Engl. J. Med. 319 1701\u20131707 10.1056/NEJM198812293192604", "ArticleIdList": + {"ArticleId": [{"#text": "10.1056/NEJM198812293192604", "@IdType": "doi"}, + {"#text": "3205267", "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, + "MedlineCitation": {"PMID": {"#text": "24391584", "@Version": "1"}, "@Owner": + "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": + "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers in aging neuroscience", + "JournalIssue": {"Volume": "5", "PubDate": {"Year": "2013"}, "@CitedMedium": + "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, "Abstract": {"AbstractText": + "Falls are a common geriatric condition, and while impaired cognitive function + has been identified as a key risk factor, the neural correlates that contribute + to reduced executive functioning and falls currently remain unknown. In this + study, community-dwelling adults aged 65-75 years were divided into two groups + based on their recent history of falls (fallers versus non-fallers). All participants + completed the Flanker task during functional magnetic resonance imaging (fMRI). + We examined the hemodynamic response of congruent and incongruent trials separately + in order to separate the relative contribution of each trial type as a function + of falls history. We found that fallers exhibited a smaller difference in + functional activation between congruent and incongruent trials relative to + non-fallers, as well as an overall reduction in level of blood-oxygen-level + dependent response. Of particular note, the medial frontal gyrus - a region + implicated in motor planning - demonstrated hypo-activation in fallers, providing + evidence that the prefrontal cortex might play a central role in falls risk + in older adults."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Lindsay S", "Initials": + "LS", "LastName": "Nagamatsu", "AffiliationInfo": {"Affiliation": "Attentional + Neuroscience Laboratory, Department of Psychology, University of British Columbia + Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": "Lara A", "Initials": + "LA", "LastName": "Boyd", "AffiliationInfo": {"Affiliation": "Brain Behaviour + Laboratory, Department of Physical Therapy, University of British Columbia + Vancouver, BC, Canada ; Brain Research Centre, Centre for Brain Health, University + of British Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", "ForeName": + "Chun Liang", "Initials": "CL", "LastName": "Hsu", "AffiliationInfo": {"Affiliation": + "Aging, Mobility, and Cognitive Neuroscience Laboratory, Department of Physical + Therapy, University of British Columbia Vancouver, BC, Canada."}}, {"@ValidYN": + "Y", "ForeName": "Todd C", "Initials": "TC", "LastName": "Handy", "AffiliationInfo": + {"Affiliation": "Attentional Neuroscience Laboratory, Department of Psychology, + University of British Columbia Vancouver, BC, Canada."}}, {"@ValidYN": "Y", + "ForeName": "Teresa", "Initials": "T", "LastName": "Liu-Ambrose", "AffiliationInfo": + {"Affiliation": "Brain Research Centre, Centre for Brain Health, University + of British Columbia Vancouver, BC, Canada ; Aging, Mobility, and Cognitive + Neuroscience Laboratory, Department of Physical Therapy, University of British + Columbia Vancouver, BC, Canada."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "91", "MedlinePgn": "91"}, "ArticleDate": {"Day": "19", "Year": "2013", "Month": + "12", "@DateType": "Electronic"}, "ELocationID": [{"#text": "91", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2013.00091", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Overall reductions in functional + brain activation are associated with falls in older adults: an fMRI study.", + "PublicationTypeList": {"PublicationType": {"@UI": "D016428", "#text": "Journal + Article"}}}, "DateRevised": {"Day": "21", "Year": "2021", "Month": "10"}, + "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "Flanker task", + "@MajorTopicYN": "N"}, {"#text": "executive cognitive functions", "@MajorTopicYN": + "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "falls", "@MajorTopicYN": + "N"}, {"#text": "medial frontal gyrus", "@MajorTopicYN": "N"}, {"#text": "older + adults", "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "06", "Year": "2014", + "Month": "01"}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": + "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2013, "title": "Overall reductions in functional + brain activation are associated with falls in older adults: an fMRI study", + "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": "L. Nagamatsu", + "authorId": "1918816"}, {"name": "L. Boyd", "authorId": "2274382"}, {"name": + "C. Hsu", "authorId": "2383346823"}, {"name": "T. Handy", "authorId": "2544303"}, + {"name": "T. Liu-Ambrose", "authorId": "1398171534"}], "paperId": "0f27ee8b13adaa6c07f75bc16ee0975243c9f007", + "abstract": "Falls are a common geriatric condition, and while impaired cognitive + function has been identified as a key risk factor, the neural correlates that + contribute to reduced executive functioning and falls currently remain unknown. + In this study, community-dwelling adults aged 65\u201375 years were divided + into two groups based on their recent history of falls (fallers versus non-fallers). + All participants completed the Flanker task during functional magnetic resonance + imaging (fMRI). We examined the hemodynamic response of congruent and incongruent + trials separately in order to separate the relative contribution of each trial + type as a function of falls history. We found that fallers exhibited a smaller + difference in functional activation between congruent and incongruent trials + relative to non-fallers, as well as an overall reduction in level of blood-oxygen-level + dependent response. Of particular note, the medial frontal gyrus \u2013 a + region implicated in motor planning \u2013 demonstrated hypo-activation in + fallers, providing evidence that the prefrontal cortex might play a central + role in falls risk in older adults.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2013.00091/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC3867665, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2013-12-19"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T08:27:59.489046+00:00", "analyses": + [{"id": "aToFKTuakZhQ", "user": null, "name": "t2", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/24391584-10-3389-fnagi-2013-00091-pmc3867665/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/24391584-10-3389-fnagi-2013-00091-pmc3867665/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Regions of interest and percent + signal change for the significant group by condition interaction.", "conditions": + [], "weights": [], "points": [{"id": "9aXTL9VQVaE3", "coordinates": [5.9, + 63.5, 14.1], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": []}, {"id": "6yD8V44ABvnz", "coordinates": [-25.2, -16.3, 14.1], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "UxAJ8Cb6YULG", "coordinates": [17.6, 16.5, 30.9], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "PDLLpfad7xXv", + "coordinates": [-43.6, 16.7, -10.2], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "JEK2n7kF8Ln8", "coordinates": + [32.4, 38.5, 39.2], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "XbowoofiZVxy", "coordinates": [-38.6, 65.9, 16.5], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "oYFxke5P2r4u", "coordinates": [-2.7, 18.0, -14.4], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "gNZHApkDocQs", + "coordinates": [-51.1, 14.7, 29.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "GwUZfJDevnaq", "coordinates": + [-21.9, -1.8, 59.9], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "U38NZnHnsuKX", "coordinates": [-40.1, -40.7, + -0.1], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + []}, {"id": "U3zwrAotRCrL", "coordinates": [4.2, -11.8, 53.9], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": []}, {"id": "TwbYS8Xf6rgt", + "coordinates": [44.8, -39.6, 12.8], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "ecLpQpye72bf", "coordinates": + [-21.8, 59.4, -13.1], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "txNe8joYA5jC", "coordinates": [13.3, 43.2, 44.7], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "9Hqfuomqzy9w", "coordinates": [-17.8, -42.3, 9.5], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}], "images": []}]}, {"id": + "MTNr8YwnKqNv", "created_at": "2025-12-03T16:54:46.525109+00:00", "updated_at": + null, "user": null, "name": "Age-related differences in the involvement of + the prefrontal cortex in attentional control", "description": "We investigated + the relative involvement of cortical regions supporting attentional control + in older and younger adults during performance on a modified version of the + Stroop task. Participants were exposed to two different types of incongruent + trials. One of these, an incongruent-ineligible condition, produces conflict + at the non-response level, while the second, an incongruent-eligible condition, + produces conflict at both non-response and response levels of information + processing. Greater attentional control is needed to perform the incongruent-eligible + condition compared to other conditions. We examined the cortical recruitment + associated with this task in an event-related functional magnetic resonance + imaging paradigm in 25 older and 25 younger adults. Our results indicated + that while younger adults demonstrated an increase in the activation of cortical + regions responsible for maintaining attentional control in response to increased + levels of conflict, such sensitivity and flexibility of the cortical regions + to increased attentional control demands was absent in older adults. These + results suggest a limitation in older adults'' capabilities for flexibly recruiting + the attentional network in response to increasing attentional demands.", "publication": + "Brain and Cognition", "doi": "10.1016/j.bandc.2009.07.005", "pmid": "19699019", + "authors": "R. Prakash; K. Erickson; S. Colcombe; Jennifer S. Kim; M. Voss; + A. Kramer", "year": 2009, "metadata": {"slug": "19699019-10-1016-j-bandc-2009-07-005-pmc2783271", + "source": "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "21", "Year": "2008", "Month": "4", "@PubStatus": + "received"}, {"Day": "8", "Year": "2009", "Month": "7", "@PubStatus": "revised"}, + {"Day": "10", "Year": "2009", "Month": "7", "@PubStatus": "accepted"}, {"Day": + "25", "Hour": "9", "Year": "2009", "Month": "8", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "25", "Hour": "9", "Year": "2009", "Month": "8", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "16", "Hour": "6", "Year": "2009", "Month": + "12", "Minute": "0", "@PubStatus": "medline"}, {"Day": "1", "Year": "2010", + "Month": "12", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "19699019", "@IdType": "pubmed"}, {"#text": "NIHMS140406", "@IdType": + "mid"}, {"#text": "PMC2783271", "@IdType": "pmc"}, {"#text": "10.1016/j.bandc.2009.07.005", + "@IdType": "doi"}, {"#text": "S0278-2626(09)00111-0", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "Banich MT, Milhalm MP, Atchley + R, Cohen NJ, Webb A, Wszalek T, Kramer AF, Liang Z, Wright A, Shenker J, Magin + J. fMRI studies of Stroop tasks reveal unique roles of anterior and posterior + brain systems in attentional selection. Journal of Cognitive Neuroscience. + 2000;12:988\u20131000.", "ArticleIdList": {"ArticleId": {"#text": "11177419", + "@IdType": "pubmed"}}}, {"Citation": "Banich MT, Milhalm MP, Jacobson BL, + Webb A, Wszalek T, Cohen NJ. Attentional selection and the processing of task-irrelevant + information: insights from fMRI examinations of the Stroop task. Progress + in Brain Research. 2001;134:450\u2013470.", "ArticleIdList": {"ArticleId": + {"#text": "11702561", "@IdType": "pubmed"}}}, {"Citation": "Beckmann CF, Jenkinson + M, Smith SM. General multi-level linear modeling for group analysis in FMRI. + NeuroImage. 2003;20:1052\u20131063.", "ArticleIdList": {"ArticleId": {"#text": + "14568475", "@IdType": "pubmed"}}}, {"Citation": "Blasi G, Goldberg TE, Weickert + T, Das S, Kohn P, Zoltick B, Bertolino A, Callicott JH, Weinberger DR, Mattay + VS. Brain regions underlying response inhibition and interference monitoring + and suppression. The European Journal of Neuroscience. 2006;23:1658\u20131664.", + "ArticleIdList": {"ArticleId": {"#text": "16553630", "@IdType": "pubmed"}}}, + {"Citation": "Bench CJ, Frith CD, Grasby PM, Friston KJ, Paulesu E, Frackowiak + RSJ, Dolan RJ. Investigations of the functional anatomy of attention using + the Stroop test. Neuropsychologia. 1993;31:907\u2013922.", "ArticleIdList": + {"ArticleId": {"#text": "8232848", "@IdType": "pubmed"}}}, {"Citation": "Braver + TS, Cohen JD, Nystrom LE, Jonides J, Smith EE, Noll DC. A parametric study + of prefrontal cortex involvement in human working memory. NeuroImage. 1997;5:49\u201362.", + "ArticleIdList": {"ArticleId": {"#text": "9038284", "@IdType": "pubmed"}}}, + {"Citation": "Cabeza R, Nyberg L. Imaging cognition II: An empirical review + of 275 PET and fMRI studies. Journal of Cognitive Neuroscience. 2000;12:1\u201347.", + "ArticleIdList": {"ArticleId": {"#text": "10769304", "@IdType": "pubmed"}}}, + {"Citation": "Culham JC, Kanwisher NG. Neuroimaging of cognitive functions + in human parietal cortex. Current Opinions in Neurobiology. 2001;11:157\u2013163.", + "ArticleIdList": {"ArticleId": {"#text": "11301234", "@IdType": "pubmed"}}}, + {"Citation": "Dale AM, Greve DN, Burock MA. Optimal Stimulus sequences for + Event-Related fMRI. 5th International Conference on Functional Mapping of + the Human Brain; Duesseldorf, Germany. June 11\u201316.1999."}, {"Citation": + "Dale AM. Optimal experimental design for event-related fMRI. Human Brain + Mapping. 1999;8:109\u2013114.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6873302", "@IdType": "pmc"}, {"#text": "10524601", "@IdType": "pubmed"}]}}, + {"Citation": "Desimone R, Duncan J. Neural mechanisms of selective visual + attention. Annual Review of Neuroscience. 1995;18:193\u2013222.", "ArticleIdList": + {"ArticleId": {"#text": "7605061", "@IdType": "pubmed"}}}, {"Citation": "D\u2019Esposito + M, Aguirre GK, Zarahn E, Ballard D, Shin RK, Lease J. Functional MRI studies + of spatial and nonspatial working memory. Cognitive Brain Research. 1998;7:1\u201313.", + "ArticleIdList": {"ArticleId": {"#text": "9714705", "@IdType": "pubmed"}}}, + {"Citation": "D\u2019Esposito M, Zarahan E, Aguirre GK, Rypma B. The effect + of normal aging on the coupling of neural activity to the bold hemodynamic + response. NeuroImage. 1999;10:6\u201314.", "ArticleIdList": {"ArticleId": + {"#text": "10385577", "@IdType": "pubmed"}}}, {"Citation": "DiGirolamo GJ, + Kramer AF, Barad V, Cepeda N, Weissman DH, Wszalek TM, Cohen NJ, Banich M, + Webb A, Beloposky A. General and task-specific frontal lobe recruitment in + older adults during executive processes: A fMRI investigation of task switching. + Neuroreport. 2001;12(9):2065\u20132072.", "ArticleIdList": {"ArticleId": {"#text": + "11435947", "@IdType": "pubmed"}}}, {"Citation": "Dishman RK, Berthoud HR, + Boot FW, Cotman CW, Edgerton VR, Fleshner MR, Gandevia SC, Gomez-Pinilla F, + Greenwood BN, Hillman CH, Kramer AF, Levin BE, Toran TH, Russo-Neustadt AA, + Salamone JD, Van Hoomissen JD, Wade CE, York DA, Zigmound MJ. The neurobiology + of exercise. Obesity Research. 2006;14(3):345\u2013356.", "ArticleIdList": + {"ArticleId": {"#text": "16648603", "@IdType": "pubmed"}}}, {"Citation": "Durston + S, Davidson MC, Thomas KM, Worden MS, Tottenham N, Martinez A, Watts R, Ulug + AM, Casey BJ. Parametric manipulation of conflict and response competition + using rapid mixed-trial event-related fMRI. NeuroImage. 2003;20:2135\u20132141.", + "ArticleIdList": {"ArticleId": {"#text": "14683717", "@IdType": "pubmed"}}}, + {"Citation": "Erickson KI, Colcombe SJ, Wadhwa R, Bherer L, Peterson MS, Scalf + PE, Kim JS, Alvarado M, Kramer AF. Training-induced plasticity in older adults: + effects of training on hemispheric asymmetry. Neurobiology of Aging. 2007;28:272\u2013283.", + "ArticleIdList": {"ArticleId": {"#text": "16480789", "@IdType": "pubmed"}}}, + {"Citation": "Erickson KI, Prakash RS, Colcombe SJ, Kramer AF. Top-down attentional + control in the Stroop task enhances activity in color-sensitive regions of + visual cortex. Behavioral Brain Research (in press)", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2845993", "@IdType": "pmc"}, {"#text": "18804123", "@IdType": + "pubmed"}]}}, {"Citation": "Jenkinson M. A fast, automated, n-dimensional + phase unwarping algorithm. Magnetic Resonance in Medicine. 2003;49:193\u2013197.", + "ArticleIdList": {"ArticleId": {"#text": "12509838", "@IdType": "pubmed"}}}, + {"Citation": "Kramer A, Humphrey D, Larish J, Logan G, Strayer D. Aging and + inhibition: Beyond a unitary view of inhibitory processing in attention. Psychology + and Aging. 1994;9:491\u2013512.", "ArticleIdList": {"ArticleId": {"#text": + "7893421", "@IdType": "pubmed"}}}, {"Citation": "Kramer AF, Willis SL. Enhancing + the cognitive vitality of older adults. Current Directions in Psychological + Science. 2002;11:173\u2013176."}, {"Citation": "Liu X, Banich MT, Jacobson + BL, Tanabe JL. Functional dissociation of attentional selection within PFC: + response and non-response related aspects of attentional selection as ascertained + by fMRI. Cerebral Cortex. 2006;16:827\u2013834.", "ArticleIdList": {"ArticleId": + {"#text": "16135781", "@IdType": "pubmed"}}}, {"Citation": "Milhalm MP, Banich + MT, Webb A, Barad V, Cohen NJ, Wszalek T. The relative involvement of anterior + cingulate and prefrontal cortex in attentional control depends on nature of + conflict. Brain Research and Cognition. 2001;12:1325\u20131346.", "ArticleIdList": + {"ArticleId": {"#text": "11689307", "@IdType": "pubmed"}}}, {"Citation": "Milham + MP, Erickson KI, Banich MT, Kramer AF, Webb A, Wszalek T, Cohen NJ. Attentional + control in the aging brain: Insights from an fMRI study of the Stroop task. + Brain & Cognition. 2002;49:467\u201373.", "ArticleIdList": {"ArticleId": {"#text": + "12139955", "@IdType": "pubmed"}}}, {"Citation": "Owen AM. The functional + organization of working memory processes within human lateral frontal cortex: + The contribution of functional neuroimaging. The European Journal of Neuroscience. + 1997;9:1329\u20131339.", "ArticleIdList": {"ArticleId": {"#text": "9240390", + "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz PA, Mikels J. The aging + brain: implications of enduring plasticity for behavioral and cultural change. + In: Baltes P, Reuter-Lorenz PA, Roesler F, editors. Lifespan Development and + the brain: The perspective of biocultural co-constructivism. Cambridge University + Press; Cambridge, UK: 2006."}, {"Citation": "Smith SM, Zhang Y, Jenkinson + M, Chen J, Mathews PM, Federico A, De Stefano N. Accurate, robust and automated + longitudinal and cross-sectional brain change analysis. NeuroImage. 2002;17:479\u2013489.", + "ArticleIdList": {"ArticleId": {"#text": "12482100", "@IdType": "pubmed"}}}, + {"Citation": "Smith EE, Jonides J. Storage and executive processes in the + frontal lobes. Science. 1999;283:1657\u20131661.", "ArticleIdList": {"ArticleId": + {"#text": "10073923", "@IdType": "pubmed"}}}, {"Citation": "Stern Y, Sano + M, Paulsen J, Mayeux R. Modified Mini-Mental State Examination: Validity and + Reliability. Neurology. 1987;37:179.", "ArticleIdList": {"ArticleId": {"#text": + "0", "@IdType": "pubmed"}}}, {"Citation": "vanVeen V, Carter JS. Separating + semantic and response conflict in the Stroop task: A functional MRI study. + NeuroImage. 2005;27:297\u2013504.", "ArticleIdList": {"ArticleId": {"#text": + "15964208", "@IdType": "pubmed"}}}, {"Citation": "Woolrich MW, Behrens TE, + Beckmann CF, Jenkinson M, Smith SM. Multi-level linear modelling for FMRI + group analysis using Bayesian inference. NeuroImage. 2004;21:1732\u20131747.", + "ArticleIdList": {"ArticleId": {"#text": "15050594", "@IdType": "pubmed"}}}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "19699019", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1090-2147", "@IssnType": "Electronic"}, "Title": "Brain + and cognition", "JournalIssue": {"Issue": "3", "Volume": "71", "PubDate": + {"Year": "2009", "Month": "Dec"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Brain Cogn"}, "Abstract": {"AbstractText": "We investigated the relative + involvement of cortical regions supporting attentional control in older and + younger adults during performance on a modified version of the Stroop task. + Participants were exposed to two different types of incongruent trials. One + of these, an incongruent-ineligible condition, produces conflict at the non-response + level, while the second, an incongruent-eligible condition, produces conflict + at both non-response and response levels of information processing. Greater + attentional control is needed to perform the incongruent-eligible condition + compared to other conditions. We examined the cortical recruitment associated + with this task in an event-related functional magnetic resonance imaging paradigm + in 25 older and 25 younger adults. Our results indicated that while younger + adults demonstrated an increase in the activation of cortical regions responsible + for maintaining attentional control in response to increased levels of conflict, + such sensitivity and flexibility of the cortical regions to increased attentional + control demands was absent in older adults. These results suggest a limitation + in older adults'' capabilities for flexibly recruiting the attentional network + in response to increasing attentional demands."}, "Language": "eng", "@PubModel": + "Print-Electronic", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "R37 AG025667"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG025032"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "R01 AG25032"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "R01 AG25667"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", + "Country": "United States", "GrantID": "R01 AG025667"}], "@CompleteYN": "Y"}, + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Ruchika Shaurya", + "Initials": "RS", "LastName": "Prakash", "AffiliationInfo": {"Affiliation": + "Department of Psychology, The Ohio State University, USA. prakash.30@osu.edu"}}, + {"@ValidYN": "Y", "ForeName": "Kirk I", "Initials": "KI", "LastName": "Erickson"}, + {"@ValidYN": "Y", "ForeName": "Stanley J", "Initials": "SJ", "LastName": "Colcombe"}, + {"@ValidYN": "Y", "ForeName": "Jennifer S", "Initials": "JS", "LastName": + "Kim"}, {"@ValidYN": "Y", "ForeName": "Michelle W", "Initials": "MW", "LastName": + "Voss"}, {"@ValidYN": "Y", "ForeName": "Arthur F", "Initials": "AF", "LastName": + "Kramer"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "335", "StartPage": + "328", "MedlinePgn": "328-35"}, "ArticleDate": {"Day": "20", "Year": "2009", + "Month": "08", "@DateType": "Electronic"}, "ELocationID": {"#text": "10.1016/j.bandc.2009.07.005", + "@EIdType": "doi", "@ValidYN": "Y"}, "ArticleTitle": "Age-related differences + in the involvement of the prefrontal cortex in attentional control.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D052061", "#text": "Research Support, N.I.H., Extramural"}, {"@UI": "D013485", + "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "29", + "Year": "2025", "Month": "05"}, "DateCompleted": {"Day": "09", "Year": "2009", + "Month": "12"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000293", "#text": "Adolescent", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000328", "#text": "Adult", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000367", "#text": "Age + Factors", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", "#text": + "Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000704", "#text": + "Analysis of Variance", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D007091", "#text": "Image Processing, Computer-Assisted", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D010470", + "#text": "Perceptual Masking", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D010775", "#text": "Photic Stimulation", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D011597", "#text": "Psychomotor Performance", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D011930", "#text": "Reaction + Time", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D057190", "#text": + "Stroop Test", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D014796", + "#text": "Visual Perception", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Brain Cogn", "ISSNLinking": "0278-2626", + "NlmUniqueID": "8218014"}}}, "semantic_scholar": {"year": 2009, "title": "Age-related + differences in the involvement of the prefrontal cortex in attentional control", + "venue": "Brain and Cognition", "authors": [{"name": "R. Prakash", "authorId": + "2465943"}, {"name": "K. Erickson", "authorId": "3298565"}, {"name": "S. Colcombe", + "authorId": "2961967"}, {"name": "Jennifer S. Kim", "authorId": "2109208585"}, + {"name": "M. Voss", "authorId": "2437622"}, {"name": "A. Kramer", "authorId": + "2172224901"}], "paperId": "dad9a100a32a3e8406002aa9f9c005be18b888bb", "abstract": + null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc2783271?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: The following paper + fields have been elided by the publisher: {''abstract''}. Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.bandc.2009.07.005?email= + or https://doi.org/10.1016/j.bandc.2009.07.005, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2009-12-01"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T16:59:05.925032+00:00", "analyses": [{"id": "V32g8oGc4msv", "user": + null, "name": "(A)", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl2", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Local maxima in the incongruent>neutral + contrast for (A) older adults and (B) younger adults.", "conditions": [], + "weights": [], "points": [{"id": "L6VuiJ65nkER", "coordinates": [12.0, -96.0, + 22.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 2.8}]}, {"id": "CVxhftFzG87a", "coordinates": [-42.0, + 3.0, 35.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.39}]}, {"id": "CJQo9yYmEgk2", "coordinates": + [-36.0, -68.0, 43.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.38}]}, {"id": "6Ftww6g7r5Mm", "coordinates": + [-55.0, 19.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.48}]}, {"id": "wNnvmanugqj2", "coordinates": + [-6.0, -78.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.94}]}, {"id": "a9HBAEaqCfqN", "coordinates": + [-48.0, -61.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.22}]}], "images": []}, {"id": "8H9bobfcJQHk", + "user": null, "name": "(B)", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "tbl2", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Local maxima in the incongruent>neutral + contrast for (A) older adults and (B) younger adults.", "conditions": [], + "weights": [], "points": [{"id": "JjA2KqmABB55", "coordinates": [-22.0, -72.0, + -19.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.28}]}, {"id": "KHn34cVdF8Bi", "coordinates": [-48.0, + 7.0, 29.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.68}]}, {"id": "7dWnTDTP2Tzx", "coordinates": + [48.0, 11.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.43}]}, {"id": "VDqnt3d4KH6d", "coordinates": + [-51.0, -37.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.92}]}, {"id": "WoHrvRV6jaKh", "coordinates": + [-32.0, 20.0, 5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.21}]}, {"id": "tdj5z4rmzuvz", "coordinates": + [40.0, 14.0, 3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.81}]}, {"id": "6Lv79UnFegA3", "coordinates": + [-8.0, -87.0, -9.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.0}]}, {"id": "pGsui5x9BJzQ", "coordinates": + [12.0, -82.0, -18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.2}]}, {"id": "FJNionLunjqA", "coordinates": + [-26.0, -72.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.52}]}, {"id": "LB4heJAHGSrN", "coordinates": + [14.0, -71.0, 7.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.08}]}, {"id": "JSRcnbg42n35", "coordinates": + [-14.0, -75.0, 62.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.09}]}, {"id": "oq5nBmk2fADj", "coordinates": + [-65.0, -51.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.37}]}], "images": []}]}, {"id": + "NWsVB7HRR89W", "created_at": "2026-01-26T17:35:49.787757+00:00", "updated_at": + null, "user": "github|12564882", "name": "Both left and right posterior parietal + activations contribute to compensatory processes in normal aging", "description": + "Older adults often exhibit greater brain activation in prefrontal cortex + compared to younger adults, and there is some evidence that this increased + activation compensates for age-related neural degradation that would otherwise + adversely affect cognitive performance. Less is known about aging and compensatory + recruitment in the parietal cortex. In this event-related functional magnetic + resonance imaging study, we presented healthy young and old participants with + two Stroop-like tasks (number magnitude and physical size). In young, the + number magnitude task activated right parietal cortex and the physical size + task activated left parietal cortex. In older adults, we observed contralateral + parietal recruitment that depended on the task: in the number magnitude task + older participants recruited left posterior parietal cortex (in addition to + the right parietal activity observed in young) while in the physical size + task they recruited right (in addition to left) posterior parietal cortex. + In both cases, the additional parietal activity was associated with better + performance suggesting that it played a compensatory role. Older adults also + recruited left prefrontal cortex during both tasks and this common activation + was also associated with better performance. The results provide evidence + for task-specific compensatory recruitment in parietal cortex as well as task-independent + compensatory recruitment in prefrontal cortex in normal aging.", "publication": + "Neuropsychologia", "doi": "10.1016/j.neuropsychologia.2011.10.022", "pmid": + "22063904", "authors": "Huang CM, Polk TA, Goh JO, Park DC", "year": 2012, + "metadata": {"sample_size": null}, "source": "neurostore", "source_id": "3gAhmkckz4Gc", + "source_updated_at": "2024-03-22T01:22:00.071558+00:00", "analyses": [{"id": + "q3PJS9nnQmyT", "user": "github|12564882", "name": "T3", "metadata": null, + "description": "new description", "conditions": [], "weights": [], "points": + [{"id": "Wwv6TiH55ssu", "coordinates": [34.0, -56.0, 60.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": null, + "value": null}]}, {"id": "ySWbBWHHoZRJ", "coordinates": [-8.0, -46.0, -18.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + null, "value": null}]}, {"id": "k8pCavxJwYsr", "coordinates": [16.0, -48.0, + -44.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": null, "value": null}]}, {"id": "HK5vaUKTLh3i", "coordinates": [46.0, + -28.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": null, "value": null}]}, {"id": "22BUwitkCWNM", "coordinates": + [-52.0, -50.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "NeWEbZq6xEMr", "coordinates": + [-6.0, -22.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "reZLcMR5PjXY", "coordinates": + [52.0, 20.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "QxCYEJVzbm7E", "coordinates": + [-36.0, 28.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "uFG7Z35aRBrS", "coordinates": + [28.0, 58.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "rvtwMKbtZ5cA", "coordinates": + [8.0, 22.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "5dnJu3t929qJ", "coordinates": + [-32.0, 50.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "hZXtreSihyiD", "coordinates": + [40.0, 56.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "wF5uwM6wLpdi", "coordinates": + [16.0, -68.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "whWpfVaLFFjv", "coordinates": + [16.0, -68.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "S9Ew4wKk6WT8", "coordinates": + [-48.0, -38.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "2FJFuWBAt4qL", "coordinates": + [-12.0, -70.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "CcvhBBuNeKKZ", "coordinates": + [62.0, -36.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "pFTYVSTWaxvs", "coordinates": + [-30.0, -58.0, -36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "5ZmXbgGqNVGV", "coordinates": + [36.0, -50.0, -32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "YGGypWrPsJZX", "coordinates": + [-24.0, -72.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "uPUwrY8VJaGK", "coordinates": + [-14.0, -24.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "qeTVH93ApKML", "coordinates": + [44.0, 24.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "YefV3wDJMUWR", "coordinates": + [-54.0, 12.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "8wZii8gGAP2M", "coordinates": + [32.0, 44.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "TtzVrbnEZQUF", "coordinates": + [-38.0, 8.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "gckwP7Eehzcg", "coordinates": + [10.0, 20.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Sf9i7xv75syC", "coordinates": + [14.0, 8.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "inMapYQizp8Q", "coordinates": + [-30.0, 10.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "ytCQbjuPnwGJ", "coordinates": + [-48.0, 6.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "AsNicUg3x6SP", "coordinates": + [-32.0, -50.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Yajsd2agK6T8", "coordinates": + [38.0, -48.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "L5sEByJxb59G", "coordinates": + [60.0, -32.0, 50.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "mxrmqutKdoWV", "coordinates": + [12.0, -66.0, 64.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}, {"id": "ShPoM5QXnUi4", + "user": "github|12564882", "name": "T5", "metadata": null, "description": + null, "conditions": [], "weights": [], "points": [{"id": "PAQzphP3Busy", "coordinates": + [-52.0, -6.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "YrdtaMmMYNWq", "coordinates": + [-36.0, 52.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "TKpUBvGHtWgi", "coordinates": + [34.0, 60.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "PLYK3rMvJemV", "coordinates": + [-10.0, -10.0, 62.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "dJgd2AcRdjtv", "coordinates": + [-60.0, -36.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "JVn8u4xf6iDB", "coordinates": + [-20.0, -34.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "fivCbD2KdDxg", "coordinates": + [12.0, -54.0, -22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}, {"id": "MeqYCosVNRyN", + "user": "github|12564882", "name": "T4", "metadata": null, "description": + null, "conditions": [], "weights": [], "points": [{"id": "LW2ddFUyY2SS", "coordinates": + [-28.0, -18.0, 72.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "RFKVt68eoSH5", "coordinates": + [32.0, -32.0, 74.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "cJykcYCRAybN", "coordinates": + [38.0, -6.0, 66.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "RNZEUcFUtDy4", "coordinates": + [6.0, -2.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "J8iDY7QdQcBV", "coordinates": + [-4.0, 30.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "3cUhXuaaEehX", "coordinates": + [-24.0, 12.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Fn3nKVjMwdYW", "coordinates": + [34.0, 62.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "TtmESa7trB2y", "coordinates": + [36.0, -44.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "LfzPhTgn6WTR", "coordinates": + [-22.0, -44.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "pK3M2bAU7oY8", "coordinates": + [20.0, -68.0, -20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "sQcdNBbUWkPt", "coordinates": + [46.0, -28.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "JaVqNcDsrCvK", "coordinates": + [-30.0, -62.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "TwRbByLEp8GZ", "coordinates": + [38.0, -50.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "Y32HNyXyvsLa", "coordinates": + [-32.0, -54.0, 34.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "aUNAyxxxS6k6", "coordinates": + [-12.0, -72.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}, {"id": "ZKSSVBSGEmqt", "coordinates": + [58.0, -32.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": null, "value": null}]}], "images": []}]}, {"id": + "NpyJt4hQWaoo", "created_at": "2025-12-03T22:43:57.366760+00:00", "updated_at": + null, "user": null, "name": "Right anterior cerebellum BOLD responses reflect + age related changes in Simon task sequential effects", "description": "Participants + are slower to report a feature, such as color, when the target appears on + the side opposite the instructed response, than when the target appears on + the same side. This finding suggests that target location, even when task-irrelevant, + interferes with response selection. This effect is magnified in older adults. + Lengthening the inter-trial interval, however, suffices to normalize the congruency + effect in older adults, by re-establishing young-like sequential effects (Aisenberg + et al., 2014). We examined the neurological correlates of age related changes + by comparing BOLD signals in young and old participants performing a visual + version of the Simon task. Participants reported the color of a peripheral + target, by a left or right-hand keypress. Generally, BOLD responses were greater + following incongruent than congruent targets. Also, they were delayed and + of smaller amplitude in old than young participants. BOLD responses in visual + and motor regions were also affected by the congruency of the previous target, + suggesting that sequential effects may reflect remapping of stimulus location + onto the hand used to make a response. Crucially, young participants showed + larger BOLD responses in right anterior cerebellum to incongruent targets, + when the previous target was congruent, but smaller BOLD responses to incongruent + targets when the previous target was incongruent. Old participants, however, + showed larger BOLD responses to congruent than incongruent targets, irrespective + of the previous target congruency. We conclude that aging may interfere with + the trial by trial updating of the mapping between the task-irrelevant target + location and response, which takes place during the inter-trial interval in + the cerebellum and underlays sequential effects in a Simon task.", "publication": + "Neuropsychologia", "doi": "10.1016/j.neuropsychologia.2017.12.012", "pmid": + "29233718", "authors": "D. Aisenberg; D. Aisenberg; A. Sapir; Alex Close; + A. Henik; G. d''Avossa", "year": 2018, "metadata": {"slug": "29233718-10-1016-j-neuropsychologia-2017-12-012", + "source": "semantic_scholar", "keywords": ["Aging", "Cerebellum", "Sequential + effects", "Simon task", "Stimulus-response remapping"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "15", "Year": "2017", + "Month": "2", "@PubStatus": "received"}, {"Day": "6", "Year": "2017", "Month": + "12", "@PubStatus": "revised"}, {"Day": "7", "Year": "2017", "Month": "12", + "@PubStatus": "accepted"}, {"Day": "14", "Hour": "6", "Year": "2017", "Month": + "12", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "29", "Hour": "6", "Year": + "2019", "Month": "1", "Minute": "0", "@PubStatus": "medline"}, {"Day": "14", + "Hour": "6", "Year": "2017", "Month": "12", "Minute": "0", "@PubStatus": "entrez"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "29233718", "@IdType": "pubmed"}, + {"#text": "10.1016/j.neuropsychologia.2017.12.012", "@IdType": "doi"}, {"#text": + "S0028-3932(17)30477-3", "@IdType": "pii"}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "29233718", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1873-3514", + "@IssnType": "Electronic"}, "Title": "Neuropsychologia", "JournalIssue": {"Volume": + "109", "PubDate": {"Day": "31", "Year": "2018", "Month": "Jan"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "Neuropsychologia"}, "Abstract": {"AbstractText": + "Participants are slower to report a feature, such as color, when the target + appears on the side opposite the instructed response, than when the target + appears on the same side. This finding suggests that target location, even + when task-irrelevant, interferes with response selection. This effect is magnified + in older adults. Lengthening the inter-trial interval, however, suffices to + normalize the congruency effect in older adults, by re-establishing young-like + sequential effects (Aisenberg et al., 2014). We examined the neurological + correlates of age related changes by comparing BOLD signals in young and old + participants performing a visual version of the Simon task. Participants reported + the color of a peripheral target, by a left or right-hand keypress. Generally, + BOLD responses were greater following incongruent than congruent targets. + Also, they were delayed and of smaller amplitude in old than young participants. + BOLD responses in visual and motor regions were also affected by the congruency + of the previous target, suggesting that sequential effects may reflect remapping + of stimulus location onto the hand used to make a response. Crucially, young + participants showed larger BOLD responses in right anterior cerebellum to + incongruent targets, when the previous target was congruent, but smaller BOLD + responses to incongruent targets when the previous target was incongruent. + Old participants, however, showed larger BOLD responses to congruent than + incongruent targets, irrespective of the previous target congruency. We conclude + that aging may interfere with the trial by trial updating of the mapping between + the task-irrelevant target location and response, which takes place during + the inter-trial interval in the cerebellum and underlays sequential effects + in a Simon task.", "CopyrightInformation": "Copyright \u00a9 2017 Elsevier + Ltd. All rights reserved."}, "Language": "eng", "@PubModel": "Print-Electronic", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "D", "Initials": "D", + "LastName": "Aisenberg", "AffiliationInfo": {"Affiliation": "Department of + Psychology and Zlotowski Center for Neuroscience, Ben-Gurion University of + the Negev, Beer Sheva, Israel; Department of clinical Psychology - Gerontology, + Ruppin Academic center, Emek Hefer, Israel. Electronic address: danielaa@ruppin.ac.il."}}, + {"@ValidYN": "Y", "ForeName": "A", "Initials": "A", "LastName": "Sapir", "AffiliationInfo": + {"Affiliation": "School of Psychology and Wolfson Center of Clinical and Cognitive + Neuroscience, Bangor University, Wales, UK."}}, {"@ValidYN": "Y", "ForeName": + "A", "Initials": "A", "LastName": "Close", "AffiliationInfo": {"Affiliation": + "School of Psychology and Wolfson Center of Clinical and Cognitive Neuroscience, + Bangor University, Wales, UK."}}, {"@ValidYN": "Y", "ForeName": "A", "Initials": + "A", "LastName": "Henik", "AffiliationInfo": {"Affiliation": "Department of + Psychology and Zlotowski Center for Neuroscience, Ben-Gurion University of + the Negev, Beer Sheva, Israel."}}, {"@ValidYN": "Y", "ForeName": "G", "Initials": + "G", "LastName": "d''Avossa", "AffiliationInfo": {"Affiliation": "School of + Psychology and Wolfson Center of Clinical and Cognitive Neuroscience, Bangor + University, Wales, UK."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "164", "StartPage": "155", "MedlinePgn": "155-164"}, "ArticleDate": {"Day": + "09", "Year": "2017", "Month": "12", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neuropsychologia.2017.12.012", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0028-3932(17)30477-3", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Right anterior cerebellum BOLD responses reflect age related + changes in Simon task sequential effects.", "PublicationTypeList": {"PublicationType": + [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": "D013485", "#text": + "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "28", "Year": + "2019", "Month": "01"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Cerebellum", "@MajorTopicYN": "N"}, + {"#text": "Sequential effects", "@MajorTopicYN": "N"}, {"#text": "Simon task", + "@MajorTopicYN": "N"}, {"#text": "Stimulus-response remapping", "@MajorTopicYN": + "N"}]}, "ChemicalList": {"Chemical": {"RegistryNumber": "S88TT14065", "NameOfSubstance": + {"@UI": "D010100", "#text": "Oxygen"}}}, "DateCompleted": {"Day": "28", "Year": + "2019", "Month": "01"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", + "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", + "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, {"@UI": "Q000523", "#text": + "psychology", "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D000375", + "#text": "Aging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D001931", + "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": + "Q000098", "#text": "blood supply", "@MajorTopicYN": "N"}, {"@UI": "Q000000981", + "#text": "diagnostic imaging", "@MajorTopicYN": "Y"}, {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D002531", + "#text": "Cerebellum", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D002560", + "#text": "Cerebrovascular Circulation", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D007839", "#text": "Functional Laterality", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D009043", + "#text": "Motor Activity", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000097", "#text": "blood", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D010100", "#text": "Oxygen", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D013028", "#text": "Space Perception", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D014796", "#text": "Visual Perception", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "England", "MedlineTA": "Neuropsychologia", "ISSNLinking": "0028-3932", + "NlmUniqueID": "0020713"}}}, "semantic_scholar": {"year": 2018, "title": "Right + anterior cerebellum BOLD responses reflect age related changes in Simon task + sequential effects", "venue": "Neuropsychologia", "authors": [{"name": "D. + Aisenberg", "authorId": "5462757"}, {"name": "D. Aisenberg", "authorId": "5462757"}, + {"name": "A. Sapir", "authorId": "32001069"}, {"name": "Alex Close", "authorId": + "32422222"}, {"name": "A. Henik", "authorId": "143665696"}, {"name": "G. d''Avossa", + "authorId": "1402430383"}], "paperId": "015d642dea9f5898816837df471549bbfcdc087f", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://research.bangor.ac.uk/portal/files/20060282/2017_Right_anterior.pdf", + "status": "GREEN", "license": "CCBYNCND", "disclaimer": "Notice: Paper or + abstract available at https://api.unpaywall.org/v2/10.1016/j.neuropsychologia.2017.12.012?email= + or https://doi.org/10.1016/j.neuropsychologia.2017.12.012, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-01-31"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T22:46:30.674073+00:00", "analyses": + [{"id": "aN93d77Wm8Nt", "user": null, "name": "t0010", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "t0010", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010_coordinates.csv"}, + "original_table_id": "t0010"}, "table_metadata": {"table_id": "t0010", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010_coordinates.csv"}, + "sanitized_table_id": "t0010"}, "description": "Talairach Coordinates of the + Peaks in the present target congruency by age by time multiple comparison + corrected z-transformed map.", "conditions": [], "weights": [], "points": + [{"id": "LepjBW7nVnv2", "coordinates": [-29.0, 0.0, -45.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 4.82}]}, {"id": "jMT23WdAh78r", "coordinates": [3.0, -53.0, 23.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.46}]}, {"id": "BXg7M4GL9ojo", "coordinates": [-8.0, -80.0, + 32.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.3}]}, {"id": "enbX2WdyCpso", "coordinates": [47.0, + -52.0, -21.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.87}]}, {"id": "okEnGDzB2EXM", "coordinates": + [5.0, -55.0, 37.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.81}]}, {"id": "KRrwMyg84kuw", "coordinates": + [-43.0, 0.0, -45.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.79}]}, {"id": "X27GgWBj8ZLc", "coordinates": + [-3.0, -19.0, 55.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.73}]}, {"id": "HVbydeF7XcnN", "coordinates": + [0.0, -46.0, 29.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.67}]}], "images": []}, {"id": "N259WfACrE2h", + "user": null, "name": "Talairach Coordinates of the Peaks in the previous + target congruency by present target congruency by time multiple comparison + corrected z-transformed map.", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Talairach Coordinates of the + Peaks in the previous target congruency by present target congruency by time + multiple comparison corrected z-transformed map.", "conditions": [], "weights": + [], "points": [{"id": "S5Q8xeCKfWkR", "coordinates": [-41.0, -26.0, 58.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.46}]}, {"id": "p84GPBpN9ax5", "coordinates": [-42.0, -28.0, + 46.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.65}]}, {"id": "mDDZxKziAgPf", "coordinates": [22.0, + -56.0, -21.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.27}]}, {"id": "Fc7GJMKkTwkB", "coordinates": + [15.0, -61.0, -18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.07}]}, {"id": "tvU6gWwDePZP", "coordinates": + [36.0, -24.0, 50.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.67}]}, {"id": "brSWinGHa9So", "coordinates": + [-14.0, -75.0, -1.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.35}]}, {"id": "waPWNCGXCpdH", "coordinates": + [-39.0, -15.0, 59.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.1}]}], "images": []}]}, {"id": "PuEBcXVh3amA", + "created_at": "2025-12-05T04:51:59.441429+00:00", "updated_at": null, "user": + null, "name": "Cardiovascular risks and brain function: a functional magnetic + resonance imaging study of executive function in older adults", "description": + "Cardiovascular (CV) risk factors, such as hypertension, diabetes, and hyperlipidemia + are associated with cognitive impairment and risk of dementia in older adults. + However, the mechanisms linking them are not clear. This study aims to investigate + the association between aggregate CV risk, assessed by the Framingham general + cardiovascular risk profile, and functional brain activation in a group of + community-dwelling older adults. Sixty participants (mean age: 64.6 years) + from the Brain Health Study, a nested study of the Baltimore Experience Corps + Trial, underwent functional magnetic resonance imaging using the Flanker task. + We found that participants with higher CV risk had greater task-related activation + in the left inferior parietal region, and this increased activation was associated + with poorer task performance. Our results provide insights into the neural + systems underlying the relationship between CV risk and executive function. + Increased activation of the inferior parietal region may offer a pathway through + which CV risk increases risk for cognitive impairment.", "publication": "Neurobiology + of Aging", "doi": "10.1016/j.neurobiolaging.2013.12.008", "pmid": "24439485", + "authors": "Y. Chuang; D. Eldreth; K. Erickson; V. Varma; Gregory C. Harris; + L. Fried; G. Rebok; E. Tanner; M. Carlson", "year": 2014, "metadata": {"slug": + "24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177", "source": "semantic_scholar", + "keywords": ["Brain function", "Cardiovascular risk", "Executive function", + "Framingham risk score", "Older adults", "fMRI"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "15", "Year": "2013", + "Month": "8", "@PubStatus": "received"}, {"Day": "9", "Year": "2013", "Month": + "12", "@PubStatus": "revised"}, {"Day": "12", "Year": "2013", "Month": "12", + "@PubStatus": "accepted"}, {"Day": "21", "Hour": "6", "Year": "2014", "Month": + "1", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "21", "Hour": "6", "Year": + "2014", "Month": "1", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "15", + "Hour": "6", "Year": "2014", "Month": "12", "Minute": "0", "@PubStatus": "medline"}, + {"Day": "2", "Year": "2015", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "24439485", "@IdType": "pubmed"}, + {"#text": "NIHMS650967", "@IdType": "mid"}, {"#text": "PMC4282177", "@IdType": + "pmc"}, {"#text": "10.1016/j.neurobiolaging.2013.12.008", "@IdType": "doi"}, + {"#text": "S0197-4580(13)00647-7", "@IdType": "pii"}]}, "ReferenceList": {"Reference": + [{"Citation": "Albert MS, Moss MB, Tanzi R, Jones K. Preclinical prediction + of AD using neuropsychological tests. J Int Neuropsychol Soc. 2001;7:631\u2013639.", + "ArticleIdList": {"ArticleId": {"#text": "11459114", "@IdType": "pubmed"}}}, + {"Citation": "Beason-Held LL, Thambisetty M, Deib G, Sojkova J, Landman BA, + Zonderman AB, Ferrucci L, Kraut MA, Resnick SM. Baseline cardiovascular risk + predicts subsequent changes in resting brain function. Stroke. 2012;43:1542\u20131547.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3361601", "@IdType": "pmc"}, + {"#text": "22492519", "@IdType": "pubmed"}]}}, {"Citation": "Beckmann CF, + Jenkinson M, Smith SM. General multilevel linear modeling for group analysis + in FMRI. Neuroimage. 2003;20:1052\u20131063.", "ArticleIdList": {"ArticleId": + {"#text": "14568475", "@IdType": "pubmed"}}}, {"Citation": "Beckmann CF, Smith + SM. Probabilistic independent component analysis for functional magnetic resonance + imaging. IEEE Trans Med Imaging. 2004;23:137\u2013152. http://dx.doi.org/10.1109/TMI.2003.822821.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1109/TMI.2003.822821", "@IdType": + "doi"}, {"#text": "14964560", "@IdType": "pubmed"}]}}, {"Citation": "Bokde + AL, Lopez-Bayo P, Born C, Dong W, Meindl T, Leinsinger G, Teipel SJ, Faltraco + F, Reiser M, Moller HJ, Hampel H. Functional abnormalities of the visual processing + system in subjects with mild cognitive impairment: an fMRI study. Psychiatry + Res. 2008;163:248\u2013259. http://dx.doi.org/10.1016/j.pscychresns.2007.08.013.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.pscychresns.2007.08.013", + "@IdType": "doi"}, {"#text": "18672352", "@IdType": "pubmed"}]}}, {"Citation": + "Bokde AL, Lopez-Bayo P, Born C, Ewers M, Meindl T, Teipel SJ, Faltraco F, + Reiser MF, Moller HJ, Hampel H. Alzheimer disease: functional abnormalities + in the dorsal visual pathway. Radiology. 2010;254:219\u2013226. http://dx.doi.org/10.1148/radiol.2541090558.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1148/radiol.2541090558", "@IdType": + "doi"}, {"#text": "20032154", "@IdType": "pubmed"}]}}, {"Citation": "Bondi + MW, Houston WS, Eyler LT, Brown GG. fMRI evidence of compensatory mechanisms + in older adults at genetic risk for Alzheimer disease. Neurology. 2005;64:501\u2013508.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1761695", "@IdType": "pmc"}, + {"#text": "15699382", "@IdType": "pubmed"}]}}, {"Citation": "Bookheimer SY, + Strojwas MH, Cohen MS, Saunders AM, Pericak-Vance MA, Mazziotta JC, Small + GW. Patterns of brain activation in people at risk for Alzheimer\u2019s disease. + N Engl J Med. 2000;343:450\u2013456. http://dx.doi.org/10.1056/NEJM200008173430701.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1056/NEJM200008173430701", "@IdType": + "doi"}, {"#text": "PMC2831477", "@IdType": "pmc"}, {"#text": "10944562", "@IdType": + "pubmed"}]}}, {"Citation": "Botvinick M, Nystrom LE, Fissell K, Carter CS, + Cohen JD. Conflict monitoring versus selection-for-action in anterior cingulate + cortex. Nature. 1999;402:179\u2013181. http://dx.doi.org/10.1038/46035.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/46035", "@IdType": "doi"}, + {"#text": "10647008", "@IdType": "pubmed"}]}}, {"Citation": "Braak H, Braak + E. Development of Alzheimer-related neurofibrillary changes in the neocortex + inversely recapitulates cortical myelogenesis. Acta Neuropathol. 1996;92:197\u2013201.", + "ArticleIdList": {"ArticleId": {"#text": "8841666", "@IdType": "pubmed"}}}, + {"Citation": "Braskie MN, Small GW, Bookheimer SY. Vascular health risks and + fMRI activation during a memory task in older adults. Neurobiol Aging. 2010;31:1532\u20131542.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2965069", "@IdType": "pmc"}, + {"#text": "18829134", "@IdType": "pubmed"}]}}, {"Citation": "Buckner RL. Memory + and executive function in aging and AD: multiple factors that cause decline + and reserve factors that compensate. Neuron. 2004;44:195\u2013208.", "ArticleIdList": + {"ArticleId": {"#text": "15450170", "@IdType": "pubmed"}}}, {"Citation": "Buckner + RL, Snyder AZ, Shannon BJ, LaRossa G, Sachs R, Fotenos AF, Sheline YI, Klunk + WE, Mathis CA, Morris JC, Mintun MA. Molecular, structural, and functional + characterization of Alzheimer\u2019s disease: evidence for a relationship + between default activity, amyloid, and memory. J Neurosci. 2005;25:7709\u20137717.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6725245", "@IdType": "pmc"}, + {"#text": "16120771", "@IdType": "pubmed"}]}}, {"Citation": "Bunge SA, Hazeltine + E, Scanlon MD, Rosen AC, Gabrieli JD. Dissociable contributions of prefrontal + and parietal cortices to response selection. Neuro-image. 2002;17:1562\u20131571.", + "ArticleIdList": {"ArticleId": {"#text": "12414294", "@IdType": "pubmed"}}}, + {"Citation": "Carlson MC, Saczynski JS, Rebok GW, Seeman T, Glass TA, McGill + S, Tielsch J, Frick KD, Hill J, Fried LP. Exploring the effects of an \u201ceveryday\u201d + activity program on executive function and memory in older adults: Experience + Corps. Gerontologist. 2008;48:793\u2013801.", "ArticleIdList": {"ArticleId": + {"#text": "19139252", "@IdType": "pubmed"}}}, {"Citation": "Carlson MC, Xue + QL, Zhou J, Fried LP. Executive decline and dysfunction precedes declines + in memory: the Women\u2019s Health and Aging Study II. J Gerontol A Biol Sci + Med Sci. 2009;64:110\u2013117.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC2691188", "@IdType": "pmc"}, {"#text": "19182230", "@IdType": "pubmed"}]}}, + {"Citation": "Casey BJ, Thomas KM, Welsh TF, Badgaiyan RD, Eccard CH, Jennings + JR, Crone EA. Dissociation of response conflict, attentional selection, and + expectancy with functional magnetic resonance imaging. Proc Natl Acad Sci + USA. 2000;97:8728\u20138733.", "ArticleIdList": {"ArticleId": [{"#text": "PMC27016", + "@IdType": "pmc"}, {"#text": "10900023", "@IdType": "pubmed"}]}}, {"Citation": + "Colby CL, Goldberg ME. Space and attention in parietal cortex. Annu Rev Neurosci. + 1999;22:319\u2013349. http://dx.doi.org/10.1146/annurev.neuro.22.1.319.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.neuro.22.1.319", + "@IdType": "doi"}, {"#text": "10202542", "@IdType": "pubmed"}]}}, {"Citation": + "Colcombe SJ, Kramer AF, Erickson KI, Scalf P. The implications of cortical + recruitment and brain morphology for individual differences in inhibitory + function in aging humans. Psychol Aging. 2005;20:363\u2013375.", "ArticleIdList": + {"ArticleId": {"#text": "16248697", "@IdType": "pubmed"}}}, {"Citation": "Colcombe + SJ, Kramer AF, Erickson KI, Scalf P, McAuley E, Cohen NJ, Webb A, Jerome GJ, + Marquez DX, Elavsky S. Cardiovascular fitness, cortical plasticity, and aging. + Proc Natl Acad Sci USA. 2004;101:3316\u20133321.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", "@IdType": + "pubmed"}]}}, {"Citation": "Corbetta M, Akbudak E, Conturo TE, Snyder AZ, + Ollinger JM, Drury HA, Linenweber MR, Petersen SE, Raichle ME, Van Essen DC, + Shulman GL. A common network of functional areas for attention and eye movements. + Neuron. 1998;21:761\u2013773.", "ArticleIdList": {"ArticleId": {"#text": "9808463", + "@IdType": "pubmed"}}}, {"Citation": "Corbetta M, Kincade JM, Ollinger JM, + McAvoy MP, Shulman GL. Voluntary orienting is dissociated from target detection + in human posterior parietal cortex. Nat Neurosci. 2000;3:292\u2013297. http://dx.doi.org/10.1038/73009.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/73009", "@IdType": "doi"}, + {"#text": "10700263", "@IdType": "pubmed"}]}}, {"Citation": "D\u2019Agostino + RB, Sr, Vasan RS, Pencina MJ, Wolf PA, Cobain M, Massaro JM, Kannel WB. General + cardiovascular risk profile for use in primary care: the Framingham Heart + Study. Circulation. 2008;117:743\u2013753.", "ArticleIdList": {"ArticleId": + {"#text": "18212285", "@IdType": "pubmed"}}}, {"Citation": "Dufouil C, de + Kersaint-Gilly A, Besancon V, Levy C, Auffray E, Brunnereau L, Alperovitch + A, Tzourio C. Longitudinal study of blood pressure and white matter hyperintensities: + the EVA MRI Cohort. Neurology. 2001;56:921\u2013926.", "ArticleIdList": {"ArticleId": + {"#text": "11294930", "@IdType": "pubmed"}}}, {"Citation": "Durston S, Davidson + MC, Thomas KM, Worden MS, Tottenham N, Martinez A, Watts R, Ulug AM, Casey + BJ. Parametric manipulation of conflict and response competition using rapid + mixed-trial event-related fMRI. NeuroImage. 2003;20:2135\u20132141.", "ArticleIdList": + {"ArticleId": {"#text": "14683717", "@IdType": "pubmed"}}}, {"Citation": "Elias + PK, Elias MF, Robbins MA, Budge MM. Blood pressure-related cognitive decline: + does age make a difference? Hypertension. 2004;44:631\u2013636.", "ArticleIdList": + {"ArticleId": {"#text": "15466661", "@IdType": "pubmed"}}}, {"Citation": "Eriksen + BA, Eriksen CW. Effects of noise letters upon the identification of a target + letter in a nonsearch task. Perception & Psychophysics. 1974;16:143\u2013149."}, + {"Citation": "Folstein MF, Folstein SE, McHugh PR. \u201cMini-mental state\u201d + A practical method for grading the cognitive state of patients for the clinician. + J Psychiatr Res. 1975;12:189\u2013198.", "ArticleIdList": {"ArticleId": {"#text": + "1202204", "@IdType": "pubmed"}}}, {"Citation": "Fontbonne A, Berr C, Ducimetiere + P, Alperovitch A. Changes in cognitive abilities over a 4-year period are + unfavorably affected in elderly diabetic subjects: results of the Epidemiology + of Vascular Aging Study. Diabetes Care. 2001;24:366\u2013370.", "ArticleIdList": + {"ArticleId": {"#text": "11213894", "@IdType": "pubmed"}}}, {"Citation": "Fried + LP, Carlson MC, McGill S, Seeman T, Xue QL, Frick K, Tan E, Tanner EK, Barron + J, Frangakis C, Piferi R, Martinez I, Gruenewald T, Martin BK, Berry-Vaughn + L, Stewart J, Dickersin K, Willging PR, Rebok GW. Experience Corps: a dual + trial to promote the health of older adults and children\u2019s academic success. + Contemp Clin Trials. 2013;36:1\u201313. http://dx.doi.org/10.1016/j.cct.2013.05.003.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cct.2013.05.003", "@IdType": + "doi"}, {"#text": "PMC4112377", "@IdType": "pmc"}, {"#text": "23680986", "@IdType": + "pubmed"}]}}, {"Citation": "Garrett KD, Browndyke JN, Whelihan W, Paul RH, + DiCarlo M, Moser DJ, Cohen RA, Ott BR. The neuropsychological profile of vascular + cognitive impairment\u2013no dementia: comparisons to patients at risk for + cerebrovascular disease and vascular dementia. Arch Clin Neuropsychol. 2004;19:745\u2013757.", + "ArticleIdList": {"ArticleId": {"#text": "15288328", "@IdType": "pubmed"}}}, + {"Citation": "Gottesman RF, Coresh J, Catellier DJ, Sharrett AR, Rose KM, + Coker LH, Shibata DK, Knopman DS, Jack CR, Mosley TH., Jr Blood pressure and + white-matter disease progression in a biethnic cohort: Atherosclerosis Risk + in Communities (ARIC) study. Stroke. 2010;41:3\u20138.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2803313", "@IdType": "pmc"}, {"#text": "19926835", + "@IdType": "pubmed"}]}}, {"Citation": "Head D, Buckner RL, Shimony JS, Williams + LE, Akbudak E, Conturo TE, McAvoy M, Morris JC, Snyder AZ. Differential vulnerability + of anterior white matter in nondemented aging with minimal acceleration in + dementia of the Alzheimer type:evidence from diffusion tensor imaging. Cereb + Cortex. 2004;14:410\u2013423.", "ArticleIdList": {"ArticleId": {"#text": "15028645", + "@IdType": "pubmed"}}}, {"Citation": "Hedden T, Gabrieli JD. Insights into + the ageing mind: a view from cognitive neuroscience. Nat Rev Neurosci. 2004;5:87\u201396.", + "ArticleIdList": {"ArticleId": {"#text": "14735112", "@IdType": "pubmed"}}}, + {"Citation": "Hopfinger JB, Buonocore MH, Mangun GR. The neural mechanisms + of top-down attentional control. Nat Neurosci. 2000;3:284\u2013291. http://dx.doi.org/10.1038/72999.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/72999", "@IdType": "doi"}, + {"#text": "10700262", "@IdType": "pubmed"}]}}, {"Citation": "Hurley LP, Dickinson + LM, Estacio RO, Steiner JF, Havranek EP. Prediction of cardiovascular death + in racial/ethnic minorities using Framingham risk factors. Circ Cardiovasc + Qual Outcomes. 2010;3:181\u2013187.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC2853913", "@IdType": "pmc"}, {"#text": "20124526", "@IdType": "pubmed"}]}}, + {"Citation": "Jacobs HI, Van Boxtel MP, Heinecke A, Gronenschild EH, Backes + WH, Ramakers IH, Jolles J, Verhey FR. Functional integration of parietal lobe + activity in early Alzheimer disease. Neurology. 2012a;78:352\u2013360.", "ArticleIdList": + {"ArticleId": {"#text": "22262753", "@IdType": "pubmed"}}}, {"Citation": "Jacobs + HI, Van Boxtel MP, Jolles J, Verhey FR, Uylings HB. Parietal cortex matters + in Alzheimer\u2019s disease: an overview of structural, functional and metabolic + findings. Neurosci Biobehav Rev. 2012b;36:297\u2013309.", "ArticleIdList": + {"ArticleId": {"#text": "21741401", "@IdType": "pubmed"}}}, {"Citation": "Jenkinson + M, Bannister P, Brady M, Smith S. Improved optimization for the robust and + accurate linear registration and motion correction of brain images. NeuroImage. + 2002;17:825\u2013841.", "ArticleIdList": {"ArticleId": {"#text": "12377157", + "@IdType": "pubmed"}}}, {"Citation": "Jennings JR, Muldoon MF, Ryan C, Price + JC, Greer P, Sutton-Tyrrell K, van der Veen FM, Meltzer CC. Reduced cerebral + blood flow response and compensation among patients with untreated hypertension. + Neurology. 2005;64:1358\u20131365.", "ArticleIdList": {"ArticleId": {"#text": + "15851723", "@IdType": "pubmed"}}}, {"Citation": "Kalmijn S, Foley D, White + L, Burchfiel CM, Curb JD, Petrovitch H, Ross GW, Havlik RJ, Launer LJ. Metabolic + cardiovascular syndrome and risk of dementia in Japanese-American elderly + men. The Honolulu-Asia aging study. Arterioscler Thromb Vasc Biol. 2000;20:2255\u20132260.", + "ArticleIdList": {"ArticleId": {"#text": "11031212", "@IdType": "pubmed"}}}, + {"Citation": "Kanaya AM, Barrett-Connor E, Gildengorin G, Yaffe K. Change + in cognitive function by glucose tolerance status in older adults: a 4-year + prospective study of the Rancho Bernardo study cohort. Arch Intern Med. 2004;164:1327\u20131333.", + "ArticleIdList": {"ArticleId": {"#text": "15226167", "@IdType": "pubmed"}}}, + {"Citation": "Kanwisher N, Wojciulik E. Visual attention: insights from brain + imaging. Nat Rev Neurosci. 2000;1:91\u2013100. http://dx.doi.org/10.1038/35039043.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/35039043", "@IdType": "doi"}, + {"#text": "11252779", "@IdType": "pubmed"}]}}, {"Citation": "Kastner S, Pinsk + MA, De Weerd P, Desimone R, Ungerleider LG. Increased activity in human visual + cortex during directed attention in the absence of visual stimulation. Neuron. + 1999;22:751\u2013761.", "ArticleIdList": {"ArticleId": {"#text": "10230795", + "@IdType": "pubmed"}}}, {"Citation": "Kivipelto M, Helkala EL, Laakso MP, + Hanninen T, Hallikainen M, Alhainen K, Soininen H, Tuomilehto J, Nissinen + A. Midlife vascular risk factors and Alzheimer\u2019s disease in later life: + longitudinal, population based study. BMJ. 2001;322:1447\u20131451.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC32306", "@IdType": "pmc"}, {"#text": "11408299", + "@IdType": "pubmed"}]}}, {"Citation": "Kloppenborg RP, van den Berg E, Kappelle + LJ, Biessels GJ. Diabetes and other vascular risk factors for dementia: which + factor matters most? A systematic review. Eur J Pharmacol. 2008;585:97\u2013108.", + "ArticleIdList": {"ArticleId": {"#text": "18395201", "@IdType": "pubmed"}}}, + {"Citation": "Kuo HK, Sorond F, Iloputaife I, Gagnon M, Milberg W, Lipsitz + LA. Effect of blood pressure on cognitive functions in elderly persons. J + Gerontol A Biol Sci Med Sci. 2004;59:1191\u20131194.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC4418553", "@IdType": "pmc"}, {"#text": "15602074", "@IdType": + "pubmed"}]}}, {"Citation": "Luchsinger JA, Reitz C, Honig LS, Tang MX, Shea + S, Mayeux R. Aggregation of vascular risk factors and risk of incident Alzheimer + disease. Neurology. 2005;65:545\u2013551.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC1619350", "@IdType": "pmc"}, {"#text": "16116114", "@IdType": + "pubmed"}]}}, {"Citation": "McKee AC, Au R, Cabral HJ, Kowall NW, Seshadri + S, Kubilus CA, Drake J, Wolf PA. Visual association pathology in preclinical + Alzheimer disease. J Neuropathol Exp Neurol. 2006;65:621\u2013630.", "ArticleIdList": + {"ArticleId": {"#text": "16783172", "@IdType": "pubmed"}}}, {"Citation": "Nyenhuis + DL, Gorelick PB, Geenen EJ, Smith CA, Gencheva E, Freels S, deToledo-Morrell + L. The pattern of neuropsychological deficits in vascular cognitive impairment-no + dementia (Vascular CIND) Clin Neuropsychol. 2004;18:41\u201349.", "ArticleIdList": + {"ArticleId": {"#text": "15595357", "@IdType": "pubmed"}}}, {"Citation": "Prvulovic + D, Hubl D, Sack AT, Melillo L, Maurer K, Frolich L, Lanfermann H, Zanella + FE, Goebel R, Linden DE, Dierks T. Functional imaging of visuospatial processing + in Alzheimer\u2019s disease. NeuroImage. 2002;17:1403\u20131414.", "ArticleIdList": + {"ArticleId": {"#text": "12414280", "@IdType": "pubmed"}}}, {"Citation": "Raz + N, Gunning-Dixon FM, Head D, Dupuis JH, Acker JD. Neuroanatomical correlates + of cognitive aging: evidence from structural magnetic resonance imaging. Neuropsychology. + 1998;12:95\u2013114.", "ArticleIdList": {"ArticleId": {"#text": "9460738", + "@IdType": "pubmed"}}}, {"Citation": "Reitan RM. Validity of the trail making + test as an indicator of organic brain damage. Percept Mot Skills. 1958;8:271\u2013276."}, + {"Citation": "Shulman GL, Ollinger JM, Akbudak E, Conturo TE, Snyder AZ, Petersen + SE, Corbetta M. Areas involved in encoding and applying directional expectations + to moving objects. J Neurosci. 1999;19:9480\u20139496.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6782891", "@IdType": "pmc"}, {"#text": "10531451", + "@IdType": "pubmed"}]}}, {"Citation": "Smith SM, Jenkinson M, Woolrich MW, + Beckmann CF, Behrens TE, Johansen-Berg H, Bannister PR, De Luca M, Drobnjak + I, Flitney DE, Niazy RK, Saunders J, Vickers J, Zhang Y, De Stefano N, Brady + JM, Matthews PM. Advances in functional and structural MR image analysis and + implementation as FSL. NeuroImage. 2004;23(Suppl 1):S208\u2013S219.", "ArticleIdList": + {"ArticleId": {"#text": "15501092", "@IdType": "pubmed"}}}, {"Citation": "Smith + SM, Zhang Y, Jenkinson M, Chen J, Matthews PM, Federico A, De Stefano N. Accurate, + robust, and automated longitudinal and cross-sectional brain change analysis. + NeuroImage. 2002;17:479\u2013489.", "ArticleIdList": {"ArticleId": {"#text": + "12482100", "@IdType": "pubmed"}}}, {"Citation": "Sperling RA, Dickerson BC, + Pihlajamaki M, Vannini P, LaViolette PS, Vitolo OV, Hedden T, Becker JA, Rentz + DM, Selkoe DJ, Johnson KA. Functional alterations in memory networks in early + Alzheimer\u2019s disease. Neuromolecular Med. 2010;12:27\u201343. http://dx.doi.org/10.1007/s12017-009-8109-7.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s12017-009-8109-7", "@IdType": + "doi"}, {"#text": "PMC3036844", "@IdType": "pmc"}, {"#text": "20069392", "@IdType": + "pubmed"}]}}, {"Citation": "Steiger JH. Tests for comparing elements of a + correlation matrix. Psychol Bull. 1980;87:245\u2013251. http://dx.doi.org/10.1037/0033-2909.87.2.245.", + "ArticleIdList": {"ArticleId": {"#text": "10.1037/0033-2909.87.2.245", "@IdType": + "doi"}}}, {"Citation": "van Harten B, de Leeuw FE, Weinstein HC, Scheltens + P, Biessels GJ. Brain imaging in patients with diabetes: a systematic review. + Diabetes Care. 2006;29:2539\u20132548.", "ArticleIdList": {"ArticleId": {"#text": + "17065699", "@IdType": "pubmed"}}}, {"Citation": "van Veen V, Cohen JD, Botvinick + MM, Stenger VA, Carter CS. Anterior cingulate cortex, conflict monitoring, + and levels of processing. NeuroImage. 2001;14:1302\u20131308.", "ArticleIdList": + {"ArticleId": {"#text": "11707086", "@IdType": "pubmed"}}}, {"Citation": "Vannini + P, Almkvist O, Dierks T, Lehmann C, Wahlund LO. Reduced neuronal efficacy + in progressive mild cognitive impairment: a prospective fMRI study on visuospatial + processing. Psychiatry Res. 2007;156:43\u201357. http://dx.doi.org/10.1016/j.pscychresns.2007.02.003.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.pscychresns.2007.02.003", + "@IdType": "doi"}, {"#text": "17719211", "@IdType": "pubmed"}]}}, {"Citation": + "West RL. An application of prefrontal cortex function theory to cognitive + aging. Psychol Bull. 1996;120:272\u2013292.", "ArticleIdList": {"ArticleId": + {"#text": "8831298", "@IdType": "pubmed"}}}, {"Citation": "Whitfield-Gabrieli + S. Artifact detection tool. MIT; 2009. http://web.mit.edu/swg/art/art.pdf."}, + {"Citation": "Whitmer RA, Sidney S, Selby J, Johnston SC, Yaffe K. Midlife + cardiovascular risk factors and risk of dementia in late life. Neurology. + 2005;64:277\u2013281.", "ArticleIdList": {"ArticleId": {"#text": "15668425", + "@IdType": "pubmed"}}}, {"Citation": "Wilkinson GS. The Wide Range Achievement + Test: Manual. 3. Wide Range Inc; Wilmington, DE: 1993."}, {"Citation": "Wojciulik + E, Kanwisher N. The generality of parietal involvement in visual attention. + Neuron. 1999;23:747\u2013764.", "ArticleIdList": {"ArticleId": {"#text": "10482241", + "@IdType": "pubmed"}}}, {"Citation": "Worsley KJ. Statistical analysis of + activation images. In: Jezzard P, Matthews PM, Smith SM, editors. Functional + MRI: An Introduciton to Methods. Oxford University Press; New York: 2001."}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "24439485", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Issue": "6", "Volume": "35", "PubDate": {"Year": + "2014", "Month": "Jun"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol + Aging"}, "Abstract": {"AbstractText": "Cardiovascular (CV) risk factors, such + as hypertension, diabetes, and hyperlipidemia are associated with cognitive + impairment and risk of dementia in older adults. However, the mechanisms linking + them are not clear. This study aims to investigate the association between + aggregate CV risk, assessed by the Framingham general cardiovascular risk + profile, and functional brain activation in a group of community-dwelling + older adults. Sixty participants (mean age: 64.6 years) from the Brain Health + Study, a nested study of the Baltimore Experience Corps Trial, underwent functional + magnetic resonance imaging using the Flanker task. We found that participants + with higher CV risk had greater task-related activation in the left inferior + parietal region, and this increased activation was associated with poorer + task performance. Our results provide insights into the neural systems underlying + the relationship between CV risk and executive function. Increased activation + of the inferior parietal region may offer a pathway through which CV risk + increases risk for cognitive impairment.", "CopyrightInformation": "Copyright + \u00a9 2014 Elsevier Inc. All rights reserved."}, "Language": "eng", "@PubModel": + "Print-Electronic", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "P01 AG027735"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "P30 AG021334"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "T32 AG027668"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "P01 AG027735-03"}], "@CompleteYN": "Y"}, "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Yi-Fang", "Initials": "YF", "LastName": + "Chuang", "AffiliationInfo": {"Affiliation": "Department of Mental Health, + Johns Hopkins University Bloomberg School of Public Health, Baltimore, MD, + USA."}}, {"@ValidYN": "Y", "ForeName": "Dana", "Initials": "D", "LastName": + "Eldreth", "AffiliationInfo": {"Affiliation": "Department of Mental Health, + Johns Hopkins University Bloomberg School of Public Health, Baltimore, MD, + USA."}}, {"@ValidYN": "Y", "ForeName": "Kirk I", "Initials": "KI", "LastName": + "Erickson", "AffiliationInfo": {"Affiliation": "Department of Psychology, + University of Pittsburgh, PA, USA."}}, {"@ValidYN": "Y", "ForeName": "Vijay", + "Initials": "V", "LastName": "Varma", "AffiliationInfo": {"Affiliation": "Department + of Mental Health, Johns Hopkins University Bloomberg School of Public Health, + Baltimore, MD, USA; Johns Hopkins Center on Aging and Health, Baltimore, MD, + USA."}}, {"@ValidYN": "Y", "ForeName": "Gregory", "Initials": "G", "LastName": + "Harris", "AffiliationInfo": {"Affiliation": "Johns Hopkins Center on Aging + and Health, Baltimore, MD, USA."}}, {"@ValidYN": "Y", "ForeName": "Linda P", + "Initials": "LP", "LastName": "Fried", "AffiliationInfo": {"Affiliation": + "Columbia University Mailman School of Public Health, New York, NY, USA."}}, + {"@ValidYN": "Y", "ForeName": "George W", "Initials": "GW", "LastName": "Rebok", + "AffiliationInfo": {"Affiliation": "Department of Mental Health, Johns Hopkins + University Bloomberg School of Public Health, Baltimore, MD, USA; Johns Hopkins + Center on Aging and Health, Baltimore, MD, USA."}}, {"@ValidYN": "Y", "ForeName": + "Elizabeth K", "Initials": "EK", "LastName": "Tanner", "AffiliationInfo": + {"Affiliation": "Johns Hopkins Center on Aging and Health, Baltimore, MD, + USA; Schools of Nursing, Johns Hopkins University, Baltimore, MD, USA."}}, + {"@ValidYN": "Y", "ForeName": "Michelle C", "Initials": "MC", "LastName": + "Carlson", "AffiliationInfo": {"Affiliation": "Department of Mental Health, + Johns Hopkins University Bloomberg School of Public Health, Baltimore, MD, + USA; Johns Hopkins Center on Aging and Health, Baltimore, MD, USA. Electronic + address: mcarlson@jhsph.edu."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "1403", "StartPage": "1396", "MedlinePgn": "1396-403"}, "ArticleDate": {"Day": + "18", "Year": "2013", "Month": "12", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neurobiolaging.2013.12.008", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0197-4580(13)00647-7", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Cardiovascular risks and brain function: a functional magnetic + resonance imaging study of executive function in older adults.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D052061", "#text": "Research Support, N.I.H., Extramural"}, {"@UI": "D013485", + "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "16", + "Year": "2022", "Month": "03"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Brain function", "@MajorTopicYN": "N"}, {"#text": "Cardiovascular + risk", "@MajorTopicYN": "N"}, {"#text": "Executive function", "@MajorTopicYN": + "N"}, {"#text": "Framingham risk score", "@MajorTopicYN": "N"}, {"#text": + "Older adults", "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": + "N"}]}, "DateCompleted": {"Day": "25", "Year": "2014", "Month": "11"}, "CitationSubset": + "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000473", "#text": "pathology", "@MajorTopicYN": "N"}, {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D001921", + "#text": "Brain", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000150", + "#text": "complications", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": + "D002318", "#text": "Cardiovascular Diseases", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000175", "#text": "diagnosis", "@MajorTopicYN": "Y"}, {"@UI": "Q000209", + "#text": "etiology", "@MajorTopicYN": "Y"}, {"@UI": "Q000473", "#text": "pathology", + "@MajorTopicYN": "N"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": + "N"}], "DescriptorName": {"@UI": "D003072", "#text": "Cognition Disorders", + "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000175", "#text": "diagnosis", + "@MajorTopicYN": "Y"}, {"@UI": "Q000209", "#text": "etiology", "@MajorTopicYN": + "Y"}, {"@UI": "Q000473", "#text": "pathology", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D003704", "#text": "Dementia", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D056344", "#text": "Executive Function", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D059907", "#text": "Functional Neuroimaging", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008279", "#text": "Magnetic + Resonance Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", + "#text": "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", + "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D012307", "#text": "Risk Factors", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2014, + "title": "Cardiovascular risks and brain function: a functional magnetic resonance + imaging study of executive function in older adults", "venue": "Neurobiology + of Aging", "authors": [{"name": "Y. Chuang", "authorId": "15245774"}, {"name": + "D. Eldreth", "authorId": "3095610"}, {"name": "K. Erickson", "authorId": + "3298565"}, {"name": "V. Varma", "authorId": "40538889"}, {"name": "Gregory + C. Harris", "authorId": "2111026"}, {"name": "L. Fried", "authorId": "1810620"}, + {"name": "G. Rebok", "authorId": "5727604"}, {"name": "E. Tanner", "authorId": + "31233069"}, {"name": "M. Carlson", "authorId": "47972954"}], "paperId": "f2b3bb745c6191118789032019b77f311be6c7c2", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc4282177?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: The following paper + fields have been elided by the publisher: {''abstract''}. Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2013.12.008?email= + or https://doi.org/10.1016/j.neurobiolaging.2013.12.008, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2014-06-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T04:56:25.717049+00:00", "analyses": + [{"id": "FKfNMTTK33MQ", "user": null, "name": "IncSm > ConSm", "metadata": + {"table": {"table_number": 4, "table_metadata": {"table_id": "tbl4", "table_label": + "Table\u00a04", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table\u00a04", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Cluster and peak voxel characteristics + for regions that showed significant correlation with Framingham general cardiovascular + risk score in whole-brain analysis", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "UwjfJnKdFeGK", "user": null, "name": "IncLg > ConLg + (High inhibitory executive demand)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "table_label": "Table\u00a03", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Cluster and peak voxel characteristics + for regions that showed significant differences between incongruent and congruent + conditions in whole-brain analysis", "conditions": [], "weights": [], "points": + [{"id": "yYmafBqmGtMJ", "coordinates": [16.0, -66.0, 50.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 5.23}]}, {"id": "TovigHY6r6Po", "coordinates": [46.0, -72.0, -4.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.63}]}, {"id": "GFsgdNmgpoNS", "coordinates": [-28.0, -58.0, + 50.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.47}]}, {"id": "87vC8pA8zxQV", "coordinates": [34.0, + -50.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.45}]}, {"id": "28TMEzGSzqrf", "coordinates": + [-48.0, -80.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.21}]}, {"id": "eCPJykCNTtGw", "coordinates": + [2.0, 16.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.64}]}, {"id": "iwzV6xwbkeNz", "coordinates": + [-42.0, 0.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.26}]}, {"id": "WG6RJoJEfgwx", "coordinates": + [38.0, 12.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.84}]}], "images": []}, {"id": "Qas43VyZ3kqu", + "user": null, "name": "IncSm > ConSm (Low inhibitory executive demand)", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table\u00a03", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Cluster and peak voxel characteristics + for regions that showed significant differences between incongruent and congruent + conditions in whole-brain analysis", "conditions": [], "weights": [], "points": + [{"id": "DVsVCeSCg6pq", "coordinates": [48.0, -88.0, 8.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.85}]}], "images": []}, {"id": "qp3vU9aa4TfK", "user": null, "name": "IncLg + > ConLg", "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": + "tbl4", "table_label": "Table\u00a04", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv"}, + "original_table_id": "tbl4"}, "table_metadata": {"table_id": "tbl4", "table_label": + "Table\u00a04", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv"}, + "sanitized_table_id": "tbl4"}, "description": "Cluster and peak voxel characteristics + for regions that showed significant correlation with Framingham general cardiovascular + risk score in whole-brain analysis", "conditions": [], "weights": [], "points": + [{"id": "jdyHZYsttEwz", "coordinates": [-48.0, -60.0, 12.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 3.33}]}, {"id": "EQkYjeMvTWgt", "coordinates": [-34.0, -66.0, 48.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.24}]}, {"id": "qbBAMSanV2ga", "coordinates": [-56.0, -36.0, + 44.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.22}]}], "images": []}]}, {"id": "TuXKJVc4rRe6", + "created_at": "2025-12-04T04:26:00.633970+00:00", "updated_at": null, "user": + null, "name": "Neurocompensatory Effects of the Default Network in Older Adults", + "description": "The hemispheric asymmetry reduction in older adults (HAROLD) + is a neurocompensatory process that has been observed across several cognitive + functions but has not yet been examined in relation to task-induced relative + deactivations of the default mode network. The present study investigated + the presence of HAROLD effects specific to neural activations and deactivations + using a functional magnetic resonance imaging (fMRI) n-back paradigm. It was + hypothesized that HAROLD effects would be identified in relative activations + and deactivations during the paradigm, and that they would be associated with + better 2-back performance. Forty-five older adults (M age = 63.8; range = + 53\u201383) were administered a verbal n-back paradigm during fMRI. For each + participant, the volume of brain response was summarized by left and right + frontal regions of interest, and laterality indices (LI; i.e., left/right) + were calculated to assess HAROLD effects. Group level results indicated that + age was significantly and negatively correlated with LI (i.e., reduced left + lateralization) for deactivations, but positively correlated with LI (i.e., + increased left lateralization) for activations. The relationship between age + and LI for deactivation was significantly moderated by performance level, + revealing a stronger relationship between age and LI at higher levels of 2-back + performance. Findings suggest that older adults may employ neurocompensatory + processes specific to deactivations, and task-independent processes may be + particularly sensitive to age-related neurocompensation.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2019.00111", "pmid": + "31214012", "authors": "B. Duda; L. Sweet; E. Hallowell; M. Owens", "year": + 2018, "metadata": {"slug": "31214012-10-3389-fnagi-2019-00111-pmc6558200", + "source": "semantic_scholar", "keywords": ["HAROLD", "default mode network", + "fMRI", "neurocompensation", "older adults"], "raw_metadata": {"pubmed": {"PubmedData": + {"History": {"PubMedPubDate": [{"Day": "22", "Year": "2018", "Month": "4", + "@PubStatus": "received"}, {"Day": "29", "Year": "2019", "Month": "4", "@PubStatus": + "accepted"}, {"Day": "20", "Hour": "6", "Year": "2019", "Month": "6", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "20", "Hour": "6", "Year": "2019", "Month": + "6", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "20", "Hour": "6", "Year": + "2019", "Month": "6", "Minute": "1", "@PubStatus": "medline"}, {"Day": "1", + "Year": "2019", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "31214012", "@IdType": "pubmed"}, {"#text": "PMC6558200", + "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2019.00111", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Aiken L., West S. (1991). Testing + and Interpreting Interactions. Newbury Park, CA: Sage Publications."}, {"Citation": + "Alzheimer\u2019s Disease International (2010). World Alzheimer Report. Available + at: http://www.alz.co.uk/research/world-report (accessed April 19 2018)."}, + {"Citation": "Ansado J., Monchi O., Ennabil N., Faure S., Joanette Y. (2012). + Load-dependent posterior\u2013anterior shift in aging in complex visual selective + attention situations. Brain Res. 1454 14\u201322. 10.1016/j.brainres.2012.02.061", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brainres.2012.02.061", + "@IdType": "doi"}, {"#text": "22483790", "@IdType": "pubmed"}]}}, {"Citation": + "Anticevic A., Cole M. W., Murray J. D., Corlett P. R., Wang X. J., Krystal + J. H. (2012). The role of default network deactivation in cognition and disease. + Trends Cogn. Sci. 16 584\u2013592. 10.1016/j.tics.2012.10.008", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tics.2012.10.008", "@IdType": "doi"}, + {"#text": "PMC3501603", "@IdType": "pmc"}, {"#text": "23142417", "@IdType": + "pubmed"}]}}, {"Citation": "Avelar-Pereira B., B\u00e4ckman L., W\u00e5hlin + A., Nyberg L., Salami A. (2017). Age-related differences in dynamic interactions + among default mode, frontoparietal control, and dorsal attention networks + during resting-state and interference resolution. Front. Aging Neurosci. 9:152. + 10.3389/fnagi.2017.00152", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2017.00152", + "@IdType": "doi"}, {"#text": "PMC5438979", "@IdType": "pmc"}, {"#text": "28588476", + "@IdType": "pubmed"}]}}, {"Citation": "Baciu M. V., Watson J. M., Maccotta + L., McDermott K. B., Buckner R. L., Gilliam F. G. (2005). Evaluating functional + MRI procedures for assessing hemispheric language dominance in neurosurgical + patients. Neuroradiology 47 835\u2013844. 10.1007/s00234-005-1431-3", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00234-005-1431-3", "@IdType": "doi"}, {"#text": + "16142480", "@IdType": "pubmed"}]}}, {"Citation": "B\u00e4ckman L., Almkvist + O., Andersson J., Nordberg A., Windblad B., Rineck R., et al. (1997). Brain + activation in young and older adults during implicit and explicit retrieval. + J. Cogn. Neurosci. 9 378\u2013391. 10.1162/jocn.1997.9.3.378", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn.1997.9.3.378", "@IdType": "doi"}, {"#text": + "23965013", "@IdType": "pubmed"}]}}, {"Citation": "Bahar-Fuchs A., Clare L., + Woods B. (2013). Cognitive training and cognitive rehabilitation for mild + to moderate Alzheimer\u2019s disease and vascular dementia. Cochrane Database + Syst. Rev. 6:CD003260.", "ArticleIdList": {"ArticleId": [{"#text": "PMC7144738", + "@IdType": "pmc"}, {"#text": "23740535", "@IdType": "pubmed"}]}}, {"Citation": + "Balota D. A., Dolan P. O., Duchek J. M. (2000). \u201cMemory changes in healthy + older adults,\u201d in The Oxford Handbook of Memory eds Tulving E., Craik + F. I. M. (New York, NY: Oxford University Press; ) 395\u2013409."}, {"Citation": + "Bamidis P. D., Vivas A. B., Styliadis C., Frantzidis C., Klados M., Schlee + W., et al. (2014). A review of physical and cognitive interventions in aging. + Neurosci. Biobehav. Rev. 44 206\u2013220. 10.1016/j.neubiorev.2014.03.019", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2014.03.019", + "@IdType": "doi"}, {"#text": "24705268", "@IdType": "pubmed"}]}}, {"Citation": + "Barr R. A., Giambra L. M. (1990). Age-related decrement in auditory selective + attention. Psychol. Aging 5:597 10.1037/0882-7974.5.4.597", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0882-7974.5.4.597", "@IdType": "doi"}, {"#text": + "2278686", "@IdType": "pubmed"}]}}, {"Citation": "Barulli D., Stern Y. (2013). + Efficiency, capacity, compensation, maintenance, plasticity: emerging concepts + in cognitive reserve. Trends Cogn. Sci. 17 502\u2013509. 10.1016/j.tics.2013.08.012", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2013.08.012", "@IdType": + "doi"}, {"#text": "PMC3840716", "@IdType": "pmc"}, {"#text": "24018144", "@IdType": + "pubmed"}]}}, {"Citation": "Berlingeri M., Bottini G., Danelli L., Ferri F., + Traficante D., Sacheli L., et al. (2010). With time on our side? Task-dependent + compensatory processes in graceful aging. Exp. Brain Res. 205 307\u2013324. + 10.1007/s00221-010-2363-7", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00221-010-2363-7", + "@IdType": "doi"}, {"#text": "20680252", "@IdType": "pubmed"}]}}, {"Citation": + "Berlingeri M., Danelli L., Bottini G., Sberna M., Paulesu E. (2013). Reassessing + the HAROLD model: Is the hemispheric asymmetry reduction in older adults a + special case of compensatory-related utilisation of neural circuits? Exp. + Brain Res. 224 393\u2013410. 10.1007/s00221-012-3319-x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00221-012-3319-x", "@IdType": "doi"}, {"#text": + "23178904", "@IdType": "pubmed"}]}}, {"Citation": "Bherer L. (2015). Cognitive + plasticity in older adults: effects of cognitive training and physical exercise. + Ann. N.Y. Acad. Sci. 1337 1\u20136. 10.1111/nyas.12682", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/nyas.12682", "@IdType": "doi"}, {"#text": + "25773610", "@IdType": "pubmed"}]}}, {"Citation": "Binder J. R. (2012). Task-induced + deactivation and the\u201d resting\u201d state. NeuroImage 62 1086\u20131091. + 10.1016/j.neuroimage.2011.09.026", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2011.09.026", "@IdType": "doi"}, {"#text": "PMC3389183", + "@IdType": "pmc"}, {"#text": "21979380", "@IdType": "pubmed"}]}}, {"Citation": + "Bosch B., Bartr\u00e9s-Faz D., Rami L., Arenaza-Urquijo E. M., Fern\u00e1ndez-Espejo + D., Junqu\u00e9 C., et al. (2010). Cognitive reserve modulates task-induced + activations and deactivations in healthy elders, amnestic mild cognitive impairment + and mild Alzheimer\u2019s disease. Cortex 46 451\u2013461. 10.1016/j.cortex.2009.05.006", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2009.05.006", + "@IdType": "doi"}, {"#text": "19560134", "@IdType": "pubmed"}]}}, {"Citation": + "Braver T. S., Cohen J. D., Nystrom L. E., Jonides J., Smith E. E., Noll D. + C. (1997). A parametric study of prefrontal cortex involvement in human working + memory. Neuroimage 5 49\u201362. 10.1006/nimg.1996.0247", "ArticleIdList": + {"ArticleId": [{"#text": "10.1006/nimg.1996.0247", "@IdType": "doi"}, {"#text": + "9038284", "@IdType": "pubmed"}]}}, {"Citation": "Buckner R. L., Andrews-Hanna + J. R., Schacter D. L. (2008). The brain\u2019s default network. Ann. N.Y. + Acad. Sci. 1124 1\u201338. 10.1196/annals.1440.011", "ArticleIdList": {"ArticleId": + [{"#text": "10.1196/annals.1440.011", "@IdType": "doi"}, {"#text": "18400922", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R. (2001). Cognitive neuroscience + of aging: contributions of functional neuroimaging. Scand. J. Psychol. 42 + 277\u2013286. 10.1111/1467-9450.00237", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/1467-9450.00237", "@IdType": "doi"}, {"#text": "11501741", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R. (2002). Hemispheric asymmetry reduction + in older adults: the HAROLD model. Psychol. Aging 17 85\u2013100. 10.1037/0882-7974.17.1.85", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.17.1.85", "@IdType": + "doi"}, {"#text": "11931290", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R., Daselaar S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task- specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14 364\u2013375. 10.1093/cercor/bhg133", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhg133", "@IdType": + "doi"}, {"#text": "15028641", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R., Grady C., Nyberg L., McIntosh A., Tulving E., Kapur S., et al. (1997). + Age-related differences in neural activity during memory encoding and retrieval: + a position emission tomography study. J. Neurosci. 17 391\u2013400. 10.1523/jneurosci.17-01-00391.1997", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/jneurosci.17-01-00391.1997", + "@IdType": "doi"}, {"#text": "PMC6793692", "@IdType": "pmc"}, {"#text": "8987764", + "@IdType": "pubmed"}]}}, {"Citation": "Carp J., Gmeindl L., Reuter-Lorenz + P. A. (2010). Age differences in the neural representation of working memory + revealed by multi-voxel pattern analysis. Front. Hum. Neurosci. 4:217. 10.3389/fnhum.2010.00217", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2010.00217", "@IdType": + "doi"}, {"#text": "PMC2996172", "@IdType": "pmc"}, {"#text": "21151373", "@IdType": + "pubmed"}]}}, {"Citation": "Charness N. (2008). Aging and human performance. + Hum. Fact. 50 548\u2013555.", "ArticleIdList": {"ArticleId": {"#text": "18689066", + "@IdType": "pubmed"}}}, {"Citation": "Cohen J., Cohen P., West S. G., Aiken + L. S. (2003). Applied Multiple Regression/Correlation Analysis for the Behavioral + Sciences 3rd Edn. Mahwah, NJ: Erlbaum."}, {"Citation": "Cox R. (1996). AFNI: + software for analysis and visualization of functional magnetic resonance neuroimages. + Comput. Biomed. Res. 29 162\u2013173. 10.1006/cbmr.1996.0014", "ArticleIdList": + {"ArticleId": [{"#text": "10.1006/cbmr.1996.0014", "@IdType": "doi"}, {"#text": + "8812068", "@IdType": "pubmed"}]}}, {"Citation": "Davis S. W., Dennis N. A., + Daselaar S. M., Fleck M. S., Cabeza R. (2008). Que\u2019 PASA? The posterior-anterior + shift in aging. Cereb. Cortex 18 1201\u20131209. 10.1093/cercor/bhm155", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/cercor/bhm155", "@IdType": "doi"}, {"#text": + "PMC2760260", "@IdType": "pmc"}, {"#text": "17925295", "@IdType": "pubmed"}]}}, + {"Citation": "Davis S. W., Kragel J. E., Madden D. J., Cabeza R. (2011). The + architecture of cross- hemispheric communication in the aging brain: Linking + behavior to functional, and structural connectivity. Cereb. Cortex. 22 232\u2013242. + 10.1093/cercor/bhr123", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhr123", + "@IdType": "doi"}, {"#text": "PMC3236798", "@IdType": "pmc"}, {"#text": "21653286", + "@IdType": "pubmed"}]}}, {"Citation": "Deblaere K., Boon P. A., Vandemaele + P., Tieleman A., Vonck K., Vingerhoets G. (2004). MRI language dominance assessment + in epilepsy patients at 1.0 T: Region of interest analysis and comparison + with intracarotid amytal testing. Neuroradiology 46 413\u2013420.", "ArticleIdList": + {"ArticleId": {"#text": "15127167", "@IdType": "pubmed"}}}, {"Citation": "Duda + B., Puente A. N., Miller L. S. (2014). Cognitive reserve moderates relation + between global cognition and functional status in older adults. J. Clin. Exp. + Neuropsychol. 36 368\u2013378. 10.1080/13803395.2014.892916", "ArticleIdList": + {"ArticleId": [{"#text": "10.1080/13803395.2014.892916", "@IdType": "doi"}, + {"#text": "24611794", "@IdType": "pubmed"}]}}, {"Citation": "Duverne S., Habibi + A., Rugg M. D. (2008). Regional specificity of age effects on the neural correlates + of episodic retrieval. Neurobiol. Aging 29 1902\u20131916. 10.1016/j.neurobiolaging.2007.04.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2007.04.022", + "@IdType": "doi"}, {"#text": "17560691", "@IdType": "pubmed"}]}}, {"Citation": + "Fox M. D., Snyder A. Z., Vincent J. L., Corbetta M., Van Essen D. C., Raichle + M. E. (2005). The human brain is intrinsically organized into dynamic, anticorrelated + functional networks. Proc. Natl. Acad. Sci. U.S.A. 102 9673\u20139678. 10.1073/pnas.0504136102", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0504136102", "@IdType": + "doi"}, {"#text": "PMC1157105", "@IdType": "pmc"}, {"#text": "15976020", "@IdType": + "pubmed"}]}}, {"Citation": "Gilbert S., Bird G., Frith C., Burgess P. (2012). + Does \u201ctask difficulty\u201d explain \u201ctask-induced deactivation?\u201d. + Front. Psychol. 3:125. 10.3389/fpsyg.2012.00125", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fpsyg.2012.00125", "@IdType": "doi"}, {"#text": "PMC3336185", + "@IdType": "pmc"}, {"#text": "22539930", "@IdType": "pubmed"}]}}, {"Citation": + "Goh J. O. (2011). Functional dedifferentiation and altered connectivity in + older adults: Neural accounts of cognitive aging. Aging Dis. 2:30.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3066008", "@IdType": "pmc"}, {"#text": "21461180", + "@IdType": "pubmed"}]}}, {"Citation": "Grady C. (2012). The cognitive neuroscience + of ageing. Nat. Rev. Neurosci. 13 491\u2013505. 10.1038/nrn3256", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nrn3256", "@IdType": "doi"}, {"#text": "PMC3800175", + "@IdType": "pmc"}, {"#text": "22714020", "@IdType": "pubmed"}]}}, {"Citation": + "Grady C. L. (2008). Cognitive neuroscience of aging. Ann. N.Y. Acad. Sci. + 1124 127\u2013144.", "ArticleIdList": {"ArticleId": {"#text": "18400928", + "@IdType": "pubmed"}}}, {"Citation": "Grady C. L., McIntosh A. R., Craik F. + I. (2003). Age-related differences in the functional connectivity of the hippocampus + during memory encoding. Hippocampus 13 572\u2013586. 10.1002/hipo.10114", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hipo.10114", "@IdType": + "doi"}, {"#text": "12921348", "@IdType": "pubmed"}]}}, {"Citation": "Grady + C. L., Springer M. V., Hongwanishkul D., McIntosh A. R., Winocur G. (2006). + Age-related changes in brain activity across the adult lifespan. J. Cogn. + Neurosci. 18 227\u2013241. 10.1162/jocn.2006.18.2.227", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/jocn.2006.18.2.227", "@IdType": "doi"}, {"#text": "16494683", + "@IdType": "pubmed"}]}}, {"Citation": "Greenwood P. M. (2007). Functional + plasticity in cognitive aging: Review and hypothesis. Neuropsychology 21 657\u2013673. + 10.1037/0894-4105.21.6.657", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0894-4105.21.6.657", + "@IdType": "doi"}, {"#text": "17983277", "@IdType": "pubmed"}]}}, {"Citation": + "Greicius M. D., Srivastava G., Reiss A. L., Menon V. (2004). Default-mode + network activity distinguishes Alzheimer\u2019s disease from healthy aging: + Evidence from functional MRI. Proc. Natl. Acad. Sci. 101 4637\u20134642. 10.1073/pnas.0308627101", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0308627101", "@IdType": + "doi"}, {"#text": "PMC384799", "@IdType": "pmc"}, {"#text": "15070770", "@IdType": + "pubmed"}]}}, {"Citation": "Gutchess A. H., Welsh R. C., Hedden T., Bangert + A., Minear M., Liu L. L., et al. (2005). Aging and the neural correlates of + successful picture encoding: frontal activations for decreased medial temporal + activity. J. Cogn. Neurosci. 17:96.", "ArticleIdList": {"ArticleId": {"#text": + "15701241", "@IdType": "pubmed"}}}, {"Citation": "Haley A. P., Hoth K. F., + Gunstad J., Paul R. H., Jefferson A. L., Tate D. F., et al. (2009). Subjective + cognitive complaints relate to white matter hyperintensities and future cognitive + decline in patients with cardiovascular disease. Am. J. Geriatr. Psychiatry + 17 976\u2013985. 10.1097/JGP.0b013e3181b208ef", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/JGP.0b013e3181b208ef", "@IdType": "doi"}, {"#text": "PMC2813459", + "@IdType": "pmc"}, {"#text": "20104055", "@IdType": "pubmed"}]}}, {"Citation": + "Hampson M., Driesen N. R., Skudlarski P., Gore J. C., Constable R. T. (2006). + Brain connectivity related to working memory performance. J. Neurosci. 26 + 13338\u201313343. 10.1523/jneurosci.3408-06.2006", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/jneurosci.3408-06.2006", "@IdType": "doi"}, {"#text": + "PMC2677699", "@IdType": "pmc"}, {"#text": "17182784", "@IdType": "pubmed"}]}}, + {"Citation": "Hansen N. L., Lauritzen M., Mortensen E. L., Osler M., Avlund + K., Fagerlund B., et al. (2014). Subclinical cognitive decline in middle-age + is associated with reduced task- induced deactivation of the brain\u2019s + default mode network. Hum. Brain Mapp. 35 4488\u20134498. 10.1002/hbm.22489", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22489", "@IdType": + "doi"}, {"#text": "PMC6869675", "@IdType": "pmc"}, {"#text": "24578157", "@IdType": + "pubmed"}]}}, {"Citation": "Haug H., Eggers R. (1991). Morphometry of the + human cortex cerebri and corpus striatum during aging. Neurobiol. Aging 12 + 336\u2013338. 10.1016/0197-4580(91)90013-a", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/0197-4580(91)90013-a", "@IdType": "doi"}, {"#text": "1961364", + "@IdType": "pubmed"}]}}, {"Citation": "Hayes A. F. (2012). PROCESS: A Versatile + Computational Tool for Observed Variable Mediation, Moderation, and Conditional + Process Modeling.\nAvailable at: http://www.afhayes.com/public/process2012.pdf + (accessed January 17 2017)."}, {"Citation": "Hayes A. F. (2013). Introduction + to Mediation, Moderation, and Conditional Process Analysis: A Regression-Based + Approach. New York, NY: Guilford Press."}, {"Citation": "Hsieh S., Fang W. + (2012). Elderly adults through compensatory responses can be just as capable + as young adults in inhibiting the flanker influence. Biol. Psychol. 90 113\u2013126. + 10.1016/j.biopsycho.2012.03.006", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.biopsycho.2012.03.006", "@IdType": "doi"}, {"#text": "22445781", + "@IdType": "pubmed"}]}}, {"Citation": "Johnson M. K., Mitchell K. J., Raye + C. L., Greene E. J. (2004). An age-related deficit in prefrontal cortical + function associated with refreshing information. Psychol. Sci. 15 127\u2013132. + 10.1111/j.0963-7214.2004.01502009.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.0963-7214.2004.01502009.x", "@IdType": "doi"}, {"#text": "14738520", + "@IdType": "pubmed"}]}}, {"Citation": "Jonides J., Schumacher E. H., Smith + E. E., Lauber E. J., Awh E., Minoshima S., et al. (1997). Verbal working memory + load affects regional brain activation as measured by PET. J. Cogn. Neurosci. + 9 462\u2013475. 10.1162/jocn.1997.9.4.462", "ArticleIdList": {"ArticleId": + [{"#text": "10.1162/jocn.1997.9.4.462", "@IdType": "doi"}, {"#text": "23968211", + "@IdType": "pubmed"}]}}, {"Citation": "Karbach J., Verhaeghen P. (2014). Making + working memory work: a meta-analysis of executive control and working memory + training in older adults. Psychol. Sci. 25 2027\u20132037. 10.1177/0956797614548725", + "ArticleIdList": {"ArticleId": [{"#text": "10.1177/0956797614548725", "@IdType": + "doi"}, {"#text": "PMC4381540", "@IdType": "pmc"}, {"#text": "25298292", "@IdType": + "pubmed"}]}}, {"Citation": "Katzman R. (1993). Education and the prevalence + of dementia and Alzheimer\u2019s disease. Neurology 43 13\u201320.", "ArticleIdList": + {"ArticleId": {"#text": "8423876", "@IdType": "pubmed"}}}, {"Citation": "Klaassens + B. L., van Gerven J. M., van der Grond J., de Vos F., M\u00f6ller C., Rombouts + S. A. (2017). Diminished posterior precuneus connectivity with the default + mode network differentiates normal aging from Alzheimer\u2019s disease. Front. + Aging Neurosci. 9:97. 10.3389/fnagi.2017.00097", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2017.00097", "@IdType": "doi"}, {"#text": "PMC5395570", + "@IdType": "pmc"}, {"#text": "28469571", "@IdType": "pubmed"}]}}, {"Citation": + "Kray J., Li K. Z., Lindenberger U. (2002). Age-related changes in task-switching + components: the role of task uncertainty. Brain Cogn. 49 363\u2013381. 10.1006/brcg.2001.1505", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/brcg.2001.1505", "@IdType": + "doi"}, {"#text": "12139959", "@IdType": "pubmed"}]}}, {"Citation": "Kray + J., Lindenberger U. (2000). Adult age differences in task switching. Psychol. + Aging 15:126 10.1037//0882-7974.15.1.126", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037//0882-7974.15.1.126", "@IdType": "doi"}, {"#text": "10755295", + "@IdType": "pubmed"}]}}, {"Citation": "Lee Y., Grady C. L., Habak C., Wilson + H. R., Moscovitch M. (2011). Face processing changes in normal aging revealed + by fMRI adaptation. J. Cogn. Neurosci. 23 3433\u20133447. 10.1162/jocn_a_00026", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn_a_00026", "@IdType": + "doi"}, {"#text": "21452937", "@IdType": "pubmed"}]}}, {"Citation": "Li S. + C., Lindenberger U. (1999). \u201cCross-level unification: A computational + exploration of the link between deterioration of neurotransmitter systems + and dedifferentiation of cognitive abilities in old age,\u201d in Cognitive + Neuroscience of Memory eds Nilsson L.-G., Markowitsch H. J. (Ashland, OH: + Hogrefe & Huber; ) 103\u2013146."}, {"Citation": "Li S. C., Sikstr\u00f6m + S. (2002). Integrative neurocomputational perspectives on cognitive aging, + neuromodulation, and representation. Neurosci. Biobehav. Rev. 26 795\u2013808. + 10.1016/s0149-7634(02)00066-0", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/s0149-7634(02)00066-0", "@IdType": "doi"}, {"#text": "12470691", + "@IdType": "pubmed"}]}}, {"Citation": "Li Z., Moore A. B., Tyner C., Hu X. + (2009). Asymmetric connectivity reduction and its relationship to \u201cHAROLD\u201d + in aging brain. Brain Res. 1295 149\u2013158. 10.1016/j.brainres.2009.08.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brainres.2009.08.004", + "@IdType": "doi"}, {"#text": "PMC2753726", "@IdType": "pmc"}, {"#text": "19666011", + "@IdType": "pubmed"}]}}, {"Citation": "Logan J. M., Sanders A. L., Snyder + A. Z., Morris J. C., Buckner R. L. (2002). Under- recruitment and nonselective + recruitment: dissociable neural mechanisms associated with aging. Neuron 33 + 827\u2013840. 10.1016/s0896-6273(02)00612-8", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/s0896-6273(02)00612-8", "@IdType": "doi"}, {"#text": "11879658", + "@IdType": "pubmed"}]}}, {"Citation": "Lustig C., Snyder A. Z., Bhakta M., + O\u2019Brien K. C., McAvoy M., Raichle M. E., et al. (2003). Functional deactivations: + change with age and dementia of the Alzheimer type. Proc. Natl. Acad. Sci. + 100 14504\u201314509. 10.1073/pnas.2235925100", "ArticleIdList": {"ArticleId": + [{"#text": "10.1073/pnas.2235925100", "@IdType": "doi"}, {"#text": "PMC283621", + "@IdType": "pmc"}, {"#text": "14608034", "@IdType": "pubmed"}]}}, {"Citation": + "Madden D. J. (1990). Adult age differences in attentional selectivity and + capacity. Eur. J. Cogn. Psychol. 2 229\u2013252. 10.1080/09541449008406206", + "ArticleIdList": {"ArticleId": {"#text": "10.1080/09541449008406206", "@IdType": + "doi"}}}, {"Citation": "Madden D. J., Gottlob L. R., Denny L. L., Turkington + T. G., Provenzale J. M., Hawk T. C., et al. (1999a). Aging and recognition + memory: changes in regional cerebral blood flow associated with components + of reaction time distributions. J. Cogn. Neurosci. 11 511\u2013520. 10.1162/089892999563571", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/089892999563571", "@IdType": + "doi"}, {"#text": "10511640", "@IdType": "pubmed"}]}}, {"Citation": "Madden + D. J., Turkington T. G., Provenzale J. M., Denny L. L., Hawk T. C., Gottlob + L. R., et al. (1999b). Adult age differences in the functional neuroanatomy + of verbal recognition memory. Hum. Brain Mapp. 7 115\u2013135. 10.1002/(sici)1097-0193(1999)7:2<115::aid-hbm5>3.0.co;2-n", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/(sici)1097-0193(1999)7:2<115::aid-hbm5>3.0.co;2-n", + "@IdType": "doi"}, {"#text": "PMC6873331", "@IdType": "pmc"}, {"#text": "9950069", + "@IdType": "pubmed"}]}}, {"Citation": "Mattay V. S., Fera F., Tessitore M. + D., Hariri A. R., Das S., Callicott J. H., et al. (2002). Neurophysiological + correlates of age-related changes in human motor function. Neurology 58 630\u2013635. + 10.1212/wnl.58.4.630", "ArticleIdList": {"ArticleId": [{"#text": "10.1212/wnl.58.4.630", + "@IdType": "doi"}, {"#text": "11865144", "@IdType": "pubmed"}]}}, {"Citation": + "McDonough I. M., Wong J. T., Gallo D. A. (2012). Age-related differences + in prefrontal cortex activity during retrieval monitoring: testing the compensation + and dysfunction accounts. Cereb. Cortex 23 1049\u20131060. 10.1093/cercor/bhs064", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhs064", "@IdType": + "doi"}, {"#text": "PMC3615343", "@IdType": "pmc"}, {"#text": "22510532", "@IdType": + "pubmed"}]}}, {"Citation": "McIntosh A. R., Sekuler A. B., Penpeci C., Rajah + M. N., Grady C. L., Sekuler R., et al. (1999). Recruitment of unique neural + systems to support visual memory in normal aging. Curr. Biol. 9 1275\u20131278.", + "ArticleIdList": {"ArticleId": {"#text": "10556091", "@IdType": "pubmed"}}}, + {"Citation": "Milham M. P., Erickson K. I., Banich M. T., Kramer A. F., Webb + A., Wszalek T., et al. (2002). Attentional control in the aging brain: insights + from an fMRI study of the stroop task. Brain Cogn. 49 277\u2013296. 10.1006/brcg.2001.1501", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/brcg.2001.1501", "@IdType": + "doi"}, {"#text": "12139955", "@IdType": "pubmed"}]}}, {"Citation": "Miller + S. L., Celone K., DePeau K., Diamond E., Dickerson B. C., Rentz D., et al. + (2008). Age-related memory impairment associated with loss of parietal deactivation + but preserved hippocampal activation. Proc. Natl. Acad. Sci. 105 2181\u20132186. + 10.1073/pnas.0706818105", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0706818105", + "@IdType": "doi"}, {"#text": "PMC2538895", "@IdType": "pmc"}, {"#text": "18238903", + "@IdType": "pubmed"}]}}, {"Citation": "Morcom A. M., Friston K. J. (2012). + Decoding episodic memory in ageing: a Bayesian analysis of activity patterns + predicting memory. Neuroimage 59 1772\u20131782. 10.1016/j.neuroimage.2011.08.071", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.08.071", + "@IdType": "doi"}, {"#text": "PMC3236995", "@IdType": "pmc"}, {"#text": "21907810", + "@IdType": "pubmed"}]}}, {"Citation": "National Institute on Aging and World + Health Organization (2011). Global Health and Aging.\nAvailable at: http://www.nia.nih.gov/research/publication/global-health-andaging/humanity\u2019s-aging + (accessed April 19 2018)."}, {"Citation": "Ng K. K., Lo J. C., Lim J. K., + Chee M. W., Zhou J. (2016). Reduced functional segregation between the default + mode network and the executive control network in healthy older adults: a + longitudinal study. NeuroImage 133 321\u2013330. 10.1016/j.neuroimage.2016.03.029", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2016.03.029", + "@IdType": "doi"}, {"#text": "27001500", "@IdType": "pubmed"}]}}, {"Citation": + "Owen A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-Back working + memory paradigm: a meta-analysis of normative functional neuroimaging studies. + Hum. Brain Mapp. 25 46\u201359. 10.1002/hbm.20131", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": "PMC6871745", + "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Polk T. A., Hebrank A. C., Jenkins L. (2010). Age differences + in default mode activity on easy and difficult spatial judgment tasks. Front. + Hum. Neurosci. 3:75. 10.3389/neuro.09.075.2009", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/neuro.09.075.2009", "@IdType": "doi"}, {"#text": "PMC2814559", + "@IdType": "pmc"}, {"#text": "20126437", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Polk T. A., Park R., Minear M., Savage A., Smith M. R. (2004). + Aging reduces neural specialization in ventral visual cortex. Proc. Natl. + Acad. Sci. 101 13091\u201313095. 10.1073/pnas.0405148101", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.0405148101", "@IdType": "doi"}, {"#text": + "PMC516469", "@IdType": "pmc"}, {"#text": "15322270", "@IdType": "pubmed"}]}}, + {"Citation": "Park D. C., Reuter-Lorenz P. (2009). The adaptive brain: aging + and neurocognitive scaffolding. Ann. Rev. Psychol. 60 173\u2013196. 10.1146/annurev.psych.59.103006.093656", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.psych.59.103006.093656", + "@IdType": "doi"}, {"#text": "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", + "@IdType": "pubmed"}]}}, {"Citation": "Parker S., Jagger C., Lamura G., Chiatti + C., Wahl H., Iwarsson S., et al. (2012). FUTURAGE: creating a roadmap for + ageing research. Eur. Geriatr. Med. 3 S100\u2013S101."}, {"Citation": "Persson + J., Lustig C., Nelson J. K., Reuter-Lorenz P. A. (2007). Age differences in + deactivation: a link to cognitive control? J. Cogn. Neurosci. 19 1021\u20131032. + 10.1162/jocn.2007.19.6.1021", "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2007.19.6.1021", + "@IdType": "doi"}, {"#text": "17536972", "@IdType": "pubmed"}]}}, {"Citation": + "Persson J., Nyberg L., Lind J., Larsson A., Nilsson L.-G., Ingvar M., et + al. (2005). Structure\u2013function correlates of cognitive decline in aging. + Cereb. Cortex 16 907\u2013915. 10.1093/cercor/bhj036", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhj036", "@IdType": "doi"}, {"#text": "16162855", + "@IdType": "pubmed"}]}}, {"Citation": "Persson J., Sylvester C. Y., Nelson + J. K., Welsh K. M., Jonides J., Reuter-Lorenz P. A. (2004). Selection requirements + during verb generation: differential recruitment in older and younger adults. + Neuroimage 23 1382\u20131390. 10.1016/j.neuroimage.2004.08.004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.08.004", "@IdType": "doi"}, + {"#text": "15589102", "@IdType": "pubmed"}]}}, {"Citation": "Petrella J. R., + Sheldon F. C., Prince S. E., Calhoun V. D., Doraiswamy P. M. (2011). Default + mode network connectivity in stable vs progressive mild cognitive impairment. + Neurology 76 511\u2013517. 10.1212/WNL.0b013e31820af94e", "ArticleIdList": + {"ArticleId": [{"#text": "10.1212/WNL.0b013e31820af94e", "@IdType": "doi"}, + {"#text": "PMC3053179", "@IdType": "pmc"}, {"#text": "21228297", "@IdType": + "pubmed"}]}}, {"Citation": "Rajah M. N., D\u2019Esposito M. (2005). Region-specific + changes in prefrontal function with age: a review of PET and fMRI studies + on working and episodic memory. Brain 128 1964\u20131983. 10.1093/brain/awh608", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awh608", "@IdType": + "doi"}, {"#text": "16049041", "@IdType": "pubmed"}]}}, {"Citation": "Raz N., + Rodrigue K. M., Head D., Kennedy K. M., Acker J. D. (2004). Differential aging + of the medial temporal lobe: a study of a five-year change. Neurology 62 433\u2013438. + 10.1212/01.wnl.0000106466.09835.46", "ArticleIdList": {"ArticleId": [{"#text": + "10.1212/01.wnl.0000106466.09835.46", "@IdType": "doi"}, {"#text": "14872026", + "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz P. A., Cappell K. A. + (2008). Neurocognitive aging and the compensation hypothesis. Curr. Dir. Psychol. + Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x", "ArticleIdList": + {"ArticleId": {"#text": "10.1111/j.1467-8721.2008.00570.x", "@IdType": "doi"}}}, + {"Citation": "Reuter-Lorenz P. A., Jonides J., Smith E. E., Hartley A., Miller + A., Marshuetz C., et al. (2000). Age differences in the frontal lateralization + of verbal and spatial working memory revealed by PET. J. Cogn. Neurosci. 12 + 174\u2013187. 10.1162/089892900561814", "ArticleIdList": {"ArticleId": [{"#text": + "10.1162/089892900561814", "@IdType": "doi"}, {"#text": "10769314", "@IdType": + "pubmed"}]}}, {"Citation": "Rombouts S. A., Barkhof F., Goekoop R., Stam C. + J., Scheltens P. (2005). Altered resting state networks in mild cognitive + impairment and mild Alzheimer\u2019s disease: an fMRI study. Hum. Brain Mapp. + 26 231\u2013239. 10.1002/hbm.20160", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.20160", "@IdType": "doi"}, {"#text": "PMC6871685", "@IdType": + "pmc"}, {"#text": "15954139", "@IdType": "pubmed"}]}}, {"Citation": "Rossi + S., Miniussi C., Pasqualetti P., Babiloni C., Rossini P. M., Cappa S. F. (2004). + Age-related functional changes in prefrontal cortex and long-term memory: + a repetitive transcranial magnetic stimulation study. J. Neurosci. 24 7939\u20137944. + 10.1523/jneurosci.0703-04.2004", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/jneurosci.0703-04.2004", "@IdType": "doi"}, {"#text": "PMC6729939", + "@IdType": "pmc"}, {"#text": "15356207", "@IdType": "pubmed"}]}}, {"Citation": + "Rypma B., Eldreth D. A., Rebbechi D. (2007). Age-related differences in activation- + performance relations in delayed-response tasks: a multiple component analysis. + Cortex 43 65\u201376. 10.1016/s0010-9452(08)70446-5", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/s0010-9452(08)70446-5", "@IdType": "doi"}, {"#text": "17334208", + "@IdType": "pubmed"}]}}, {"Citation": "Salthouse T. A. (1996). The processing-speed + theory of adult age differences in cognition. Psychol. Rev. 103 403\u2013428. + 10.1037//0033-295x.103.3.403", "ArticleIdList": {"ArticleId": [{"#text": "10.1037//0033-295x.103.3.403", + "@IdType": "doi"}, {"#text": "8759042", "@IdType": "pubmed"}]}}, {"Citation": + "Sebastian A., Baldermann C., Feige B., Katzev M., Scheller E., Hellwig B., + et al. (2013). Differential effects of age on subcomponents of response inhibition. + Neurobiol. Aging 34 2183\u20132193. 10.1016/j.neurobiolaging.2013.03.013", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2013.03.013", + "@IdType": "doi"}, {"#text": "23591131", "@IdType": "pubmed"}]}}, {"Citation": + "Smith E. E., Jonides J. (1999). Storage and executive processes in the frontal + lobes. Science 283 1657\u20131661. 10.1126/science.283.5408.1657", "ArticleIdList": + {"ArticleId": [{"#text": "10.1126/science.283.5408.1657", "@IdType": "doi"}, + {"#text": "10073923", "@IdType": "pubmed"}]}}, {"Citation": "Spreng R. N. + (2012). The fallacy of a \u201ctask-negative\u201d network. Front. Psychol. + 3:145. 10.3389/fpsyg.2012.00145", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyg.2012.00145", "@IdType": "doi"}, {"#text": "PMC3349953", "@IdType": + "pmc"}, {"#text": "22593750", "@IdType": "pubmed"}]}}, {"Citation": "Spreng + R. N., Stevens W. D., Viviano J. D., Schacter D. L. (2016). Attenuated anticorrelation + between the default and dorsal attention networks with aging: evidence from + task and rest. Neurobiol. Aging 45 149\u2013160. 10.1016/j.neurobiolaging.2016.05.020", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2016.05.020", + "@IdType": "doi"}, {"#text": "PMC5003045", "@IdType": "pmc"}, {"#text": "27459935", + "@IdType": "pubmed"}]}}, {"Citation": "Stern Y. (2012). Cognitive reserve + in ageing and Alzheimer\u2019s disease. Lancet Neurol. 29 997\u20131003. 10.1016/j.biotechadv.2011.08.021", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.biotechadv.2011.08.021", + "@IdType": "doi"}, {"#text": "PMC3507991", "@IdType": "pmc"}, {"#text": "23079557", + "@IdType": "pubmed"}]}}, {"Citation": "Stern Y. (2016). An approach to studying + the neural correlates of reserve. Brain Imag. Behav. 11 410\u2013416. 10.1007/s11682-016-9566-x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11682-016-9566-x", "@IdType": + "doi"}, {"#text": "PMC5810375", "@IdType": "pmc"}, {"#text": "27450378", "@IdType": + "pubmed"}]}}, {"Citation": "Suchy Y., Kraybill M. L., Franchow E. (2011). + Instrumental activities of daily living among community-dwelling older adults: + discrepancies between self-report and performance are mediated by cognitive + reserve. J. Clin. Exp. Neuropsychol. 33 92\u2013100. 10.1080/13803395.2010.493148", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13803395.2010.493148", + "@IdType": "doi"}, {"#text": "20623400", "@IdType": "pubmed"}]}}, {"Citation": + "Sweet L. H., Paskavitz J. F., Haley A. P., Gunstad J. J., Mulligan R. C., + Nyalakanti P. K., et al. (2008). Imaging phonological similarity effects on + verbal working memory. Neuropsychologia 46 1114\u20131123. 10.1016/j.neuropsychologia.2007.10.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2007.10.022", + "@IdType": "doi"}, {"#text": "18155074", "@IdType": "pubmed"}]}}, {"Citation": + "Thomsen T., Specht K., Hammar A., Nyttingnes J., Ersland L., Hugdahl K. (2004). + Brain localization of attention control in different age groups by combining + functional and structural MRI. Neuroimage 22 912\u2013919. 10.1016/j.neuroimage.2004.02.015", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.02.015", + "@IdType": "doi"}, {"#text": "15193622", "@IdType": "pubmed"}]}}, {"Citation": + "Turner G. R., Spreng R. N. (2015). Prefrontal engagement and reduced default + network suppression co-occur and are dynamically coupled in older adults: + the default\u2013executive coupling hypothesis of aging. J. Cogn. Neurosci. + 27 2462\u20132476. 10.1162/jocn_a_00869", "ArticleIdList": {"ArticleId": [{"#text": + "10.1162/jocn_a_00869", "@IdType": "doi"}, {"#text": "26351864", "@IdType": + "pubmed"}]}}, {"Citation": "Valenzuela M. J., Sachdev P., Wen W., Chen X., + Brodaty H. (2008). Lifespan mental activity predicts diminished rate of hippocampal + atrophy. PLoS One 3:e2598. 10.1371/journal.pone.0002598", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0002598", "@IdType": "doi"}, + {"#text": "PMC2440814", "@IdType": "pmc"}, {"#text": "18612379", "@IdType": + "pubmed"}]}}, {"Citation": "Yuan W., Szaflarski J. P., Schmithorst V. J., + Schapiro M., Byars A. W., Strawsburg R. H. (2006). FMRI shows atypical language + lateralization in pediatric epilepsy patients. Epilepsia 47 593\u2013600. + 10.1111/j.1528-1167.2006.00474.x", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/j.1528-1167.2006.00474.x", "@IdType": "doi"}, {"#text": "PMC1402337", + "@IdType": "pmc"}, {"#text": "16529628", "@IdType": "pubmed"}]}}, {"Citation": + "Zacks R. T., Hasher L., Li K. Z. (2000). \u201cHuman memory,\u201d in Handbook + of Aging and Cognition 2nd Edn eds Salthouse T. A., Craik F. I. M. (Mahwah, + NJ: Lawrence Erlbaum; ) 293\u2013357."}, {"Citation": "Zarahn E., Rakitin + B., Abela D., Flynn J., Stern Y. (2007). Age-related changes in brain activation + during a delayed item recognition task. Neurobiol. Aging 28 784\u2013798. + 10.1016/j.neurobiolaging.2006.03.002", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neurobiolaging.2006.03.002", "@IdType": "doi"}, {"#text": "16621168", + "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "31214012", "@Version": "1"}, "@Owner": "NLM", "@Status": + "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1663-4365", + "@IssnType": "Print"}, "Title": "Frontiers in aging neuroscience", "JournalIssue": + {"Volume": "11", "PubDate": {"Year": "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": {"i": "M", "#text": + "The hemispheric asymmetry reduction in older adults (HAROLD) is a neurocompensatory + process that has been observed across several cognitive functions but has + not yet been examined in relation to task-induced relative deactivations of + the default mode network. The present study investigated the presence of HAROLD + effects specific to neural activations and deactivations using a functional + magnetic resonance imaging (fMRI) n-back paradigm. It was hypothesized that + HAROLD effects would be identified in relative activations and deactivations + during the paradigm, and that they would be associated with better 2-back + performance. Forty-five older adults ( age = 63.8; range = 53-83) were administered + a verbal n-back paradigm during fMRI. For each participant, the volume of + brain response was summarized by left and right frontal regions of interest, + and laterality indices (LI; i.e., left/right) were calculated to assess HAROLD + effects. Group level results indicated that age was significantly and negatively + correlated with LI (i.e., reduced left lateralization) for deactivations, + but positively correlated with LI (i.e., increased left lateralization) for + activations. The relationship between age and LI for deactivation was significantly + moderated by performance level, revealing a stronger relationship between + age and LI at higher levels of 2-back performance. Findings suggest that older + adults may employ neurocompensatory processes specific to deactivations, and + task-independent processes may be particularly sensitive to age-related neurocompensation."}}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "GrantList": {"Grant": + {"Agency": "NHLBI NIH HHS", "Acronym": "HL", "Country": "United States", "GrantID": + "R01 HL084178"}, "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Bryant M", "Initials": "BM", "LastName": "Duda", "AffiliationInfo": + {"Affiliation": "Department of Psychology, University of Georgia, Athens, + GA, United States."}}, {"@ValidYN": "Y", "ForeName": "Max M", "Initials": + "MM", "LastName": "Owens", "AffiliationInfo": {"Affiliation": "Department + of Psychology, University of Georgia, Athens, GA, United States."}}, {"@ValidYN": + "Y", "ForeName": "Emily S", "Initials": "ES", "LastName": "Hallowell", "AffiliationInfo": + {"Affiliation": "Department of Psychology, University of Georgia, Athens, + GA, United States."}}, {"@ValidYN": "Y", "ForeName": "Lawrence H", "Initials": + "LH", "LastName": "Sweet", "AffiliationInfo": [{"Affiliation": "Department + of Psychology, University of Georgia, Athens, GA, United States."}, {"Affiliation": + "Department of Psychiatry & Human Behavior, The Warren Alpert Medical School + of Brown University, Providence, RI, United States."}]}], "@CompleteYN": "Y"}, + "Pagination": {"StartPage": "111", "MedlinePgn": "111"}, "ArticleDate": {"Day": + "04", "Year": "2019", "Month": "06", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "111", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2019.00111", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Neurocompensatory Effects + of the Default Network in Older Adults.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "22", + "Year": "2024", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "HAROLD", "@MajorTopicYN": "N"}, {"#text": "default mode network", + "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": + "neurocompensation", "@MajorTopicYN": "N"}, {"#text": "older adults", "@MajorTopicYN": + "N"}]}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front + Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2018, "title": "Neurocompensatory Effects of + the Default Network in Older Adults", "venue": "Frontiers in Aging Neuroscience", + "authors": [{"name": "B. Duda", "authorId": "49009510"}, {"name": "L. Sweet", + "authorId": "2779212"}, {"name": "E. Hallowell", "authorId": "13953288"}, + {"name": "M. Owens", "authorId": "32281113"}], "paperId": "4a52e1834b5e283cdae76256c009979e76b13466", + "abstract": "The hemispheric asymmetry reduction in older adults (HAROLD) + is a neurocompensatory process that has been observed across several cognitive + functions but has not yet been examined in relation to task-induced relative + deactivations of the default mode network. The present study investigated + the presence of HAROLD effects specific to neural activations and deactivations + using a functional magnetic resonance imaging (fMRI) n-back paradigm. It was + hypothesized that HAROLD effects would be identified in relative activations + and deactivations during the paradigm, and that they would be associated with + better 2-back performance. Forty-five older adults (M age = 63.8; range = + 53\u201383) were administered a verbal n-back paradigm during fMRI. For each + participant, the volume of brain response was summarized by left and right + frontal regions of interest, and laterality indices (LI; i.e., left/right) + were calculated to assess HAROLD effects. Group level results indicated that + age was significantly and negatively correlated with LI (i.e., reduced left + lateralization) for deactivations, but positively correlated with LI (i.e., + increased left lateralization) for activations. The relationship between age + and LI for deactivation was significantly moderated by performance level, + revealing a stronger relationship between age and LI at higher levels of 2-back + performance. Findings suggest that older adults may employ neurocompensatory + processes specific to deactivations, and task-independent processes may be + particularly sensitive to age-related neurocompensation.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00111/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6558200, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-12-21"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T04:27:46.281373+00:00", "analyses": + [{"id": "ceQR9YdiACKJ", "user": null, "name": "t2", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31214012-10-3389-fnagi-2019-00111-pmc6558200/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31214012-10-3389-fnagi-2019-00111-pmc6558200/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Clusters of significant neural + response to 2-back versus resting state.", "conditions": [], "weights": [], + "points": [{"id": "GHkhE2RNN7xv", "coordinates": [34.0, 50.0, 41.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": []}, {"id": + "mzcjRJ9ph7um", "coordinates": [0.0, -47.0, 10.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "xB2AuXNZncEr", + "coordinates": [-26.0, 53.0, -22.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "eDN9ZSh6Q28a", "coordinates": + [5.0, -5.0, 51.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "L74KJ7r6dGkQ", "coordinates": [35.0, 22.0, 53.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "QcrZBDsFJrgN", "coordinates": [2.0, 48.0, 30.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "vsjF6AT3VrhP", + "coordinates": [42.0, -3.0, 33.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "XkXEsrzjm5x3", "coordinates": + [29.0, -22.0, 9.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "piUKreBF5EmV", "coordinates": [-42.0, 44.0, 41.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": []}, + {"id": "Hpb9K7bngr35", "coordinates": [-31.0, -23.0, 6.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": []}, {"id": "8BkuyvxLbhFH", + "coordinates": [-9.0, -15.0, 45.0], "kind": null, "space": "TAL", "image": + null, "label_id": null, "values": []}, {"id": "fajzsjD3WpgN", "coordinates": + [32.0, 50.0, -26.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": []}, {"id": "FuPWnBoGGKD8", "coordinates": [-39.0, -29.0, + 29.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + []}, {"id": "LPn5BPZG6RjW", "coordinates": [-30.0, 60.0, 42.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": []}, {"id": "hVYMEqkTDf22", + "coordinates": [25.0, 6.0, 50.0], "kind": null, "space": "TAL", "image": null, + "label_id": null, "values": []}], "images": []}]}, {"id": "USmkQKvjXZpr", + "created_at": "2025-06-06T22:33:16.835102+00:00", "updated_at": "2025-11-21T20:12:06.649867+00:00", + "user": null, "name": "Task-related changes in degree centrality and local + coherence of the posterior cingulate cortex after major cardiac surgery in + older adults.", "description": "Older adults often display postoperative cognitive + decline (POCD) after surgery, yet it is unclear to what extent functional + connectivity (FC) alterations may underlie these deficits. We examined for + postoperative voxel-wise FC changes in response to increased working memory + load demands in cardiac surgery patients and nonsurgical controls. | Older + cardiac surgery patients (n\u2009=\u200925) completed a verbal N-back working + memory task during MRI scanning and cognitive testing before and 6\u00a0weeks + after surgery; nonsurgical controls with cardiac disease (n\u2009=\u200926) + underwent these assessments at identical time intervals. We measured postoperative + changes in degree centrality, the number of edges attached to a brain node, + and local coherence, the temporal homogeneity of regional functional correlations, + using voxel-wise graph theory-based FC metrics. Group \u00d7 time differences + were evaluated in these FC metrics associated with increased N-back working + memory load (2-back\u2009>\u20091-back), using a two-stage partitioned variance, + mixed ANCOVA. | Cardiac surgery patients demonstrated postoperative working + memory load-related degree centrality increases in the left dorsal posterior + cingulate cortex (dPCC; p\u2009<\u2009.001, cluster p-FWE\u2009<\u2009.05). + The dPCC also showed a postoperative increase in working memory load-associated + local coherence (p\u2009<\u2009.001, cluster p-FWE\u2009<\u2009.05). dPCC + degree centrality and local coherence increases were inversely associated + with global cognitive change in surgery patients (p\u2009<\u2009.01), but + not in controls. | Cardiac surgery patients showed postoperative increases + in working memory load-associated degree centrality and local coherence of + the dPCC that were inversely associated with postoperative global cognitive + outcomes and independent of perioperative cerebrovascular damage.", "publication": + "Human brain mapping", "doi": "10.1002/hbm.23898", "pmid": "29164774", "authors": + "Browndyke, Jeffrey N;Berger, Miles;Smith, Patrick J;Harshbarger, Todd B;Monge, + Zachary A;Panchal, Viral;Bisanar, Tiffany L;Glower, Donald D;Alexander, John + H;Cabeza, Roberto;Welsh-Bohmer, Kathleen;Newman, Mark F;Mathew, Joseph P", + "year": 2017, "metadata": null, "source": "neurosynth", "source_id": null, + "source_updated_at": null, "analyses": [{"id": "spatwz2hcKjM", "user": null, + "name": "644", "metadata": null, "description": "", "conditions": [], "weights": + [], "points": [{"id": "WiQkrnA5WKae", "coordinates": [-10.0, -70.0, 30.0], + "kind": "", "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "pyKmDYgZizYs", "coordinates": [-2.0, -70.0, 34.0], "kind": "", "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "c87t4v284A42", + "coordinates": [0.0, -60.0, 36.0], "kind": "", "space": "MNI", "image": null, + "label_id": null, "values": []}, {"id": "hWwqmiAbV3q6", "coordinates": [-2.0, + -66.0, 38.0], "kind": "", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "qDxWbYGTN7bR", "coordinates": [6.0, -66.0, 28.0], "kind": + "", "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}, {"id": "imDdj5EjuGMS", "user": null, "name": "645", "metadata": null, + "description": "", "conditions": [], "weights": [], "points": [{"id": "sWTLKD6Ev7A6", + "coordinates": [22.0, 16.0, -20.0], "kind": "", "space": "MNI", "image": null, + "label_id": null, "values": []}, {"id": "xErCjvWGuwQE", "coordinates": [-2.0, + -66.0, 34.0], "kind": "", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "JhMwN7e4hrha", "coordinates": [10.0, 14.0, 0.0], "kind": + "", "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "JKp2ckMkXpia", "coordinates": [-56.0, 4.0, 36.0], "kind": "", "space": "MNI", + "image": null, "label_id": null, "values": []}, {"id": "i6ohykeGZVX8", "coordinates": + [-38.0, -30.0, 50.0], "kind": "", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "P6goAkuZvoW8", "coordinates": [-56.0, -68.0, + -6.0], "kind": "", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "WihwdZyrW8Lx", "coordinates": [20.0, -62.0, 66.0], "kind": "", + "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}]}, {"id": "YWyEc2qs4zFE", "created_at": "2025-12-03T16:54:46.525109+00:00", + "updated_at": null, "user": null, "name": "Exploring the relationship between + physical activity and cognitive function: an fMRI pilot study in young and + older adults", "description": "BACKGROUND: There are limited studies exploring + the relationship between physical activity (PA), cognitive function, and the + brain processing characteristics in healthy older adults.\n\nMETHODS: A total + of 41 participants (42.7\u2009\u00b1\u200920.5\u2009years, 56.1% males) were + included in the data analysis. The International Physical Activity Questionnaire + Short Form was used to assess PA levels, and the Chinese version of the Montreal + Cognitive Assessment-Basic and the Flanker task were employed to evaluate + cognitive function. Furthermore, fMRI technology was utilized to examine brain + activation patterns.\n\nRESULTS: The cognitive function of the older adults + was found to be significantly lower compared to the young adults. Within the + older adults, those with high levels of PA exhibited significantly higher + cognitive function than those with low and medium PA levels. The fMRI data + showed significant differences in brain activation patterns among young adults + across the different PA levels. However, such difference was not observed + among older adults.\n\nCONCLUSION: A decline in cognitive function was observed + among older adults. There was a significant correlation between the levels + of PA and cognitive function in healthy older adults. The study demonstrated + significant effects of PA levels on brain activation patterns in inhibitory + control-related regions among young adults, while not significant among older + adults. The findings suggest that neurological mechanisms driving the relationship + between PA and cognitive function may differ between older and young adults.", + "publication": "Frontiers in Public Health", "doi": "10.3389/fpubh.2024.1413492", + "pmid": "39091524", "authors": "Jie Feng; Huiqi Song; Yingying Wang; Qichen + Zhou; Chenglin Zhou; Jing Jin", "year": 2024, "metadata": {"slug": "39091524-10-3389-fpubh-2024-1413492-pmc11291347", + "source": "semantic_scholar", "keywords": ["brain activation", "cognitive + function", "healthy older adults", "inhibitory control", "physical activity"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "7", "Year": "2024", "Month": "4", "@PubStatus": "received"}, {"Day": "8", + "Year": "2024", "Month": "7", "@PubStatus": "accepted"}, {"Day": "2", "Hour": + "6", "Year": "2024", "Month": "8", "Minute": "42", "@PubStatus": "medline"}, + {"Day": "2", "Hour": "6", "Year": "2024", "Month": "8", "Minute": "41", "@PubStatus": + "pubmed"}, {"Day": "2", "Hour": "4", "Year": "2024", "Month": "8", "Minute": + "28", "@PubStatus": "entrez"}, {"Day": "18", "Year": "2024", "Month": "7", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "39091524", "@IdType": "pubmed"}, {"#text": "PMC11291347", "@IdType": "pmc"}, + {"#text": "10.3389/fpubh.2024.1413492", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "World Health Organization . (2024). Ageing and + health. Available at: https://www.who.int/newsroom/fact-sheets/detail/ageing-and-health"}, + {"Citation": "Law CK, Lam FM, Chung RC, Pang MY. Physical exercise attenuates + cognitive decline and reduces behavioural problems in people with mild cognitive + impairment and dementia: a systematic review. J Physiother. (2020) 66:9\u201318. + doi: 10.1016/j.jphys.2019.11.014, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.jphys.2019.11.014", "@IdType": "doi"}, {"#text": "31843427", "@IdType": + "pubmed"}]}}, {"Citation": "Cunningham C, O''Sullivan R, Caserotti P, Tully + MA. Consequences of physical inactivity in older adults: a systematic review + of reviews and meta-analyses. Scand J Med Sci Sports. (2020) 30:816\u201327. + doi: 10.1111/sms.13616, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/sms.13616", "@IdType": "doi"}, {"#text": "32020713", "@IdType": "pubmed"}]}}, + {"Citation": "Bittner N, Jockwitz C, M\u00fchleisen TW, Hoffstaedter F, Eickhoff + SB, Moebus S, et al. . Combining lifestyle risks to disentangle brain structure + and functional connectivity differences in older adults. Nat Commun. (2019) + 10:621. doi: 10.1038/s41467-019-08500-x, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/s41467-019-08500-x", "@IdType": "doi"}, {"#text": "PMC6365564", + "@IdType": "pmc"}, {"#text": "30728360", "@IdType": "pubmed"}]}}, {"Citation": + "Suzuki M, Miyai I, Ono T, Oda I, Konishi I, Kochiyama T, et al. . Prefrontal + and premotor cortices are involved in adapting walking and running speed on + the treadmill: an optical imaging study. NeuroImage. (2004) 23:1020\u20136. + doi: 10.1016/j.neuroimage.2004.07.002", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2004.07.002", "@IdType": "doi"}, {"#text": "15528102", + "@IdType": "pubmed"}]}}, {"Citation": "Timinkul A, Kato M, Omori T, Deocaris + CC, Ito A, Kizuka T, et al. . Enhancing effect of cerebral blood volume by + mild exercise in healthy young men: a near-infrared spectroscopy study. Neurosci + Res. (2008) 61:242\u20138. doi: 10.1016/j.neures.2008.03.012, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neures.2008.03.012", "@IdType": "doi"}, + {"#text": "18468709", "@IdType": "pubmed"}]}}, {"Citation": "Lindenberger + U. Human cognitive aging: corriger la fortune? Science. (2014) 346:572\u20138. + doi: 10.1126/science.1254403", "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.1254403", + "@IdType": "doi"}, {"#text": "25359964", "@IdType": "pubmed"}]}}, {"Citation": + "Zhu W, Wadley VG, Howard VJ, Hutto B, Blair SN, Hooker SP. Objectively measured + physical activity and cognitive function in older adults. Med Sci Sports Exerc. + (2017) 49:47\u201353. doi: 10.1249/MSS.0000000000001079, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1249/MSS.0000000000001079", "@IdType": "doi"}, + {"#text": "PMC5161659", "@IdType": "pmc"}, {"#text": "27580146", "@IdType": + "pubmed"}]}}, {"Citation": "de Souto Barreto P, Delrieu J, Andrieu S, Vellas + B, Rolland Y. Physical activity and cognitive function in middle-aged and + older adults: an analysis of 104,909 people from 20 countries. Mayo Clin Proc. + (2016) 91:1515\u201324. doi: 10.1016/j.mayocp.2016.06.032", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.mayocp.2016.06.032", "@IdType": "doi"}, + {"#text": "27720454", "@IdType": "pubmed"}]}}, {"Citation": "Ingold M, Tulliani + N, Chan CCH, Liu KPY. Cognitive function of older adults engaging in physical + activity. BMC Geriatr. (2020) 20:229\u201313. doi: 10.1186/s12877-020-01620-w, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1186/s12877-020-01620-w", + "@IdType": "doi"}, {"#text": "PMC7333382", "@IdType": "pmc"}, {"#text": "32616014", + "@IdType": "pubmed"}]}}, {"Citation": "Domingos C, P\u00eago JM, Santos NC. + Effects of physical activity on brain function and structure in older adults: + a systematic review. Behav Brain Res. (2021) 402:113061. doi: 10.1016/j.bbr.2020.113061", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bbr.2020.113061", "@IdType": + "doi"}, {"#text": "33359570", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R, Dennis NA. Frontal lobes and aging: deterioration and compensation. Principles + Frontal Lobe Function. (2012) 2:628\u201352. doi: 10.1093/med/9780199837755.003.0044", + "ArticleIdList": {"ArticleId": {"#text": "10.1093/med/9780199837755.003.0044", + "@IdType": "doi"}}}, {"Citation": "Annavarapu RN, Kathi S, Vadla VK. Non-invasive + imaging modalities to study neurodegenerative diseases of aging brain. J Chem + Neuroanat. (2019) 95:54\u201369. doi: 10.1016/j.jchemneu.2018.02.006, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jchemneu.2018.02.006", + "@IdType": "doi"}, {"#text": "29474853", "@IdType": "pubmed"}]}}, {"Citation": + "Lemire-Rodger S, Lam J, Viviano JD, Stevens WD, Spreng RN, Turner GR. Inhibit, + switch, and update: a within-subject fMRI investigation of executive control. + Neuropsychologia. (2019) 132:107134. doi: 10.1016/j.neuropsychologia.2019.107134, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2019.107134", + "@IdType": "doi"}, {"#text": "31299188", "@IdType": "pubmed"}]}}, {"Citation": + "Haeger A, Costa AS, Schulz JB, Reetz K. Cerebral changes improved by physical + activity during cognitive decline: a systematic review on MRI studies. Neuroimage + Clin. (2019) 23:101933. doi: 10.1016/j.nicl.2019.101933, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.nicl.2019.101933", "@IdType": "doi"}, + {"#text": "PMC6699421", "@IdType": "pmc"}, {"#text": "31491837", "@IdType": + "pubmed"}]}}, {"Citation": "Chen K-L, Xu Y, Chu A-Q, Ding D, Liang X-N, Nasreddine + ZS, et al. . Validation of the Chinese version of Montreal cognitive assessment + basic for screening mild cognitive impairment. J Am Geriatr Soc. (2016) 64:e285\u201390. + doi: 10.1111/jgs.14530, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/jgs.14530", "@IdType": "doi"}, {"#text": "27996103", "@IdType": "pubmed"}]}}, + {"Citation": "IPAQ Research Committee . (2005). Guidelines for data processing + and analysis of the international physical activity questionnaire (IPAQ) \u2013 + short and long forms. Available at:\nhttps://sites.google.com/site/theipaq/scoring-protocol"}, + {"Citation": "Eriksen BA, Eriksen CW. Effects of noise letters upon the identification + of a target letter in a nonsearch task. Percept Psychophys. (1974) 16:143\u20139. + doi: 10.3758/BF03203267", "ArticleIdList": {"ArticleId": {"#text": "10.3758/BF03203267", + "@IdType": "doi"}}}, {"Citation": "Hillman CH, Pontifex MB, Raine LB, Castelli + DM, Hall EE, Kramer AF. The effect of acute treadmill walking on cognitive + control and academic achievement in preadolescent children. Neuroscience. + (2009) 159:1044\u201354. doi: 10.1016/j.neuroscience.2009.01.057, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2009.01.057", + "@IdType": "doi"}, {"#text": "PMC2667807", "@IdType": "pmc"}, {"#text": "19356688", + "@IdType": "pubmed"}]}}, {"Citation": "Hillman CH, Belopolsky AV, Snook EM, + Kramer AF, McAuley E. Physical activity and executive control: implications + for increased cognitive health during older adulthood. Res Q Exerc Sport. + (2004) 75:176\u201385. doi: 10.1080/02701367.2004.10609149, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1080/02701367.2004.10609149", "@IdType": "doi"}, + {"#text": "15209336", "@IdType": "pubmed"}]}}, {"Citation": "Cameron TA, Lucas + SJE, Machado L. Near-infrared spectroscopy reveals link between chronic physical + activity and anterior frontal oxygenated hemoglobin in healthy young women. + Psychophysiology. (2015) 52:609\u201317. doi: 10.1111/psyp.12394, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/psyp.12394", "@IdType": + "doi"}, {"#text": "25495374", "@IdType": "pubmed"}]}}, {"Citation": "Chuang + L-Y, Hung H-Y, Huang C-J, Chang Y-K, Hung T-M. A 3-month intervention of dance + dance revolution improves interference control in elderly females: a preliminary + investigation. Exp Brain Res. (2015) 233:1181\u20138. doi: 10.1007/s00221-015-4196-x, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00221-015-4196-x", + "@IdType": "doi"}, {"#text": "25595954", "@IdType": "pubmed"}]}}, {"Citation": + "Gooderham GK, Ho S, Handy TC. Variability in executive control performance + is predicted by physical activity. Front Hum Neurosci. (2020) 13:463. doi: + 10.3389/fnhum.2019.00463, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnhum.2019.00463", "@IdType": "doi"}, {"#text": "PMC6985373", "@IdType": + "pmc"}, {"#text": "32038199", "@IdType": "pubmed"}]}}, {"Citation": "Wang + M, Gamo NJ, Yang Y, Jin LE, Wang X-J, Laubach M, et al. . Neuronal basis of + age-related working memory decline. Nature. (2011) 476:210\u20133. doi: 10.1038/nature10243, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature10243", "@IdType": + "doi"}, {"#text": "PMC3193794", "@IdType": "pmc"}, {"#text": "21796118", "@IdType": + "pubmed"}]}}, {"Citation": "Colcombe SJ, Kramer AF, Erickson KI, Scalf P, + McAuley E, Cohen NJ, et al. . Cardiovascular fitness, cortical plasticity, + and aging. Proc Natl Acad Sci U S A. (2004) 101:3316\u201321. doi: 10.1073/pnas.0400266101, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0400266101", + "@IdType": "doi"}, {"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", + "@IdType": "pubmed"}]}}, {"Citation": "Yang Y, Chen T, Shao M, Yan S, Yue + GH, Jiang C. Effects of Tai Chi Chuan on inhibitory control in elderly women: + an fNIRS study. Front Hum Neurosci. (2020) 13:476. doi: 10.3389/fnhum.2019.00476, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2019.00476", + "@IdType": "doi"}, {"#text": "PMC6988574", "@IdType": "pmc"}, {"#text": "32038205", + "@IdType": "pubmed"}]}}, {"Citation": "Pensel MC, Daamen M, Scheef L, Knigge + HU, Rojas Vega S, Martin JA, et al. . Executive control processes are associated + with individual fitness outcomes following regular exercise training: blood + lactate profile curves and neuroimaging findings. Sci Rep. (2018) 8:4893. + doi: 10.1038/s41598-018-23308-3, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/s41598-018-23308-3", "@IdType": "doi"}, {"#text": "PMC5861091", "@IdType": + "pmc"}, {"#text": "29559674", "@IdType": "pubmed"}]}}, {"Citation": "Dupuy + O, Gauthier CJ, Fraser SA, Desjardins-Cr\u00e8peau L, Desjardins M, Mekary + S, et al. . Higher levels of cardiovascular fitness are associated with better + executive function and prefrontal oxygenation in younger and older women. + Front Hum Neurosci. (2015) 9:66. doi: 10.3389/fnhum.2015.00066, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnhum.2015.00066", "@IdType": "doi"}, {"#text": + "PMC4332308", "@IdType": "pmc"}, {"#text": "25741267", "@IdType": "pubmed"}]}}]}, + "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": {"#text": "39091524", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "2296-2565", "@IssnType": "Electronic"}, "Title": "Frontiers + in public health", "JournalIssue": {"Volume": "12", "PubDate": {"Year": "2024"}, + "@CitedMedium": "Internet"}, "ISOAbbreviation": "Front Public Health"}, "Abstract": + {"AbstractText": [{"#text": "There are limited studies exploring the relationship + between physical activity (PA), cognitive function, and the brain processing + characteristics in healthy older adults.", "@Label": "BACKGROUND", "@NlmCategory": + "UNASSIGNED"}, {"#text": "A total of 41 participants (42.7\u2009\u00b1\u200920.5\u2009years, + 56.1% males) were included in the data analysis. The International Physical + Activity Questionnaire Short Form was used to assess PA levels, and the Chinese + version of the Montreal Cognitive Assessment-Basic and the Flanker task were + employed to evaluate cognitive function. Furthermore, fMRI technology was + utilized to examine brain activation patterns.", "@Label": "METHODS", "@NlmCategory": + "UNASSIGNED"}, {"#text": "The cognitive function of the older adults was found + to be significantly lower compared to the young adults. Within the older adults, + those with high levels of PA exhibited significantly higher cognitive function + than those with low and medium PA levels. The fMRI data showed significant + differences in brain activation patterns among young adults across the different + PA levels. However, such difference was not observed among older adults.", + "@Label": "RESULTS", "@NlmCategory": "UNASSIGNED"}, {"#text": "A decline in + cognitive function was observed among older adults. There was a significant + correlation between the levels of PA and cognitive function in healthy older + adults. The study demonstrated significant effects of PA levels on brain activation + patterns in inhibitory control-related regions among young adults, while not + significant among older adults. The findings suggest that neurological mechanisms + driving the relationship between PA and cognitive function may differ between + older and young adults.", "@Label": "CONCLUSION", "@NlmCategory": "UNASSIGNED"}], + "CopyrightInformation": "Copyright \u00a9 2024 Feng, Song, Wang, Zhou, Zhou + and Jin."}, "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": + {"Author": [{"@ValidYN": "Y", "ForeName": "Jie", "Initials": "J", "LastName": + "Feng", "AffiliationInfo": {"Affiliation": "Department of Sports Science and + Physical Education, The Chinese University of Hong Kong, Shatin, Hong Kong + SAR, China."}}, {"@ValidYN": "Y", "ForeName": "Huiqi", "Initials": "H", "LastName": + "Song", "AffiliationInfo": {"Affiliation": "The Jockey Club School of Public + Health and Primary Care, The Chinese University of Hong Kong, Shatin, Hong + Kong SAR, China."}}, {"@ValidYN": "Y", "ForeName": "Yingying", "Initials": + "Y", "LastName": "Wang", "AffiliationInfo": {"Affiliation": "School of Psychology, + Shanghai University of Sport, Shanghai, China."}}, {"@ValidYN": "Y", "ForeName": + "Qichen", "Initials": "Q", "LastName": "Zhou", "AffiliationInfo": {"Affiliation": + "School of Psychology, Shanghai University of Sport, Shanghai, China."}}, + {"@ValidYN": "Y", "ForeName": "Chenglin", "Initials": "C", "LastName": "Zhou", + "AffiliationInfo": {"Affiliation": "School of Psychology, Shanghai University + of Sport, Shanghai, China."}}, {"@ValidYN": "Y", "ForeName": "Jing", "Initials": + "J", "LastName": "Jin", "AffiliationInfo": [{"Affiliation": "School of Psychology, + Shanghai University of Sport, Shanghai, China."}, {"Affiliation": "Key Laboratory + of Exercise and Health Sciences of Ministry of Education, Shanghai University + of Sport, Shanghai, China."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "1413492", "MedlinePgn": "1413492"}, "ArticleDate": {"Day": "18", "Year": + "2024", "Month": "07", "@DateType": "Electronic"}, "ELocationID": [{"#text": + "1413492", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fpubh.2024.1413492", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Exploring the relationship + between physical activity and cognitive function: an fMRI pilot study in young + and older adults.", "PublicationTypeList": {"PublicationType": {"@UI": "D016428", + "#text": "Journal Article"}}}, "DateRevised": {"Day": "03", "Year": "2024", + "Month": "08"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "brain activation", "@MajorTopicYN": "N"}, {"#text": "cognitive function", + "@MajorTopicYN": "N"}, {"#text": "healthy older adults", "@MajorTopicYN": + "N"}, {"#text": "inhibitory control", "@MajorTopicYN": "N"}, {"#text": "physical + activity", "@MajorTopicYN": "N"}]}, "CoiStatement": "The authors declare that + the research was conducted in the absence of any commercial or financial relationships + that could be construed as a potential conflict of interest.", "DateCompleted": + {"Day": "02", "Year": "2024", "Month": "08"}, "CitationSubset": "IM", "@IndexingMethod": + "Automated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": "Y"}}, + {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": + "Y"}}, {"DescriptorName": {"@UI": "D010865", "#text": "Pilot Projects", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D015444", "#text": "Exercise", "@MajorTopicYN": + "Y"}}, {"DescriptorName": {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle Aged", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, {"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": + "N"}], "DescriptorName": {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D011795", "#text": "Surveys and Questionnaires", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D055815", "#text": "Young + Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000367", "#text": + "Age Factors", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "Switzerland", "MedlineTA": "Front Public Health", "ISSNLinking": "2296-2565", + "NlmUniqueID": "101616579"}}}, "semantic_scholar": {"year": 2024, "title": + "Exploring the relationship between physical activity and cognitive function: + an fMRI pilot study in young and older adults", "venue": "Frontiers in Public + Health", "authors": [{"name": "Jie Feng", "authorId": "2312550627"}, {"name": + "Huiqi Song", "authorId": "2219550158"}, {"name": "Yingying Wang", "authorId": + "2143442679"}, {"name": "Qichen Zhou", "authorId": "2116228797"}, {"name": + "Chenglin Zhou", "authorId": "2271793945"}, {"name": "Jing Jin", "authorId": + "2313473739"}], "paperId": "d2e4fde535741c710aee0aeb95c0aaee44cbb549", "abstract": + "Background There are limited studies exploring the relationship between physical + activity (PA), cognitive function, and the brain processing characteristics + in healthy older adults. Methods A total of 41 participants (42.7\u2009\u00b1\u200920.5\u2009years, + 56.1% males) were included in the data analysis. The International Physical + Activity Questionnaire Short Form was used to assess PA levels, and the Chinese + version of the Montreal Cognitive Assessment-Basic and the Flanker task were + employed to evaluate cognitive function. Furthermore, fMRI technology was + utilized to examine brain activation patterns. Results The cognitive function + of the older adults was found to be significantly lower compared to the young + adults. Within the older adults, those with high levels of PA exhibited significantly + higher cognitive function than those with low and medium PA levels. The fMRI + data showed significant differences in brain activation patterns among young + adults across the different PA levels. However, such difference was not observed + among older adults. Conclusion A decline in cognitive function was observed + among older adults. There was a significant correlation between the levels + of PA and cognitive function in healthy older adults. The study demonstrated + significant effects of PA levels on brain activation patterns in inhibitory + control-related regions among young adults, while not significant among older + adults. The findings suggest that neurological mechanisms driving the relationship + between PA and cognitive function may differ between older and young adults.", + "isOpenAccess": true, "openAccessPdf": {"url": "https://www.frontiersin.org/journals/public-health/articles/10.3389/fpubh.2024.1413492/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC11291347, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2024-07-18"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T16:56:15.959036+00:00", "analyses": + [{"id": "8NGcEDFiVeeL", "user": null, "name": "Older adults: physically inactive + vs. physically active", "metadata": {"table": {"table_number": 4, "table_metadata": + {"table_id": "tab4", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv"}, + "original_table_id": "tab4"}, "table_metadata": {"table_id": "tab4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv"}, + "sanitized_table_id": "tab4"}, "description": "Differences in brain activation + across different physical activity levels and age groups.", "conditions": + [], "weights": [], "points": [], "images": []}, {"id": "QJmnapvQwDne", "user": + null, "name": "Older adults vs. young adults", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tab3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab3_coordinates.csv"}, + "original_table_id": "tab3"}, "table_metadata": {"table_id": "tab3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab3_coordinates.csv"}, + "sanitized_table_id": "tab3"}, "description": "Differences in brain activation + between age groups (incongruent vs. congruent condition).", "conditions": + [], "weights": [], "points": [{"id": "v5gnPKJZtiXP", "coordinates": [12.0, + 51.0, -9.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.9306}]}, {"id": "iy8ATjgav4er", "coordinates": + [24.0, 21.0, 39.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.888}]}], "images": []}, {"id": "HjeyoZnHdoeX", + "user": null, "name": "Young adults: physically inactive vs. physically active", + "metadata": {"table": {"table_number": 4, "table_metadata": {"table_id": "tab4", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv"}, + "original_table_id": "tab4"}, "table_metadata": {"table_id": "tab4", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json", + "table_label": "Table 4", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv"}, + "sanitized_table_id": "tab4"}, "description": "Differences in brain activation + across different physical activity levels and age groups.", "conditions": + [], "weights": [], "points": [{"id": "BXkxqXgNTnwj", "coordinates": [-12.0, + 54.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": -4.58}]}, {"id": "naRWMHo6wXiU", "coordinates": + [-42.0, -54.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": -4.32}]}], "images": []}]}, {"id": + "a58oyzcbbGaZ", "created_at": "2025-12-04T08:53:35.222934+00:00", "updated_at": + null, "user": null, "name": "Neural correlates of training and transfer effects + in working memory in older adults", "description": "As indicated by previous + research, aging is associated with a decline in working memory (WM) functioning, + related to alterations in fronto-parietal neural activations. At the same + time, previous studies showed that WM training in older adults may improve + the performance in the trained task (training effect), and more importantly, + also in untrained WM tasks (transfer effects). However, neural correlates + of these transfer effects that would improve understanding of its underlying + mechanisms, have not been shown in older participants as yet. In this study, + we investigated blood-oxygen-level-dependent (BOLD) signal changes during + n-back performance and an untrained delayed recognition (Sternberg) task following + 12sessions (45min each) of adaptive n-back training in older adults. The Sternberg + task used in this study allowed to test for neural training effects independent + of specific task affordances of the trained task and to separate maintenance + from updating processes. Thirty-two healthy older participants (60-75years) + were assigned either to an n-back training or a no-contact control group. + Before (t1) and after (t2) training/waiting period, both the n-back task and + the Sternberg task were conducted while BOLD signal was measured using functional + Magnetic Resonance Imaging (fMRI) in all participants. In addition, neuropsychological + tests were performed outside the scanner. WM performance improved with training + and behavioral transfer to tests measuring executive functions, processing + speed, and fluid intelligence was found. In the training group, BOLD signal + in the right lateral middle frontal gyrus/caudal superior frontal sulcus (Brodmann + area, BA 6/8) decreased in both the trained n-back and the updating condition + of the untrained Sternberg task at t2, compared to the control group. fMRI + findings indicate a training-related increase in processing efficiency of + WM networks, potentially related to the process of WM updating. Performance + gains in untrained tasks suggest that transfer to other cognitive tasks remains + possible in aging.", "publication": "NeuroImage", "doi": "10.1016/j.neuroimage.2016.03.068", + "pmid": "27046110", "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "year": 2016, "metadata": {"slug": + "27046110-10-1016-j-neuroimage-2016-03-068", "source": "semantic_scholar", + "keywords": ["Aging", "Executive functions", "Fluid intelligence", "Neuroimaging", + "Training", "Transfer", "Updating", "Working memory", "fMRI"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "30", "Year": + "2015", "Month": "11", "@PubStatus": "received"}, {"Day": "24", "Year": "2016", + "Month": "3", "@PubStatus": "revised"}, {"Day": "26", "Year": "2016", "Month": + "3", "@PubStatus": "accepted"}, {"Day": "6", "Hour": "6", "Year": "2016", + "Month": "4", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "6", "Hour": + "6", "Year": "2016", "Month": "4", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "24", "Hour": "6", "Year": "2018", "Month": "1", "Minute": "0", "@PubStatus": + "medline"}]}, "ArticleIdList": {"ArticleId": [{"#text": "27046110", "@IdType": + "pubmed"}, {"#text": "10.1016/j.neuroimage.2016.03.068", "@IdType": "doi"}, + {"#text": "S1053-8119(16)30012-X", "@IdType": "pii"}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "27046110", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "1095-9572", "@IssnType": "Electronic"}, "Title": "NeuroImage", + "JournalIssue": {"Volume": "134", "PubDate": {"Day": "01", "Year": "2016", + "Month": "Jul"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neuroimage"}, + "Abstract": {"AbstractText": "As indicated by previous research, aging is + associated with a decline in working memory (WM) functioning, related to alterations + in fronto-parietal neural activations. At the same time, previous studies + showed that WM training in older adults may improve the performance in the + trained task (training effect), and more importantly, also in untrained WM + tasks (transfer effects). However, neural correlates of these transfer effects + that would improve understanding of its underlying mechanisms, have not been + shown in older participants as yet. In this study, we investigated blood-oxygen-level-dependent + (BOLD) signal changes during n-back performance and an untrained delayed recognition + (Sternberg) task following 12sessions (45min each) of adaptive n-back training + in older adults. The Sternberg task used in this study allowed to test for + neural training effects independent of specific task affordances of the trained + task and to separate maintenance from updating processes. Thirty-two healthy + older participants (60-75years) were assigned either to an n-back training + or a no-contact control group. Before (t1) and after (t2) training/waiting + period, both the n-back task and the Sternberg task were conducted while BOLD + signal was measured using functional Magnetic Resonance Imaging (fMRI) in + all participants. In addition, neuropsychological tests were performed outside + the scanner. WM performance improved with training and behavioral transfer + to tests measuring executive functions, processing speed, and fluid intelligence + was found. In the training group, BOLD signal in the right lateral middle + frontal gyrus/caudal superior frontal sulcus (Brodmann area, BA 6/8) decreased + in both the trained n-back and the updating condition of the untrained Sternberg + task at t2, compared to the control group. fMRI findings indicate a training-related + increase in processing efficiency of WM networks, potentially related to the + process of WM updating. Performance gains in untrained tasks suggest that + transfer to other cognitive tasks remains possible in aging.", "CopyrightInformation": + "Copyright \u00a9 2016 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "Stephan", "Initials": "S", "LastName": "Heinzel", "AffiliationInfo": + {"Affiliation": "Department of Psychology, Humboldt-Universit\u00e4t zu Berlin, + Rudower Chaussee 18, 12489 Berlin, Germany; Social and Preventive Medicine, + University of Potsdam, Am Neuen Palais 10, 14469 Potsdam, Germany; Berlin + Center for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin + Berlin, Charit\u00e9platz 1, 10117 Berlin, Germany. Electronic address: stephan.heinzel@hu-berlin.de."}}, + {"@ValidYN": "Y", "ForeName": "Robert C", "Initials": "RC", "LastName": "Lorenz", + "AffiliationInfo": {"Affiliation": "Department of Psychology, Humboldt-Universit\u00e4t + zu Berlin, Rudower Chaussee 18, 12489 Berlin, Germany; Berlin Center for Advanced + Neuroimaging, Berlin, Germany; Department of Psychiatry and Psychotherapy, + Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin Berlin, + Charit\u00e9platz 1, 10117 Berlin, Germany; Max Planck Institute for Human + Development, Lentzeallee 94, 14195 Berlin, Germany."}}, {"@ValidYN": "Y", + "ForeName": "Patricia", "Initials": "P", "LastName": "Pelz", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry and Psychotherapy, Campus Charit\u00e9 + Mitte, Charit\u00e9 - Universit\u00e4tsmedizin Berlin, Charit\u00e9platz 1, + 10117 Berlin, Germany."}}, {"@ValidYN": "Y", "ForeName": "Andreas", "Initials": + "A", "LastName": "Heinz", "AffiliationInfo": {"Affiliation": "Berlin Center + for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry and Psychotherapy, + Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin Berlin, + Charit\u00e9platz 1, 10117 Berlin, Germany."}}, {"@ValidYN": "Y", "ForeName": + "Henrik", "Initials": "H", "LastName": "Walter", "AffiliationInfo": {"Affiliation": + "Berlin Center for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin + Berlin, Charit\u00e9platz 1, 10117 Berlin, Germany; Berlin School of Mind + and Brain, Germany."}}, {"@ValidYN": "Y", "ForeName": "Norbert", "Initials": + "N", "LastName": "Kathmann", "AffiliationInfo": {"Affiliation": "Department + of Psychology, Humboldt-Universit\u00e4t zu Berlin, Rudower Chaussee 18, 12489 + Berlin, Germany; Berlin Center for Advanced Neuroimaging, Berlin, Germany."}}, + {"@ValidYN": "Y", "ForeName": "Michael A", "Initials": "MA", "LastName": "Rapp", + "AffiliationInfo": {"Affiliation": "Social and Preventive Medicine, University + of Potsdam, Am Neuen Palais 10, 14469 Potsdam, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin + Berlin, Charit\u00e9platz 1, 10117 Berlin, Germany."}}, {"@ValidYN": "Y", + "ForeName": "Christine", "Initials": "C", "LastName": "Stelzel", "AffiliationInfo": + {"Affiliation": "Department of Psychology, Humboldt-Universit\u00e4t zu Berlin, + Rudower Chaussee 18, 12489 Berlin, Germany; Social and Preventive Medicine, + University of Potsdam, Am Neuen Palais 10, 14469 Potsdam, Germany; Berlin + Center for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9 - Universit\u00e4tsmedizin + Berlin, Charit\u00e9platz 1, 10117 Berlin, Germany; Berlin School of Mind + and Brain, Germany; International Psychoanalytic University, Stromstr. 1, + 10555 Berlin, Germany."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "249", "StartPage": "236", "MedlinePgn": "236-249"}, "ArticleDate": {"Day": + "01", "Year": "2016", "Month": "04", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.neuroimage.2016.03.068", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S1053-8119(16)30012-X", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Neural correlates of training and transfer effects in working + memory in older adults.", "PublicationTypeList": {"PublicationType": {"@UI": + "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "10", "Year": + "2019", "Month": "12"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Executive functions", "@MajorTopicYN": + "N"}, {"#text": "Fluid intelligence", "@MajorTopicYN": "N"}, {"#text": "Neuroimaging", + "@MajorTopicYN": "N"}, {"#text": "Training", "@MajorTopicYN": "N"}, {"#text": + "Transfer", "@MajorTopicYN": "N"}, {"#text": "Updating", "@MajorTopicYN": + "N"}, {"#text": "Working memory", "@MajorTopicYN": "N"}, {"#text": "fMRI", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "23", "Year": "2018", "Month": + "01"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D007858", "#text": "Learning", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D011939", "#text": "Mental + Recall", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D009473", + "#text": "Neuronal Plasticity", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D013647", "#text": "Task Performance and Analysis", "@MajorTopicYN": + "Y"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D014163", "#text": "Transfer, Psychology", + "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United States", + "MedlineTA": "Neuroimage", "ISSNLinking": "1053-8119", "NlmUniqueID": "9215515"}}}, + "semantic_scholar": {"year": 2016, "title": "Neural correlates of training + and transfer effects in working memory in older adults", "venue": "NeuroImage", + "authors": [{"name": "S. Heinzel", "authorId": "4952047"}, {"name": "R. Lorenz", + "authorId": "39284553"}, {"name": "P. Pelz", "authorId": "1814593"}, {"name": + "A. Heinz", "authorId": "50665590"}, {"name": "H. Walter", "authorId": "144278023"}, + {"name": "N. Kathmann", "authorId": "145034008"}, {"name": "M. Rapp", "authorId": + "1953528"}, {"name": "C. Stelzel", "authorId": "2115708"}], "paperId": "afaa211e370124d29da0975baf18817ed123dc71", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neuroimage.2016.03.068?email= + or https://doi.org/10.1016/j.neuroimage.2016.03.068, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2016-07-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T08:57:05.301476+00:00", "analyses": + [{"id": "VJBfuhYRpoRj", "user": null, "name": "0-back (k>86, alphasim-corr.)", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [], "images": + []}, {"id": "UNoj4wZpgrcY", "user": null, "name": "3-back (k>86, alphasim-corr.)", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [], "images": + []}, {"id": "JhnR6UwWtQUF", "user": null, "name": "Sternberg maintenance 3 + & 5 (k>57, alphasim-corr.)", "metadata": {"table": {"table_number": 3, "table_metadata": + {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [], "images": + []}, {"id": "fFFmxGy6SayS", "user": null, "name": "Sternberg updating 3 & + 5 \u2014 overlap with 1- & 2-back", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [], "images": + []}, {"id": "TWJRTm6n5fbY", "user": null, "name": "1- & 2-back (k>90, alphasim-corr.)", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [{"id": "obCifb8sGUUs", + "coordinates": [8.0, 30.0, 36.0], "kind": null, "space": "MNI", "image": null, + "label_id": null, "values": [{"kind": "T", "value": 3.75}]}, {"id": "cBkUpf7sviVA", + "coordinates": [-9.0, 23.0, 46.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 3.46}]}, {"id": + "M6GeN9Mfdb95", "coordinates": [24.0, 7.0, 56.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 3.92}]}, + {"id": "3soGyARALxjo", "coordinates": [18.0, 17.0, 56.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.89}]}, {"id": "G4s9b9onpaxx", "coordinates": [34.0, 20.0, 39.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.18}]}, {"id": "9GhwBZCVk4dk", "coordinates": [47.0, -53.0, + 32.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.43}]}, {"id": "B4M5btUqaTPZ", "coordinates": [57.0, + -46.0, 39.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.21}]}, {"id": "HFWF2injMAWx", "coordinates": + [37.0, -49.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.17}]}], "images": []}, {"id": "ZxUBwFW9JQiS", + "user": null, "name": "Sternberg updating 3 & 5 (k>63, alphasim-corr.)", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [{"id": "6stAxHW8mhwq", + "coordinates": [36.0, 17.0, 46.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.16}]}, {"id": + "EENATYUATzMX", "coordinates": [27.0, 11.0, 55.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.42}]}, {"id": "dyKsitfYejLb", "coordinates": [21.0, 14.0, 49.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.16}]}], "images": []}, {"id": "FvLnFXTotMKR", "user": null, + "name": "1-back (k>81, alphasim-corr.)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [{"id": "yqRGa73bwGMZ", + "coordinates": [44.0, -53.0, 36.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 3.45}]}, {"id": + "FJDij2uoVsY2", "coordinates": [54.0, -46.0, 36.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.42}]}, {"id": "hQ2vePZK4rFp", "coordinates": [44.0, -39.0, 42.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.21}]}], "images": []}, {"id": "QQbEritoha3C", "user": null, + "name": "2-back (k>85, alphasim-corr.)", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Regions, MNI coordinates, + t-values, and cluster sizes of significant whole-brain results of training-related + activity changes (group [training group > control group] by time [t1>t2] interaction) + in n-back and Sternberg tasks. Only clusters above a cluster size that yielded + an alphasim correction threshold of p<.05, corrected, are reported. Hem=Hemisphere; + BA=Brodmann area.", "conditions": [], "weights": [], "points": [{"id": "NtZmXicQwkLw", + "coordinates": [14.0, -26.0, 46.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.03}]}, {"id": + "rD9dDj7BnaZb", "coordinates": [11.0, 20.0, 42.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 3.8}]}, {"id": "rSBGhGvSxiBC", "coordinates": [14.0, 17.0, 36.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.69}]}, {"id": "FWDzHYQRjeHs", "coordinates": [-9.0, -26.0, + 49.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.77}]}, {"id": "QsStqvBK6rwz", "coordinates": [-12.0, + -13.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.77}]}, {"id": "kXKTZcoKJ4EQ", "coordinates": + [-12.0, 0.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.28}]}, {"id": "ybfhAKGkAkDf", "coordinates": + [-52.0, -56.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.53}]}, {"id": "Kqwy3EZnhDuH", "coordinates": + [-38.0, -56.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.51}]}, {"id": "V2W2vk8eK7ad", "coordinates": + [-48.0, -49.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.01}]}], "images": []}]}, {"id": + "ar9DTVHs9PAf", "created_at": "2025-12-04T03:14:48.025440+00:00", "updated_at": + null, "user": null, "name": "Neural correlates of the sound facilitation effect + in the modified Simon task in older adults", "description": "INTRODUCTION: + The ability to resolve interference declines with age and is attributed to + neurodegeneration and reduced cognitive function and mental alertness in older + adults. Our previous study revealed that task-irrelevant but environmentally + meaningful sounds improve performance on the modified Simon task in older + adults. However, little is known about neural correlates of this sound facilitation + effect.\n\nMETHODS: Twenty right-handed older adults [mean age = 72 (SD = + 4), 11 female] participated in the fMRI study. They performed the modified + Simon task in which the arrows were presented either in the locations matching + the arrow direction (congruent trials) or in the locations mismatching the + arrow direction (incongruent trials). A total of 50% of all trials were accompanied + by task-irrelevant but environmentally meaningful sounds.\n\nRESULTS: Participants + were faster on the trials with concurrent sounds, independently of whether + trials were congruent or incongruent. The sound effect was associated with + activation in the distributed network of auditory, posterior parietal, frontal, + and limbic brain regions. The magnitude of the behavioral facilitation effect + due to sound was associated with the changes in activation of the bilateral + auditory cortex, cuneal cortex, and occipital fusiform gyrus, precuneus, left + superior parietal lobule (SPL) for No Sound vs. Sound trials. These changes + were associated with the corresponding changes in reaction time (RT). Older + adults with a recent history of falls showed greater activation in the left + SPL than those without falls history.\n\nCONCLUSION: Our findings are consistent + with the dedifferentiation hypothesis of cognitive aging. The facilitatory + effect of sound could be achieved through recruitment of excessive neural + resources, which allows older adults to increase attention and mental alertness + during task performance. Considering that the SPL is critical for integration + of multisensory information, individuals with slower task responses and those + with a history of falls may need to recruit this region more actively than + individuals with faster responses and those without a fall history to overcome + increased difficulty with interference resolution. Future studies should examine + the relationship among activation in the SPL, the effect of sound, and falls + history in the individuals who are at heightened risk of falls.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2023.1207707", "pmid": + "37644962", "authors": "A. Manelis; Hang Hu; R. Miceli; S. Satz; M. Schwalbe", + "year": 2023, "metadata": {"slug": "37644962-10-3389-fnagi-2023-1207707-pmc10461020", + "source": "semantic_scholar", "keywords": ["fMRI", "falls", "interference + resolution", "older adults", "sound effect", "superior parietal lobule"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "18", "Year": "2023", "Month": "4", "@PubStatus": "received"}, {"Day": "31", + "Year": "2023", "Month": "7", "@PubStatus": "accepted"}, {"Day": "30", "Hour": + "6", "Year": "2023", "Month": "8", "Minute": "49", "@PubStatus": "medline"}, + {"Day": "30", "Hour": "6", "Year": "2023", "Month": "8", "Minute": "48", "@PubStatus": + "pubmed"}, {"Day": "30", "Hour": "3", "Year": "2023", "Month": "8", "Minute": + "44", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2023", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "37644962", "@IdType": "pubmed"}, {"#text": "PMC10461020", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2023.1207707", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Alahmadi A. A. S. (2021). Investigating the sub-regions + of the superior parietal cortex using functional magnetic resonance imaging + connectivity. Insights Imaging 12:47. 10.1186/s13244-021-00993-9", "ArticleIdList": + {"ArticleId": [{"#text": "10.1186/s13244-021-00993-9", "@IdType": "doi"}, + {"#text": "PMC8044280", "@IdType": "pmc"}, {"#text": "33847819", "@IdType": + "pubmed"}]}}, {"Citation": "Baddeley A. (2010). Working memory. Cur. Biol. + 20 R136\u2013R140. 10.1016/j.cub.2009.12.014", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cub.2009.12.014", "@IdType": "doi"}, {"#text": "20178752", + "@IdType": "pubmed"}]}}, {"Citation": "Bakker M., De Lange F. P., Helmich + R. C., Scheeringa R., Bloem B. R., Toni I. (2008). Cerebral correlates of + motor imagery of normal and precision gait. NeuroImage 41 998\u20131010. 10.1016/J.NEUROIMAGE.2008.03.020", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/J.NEUROIMAGE.2008.03.020", + "@IdType": "doi"}, {"#text": "18455930", "@IdType": "pubmed"}]}}, {"Citation": + "Bates D., M\u00e4chler M., Bolker B. M., Walker S. C. (2015). Fitting linear + mixed-effects models using lme4. J. Stat. Softw. 67 1\u201348. 10.18637/jss.v067.i01", + "ArticleIdList": {"ArticleId": {"#text": "10.18637/jss.v067.i01", "@IdType": + "doi"}}}, {"Citation": "Borgmann K. W. U., Risko E. F., Stolz J. A., Besner + D. (2007). Simon says: Reliability and the role of working memory and attentional + control in the Simon task. Psychon. Bull. Rev. 14 313\u2013319. 10.3758/BF03194070", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/BF03194070", "@IdType": + "doi"}, {"#text": "17694919", "@IdType": "pubmed"}]}}, {"Citation": "Bunge + S. A., Ochsner K. N., Desmond J. E., Glover G. H., Gabrieli J. D. E. (2001). + Prefrontal regions involved in keeping information in and out of mind. Brain + 124 2074\u20132086. 10.1093/brain/124.10.2074", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/brain/124.10.2074", "@IdType": "doi"}, {"#text": "11571223", + "@IdType": "pubmed"}]}}, {"Citation": "Burgess G. C., Braver T. S. (2010). + Neural mechanisms of interference control in working memory: Effects of interference + expectancy and fluid intelligence. PLoS One 5:e12861. 10.1371/journal.pone.0012861", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0012861", + "@IdType": "doi"}, {"#text": "PMC2942897", "@IdType": "pmc"}, {"#text": "20877464", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R., Albert M., Belleville S., + Craik F. I. M., Duarte A., Grady C. L., et al. (2018). Maintenance, reserve + and compensation: The cognitive neuroscience of healthy ageing. Nat. Rev. + Neurosci. 19 701\u2013710. 10.1038/s41583-018-0068-2", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/s41583-018-0068-2", "@IdType": "doi"}, {"#text": "PMC6472256", + "@IdType": "pmc"}, {"#text": "30305711", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R., Dennis N. A. (2014). Frontal lobes and aging. Principles of frontal + lobe function. New York, NY: Oxford University Press, 10.1093/med/9780199837755.003.0044", + "ArticleIdList": {"ArticleId": {"#text": "10.1093/med/9780199837755.003.0044", + "@IdType": "doi"}}}, {"Citation": "Canales-Johnson A., Beerendonk L., Blain + S., Kitaoka S., Ezquerro-Nassar A., Nuiten S., et al. (2020). Decreased alertness + reconfigures cognitive control networks. J. Neurosci. 40 7142\u20137154. 10.1523/JNEUROSCI.0343-20.2020", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.0343-20.2020", + "@IdType": "doi"}, {"#text": "PMC7480250", "@IdType": "pmc"}, {"#text": "32801150", + "@IdType": "pubmed"}]}}, {"Citation": "Centers for Disease Control and Prevention + (2021). Facts About Falls | Fall Prevention | Injury Center | CDC. Atlanta, + GA: CDC."}, {"Citation": "Cepeda N. J., Kramer A. F., Gonzalez de Sather J. + C. (2001). Changes in executive control across the life span: Examination + of task-switching performance. Dev. Psychol. 37:715. 10.1037/0012-1649.37.5.715", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0012-1649.37.5.715", "@IdType": + "doi"}, {"#text": "11552766", "@IdType": "pubmed"}]}}, {"Citation": "Collette + F., Germain S., Hogge M., Van der Linden M. (2009). Inhibitory control of + memory in normal ageing: Dissociation between impaired intentional and preserved + unintentional processes. Memory 17 104\u2013122. 10.1080/09658210802574146", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/09658210802574146", "@IdType": + "doi"}, {"#text": "19105088", "@IdType": "pubmed"}]}}, {"Citation": "Corbetta + M., Shulman G. L. (2002). Control of goal-directed and stimulus-driven attention + in the brain. Nat. Rev. Neurosci. 3 201\u2013215. 10.1038/nrn755", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nrn755", "@IdType": "doi"}, {"#text": "11994752", + "@IdType": "pubmed"}]}}, {"Citation": "Cox R. W., Hyde J. S. (1997). Software + tools for analysis and visualization of fMRI data. NMR Biomed. 10 171\u2013178.", + "ArticleIdList": {"ArticleId": {"#text": "9430344", "@IdType": "pubmed"}}}, + {"Citation": "Dale A. M., Fischl B., Sereno M. I. (1999). Cortical surface-based + analysis: I. Segmentation and surface reconstruction. NeuroImage 9 179\u2013194. + 10.1006/nimg.1998.0395", "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.1998.0395", + "@IdType": "doi"}, {"#text": "9931268", "@IdType": "pubmed"}]}}, {"Citation": + "Dennis N. A., Cabeza R. (2011). Age-related dedifferentiation of learning + systems: An fMRI study of implicit and explicit learning. Neurobiol. Aging + 32 2318.e17\u20132318.e30. 10.1016/j.neurobiolaging.2010.04.004", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2010.04.004", "@IdType": + "doi"}, {"#text": "PMC2923680", "@IdType": "pmc"}, {"#text": "20471139", "@IdType": + "pubmed"}]}}, {"Citation": "Desmurget M., Reilly K. T., Richard N., Szathmari + A., Mottolese C., Sirigu A. (2009). Movement intention after parietal cortex + stimulation in humans. Science 324 811\u2013813. 10.1126/science.1169896", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.1169896", "@IdType": + "doi"}, {"#text": "19423830", "@IdType": "pubmed"}]}}, {"Citation": "di Oleggio + Castello M., Dobson J. E., Sackett T., Kodiweera C., Haxby J. V., Goncalves + M., et al. (2020). ReproNim/reproin 0.6.0. Honolulu: Zenodo, 10.5281/ZENODO.3625000", + "ArticleIdList": {"ArticleId": {"#text": "10.5281/ZENODO.3625000", "@IdType": + "doi"}}}, {"Citation": "Engle R. W., Kane M. J. (2004). Executive attention, + working memory capacity, and a two-factor theory of cognitive control. Psychol. + Learn. Motiv. 44 145\u2013199. 10.1016/S0079-7421(03)44005-X", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/S0079-7421(03)44005-X", "@IdType": "doi"}}}, + {"Citation": "Esteban O., Birman D., Schaer M., Koyejo O. O., Poldrack R. + A., Gorgolewski K. J. (2017). MRIQC: Advancing the automatic prediction of + image quality in MRI from unseen sites. PLoS One 12:e0184661. 10.1371/journal.pone.0184661", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0184661", + "@IdType": "doi"}, {"#text": "PMC5612458", "@IdType": "pmc"}, {"#text": "28945803", + "@IdType": "pubmed"}]}}, {"Citation": "Esteban O., Markiewicz C. J., Blair + R. W., Moodie C. A., Isik A. I., Erramuzpe A., et al. (2019). fMRIPrep: A + robust preprocessing pipeline for functional MRI. Nat. Methods 16 111\u2013116. + 10.1038/s41592-018-0235-4", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41592-018-0235-4", + "@IdType": "doi"}, {"#text": "PMC6319393", "@IdType": "pmc"}, {"#text": "30532080", + "@IdType": "pubmed"}]}}, {"Citation": "Feng W., Stormer V. S., Martinez A., + McDonald J. J., Hillyard S. A. (2014). Sounds activate visual cortex and improve + visual discrimination. J. Neurosci. 34 9817\u20139824. 10.1523/JNEUROSCI.4869-13.2014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.4869-13.2014", + "@IdType": "doi"}, {"#text": "PMC4099554", "@IdType": "pmc"}, {"#text": "25031419", + "@IdType": "pubmed"}]}}, {"Citation": "Friedman N. P., Robbins T. W. (2022). + The role of prefrontal cortex in cognitive control and executive function. + Neuropsychopharmacology 47 72\u201389. 10.1038/s41386-021-01132-0", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/s41386-021-01132-0", "@IdType": "doi"}, + {"#text": "PMC8617292", "@IdType": "pmc"}, {"#text": "34408280", "@IdType": + "pubmed"}]}}, {"Citation": "Gorgolewski K. J., Auer T., Calhoun V. D., Craddock + R. C., Das S., Duff E. P., et al. (2016). The brain imaging data structure, + a format for organizing and describing outputs of neuroimaging experiments. + Sci. Data 3:160044. 10.1038/sdata.2016.44", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/sdata.2016.44", "@IdType": "doi"}, {"#text": "PMC4978148", + "@IdType": "pmc"}, {"#text": "27326542", "@IdType": "pubmed"}]}}, {"Citation": + "Grady C. L., Charlton R., He Y., Alain C. (2011). Age differences in fMRI + adaptation for sound identity and location. Front. Hum. Neurosci. 5:24. 10.3389/fnhum.2011.00024", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2011.00024", "@IdType": + "doi"}, {"#text": "PMC3061355", "@IdType": "pmc"}, {"#text": "21441992", "@IdType": + "pubmed"}]}}, {"Citation": "Greve D. N., Fischl B. (2009). Accurate and robust + brain image alignment using boundary-based registration. NeuroImage 48 63\u201372. + 10.1016/j.neuroimage.2009.06.060", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2009.06.060", "@IdType": "doi"}, {"#text": "PMC2733527", + "@IdType": "pmc"}, {"#text": "19573611", "@IdType": "pubmed"}]}}, {"Citation": + "Guerreiro M. J. S., Murphy D. R., Van Gerven P. W. M. (2010). The role of + sensory modality in age-related distraction: A critical review and a renewed + view. Psychol. Bull. 136:20731. 10.1037/a0020731", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0020731", "@IdType": "doi"}, {"#text": "21038938", "@IdType": + "pubmed"}]}}, {"Citation": "Guerreiro M. J. S., Murphy D. R., Van Gerven P. + W. M. (2013). Making sense of age-related distractibility: The critical role + of sensory modality. Acta Psychol. 142 184\u2013194. 10.1016/j.actpsy.2012.11.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.actpsy.2012.11.007", + "@IdType": "doi"}, {"#text": "23337081", "@IdType": "pubmed"}]}}, {"Citation": + "Guillaume B., Hua X., Thompson P. M., Waldorp L., Nichols T. E. (2014). Fast + and accurate modelling of longitudinal and repeated measures neuroimaging + data. NeuroImage 94 287\u2013302. 10.1016/j.neuroimage.2014.03.029", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.03.029", "@IdType": "doi"}, + {"#text": "PMC4073654", "@IdType": "pmc"}, {"#text": "24650594", "@IdType": + "pubmed"}]}}, {"Citation": "Halchenko Y., Goncalves M., di Castello M. V. + O., Ghosh S., Hanke M., Dae A., I, et al. (2019). nipy/heudiconv: v0.5.4 [0.5.4] + - 2019-04-29. San Francisco, CA: GitHub."}, {"Citation": "Hasher L., Zacks + R. T., May C. P. (1999). Inhibitory control, circadian arousal, and age. Attent. + Perform. 17:32. 10.7551/mitpress/1480.003.0032", "ArticleIdList": {"ArticleId": + {"#text": "10.7551/mitpress/1480.003.0032", "@IdType": "doi"}}}, {"Citation": + "Hausdorff J. M., Yogev G., Springer S., Simon E. S., Giladi N. (2005). Walking + is more like catching than tapping: Gait in the elderly as a complex cognitive + task. Exp. Brain Res. 164 541\u2013548. 10.1007/s00221-005-2280-3", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00221-005-2280-3", "@IdType": "doi"}, {"#text": + "15864565", "@IdType": "pubmed"}]}}, {"Citation": "H\u00fcl\u00fcr G., Ram + N., Willis S. L., Warner Schaie K., Gerstorf D. (2015). Cognitive dedifferentiation + with increasing age and proximity of death: Within-person evidence from the + Seattle longitudinal study. Psychol. Aging 30:a0039260. 10.1037/a0039260", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0039260", "@IdType": "doi"}, + {"#text": "25961879", "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M., + Bannister P., Brady M., Smith S. (2002). Improved optimization for the robust + and accurate linear registration and motion correction of brain images. NeuroImage + 17 825\u2013841. 10.1016/S1053-8119(02)91132-8", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/S1053-8119(02)91132-8", "@IdType": "doi"}, {"#text": "12377157", + "@IdType": "pubmed"}]}}, {"Citation": "Juncos-Rabad\u00e1n O., Pereiro A. + X., Facal D. (2008). Cognitive interference and aging: Insights from a spatial + stimulus\u2013response consistency task. Acta Psychol. 127 237\u2013246. 10.1016/j.actpsy.2007.05.003", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.actpsy.2007.05.003", + "@IdType": "doi"}, {"#text": "17601480", "@IdType": "pubmed"}]}}, {"Citation": + "Kelly A. M. C., Di Martino A., Uddin L. Q., Shehzad Z., Gee D. G., Reiss + P. T., et al. (2009). Development of anterior cingulate functional connectivity + from late childhood to early adulthood. Cereb. Cortex 19 640\u2013657. 10.1093/cercor/bhn117", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhn117", "@IdType": + "doi"}, {"#text": "18653667", "@IdType": "pubmed"}]}}, {"Citation": "Klein + R. M., Ivanoff J. (2011). The components of visual attention and the ubiquitous + Simon effect. Acta Psychol. 136 225\u2013234.", "ArticleIdList": {"ArticleId": + {"#text": "20883970", "@IdType": "pubmed"}}}, {"Citation": "Koen J. D., Rugg + M. D. (2019). Neural dedifferentiation in the aging brain. Trends Cogn. Sci. + 23 547\u2013559. 10.1016/j.tics.2019.04.012", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.tics.2019.04.012", "@IdType": "doi"}, {"#text": "PMC6635135", + "@IdType": "pmc"}, {"#text": "31174975", "@IdType": "pubmed"}]}}, {"Citation": + "Koenigs M., Barbey A. K., Postle B. R., Grafman J. (2009). Superior parietal + cortex is critical for the manipulation of information in working memory. + J. Neurosci. 29 14980\u201314986. 10.1523/JNEUROSCI.3706-09.2009", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.3706-09.2009", "@IdType": "doi"}, + {"#text": "PMC2799248", "@IdType": "pmc"}, {"#text": "19940193", "@IdType": + "pubmed"}]}}, {"Citation": "Kubo-Kawai N., Kawai N. (2010). Elimination of + the enhanced Simon effect for older adults in a three-choice situation: Ageing + and the Simon effect in a go/no-go Simon task. Quart. J. Exp. Psychol. 63 + 452\u2013464. 10.1080/17470210902990829", "ArticleIdList": {"ArticleId": [{"#text": + "10.1080/17470210902990829", "@IdType": "doi"}, {"#text": "19575334", "@IdType": + "pubmed"}]}}, {"Citation": "Lanczos C. (1964). Evaluation of noisy data. J. + Soc. Ind. Appl. Math. Ser. B Num. Anal. 1 76\u201385. 10.1137/0701007", "ArticleIdList": + {"ArticleId": {"#text": "10.1137/0701007", "@IdType": "doi"}}}, {"Citation": + "Langers D. R. M., Backes W. H., van Dijk P. (2007). Representation of lateralization + and tonotopy in primary versus secondary human auditory cortex. NeuroImage + 34 264\u2013273. 10.1016/j.neuroimage.2006.09.002", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2006.09.002", "@IdType": "doi"}, {"#text": + "17049275", "@IdType": "pubmed"}]}}, {"Citation": "Latimer K. W., Freedman + D. J. (2023). Low-dimensional encoding of decisions in parietal cortex reflects + long-term training history. Nat. Commun. 14:1010. 10.1038/s41467-023-36554-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41467-023-36554-5", "@IdType": + "doi"}, {"#text": "PMC9950136", "@IdType": "pmc"}, {"#text": "36823109", "@IdType": + "pubmed"}]}}, {"Citation": "Li H., Liu N., Li Y., Weidner R., Fink G. R., + Chen Q. (2019). The Simon effect based on allocentric and egocentric reference + frame: Common and specific neural correlates. Sci. Rep. 9:13727. 10.1038/s41598-019-49990-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41598-019-49990-5", "@IdType": + "doi"}, {"#text": "PMC6760495", "@IdType": "pmc"}, {"#text": "31551429", "@IdType": + "pubmed"}]}}, {"Citation": "Li K. Z. H., Bherer L., Mirelman A., Maidan I., + Hausdorff J. M. (2018). Cognitive involvement in balance, gait and dual-tasking + in aging: A focused review from a neuroscience of aging perspective. Front. + Neurol. 9:913. 10.3389/fneur.2018.00913", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fneur.2018.00913", "@IdType": "doi"}, {"#text": "PMC6219267", "@IdType": + "pmc"}, {"#text": "30425679", "@IdType": "pubmed"}]}}, {"Citation": "Logan + J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner R. L. (2002). Under-recruitment + and nonselective recruitment: Dissociable neural mechanisms associated with + aging. Neuron 33 827\u2013840. 10.1016/S0896-6273(02)00612-8", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S0896-6273(02)00612-8", "@IdType": "doi"}, + {"#text": "11879658", "@IdType": "pubmed"}]}}, {"Citation": "Long J., Song + X., Wang Y., Wang C., Huang R., Zhang R. (2022). Distinct neural activation + patterns of age in subcomponents of inhibitory control: A fMRI meta-analysis. + Front. Aging Neurosci. 14:845. 10.3389/fnagi.2022.938789", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2022.938789", "@IdType": "doi"}, {"#text": + "PMC9389163", "@IdType": "pmc"}, {"#text": "35992590", "@IdType": "pubmed"}]}}, + {"Citation": "Lubetzky A. V., Gospodarek M., Arie L., Kelly J., Roginska A., + Cosetti M. (2020). Auditory input and postural control in adults: A narrative + review. JAMA Otolaryngol. 146 480\u2013487. 10.1001/jamaoto.2020.0032", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/jamaoto.2020.0032", "@IdType": "doi"}, {"#text": + "32163114", "@IdType": "pubmed"}]}}, {"Citation": "Maclin E. L., Gratton G., + Fabiani M. (2001). Visual spatial localization conflict: An fMRI study. Neuroreport + 12 3633\u20133636. 10.1097/00001756-200111160-00051", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/00001756-200111160-00051", "@IdType": "doi"}, {"#text": + "11733725", "@IdType": "pubmed"}]}}, {"Citation": "Makowski D., Ben-Shachar + M. S., Patil I., L\u00fcdecke D. (2020). Estimation of model-based predictions, + contrasts and means. Vienna: Institute for Statistics and Mathematics."}, + {"Citation": "Maylor E. A., Birak K. S., Schlaghecken F. (2011). Inhibitory + motor control in old age: Evidence for de-automatization? Front. Psychol. + 2:132. 10.3389/fpsyg.2011.00132", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyg.2011.00132", "@IdType": "doi"}, {"#text": "PMC3122077", "@IdType": + "pmc"}, {"#text": "21734899", "@IdType": "pubmed"}]}}, {"Citation": "McDonough + I. M., Nolin S. A., Visscher K. M. (2022). 25 years of neurocognitive aging + theories: What have we learned? Front. Aging Neurosci. 14:1002096. 10.3389/fnagi.2022.1002096", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2022.1002096", "@IdType": + "doi"}, {"#text": "PMC9539801", "@IdType": "pmc"}, {"#text": "36212035", "@IdType": + "pubmed"}]}}, {"Citation": "Mevorach C., Humphreys G. W., Shalev L. (2006). + Opposite biases in salience-based selection for the left and right posterior + parietal cortex. Nat. Neurosci. 9:1709. 10.1038/nn1709", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nn1709", "@IdType": "doi"}, {"#text": "16699505", + "@IdType": "pubmed"}]}}, {"Citation": "Mevorach C., Shalev L., Allen H. A., + Humphreys G. W. (2009). The left intraparietal sulcus modulates the selection + of low salient stimuli. J. Cogn. Neurosci. 21:21044. 10.1162/jocn.2009.21044", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2009.21044", "@IdType": + "doi"}, {"#text": "18564052", "@IdType": "pubmed"}]}}, {"Citation": "Milani + S. A., Marsiske M., Cottler L. B., Chen X., Striley C. W. (2018). Optimal + cutoffs for the montreal cognitive assessment vary by race and ethnicity. + Alzheimers Dement. 10 773\u2013781. 10.1016/j.dadm.2018.09.003", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.dadm.2018.09.003", "@IdType": "doi"}, + {"#text": "PMC6247398", "@IdType": "pmc"}, {"#text": "30505927", "@IdType": + "pubmed"}]}}, {"Citation": "Milham M. P., Banich M. T. (2005). Anterior cingulate + cortex: An fMRI analysis of conflict specificity and functional differentiation. + Hum. Brain Mapp. 25 328\u2013335. 10.1002/hbm.20110", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20110", "@IdType": "doi"}, {"#text": "PMC6871683", + "@IdType": "pmc"}, {"#text": "15834861", "@IdType": "pubmed"}]}}, {"Citation": + "Nagamatsu L. S., Liang Hsu C., Voss M. W., Chan A., Bolandzadeh N., Handy + T. C., et al. (2016). The neurocognitive basis for impaired dual-task performance + in senior fallers. Front. Aging Neurosci. 8:20. 10.3389/fnagi.2016.00020", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2016.00020", "@IdType": + "doi"}, {"#text": "PMC4746244", "@IdType": "pmc"}, {"#text": "26903862", "@IdType": + "pubmed"}]}}, {"Citation": "Nasreddine Z. S., Phillips N. A., B\u00e9dirian + V., Charbonneau S., Whitehead V., Collin I., et al. (2005). The montreal cognitive + assessment, MoCA: A brief screening tool for mild cognitive impairment. J. + Am. Geriatr. Soc. 53 695\u2013699. 10.1111/j.1532-5415.2005.53221.x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/j.1532-5415.2005.53221.x", "@IdType": "doi"}, + {"#text": "15817019", "@IdType": "pubmed"}]}}, {"Citation": "Nelson H. E. + (1982). National adult reading test (NART): Test manual. Windsor: NFER-Nelson."}, + {"Citation": "Owen A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). + N-back working memory paradigm: A meta-analysis of normative functional neuroimaging + studies. Hum. Brain Mapp. 25 46\u201359. 10.1002/hbm.20131", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": + "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, + {"Citation": "Park D. C., Polk T. A., Park R., Minear M., Savage A., Smith + M. R. (2004). Aging reduces neural specialization in ventral visual cortex. + Proc. Natl. Acad. Sci. U.S.A. 101 13091\u201313095. 10.1073/pnas.0405148101", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0405148101", "@IdType": + "doi"}, {"#text": "PMC516469", "@IdType": "pmc"}, {"#text": "15322270", "@IdType": + "pubmed"}]}}, {"Citation": "Power J. D., Barnes K. A., Snyder A. Z., Schlaggar + B. L., Petersen S. E. (2012). Spurious but systematic correlations in functional + connectivity MRI networks arise from subject motion. Neuroimage 59 2142\u20132154. + 10.1016/j.neuroimage.2011.10.018", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2011.10.018", "@IdType": "doi"}, {"#text": "PMC3254728", + "@IdType": "pmc"}, {"#text": "22019881", "@IdType": "pubmed"}]}}, {"Citation": + "Pruim R. H. R., Mennes M., van Rooij D., Llera A., Buitelaar J. K., Beckmann + C. F. (2015). ICA-AROMA: A robust ICA-based strategy for removing motion artifacts + from fMRI data. NeuroImage. 112 267\u2013277. 10.1016/j.neuroimage.2015.02.064", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2015.02.064", + "@IdType": "doi"}, {"#text": "25770991", "@IdType": "pubmed"}]}}, {"Citation": + "Qin S., Basak C. (2020). Age-related differences in brain activation during + working memory updating: An fMRI study. Neuropsychologia 138:107335. 10.1016/j.neuropsychologia.2020.107335", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2020.107335", + "@IdType": "doi"}, {"#text": "PMC7069667", "@IdType": "pmc"}, {"#text": "31923524", + "@IdType": "pubmed"}]}}, {"Citation": "Quinci M. A., Belden A., Goutama V., + Gong D., Hanser S., Donovan N. J., et al. (2022). Longitudinal changes in + auditory and reward systems following receptive music-based intervention in + older adults. Sci. Rep. 12:11517. 10.1038/s41598-022-15687-5", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/s41598-022-15687-5", "@IdType": "doi"}, + {"#text": "PMC9261172", "@IdType": "pmc"}, {"#text": "35798784", "@IdType": + "pubmed"}]}}, {"Citation": "Reinhardt J., Rus-Oswald O. G., B\u00fcrki C. + N., Bridenbaugh S. A., Krumm S., Michels L., et al. (2020). Neural correlates + of stepping in healthy elderly: Parietal and prefrontal cortex activation + reflects cognitive-motor interference effects. Front. Hum. Neurosci. 14:566735. + 10.3389/fnhum.2020.566735", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2020.566735", + "@IdType": "doi"}, {"#text": "PMC7550687", "@IdType": "pmc"}, {"#text": "33132879", + "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz P. A., Cappell K. A. + (2008). Neurocognitive aging and the compensation hypothesis. Curr. Dir. Psychol. + Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x", "ArticleIdList": + {"ArticleId": {"#text": "10.1111/j.1467-8721.2008.00570.x", "@IdType": "doi"}}}, + {"Citation": "Reuter-Lorenz P. A., Marshuetz C., Jonides J., Smith E. E., + Hartley A., Koeppe R. (2001). Neurocognitive ageing of storage and executive + processes. Eur. J. Cogn. Psychol. 13 257\u2013278. 10.1080/09541440125972", + "ArticleIdList": {"ArticleId": {"#text": "10.1080/09541440125972", "@IdType": + "doi"}}}, {"Citation": "Revelle W. (2023). Psych: Procedures for personality + and psychological research Northwestern University. Evanston: Northwestern + University."}, {"Citation": "R\u00f6hl M., Uppenkamp S. (2012). Neural coding + of sound intensity and loudness in the human auditory system. J. Assoc. Res. + Otolaryngol. 13 369\u2013379. 10.1007/s10162-012-0315-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s10162-012-0315-6", "@IdType": "doi"}, {"#text": + "PMC3346895", "@IdType": "pmc"}, {"#text": "22354617", "@IdType": "pubmed"}]}}, + {"Citation": "Rottschy C., Langner R., Dogan I., Reetz K., Laird A. R., Schulz + J. B., et al. (2012). Modelling neural correlates of working memory: A coordinate-based + meta-analysis. NeuroImage 60 830\u2013846. 10.1016/j.neuroimage.2011.11.050", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.11.050", + "@IdType": "doi"}, {"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", + "@IdType": "pubmed"}]}}, {"Citation": "Schwalbe M., Satz S., Miceli R., Hu + H., Manelis A. (2023). Hand dexterity is associated with the ability to resolve + perceptual and cognitive interference in older adults: Pilot study. Geriatrics + 8:31. 10.3390/geriatrics8020031", "ArticleIdList": {"ArticleId": [{"#text": + "10.3390/geriatrics8020031", "@IdType": "doi"}, {"#text": "PMC10037645", "@IdType": + "pmc"}, {"#text": "36960986", "@IdType": "pubmed"}]}}, {"Citation": "Smith + S. M., Nichols T. E. (2009). Threshold-free cluster enhancement: Addressing + problems of smoothing, threshold dependence and localisation in cluster inference. + NeuroImage 44 83\u201398. 10.1016/j.neuroimage.2008.03.061", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.03.061", "@IdType": "doi"}, + {"#text": "18501637", "@IdType": "pubmed"}]}}, {"Citation": "Van Der Lubbe + R. H. J., Verleger R. (2002). Aging and the Simon task. Psychophysiology 39 + 100\u2013110. 10.1111/1469-8986.3910100", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/1469-8986.3910100", "@IdType": "doi"}, {"#text": "12206290", "@IdType": + "pubmed"}]}}, {"Citation": "Wang J., Yang Y., Fan L., Xu J., Li C., Liu Y., + et al. (2015). Convergent functional architecture of the superior parietal + lobule unraveled with multimodal neuroimaging approaches. Hum. Brain Mapp. + 36:22626. 10.1002/hbm.22626", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22626", + "@IdType": "doi"}, {"#text": "PMC4268275", "@IdType": "pmc"}, {"#text": "25181023", + "@IdType": "pubmed"}]}}, {"Citation": "Weeks J. C., Hasher L. (2014). The + disruptive \u2013 and beneficial \u2013 effects of distraction on older adults\u2019 + cognitive performance. Front. Psychol. 5:133. 10.3389/fpsyg.2014.00133", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fpsyg.2014.00133", "@IdType": "doi"}, {"#text": + "PMC3927084", "@IdType": "pmc"}, {"#text": "24634662", "@IdType": "pubmed"}]}}, + {"Citation": "Wittfoth M., Buck D., Fahle M., Herrmann M. (2006). Comparison + of two Simon tasks: Neuronal correlates of conflict resolution based on coherent + motion perception. NeuroImage 32 921\u2013929. 10.1016/j.neuroimage.2006.03.034", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2006.03.034", + "@IdType": "doi"}, {"#text": "16677831", "@IdType": "pubmed"}]}}, {"Citation": + "Wong P. C. M., Jin J. X., Gunasekera G. M., Abel R., Lee E. R., Dhar S. (2009). + Aging and cortical mechanisms of speech perception in noise. Neuropsychologia + 47 693\u2013703. 10.1016/j.neuropsychologia.2008.11.032", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2008.11.032", "@IdType": + "doi"}, {"#text": "PMC2649004", "@IdType": "pmc"}, {"#text": "19124032", "@IdType": + "pubmed"}]}}, {"Citation": "Yarkoni T., Poldrack R. A., Nichols T. E., Van + Essen D. C., Wager T. D. (2011). Large-scale automated synthesis of human + functional neuroimaging data. Nat. Methods 8 665\u2013670. 10.1038/nmeth.1635", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nmeth.1635", "@IdType": + "doi"}, {"#text": "PMC3146590", "@IdType": "pmc"}, {"#text": "21706013", "@IdType": + "pubmed"}]}}, {"Citation": "Zhang R., Geng X., Lee T. M. C. (2017). Large-scale + functional neural network correlates of response inhibition: An fMRI meta-analysis. + Brain Struct. Funct. 222 3973\u20133990. 10.1007/s00429-017-1443-x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00429-017-1443-x", "@IdType": "doi"}, {"#text": + "PMC5686258", "@IdType": "pmc"}, {"#text": "28551777", "@IdType": "pubmed"}]}}, + {"Citation": "Zhou Y., Liu Y., Zhang M. (2020). neuronal correlates of many-to-one + sensorimotor mapping in lateral intraparietal cortex. Cereb. Cortex 30 5583\u20135596. + 10.1093/cercor/bhaa145", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhaa145", + "@IdType": "doi"}, {"#text": "32488241", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "37644962", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers + in aging neuroscience", "JournalIssue": {"Volume": "15", "PubDate": {"Year": + "2023"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, + "Abstract": {"AbstractText": [{"#text": "The ability to resolve interference + declines with age and is attributed to neurodegeneration and reduced cognitive + function and mental alertness in older adults. Our previous study revealed + that task-irrelevant but environmentally meaningful sounds improve performance + on the modified Simon task in older adults. However, little is known about + neural correlates of this sound facilitation effect.", "@Label": "INTRODUCTION", + "@NlmCategory": "UNASSIGNED"}, {"#text": "Twenty right-handed older adults + [mean age = 72 (SD = 4), 11 female] participated in the fMRI study. They performed + the modified Simon task in which the arrows were presented either in the locations + matching the arrow direction (congruent trials) or in the locations mismatching + the arrow direction (incongruent trials). A total of 50% of all trials were + accompanied by task-irrelevant but environmentally meaningful sounds.", "@Label": + "METHODS", "@NlmCategory": "UNASSIGNED"}, {"#text": "Participants were faster + on the trials with concurrent sounds, independently of whether trials were + congruent or incongruent. The sound effect was associated with activation + in the distributed network of auditory, posterior parietal, frontal, and limbic + brain regions. The magnitude of the behavioral facilitation effect due to + sound was associated with the changes in activation of the bilateral auditory + cortex, cuneal cortex, and occipital fusiform gyrus, precuneus, left superior + parietal lobule (SPL) for No Sound vs. Sound trials. These changes were associated + with the corresponding changes in reaction time (RT). Older adults with a + recent history of falls showed greater activation in the left SPL than those + without falls history.", "@Label": "RESULTS", "@NlmCategory": "UNASSIGNED"}, + {"#text": "Our findings are consistent with the dedifferentiation hypothesis + of cognitive aging. The facilitatory effect of sound could be achieved through + recruitment of excessive neural resources, which allows older adults to increase + attention and mental alertness during task performance. Considering that the + SPL is critical for integration of multisensory information, individuals with + slower task responses and those with a history of falls may need to recruit + this region more actively than individuals with faster responses and those + without a fall history to overcome increased difficulty with interference + resolution. Future studies should examine the relationship among activation + in the SPL, the effect of sound, and falls history in the individuals who + are at heightened risk of falls.", "@Label": "CONCLUSION", "@NlmCategory": + "UNASSIGNED"}], "CopyrightInformation": "Copyright \u00a9 2023 Manelis, Hu, + Miceli, Satz and Schwalbe."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Anna", "Initials": + "A", "LastName": "Manelis", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, University of Pittsburgh, Pittsburgh, PA, United States."}}, + {"@ValidYN": "Y", "ForeName": "Hang", "Initials": "H", "LastName": "Hu", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry, University of Pittsburgh, Pittsburgh, + PA, United States."}}, {"@ValidYN": "Y", "ForeName": "Rachel", "Initials": + "R", "LastName": "Miceli", "AffiliationInfo": {"Affiliation": "Department + of Psychiatry, University of Pittsburgh, Pittsburgh, PA, United States."}}, + {"@ValidYN": "Y", "ForeName": "Skye", "Initials": "S", "LastName": "Satz", + "AffiliationInfo": {"Affiliation": "Department of Psychiatry, University of + Pittsburgh, Pittsburgh, PA, United States."}}, {"@ValidYN": "Y", "ForeName": + "Marie", "Initials": "M", "LastName": "Schwalbe", "AffiliationInfo": {"Affiliation": + "University of Pittsburgh School of Medicine, Pittsburgh, PA, United States."}}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1207707", "MedlinePgn": + "1207707"}, "ArticleDate": {"Day": "14", "Year": "2023", "Month": "08", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "1207707", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2023.1207707", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Neural correlates of the sound facilitation effect + in the modified Simon task in older adults.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "31", + "Year": "2023", "Month": "08"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "falls", "@MajorTopicYN": + "N"}, {"#text": "interference resolution", "@MajorTopicYN": "N"}, {"#text": + "older adults", "@MajorTopicYN": "N"}, {"#text": "sound effect", "@MajorTopicYN": + "N"}, {"#text": "superior parietal lobule", "@MajorTopicYN": "N"}]}, "CoiStatement": + "The authors declare that the research was conducted in the absence of any + commercial or financial relationships that could be construed as a potential + conflict of interest.", "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": + "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, + "semantic_scholar": {"year": 2023, "title": "Neural correlates of the sound + facilitation effect in the modified Simon task in older adults", "venue": + "Frontiers in Aging Neuroscience", "authors": [{"name": "A. Manelis", "authorId": + "2019889"}, {"name": "Hang Hu", "authorId": "2118878483"}, {"name": "R. Miceli", + "authorId": "2164299955"}, {"name": "S. Satz", "authorId": "2067313096"}, + {"name": "M. Schwalbe", "authorId": "1913118141"}], "paperId": "f18e8a49377e3c2820429b0af2b85057b443dfac", + "abstract": "Introduction The ability to resolve interference declines with + age and is attributed to neurodegeneration and reduced cognitive function + and mental alertness in older adults. Our previous study revealed that task-irrelevant + but environmentally meaningful sounds improve performance on the modified + Simon task in older adults. However, little is known about neural correlates + of this sound facilitation effect. Methods Twenty right-handed older adults + [mean age = 72 (SD = 4), 11 female] participated in the fMRI study. They performed + the modified Simon task in which the arrows were presented either in the locations + matching the arrow direction (congruent trials) or in the locations mismatching + the arrow direction (incongruent trials). A total of 50% of all trials were + accompanied by task-irrelevant but environmentally meaningful sounds. Results + Participants were faster on the trials with concurrent sounds, independently + of whether trials were congruent or incongruent. The sound effect was associated + with activation in the distributed network of auditory, posterior parietal, + frontal, and limbic brain regions. The magnitude of the behavioral facilitation + effect due to sound was associated with the changes in activation of the bilateral + auditory cortex, cuneal cortex, and occipital fusiform gyrus, precuneus, left + superior parietal lobule (SPL) for No Sound vs. Sound trials. These changes + were associated with the corresponding changes in reaction time (RT). Older + adults with a recent history of falls showed greater activation in the left + SPL than those without falls history. Conclusion Our findings are consistent + with the dedifferentiation hypothesis of cognitive aging. The facilitatory + effect of sound could be achieved through recruitment of excessive neural + resources, which allows older adults to increase attention and mental alertness + during task performance. Considering that the SPL is critical for integration + of multisensory information, individuals with slower task responses and those + with a history of falls may need to recruit this region more actively than + individuals with faster responses and those without a fall history to overcome + increased difficulty with interference resolution. Future studies should examine + the relationship among activation in the SPL, the effect of sound, and falls + history in the individuals who are at heightened risk of falls.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2023.1207707/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC10461020, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2023-08-14"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T03:15:05.400293+00:00", "analyses": + [{"id": "FVSni8CA2TDq", "user": null, "name": "The interaction effect of Congruency-by-Sound + on brain activation.", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "The interaction effect of Congruency-by-Sound + on brain activation.", "conditions": [], "weights": [], "points": [{"id": + "i4vN2oYbCTMQ", "coordinates": [-28.0, -78.0, -16.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 5.77}]}, {"id": "8SbzADFx5kWG", "coordinates": [14.0, -88.0, -8.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.32}]}, {"id": "SxFCkDejmEsP", "coordinates": [20.0, -96.0, + -14.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.76}]}, {"id": "r9aRsBXTeadj", "coordinates": [-14.0, + -70.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.23}]}, {"id": "UjQWq2VaktxK", "coordinates": + [-26.0, -56.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.17}]}, {"id": "Fz5pxfebuixv", "coordinates": + [12.0, -64.0, 64.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.29}]}, {"id": "FCdAnVd4ceFP", "coordinates": + [6.0, -60.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.61}]}, {"id": "tajtbBdHjBpA", "coordinates": + [-4.0, -42.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.23}]}, {"id": "WWDQydQUQn5M", "coordinates": + [-22.0, -84.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.5}]}, {"id": "U8SZFJhsdVc5", "coordinates": + [-6.0, -88.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.24}]}, {"id": "yRJ8ugFFBFeP", "coordinates": + [18.0, -80.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.87}]}, {"id": "ThxsqWLApAKp", "coordinates": + [16.0, -84.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.77}]}, {"id": "DhJ63NAzZWPa", "coordinates": + [-8.0, -84.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.71}]}, {"id": "eUvVJgUQazhQ", "coordinates": + [-38.0, -72.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.72}]}, {"id": "t7t2YKAnVetJ", "coordinates": + [-34.0, -56.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.14}]}, {"id": "2CBTHj4NQRHh", "coordinates": + [-46.0, -56.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.04}]}, {"id": "32cKQVUeXadh", "coordinates": + [-42.0, -42.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.55}]}, {"id": "VTgH3dNoWYeF", "coordinates": + [-44.0, -56.0, 60.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.5}]}, {"id": "sgyhfoP3N84K", "coordinates": + [40.0, -64.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.03}]}, {"id": "LDxoifxiHKww", "coordinates": + [48.0, -68.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.73}]}, {"id": "EfPYhMvUXYmM", "coordinates": + [6.0, -56.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.82}]}, {"id": "2aGjTSJr8Gg7", "coordinates": + [8.0, -52.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.66}]}], "images": []}, {"id": "JJJPwo4inShT", + "user": null, "name": "t1", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "T1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000_info.json", + "table_label": "TABLE 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t1_coordinates.csv"}, + "original_table_id": "t1"}, "table_metadata": {"table_id": "T1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000_info.json", + "table_label": "TABLE 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t1_coordinates.csv"}, + "sanitized_table_id": "t1"}, "description": "Brain activation for the trails + with vs. without sound.", "conditions": [], "weights": [], "points": [{"id": + "PgopQWNmqAPZ", "coordinates": [-62.0, -26.0, 14.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 12.5}]}, {"id": "nCSefH3ztsj6", "coordinates": [-52.0, -12.0, 6.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 11.8}]}, {"id": "Z3eEhCA6kKfN", "coordinates": [-44.0, -20.0, + -4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 10.9}]}, {"id": "8ukwatT9Pwob", "coordinates": [-66.0, + -20.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 10.4}]}, {"id": "NDrrdPv3FnUh", "coordinates": + [62.0, -22.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 12.2}]}, {"id": "jiJyArhLBQKz", "coordinates": + [66.0, -36.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 11.2}]}, {"id": "yfG2fC8kfUXw", "coordinates": + [54.0, -18.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 10.7}]}, {"id": "4BkTMDeByV3G", "coordinates": + [68.0, -24.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 9.68}]}, {"id": "hNyVTspCvEC7", "coordinates": + [44.0, -14.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 9.04}]}, {"id": "eosRGrp8vYDi", "coordinates": + [-6.0, -12.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.94}]}, {"id": "MGK2CKbepU6w", "coordinates": + [10.0, 18.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.62}]}, {"id": "zFKJmnajnXxx", "coordinates": + [-22.0, -40.0, 74.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.87}]}, {"id": "zHjP57MCzAFQ", "coordinates": + [-18.0, -40.0, 66.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.3}]}, {"id": "VdLUvYJ868Vk", "coordinates": + [-14.0, -50.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.25}]}, {"id": "2t4xtBufXpK8", "coordinates": + [6.0, 12.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.26}]}], "images": []}]}, {"id": + "bTcccVjH7ku6", "created_at": "2025-12-04T23:20:00.250601+00:00", "updated_at": + null, "user": null, "name": "Cardiorespiratory Fitness and Attentional Control + in the Aging Brain", "description": "A growing body of literature provides + evidence for the prophylactic influence of cardiorespiratory fitness on cognitive + decline in older adults. This study examined the association between cardiorespiratory + fitness and recruitment of the neural circuits involved in an attentional + control task in a group of healthy older adults. Employing a version of the + Stroop task, we examined whether higher levels of cardiorespiratory fitness + were associated with an increase in activation in cortical regions responsible + for imposing attentional control along with an up-regulation of activity in + sensory brain regions that process task-relevant representations. Higher fitness + levels were associated with better behavioral performance and an increase + in the recruitment of prefrontal and parietal cortices in the most challenging + condition, thus providing evidence that cardiorespiratory fitness is associated + with an increase in the recruitment of the anterior processing regions. There + was a top-down modulation of extrastriate visual areas that process both task-relevant + and task-irrelevant attributes relative to the baseline. However, fitness + was not associated with differential activation in the posterior processing + regions, suggesting that fitness enhances attentional function by primarily + influencing the neural circuitry of anterior cortical regions. This study + provides novel evidence of a differential association of fitness with anterior + and posterior brain regions, shedding further light onto the neural changes + accompanying cardiorespiratory fitness.", "publication": "Frontiers in Human + Neuroscience", "doi": "10.3389/fnhum.2010.00229", "pmid": "21267428", "authors": + "R. Prakash; M. Voss; Kirk I. Erickson; Jason M. Lewis; L. Chaddock; E. Malkowski; + H. Alves; Jennifer S. Kim; A. Szabo; S. White; T. W\u00f3jcicki; E. Klamm; + E. McAuley; A. F. Kramer", "year": 2011, "metadata": {"slug": "21267428-10-3389-fnhum-2010-00229-pmc3024830", + "source": "semantic_scholar", "keywords": ["Stroop task", "cardiorespiratory + fitness", "cognitive and attentional control"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "25", "Year": "2010", + "Month": "3", "@PubStatus": "received"}, {"Day": "3", "Year": "2010", "Month": + "12", "@PubStatus": "accepted"}, {"Day": "27", "Hour": "6", "Year": "2011", + "Month": "1", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "27", "Hour": + "6", "Year": "2011", "Month": "1", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "27", "Hour": "6", "Year": "2011", "Month": "1", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2010", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "21267428", "@IdType": "pubmed"}, + {"#text": "PMC3024830", "@IdType": "pmc"}, {"#text": "10.3389/fnhum.2010.00229", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Banich + M. T., Milhalm M. P., Atchley R., Cohen N. J., Webb A., Wszalek T., Kramer + A. F., Liang Z., Wright A., Shenker J., Magin J. (2000). fMRI studies of Stroop + tasks reveal unique roles of anterior and posterior brain systems in attentional + selection. J. Cogn. Neurosci. 12, 988\u20131000", "ArticleIdList": {"ArticleId": + {"#text": "11177419", "@IdType": "pubmed"}}}, {"Citation": "Banich M. T., + Milhalm M. P., Jacobson B. L., Webb A., Wszalek T., Cohen N. J. (2001). Attentional + selection and the processing of task-irrelevant information: insights from + fMRI examinations of the Stroop task. Prog. Brain Res. 134, 450\u2013470", + "ArticleIdList": {"ArticleId": {"#text": "11702561", "@IdType": "pubmed"}}}, + {"Citation": "Bar M. (2003). A cortical mechanism for triggering top-down + facilitation in visual object recognition. J. Cogn. Neurosci. 15, 600\u2013609", + "ArticleIdList": {"ArticleId": {"#text": "12803970", "@IdType": "pubmed"}}}, + {"Citation": "Barcelo F., Suwazono S., Knight R. T. (2000). Prefrontal modulation + of visual processing in humans. Nat. Neurosci. 3, 399\u2013403", "ArticleIdList": + {"ArticleId": {"#text": "10725931", "@IdType": "pubmed"}}}, {"Citation": "Beckmann + C. F., Jenkinson M., Smith S. M. (2003). General multi-level linear modeling + for group analysis in FMRI. Neuroimage 20, 1052\u2013106310.1016/S1053-8119(03)00435-X", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1053-8119(03)00435-X", + "@IdType": "doi"}, {"#text": "14568475", "@IdType": "pubmed"}]}}, {"Citation": + "Bench C. J., Frith C. D., Grasby P. M., Friston K. J., Paulesu E., Frackowiak + R. S. J., Dolan R. J. (1993). Investigations of the functional anatomy of + attention using the Stroop test. Neuropsychologia 31, 907\u201392210.1016/0028-3932(93)90147-R", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0028-3932(93)90147-R", + "@IdType": "doi"}, {"#text": "8232848", "@IdType": "pubmed"}]}}, {"Citation": + "Black J. E., Isaacs K. R., Anderson B. J., Alcantara A. A., Greenough W. + T. (1990). Learning causes synaptogenesis, whereas motor activity causes angiogenesis, + in cerebellar cortex of adult rats. Proc. Natl. Acad. Sci. U.S.A. 87, 5568\u20135572", + "ArticleIdList": {"ArticleId": [{"#text": "PMC54366", "@IdType": "pmc"}, {"#text": + "1695380", "@IdType": "pubmed"}]}}, {"Citation": "Blomstrand E., Perret D., + Parry-Billings M., Newsholme E. A. (1989). Effect of sustained exercise on + plasma amino acid concentrations on 5-hydroxy-tryptamine metabolism in six + different brain regions in the rat. Acta Physiol. Scand. 136, 473\u201348110.1111/j.1748-1716.1989.tb08689.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1748-1716.1989.tb08689.x", + "@IdType": "doi"}, {"#text": "2473602", "@IdType": "pubmed"}]}}, {"Citation": + "Borg G. (1998). Borg''s Perceived Exertion and Pain Scales. Champaign, IL: + Human Kinetics"}, {"Citation": "Brown G. G., Kinderman S. S., Siegle G. J., + Granholm E., Wong E. C., Buxton R. B. (1999). Brain activation and pupil response + during covert performance of the Stroop Color Word task. J. Int. Neuropsychol. + Soc. 5, 308\u2013319", "ArticleIdList": {"ArticleId": {"#text": "10349294", + "@IdType": "pubmed"}}}, {"Citation": "Bush G., Whalen P. J., Rosen B. R., + Jenike M. A., McInerney S. C., Rauch S. L. (1998). The counting Stroop: an + interference task specialized for functional neuroimaging \u2013 validation + study with functional MRI. Hum. Brain Mapp. 6, 270\u201328210.1002/(SICI)1097-0193(1998)6:4<270::AID-HBM6>3.0.CO;2-0", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/(SICI)1097-0193(1998)6:4<270::AID-HBM6>3.0.CO;2-0", + "@IdType": "doi"}, {"#text": "PMC6873370", "@IdType": "pmc"}, {"#text": "9704265", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R. (2002). Hemispheric asymmetry + reduction in older adults: the HAROLD model. Psychol. Aging 17, 85\u2013100", + "ArticleIdList": {"ArticleId": {"#text": "11931290", "@IdType": "pubmed"}}}, + {"Citation": "Cabeza R., Anderson N. D., Locantore J. K., McIntosh A. R. (2002). + Aging gracefully: compensatory brain activity in high-performing older adults. + Neuroimage 17, 1394\u20131402", "ArticleIdList": {"ArticleId": {"#text": "12414279", + "@IdType": "pubmed"}}}, {"Citation": "Cabeza R., Daselaar S. M., Dolcos F., + Prince S. E., Budde M., Nyberg L. (2004). Task-independent and task-specific + age effects on brain activity during working memory, visual attention and + episodic retrieval. Cereb. Cortex 14, 364\u201337510.1093/cercor/bhg133", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhg133", "@IdType": + "doi"}, {"#text": "15028641", "@IdType": "pubmed"}]}}, {"Citation": "Chaddock + L., Erickson K. I., Prakash R. S., Kramer A. F. (2010). Basal ganglia volume + is associated with aerobic fitness in preadolescent children. Dev. Neurosci. + 32, 249\u2013256", "ArticleIdList": {"ArticleId": [{"#text": "PMC3696376", + "@IdType": "pmc"}, {"#text": "20693803", "@IdType": "pubmed"}]}}, {"Citation": + "Christie B. R., Eadie B. D., Kannangara T. S., Robillard J. M., Shin J., + Titterness A. K. (2008). Exercising our brains: how physical activity impacts + synaptic plasticity in the dentate gyrus. Neuromol. Med. 10, 47\u201358", + "ArticleIdList": {"ArticleId": {"#text": "18535925", "@IdType": "pubmed"}}}, + {"Citation": "Cohen L., Dehaene S., Naccache L., Lehericy S., Dehaene-Lambertz + G., Henaff M. A., Michel F. (2000). The visual word form area: spatial and + temporal characterization of an initial stage of reading in normal subjects + and posterior split-brain patients. Brain 123, 291\u201330710.1093/brain/123.2.291", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/123.2.291", "@IdType": + "doi"}, {"#text": "10648437", "@IdType": "pubmed"}]}}, {"Citation": "Colcombe + S., Kramer A. F. (2003). Fitness effects on the cognitive function of older + adults: a meta-analytic study. Psychol. Sci. 14, 125\u2013130", "ArticleIdList": + {"ArticleId": {"#text": "12661673", "@IdType": "pubmed"}}}, {"Citation": "Colcombe + S. J., Erickson K. I., Raz N., Webb A. G., Cohen N. J., McAuley E. (2003). + Aerobic fitness reduces brain tissue loss in aging humans. J. Gerontol. A + Biol. Sci. Med. Sci. 55, 176\u2013180", "ArticleIdList": {"ArticleId": {"#text": + "12586857", "@IdType": "pubmed"}}}, {"Citation": "Colcombe S. J., Erickson + K. I., Scalf P. E., Kim J. S., Prakash R., McAuley E., Elavsky S., Marquez + D. X., Hu L., Kramer A. F. (2006). Aerobic exercise training increases brain + volume in aging humans. J. Gerontol. A Biol. Sci. Med. Sci. 61, 1166\u20131170", + "ArticleIdList": {"ArticleId": {"#text": "17167157", "@IdType": "pubmed"}}}, + {"Citation": "Colcombe S. J., Kramer A. F., Erickson K. I., Scalf P., McAuley + E., Cohen N. J. (2004). Cardiovascular fitness, cortical plasticity, and aging. + Proc. Natl. Acad. Sci. U.S.A. 101, 3316\u20133321", "ArticleIdList": {"ArticleId": + [{"#text": "PMC373255", "@IdType": "pmc"}, {"#text": "14978288", "@IdType": + "pubmed"}]}}, {"Citation": "Colcombe S. J., Kramer A. F., Erickson K. I., + Scalf P. (2005). The implications of cortical recruitment and brain morphology + for individual differences in inhibitory functioning in aging humans. Psychol. + Aging 20, 363\u2013375", "ArticleIdList": {"ArticleId": {"#text": "16248697", + "@IdType": "pubmed"}}}, {"Citation": "Corbetta M., Miezin F. M., Dobmeyer + S., Schulman G. L., Petersen S. E. (1990). Attentional modulation of neural + processing of shape, color and velocity in humans. Science 248, 1556\u2013155910.1126/science.2360050", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.2360050", "@IdType": + "doi"}, {"#text": "2360050", "@IdType": "pubmed"}]}}, {"Citation": "Cotman + C. W., Berchtold N. C. (2002). Exercise: a behavioral intervention to enhance + brain health and plasticity. Trends Neurosci. 25, 295\u201330110.1016/S0166-2236(02)02143-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0166-2236(02)02143-4", + "@IdType": "doi"}, {"#text": "12086747", "@IdType": "pubmed"}]}}, {"Citation": + "Cotman C. W., Berchtold N. C., Christie L.-A. (2007). Exercise builds brain + health: key roles of growth factor cascades and inflammation. Trends Neurosci. + 30, 464\u201347210.1016/j.tins.2007.06.011", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.tins.2007.06.011", "@IdType": "doi"}, {"#text": "17765329", + "@IdType": "pubmed"}]}}, {"Citation": "Dale A. M. (1999). Optimal experimental + design for event-related fMRI. Hum. Brain Mapp. 8, 109\u201311410.1002/(SICI)1097-0193(1999)8:2/3<109::AID-HBM7>3.0.CO;2-W", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/(SICI)1097-0193(1999)8:2/3<109::AID-HBM7>3.0.CO;2-W", + "@IdType": "doi"}, {"#text": "PMC6873302", "@IdType": "pmc"}, {"#text": "10524601", + "@IdType": "pubmed"}]}}, {"Citation": "Davis S. W., Dennis N. A., Daselaar + S. M., Fleck M. S., Cabeza R. (2008). Que PASA? The posterior anterior shift + in aging. Cereb. Cortex 18, 1201\u20131209", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2760260", "@IdType": "pmc"}, {"#text": "17925295", "@IdType": + "pubmed"}]}}, {"Citation": "Dennis N. A., Cabeza R. (2008). \u201cNeuroimaging + of healthy cognitive aging,\u201d in Handbook of Aging and Cognition, 3rd + Edn., eds Craik F. I. M., Salthouse T. A. (Mahwah, NJ: Erlbaum; ), 1\u201353"}, + {"Citation": "DiGirolamo G. J., Kramer A. F., Barad V., Cepeda N., Weissman + D. H., Wszalek T. M., Cohen N. J., Banich M., Webb A., Beloposky A. (2001). + General and task-specific frontal lobe recruitment in older adults during + executive processes: a fMRI investigation of task switching. Neuroreport 12, + 2065\u2013207210.1097/00001756-200107030-00054", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/00001756-200107030-00054", "@IdType": "doi"}, {"#text": + "11435947", "@IdType": "pubmed"}]}}, {"Citation": "Dolcos F., Rice H. J., + Cabeza R. (2002). Hemispheric asymmetry and aging: right hemisphere decline + or hemispheric asymmetry. Neurosci. Biobehav. Rev. 26, 819\u2013825", "ArticleIdList": + {"ArticleId": {"#text": "12470693", "@IdType": "pubmed"}}}, {"Citation": "Erickson + K. I., Colcombe S. J., Wadhwa R., Bherer L., Peterson M. S., Scalf P. E., + Kim J. S., Alvarado M., Kramer A. F. (2007). Training-induced plasticity in + older adults: effects of training on hemispheric asymmetry. Neurobiol. Aging + 28, 272\u2013283", "ArticleIdList": {"ArticleId": {"#text": "16480789", "@IdType": + "pubmed"}}}, {"Citation": "Erickson K. I., Prakash R. S., Kim J. S., Sutton + B. P., Colcombe S. J., Kramer A. F. (2009a). Top-down attentional control + in spatially coincident stimuli enhances activity in both task-relevant and + task-irrelevant regions of cortex. Behav. Brain Res. 197, 186\u201319710.1016/j.bbr.2008.08.028", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bbr.2008.08.028", "@IdType": + "doi"}, {"#text": "PMC2845993", "@IdType": "pmc"}, {"#text": "18804123", "@IdType": + "pubmed"}]}}, {"Citation": "Erickson K. I., Prakash R. S., Voss M. W., Chaddock + L., Hu L., Morris K. S., White W. M., Wojcicki T. R., McAuley E., Kramer A. + F. (2009b). Aerobic fitness is associated with hippocampal volume in elderly + humans. Hippocampus 19, 1030\u2013103910.1002/hipo.20547", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hipo.20547", "@IdType": "doi"}, {"#text": + "PMC3072565", "@IdType": "pmc"}, {"#text": "19123237", "@IdType": "pubmed"}]}}, + {"Citation": "Fabel K., Fabel K., Tam B., Kaufer D., Baiker A., Simmons N., + Kuo C. J., Palmer T. D. (2003). VEGF is necessary for exercise-induced adult + hippocampal neurogenesis. Eur. J. Neurosci. 18, 2803\u20132812", "ArticleIdList": + {"ArticleId": {"#text": "14656329", "@IdType": "pubmed"}}}, {"Citation": "Farmer + J., Zhao X., van Praag H., Wodtke K., Gage F. H., Christie B. R. (2004). Effects + of voluntary exercise on synaptic plasticity and gene expression in the dentate + gyrus of adult male Sprague-Dawley rats in vivo. Neuroscience 124, 71\u20137910.1016/j.neuroscience.2003.09.029", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2003.09.029", + "@IdType": "doi"}, {"#text": "14960340", "@IdType": "pubmed"}]}}, {"Citation": + "Fordyce D. E., Farrar R. P. (1991). Enhancement of spatial learning in F344 + rats by physical activity and related learning-associated alterations in hippocampal + and cortical cholinergic functioning. Behav. Brain Res. 46, 123\u2013133", + "ArticleIdList": {"ArticleId": {"#text": "1664728", "@IdType": "pubmed"}}}, + {"Citation": "Frith C. (2001). A framework for studying the neural basis of + attention. Neuropsychologia 39, 1367\u2013137110.1016/S0028-3932(01)00124-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0028-3932(01)00124-5", + "@IdType": "doi"}, {"#text": "11566318", "@IdType": "pubmed"}]}}, {"Citation": + "Gazzaley A., Rissman J., Cooney J., Rutman A., Seibert T., Clapp W., D''Esposito + M. (2007). Functional interactions between prefrontal and visual association + cortex contribute to top-down modulation of visual processing. Cereb. Cortex + 17, 125\u201313510.1093/cercor/bhm113", "ArticleIdList": {"ArticleId": [{"#text": + "10.1093/cercor/bhm113", "@IdType": "doi"}, {"#text": "PMC4530799", "@IdType": + "pmc"}, {"#text": "17725995", "@IdType": "pubmed"}]}}, {"Citation": "Grady + C. L., Maisog J. M., Horwitz B., Ungerleider L. G., Mentis M. J., Salerno + J. A., Pietrini P., Wagner E., Haxby J. V. (1994). Age-related changes in + cortical blood flow activation during visual processing of faces and location. + J. Neurosci. 14, 1450\u20131462", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6577560", "@IdType": "pmc"}, {"#text": "8126548", "@IdType": "pubmed"}]}}, + {"Citation": "Grady C. L., McIntosh A. R., Horwitz B., Maisog J. M., Ungerleider + L. G., Mentis M. J., Pietrini P., Schapiro M. B., Haxby J. V. (1995). Age-related + reductions in human recognition memory due to impaired encoding. Science 269, + 218\u201322110.1126/science.7618082", "ArticleIdList": {"ArticleId": [{"#text": + "10.1126/science.7618082", "@IdType": "doi"}, {"#text": "7618082", "@IdType": + "pubmed"}]}}, {"Citation": "Gutchess A. H., Welsh R. C., Hedden T., Bangert + A., Minear M., Liu L. L. (2005). Aging and the neural correlates of successful + picture encoding: frontal activations compensate for decreased medial-temporal + activity. J. Cogn. Neurosci. 17, 84\u201396", "ArticleIdList": {"ArticleId": + {"#text": "15701241", "@IdType": "pubmed"}}}, {"Citation": "Hertzog C., Kramer + A. F., Wilson R. S., Lindenberger U. (2009). Enrichment effects on adult cognitive + development: can the functional capacity of older adults be preserved and + enhanced? Psychol. Sci. Public Interest 9, 1\u20136510.2308/api.2009.9.1.1", + "ArticleIdList": {"ArticleId": [{"#text": "10.2308/api.2009.9.1.1", "@IdType": + "doi"}, {"#text": "26162004", "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson + M. (2003). Fast, automated, N-dimensional phase-unwrapping algorithm. Magn. + Reson. Med. 49, 193\u2013197", "ArticleIdList": {"ArticleId": {"#text": "12509838", + "@IdType": "pubmed"}}}, {"Citation": "Jobard G., Crivello F., Tzourio-Mazoyer + N. (2003). Evaluation of the dual route theory of reading: a meta analysis + of 35 neuroimaging studies. Neuroimage 20, 693\u201371210.1016/S1053-8119(03)00343-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1053-8119(03)00343-4", + "@IdType": "doi"}, {"#text": "14568445", "@IdType": "pubmed"}]}}, {"Citation": + "Kastner S., Ungerleider L. G. (2001). The neural bases of biased competition + in human visual cortex. Neuropsychologia 39, 1263\u2013127610.1016/S0028-3932(01)00116-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0028-3932(01)00116-6", + "@IdType": "doi"}, {"#text": "11566310", "@IdType": "pubmed"}]}}, {"Citation": + "Kaufman A. S., Kaufman N. L. (1990). Kaufman Brief Intelligence Test: Manual. + Circle Pines, MN: American Guidance Service"}, {"Citation": "Kleim J. A., + Cooper N. R., VandenBerg P. M. (2002). Exercise induces angiogenesis but does + not alter movement representations within rat motor cortex. Brain Res. 934, + 1\u2013610.1016/S0006-8993(02)02239-4", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/S0006-8993(02)02239-4", "@IdType": "doi"}, {"#text": "11937064", + "@IdType": "pubmed"}]}}, {"Citation": "Kline G. M., Porcari J. P., Hintermeister + R., Freedson P. S., Ward A., McCarron R. F., Ross J., Rippe J. M. (1987). + Estimation of VO2 Max from a one mile track walk, gender, age, and body weight. + Med. Sci. Sports Exerc. 19, 253\u2013259", "ArticleIdList": {"ArticleId": + {"#text": "3600239", "@IdType": "pubmed"}}}, {"Citation": "Kramer A. F., Hahn + S., Cohen N., Banich M., McAuley E., Harrison C., Chason J., Vakil E., Bardell + L., Boileau R. A., Colcombe A. (1999). Aging, fitness, and neurocognitive + function. Nature 400, 418\u201341910.1038/22682", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/22682", "@IdType": "doi"}, {"#text": "10440369", "@IdType": + "pubmed"}]}}, {"Citation": "Langenecker S. A., Nielson K. A., Rao S. M. (2004). + fMRI of healthy older adults during Stroop interference. Neuroimage 21, 192\u201320010.1016/j.neuroimage.2003.08.027", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.08.027", + "@IdType": "doi"}, {"#text": "14741656", "@IdType": "pubmed"}]}}, {"Citation": + "Lavie N., Hirst A., DeFockert J. W., Viding E. (2004). Load theory of selective + attention and cognitive control. J. Exp. Psychol. 133, 339\u2013354", "ArticleIdList": + {"ArticleId": {"#text": "15355143", "@IdType": "pubmed"}}}, {"Citation": "Liu + X., Banich M. T., Jacobson B. L., Tanabe J. L. (2006). Functional dissociation + of attentional selection within PFC: response and non-response related aspects + of attentional selection as ascertained by fMRI. Cereb. Cortex 16, 827\u2013834", + "ArticleIdList": {"ArticleId": {"#text": "16135781", "@IdType": "pubmed"}}}, + {"Citation": "Logan J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner + R. L. (2002). Under- recruitment and nonselective recruitment: dissociable + neural mechanisms associated with aging. Neuron 33, 827\u201384010.1016/S0896-6273(02)00612-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0896-6273(02)00612-8", + "@IdType": "doi"}, {"#text": "11879658", "@IdType": "pubmed"}]}}, {"Citation": + "Lopez-Lopez C., LeRoith D., Torres-Aleman I. (2004). Insulin-like growth + factor I is required for vessel remodeling in the adult brain. Proc. Natl. + Acad. Sci. U.S.A. 101, 9833\u20139838", "ArticleIdList": {"ArticleId": [{"#text": + "PMC470760", "@IdType": "pmc"}, {"#text": "15210967", "@IdType": "pubmed"}]}}, + {"Citation": "Lotscher F., Loffel T., Steiner R., Vogt M., Klossner S., Popp + A., Lippuner K., Hoppeler H., Dapp C. (2007). Biologically relevant sex differences + for fitness-related parameters in active octogenarians. Eur. J. Appl. Physiol. + 99, 533\u2013540", "ArticleIdList": {"ArticleId": {"#text": "17219173", "@IdType": + "pubmed"}}}, {"Citation": "Madden D. J., Hoffman J. M. (1997). \u201cApplication + of positron emission tomography to age-related cognitive changes,\u201d in + Brain Imaging in Clinical Psychiatry, eds Krishnan K. K. R., Doraiswamy P. + M. (New York: Marcel Dekker; ), 575\u2013613"}, {"Citation": "Madden D. J., + Turkington T. G., Provenzale J. M., Denny L. L., Langley L. K., Hawk T. C., + Coleman R. E. (2002). Aging and attentional guidance during visual search: + functional neuroanatomy by positron emission tomography. Psychol. Aging 17, + 24\u201343", "ArticleIdList": {"ArticleId": [{"#text": "PMC1831840", "@IdType": + "pmc"}, {"#text": "11931285", "@IdType": "pubmed"}]}}, {"Citation": "Marks + B. L., Madden D. J., Bucur B., Provenzale J. M., White L. E., Cabeza R., Huettel + S. A. (2007). Role of aerobic fitness and aging on cerebral white matter integrity. + Ann. N. Y. Acad. Sci. 1097, 171\u2013174", "ArticleIdList": {"ArticleId": + {"#text": "17413020", "@IdType": "pubmed"}}}, {"Citation": "Meyer K., Niemann + S., Abel T. (2004). Gender differences in physical activity and fitness\u2014association + with self-reported health and health-relevant attitudes in a middle-aged Swiss + urban population. J. Public Health 12, 283\u2013290"}, {"Citation": "Milham + M. P., Banich M. T., Webb A., Barad V., Cohen N. J., Wszalek T. (2001). The + relative involvement of anterior cingulate and prefrontal cortex in attentional + control depends on nature of conflict. Brain Res. Cogn. 12, 1325\u20131346", + "ArticleIdList": {"ArticleId": {"#text": "11689307", "@IdType": "pubmed"}}}, + {"Citation": "Milham M. P., Erickson K. I., Banich M. T., Kramer A. F., Webb + A., Wszalek T., Cohen N. J. (2002). Attentional control in the aging brain: + insights from an fMRI study of the Stroop task. Brain Cogn. 49, 467\u201347310.1006/brcg.2001.1501", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/brcg.2001.1501", "@IdType": + "doi"}, {"#text": "12139955", "@IdType": "pubmed"}]}}, {"Citation": "Nagel + I. E., Preuschhof C., Li S-C., Nyberg L., Backmann L., Lindenberger U., Heekeren + H. R. (2009). Performance level modulates adult age differences in brain activation + during spatial working memory. Proc. Natl. Acad. Sci. U.S.A. 106, 22552\u201322557", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2799744", "@IdType": "pmc"}, + {"#text": "20018709", "@IdType": "pubmed"}]}}, {"Citation": "Park D. C., Polk + T. A., Mikels J. A., Taylor S. F., Marshuetz C. (2001). Cerebral aging: integration + of brain and behavioral models cognitive function. Dialogues Clin. Neurosci. + Cereb. Aging 3, 151\u2013165", "ArticleIdList": {"ArticleId": [{"#text": "PMC3181659", + "@IdType": "pmc"}, {"#text": "22034448", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Polk T. A., Park R., Minear M., Savage A., Smith M. R. (2004). + Aging reduces neural specialization in ventral visual cortex. Proc. Natl. + Acad. Sci. U.S.A. 101, 13091\u201313095", "ArticleIdList": {"ArticleId": [{"#text": + "PMC516469", "@IdType": "pmc"}, {"#text": "15322270", "@IdType": "pubmed"}]}}, + {"Citation": "Park D. C., Reuter-Lorenz P. A. (2009). The adaptive brain: + aging and neurocognitive scaffolding. Annu. Rev. Psychol. 60, 173\u201319610.1146/annurev.psych.59.103006.093656", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.psych.59.103006.093656", + "@IdType": "doi"}, {"#text": "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", + "@IdType": "pubmed"}]}}, {"Citation": "Pessoa L., Kastner S., Underleider + L. G. (2003). Neuroimaging studies of attention: from modulation of sensory + processing to top-down control. J. Neurosci. 23, 3990\u20133998", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6741071", "@IdType": "pmc"}, {"#text": "12764083", + "@IdType": "pubmed"}]}}, {"Citation": "Poulton N. P., Muir G. D. (2005). Treadmill + training ameliorates dopamine loss but not behavioral deficits in hemi-parkinsonian + rats. Exp. Neurol. 193, 181\u2013197", "ArticleIdList": {"ArticleId": {"#text": + "15817277", "@IdType": "pubmed"}}}, {"Citation": "Prakash R. S., Erickson + K. I., Colcombe S. J., Kim J., Sutton B., Kramer A. F. (2010a). Age-related + differences in the involvement of the prefrontal cortex in attentional control. + Brain Cogn. 71, 328\u2013335", "ArticleIdList": {"ArticleId": [{"#text": "PMC2783271", + "@IdType": "pmc"}, {"#text": "19699019", "@IdType": "pubmed"}]}}, {"Citation": + "Prakash R. S., Snook E. M., Motl R. W., Kramer A. F. (2010b). Aerobic fitness + is associated with gray matter volume and white matter integrity in multiple + sclerosis. Brain Res. 1341, 41\u20135110.1016/j.brainres.2009.06.063", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brainres.2009.06.063", "@IdType": "doi"}, + {"#text": "PMC2884046", "@IdType": "pmc"}, {"#text": "19560443", "@IdType": + "pubmed"}]}}, {"Citation": "Prakash R. S., Snook E. M., Erickson K. I., Colcombe + S. J., Webb M. L., Motl R. W., Kramer A. F. (2007). Cardiorespiratory fitness: + a predictor of cortical plasticity in multiple sclerosis. Neuroimage 34, 1238\u2013124410.1016/j.neuroimage.2006.10.003", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2006.10.003", + "@IdType": "doi"}, {"#text": "17134916", "@IdType": "pubmed"}]}}, {"Citation": + "Reuter-Lorenz P. A., Lustig C. (2005). Brain aging: reorganizing discoveries + about the aging mind. Curr. Opin. Neurobiol. 15, 245\u2013251", "ArticleIdList": + {"ArticleId": {"#text": "15831410", "@IdType": "pubmed"}}}, {"Citation": "Reuter-Lorenz + P. A., Mikels J. (2006). \u201cThe aging brain: implications of enduring plasticity + for behavioral and cultural change,\u201d in Lifespan Development and the + Brain: The Perspective of Biocultural Co-Constructivism, eds Baltes P., Reuter-Lorenz + P. A., Roesler F. (Cambridge, UK: Cambridge University Press; ), 255\u2013276"}, + {"Citation": "Reuter-Lorenz P., Jonides J., Smith E. S., Hartley A., Miller + A., Marscheutz C., Koeppe R. A. (2000). Age differences in the frontal lateralization + of verbal and spatial working memory revealed by PET. J. Cogn. Neurosci. 12, + 174\u2013187", "ArticleIdList": {"ArticleId": {"#text": "10769314", "@IdType": + "pubmed"}}}, {"Citation": "Reuter-Lorenz P., Stanczak L., Miller A. (1999). + Neural recruitment and cognitive aging: two hemispheres are better than one, + especially as you age. Psychol. Sci. 10, 494\u2013500"}, {"Citation": "Rissman + J., Gazzaley A., D''Esposito M. (2004). Measuring functional connectivity + during distinct stages of a cognitive task. Neuroimage 23, 752\u201376310.1016/j.neuroimage.2004.06.035", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.06.035", + "@IdType": "doi"}, {"#text": "15488425", "@IdType": "pubmed"}]}}, {"Citation": + "Rypma B., D''Esposito M. (2000). Isolating the neural mechanisms of age-related + changes in human working memory. Nat. Neurosci. 3, 509\u2013515", "ArticleIdList": + {"ArticleId": {"#text": "10769393", "@IdType": "pubmed"}}}, {"Citation": "Sheikh + J. I., Yesavage J. A. (1986). \u201cGeriatric Depression Scale (GDS): recent + evidence and development of a shorter version,\u201d in Clinical Gerontology: + A Guide to Assessment and Intervention, ed. Brink T. L. (New York: The Haworth + Press; ), 165\u2013173", "ArticleIdList": {"ArticleId": {"#text": "0", "@IdType": + "pubmed"}}}, {"Citation": "Smith S. M. (2002). Fast robust automated brain + extraction. Hum. Brain Mapp. 17, 143\u201315510.1002/hbm.10062", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.10062", "@IdType": "doi"}, {"#text": + "PMC6871816", "@IdType": "pmc"}, {"#text": "12391568", "@IdType": "pubmed"}]}}, + {"Citation": "Stern Y., Sano M., Paulsen J., Mayeux R. (1987). Modified mini-mental + state examination: validity and reliability. Neurology 37, 179.", "ArticleIdList": + {"ArticleId": {"#text": "0", "@IdType": "pubmed"}}}, {"Citation": "Swain R. + A., Harris A. B., Wiener E. C., Dutka M. V., Morris H. D., Theien B. E., Konda + S., Engberg K., Lauterbur P. C., Greenough W. T. (2003). Prolonged exercise + induces angiogenesis and increases cerebral blood volume in primary motor + cortex of the rat. Neuroscience 117, 1037\u2013104610.1016/S0306-4522(02)00664-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0306-4522(02)00664-4", + "@IdType": "doi"}, {"#text": "12654355", "@IdType": "pubmed"}]}}, {"Citation": + "Trejo J. L., Carro E., Torres-Aleman I. (2001). Circulating insulin-like + growth factor mediates exercise-induced increases in the number of new neurons + in the adult hippocampus. J. Neurosci. 21, 1628\u20131634", "ArticleIdList": + {"ArticleId": [{"#text": "PMC6762955", "@IdType": "pmc"}, {"#text": "11222653", + "@IdType": "pubmed"}]}}, {"Citation": "Van Essen D. C. (2005). A population-average, + landmark- and surface-based (PALS) atlas of human cerebral cortex. Neuroimage + 28, 635\u201366210.1016/j.neuroimage.2005.06.058", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2005.06.058", "@IdType": "doi"}, {"#text": + "16172003", "@IdType": "pubmed"}]}}, {"Citation": "van Praag H., Kempermann + G., Gage F. H. (1999). Running increases cell proliferation and neurogenesis + in the adult mouse dentate gyrus. Nat. Neurosci. 2, 266\u2013270", "ArticleIdList": + {"ArticleId": {"#text": "10195220", "@IdType": "pubmed"}}}, {"Citation": "van + Praag H., Shubert T., Zhao C., Gage F. H. (2005). Exercise enhances learning + and hippocampal neurogenesis in aged mice. J. Neurosci. 25, 8680\u2013868510.1523/JNEUROSCI.1731-05.2005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.1731-05.2005", + "@IdType": "doi"}, {"#text": "PMC1360197", "@IdType": "pmc"}, {"#text": "16177036", + "@IdType": "pubmed"}]}}, {"Citation": "Vaynman S., Ying Z., Gomez-Pinilla + F. (2004). Hippocampal BDNF mediates the efficacy of exercise on synaptic + plasticity and cognition. Eur. J. Neurosci. 20, 2580\u20132590", "ArticleIdList": + {"ArticleId": {"#text": "15548201", "@IdType": "pubmed"}}}, {"Citation": "Voss + M. W., Erickson K. I., Prakash R. S., Chaddock L., Malkowski E., Alves H., + Kim J. S., Morris K. S., White S. M., W\u00f3jcicki T. R., Hu L., Szabo A., + Klamm E., McAuley E., Kramer A. F. (2010). Functional connectivity: a source + of variance in the relationship between cardiorespiratory fitness and cognition. + Neuropsychologia 48, 1394\u2013140610.1016/j.neuropsychologia.2010.01.005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2010.01.005", + "@IdType": "doi"}, {"#text": "PMC3708614", "@IdType": "pmc"}, {"#text": "20079755", + "@IdType": "pubmed"}]}}, {"Citation": "Woolrich M. W., Behrens T. E., Beckmann + C. F., Jenkinson M., Smith S. M. (2004). Multi-level linear modelling for + FMRI group analysis using Bayesian inference. Neuroimage 21, 1732\u2013174710.1016/j.neuroimage.2003.12.023", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.12.023", + "@IdType": "doi"}, {"#text": "15050594", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "21267428", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1662-5161", "@IssnType": "Electronic"}, "Title": "Frontiers + in human neuroscience", "JournalIssue": {"Volume": "4", "PubDate": {"Year": + "2011"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Front Hum Neurosci"}, + "Abstract": {"AbstractText": "A growing body of literature provides evidence + for the prophylactic influence of cardiorespiratory fitness on cognitive decline + in older adults. This study examined the association between cardiorespiratory + fitness and recruitment of the neural circuits involved in an attentional + control task in a group of healthy older adults. Employing a version of the + Stroop task, we examined whether higher levels of cardiorespiratory fitness + were associated with an increase in activation in cortical regions responsible + for imposing attentional control along with an up-regulation of activity in + sensory brain regions that process task-relevant representations. Higher fitness + levels were associated with better behavioral performance and an increase + in the recruitment of prefrontal and parietal cortices in the most challenging + condition, thus providing evidence that cardiorespiratory fitness is associated + with an increase in the recruitment of the anterior processing regions. There + was a top-down modulation of extrastriate visual areas that process both task-relevant + and task-irrelevant attributes relative to the baseline. However, fitness + was not associated with differential activation in the posterior processing + regions, suggesting that fitness enhances attentional function by primarily + influencing the neural circuitry of anterior cortical regions. This study + provides novel evidence of a differential association of fitness with anterior + and posterior brain regions, shedding further light onto the neural changes + accompanying cardiorespiratory fitness."}, "Language": "eng", "@PubModel": + "Electronic-eCollection", "GrantList": {"Grant": [{"Agency": "NIA NIH HHS", + "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG025032"}, {"Agency": + "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 + AG025667"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "R37 AG025667"}, {"Agency": "NCRR NIH HHS", "Acronym": + "RR", "Country": "United States", "GrantID": "UL1 RR025755"}], "@CompleteYN": + "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Ruchika Shaurya", + "Initials": "RS", "LastName": "Prakash", "AffiliationInfo": {"Affiliation": + "Department of Psychology, The Ohio State University Columbus, OH, USA."}}, + {"@ValidYN": "Y", "ForeName": "Michelle W", "Initials": "MW", "LastName": + "Voss"}, {"@ValidYN": "Y", "ForeName": "Kirk I", "Initials": "KI", "LastName": + "Erickson"}, {"@ValidYN": "Y", "ForeName": "Jason M", "Initials": "JM", "LastName": + "Lewis"}, {"@ValidYN": "Y", "ForeName": "Laura", "Initials": "L", "LastName": + "Chaddock"}, {"@ValidYN": "Y", "ForeName": "Edward", "Initials": "E", "LastName": + "Malkowski"}, {"@ValidYN": "Y", "ForeName": "Heloisa", "Initials": "H", "LastName": + "Alves"}, {"@ValidYN": "Y", "ForeName": "Jennifer", "Initials": "J", "LastName": + "Kim"}, {"@ValidYN": "Y", "ForeName": "Amanda", "Initials": "A", "LastName": + "Szabo"}, {"@ValidYN": "Y", "ForeName": "Siobhan M", "Initials": "SM", "LastName": + "White"}, {"@ValidYN": "Y", "ForeName": "Thomas R", "Initials": "TR", "LastName": + "W\u00f3jcicki"}, {"@ValidYN": "Y", "ForeName": "Emily L", "Initials": "EL", + "LastName": "Klamm"}, {"@ValidYN": "Y", "ForeName": "Edward", "Initials": + "E", "LastName": "McAuley"}, {"@ValidYN": "Y", "ForeName": "Arthur F", "Initials": + "AF", "LastName": "Kramer"}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": + "229", "MedlinePgn": "229"}, "ArticleDate": {"Day": "14", "Year": "2011", + "Month": "01", "@DateType": "Electronic"}, "ELocationID": [{"#text": "229", + "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnhum.2010.00229", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Cardiorespiratory fitness + and attentional control in the aging brain.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "20", + "Year": "2021", "Month": "10"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "Stroop task", "@MajorTopicYN": "N"}, {"#text": "cardiorespiratory + fitness", "@MajorTopicYN": "N"}, {"#text": "cognitive and attentional control", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "14", "Year": "2011", "Month": + "07"}, "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front + Hum Neurosci", "ISSNLinking": "1662-5161", "NlmUniqueID": "101477954"}}}, + "semantic_scholar": {"year": 2011, "title": "Cardiorespiratory Fitness and + Attentional Control in the Aging Brain", "venue": "Frontiers in Human Neuroscience", + "authors": [{"name": "R. Prakash", "authorId": "2465943"}, {"name": "M. Voss", + "authorId": "2437622"}, {"name": "Kirk I. Erickson", "authorId": "2250670577"}, + {"name": "Jason M. Lewis", "authorId": "2391712174"}, {"name": "L. Chaddock", + "authorId": "2330191"}, {"name": "E. Malkowski", "authorId": "2083004864"}, + {"name": "H. Alves", "authorId": "39731301"}, {"name": "Jennifer S. Kim", + "authorId": "2109208585"}, {"name": "A. Szabo", "authorId": "4830120"}, {"name": + "S. White", "authorId": "4365321"}, {"name": "T. W\u00f3jcicki", "authorId": + "3411065"}, {"name": "E. Klamm", "authorId": "4462876"}, {"name": "E. McAuley", + "authorId": "2248608970"}, {"name": "A. F. Kramer", "authorId": "2320461535"}], + "paperId": "845f75a04f915a18ab15b97e918747cda8399b21", "abstract": "A growing + body of literature provides evidence for the prophylactic influence of cardiorespiratory + fitness on cognitive decline in older adults. This study examined the association + between cardiorespiratory fitness and recruitment of the neural circuits involved + in an attentional control task in a group of healthy older adults. Employing + a version of the Stroop task, we examined whether higher levels of cardiorespiratory + fitness were associated with an increase in activation in cortical regions + responsible for imposing attentional control along with an up-regulation of + activity in sensory brain regions that process task-relevant representations. + Higher fitness levels were associated with better behavioral performance and + an increase in the recruitment of prefrontal and parietal cortices in the + most challenging condition, thus providing evidence that cardiorespiratory + fitness is associated with an increase in the recruitment of the anterior + processing regions. There was a top-down modulation of extrastriate visual + areas that process both task-relevant and task-irrelevant attributes relative + to the baseline. However, fitness was not associated with differential activation + in the posterior processing regions, suggesting that fitness enhances attentional + function by primarily influencing the neural circuitry of anterior cortical + regions. This study provides novel evidence of a differential association + of fitness with anterior and posterior brain regions, shedding further light + onto the neural changes accompanying cardiorespiratory fitness.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnhum.2010.00229/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC3024830, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2011-01-14"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T23:21:26.853346+00:00", "analyses": + [{"id": "YUTkZWwqFRD6", "user": null, "name": "INCONGRUENT-INELIGIBLE\u2009>\u2009NEUTRAL + CONTRAST", "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": + "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Cortical regions activated during + the incongruent-eligible\u2009>\u2009neutral contrast and incongruent-ineligible\u2009>\u2009neutral + contrast.", "conditions": [], "weights": [], "points": [{"id": "o7ump3U2UTAn", + "coordinates": [-42.0, 8.0, 32.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 6.28}]}, {"id": + "9GsWXKwiaGtt", "coordinates": [47.0, 24.0, 31.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 4.44}]}, {"id": "jpBefFBdxcXf", "coordinates": [-5.0, 11.0, 55.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.25}]}, {"id": "wQ6ydLFpG4Qv", "coordinates": [0.0, 6.0, 53.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.64}]}, {"id": "dr8jviFE3T86", "coordinates": [-49.0, -39.0, + 53.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.23}]}, {"id": "YQ28n7GdFEFj", "coordinates": [43.0, + 12.0, 41.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.7}]}, {"id": "4NAUAcKMfe8A", "coordinates": + [-36.0, 50.0, 21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.74}]}, {"id": "z777Gxm8NC6s", "coordinates": + [-31.0, -71.0, 27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.52}]}, {"id": "FQtcuDpGNKx4", "coordinates": + [29.0, -80.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "7xU3gRwizFfK", "coordinates": + [37.0, -75.0, -5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.6}]}, {"id": "hnJH8AULNtHG", "coordinates": + [-27.0, -56.0, -15.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.24}]}, {"id": "m9TUo4tha8hM", "coordinates": + [21.0, -58.0, -13.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.48}]}, {"id": "SZApNVod2Yxm", "coordinates": + [-60.0, -47.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.3}]}, {"id": "ecC9vjLyDNxd", "coordinates": + [33.0, -62.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.53}]}, {"id": "mwiwpVSXGLNU", "coordinates": + [-35.0, -67.0, 43.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.33}]}, {"id": "6M7EJ8xGpkNh", "coordinates": + [58.0, -46.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.73}]}, {"id": "bKGTJq4H7MRe", "coordinates": + [21.0, -71.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.54}]}, {"id": "Dgw5aCCiUCJd", "coordinates": + [0.0, -71.0, 45.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.28}]}, {"id": "58x8sTz8c8VD", "coordinates": + [33.0, -68.0, 51.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.78}]}, {"id": "ov33Ub9Arvzu", "coordinates": + [-39.0, -59.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.02}]}, {"id": "FDCvDW5kuXM7", "coordinates": + [0.0, -78.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.85}]}, {"id": "Wt8SCwvMisGS", "coordinates": + [21.0, -69.0, -18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.66}]}, {"id": "a4iPhSeMCPwx", "coordinates": + [-27.0, -71.0, -21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.38}]}, {"id": "rHUC5abThJRN", "coordinates": + [39.0, -77.0, -16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.68}]}, {"id": "7vwBTt8pNTfy", "coordinates": + [-11.0, -93.0, -19.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.19}]}, {"id": "zjyUdrg2N64z", "coordinates": + [7.0, -86.0, -5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.14}]}, {"id": "NuWGqsCcT6cc", "coordinates": + [-11.0, -87.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.06}]}, {"id": "uCnT67q96jK8", "coordinates": + [0.0, -92.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.96}]}, {"id": "mcsZEFeLhwiQ", "coordinates": + [-21.0, -97.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.29}]}, {"id": "NRCiLSeQc49m", "coordinates": + [27.0, -82.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.27}]}, {"id": "UfNWkSCkUDKP", "coordinates": + [-31.0, -83.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.67}]}, {"id": "rspVGALZ4XzN", "coordinates": + [29.0, -87.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.05}]}, {"id": "cJBxLp83qWFW", "coordinates": + [-11.0, 29.0, 31.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.33}]}, {"id": "zLMT8X6PwMKV", "coordinates": + [5.0, 38.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.47}]}, {"id": "tetwq73pawbM", "coordinates": + [7.0, -72.0, 4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.77}]}, {"id": "sC4MUjS5WWTf", "coordinates": + [-6.0, -74.0, 7.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.33}]}, {"id": "GM9c9atS4FAq", "coordinates": + [-11.0, -81.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.76}]}, {"id": "pX8BxtmPDVeN", "coordinates": + [7.0, -77.0, -19.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.13}]}, {"id": "h86fqpWoy3Sf", "coordinates": + [-31.0, -54.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.63}]}, {"id": "Qaob68svWMdy", "coordinates": + [11.0, -71.0, -17.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.33}]}], "images": []}, {"id": "9V93q5B5j3FW", + "user": null, "name": "INCONGRUENT-ELIGIBLE\u2009>\u2009NEUTRAL CONTRAST", + "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": "T2", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Cortical regions activated during + the incongruent-eligible\u2009>\u2009neutral contrast and incongruent-ineligible\u2009>\u2009neutral + contrast.", "conditions": [], "weights": [], "points": [{"id": "Z5ggVCUynS42", + "coordinates": [-52.0, 22.0, 28.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 4.98}]}, {"id": + "2qYhyYiFRh5z", "coordinates": [41.0, 20.0, 28.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 4.75}]}, {"id": "P6WgVeAnYDXA", "coordinates": [-1.0, 15.0, 57.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.26}]}, {"id": "DjZw2XzGM9Ez", "coordinates": [49.0, 7.0, 16.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.19}]}, {"id": "KQVZHhtBBNB9", "coordinates": [-62.0, 3.0, + 30.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.06}]}, {"id": "n2GvCZNKsjSM", "coordinates": [-43.0, + -32.0, 43.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.17}]}, {"id": "5F4mn2Ym3Kap", "coordinates": + [41.0, -37.0, 57.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.31}]}, {"id": "MqmJ7QHs34eb", "coordinates": + [-33.0, 52.0, 21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.91}]}, {"id": "GCzcakzyHd4B", "coordinates": + [35.0, 59.0, 5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.14}]}, {"id": "6W7meJy9tobs", "coordinates": + [0.0, 15.0, 60.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.07}]}, {"id": "UMKXjADL2a7d", "coordinates": + [47.0, -79.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.79}]}, {"id": "naffg35zmfAs", "coordinates": + [-53.0, -64.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.08}]}, {"id": "WRoidUyCnLJs", "coordinates": + [39.0, -60.0, 23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.44}]}, {"id": "Jp3tmVpC8vg2", "coordinates": + [-62.0, -46.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.49}]}, {"id": "AJKBbKrsgedD", "coordinates": + [58.0, -48.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "sHuqQWbZ86cY", "coordinates": + [-68.0, -14.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.71}]}, {"id": "ZXQkMrPgtwG9", "coordinates": + [31.0, -33.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.99}]}, {"id": "aVqtLWvnNUXA", "coordinates": + [37.0, -60.0, 29.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.56}]}, {"id": "DrE9YKwUxXj9", "coordinates": + [-35.0, -59.0, 38.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.18}]}, {"id": "sdxcE3gGirph", "coordinates": + [56.0, -46.0, 25.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.45}]}, {"id": "7NLQdXSL9MzP", "coordinates": + [-11.0, -74.0, 51.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.16}]}, {"id": "VbhamL8Mj2D6", "coordinates": + [1.0, -71.0, 45.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.41}]}, {"id": "SCHQDKcNGkxm", "coordinates": + [0.0, -76.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.36}]}, {"id": "H8iAPuBJpvDh", "coordinates": + [-1.0, -76.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.36}]}, {"id": "Qfob5D8FVMoQ", "coordinates": + [1.0, -76.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.5}]}, {"id": "henp2Cv9Gt2k", "coordinates": + [-32.0, -85.0, -25.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.8}]}, {"id": "BWN6Yx3wzJLV", "coordinates": + [35.0, -56.0, -24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.46}]}, {"id": "XtpirNHSYBe8", "coordinates": + [-26.0, -98.0, -17.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "Gze3rGFyMPhb", "coordinates": + [3.0, -79.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.88}]}, {"id": "ndwY9esmcNFu", "coordinates": + [0.0, -92.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.8}]}, {"id": "cvzEAF6eYyHM", "coordinates": + [-21.0, -97.0, 15.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.54}]}, {"id": "MNxcNzBapBes", "coordinates": + [39.0, -77.0, -19.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.22}]}, {"id": "MTrFHB4TMrHe", "coordinates": + [-33.0, -85.0, 25.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.76}]}, {"id": "FhzssrroSGL2", "coordinates": + [35.0, -79.0, 27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.57}]}, {"id": "yffuzGtc8nyD", "coordinates": + [-11.0, 20.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.08}]}, {"id": "pQi8Yv8nr4AX", "coordinates": + [9.0, 24.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.4}]}, {"id": "iKQc3CJdLoWe", "coordinates": + [0.0, 37.0, 25.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.44}]}, {"id": "A5RA34avXcKX", "coordinates": + [1.0, -74.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.31}]}, {"id": "mMwhAZfACt7k", "coordinates": + [-26.0, -23.0, -11.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.47}]}, {"id": "5H56StAt9APs", "coordinates": + [17.0, -56.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.7}]}, {"id": "pNNbYoMWJjiP", "coordinates": + [-9.0, -20.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.57}]}, {"id": "JixRD2raQNFD", "coordinates": + [5.0, -20.0, 3.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.5}]}, {"id": "hVVUhryXZehu", "coordinates": + [-19.0, -11.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.83}]}, {"id": "Vnao8iXxhxhD", "coordinates": + [29.0, -20.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.43}]}, {"id": "J3bQTgfa5KSX", "coordinates": + [-12.0, 9.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.32}]}, {"id": "HYQx54GvnZWi", "coordinates": + [5.0, 11.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.99}]}, {"id": "tpmHd3c7NpbF", "coordinates": + [0.0, -62.0, -30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.88}]}, {"id": "vmZPmVSapBf9", "coordinates": + [-1.0, -62.0, -30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.88}]}, {"id": "DtauPBPWqoRo", "coordinates": + [31.0, -56.0, -27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.64}]}], "images": []}, {"id": "avgnNbVgWFAe", + "user": null, "name": "Local maxima of cortical regions identified during + the incongruent-eligible\u2009>\u2009incongruent-ineligible contrast that + showed a positive association with cardiorespiratory fitness.", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t3_coordinates.csv"}, + "original_table_id": "t3"}, "table_metadata": {"table_id": "T3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t3_coordinates.csv"}, + "sanitized_table_id": "t3"}, "description": "Local maxima of cortical regions + identified during the incongruent-eligible\u2009>\u2009incongruent-ineligible + contrast that showed a positive association with cardiorespiratory fitness.", + "conditions": [], "weights": [], "points": [{"id": "MXrqHynud6ff", "coordinates": + [-42.0, 44.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.47}]}, {"id": "RBGk5NRThgbX", "coordinates": + [-46.0, 50.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.89}]}, {"id": "FSo79wFbVgo7", "coordinates": + [42.0, 47.0, 22.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.55}]}, {"id": "DSkdqmbpXWRS", "coordinates": + [34.0, 33.0, 45.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.59}]}, {"id": "ynrKSyMRAPV7", "coordinates": + [30.0, 58.0, -9.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.64}]}], "images": []}]}, {"id": + "doWyCNdwkmwY", "created_at": "2025-12-04T19:07:46.650811+00:00", "updated_at": + null, "user": null, "name": "Effects of Transcranial Direct Current Stimulation + Paired With Cognitive Training on Functional Connectivity of the Working Memory + Network in Older Adults", "description": "BACKGROUND: Working memory, a fundamental + short-term cognitive process, is known to decline with advanced age even in + healthy older adults. Normal age-related declines in working memory can cause + loss of independence and decreased quality of life. Cognitive training has + shown some potential at enhancing certain cognitive processes, although, enhancements + are variable. Transcranial direct current stimulation (tDCS), a form of non-invasive + brain stimulation, has shown promise at enhancing working memory abilities, + and may further the benefits from cognitive training interventions. However, + the neural mechanisms underlying tDCS brain-based enhancements remain unknown.\n\nOBJECTIVE/HYPOTHESIS: + Assess the effects of a 2-week intervention of active-tDCS vs. sham paired + with cognitive training on functional connectivity of the working memory network + during an N-Back working memory task.\n\nMETHODS: Healthy older adults ( = + 28; mean age = 74 \u00b1 7.3) completed 10-sessions of cognitive training + paired with active or sham-tDCS. Functional connectivity was evaluated at + baseline and post-intervention during an N-Back task (2-Back vs. 0-Back).\n\nRESULTS: + Active-tDCS vs. sham demonstrated a significant increase in connectivity between + the left dorsolateral prefrontal cortex and right inferior parietal lobule + at post-intervention during 2-Back. Target accuracy on 2-Back was significantly + improved for active vs. sham at post-intervention.\n\nCONCLUSION: These results + suggest pairing tDCS with cognitive training enhances functional connectivity + and working memory performance in older adults, and thus may hold promise + as a method for remediating age-related cognitive decline. Future studies + evaluating optimal dose and long-term effects of tDCS on brain function will + help to maximize potential clinical impacts of tDCS paired with cognitive + training in older adults.\n\nCLINICAL TRIAL REGISTRATION: www.ClinicalTrials.gov, + identifier NCT02137122.", "publication": "Frontiers in Aging Neuroscience", + "doi": "10.3389/fnagi.2019.00340", "pmid": "31998111", "authors": "N. Nissim; + A. O''Shea; A. Indahlastari; Jessica N. Kraft; Olivia von Mering; S. Aksu; + E. Porges; R. Cohen; A. Woods", "year": 2019, "metadata": {"slug": "31998111-10-3389-fnagi-2019-00340-pmc6961663", + "source": "semantic_scholar", "keywords": ["N-Back", "cognitive aging", "cognitive + training", "fMRI", "functional connectivity", "neuromodulation", "transcranial + direct current stimulation", "working memory"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "10", "Year": "2019", + "Month": "9", "@PubStatus": "received"}, {"Day": "22", "Year": "2019", "Month": + "11", "@PubStatus": "accepted"}, {"Day": "31", "Hour": "6", "Year": "2020", + "Month": "1", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "31", "Hour": + "6", "Year": "2020", "Month": "1", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "31", "Hour": "6", "Year": "2020", "Month": "1", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2019", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "31998111", "@IdType": "pubmed"}, + {"#text": "PMC6961663", "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2019.00340", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Baddeley + A. (1992). Working memory. Curr. Biol. 255 556\u2013559. 10.1016/j.cub.2009.12.014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cub.2009.12.014", "@IdType": + "doi"}, {"#text": "1736359", "@IdType": "pubmed"}]}}, {"Citation": "Baddeley + A. (2000). The episodic buffer: a new component of working memory? Trends + Cogn. Sci. 4 417\u2013423. 10.1016/S1364-6613(00)01538-2", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S1364-6613(00)01538-2", "@IdType": "doi"}, + {"#text": "11058819", "@IdType": "pubmed"}]}}, {"Citation": "Baddeley A. (2003). + Working memory: looking back and looking forward. Nat. Rev. Neurosci. 4 829\u2013839. + 10.1038/nrn1201", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1201", + "@IdType": "doi"}, {"#text": "14523382", "@IdType": "pubmed"}]}}, {"Citation": + "Baddeley A. D., Hitch G. (1974). Working memory. Psychol. Learn. Motiv. 8 + 47\u201389."}, {"Citation": "Ball K., Berch D. B., Helmers K. F., Jobe J. + B., Leveck M. D., Marsiske M., et al. (2002). Effects of cognitive training + interventions with older adults: a randomized controlled trial. JAMA 288 2271\u20132281.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2916176", "@IdType": "pmc"}, + {"#text": "12425704", "@IdType": "pubmed"}]}}, {"Citation": "Batsikadze G., + Moliadze V., Paulus W., Kuo M.-F., Nitsche M. A. (2013). Partially non-linear + stimulation intensity-dependent effects of direct current stimulation on motor + cortex excitability in humans. J. Physiol. 591(Pt 7), 1987\u20132000. 10.1113/jphysiol.2012.249730", + "ArticleIdList": {"ArticleId": [{"#text": "10.1113/jphysiol.2012.249730", + "@IdType": "doi"}, {"#text": "PMC3624864", "@IdType": "pmc"}, {"#text": "23339180", + "@IdType": "pubmed"}]}}, {"Citation": "Behzadi Y., Restom K., Liau J., Liu + T. T. (2007). A component based noise correction method (CompCor) for BOLD + and perfusion based fMRI. NeuroImage 37 90\u2013101. 10.1016/J.NEUROIMAGE.2007.04.042", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/J.NEUROIMAGE.2007.04.042", + "@IdType": "doi"}, {"#text": "PMC2214855", "@IdType": "pmc"}, {"#text": "17560126", + "@IdType": "pubmed"}]}}, {"Citation": "Berry A. S., Zanto T. P., Clapp W. + C., Hardy J. L., Delahunt P. B., Henry W., et al. (2010). The influence of + perceptual training on working memory in older adults. PLoS One 5:e11537. + 10.1371/journal.pone.0011537", "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0011537", + "@IdType": "doi"}, {"#text": "PMC2904363", "@IdType": "pmc"}, {"#text": "20644719", + "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R., Anderson N. D., Locantore + J. K., McIntosh A. R. (2002). Aging gracefully: compensatory brain activity + in high-performing older adults. NeuroImage 17 1394\u20131402. 10.1006/nimg.2002.1280", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2002.1280", "@IdType": + "doi"}, {"#text": "12414279", "@IdType": "pubmed"}]}}, {"Citation": "Curtis + C. E., D\u2019Esposito M. (2003). Persistent activity in the prefrontal cortex + during working memory. Trends Cogn. Sci. 7 415\u2013423. 10.1016/S1364-6613(03)00197-9", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S1364-6613(03)00197-9", + "@IdType": "doi"}, {"#text": "12963473", "@IdType": "pubmed"}]}}, {"Citation": + "Demirakca T., Cardinale V., Dehn S., Ruf M., Ende G. (2016). The exercising + brain: changes in functional connectivity induced by an integrated multimodal + cognitive and whole body motor coordination training. Neural Plast. 2016:8240894.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4706972", "@IdType": "pmc"}, + {"#text": "26819776", "@IdType": "pubmed"}]}}, {"Citation": "Ebaid D., Crewther + S. G., MacCalman K., Brown A., Crewther D. P. (2017). Cognitive processing + speed across the lifespan: beyond the influence of motor speed. Front. Aging + Neurosci. 9:62. 10.3389/fnagi.2017.00062", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2017.00062", "@IdType": "doi"}, {"#text": "PMC5360696", + "@IdType": "pmc"}, {"#text": "28381999", "@IdType": "pubmed"}]}}, {"Citation": + "Edin F., Klingberg T., Johansson P., McNab F., Tegner J., Compte A. (2009). + Mechanism for top-down control of working memory capacity. Proc. Natl. Acad. + Sci. U.S.A. 106 6802\u20136807. 10.1073/pnas.0901894106", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.0901894106", "@IdType": "doi"}, {"#text": + "PMC2672558", "@IdType": "pmc"}, {"#text": "19339493", "@IdType": "pubmed"}]}}, + {"Citation": "Fallon N., Chiu Y., Nurmikko T., Stancak A. (2016). Functional + connectivity with the default mode network is altered in fibromyalgia patients. + PLoS One 11:e0159198. 10.1371/journal.pone.0159198", "ArticleIdList": {"ArticleId": + [{"#text": "10.1371/journal.pone.0159198", "@IdType": "doi"}, {"#text": "PMC4956096", + "@IdType": "pmc"}, {"#text": "27442504", "@IdType": "pubmed"}]}}, {"Citation": + "Friston K. J., Ashburner J., Kiebel S., Nichols T., Penny W. D. (2007). Statistical + Parametric Mapping: The Analysis of Funtional Brain Images. Cambridge, CA: + Elsevier Academic Press."}, {"Citation": "Gill J., Shah-basak P. P., Hamilton + R. (2015). It\u2019s the thought that counts: examining the task-dependent + effects of transcranial direct current stimulation on executive function. + Brain Stimul. 8 253\u2013259. 10.1016/j.brs.2014.10.018", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brs.2014.10.018", "@IdType": "doi"}, {"#text": + "25465291", "@IdType": "pubmed"}]}}, {"Citation": "Huang Y., Datta A., Bikson + M., Parra L. C. (2019). Realistic volumetric-approach to simulate transcranial + electric stimulation-ROAST-a fully automated open-source pipeline. J. Neural. + Eng. 16:056006. 10.1088/1741-2552/ab208d", "ArticleIdList": {"ArticleId": + [{"#text": "10.1088/1741-2552/ab208d", "@IdType": "doi"}, {"#text": "PMC7328433", + "@IdType": "pmc"}, {"#text": "31071686", "@IdType": "pubmed"}]}}, {"Citation": + "Jones K. T., Stephens J. A., Alam M., Bikson M., Berryhill M. E., Park Kramer + A. (2015). Longitudinal neurostimulation in older adults improves working + memory. PLoS One 10:e0121904. 10.1371/journal.pone.0121904", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0121904", "@IdType": "doi"}, + {"#text": "PMC4388845", "@IdType": "pmc"}, {"#text": "25849358", "@IdType": + "pubmed"}]}}, {"Citation": "Klingberg T. (2010). Training and plasticity of + working memory. Trends Cogn. Sci. 14 317\u2013324. 10.1016/j.tics.2010.05.002", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2010.05.002", "@IdType": + "doi"}, {"#text": "20630350", "@IdType": "pubmed"}]}}, {"Citation": "Klingberg + T., Kawashima R., Roland P. E. (1995). Activation of multi-modal cortical + areas underlies short-term memory. Eur. J. Neurosci. 8 1965\u20131971. 10.1111/j.1460-9568.1996.tb01340.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1460-9568.1996.tb01340.x", + "@IdType": "doi"}, {"#text": "8921287", "@IdType": "pubmed"}]}}, {"Citation": + "Kuo M. F., Nitsche M. A. (2015). Exploring prefrontal cortex functions in + healthy humans by transcranial electrical stimulation. Neurosci. Bull. 31 + 198\u2013206. 10.1007/s12264-014-1501-9", "ArticleIdList": {"ArticleId": [{"#text": + "10.1007/s12264-014-1501-9", "@IdType": "doi"}, {"#text": "PMC5563696", "@IdType": + "pmc"}, {"#text": "25680572", "@IdType": "pubmed"}]}}, {"Citation": "Linden + D. E. J. (2007). The working memory networks of the human Brain. Neuroscientist + 13 257\u2013267. 10.1177/1073858406298480", "ArticleIdList": {"ArticleId": + [{"#text": "10.1177/1073858406298480", "@IdType": "doi"}, {"#text": "17519368", + "@IdType": "pubmed"}]}}, {"Citation": "Manoach D. S., Schlaug C. A. G., Siewert + B., Darby D. G., Bly B. M., Benfield A., et al. (1997). Prefrontal cortex + fMRI signal changes are correlated with working memory load. Neuroreport 8 + 545\u2013549. 10.1097/00001756-199701200-00033", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/00001756-199701200-00033", "@IdType": "doi"}, {"#text": + "9080445", "@IdType": "pubmed"}]}}, {"Citation": "Martin D. M., Liu R., Alonzo + A., Green M., Loo C. K. (2014). Use of transcranial direct current stimulation + (tDCS) to enhance cognitive training: effect of timing of stimulation. Exp. + Brain Res. 232 3345\u20133351. 10.1007/s00221-014-4022-x", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00221-014-4022-x", "@IdType": "doi"}, {"#text": + "24992897", "@IdType": "pubmed"}]}}, {"Citation": "McLaren M. E., Nissim N. + R., Woods A. J. (2018). The effects of medication use in transcranial direct + current stimulation: a brief review. Brain Stimul. 11 52\u201358. 10.1016/j.brs.2017.10.006", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brs.2017.10.006", "@IdType": + "doi"}, {"#text": "PMC5729094", "@IdType": "pmc"}, {"#text": "29066167", "@IdType": + "pubmed"}]}}, {"Citation": "Mograbi D. C., Faria C., de A., Fichman H. C., + Paradela E. M. P., Louren\u00e7o R. A. (2014). Relationship between activities + of daily living and cognitive ability in a sample of older adults with heterogeneous + educational level. Ann. Indian Acad. Neurol. 17 71\u201376. 10.4103/0972-2327.128558", + "ArticleIdList": {"ArticleId": [{"#text": "10.4103/0972-2327.128558", "@IdType": + "doi"}, {"#text": "PMC3992775", "@IdType": "pmc"}, {"#text": "24753664", "@IdType": + "pubmed"}]}}, {"Citation": "Monte-Silva K., Kuo M.-F., Hessenthaler S., Fresnoza + S., Liebetanz D., Paulus W., et al. (2013). Induction of late LTP-like plasticity + in the human motor cortex by repeated non-invasive brain stimulation. Brain + Stimul. 6 424\u2013432. 10.1016/j.brs.2012.04.011", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.brs.2012.04.011", "@IdType": "doi"}, {"#text": "22695026", + "@IdType": "pubmed"}]}}, {"Citation": "Mosayebi S. M., Agboada D., Jamil A., + Kuo M. F., Nitsche M. A. (2019). Titrating the neuroplastic effects of cathodal + transcranial direct current stimulation (tDCS) over the primary motor cortex. + Cortex 119 350\u2013361. 10.1016/j.cortex.2019.04.016", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cortex.2019.04.016", "@IdType": "doi"}, {"#text": "31195316", + "@IdType": "pubmed"}]}}, {"Citation": "Nissim N. R., O\u2019Shea A., Indahlastari + A., Telles R., Richards L., Porges E., et al. (2019). Effects of in-scanner + bilateral frontal tDCS on functional connectivity of the working memory network + in older adults. Front. Aging Neurosci. 11:51. 10.3389/fnagi.2019.00051", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2019.00051", "@IdType": + "doi"}, {"#text": "PMC6428720", "@IdType": "pmc"}, {"#text": "30930766", "@IdType": + "pubmed"}]}}, {"Citation": "Nissim N. R., O\u2019Shea A. M., Bryant V., Porges + E. C., Cohen R., Woods A. J. (2017). Frontal structural neural correlates + of working memory performance in older adults. Front. Aging Neurosci. 8:328 + 10.3389/fnagi.2016.00328", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2016.00328", + "@IdType": "doi"}, {"#text": "PMC5210770", "@IdType": "pmc"}, {"#text": "28101053", + "@IdType": "pubmed"}]}}, {"Citation": "Nitsche M. A., Paulus W. (2000). Excitability + changes induced in the human motor cortex by weak transcranial direct current + stimulation. J. Physiol. 527(Pt 3), 633\u2013639. 10.1111/j.1469-7793.2000.t01-1-00633.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1469-7793.2000.t01-1-00633.x", + "@IdType": "doi"}, {"#text": "PMC2270099", "@IdType": "pmc"}, {"#text": "10990547", + "@IdType": "pubmed"}]}}, {"Citation": "Owen A. M., Mcmillan K. M., Laird A. + R. (2005). N-Back working memory paradigm: a meta-analysis of normative functional + neuroimaging studies. Hum. Brain Mapp. 59 46\u201359. 10.1002/hbm.20131", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.20131", "@IdType": + "doi"}, {"#text": "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", "@IdType": + "pubmed"}]}}, {"Citation": "Park D. C., Festini S. B. (2017). Theories of + memory and aging: a look at the past and a glimpse of the future. J. Gerontol. + B Psychol. Sci. Soc. Sci. 72 82\u201390. 10.1093/geronb/gbw066", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/geronb/gbw066", "@IdType": "doi"}, {"#text": + "PMC5156492", "@IdType": "pmc"}, {"#text": "27257229", "@IdType": "pubmed"}]}}, + {"Citation": "Park S.-H., Seo J.-H., Kim Y.-H., Ko M.-H. (2013). Long-term + effects of transcranial direct current stimulation combined with computer-assisted + cognitive training in healthy older adults. Neuroreport 25 122\u2013126. 10.1097/WNR.0000000000000080", + "ArticleIdList": {"ArticleId": [{"#text": "10.1097/WNR.0000000000000080", + "@IdType": "doi"}, {"#text": "24176927", "@IdType": "pubmed"}]}}, {"Citation": + "Pelletier S. J., Cicchetti F. (2015). Cellular and molecular mechanisms of + action of transcranial direct current stimulation: evidence from in vitro + and in vivo models. Int. J. Neuropsychopharmacol. 18:Pyu047. 10.1093/ijnp/pyu047", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/ijnp/pyu047", "@IdType": + "doi"}, {"#text": "PMC4368894", "@IdType": "pmc"}, {"#text": "25522391", "@IdType": + "pubmed"}]}}, {"Citation": "Rebok G. W., Ball K., Guey L. T., Jones R. N., + Kim H.-Y., King J. W., et al. (2014). Ten-year effects of the advanced cognitive + training for independent and vital elderly cognitive training trial on cognition + and everyday functioning in older adults. J. Am. Geriat. Soc. 62 16\u201324. + 10.1111/jgs.12607", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/jgs.12607", + "@IdType": "doi"}, {"#text": "PMC4055506", "@IdType": "pmc"}, {"#text": "24417410", + "@IdType": "pubmed"}]}}, {"Citation": "Richmond L. L., Wolk D., Chein J., + Olson I. R. (2014). Transcranial direct current stimulation enhances verbal + working memory training performance over time and near transfer outcomes. + J. Cogn. Neurosci. 26 2443\u20132454. 10.1162/jocn_a_00657", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn_a_00657", "@IdType": "doi"}, {"#text": + "24742190", "@IdType": "pubmed"}]}}, {"Citation": "Soyata A. Z., Aksu S., + Woods A. J., \u0130\u015f\u00e7en P., Sa\u00e7ar K. T., Karam\u00fcrsel S. + (2019). Effect of transcranial direct current stimulation on decision making + and cognitive flexibility in gambling disorder. Eur. Arch. Psychiatry Clin. + Neurosci. 269 275\u2013284. 10.1007/s00406-018-0948-5", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00406-018-0948-5", "@IdType": "doi"}, {"#text": "30367243", + "@IdType": "pubmed"}]}}, {"Citation": "Stephens J. A., Berryhill M. E. (2016). + Older adults improve on everyday tasks after working memory training and neurostimulation. + Brain Stimul. 9 553\u2013559. 10.1016/j.brs.2016.04.001", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.brs.2016.04.001", "@IdType": "doi"}, {"#text": + "PMC4957521", "@IdType": "pmc"}, {"#text": "27178247", "@IdType": "pubmed"}]}}, + {"Citation": "Whitfield-Gabrieli S., Nieto-Castanon A. (2012). Conn: a functional + connectivity toolbox for correlated and anticorrelated brain networks. Brain + Connect. 2 125\u2013141. 10.1089/brain.2012.0073", "ArticleIdList": {"ArticleId": + [{"#text": "10.1089/brain.2012.0073", "@IdType": "doi"}, {"#text": "22642651", + "@IdType": "pubmed"}]}}, {"Citation": "Woods A. J., Antal A., Bikson M., Boggio + P. S., Brunoni A. R., Celnik P., et al. (2016). A technical guide to tDCS, + and related non-invasive brain stimulation tools. Clin. Neurophysiol. 127 + 1031\u20131048. 10.1016/j.clinph.2015.11.012", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.clinph.2015.11.012", "@IdType": "doi"}, {"#text": "PMC4747791", + "@IdType": "pmc"}, {"#text": "26652115", "@IdType": "pubmed"}]}}, {"Citation": + "Woods A. J., Cohen R., Marsiske M., Alexander G. E., Czaja S. J., Wu S. (2018). + Augmenting cognitive training in older adults (The ACT Study): design and + methods of a phase III tDCS and cognitive training trial. Contemp. Clin. Trials + 65 19\u201332. 10.1016/j.cct.2017.11.017", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cct.2017.11.017", "@IdType": "doi"}, {"#text": "PMC5803439", + "@IdType": "pmc"}, {"#text": "29313802", "@IdType": "pubmed"}]}}, {"Citation": + "Zaehle T., Sandmann P., Thorne J. D., J\u00e4ncke L., Herrmann C. S. (2011). + Transcranial direct current stimulation of the prefrontal cortex modulates + working memory performance: combined behavioural and electrophysiological + evidence. BMC Neurosci. 12:2. 10.1186/1471-2202-12-2", "ArticleIdList": {"ArticleId": + [{"#text": "10.1186/1471-2202-12-2", "@IdType": "doi"}, {"#text": "PMC3024225", + "@IdType": "pmc"}, {"#text": "21211016", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "31998111", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers + in aging neuroscience", "JournalIssue": {"Volume": "11", "PubDate": {"Year": + "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, + "Abstract": {"AbstractText": [{"#text": "Working memory, a fundamental short-term + cognitive process, is known to decline with advanced age even in healthy older + adults. Normal age-related declines in working memory can cause loss of independence + and decreased quality of life. Cognitive training has shown some potential + at enhancing certain cognitive processes, although, enhancements are variable. + Transcranial direct current stimulation (tDCS), a form of non-invasive brain + stimulation, has shown promise at enhancing working memory abilities, and + may further the benefits from cognitive training interventions. However, the + neural mechanisms underlying tDCS brain-based enhancements remain unknown.", + "@Label": "BACKGROUND", "@NlmCategory": "BACKGROUND"}, {"#text": "Assess the + effects of a 2-week intervention of active-tDCS vs. sham paired with cognitive + training on functional connectivity of the working memory network during an + N-Back working memory task.", "@Label": "OBJECTIVE/HYPOTHESIS", "@NlmCategory": + "OBJECTIVE"}, {"i": "N", "#text": "Healthy older adults ( = 28; mean age = + 74 \u00b1 7.3) completed 10-sessions of cognitive training paired with active + or sham-tDCS. Functional connectivity was evaluated at baseline and post-intervention + during an N-Back task (2-Back vs. 0-Back).", "@Label": "METHODS", "@NlmCategory": + "METHODS"}, {"#text": "Active-tDCS vs. sham demonstrated a significant increase + in connectivity between the left dorsolateral prefrontal cortex and right + inferior parietal lobule at post-intervention during 2-Back. Target accuracy + on 2-Back was significantly improved for active vs. sham at post-intervention.", + "@Label": "RESULTS", "@NlmCategory": "RESULTS"}, {"#text": "These results + suggest pairing tDCS with cognitive training enhances functional connectivity + and working memory performance in older adults, and thus may hold promise + as a method for remediating age-related cognitive decline. Future studies + evaluating optimal dose and long-term effects of tDCS on brain function will + help to maximize potential clinical impacts of tDCS paired with cognitive + training in older adults.", "@Label": "CONCLUSION", "@NlmCategory": "CONCLUSIONS"}, + {"#text": "www.ClinicalTrials.gov, identifier NCT02137122.", "@Label": "CLINICAL + TRIAL REGISTRATION", "@NlmCategory": "BACKGROUND"}], "CopyrightInformation": + "Copyright \u00a9 2019 Nissim, O\u2019Shea, Indahlastari, Kraft, von Mering, + Aksu, Porges, Cohen and Woods."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "GrantList": {"Grant": [{"Agency": "NIAAA NIH HHS", "Acronym": "AA", "Country": + "United States", "GrantID": "K01 AA025306"}, {"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "K01 AG050707"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG054077"}, + {"Agency": "NIH HHS", "Acronym": "OD", "Country": "United States", "GrantID": + "S10 OD021726"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Nicole R", "Initials": "NR", "LastName": "Nissim", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory, Department of Clinical + and Health Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}, {"Affiliation": "Department of Neuroscience, University + of Florida, Gainesville, FL, United States."}]}, {"@ValidYN": "Y", "ForeName": + "Andrew", "Initials": "A", "LastName": "O''Shea", "AffiliationInfo": {"Affiliation": + "Center for Cognitive Aging and Memory, Department of Clinical and Health + Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Aprinda", "Initials": + "A", "LastName": "Indahlastari", "AffiliationInfo": {"Affiliation": "Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States."}}, + {"@ValidYN": "Y", "ForeName": "Jessica N", "Initials": "JN", "LastName": "Kraft", + "AffiliationInfo": {"Affiliation": "Center for Cognitive Aging and Memory, + Department of Clinical and Health Psychology, McKnight Brain Institute, University + of Florida, Gainesville, FL, United States."}}, {"@ValidYN": "Y", "ForeName": + "Olivia", "Initials": "O", "LastName": "von Mering", "AffiliationInfo": {"Affiliation": + "Center for Cognitive Aging and Memory, Department of Clinical and Health + Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Serkan", "Initials": + "S", "LastName": "Aksu", "AffiliationInfo": {"Affiliation": "Center for Cognitive + Aging and Memory, Department of Clinical and Health Psychology, McKnight Brain + Institute, University of Florida, Gainesville, FL, United States."}}, {"@ValidYN": + "Y", "ForeName": "Eric", "Initials": "E", "LastName": "Porges", "AffiliationInfo": + {"Affiliation": "Center for Cognitive Aging and Memory, Department of Clinical + and Health Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}}, {"@ValidYN": "Y", "ForeName": "Ronald", "Initials": + "R", "LastName": "Cohen", "AffiliationInfo": {"Affiliation": "Center for Cognitive + Aging and Memory, Department of Clinical and Health Psychology, McKnight Brain + Institute, University of Florida, Gainesville, FL, United States."}}, {"@ValidYN": + "Y", "ForeName": "Adam J", "Initials": "AJ", "LastName": "Woods", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory, Department of Clinical + and Health Psychology, McKnight Brain Institute, University of Florida, Gainesville, + FL, United States."}, {"Affiliation": "Department of Neuroscience, University + of Florida, Gainesville, FL, United States."}]}], "@CompleteYN": "Y"}, "Pagination": + {"StartPage": "340", "MedlinePgn": "340"}, "ArticleDate": {"Day": "16", "Year": + "2019", "Month": "12", "@DateType": "Electronic"}, "ELocationID": [{"#text": + "340", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2019.00340", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Effects of Transcranial + Direct Current Stimulation Paired With Cognitive Training on Functional Connectivity + of the Working Memory Network in Older Adults.", "DataBankList": {"DataBank": + {"DataBankName": "ClinicalTrials.gov", "AccessionNumberList": {"AccessionNumber": + "NCT02137122"}}, "@CompleteYN": "Y"}, "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "12", + "Year": "2022", "Month": "04"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "N-Back", "@MajorTopicYN": "N"}, {"#text": "cognitive aging", "@MajorTopicYN": + "N"}, {"#text": "cognitive training", "@MajorTopicYN": "N"}, {"#text": "fMRI", + "@MajorTopicYN": "N"}, {"#text": "functional connectivity", "@MajorTopicYN": + "N"}, {"#text": "neuromodulation", "@MajorTopicYN": "N"}, {"#text": "transcranial + direct current stimulation", "@MajorTopicYN": "N"}, {"#text": "working memory", + "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": "Switzerland", + "MedlineTA": "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": + "101525824"}}}, "semantic_scholar": {"year": 2019, "title": "Effects of Transcranial + Direct Current Stimulation Paired With Cognitive Training on Functional Connectivity + of the Working Memory Network in Older Adults", "venue": "Frontiers in Aging + Neuroscience", "authors": [{"name": "N. Nissim", "authorId": "40030163"}, + {"name": "A. O''Shea", "authorId": "1393654628"}, {"name": "A. Indahlastari", + "authorId": "2289693"}, {"name": "Jessica N. Kraft", "authorId": "1470685254"}, + {"name": "Olivia von Mering", "authorId": "1470681783"}, {"name": "S. Aksu", + "authorId": "5645471"}, {"name": "E. Porges", "authorId": "5388749"}, {"name": + "R. Cohen", "authorId": "152864616"}, {"name": "A. Woods", "authorId": "2856044"}], + "paperId": "7f1d0eb9b1f1e60ddabc2e146f551687848e7e3f", "abstract": "Background + Working memory, a fundamental short-term cognitive process, is known to decline + with advanced age even in healthy older adults. Normal age-related declines + in working memory can cause loss of independence and decreased quality of + life. Cognitive training has shown some potential at enhancing certain cognitive + processes, although, enhancements are variable. Transcranial direct current + stimulation (tDCS), a form of non-invasive brain stimulation, has shown promise + at enhancing working memory abilities, and may further the benefits from cognitive + training interventions. However, the neural mechanisms underlying tDCS brain-based + enhancements remain unknown. Objective/Hypothesis Assess the effects of a + 2-week intervention of active-tDCS vs. sham paired with cognitive training + on functional connectivity of the working memory network during an N-Back + working memory task. Methods Healthy older adults (N = 28; mean age = 74 \u00b1 + 7.3) completed 10-sessions of cognitive training paired with active or sham-tDCS. + Functional connectivity was evaluated at baseline and post-intervention during + an N-Back task (2-Back vs. 0-Back). Results Active-tDCS vs. sham demonstrated + a significant increase in connectivity between the left dorsolateral prefrontal + cortex and right inferior parietal lobule at post-intervention during 2-Back. + Target accuracy on 2-Back was significantly improved for active vs. sham at + post-intervention. Conclusion These results suggest pairing tDCS with cognitive + training enhances functional connectivity and working memory performance in + older adults, and thus may hold promise as a method for remediating age-related + cognitive decline. Future studies evaluating optimal dose and long-term effects + of tDCS on brain function will help to maximize potential clinical impacts + of tDCS paired with cognitive training in older adults. Clinical Trial Registration: + www.ClinicalTrials.gov, identifier NCT02137122.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00340/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6961663, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-12-16"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T19:08:58.248107+00:00", "analyses": + [{"id": "mKw3WPRryuYB", "user": null, "name": "MNI coordinates for each ROI + and radius of sphere.", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31998111-10-3389-fnagi-2019-00340-pmc6961663/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31998111-10-3389-fnagi-2019-00340-pmc6961663/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "MNI coordinates for each ROI + and radius of sphere.", "conditions": [], "weights": [], "points": [{"id": + "VQdnVD2aYCkV", "coordinates": [-37.75, 50.19, 13.6], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "G2WTg2oSSqAr", + "coordinates": [-46.26, 22.71, 18.6], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "zDm2MP9AhGUV", "coordinates": + [-37.09, -47.7, 45.58], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "rHXZSaufkB7b", "coordinates": [-26.32, 6.75, + 53.46], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "DtVQgQKeLCnh", "coordinates": [-45.96, 3.1, 38.47], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "a9JxfKM5szMr", + "coordinates": [-31.36, 21.11, 0.58], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "TnRs4nVycWGC", "coordinates": + [3.12, -69.09, -24.69], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "VkxFUtvkotXe", "coordinates": [44.53, 38.76, + 24.43], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "THhhe35f575w", "coordinates": [44.97, -45.49, 41.73], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "5rJXyojft58n", "coordinates": [31.96, 11.01, 49.8], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "RxyebVnfPCnJ", + "coordinates": [12.77, -63.71, 55.28], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "SsKtSh3tUoDz", "coordinates": + [35.58, 23.26, -3.01], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "LM6FLvkYarrV", "coordinates": [-0.588, 18.57, + 40.65], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + []}], "images": []}]}, {"id": "dvZXoTaieJdA", "created_at": "2025-12-03T18:06:08.549925+00:00", + "updated_at": null, "user": null, "name": "Independent Contributions of Dorsolateral + Prefrontal Structure and Function to Working Memory in Healthy Older Adults.", + "description": "Age-related differences in dorsolateral prefrontal cortex + (DLPFC) structure and function have each been linked to working memory. However, + few studies have integrated multimodal imaging to simultaneously investigate + relationships among structure, function, and cognition. We aimed to clarify + how specifically DLPFC structure and function contribute to working memory + in healthy older adults. In total, 138 participants aged 65-88 underwent 3\u00a0T + neuroimaging and were divided into higher and lower groups based on a median + split of in-scanner n-back task performance. Three a priori spherical DLPFC + regions of interest (ROIs) were used to quantify blood-oxygen-level-dependent + (BOLD) signal and FreeSurfer-derived surface area, cortical thickness, and + white matter volume. Binary logistic regressions adjusting for age, sex, education, + and scanner type revealed that greater left and right DLPFC BOLD signal predicted + the probability of higher performing group membership (P values<.05). Binary + logistic regressions also adjusting for total intracranial volume revealed + left DLPFC surface area that significantly predicted the probability of being + in the higher performing group (P\u2009=\u20090.017). The left DLPFC BOLD + signal and surface area were not significantly associated and did not significantly + interact to predict group membership (P values>.05). Importantly, this suggests + BOLD signal and surface area may independently contribute to working memory + performance in healthy older adults.", "publication": "Cerebral Cortex", "doi": + "10.1093/cercor/bhaa322", "pmid": "33188384", "authors": "N. Evangelista; + A. O''Shea; Jessica N. Kraft; Hanna K. Hausman; Emanuel M. Boutzoukas; N. + Nissim; Alejandro Albizu; Cheshire Hardcastle; Emily J. Van Etten; P. Bharadwaj; + Samantha G. Smith; Hyun Song; G. Hishaw; S. DeKosky; S. Wu; E. Porges; G. + Alexander; M. Marsiske; R. Cohen; A. Woods", "year": 2020, "metadata": {"slug": + "33188384-10-1093-cercor-bhaa322-pmc7869098", "source": "semantic_scholar", + "keywords": ["cognitive aging", "dorsolateral prefrontal cortex", "multimodal + neuroimaging", "structural and functional magnetic resonance imaging", "working + memory"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "23", "Year": "2020", "Month": "4", "@PubStatus": "received"}, {"Day": + "6", "Year": "2020", "Month": "10", "@PubStatus": "revised"}, {"Day": "7", + "Year": "2020", "Month": "10", "@PubStatus": "accepted"}, {"Day": "15", "Hour": + "6", "Year": "2020", "Month": "11", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "27", "Hour": "6", "Year": "2022", "Month": "1", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "14", "Hour": "5", "Year": "2020", "Month": "11", "Minute": + "29", "@PubStatus": "entrez"}, {"Day": "14", "Year": "2021", "Month": "11", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "33188384", "@IdType": "pubmed"}, {"#text": "PMC7869098", "@IdType": "pmc"}, + {"#text": "10.1093/cercor/bhaa322", "@IdType": "doi"}, {"#text": "5981727", + "@IdType": "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Aiken \u00a0LS, + West \u00a0SG, Reno \u00a0RR. 1991. Multiple regression: testing and interpreting + interactions. Nachdr. ed. Newbury Park, California: SAGE."}, {"Citation": + "Bachelard \u00a0HS 1979. Brain energy metabolism. Biochem Soc Trans. \u00a07:264\u2013264."}, + {"Citation": "Baddeley \u00a0A 1992. Working memory. Science. \u00a0255:556\u2013559.", + "ArticleIdList": {"ArticleId": {"#text": "1736359", "@IdType": "pubmed"}}}, + {"Citation": "Barbey \u00a0AK, Koenigs \u00a0M, Grafman \u00a0J. 2013. Dorsolateral + prefrontal contributions to human working memory. Cortex. \u00a049:1195\u20131205.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3495093", "@IdType": "pmc"}, + {"#text": "22789779", "@IdType": "pubmed"}]}}, {"Citation": "Barnes \u00a0J, + Ridgway \u00a0GR, Bartlett \u00a0J, Henley \u00a0SMD, Lehmann \u00a0M, Hobbs + \u00a0N, Clarkson \u00a0MJ, MacManus \u00a0DG, Ourselin \u00a0S, Fox \u00a0NC. + 2010. Head size, age and gender adjustment in MRI studies: a necessary nuisance? + \u00a0NeuroImage. \u00a053:1244\u20131255.", "ArticleIdList": {"ArticleId": + {"#text": "20600995", "@IdType": "pubmed"}}}, {"Citation": "Bizon \u00a0JL, + Foster \u00a0TC, Alexander \u00a0GE, Glisky \u00a0EL. 2012. Characterizing + cognitive aging of working memory and executive function in animal models. + Front Aging Neurosci. \u00a04:19.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3439637", "@IdType": "pmc"}, {"#text": "22988438", "@IdType": "pubmed"}]}}, + {"Citation": "Brickman \u00a0AM, Zimmerman \u00a0ME, Paul \u00a0RH, Grieve + \u00a0SM, Tate \u00a0DF, Cohen \u00a0RA, Williams \u00a0LM, Clark \u00a0CR, + Gordon \u00a0E. 2006. Regional white matter and neuropsychological functioning + across the adult lifespan. Biol Psychiatry. \u00a060:444\u2013453.", "ArticleIdList": + {"ArticleId": {"#text": "16616725", "@IdType": "pubmed"}}}, {"Citation": "Cabeza + \u00a0R 2002. Hemispheric asymmetry reduction in older adults: the HAROLD + model. Psychol Aging. \u00a017:85\u2013100.", "ArticleIdList": {"ArticleId": + {"#text": "11931290", "@IdType": "pubmed"}}}, {"Citation": "Cabeza \u00a0R, + Anderson \u00a0ND, Locantore \u00a0JK, McIntosh \u00a0AR. 2002. Aging gracefully: + compensatory brain activity in high-performing older adults. NeuroImage. \u00a017:1394\u20131402.", + "ArticleIdList": {"ArticleId": {"#text": "12414279", "@IdType": "pubmed"}}}, + {"Citation": "Cabeza \u00a0R, Albert \u00a0M, Belleville \u00a0S, Craik \u00a0FIM, + Duarte \u00a0A, Grady \u00a0CL, Lindenberger \u00a0U, Nyberg \u00a0L, Park + \u00a0DC, Reuter-Lorenz \u00a0PA \u00a0et al. \u00a02018. Maintenance, reserve + and compensation: the cognitive neuroscience of healthy ageing. Nat Rev Neurosci. + \u00a019:701\u2013710.", "ArticleIdList": {"ArticleId": [{"#text": "PMC6472256", + "@IdType": "pmc"}, {"#text": "30305711", "@IdType": "pubmed"}]}}, {"Citation": + "Cieslik \u00a0EC, Zilles \u00a0K, Caspers \u00a0S, Roski \u00a0C, Kellermann + \u00a0TS, Jakobs \u00a0O, Langner \u00a0R, Laird \u00a0AR, Fox \u00a0PT, Eickhoff + \u00a0SB. 2013. Is there \u201cone\u201d DLPFC in cognitive action control? + Evidence for heterogeneity from co-activation-based parcellation. Cereb Cortex. + \u00a023:2677\u20132689.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3792742", + "@IdType": "pmc"}, {"#text": "22918987", "@IdType": "pubmed"}]}}, {"Citation": + "Courtney \u00a0SM, Petit \u00a0L, Haxby \u00a0JV, Ungerleider \u00a0LG. 1998. + The role of prefrontal cortex in working memory: examining the contents of + consciousness. Philos Trans R Soc B Biol Sci. \u00a0353:1819\u20131828.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1692423", "@IdType": "pmc"}, + {"#text": "9854254", "@IdType": "pubmed"}]}}, {"Citation": "Dale \u00a0AM, + Fischl \u00a0B, Sereno \u00a0MI. 1999. Cortical surface-based analysis.I. + segmentation and surface reconstruction. NeuroImage. \u00a09:179\u2013194.", + "ArticleIdList": {"ArticleId": {"#text": "9931268", "@IdType": "pubmed"}}}, + {"Citation": "Dale \u00a0AM, Sereno \u00a0MI. 1993. Improved localizadon of + cortical activity by combining EEG and MEG with MRI cortical surface reconstruction: + a linear approach. J Cogn Neurosci. \u00a05:162\u2013176.", "ArticleIdList": + {"ArticleId": {"#text": "23972151", "@IdType": "pubmed"}}}, {"Citation": "Dennis + \u00a0NA, Cabeza \u00a0R. 2011. Neuroimaging of healthy cognitive aging In: + The Handbook of Aging and Cognition. Routledge."}, {"Citation": "Dotson \u00a0VM, + Szymkowicz \u00a0SM, Sozda \u00a0CN, Kirton \u00a0JW, Green \u00a0ML, O\u2019Shea + \u00a0A, McLaren \u00a0ME, Anton \u00a0SD, Manini \u00a0TM, Woods \u00a0AJ. + 2016. Age differences in prefrontal surface area and thickness in middle aged + to older adults. Front Aging Neurosci. \u00a07:250.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC4717301", "@IdType": "pmc"}, {"#text": "26834623", "@IdType": + "pubmed"}]}}, {"Citation": "Du \u00a0A-T, Schuff \u00a0N, Kramer \u00a0JH, + Rosen \u00a0HJ, Gorno-Tempini \u00a0ML, Rankin \u00a0K, Miller \u00a0BL, Weiner + \u00a0MW. 2007. Different regional patterns of cortical thinning in Alzheimer\u2019s + disease and frontotemporal dementia. Brain J Neurol. \u00a0130:1159\u20131166.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1853284", "@IdType": "pmc"}, + {"#text": "17353226", "@IdType": "pubmed"}]}}, {"Citation": "Finn \u00a0ES, + Huber \u00a0L, Jangraw \u00a0DC, Molfese \u00a0PJ, Bandettini \u00a0PA. 2019. + Layer-dependent activity in human prefrontal cortex during working memory. + Nat Neurosci. \u00a022:1687\u20131695.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6764601", "@IdType": "pmc"}, {"#text": "31551596", "@IdType": "pubmed"}]}}, + {"Citation": "Fischl \u00a0B 2004. Automatically parcellating the human cerebral + cortex. Cereb Cortex. \u00a014:11\u201322.", "ArticleIdList": {"ArticleId": + {"#text": "14654453", "@IdType": "pubmed"}}}, {"Citation": "Fischl \u00a0B + 2012. FreeSurfer. NeuroImage. \u00a062:774\u2013781.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3685476", "@IdType": "pmc"}, {"#text": "22248573", "@IdType": + "pubmed"}]}}, {"Citation": "Fischl \u00a0B, Dale \u00a0AM. 2000. Measuring + the thickness of the human cerebral cortex from magnetic resonance images. + Proc Natl Acad Sci. \u00a097:11050\u201311055.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC27146", "@IdType": "pmc"}, {"#text": "10984517", "@IdType": + "pubmed"}]}}, {"Citation": "Fischl \u00a0B, Liu \u00a0A, Dale \u00a0AM. 2001. + Automated manifold surgery: constructing geometrically accurate topologically + correct models of the human cerebral cortex. IEEE Trans Med Imaging. \u00a020:70\u201380.", + "ArticleIdList": {"ArticleId": {"#text": "11293693", "@IdType": "pubmed"}}}, + {"Citation": "Fischl \u00a0B, Salat \u00a0DH, Busa \u00a0E, Albert \u00a0M, + Dieterich \u00a0M, Haselgrove \u00a0C, van der \u00a0Kouwe \u00a0A, Killiany + \u00a0R, Kennedy \u00a0D, Klaveness \u00a0S \u00a0et al. \u00a02002. Whole + brain segmentation. Neuron. \u00a033:341\u2013355.", "ArticleIdList": {"ArticleId": + {"#text": "11832223", "@IdType": "pubmed"}}}, {"Citation": "Fischl \u00a0B, + Salat \u00a0DH, van der \u00a0Kouwe \u00a0AJW, Makris \u00a0N, S\u00e9gonne + \u00a0F, Quinn \u00a0BT, Dale \u00a0AM. 2004. Sequence-independent segmentation + of magnetic resonance images. NeuroImage. \u00a023:S69\u2013S84.", "ArticleIdList": + {"ArticleId": {"#text": "15501102", "@IdType": "pubmed"}}}, {"Citation": "Fischl + \u00a0B, Sereno \u00a0MI, Dale \u00a0AM. 1999a. Cortical surface-based analysis. + NeuroImage. \u00a09:195\u2013207.", "ArticleIdList": {"ArticleId": {"#text": + "9931269", "@IdType": "pubmed"}}}, {"Citation": "Fischl \u00a0B, Sereno \u00a0MI, + Tootell \u00a0RB, Dale \u00a0AM. 1999b. High-resolution intersubject averaging + and a coordinate system for the cortical surface. Hum Brain Mapp. \u00a08:272\u2013284.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6873338", "@IdType": "pmc"}, + {"#text": "10619420", "@IdType": "pubmed"}]}}, {"Citation": "Funahashi \u00a0S + 2017. Working memory in the prefrontal cortex. Brain Sci. \u00a07:49.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC5447931", "@IdType": "pmc"}, {"#text": "28448453", + "@IdType": "pubmed"}]}}, {"Citation": "Glisky \u00a0E 2007. Changes in cognitive + function in human aging In: Riddle \u00a0D, editor. Brain aging. Boca Raton, + FL: CRC Press/Taylor & Francis, pp. 3\u201320.", "ArticleIdList": {"ArticleId": + {"#text": "21204355", "@IdType": "pubmed"}}}, {"Citation": "Goldman-Rakic + \u00a0PS 1995. Cellular basis of working memory. Neuron. \u00a014:477\u2013485.", + "ArticleIdList": {"ArticleId": {"#text": "7695894", "@IdType": "pubmed"}}}, + {"Citation": "Goldman-Rakic \u00a0PS 2011. Circuitry of primate prefrontal + cortex and regulation of behavior by representational memory In: Terjung \u00a0R, + editor. Comprehensive physiology. Hoboken. NJ, USA: John Wiley & Sons, Inc., + cp010509."}, {"Citation": "Golestani \u00a0AM, Miles \u00a0L, Babb \u00a0J, + Castellanos \u00a0FX, Malaspina \u00a0D, Lazar \u00a0M. 2014. Constrained + by our connections: white matter\u2019s key role in interindividual variability + in visual working memory capacity. J Neurosci. \u00a034:14913\u201314918.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4220025", "@IdType": "pmc"}, + {"#text": "25378158", "@IdType": "pubmed"}]}}, {"Citation": "Good \u00a0CD, + Johnsrude \u00a0IS, Ashburner \u00a0J, Henson \u00a0RNA, Friston \u00a0KJ, + Frackowiak \u00a0RSJ. 2001. A voxel-based morphometric study of ageing in + 465 normal adult human brains. NeuroImage. \u00a014:21\u201336.", "ArticleIdList": + {"ArticleId": {"#text": "11525331", "@IdType": "pubmed"}}}, {"Citation": "Guttmann + \u00a0CRG, Jolesz \u00a0FA, Kikinis \u00a0R, Killiany \u00a0RJ, Moss \u00a0MB, + Sandor \u00a0T, Albert \u00a0MS. 1998. White matter changes with normal aging. + Neurology. \u00a050:972\u2013978.", "ArticleIdList": {"ArticleId": {"#text": + "9566381", "@IdType": "pubmed"}}}, {"Citation": "Han \u00a0X, Jovicich \u00a0J, + Salat \u00a0D, van der \u00a0Kouwe \u00a0A, Quinn \u00a0B, Czanner \u00a0S, + Busa \u00a0E, Pacheco \u00a0J, Albert \u00a0M, Killiany \u00a0R \u00a0et al. + \u00a02006. Reliability of MRI-derived measurements of human cerebral cortical + thickness: the effects of field strength, scanner upgrade and manufacturer. + NeuroImage. \u00a032:180\u2013194.", "ArticleIdList": {"ArticleId": {"#text": + "16651008", "@IdType": "pubmed"}}}, {"Citation": "Heinzel \u00a0S, Lorenz + \u00a0RC, Brockhaus \u00a0W-R, Wustenberg \u00a0T, Kathmann \u00a0N, Heinz + \u00a0A, Rapp \u00a0MA. 2014. Working memory load-dependent brain response + predicts behavioral training gains in older adults. J Neurosci. \u00a034:1224\u20131233.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6705311", "@IdType": "pmc"}, + {"#text": "24453314", "@IdType": "pubmed"}]}}, {"Citation": "Iordan \u00a0AD, + Cooke \u00a0KA, Moored \u00a0KD, Katz \u00a0B, Buschkuehl \u00a0M, Jaeggi + \u00a0SM, Polk \u00a0TA, Peltier \u00a0SJ, Jonides \u00a0J, Reuter-Lorenz + \u00a0PA. 2020. Neural correlates of working memory training: evidence for + plasticity in older adults. NeuroImage. \u00a0217:116887.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC7755422", "@IdType": "pmc"}, {"#text": "32376302", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson \u00a0M, Beckmann \u00a0CF, + Behrens \u00a0TEJ, Woolrich \u00a0MW, Smith \u00a0SM. 2012. FSL. NeuroImage. + \u00a062:782\u2013790.", "ArticleIdList": {"ArticleId": {"#text": "21979382", + "@IdType": "pubmed"}}}, {"Citation": "Jovicich \u00a0J, Czanner \u00a0S, Greve + \u00a0D, Haley \u00a0E, van der \u00a0Kouwe \u00a0A, Gollub \u00a0R, Kennedy + \u00a0D, Schmitt \u00a0F, Brown \u00a0G, Macfall \u00a0J \u00a0et al. \u00a02006. + Reliability in multi-site structural MRI studies: effects of gradient non-linearity + correction on phantom and human data. NeuroImage. \u00a030:436\u2013443.", + "ArticleIdList": {"ArticleId": {"#text": "16300968", "@IdType": "pubmed"}}}, + {"Citation": "Kabani \u00a0N, Le Goualher \u00a0G, MacDonald \u00a0D, Evans + \u00a0AC. 2001. Measurement of cortical thickness using an automated 3-D algorithm: + a validation study. NeuroImage. \u00a013:375\u2013380.", "ArticleIdList": + {"ArticleId": {"#text": "11162277", "@IdType": "pubmed"}}}, {"Citation": "Lemaitre + \u00a0H, Goldman \u00a0AL, Sambataro \u00a0F, Verchinski \u00a0BA, Meyer-Lindenberg + \u00a0A, Weinberger \u00a0DR, Mattay \u00a0VS. 2012. Normal age-related brain + morphometric changes: nonuniformity across cortical thickness, surface area + and gray matter volume? \u00a0Neurobiol Aging. \u00a033:617.e1\u2013617.e9.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3026893", "@IdType": "pmc"}, + {"#text": "20739099", "@IdType": "pubmed"}]}}, {"Citation": "Liu \u00a0H, + Yang \u00a0Y, Xia \u00a0Y, Zhu \u00a0W, Leak \u00a0RK, Wei \u00a0Z, Wang \u00a0J, + Hu \u00a0X. 2017. Aging of cerebral white matter. Ageing Res Rev. \u00a034:64\u201376.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5250573", "@IdType": "pmc"}, + {"#text": "27865980", "@IdType": "pubmed"}]}}, {"Citation": "Maldjian \u00a0JA, + Laurienti \u00a0PJ, Burdette \u00a0JH. 2004. Precentral gyrus discrepancy + in electronic versions of the Talairach atlas. NeuroImage. \u00a021:450\u2013455.", + "ArticleIdList": {"ArticleId": {"#text": "14741682", "@IdType": "pubmed"}}}, + {"Citation": "Maldjian \u00a0JA, Laurienti \u00a0PJ, Kraft \u00a0RA, Burdette + \u00a0JH. 2003. An automated method for neuroanatomic and cytoarchitectonic + atlas-based interrogation of fMRI data sets. NeuroImage. \u00a019:1233\u20131239.", + "ArticleIdList": {"ArticleId": {"#text": "12880848", "@IdType": "pubmed"}}}, + {"Citation": "Nissim \u00a0NR, O\u2019Shea \u00a0AM, Bryant \u00a0V, Porges + \u00a0EC, Cohen \u00a0R, Woods \u00a0AJ. 2017. Frontal structural neural correlates + of working memory performance in older adults. Front Aging Neurosci. \u00a008:328.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5210770", "@IdType": "pmc"}, + {"#text": "28101053", "@IdType": "pubmed"}]}}, {"Citation": "Owen \u00a0AM, + McMillan \u00a0KM, Laird \u00a0AR, Bullmore \u00a0E. 2005. N-back working + memory paradigm: a meta-analysis of normative functional neuroimaging studies. + Hum Brain Mapp. \u00a025:46\u201359.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, + {"Citation": "Park \u00a0DC, Lautenschlager \u00a0G, Hedden \u00a0T, Davidson + \u00a0NS, Smith \u00a0AD, Smith \u00a0PK. 2002. Models of visuospatial and + verbal memory across the adult life span. Psychol Aging. \u00a017:299\u2013320.", + "ArticleIdList": {"ArticleId": {"#text": "12061414", "@IdType": "pubmed"}}}, + {"Citation": "Park \u00a0DC, Reuter-Lorenz \u00a0P. 2009. The adaptive brain: + aging and neurocognitive scaffolding. Annu Rev Psychol. \u00a060:173\u2013196.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3359129", "@IdType": "pmc"}, + {"#text": "19035823", "@IdType": "pubmed"}]}}, {"Citation": "Penny \u00a0W, + Friston \u00a0K, Ashburner \u00a0J, Kiebel \u00a0S, Nichols \u00a0T, editors. + 2007. Statistical parametric mapping: the analysis of funtional brain images. + 1st ed. Amsterdam; Boston: Elsevier/Academic Press."}, {"Citation": "Reuter + \u00a0M, Rosas \u00a0HD, Fischl \u00a0B. 2010. Highly accurate inverse consistent + registration: a robust approach. NeuroImage. \u00a053:1181\u20131196.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2946852", "@IdType": "pmc"}, {"#text": "20637289", + "@IdType": "pubmed"}]}}, {"Citation": "Reuter \u00a0M, Schmansky \u00a0NJ, + Rosas \u00a0HD, Fischl \u00a0B. 2012. Within-subject template estimation for + unbiased longitudinal image analysis. NeuroImage. \u00a061:1402\u20131418.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3389460", "@IdType": "pmc"}, + {"#text": "22430496", "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz + \u00a0PA, Park \u00a0DC. 2014. How does it STAC up? Revisiting the scaffolding + theory of aging and cognition. Neuropsychol Rev. \u00a024:355\u2013370.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4150993", "@IdType": "pmc"}, + {"#text": "25143069", "@IdType": "pubmed"}]}}, {"Citation": "Roberts \u00a0AW, + Ogunwole \u00a0SU, Blakeslee \u00a0L, Rabe \u00a0MA. \n2018. \nThe population + 65 years and older in the United States. 2016:25 Retrieved from https://www.census.gov/content/dam/Census/library/publications/2018/acs/ACS-38.pdf."}, + {"Citation": "Salat \u00a0DH 2004. Thinning of the cerebral cortex in aging. + Cereb Cortex. \u00a014:721\u2013730.", "ArticleIdList": {"ArticleId": {"#text": + "15054051", "@IdType": "pubmed"}}}, {"Citation": "Salat \u00a0DH, Kaye \u00a0JA, + Janowsky \u00a0JS. 1999. Prefrontal gray and white matter volumes in healthy + aging and Alzheimer disease. Arch Neurol. \u00a056:338.", "ArticleIdList": + {"ArticleId": {"#text": "10190825", "@IdType": "pubmed"}}}, {"Citation": "Salat + \u00a0DH, Kaye \u00a0JA, Janowsky \u00a0JS. 2001. Selective preservation and + degeneration within the prefrontal cortex in aging and Alzheimer disease. + Arch Neurol. \u00a058:1403.", "ArticleIdList": {"ArticleId": {"#text": "11559311", + "@IdType": "pubmed"}}}, {"Citation": "Schmitz \u00a0B, Wang \u00a0X, Barker + \u00a0PB, Pilatus \u00a0U, Bronzlik \u00a0P, Dadak \u00a0M, Kahl \u00a0KG, + Lanfermann \u00a0H, Ding \u00a0X-Q. 2018. Effects of aging on the human brain: + a proton and phosphorus MR spectroscopy study at 3T: H- and P-MRS study of + aging effects. J Neuroimaging. \u00a028:416\u2013421.", "ArticleIdList": {"ArticleId": + {"#text": "29630746", "@IdType": "pubmed"}}}, {"Citation": "Schneider-Garces + \u00a0NJ, Gordon \u00a0BA, Brumback-Peltz \u00a0CR, Shin \u00a0E, Lee \u00a0Y, + Sutton \u00a0BP, Maclin \u00a0EL, Gratton \u00a0G, Fabiani \u00a0M. 2010. + Span, CRUNCH, and beyond: working memory capacity and the aging brain. J Cogn + Neurosci. \u00a022:655\u2013669.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3666347", "@IdType": "pmc"}, {"#text": "19320550", "@IdType": "pubmed"}]}}, + {"Citation": "Schulze \u00a0ET, Geary \u00a0EK, Susmaras \u00a0TM, Paliga + \u00a0JT, Maki \u00a0PM, Little \u00a0DM. 2011. Anatomical correlates of age-related + working memory declines. J Aging Res. \u00a02011:1\u20139.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3228338", "@IdType": "pmc"}, {"#text": "22175019", + "@IdType": "pubmed"}]}}, {"Citation": "S\u00e9gonne \u00a0F, Pacheco \u00a0J, + Fischl \u00a0B. 2007. Geometrically accurate topology-correction of cortical + surfaces using nonseparating loops. IEEE Trans Med Imaging. \u00a026:518\u2013529.", + "ArticleIdList": {"ArticleId": {"#text": "17427739", "@IdType": "pubmed"}}}, + {"Citation": "Shefer \u00a0VF 1973. Absolute number of neurons and thickness + of the cerebral cortex during aging, senile and vascular dementia, and Pick\u2019s + and Alzheimer\u2019s diseases. Neurosci Behav Physiol. \u00a06:319\u2013324.", + "ArticleIdList": {"ArticleId": {"#text": "4781784", "@IdType": "pubmed"}}}, + {"Citation": "Smith \u00a0SM, Jenkinson \u00a0M, Woolrich \u00a0MW, Beckmann + \u00a0CF, Behrens \u00a0TEJ, Johansen-Berg \u00a0H, Bannister \u00a0PR, De + Luca \u00a0M, Drobnjak \u00a0I, Flitney \u00a0DE \u00a0et al. \u00a02004. + Advances in functional and structural MR image analysis and implementation + as FSL. NeuroImage. \u00a023(Suppl 1):S208\u2013S219.", "ArticleIdList": {"ArticleId": + {"#text": "15501092", "@IdType": "pubmed"}}}, {"Citation": "Spreng \u00a0RN, + Wojtowicz \u00a0M, Grady \u00a0CL. 2010. Reliable differences in brain activity + between young and old adults: a quantitative meta-analysis across multiple + cognitive domains. Neurosci Biobehav Rev. \u00a034:1178\u20131194.", "ArticleIdList": + {"ArticleId": {"#text": "20109489", "@IdType": "pubmed"}}}, {"Citation": "Stern + \u00a0Y, Hesdorffer \u00a0D, Sano \u00a0M, Mayeux \u00a0R. 1990. Measurement + and prediction of functional capacity in Alzheimer\u2019s disease. Neurology. + \u00a040:8\u20138.", "ArticleIdList": {"ArticleId": {"#text": "2296387", "@IdType": + "pubmed"}}}, {"Citation": "Suzuki \u00a0M, Kawagoe \u00a0T, Nishiguchi \u00a0S, + Abe \u00a0N, Otsuka \u00a0Y, Nakai \u00a0R, Asano \u00a0K, Yamada \u00a0M, + Yoshikawa \u00a0S, Sekiyama \u00a0K. 2018. Neural correlates of working memory + maintenance in advanced aging: evidence from fMRI. Front Aging Neurosci. \u00a010:358.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6232505", "@IdType": "pmc"}, + {"#text": "30459595", "@IdType": "pubmed"}]}}, {"Citation": "Wang \u00a0M, + Gamo \u00a0NJ, Yang \u00a0Y, Jin \u00a0LE, Wang \u00a0X-J, Laubach \u00a0M, + Mazer \u00a0JA, Lee \u00a0D, Arnsten \u00a0AFT. 2011. Neuronal basis of age-related + working memory decline. Nature. \u00a0476:210\u2013213.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3193794", "@IdType": "pmc"}, {"#text": "21796118", + "@IdType": "pubmed"}]}}, {"Citation": "Weintraub \u00a0S, Salmon \u00a0D, + Mercaldo \u00a0N, Ferris \u00a0S, Graff-Radford \u00a0NR, Chui \u00a0H, Cummings + \u00a0J, DeCarli \u00a0C, Foster \u00a0NL, Galasko \u00a0D \u00a0et al. \u00a02009. + The Alzheimer\u2019s disease Centers\u2019 uniform data set (UDS): the neuropsychologic + test battery. Alzheimer Dis Assoc Disord. \u00a023:91\u2013101.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2743984", "@IdType": "pmc"}, {"#text": "19474567", + "@IdType": "pubmed"}]}}, {"Citation": "Whitfield-Gabrieli \u00a0S, Nieto-Castanon + \u00a0A. 2012. Conn: a functional connectivity toolbox for correlated and + anticorrelated brain networks. Brain Connect. \u00a02:125\u2013141.", "ArticleIdList": + {"ArticleId": {"#text": "22642651", "@IdType": "pubmed"}}}, {"Citation": "Woods + \u00a0AJ, Cohen \u00a0R, Marsiske \u00a0M, Alexander \u00a0GE, Czaja \u00a0SJ, + Wu \u00a0S. 2018. Augmenting cognitive training in older adults (the ACT study): + design and methods of a phase III tDCS and cognitive training trial. Contemp + Clin Trials. \u00a065:19\u201332.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5803439", "@IdType": "pmc"}, {"#text": "29313802", "@IdType": "pubmed"}]}}, + {"Citation": "Yam \u00a0A, Marsiske \u00a0M. 2013. Cognitive longitudinal + predictors of older adults\u2019 self-reported IADL function. J Aging Health. + \u00a025:163S\u2013185S.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3882335", + "@IdType": "pmc"}, {"#text": "24385635", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "ppublish"}, "MedlineCitation": {"PMID": {"#text": "33188384", "@Version": + "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": + {"#text": "1460-2199", "@IssnType": "Electronic"}, "Title": "Cerebral cortex + (New York, N.Y. : 1991)", "JournalIssue": {"Issue": "3", "Volume": "31", "PubDate": + {"Day": "05", "Year": "2021", "Month": "Feb"}, "@CitedMedium": "Internet"}, + "ISOAbbreviation": "Cereb Cortex"}, "Abstract": {"AbstractText": "Age-related + differences in dorsolateral prefrontal cortex (DLPFC) structure and function + have each been linked to working memory. However, few studies have integrated + multimodal imaging to simultaneously investigate relationships among structure, + function, and cognition. We aimed to clarify how specifically DLPFC structure + and function contribute to working memory in healthy older adults. In total, + 138 participants aged 65-88 underwent 3\u00a0T neuroimaging and were divided + into higher and lower groups based on a median split of in-scanner n-back + task performance. Three a priori spherical DLPFC regions of interest (ROIs) + were used to quantify blood-oxygen-level-dependent (BOLD) signal and FreeSurfer-derived + surface area, cortical thickness, and white matter volume. Binary logistic + regressions adjusting for age, sex, education, and scanner type revealed that + greater left and right DLPFC BOLD signal predicted the probability of higher + performing group membership (P values<.05). Binary logistic regressions also + adjusting for total intracranial volume revealed left DLPFC surface area that + significantly predicted the probability of being in the higher performing + group (P\u2009=\u20090.017). The left DLPFC BOLD signal and surface area were + not significantly associated and did not significantly interact to predict + group membership (P values>.05). Importantly, this suggests BOLD signal and + surface area may independently contribute to working memory performance in + healthy older adults.", "CopyrightInformation": "\u00a9 The Author(s) 2020. + Published by Oxford University Press. All rights reserved. For permissions, + please e-mail: journals.permission@oup.com."}, "Language": "eng", "@PubModel": + "Print", "GrantList": {"Grant": [{"Agency": "NIAAA NIH HHS", "Acronym": "AA", + "Country": "United States", "GrantID": "K01 AA025306"}, {"Agency": "NHLBI + NIH HHS", "Acronym": "HL", "Country": "United States", "GrantID": "T32 HL134621"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "R01 AG054077"}, {"Agency": "NIH HHS", "Acronym": "OD", "Country": "United + States", "GrantID": "S10 OD021726"}, {"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "K01 AG050707"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "T32 AG020499"}], + "@CompleteYN": "Y"}, "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Nicole D", "Initials": "ND", "LastName": "Evangelista", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory Clinical Translational + Research, McKnight Brain Institute, University of Florida, Gainesville, FL, + 32611, USA."}, {"Affiliation": "Department of Clinical and Health Psychology, + College of Public Health and Health Professions, University of Florida, Gainesville, + FL, 32611, USA."}]}, {"@ValidYN": "Y", "ForeName": "Andrew", "Initials": "A", + "LastName": "O''Shea", "AffiliationInfo": [{"Affiliation": "Center for Cognitive + Aging and Memory Clinical Translational Research, McKnight Brain Institute, + University of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA."}]}, {"@ValidYN": "Y", + "ForeName": "Jessica N", "Initials": "JN", "LastName": "Kraft", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory Clinical Translational + Research, McKnight Brain Institute, University of Florida, Gainesville, FL, + 32611, USA."}, {"Affiliation": "Department of Neuroscience, College of Medicine, + University of Florida."}]}, {"@ValidYN": "Y", "ForeName": "Hanna K", "Initials": + "HK", "LastName": "Hausman", "AffiliationInfo": [{"Affiliation": "Center for + Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": + "Department of Clinical and Health Psychology, College of Public Health and + Health Professions, University of Florida, Gainesville, FL, 32611, USA."}]}, + {"@ValidYN": "Y", "ForeName": "Emanuel M", "Initials": "EM", "LastName": "Boutzoukas", + "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging and Memory + Clinical Translational Research, McKnight Brain Institute, University of Florida, + Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of Clinical and + Health Psychology, College of Public Health and Health Professions, University + of Florida, Gainesville, FL, 32611, USA."}]}, {"@ValidYN": "Y", "ForeName": + "Nicole R", "Initials": "NR", "LastName": "Nissim", "AffiliationInfo": {"Affiliation": + "Department of Neurology, University of Pennsylvania, Philadelphia, PA, 19104, + USA."}}, {"@ValidYN": "Y", "ForeName": "Alejandro", "Initials": "A", "LastName": + "Albizu", "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging + and Memory Clinical Translational Research, McKnight Brain Institute, University + of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of + Neuroscience, College of Medicine, University of Florida."}]}, {"@ValidYN": + "Y", "ForeName": "Cheshire", "Initials": "C", "LastName": "Hardcastle", "AffiliationInfo": + [{"Affiliation": "Center for Cognitive Aging and Memory Clinical Translational + Research, McKnight Brain Institute, University of Florida, Gainesville, FL, + 32611, USA."}, {"Affiliation": "Department of Clinical and Health Psychology, + College of Public Health and Health Professions, University of Florida, Gainesville, + FL, 32611, USA."}]}, {"@ValidYN": "Y", "ForeName": "Emily J", "Initials": + "EJ", "LastName": "Van Etten", "AffiliationInfo": {"Affiliation": "Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA."}}, {"@ValidYN": "Y", "ForeName": "Pradyumna K", "Initials": + "PK", "LastName": "Bharadwaj", "AffiliationInfo": {"Affiliation": "Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA."}}, {"@ValidYN": "Y", "ForeName": "Samantha G", "Initials": + "SG", "LastName": "Smith", "AffiliationInfo": {"Affiliation": "Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA."}}, {"@ValidYN": "Y", "ForeName": "Hyun", "Initials": "H", + "LastName": "Song", "AffiliationInfo": {"Affiliation": "Department of Psychology + and McKnight Brain Institute, University of Arizona, Tucson, AZ, 85721, USA."}}, + {"@ValidYN": "Y", "ForeName": "Georg A", "Initials": "GA", "LastName": "Hishaw", + "AffiliationInfo": {"Affiliation": "Department of Psychiatry, Department of + Neurology, College of Medicine, University of Arizona, Tucson, AZ, 85721, + USA."}}, {"@ValidYN": "Y", "ForeName": "Steven", "Initials": "S", "LastName": + "DeKosky", "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging + and Memory Clinical Translational Research, McKnight Brain Institute, University + of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of + Neurology, College of Medicine, University of Florida."}]}, {"@ValidYN": "Y", + "ForeName": "Samuel", "Initials": "S", "LastName": "Wu", "AffiliationInfo": + {"Affiliation": "Department of Biostatistics, College of Public Health and + Health Professions, College of Medicine, University of Florida, Gainesville, + FL, 32611, USA."}}, {"@ValidYN": "Y", "ForeName": "Eric", "Initials": "E", + "LastName": "Porges", "AffiliationInfo": [{"Affiliation": "Center for Cognitive + Aging and Memory Clinical Translational Research, McKnight Brain Institute, + University of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA."}]}, {"@ValidYN": "Y", + "ForeName": "Gene E", "Initials": "GE", "LastName": "Alexander", "AffiliationInfo": + [{"Affiliation": "Department of Psychology and McKnight Brain Institute, University + of Arizona, Tucson, AZ, 85721, USA."}, {"Affiliation": "Brain Imaging, Behavior + and Aging Laboratory, Departments of Psychology and Psychiatry, Neuroscience + and Physiological Sciences Graduate Interdisciplinary Programs, BIO5 Institute + and McKnight Brain Institute, University of Arizona, Tucson, AZ, 85721, USA."}]}, + {"@ValidYN": "Y", "ForeName": "Michael", "Initials": "M", "LastName": "Marsiske", + "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging and Memory + Clinical Translational Research, McKnight Brain Institute, University of Florida, + Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of Clinical and + Health Psychology, College of Public Health and Health Professions, University + of Florida, Gainesville, FL, 32611, USA."}]}, {"@ValidYN": "Y", "ForeName": + "Ronald", "Initials": "R", "LastName": "Cohen", "AffiliationInfo": [{"Affiliation": + "Center for Cognitive Aging and Memory Clinical Translational Research, McKnight + Brain Institute, University of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": + "Department of Clinical and Health Psychology, College of Public Health and + Health Professions, University of Florida, Gainesville, FL, 32611, USA."}]}, + {"@ValidYN": "Y", "ForeName": "Adam J", "Initials": "AJ", "LastName": "Woods", + "AffiliationInfo": [{"Affiliation": "Center for Cognitive Aging and Memory + Clinical Translational Research, McKnight Brain Institute, University of Florida, + Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of Clinical and + Health Psychology, College of Public Health and Health Professions, University + of Florida, Gainesville, FL, 32611, USA."}, {"Affiliation": "Department of + Neuroscience, College of Medicine, University of Florida."}]}], "@CompleteYN": + "Y"}, "Pagination": {"EndPage": "1743", "StartPage": "1732", "MedlinePgn": + "1732-1743"}, "ELocationID": {"#text": "10.1093/cercor/bhaa322", "@EIdType": + "doi", "@ValidYN": "Y"}, "ArticleTitle": "Independent Contributions of Dorsolateral + Prefrontal Structure and Function to Working Memory in Healthy Older Adults.", + "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", "#text": "Journal + Article"}, {"@UI": "D052061", "#text": "Research Support, N.I.H., Extramural"}, + {"@UI": "D013485", "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": + {"Day": "15", "Year": "2025", "Month": "03"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "cognitive aging", "@MajorTopicYN": "N"}, {"#text": + "dorsolateral prefrontal cortex", "@MajorTopicYN": "N"}, {"#text": "multimodal + neuroimaging", "@MajorTopicYN": "N"}, {"#text": "structural and functional + magnetic resonance imaging", "@MajorTopicYN": "N"}, {"#text": "working memory", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "24", "Year": "2022", "Month": + "01"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000369", "#text": "Aged, 80 and over", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000379", "#text": "methods", + "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D001931", "#text": "Brain + Mapping", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D000087643", + "#text": "Dorsolateral Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000379", "#text": "methods", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United States", + "MedlineTA": "Cereb Cortex", "ISSNLinking": "1047-3211", "NlmUniqueID": "9110718"}}}, + "semantic_scholar": {"year": 2020, "title": "Independent Contributions of + Dorsolateral Prefrontal Structure and Function to Working Memory in Healthy + Older Adults.", "venue": "Cerebral Cortex", "authors": [{"name": "N. Evangelista", + "authorId": "34566342"}, {"name": "A. O''Shea", "authorId": "1393654628"}, + {"name": "Jessica N. Kraft", "authorId": "1470685254"}, {"name": "Hanna K. + Hausman", "authorId": "89689306"}, {"name": "Emanuel M. Boutzoukas", "authorId": + "12589342"}, {"name": "N. Nissim", "authorId": "40030163"}, {"name": "Alejandro + Albizu", "authorId": "51915887"}, {"name": "Cheshire Hardcastle", "authorId": + "9804778"}, {"name": "Emily J. Van Etten", "authorId": "113257771"}, {"name": + "P. Bharadwaj", "authorId": "32015415"}, {"name": "Samantha G. Smith", "authorId": + "2111235309"}, {"name": "Hyun Song", "authorId": "146936151"}, {"name": "G. + Hishaw", "authorId": "6546102"}, {"name": "S. DeKosky", "authorId": "3156078"}, + {"name": "S. Wu", "authorId": "143919744"}, {"name": "E. Porges", "authorId": + "5388749"}, {"name": "G. Alexander", "authorId": "34776743"}, {"name": "M. + Marsiske", "authorId": "1743490"}, {"name": "R. Cohen", "authorId": "152864616"}, + {"name": "A. Woods", "authorId": "2856044"}], "paperId": "160e158364df453305ac097951a570f76beea42a", + "abstract": "Age-related differences in dorsolateral prefrontal cortex (DLPFC) + structure and function have each been linked to working memory. However, few + studies have integrated multimodal imaging to simultaneously investigate relationships + among structure, function, and cognition. We aimed to clarify how specifically + DLPFC structure and function contribute to working memory in healthy older + adults. In total, 138 participants aged 65-88 underwent 3\u00a0T neuroimaging + and were divided into higher and lower groups based on a median split of in-scanner + n-back task performance. Three a priori spherical DLPFC regions of interest + (ROIs) were used to quantify blood-oxygen-level-dependent (BOLD) signal and + FreeSurfer-derived surface area, cortical thickness, and white matter volume. + Binary logistic regressions adjusting for age, sex, education, and scanner + type revealed that greater left and right DLPFC BOLD signal predicted the + probability of higher performing group membership (P values<.05). Binary logistic + regressions also adjusting for total intracranial volume revealed left DLPFC + surface area that significantly predicted the probability of being in the + higher performing group (P\u2009=\u20090.017). The left DLPFC BOLD signal + and surface area were not significantly associated and did not significantly + interact to predict group membership (P values>.05). Importantly, this suggests + BOLD signal and surface area may independently contribute to working memory + performance in healthy older adults.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7869098", "status": + "GREEN", "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1093/cercor/bhaa322?email= + or https://doi.org/10.1093/cercor/bhaa322, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2020-11-14"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-03T18:10:43.786313+00:00", "analyses": [{"id": "jJ3MLhiNBeG9", "user": + null, "name": "Left DLPFC", "metadata": {"table": {"table_number": 1, "table_metadata": + {"label": "Table 1", "position": 2, "n_activations": 3}, "original_table_id": + "1"}, "table_metadata": {"label": "Table 1", "position": 2, "n_activations": + 3}, "sanitized_table_id": "1"}, "description": "", "conditions": [], "weights": + [], "points": [{"id": "YGsAud5x8xzw", "coordinates": [-37.75, 50.19, 13.6], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "KMh5SaGRyuLr", "coordinates": [-46.26, 22.71, 18.6], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}, {"id": "x5Wpn6YTrAwZ", "user": null, "name": "Right DLPFC", "metadata": + {"table": {"table_number": 1, "table_metadata": {"label": "Table 1", "position": + 2, "n_activations": 3}, "original_table_id": "1"}, "table_metadata": {"label": + "Table 1", "position": 2, "n_activations": 3}, "sanitized_table_id": "1"}, + "description": "", "conditions": [], "weights": [], "points": [{"id": "NuMpRSfuW7Lf", + "coordinates": [44.53, 38.76, 24.43], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}]}, {"id": "eJGXCqvZxzoM", + "created_at": "2025-12-05T04:51:59.441429+00:00", "updated_at": null, "user": + null, "name": "Task-Switching Performance Improvements After Tai Chi Chuan + Training Are Associated With Greater Prefrontal Activation in Older Adults", + "description": "Studies have shown that Tai Chi Chuan (TCC) training has benefits + on task-switching ability. However, the neural correlates underlying the effects + of TCC training on task-switching ability remain unclear. Using task-related + functional magnetic resonance imaging (fMRI) with a numerical Stroop paradigm, + we investigated changes of prefrontal brain activation and behavioral performance + during task-switching before and after TCC training and examined the relationships + between changes in brain activation and task-switching behavioral performance. + Cognitively normal older adults were randomly assigned to either the TCC or + control (CON) group. Over a 12-week period, the TCC group received three 60-min + sessions of Yang-style TCC training weekly, whereas the CON group only received + one telephone consultation biweekly and did not alter their life style. All + participants underwent assessments of physical functions and neuropsychological + functions of task-switching, and fMRI scans, before and after the intervention. + Twenty-six (TCC, N = 16; CON, N = 10) participants completed the entire experimental + procedure. We found significant group by time interaction effects on behavioral + and brain activation measures. Specifically, the TCC group showed improved + physical function, decreased errors on task-switching performance, and increased + left superior frontal activation for Switch > Non-switch contrast from pre- + to post-intervention, that were not seen in the CON group. Intriguingly, TCC + participants with greater prefrontal activation increases in the switch condition + from pre- to post-intervention presented greater reductions in task-switching + errors. These findings suggest that TCC training could potentially provide + benefits to some, although not all, older adults to enhance the function of + their prefrontal activations during task-switching.", "publication": "Frontiers + in Aging Neuroscience", "doi": "10.3389/fnagi.2018.00280", "pmid": "30319391", + "authors": "Meng-Tien Wu; P. Tang; J. Goh; Tai-Li Chou; Yu-Kai Chang; Y. Hsu; + Yu\u2010Jen Chen; N. Chen; W. Tseng; S. Gau; M. Chiu; C. Lan", "year": 2018, + "metadata": {"slug": "30319391-10-3389-fnagi-2018-00280-pmc6165861", "source": + "semantic_scholar", "keywords": ["Tai Chi Chuan", "aging", "cognition", "executive + function", "exercise intervention", "functional neuroimaging"], "raw_metadata": + {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "13", "Year": + "2017", "Month": "9", "@PubStatus": "received"}, {"Day": "28", "Year": "2018", + "Month": "8", "@PubStatus": "accepted"}, {"Day": "16", "Hour": "6", "Year": + "2018", "Month": "10", "Minute": "0", "@PubStatus": "entrez"}, {"Day": "16", + "Hour": "6", "Year": "2018", "Month": "10", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "16", "Hour": "6", "Year": "2018", "Month": "10", "Minute": "1", "@PubStatus": + "medline"}, {"Day": "1", "Year": "2018", "Month": "1", "@PubStatus": "pmc-release"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "30319391", "@IdType": "pubmed"}, + {"#text": "PMC6165861", "@IdType": "pmc"}, {"#text": "10.3389/fnagi.2018.00280", + "@IdType": "doi"}]}, "ReferenceList": {"Reference": [{"Citation": "Blackwood + J., Shubert T., Forgarty K., Chase C. (2016). Relationships between performance + on assessments of executive function and fall risk screening measures in community-dwelling + older adults. J. Geriatr. Phys. Ther. 39, 89\u201396. 10.1519/JPT.0000000000000056", + "ArticleIdList": {"ArticleId": [{"#text": "10.1519/JPT.0000000000000056", + "@IdType": "doi"}, {"#text": "26050194", "@IdType": "pubmed"}]}}, {"Citation": + "Bohannon R. W., Larkin P. A., Cook A. C., Gear J., Singer J. (1984). Decrease + in timed balance test scores with aging. Phys. Ther. 64, 1067\u20131070. 10.1093/ptj/64.7.1067", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/ptj/64.7.1067", "@IdType": + "doi"}, {"#text": "6739548", "@IdType": "pubmed"}]}}, {"Citation": "Brass + M., Zysset S., von Cramon D. Y. (2001). The inhibition of imitative response + tendencies. Neuroimage 14, 1416\u20131423. 10.1006/nimg.2001.0944", "ArticleIdList": + {"ArticleId": [{"#text": "10.1006/nimg.2001.0944", "@IdType": "doi"}, {"#text": + "11707097", "@IdType": "pubmed"}]}}, {"Citation": "Braver T. S., Reynolds + J. R., Donaldson D. I. (2003). Neural mechanisms of transient and sustained + cognitive control during task switching. Neuron 39, 713\u2013726. 10.1016/s0896-6273(03)00466-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0896-6273(03)00466-5", + "@IdType": "doi"}, {"#text": "12925284", "@IdType": "pubmed"}]}}, {"Citation": + "Brett M., Anton J.-L., Valabregue R., Poline J.-B. (2002). Region of interest + analysis using an SPM toolbox. Neuroimage 16, 1140\u20131141. 10.1016/S1053-8119(02)90013-3", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/S1053-8119(02)90013-3", + "@IdType": "doi"}}}, {"Citation": "Brooks D., Solway S., Gibbons W. J. (2003). + ATS statement on six-minute walk test. Am. J. Respir. Crit. Care Med. 167:1287. + 10.1164/ajrccm.167.9.950", "ArticleIdList": {"ArticleId": [{"#text": "10.1164/ajrccm.167.9.950", + "@IdType": "doi"}, {"#text": "12714344", "@IdType": "pubmed"}]}}, {"Citation": + "Buchsbaum B. R., Greer S., Chang W. L., Berman K. F. (2005). Meta-analysis + of neuroimaging studies of the Wisconsin card-sorting task and component processes. + Hum. Brain Mapp. 25, 35\u201345. 10.1002/hbm.20128", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/hbm.20128", "@IdType": "doi"}, {"#text": "PMC6871753", + "@IdType": "pmc"}, {"#text": "15846821", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R., Dennis N. A. (2013). \u201cFrontal lobes and aging: deterioration + and compensation,\u201d in Principles of Frontal Lobe Function, eds Stuss + I. D. T., Knight R. T. (New York, NY: Oxford University Press; ), 628\u2013652."}, + {"Citation": "Chan A. W., Yu D. S., Choi K. C. (2017). Effects of Tai Chi + Qigong on psychosocial well-being among hidden elderly, using elderly neighborhood + volunteer approach: a pilot randomized controlled trial. Clin. Interv. Aging + 12, 85\u201396. 10.2147/CIA.S124604", "ArticleIdList": {"ArticleId": [{"#text": + "10.2147/CIA.S124604", "@IdType": "doi"}, {"#text": "PMC5221552", "@IdType": + "pmc"}, {"#text": "28115837", "@IdType": "pubmed"}]}}, {"Citation": "Chang + Y.-K., Nien Y.-H., Chen A.-G., Yan J. (2014). Tai Ji Quan, the brain, and + cognition in older adults. J. Sport Health Sci. 3, 36\u201342. 10.1016/j.jshs.2013.09.003", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.jshs.2013.09.003", "@IdType": + "doi"}}}, {"Citation": "Colcombe S., Kramer A. F. (2003). Fitness effects + on the cognitive function of older adults: a meta-analytic study. Psychol. + Sci. 14, 125\u2013130. 10.1111/1467-9280.t01-1-01430", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/1467-9280.t01-1-01430", "@IdType": "doi"}, {"#text": "12661673", + "@IdType": "pubmed"}]}}, {"Citation": "Colcombe S. J., Kramer A. F., Erickson + K. I., Scalf P., McAuley E., Cohen N. J., et al. . (2004). Cardiovascular + fitness, cortical plasticity, and aging. Proc. Natl. Acad. Sci. U S A 101, + 3316\u20133321. 10.1073/pnas.0400266101", "ArticleIdList": {"ArticleId": [{"#text": + "10.1073/pnas.0400266101", "@IdType": "doi"}, {"#text": "PMC373255", "@IdType": + "pmc"}, {"#text": "14978288", "@IdType": "pubmed"}]}}, {"Citation": "Crone + E. A., Wendelken C., Donohue S. E., Bunge S. A. (2006). Neural evidence for + dissociable components of task-switching. Cereb. Cortex 16, 475\u2013486. + 10.1093/cercor/bhi127", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhi127", + "@IdType": "doi"}, {"#text": "16000652", "@IdType": "pubmed"}]}}, {"Citation": + "Cutini S., Scatturin P., Menon E., Bisiacchi P. S., Gamberini L., Zorzi M., + et al. . (2008). Selective activation of the superior frontal gyrus in task-switching: + an event-related fNIRS study. Neuroimage 42, 945\u2013955. 10.1016/j.neuroimage.2008.05.013", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.05.013", + "@IdType": "doi"}, {"#text": "18586525", "@IdType": "pubmed"}]}}, {"Citation": + "DiGirolamo G. J., Kramer A. F., Barad V., Cepeda N. J., Weissman D. H., Milham + M. P., et al. . (2001). General and task-specific frontal lobe recruitment + in older adults during executive processes: a fMRI investigation of task-switching. + Neuroreport 12, 2065\u20132071. 10.1097/00001756-200107030-00054", "ArticleIdList": + {"ArticleId": [{"#text": "10.1097/00001756-200107030-00054", "@IdType": "doi"}, + {"#text": "11435947", "@IdType": "pubmed"}]}}, {"Citation": "Dite W., Temple + V. A. (2002). A clinical test of stepping and change of direction to identify + multiple falling older adults. Arch. Phys. Med. Rehabil. 83, 1566\u20131571. + 10.1053/apmr.2002.35469", "ArticleIdList": {"ArticleId": [{"#text": "10.1053/apmr.2002.35469", + "@IdType": "doi"}, {"#text": "12422327", "@IdType": "pubmed"}]}}, {"Citation": + "Dove A., Pollmann S., Schubert T., Wiggins C. J., Yves von Cramon D. (2000). + Prefrontal cortex activation in task switching: an event-related fMRI study. + Cogn. Brain Res. 9, 103\u2013109. 10.1016/s0926-6410(99)00029-4", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/s0926-6410(99)00029-4", "@IdType": "doi"}, + {"#text": "10666562", "@IdType": "pubmed"}]}}, {"Citation": "du Boisgueheneuc + F., Levy R., Volle E., Seassau M., Duffau H., Kinkingnehun S., et al. . (2006). + Functions of the left superior frontal gyrus in humans: a lesion study. Brain + 129, 3315\u20133328. 10.1093/brain/awl244", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/brain/awl244", "@IdType": "doi"}, {"#text": "16984899", + "@IdType": "pubmed"}]}}, {"Citation": "Eggenberger P., Wolf M., Schumann M., + de Bruin E. D. (2016). Exergame and balance training modulate prefrontal brain + activity during walking and enhance executive function in older adults. Front. + Aging Neurosci. 8:66. 10.3389/fnagi.2016.00066", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2016.00066", "@IdType": "doi"}, {"#text": "PMC4828439", + "@IdType": "pmc"}, {"#text": "27148041", "@IdType": "pubmed"}]}}, {"Citation": + "Elias L. J., Bryden M. P., Bulman-Fleming M. B. (1998). Footedness is a better + predictor than is handedness of emotional lateralization. Neuropsychologia + 36, 37\u201343. 10.1016/s0028-3932(97)00107-3", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/s0028-3932(97)00107-3", "@IdType": "doi"}, {"#text": "9533385", + "@IdType": "pubmed"}]}}, {"Citation": "Faul F., Erdfelder E., Buchner A., + Lang A. G. (2009). Statistical power analyses using G*Power 3.1: tests for + correlation and regression analyses. Behav. Res. Methods 41, 1149\u20131160. + 10.3758/brm.41.4.1149", "ArticleIdList": {"ArticleId": [{"#text": "10.3758/brm.41.4.1149", + "@IdType": "doi"}, {"#text": "19897823", "@IdType": "pubmed"}]}}, {"Citation": + "Fong D. Y., Chi L. K., Li F., Chang Y. K. (2014). The benefits of endurance + exercise and Tai Chi Chuan for the task-switching aspect of executive function + in older adults: an ERP study. Front. Aging Neurosci. 6:295. 10.3389/fnagi.2014.00295", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2014.00295", "@IdType": + "doi"}, {"#text": "PMC4211410", "@IdType": "pmc"}, {"#text": "25389403", "@IdType": + "pubmed"}]}}, {"Citation": "Fray J. P., Robbins W. T., Sahakian J. B. (1996). + Neuorpsychiatyric applications of CANTAB. Int. J. Geriatr. Psychiatry 11, + 329\u2013336. 10.1002/(sici)1099-1166(199604)11:4<329::aid-gps453>3.3.co;2-y", + "ArticleIdList": {"ArticleId": {"#text": "10.1002/(sici)1099-1166(199604)11:4<329::aid-gps453>3.3.co;2-y", + "@IdType": "doi"}}}, {"Citation": "Fu C., Li Z., Mao Z. (2018). Association + between social activities and cognitive function among the elderly in China: + a cross-sectional study. Int. J. Environ. Res. Public Health 15:E231. 10.3390/ijerph15020231", + "ArticleIdList": {"ArticleId": [{"#text": "10.3390/ijerph15020231", "@IdType": + "doi"}, {"#text": "PMC5858300", "@IdType": "pmc"}, {"#text": "29385773", "@IdType": + "pubmed"}]}}, {"Citation": "Garavan H., Ross T. J., Stein E. A. (1999). Right + hemispheric dominance of inhibitory control: an event-related functional MRI + study. Proc. Natl. Acad. Sci. U S A 96, 8301\u20138306. 10.1073/pnas.96.14.8301", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.96.14.8301", "@IdType": + "doi"}, {"#text": "PMC22229", "@IdType": "pmc"}, {"#text": "10393989", "@IdType": + "pubmed"}]}}, {"Citation": "Garber C. E., Blissmer B., Deschenes M. R., Franklin + B. A., Lamonte M. J., Lee I. M., et al. . (2011). Quantity and quality of + exercise for developing and maintaining cardiorespiratory, musculoskeletal, + and neuromotor fitness in apparently healthy adults: guidance for prescribing + exercise. Med. Sci. Sports Exerc. 43, 1334\u20131359. 10.1249/mss.0b013e318213fefb", + "ArticleIdList": {"ArticleId": [{"#text": "10.1249/mss.0b013e318213fefb", + "@IdType": "doi"}, {"#text": "21694556", "@IdType": "pubmed"}]}}, {"Citation": + "Gazes Y., Rakitin B. C., Habeck C., Steffener J., Stern Y. (2012). Age differences + of multivariate network expressions during task-switching and their associations + with behavior. Neuropsychologia 50, 3509\u20133518. 10.1016/j.neuropsychologia.2012.09.039", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2012.09.039", + "@IdType": "doi"}, {"#text": "PMC3518579", "@IdType": "pmc"}, {"#text": "23022432", + "@IdType": "pubmed"}]}}, {"Citation": "Glei D. A., Landau D. A., Goldman N., + Chuang Y. L., Rodriguez G., Weinstein M. (2005). Participating in social activities + helps preserve cognitive function: an analysis of a longitudinal, population-based + study of the elderly. Int. J. Epidemiol. 34, 864\u2013871. 10.1093/ije/dyi049", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/ije/dyi049", "@IdType": + "doi"}, {"#text": "15764689", "@IdType": "pubmed"}]}}, {"Citation": "Gold + B. T., Powell D. K., Xuan L., Jicha G. A., Smith C. D. (2010). Age-related + slowing of task switching is associated with decreased integrity of frontoparietal + white matter. Neurobiol. Aging 31, 512\u2013522. 10.1016/j.neurobiolaging.2008.04.005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2008.04.005", + "@IdType": "doi"}, {"#text": "PMC2815097", "@IdType": "pmc"}, {"#text": "18495298", + "@IdType": "pubmed"}]}}, {"Citation": "Gothe N. P., Fanning J., Awick E., + Chung D., Wojcicki T. R., Olson E. A., et al. . (2014). Executive function + processes predict mobility outcomes in older adults. J. Am. Geriatr. Soc. + 62, 285\u2013290. 10.1111/jgs.12654", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/jgs.12654", "@IdType": "doi"}, {"#text": "PMC3927159", "@IdType": + "pmc"}, {"#text": "24521364", "@IdType": "pubmed"}]}}, {"Citation": "Hakun + J. G., Zhu Z., Johnson N. F., Gold B. T. (2015). Evidence for reduced efficiency + and successful compensation in older adults during task switching. Cortex + 64, 352\u2013362. 10.1016/j.cortex.2014.12.006", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.cortex.2014.12.006", "@IdType": "doi"}, {"#text": "PMC4346415", + "@IdType": "pmc"}, {"#text": "25614233", "@IdType": "pubmed"}]}}, {"Citation": + "Hawkes T. D., Siu K. C., Silsupadol P., Woollacott M. H. (2012). Why does + older adults\u2019 balance become less stable when walking and performing + a secondary task? Examination of attentional switching abilities. Gait Posture + 35, 159\u2013163. 10.1016/j.gaitpost.2011.09.001", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.gaitpost.2011.09.001", "@IdType": "doi"}, {"#text": + "PMC3251721", "@IdType": "pmc"}, {"#text": "21964051", "@IdType": "pubmed"}]}}, + {"Citation": "Henry L. A., Bettenay C. (2010). The assessment of executive + functioning in children. Child Adolesc. Ment. Health 15, 110\u2013119. 10.1111/j.1475-3588.2010.00557.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1475-3588.2010.00557.x", + "@IdType": "doi"}, {"#text": "32847241", "@IdType": "pubmed"}]}}, {"Citation": + "Hikichi H., Kondo K., Takeda T., Kawachi I. (2017). Social interaction and + cognitive decline: results of a 7-year community intervention. Alzheimers + Dement. 3, 23\u201332. 10.1016/j.trci.2016.11.003", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.trci.2016.11.003", "@IdType": "doi"}, {"#text": "PMC5651375", + "@IdType": "pmc"}, {"#text": "29067317", "@IdType": "pubmed"}]}}, {"Citation": + "Huang C. M., Polk T. A., Goh J. O., Park D. C. (2012). Both left and right + posterior parietal activations contribute to compensatory processes in normal + aging. Neuropsychologia 50, 55\u201366. 10.1016/j.neuropsychologia.2011.10.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2011.10.022", + "@IdType": "doi"}, {"#text": "PMC3355662", "@IdType": "pmc"}, {"#text": "22063904", + "@IdType": "pubmed"}]}}, {"Citation": "Hughes C. P., Berg L., Danziger W. + L., Coben L. A., Martin R. L. (1982). A new clinical scale for the staging + of dementia. Br. J. Psychiatry 140, 566\u2013572. 10.1192/bjp.140.6.566", + "ArticleIdList": {"ArticleId": [{"#text": "10.1192/bjp.140.6.566", "@IdType": + "doi"}, {"#text": "7104545", "@IdType": "pubmed"}]}}, {"Citation": "Jimura + K., Braver T. S. (2010). Age-related shifts in brain activity dynamics during + task switching. Cereb. Cortex 20, 1420\u20131431. 10.1093/cercor/bhp206", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhp206", "@IdType": + "doi"}, {"#text": "PMC2871374", "@IdType": "pmc"}, {"#text": "19805420", "@IdType": + "pubmed"}]}}, {"Citation": "Kim H. S., An Y. M., Kwon J. S., Shin M. S. (2014). + A preliminary validity study of the cambridge neuropsychological test automated + battery for the assessment of executive function in schizophrenia and bipolar + disorder. Psychiatry Investig. 11, 394\u2013401. 10.4306/pi.2014.11.4.394", + "ArticleIdList": {"ArticleId": [{"#text": "10.4306/pi.2014.11.4.394", "@IdType": + "doi"}, {"#text": "PMC4225203", "@IdType": "pmc"}, {"#text": "25395970", "@IdType": + "pubmed"}]}}, {"Citation": "Kim C., Johnson N. F., Cilles S. E., Gold B. T. + (2011). Common and distinct mechanisms of cognitive flexibility in prefrontal + cortex. J. Neurosci. 31, 4771\u20134779. 10.1523/JNEUROSCI.5923-10.2011", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.5923-10.2011", + "@IdType": "doi"}, {"#text": "PMC3086290", "@IdType": "pmc"}, {"#text": "21451015", + "@IdType": "pubmed"}]}}, {"Citation": "Kray J., Lindenberger U. (2000). Adult + age differences in task switching. Psychol. Aging 15, 126\u2013147. 10.1037/0882-7974.15.1.126", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.15.1.126", "@IdType": + "doi"}, {"#text": "10755295", "@IdType": "pubmed"}]}}, {"Citation": "Lan C., + Chen S. Y., Lai J. S. (2008). The exercise intensity of Tai Chi Chuan. Med. + Sport Sci. 52, 12\u201319. 10.1159/000134225", "ArticleIdList": {"ArticleId": + [{"#text": "10.1159/000134225", "@IdType": "doi"}, {"#text": "18487882", "@IdType": + "pubmed"}]}}, {"Citation": "Lan C., Chen S. Y., Lai J. S., Wong M. K. (2013). + Tai Chi Chuan in medicine and health promotion. Evid. Based Complement. Alternat. + Med. 2013:502131. 10.1155/2013/502131", "ArticleIdList": {"ArticleId": [{"#text": + "10.1155/2013/502131", "@IdType": "doi"}, {"#text": "PMC3789446", "@IdType": + "pmc"}, {"#text": "24159346", "@IdType": "pubmed"}]}}, {"Citation": "Lawton + M. P., Brody E. M. (1969). Assessment of older people: self-maintaining and + instrumental activities of daily living. Gerontologist 9, 179\u2013186. 10.1093/geront/9.3_part_1.179", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/geront/9.3_part_1.179", + "@IdType": "doi"}, {"#text": "5349366", "@IdType": "pubmed"}]}}, {"Citation": + "Li J. X., Hong Y., Chan K. M. (2001). Tai Chi: physiological characteristics + and beneficial effects on health. Br. J. Sports Med. 35, 148\u2013156. 10.1136/bjsm.35.3.148", + "ArticleIdList": {"ArticleId": [{"#text": "10.1136/bjsm.35.3.148", "@IdType": + "doi"}, {"#text": "PMC1724328", "@IdType": "pmc"}, {"#text": "11375872", "@IdType": + "pubmed"}]}}, {"Citation": "Li R., Zhu X., Yin S., Niu Y., Zheng Z., Huang + X., et al. . (2014). Multimodal intervention in older adults improves resting-state + functional connectivity between the medial prefrontal cortex and medial temporal + lobe. Front. Aging Neurosci. 6:39. 10.3389/fnagi.2014.00039", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2014.00039", "@IdType": "doi"}, {"#text": + "PMC3948107", "@IdType": "pmc"}, {"#text": "24653698", "@IdType": "pubmed"}]}}, + {"Citation": "Liang S. Y., Wu W. C. (1996). Tai Chi Chuan: 24 And 48 Postures + With Martial Applications. Boston, MA: Yang\u2019s Martial Arts Association + Publication Center Press."}, {"Citation": "Liu-Ambrose T., Nagamatsu L. S., + Graf P., Beattie B. L., Ashe M. C., Handy T. C. (2010). Resistance training + and executive functions: a 12-month randomized controlled trial. Arch. Intern. + Med. 170, 170\u2013178. 10.1001/archinternmed.2009.494", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/archinternmed.2009.494", "@IdType": "doi"}, + {"#text": "PMC3448565", "@IdType": "pmc"}, {"#text": "20101012", "@IdType": + "pubmed"}]}}, {"Citation": "Liu-Ambrose T., Nagamatsu L. S., Voss M. W., Khan + K. M., Handy T. C. (2012). Resistance training and functional plasticity of + the aging brain: a 12-month randomized controlled trial. Neurobiol. Aging + 33, 1690\u20131698. 10.1016/j.neurobiolaging.2011.05.010", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2011.05.010", "@IdType": + "doi"}, {"#text": "21741129", "@IdType": "pubmed"}]}}, {"Citation": "Ma C., + Zhou W., Tang Q., Huang S. (2018). The impact of group-based Tai chi on health-status + outcomes among community-dwelling older adults with hypertension. Heart & + Lung 47, 337\u2013344. 10.1016/j.hrtlng.2018.04.007", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.hrtlng.2018.04.007", "@IdType": "doi"}, {"#text": "29778251", + "@IdType": "pubmed"}]}}, {"Citation": "MacDonald A. W., Cohen J. D., Stenger + V. A., Carter C. S. (2000). Dissociating the role of the dorsolateral prefrontal + and anterior cingulate cortex in cognitive control. Science 288, 1835\u20131838. + 10.1126/science.288.5472.1835", "ArticleIdList": {"ArticleId": [{"#text": + "10.1126/science.288.5472.1835", "@IdType": "doi"}, {"#text": "10846167", + "@IdType": "pubmed"}]}}, {"Citation": "Matthews M. M., Williams H. G. (2008). + Can Tai chi enhance cognitive vitality? A preliminary study of cognitive executive + control in older adults after a Tai chi intervention. J. S C Med. Assoc. 104, + 255\u2013257.", "ArticleIdList": {"ArticleId": {"#text": "19326614", "@IdType": + "pubmed"}}}, {"Citation": "Monchi O., Petrides M., Petre V., Worsley K., Dagher + A. (2001). Wisconsin Card Sorting revisited: distinct neural circuits participating + in different stages of the task identified by event-related functional magnetic + resonance imaging. J. Neurosci. 21, 7733\u20137741. 10.1523/JNEUROSCI.21-19-07733.2001", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.21-19-07733.2001", + "@IdType": "doi"}, {"#text": "PMC6762921", "@IdType": "pmc"}, {"#text": "11567063", + "@IdType": "pubmed"}]}}, {"Citation": "Monsell S. (2003). Task switching. + Trends Cogn. Sci. 7, 134\u2013140. 10.1016/S1364-6613(03)00028-7", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S1364-6613(03)00028-7", "@IdType": "doi"}, + {"#text": "12639695", "@IdType": "pubmed"}]}}, {"Citation": "Moreau D., Morrison + A. B., Conway A. R. (2015). An ecological approach to cognitive enhancement: + complex motor training. Acta Psychol. 157, 44\u201355. 10.1016/j.actpsy.2015.02.007", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.actpsy.2015.02.007", + "@IdType": "doi"}, {"#text": "25725192", "@IdType": "pubmed"}]}}, {"Citation": + "Mortimer J. A., Ding D., Borenstein A. R., DeCarli C., Guo Q., Wu Y., et + al. . (2012). Changes in brain volume and cognition in a randomized trial + of exercise and social interaction in a community-based sample of non-demented + chinese elders. J. Alzheimers Dis. 30, 757\u2013766. 10.3233/JAD-2012-120079", + "ArticleIdList": {"ArticleId": [{"#text": "10.3233/JAD-2012-120079", "@IdType": + "doi"}, {"#text": "PMC3788823", "@IdType": "pmc"}, {"#text": "22451320", "@IdType": + "pubmed"}]}}, {"Citation": "Nagamatsu L. S., Handy T. C., Hsu C. L., Voss + M., Liu-Ambrose T. (2012). Resistance training promotes cognitive and functional + brain plasticity in seniors with probable mild cognitive impairment. Arch. + Intern. Med. 172, 666\u2013668. 10.1001/archinternmed.2012.379", "ArticleIdList": + {"ArticleId": [{"#text": "10.1001/archinternmed.2012.379", "@IdType": "doi"}, + {"#text": "PMC3514552", "@IdType": "pmc"}, {"#text": "22529236", "@IdType": + "pubmed"}]}}, {"Citation": "Nasreddine Z. S., Phillips N. A., B\u00e9dirian + V., Charbonneau S., Whitehead V., Collin I., et al. . (2005). The Montreal + Cognitive Assessment, MoCA: a brief screening tool for mild cognitive impairment. + J. Am. Geriatr. Soc. 53, 695\u2013699. 10.1111/j.1532-5415.2005.53221.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1532-5415.2005.53221.x", + "@IdType": "doi"}, {"#text": "15817019", "@IdType": "pubmed"}]}}, {"Citation": + "Nguyen M. H., Kruse A. (2012). A randomized controlled trial of Tai chi for + balance, sleep quality and cognitive performance in elderly Vietnamese. Clin. + Interv. Aging 7, 185\u2013190. 10.2147/cia.s32600", "ArticleIdList": {"ArticleId": + [{"#text": "10.2147/cia.s32600", "@IdType": "doi"}, {"#text": "PMC3396052", + "@IdType": "pmc"}, {"#text": "22807627", "@IdType": "pubmed"}]}}, {"Citation": + "Nishiguchi S., Yamada M., Tanigawa T., Sekiyama K., Kawagoe T., Suzuki M., + et al. . (2015). A 12-week physical and cognitive exercise program can improve + cognitive function and neural efficiency in community-dwelling older adults: + a randomized controlled trial. J. Am. Geriatr. Soc. 63, 1355\u20131363. 10.1111/jgs.13481", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/jgs.13481", "@IdType": + "doi"}, {"#text": "26114906", "@IdType": "pubmed"}]}}, {"Citation": "Nyunt + M. S., Fones C., Niti M., Ng T. P. (2009). Criterion-based validity and reliability + of the Geriatric Depression Screening Scale (GDS-15) in a large validation + sample of community-living Asian older adults. Aging Ment. Health 13, 376\u2013382. + 10.1080/13607860902861027", "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13607860902861027", + "@IdType": "doi"}, {"#text": "19484601", "@IdType": "pubmed"}]}}, {"Citation": + "Oldfield R. C. (1971). The assessment and analysis of handedness: the Edinburgh + inventory. Neuropsychologia 9, 97\u2013113. 10.1016/0028-3932(71)90067-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0028-3932(71)90067-4", + "@IdType": "doi"}, {"#text": "5146491", "@IdType": "pubmed"}]}}, {"Citation": + "Reimers S., Maylor E. A. (2005). Task switching across the life span: effects + of age on general and specific switch costs. Dev. Psychol. 41, 661\u2013671. + 10.1037/0012-1649.41.4.661", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0012-1649.41.4.661", + "@IdType": "doi"}, {"#text": "16060812", "@IdType": "pubmed"}]}}, {"Citation": + "Reitan R. M. (1958). Validity of the Trail Making Test as an indicator of + organic brain damage. Percept. Motor Skills 8, 271\u2013276. 10.2466/pms.8.7.271-276", + "ArticleIdList": {"ArticleId": {"#text": "10.2466/pms.8.7.271-276", "@IdType": + "doi"}}}, {"Citation": "Robbins T. W., James M., Owen A. M., Sahakian B. J., + Lawrence A. D., McInnes L., et al. . (1998). A study of performance on tests + from the CANTAB battery sensitive to frontal lobe dysfunction in a large sample + of normal volunteers: implications for theories of executive functioning and + cognitive aging. Cambridge Neuropsychological Test Automated Battery. J. Int. + Neuropsychol. Soc. 4, 474\u2013490. 10.1017/s1355617798455073", "ArticleIdList": + {"ArticleId": [{"#text": "10.1017/s1355617798455073", "@IdType": "doi"}, {"#text": + "9745237", "@IdType": "pubmed"}]}}, {"Citation": "Sakai K., Passingham R. + E. (2003). Prefrontal interactions reflect future task operations. Nat. Neurosci. + 6, 75\u201381. 10.1038/nn987", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nn987", + "@IdType": "doi"}, {"#text": "12469132", "@IdType": "pubmed"}]}}, {"Citation": + "S\u00e1nchez-Cubillo I., Peri\u00e1\u00f1ez J. A., Adrover-Roig D., Rodr\u00edguez-S\u00e1nchez + J. M., R\u00edos-Lago M., Tirapu J., et al. . (2009). Construct validity of + the Trail Making Test: role of task-switching, working memory, inhibition/interference + control, and visuomotor abilities. J. Int. Neuropsychol. Soc. 15, 438\u2013450. + 10.1017/s1355617709090626", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/s1355617709090626", + "@IdType": "doi"}, {"#text": "19402930", "@IdType": "pubmed"}]}}, {"Citation": + "Smith P. J., Blumenthal J. A., Hoffman B. M., Cooper H., Strauman T. A., + Welsh-Bohmer K., et al. . (2010). Aerobic exercise and neurocognitive performance: + a meta-analytic review of randomized controlled trials. Psychosom. Med. 72, + 239\u2013252. 10.1097/psy.0b013e3181d14633", "ArticleIdList": {"ArticleId": + [{"#text": "10.1097/psy.0b013e3181d14633", "@IdType": "doi"}, {"#text": "PMC2897704", + "@IdType": "pmc"}, {"#text": "20223924", "@IdType": "pubmed"}]}}, {"Citation": + "Smith J. C., Nielson K. A., Antuono P., Lyons J. A., Hanson R. J., Butts + A. M., et al. . (2013). Semantic memory functional MRI and cognitive function + after exercise intervention in mild cognitive impairment. J. Alzheimers Dis. + 37, 197\u2013215. 10.3233/jad-130467", "ArticleIdList": {"ArticleId": [{"#text": + "10.3233/jad-130467", "@IdType": "doi"}, {"#text": "PMC4643948", "@IdType": + "pmc"}, {"#text": "23803298", "@IdType": "pubmed"}]}}, {"Citation": "Tao J., + Chen X., Liu J., Egorova N., Xue X., Liu W., et al. . (2017). Tai Chi Chuan + and Baduanjin mind-body training changes resting-state low-frequency fluctuations + in the frontal lobe of older adults: a resting-state fMRI study. Front. Hum. + Neurosci. 11:514. 10.3389/fnhum.2017.00514", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2017.00514", "@IdType": "doi"}, {"#text": "PMC5670503", + "@IdType": "pmc"}, {"#text": "29163096", "@IdType": "pubmed"}]}}, {"Citation": + "Tao J., Liu J., Egorova N., Chen X., Sun S., Xue X., et al. . (2016). Increased + hippocampus-medial prefrontal cortex resting-state functional connectivity + and memory function after Tai Chi Chuan practice in elder adults. Front. Aging + Neurosci. 8:25. 10.3389/fnagi.2016.00025", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2016.00025", "@IdType": "doi"}, {"#text": "PMC4754402", + "@IdType": "pmc"}, {"#text": "26909038", "@IdType": "pubmed"}]}}, {"Citation": + "Taylor-Piliae R. E. (2008). The effectiveness of Tai Chi exercise in improving + aerobic capacity: an updated meta-analysis. Med. Sport Sci. 52, 40\u201353. + 10.1159/000134283", "ArticleIdList": {"ArticleId": [{"#text": "10.1159/000134283", + "@IdType": "doi"}, {"#text": "18487885", "@IdType": "pubmed"}]}}, {"Citation": + "Taylor-Piliae R. E., Haskell W. L., Stotts N. A., Froelicher E. S. (2006). + Improvement in balance, strength, and flexibility after 12 weeks of Tai chi + exercise in ethnic Chinese adults with cardiovascular disease risk factors. + Altern. Ther. Health Med. 12, 50\u201358. 10.1016/j.ejcnurse.2005.10.008", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.ejcnurse.2005.10.008", + "@IdType": "doi"}, {"#text": "16541997", "@IdType": "pubmed"}]}}, {"Citation": + "Taylor-Piliae R. E., Newell K. A., Cherin R., Lee M. J., King A. C., Haskell + W. L. (2010). Effects of Tai Chi and Western exercise on physical and cognitive + functioning in healthy community-dwelling older adults. J. Aging Phys. Act. + 18, 261\u2013279. 10.1123/japa.18.3.261", "ArticleIdList": {"ArticleId": [{"#text": + "10.1123/japa.18.3.261", "@IdType": "doi"}, {"#text": "PMC4699673", "@IdType": + "pmc"}, {"#text": "20651414", "@IdType": "pubmed"}]}}, {"Citation": "Tsai + C. F., Lee W. J., Wang S. J., Shia B. C., Nasreddine Z., Fuh J. L. (2012). + Psychometrics of the Montreal Cognitive Assessment (MoCA) and its subscales: + validation of the Taiwanese version of the MoCA and an item response theory + analysis. Int. Psychogeriatr. 24, 651\u2013658. 10.1017/s1041610211002298", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/s1041610211002298", "@IdType": + "doi"}, {"#text": "22152127", "@IdType": "pubmed"}]}}, {"Citation": "Voelcker-Rehage + C., Godde B., Staudinger U. M. (2011). Cardiovascular and coordination training + differentially improve cognitive performance and neural processing in older + adults. Front. Hum. Neurosci. 5:26. 10.3389/fnhum.2011.00026", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnhum.2011.00026", "@IdType": "doi"}, {"#text": + "PMC3062100", "@IdType": "pmc"}, {"#text": "21441997", "@IdType": "pubmed"}]}}, + {"Citation": "Voss M. W., Heo S., Prakash R. S., Erickson K. I., Alves H., + Chaddock L., et al. . (2013). The influence of aerobic fitness on cerebral + white matter integrity and cognitive function in older adults: results of + a one-year exercise intervention. Hum. Brain Mapp. 34, 2972\u20132985. 10.1002/hbm.22119", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22119", "@IdType": + "doi"}, {"#text": "PMC4096122", "@IdType": "pmc"}, {"#text": "22674729", "@IdType": + "pubmed"}]}}, {"Citation": "Wang C., Bannuru R., Ramel J., Kupelnick B., Scott + T., Schmid C. H. (2010). Tai Chi on psychological well-being: systematic review + and meta-analysis. BMC Complement. Altern. Med. 10:23. 10.1186/1472-6882-10-23", + "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1472-6882-10-23", "@IdType": + "doi"}, {"#text": "PMC2893078", "@IdType": "pmc"}, {"#text": "20492638", "@IdType": + "pubmed"}]}}, {"Citation": "Wang C. Y., Olson S. L., Protas E. J. (2002). + Test-retest strength reliability: hand-held dynamometry in community-dwelling + elderly fallers. Arch. Phys. Med. Rehabil. 83, 811\u2013815. 10.1053/apmr.2002.32743", + "ArticleIdList": {"ArticleId": [{"#text": "10.1053/apmr.2002.32743", "@IdType": + "doi"}, {"#text": "12048660", "@IdType": "pubmed"}]}}, {"Citation": "Washburn + R. A., Smith K. W., Jette A. M., Janney C. A. (1993). The physical activity + scale for the elderly (PASE): development and evaluation. J. Clin. Epidemiol. + 46, 153\u2013162. 10.1016/0895-4356(93)90053-4", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/0895-4356(93)90053-4", "@IdType": "doi"}, {"#text": "8437031", + "@IdType": "pubmed"}]}}, {"Citation": "Wasylyshyn C., Verhaeghen P., Sliwinski + M. J. (2011). Aging and task switching: a meta-analysis. Psychol. Aging 26, + 15\u201320. 10.1037/a0020912", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0020912", + "@IdType": "doi"}, {"#text": "PMC4374429", "@IdType": "pmc"}, {"#text": "21261411", + "@IdType": "pubmed"}]}}, {"Citation": "Wayne P. M., Walsh J. N., Taylor-Piliae + R. E., Wells R. E., Papp K. V., Donovan N. J., et al. . (2014). Effect of + Tai Chi on cognitive performance in older adults: systematic review and meta-analysis. + J. Am. Geriatr. Soc. 62, 25\u201339. 10.1111/jgs.12611", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/jgs.12611", "@IdType": "doi"}, {"#text": + "PMC4055508", "@IdType": "pmc"}, {"#text": "24383523", "@IdType": "pubmed"}]}}, + {"Citation": "Wei G. X., Dong H. M., Yang Z., Luo J., Zuo X. N. (2014). Tai + Chi Chuan optimizes the functional organization of the intrinsic human brain + architecture in older adults. Front. Aging Neurosci. 6:74. 10.3389/fnagi.2014.00074", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2014.00074", "@IdType": + "doi"}, {"#text": "PMC4029006", "@IdType": "pmc"}, {"#text": "24860494", "@IdType": + "pubmed"}]}}, {"Citation": "Wei G. X., Gong Z. Q., Yang Z., Zuo X. N. (2017). + Mind-body practice changes fractional amplitude of low frequency fluctuations + in intrinsic control networks. Front. Psychol. 8:1049. 10.3389/fpsyg.2017.01049", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2017.01049", "@IdType": + "doi"}, {"#text": "PMC5500650", "@IdType": "pmc"}, {"#text": "28736535", "@IdType": + "pubmed"}]}}, {"Citation": "Wei G. X., Xu T., Fan F. M., Dong H. M., Jiang + L. L., Li H. J., et al. . (2013). Can Taichi reshape the brain? A brain morphometry + study. PLoS One 8:e61038. 10.1371/journal.pone.0061038", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0061038", "@IdType": "doi"}, + {"#text": "PMC3621760", "@IdType": "pmc"}, {"#text": "23585869", "@IdType": + "pubmed"}]}}, {"Citation": "Wollesen B., Voelcker-Rehage C. (2013). Training + effects on motor-cognitive dual-task performance in older adults. Eur. Rev. + Aging Phys. Act. 11, 5\u201324. 10.1007/s11556-013-0122-z", "ArticleIdList": + {"ArticleId": {"#text": "10.1007/s11556-013-0122-z", "@IdType": "doi"}}}, + {"Citation": "Yeh G. Y., Chan C. W., Wayne P. M., Conboy L. (2016). The impact + of Tai Chi exercise on self-efficacy, social support, and empowerment in heart + failure: insights from a qualitative sub-study from a randomized controlled + trial. PLoS One 11:e0154678. 10.1371/journal.pone.0154678", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0154678", "@IdType": "doi"}, + {"#text": "PMC4866692", "@IdType": "pmc"}, {"#text": "27177041", "@IdType": + "pubmed"}]}}, {"Citation": "Yin S., Zhu X., Li R., Niu Y., Wang B., Zheng + Z., et al. . (2014). Intervention-induced enhancement in intrinsic brain activity + in healthy older adults. Sci. Rep. 4:7309. 10.1038/srep07309", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/srep07309", "@IdType": "doi"}, {"#text": + "PMC4255189", "@IdType": "pmc"}, {"#text": "25472002", "@IdType": "pubmed"}]}}, + {"Citation": "Yu A. P., Tam B. T., Lai C. W., Yu D. S., Woo J., Chung K. F., + et al. . (2018). Revealing the neural mechanisms underlying the beneficial + effects of Tai Chi: a neuroimaging perspective. Am. J. Chin. Med. 46, 231\u2013259. + 10.1142/s0192415x18500131", "ArticleIdList": {"ArticleId": [{"#text": "10.1142/s0192415x18500131", + "@IdType": "doi"}, {"#text": "29542330", "@IdType": "pubmed"}]}}, {"Citation": + "Zahodne L. B., Nowinski C. J., Gershon R. C., Manly J. J. (2014). Which psychosocial + factors best predict cognitive performance in older adults? J. Int. Neuropsychol. + Soc. 20, 487\u2013495. 10.1017/s1355617714000186", "ArticleIdList": {"ArticleId": + [{"#text": "10.1017/s1355617714000186", "@IdType": "doi"}, {"#text": "PMC4493753", + "@IdType": "pmc"}, {"#text": "24685143", "@IdType": "pubmed"}]}}, {"Citation": + "Zheng G., Liu F., Li S., Huang M., Tao J., Chen L. (2015). Tai Chi and the + protection of cognitive ability: a systematic review of prospective studies + in healthy adults. Am. J. Prev. Med. 49, 89\u201397. 10.1016/j.amepre.2015.01.002", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.amepre.2015.01.002", + "@IdType": "doi"}, {"#text": "26094229", "@IdType": "pubmed"}]}}, {"Citation": + "Zhu Z., Hakun J. G., Johnson N. F., Gold B. T. (2014). Age-related increases + in right frontal activation during task switching are mediated by reaction + time and white matter microstructure. Neuroscience 278, 51\u201361. 10.1016/j.neuroscience.2014.07.076", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2014.07.076", + "@IdType": "doi"}, {"#text": "PMC4194212", "@IdType": "pmc"}, {"#text": "25130561", + "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "30319391", "@Version": "1"}, "@Owner": "NLM", "@Status": + "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1663-4365", + "@IssnType": "Print"}, "Title": "Frontiers in aging neuroscience", "JournalIssue": + {"Volume": "10", "PubDate": {"Year": "2018"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": {"i": ["N", "N"], "#text": + "Studies have shown that Tai Chi Chuan (TCC) training has benefits on task-switching + ability. However, the neural correlates underlying the effects of TCC training + on task-switching ability remain unclear. Using task-related functional magnetic + resonance imaging (fMRI) with a numerical Stroop paradigm, we investigated + changes of prefrontal brain activation and behavioral performance during task-switching + before and after TCC training and examined the relationships between changes + in brain activation and task-switching behavioral performance. Cognitively + normal older adults were randomly assigned to either the TCC or control (CON) + group. Over a 12-week period, the TCC group received three 60-min sessions + of Yang-style TCC training weekly, whereas the CON group only received one + telephone consultation biweekly and did not alter their life style. All participants + underwent assessments of physical functions and neuropsychological functions + of task-switching, and fMRI scans, before and after the intervention. Twenty-six + (TCC, = 16; CON, = 10) participants completed the entire experimental procedure. + We found significant group by time interaction effects on behavioral and brain + activation measures. Specifically, the TCC group showed improved physical + function, decreased errors on task-switching performance, and increased left + superior frontal activation for Switch > Non-switch contrast from pre- to + post-intervention, that were not seen in the CON group. Intriguingly, TCC + participants with greater prefrontal activation increases in the switch condition + from pre- to post-intervention presented greater reductions in task-switching + errors. These findings suggest that TCC training could potentially provide + benefits to some, although not all, older adults to enhance the function of + their prefrontal activations during task-switching."}}, "Language": "eng", + "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Meng-Tien", "Initials": "MT", "LastName": "Wu", "AffiliationInfo": + [{"Affiliation": "School and Graduate Institute of Physical Therapy, College + of Medicine, National Taiwan University, Taipei, Taiwan."}, {"Affiliation": + "Yonghe Cardinal Tien Hospital, Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": + "Pei-Fang", "Initials": "PF", "LastName": "Tang", "AffiliationInfo": [{"Affiliation": + "School and Graduate Institute of Physical Therapy, College of Medicine, National + Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Department of Physical Medicine and Rehabilitation, + National Taiwan University Hospital, Taipei, Taiwan."}, {"Affiliation": "Neurobiology + and Cognitive Science Center, National Taiwan University, Taipei, Taiwan."}, + {"Affiliation": "Center for Artificial Intelligence and Robotics, National + Taiwan University, Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Joshua + O S", "Initials": "JOS", "LastName": "Goh", "AffiliationInfo": [{"Affiliation": + "Graduate Institute of Brain and Mind Sciences, College of Medicine, National + Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive + Science Center, National Taiwan University, Taipei, Taiwan."}, {"Affiliation": + "Center for Artificial Intelligence and Robotics, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Department of Psychology, College of Science, + National Taiwan University, Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": + "Tai-Li", "Initials": "TL", "LastName": "Chou", "AffiliationInfo": [{"Affiliation": + "Graduate Institute of Brain and Mind Sciences, College of Medicine, National + Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive + Science Center, National Taiwan University, Taipei, Taiwan."}, {"Affiliation": + "Department of Psychology, College of Science, National Taiwan University, + Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Yu-Kai", "Initials": "YK", + "LastName": "Chang", "AffiliationInfo": {"Affiliation": "Department of Physical + Education, National Taiwan Normal University, Taipei, Taiwan."}}, {"@ValidYN": + "Y", "ForeName": "Yung-Chin", "Initials": "YC", "LastName": "Hsu", "AffiliationInfo": + {"Affiliation": "Institute of Medical Device and Imaging, College of Medicine, + National Taiwan University, Taipei, Taiwan."}}, {"@ValidYN": "Y", "ForeName": + "Yu-Jen", "Initials": "YJ", "LastName": "Chen", "AffiliationInfo": {"Affiliation": + "Institute of Medical Device and Imaging, College of Medicine, National Taiwan + University, Taipei, Taiwan."}}, {"@ValidYN": "Y", "ForeName": "Nai-Chi", "Initials": + "NC", "LastName": "Chen", "AffiliationInfo": {"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}}, {"@ValidYN": "Y", "ForeName": "Wen-Yih Isaac", "Initials": + "WI", "LastName": "Tseng", "AffiliationInfo": [{"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive Science Center, + National Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Institute + of Medical Device and Imaging, College of Medicine, National Taiwan University, + Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Susan Shur-Fen", "Initials": + "SS", "LastName": "Gau", "AffiliationInfo": [{"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive Science Center, + National Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Department + of Psychology, College of Science, National Taiwan University, Taipei, Taiwan."}, + {"Affiliation": "Department of Psychiatry, National Taiwan University Hospital, + Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Ming-Jang", "Initials": + "MJ", "LastName": "Chiu", "AffiliationInfo": [{"Affiliation": "Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan."}, {"Affiliation": "Neurobiology and Cognitive Science Center, + National Taiwan University, Taipei, Taiwan."}, {"Affiliation": "Department + of Psychology, College of Science, National Taiwan University, Taipei, Taiwan."}, + {"Affiliation": "Department of Neurology, National Taiwan University Hospital, + Taipei, Taiwan."}]}, {"@ValidYN": "Y", "ForeName": "Ching", "Initials": "C", + "LastName": "Lan", "AffiliationInfo": {"Affiliation": "Department of Physical + Medicine and Rehabilitation, National Taiwan University Hospital, Taipei, + Taiwan."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "280", "MedlinePgn": + "280"}, "ArticleDate": {"Day": "24", "Year": "2018", "Month": "09", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "280", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2018.00280", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Task-Switching Performance Improvements After Tai + Chi Chuan Training Are Associated With Greater Prefrontal Activation in Older + Adults.", "PublicationTypeList": {"PublicationType": {"@UI": "D016428", "#text": + "Journal Article"}}}, "DateRevised": {"Day": "28", "Year": "2023", "Month": + "09"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "Tai Chi + Chuan", "@MajorTopicYN": "N"}, {"#text": "aging", "@MajorTopicYN": "N"}, {"#text": + "cognition", "@MajorTopicYN": "N"}, {"#text": "executive function", "@MajorTopicYN": + "N"}, {"#text": "exercise intervention", "@MajorTopicYN": "N"}, {"#text": + "functional neuroimaging", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": + "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2018, + "title": "Task-Switching Performance Improvements After Tai Chi Chuan Training + Are Associated With Greater Prefrontal Activation in Older Adults", "venue": + "Frontiers in Aging Neuroscience", "authors": [{"name": "Meng-Tien Wu", "authorId": + "3811723"}, {"name": "P. Tang", "authorId": "98142961"}, {"name": "J. Goh", + "authorId": "1739475"}, {"name": "Tai-Li Chou", "authorId": "2053809"}, {"name": + "Yu-Kai Chang", "authorId": "3155854"}, {"name": "Y. Hsu", "authorId": "2949758"}, + {"name": "Yu\u2010Jen Chen", "authorId": "84277568"}, {"name": "N. Chen", + "authorId": "2118769428"}, {"name": "W. Tseng", "authorId": "145736163"}, + {"name": "S. Gau", "authorId": "3144712"}, {"name": "M. Chiu", "authorId": + "50167326"}, {"name": "C. Lan", "authorId": "48981929"}], "paperId": "218b1300f2ccabf267a85a03468f0bcacd0ee0f5", + "abstract": "Studies have shown that Tai Chi Chuan (TCC) training has benefits + on task-switching ability. However, the neural correlates underlying the effects + of TCC training on task-switching ability remain unclear. Using task-related + functional magnetic resonance imaging (fMRI) with a numerical Stroop paradigm, + we investigated changes of prefrontal brain activation and behavioral performance + during task-switching before and after TCC training and examined the relationships + between changes in brain activation and task-switching behavioral performance. + Cognitively normal older adults were randomly assigned to either the TCC or + control (CON) group. Over a 12-week period, the TCC group received three 60-min + sessions of Yang-style TCC training weekly, whereas the CON group only received + one telephone consultation biweekly and did not alter their life style. All + participants underwent assessments of physical functions and neuropsychological + functions of task-switching, and fMRI scans, before and after the intervention. + Twenty-six (TCC, N = 16; CON, N = 10) participants completed the entire experimental + procedure. We found significant group by time interaction effects on behavioral + and brain activation measures. Specifically, the TCC group showed improved + physical function, decreased errors on task-switching performance, and increased + left superior frontal activation for Switch > Non-switch contrast from pre- + to post-intervention, that were not seen in the CON group. Intriguingly, TCC + participants with greater prefrontal activation increases in the switch condition + from pre- to post-intervention presented greater reductions in task-switching + errors. These findings suggest that TCC training could potentially provide + benefits to some, although not all, older adults to enhance the function of + their prefrontal activations during task-switching.", "isOpenAccess": true, + "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2018.00280/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6165861, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2018-09-24"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T04:53:52.080440+00:00", "analyses": + [{"id": "zA7LJTYYzMX8", "user": null, "name": "Peak Montreal Neurological + Institute (MNI) coordinates and activation details in frontoparietal regions + identified in the disjunction map of the Switch > Non-switch contrast across + groups and time points.", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30319391-10-3389-fnagi-2018-00280-pmc6165861/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30319391-10-3389-fnagi-2018-00280-pmc6165861/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Peak Montreal Neurological Institute + (MNI) coordinates and activation details in frontoparietal regions identified + in the disjunction map of the Switch > Non-switch contrast across groups and + time points.", "conditions": [], "weights": [], "points": [{"id": "etfTHuV3gShJ", + "coordinates": [-22.0, -4.0, 58.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": [{"kind": "T", "value": 6.48}]}, {"id": + "uvGozM8MSARm", "coordinates": [32.0, 18.0, 54.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 7.39}]}, {"id": "6BdyEsyy42yF", "coordinates": [-50.0, 20.0, 26.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 6.72}]}, {"id": "MsjGezrvymDh", "coordinates": [-32.0, -60.0, + 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 7.92}]}, {"id": "esP2HLBuo2op", "coordinates": [32.0, + -64.0, 42.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 6.95}]}], "images": []}]}, {"id": "imZpjSehcmEM", + "created_at": "2022-06-02T17:12:09.250150+00:00", "updated_at": "2024-03-21T20:02:36.935051+00:00", + "user": null, "name": "Relationships between years of education, regional + grey matter volumes, and working memory-related brain activity in healthy + older adults.", "description": "The aim of this study was to examine the relationships + between educational attainment, regional grey matter volume, and functional + working memory-related brain activation in older adults. The final sample + included 32 healthy older adults with 8 to 22 years of education. Structural + magnetic resonance imaging (MRI) was used to measure regional volume and functional + MRI was used to measure activation associated with performing an n-back task. + A positive correlation was found between years of education and cortical grey + matter volume in the right medial and middle frontal gyri, in the middle and + posterior cingulate gyri, and in the right inferior parietal lobule. The education + by age interaction was significant for cortical grey matter volume in the + left middle frontal gyrus and in the right medial cingulate gyrus. In this + region, the volume loss related to age was larger in the low than high-education + group. The education by age interaction was also significant for task-related + activity in the left superior, middle and medial frontal gyri due to the fact + that activation increased with age in those with higher education. No correlation + was found between regions that are structurally related with education and + those that are functionally related with education and age. The data suggest + a protective effect of education on cortical volume. Furthermore, the brain + regions involved in the working memory network are getting more activated + with age in those with higher educational attainment.", "publication": "Brain + imaging and behavior", "doi": "10.1007/s11682-016-9621-7", "pmid": "27734304", + "authors": "Boller B, Mellah S, Ducharme-Laliberte G, Belleville S", "year": + 2017, "metadata": null, "source": "neurosynth", "source_id": "27734304", "source_updated_at": + null, "analyses": [{"id": "8MBiQ3BctKK5", "user": null, "name": "43133", "metadata": + null, "description": null, "conditions": [], "weights": [], "points": [{"id": + "3JswR7UyERq8", "coordinates": [-54.0, -26.0, -12.0], "kind": "unknown", "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "4p6gaLo2Pa3r", + "coordinates": [-11.0, -90.0, 2.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "5NBKj6tV3DFN", "coordinates": + [36.0, -83.0, -2.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "64iiH4QZxQ8e", "coordinates": [-50.0, -12.0, + 32.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "6VoBNvEktscr", "coordinates": [-33.0, 36.0, -11.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "6rWWrs8D4YpF", "coordinates": [-56.0, -51.0, 6.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "7rVaNGWTaX8q", + "coordinates": [-42.0, 9.0, -26.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "7yetSnTX6fJv", "coordinates": + [12.0, 38.0, 24.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "8MFxsp5c4d4q", "coordinates": [9.0, -27.0, 41.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "b4yk54TEy6nv", "coordinates": [56.0, -39.0, 6.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "bAbPtqHs7RFC", + "coordinates": [23.0, 29.0, -15.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "jFcnvZMRwyhQ", "coordinates": + [-30.0, -2.0, 48.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}, {"id": "HDMHRg8x9vuJ", "user": null, + "name": "43131", "metadata": null, "description": null, "conditions": [], + "weights": [], "points": [{"id": "4ABjx2g4puW7", "coordinates": [5.0, 8.0, + 47.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": null, + "values": []}, {"id": "4bQ54nTFRcoJ", "coordinates": [45.0, -48.0, 53.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "5tGPc4SK9DRd", "coordinates": [9.0, -54.0, 9.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "6WKPWayqhz9c", + "coordinates": [38.0, -6.0, 68.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}, {"id": "4izjnm8F7JSf", + "user": null, "name": "43132", "metadata": null, "description": null, "conditions": + [], "weights": [], "points": [{"id": "6vKzvnurJvMw", "coordinates": [8.0, + -6.0, 39.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "LFQgL2gEVS8c", "coordinates": [-50.0, 32.0, 23.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}], "images": []}, {"id": "6Yrv5vhXadGZ", "user": null, "name": "43134", + "metadata": null, "description": null, "conditions": [], "weights": [], "points": + [{"id": "3CsPhNZgoJ9U", "coordinates": [-45.0, 32.0, 32.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "4CHBbZhEWAqY", + "coordinates": [-6.0, 8.0, 53.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "4Fyeujx56cGZ", "coordinates": + [-42.0, 5.0, 32.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "4bYtgsd3pDdN", "coordinates": [42.0, 14.0, 56.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "5EqBWbciq4Z3", "coordinates": [18.0, 2.0, 11.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "5NaoE6fcPaba", + "coordinates": [33.0, -67.0, -28.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "5cdhJGbFuuzZ", "coordinates": + [-30.0, -64.0, -31.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "5mU73uS74FwD", "coordinates": [39.0, -58.0, 44.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "6FdnBc4NY8Zu", "coordinates": [36.0, -55.0, -49.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "6mRiCKDZ8n2d", + "coordinates": [-30.0, -58.0, 41.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "6qVV7PnbcQH2", "coordinates": + [33.0, 26.0, -4.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "6xWvTb8oT2Gv", "coordinates": [42.0, -52.0, 44.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "7FneCVbShQr4", "coordinates": [42.0, 29.0, 35.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "7VkTsPpD6kxn", + "coordinates": [33.0, 29.0, 2.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "F8A5gRK4z2Sg", "coordinates": + [-9.0, 20.0, 44.0], "kind": "unknown", "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "fJ95umNEZHrV", "coordinates": [57.0, -49.0, -10.0], + "kind": "unknown", "space": "MNI", "image": null, "label_id": null, "values": + []}, {"id": "mxLG399U6iDk", "coordinates": [-45.0, 32.0, 32.0], "kind": "unknown", + "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": "nSybKbnadBpZ", + "coordinates": [-6.0, 20.0, 47.0], "kind": "unknown", "space": "MNI", "image": + null, "label_id": null, "values": []}], "images": []}]}, {"id": "kqWunfwffXmQ", + "created_at": "2025-12-04T23:20:00.250601+00:00", "updated_at": null, "user": + null, "name": "The association between aerobic fitness and executive function + is mediated by prefrontal cortex volume", "description": "Aging is marked + by a decline in cognitive function, which is often preceded by losses in gray + matter volume. Fortunately, higher cardiorespiratory fitness (CRF) levels + are associated with an attenuation of age-related losses in gray matter volume + and a reduced risk for cognitive impairment. Despite these links, we have + only a rudimentary understanding of whether fitness-related increases in gray + matter volume lead to elevated cognitive function. In this cross-sectional + study, we examined whether the association between higher aerobic fitness + levels and elevated executive function was mediated by greater gray matter + volume in the prefrontal cortex (PFC). One hundred and forty-two older adults + (mean age=66.6 years) completed structural magnetic resonance imaging (MRI) + scans, CRF assessments, and performed Stroop and spatial working memory (SPWM) + tasks. Gray matter volume was assessed using an optimized voxel-based morphometry + approach. Consistent with our predictions, higher fitness levels were associated + with: (a) better performance on both the Stroop and SPWM tasks, and (b) greater + gray matter volume in several regions, including the dorsolateral PFC (DLPFC). + Volume of the right inferior frontal gyrus and precentral gyrus mediated the + relationship between CRF and Stroop interference while a non-overlapping set + of regions bilaterally in the DLPFC mediated the association between CRF and + SPWM accuracy. These results suggest that specific regions of the DLPFC differentially + relate to inhibition and spatial working memory. Thus, fitness may influence + cognitive function by reducing brain atrophy in targeted areas in healthy + older adults.", "publication": "Brain, behavior, and immunity", "doi": "10.1016/j.bbi.2011.11.008", + "pmid": "22172477", "authors": "A. Weinstein; M. Voss; R. Prakash; L. Chaddock; + A. Szabo; S. White; T. W\u00f3jcicki; E. Mailey; E. McAuley; A. Kramer; K. + Erickson", "year": 2012, "metadata": {"slug": "22172477-10-1016-j-bbi-2011-11-008-pmc3321393", + "source": "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "11", "Year": "2011", "Month": "8", "@PubStatus": + "received"}, {"Day": "19", "Year": "2011", "Month": "11", "@PubStatus": "revised"}, + {"Day": "23", "Year": "2011", "Month": "11", "@PubStatus": "accepted"}, {"Day": + "17", "Hour": "6", "Year": "2011", "Month": "12", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "17", "Hour": "6", "Year": "2011", "Month": "12", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "20", "Hour": "6", "Year": "2012", "Month": + "10", "Minute": "0", "@PubStatus": "medline"}, {"Day": "1", "Year": "2013", + "Month": "7", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "22172477", "@IdType": "pubmed"}, {"#text": "NIHMS343177", "@IdType": + "mid"}, {"#text": "PMC3321393", "@IdType": "pmc"}, {"#text": "10.1016/j.bbi.2011.11.008", + "@IdType": "doi"}, {"#text": "S0889-1591(11)00599-X", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "American College of Sports Medicine. + Guidelines for Exercise Testing and Prescription. Lea & Febiger; Philadelphia: + 1991."}, {"Citation": "Andel R, Crowe M, Pedersen NL, Fratiglioni L, Johansson + B, Gatz M. Physical exercise at midlife and risk of dementia three decades + later: a population-based study of Swedish twins. J Gerontol A Biol Sci Med + Sci. 2008;63:62\u201366.", "ArticleIdList": {"ArticleId": {"#text": "18245762", + "@IdType": "pubmed"}}}, {"Citation": "Andersson J, Jenkinson M, Smith S. Non-linear + optimisation, aka Spatial normalisation. FMRIB technical report TR07JA1. 2007 + Available online at: www.fmrib.ox.ac.uk/analysis/techrep."}, {"Citation": + "Ashburner J, Friston KJ. Voxel-based morphometry--the methods. Neuroimage. + 2000;11:805\u2013821.", "ArticleIdList": {"ArticleId": {"#text": "10860804", + "@IdType": "pubmed"}}}, {"Citation": "Banich MT, Milham MP, Atchley RA, Cohen + NJ, Webb A, Wszalek T, Kramer AF, Liang Z, Barad V, Gullett D, Shah C, Brown + C. Prefrontal regions play a predominant role in imposing an attentional \u2018set\u2019: + evidence from fMRI. Brain Res Cogn Brain Res. 2000;10:1\u20139.", "ArticleIdList": + {"ArticleId": {"#text": "10978687", "@IdType": "pubmed"}}}, {"Citation": "Black + JE, Isaacs KR, Anderson BJ, Alcantara AA, Greenough WT. Learning causes synaptogenesis, + whereas motor activity causes angiogenesis, in cerebellar cortex of adult + rats. Proc Natl Acad Sci U S A. 1990;87:5568\u20135572.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC54366", "@IdType": "pmc"}, {"#text": "1695380", + "@IdType": "pubmed"}]}}, {"Citation": "Braver TS, Cohen JD, Nystrom LE, Jonides + J, Smith EE, Noll DC. A parametric study of prefrontal cortex involvement + in human working memory. Neuroimage. 1997;5:49\u201362.", "ArticleIdList": + {"ArticleId": {"#text": "9038284", "@IdType": "pubmed"}}}, {"Citation": "Bugg + JM, Head D. Exercise moderates age-related atrophy of the medial temporal + lobe. Neurobiol Aging. 2011;32:506\u2013514.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2891908", "@IdType": "pmc"}, {"#text": "19386382", "@IdType": + "pubmed"}]}}, {"Citation": "Burdette JH, Laurienti PJ, Espeland MA, Morgan + A, Telesford Q, Vechlekar CD, Hayasaka S, Jennings JM, Katula JA, Kraft RA, + Rejeski WJ. Using network science to evaluate exercise-associated brain changes + in older adults. Front Aging Neurosci. 2010;2:23.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2893375", "@IdType": "pmc"}, {"#text": "20589103", "@IdType": + "pubmed"}]}}, {"Citation": "Carro E, Nunez A, Busiguina S, Torres-Aleman I. + Circulating insulin-like growth factor I mediates effects of exercise on the + brain. J Neurosci. 2000;20:2926\u20132933.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC6772191", "@IdType": "pmc"}, {"#text": "10751445", "@IdType": + "pubmed"}]}}, {"Citation": "Colcombe S, Kramer AF. Fitness effects on the + cognitive function of older adults: a meta-analytic study. Psychol Sci. 2003;14:125\u2013130.", + "ArticleIdList": {"ArticleId": {"#text": "12661673", "@IdType": "pubmed"}}}, + {"Citation": "Colcombe SJ, Erickson KI, Raz N, Webb AG, Cohen NJ, McAuley + E, Kramer AF. Aerobic fitness reduces brain tissue loss in aging humans. J + Gerontol A Biol Sci Med Sci. 2003;58:176\u2013180.", "ArticleIdList": {"ArticleId": + {"#text": "12586857", "@IdType": "pubmed"}}}, {"Citation": "Colcombe SJ, Erickson + KI, Scalf PE, Kim JS, Prakash R, McAuley E, Elavsky S, Marquez DX, Hu L, Kramer + AF. Aerobic exercise training increases brain volume in aging humans. J Gerontol + A Biol Sci Med Sci. 2006;61:1166\u20131170.", "ArticleIdList": {"ArticleId": + {"#text": "17167157", "@IdType": "pubmed"}}}, {"Citation": "Colcombe SJ, Kramer + AF, McAuley E, Erickson KI, Scalf P. Neurocognitive aging and cardiovascular + fitness: recent findings and future directions. J Mol Neurosci. 2004;24:9\u201314.", + "ArticleIdList": {"ArticleId": {"#text": "15314244", "@IdType": "pubmed"}}}, + {"Citation": "Cotman CW, Berchtold NC, Christie LA. Exercise builds brain + health: key roles of growth factor cascades and inflammation. Trends Neurosci. + 2007;30:464\u2013472.", "ArticleIdList": {"ArticleId": {"#text": "17765329", + "@IdType": "pubmed"}}}, {"Citation": "Curtis CE, D\u2019Esposito M. The effects + of prefrontal lesions on working memory performance and theory. Cogn Affect + Behav Neurosci. 2004;4:528\u2013539.", "ArticleIdList": {"ArticleId": {"#text": + "15849895", "@IdType": "pubmed"}}}, {"Citation": "Ding YH, Li J, Zhou Y, Rafols + JA, Clark JC, Ding Y. Cerebral angiogenesis and expression of angiogenic factors + in aging rats after exercise. Curr Neurovasc Res. 2006;3:15\u201323.", "ArticleIdList": + {"ArticleId": {"#text": "16472122", "@IdType": "pubmed"}}}, {"Citation": "Erickson + KI, Prakash RS, Voss MW, Chaddock L, Hu L, Morris KS, White SM, Wojcicki TR, + McAuley E, Kramer AF. Aerobic fitness is associated with hippocampal volume + in elderly humans. Hippocampus. 2009;19:1030\u20131039.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3072565", "@IdType": "pmc"}, {"#text": "19123237", + "@IdType": "pubmed"}]}}, {"Citation": "Erickson KI, Raji CA, Lopez OL, Becker + JT, Rosano C, Newman AB, Gach HM, Thompson PM, Ho AJ, Kuller LH. Physical + activity predicts gray matter volume in late adulthood: the Cardiovascular + Health Study. Neurology. 2010;75:1415\u20131422.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3039208", "@IdType": "pmc"}, {"#text": "20944075", "@IdType": + "pubmed"}]}}, {"Citation": "Erickson KI, Voss MW, Prakash RS, Basak C, Szabo + A, Chaddock L, Kim JS, Heo S, Alves H, White SM, Wojcicki TR, Mailey E, Vieira + VJ, Martin SA, Pence BD, Woods JA, McAuley E, Kramer AF. Exercise training + increases size of hippocampus and improves memory. Proc Natl Acad Sci U S + A. 2011;108:3017\u20133022.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3041121", + "@IdType": "pmc"}, {"#text": "21282661", "@IdType": "pubmed"}]}}, {"Citation": + "Farmer J, Zhao X, van Praag H, Wodtke K, Gage FH, Christie BR. Effects of + voluntary exercise on synaptic plasticity and gene expression in the dentate + gyrus of adult male Sprague-Dawley rats in vivo. Neuroscience. 2004;124:71\u201379.", + "ArticleIdList": {"ArticleId": {"#text": "14960340", "@IdType": "pubmed"}}}, + {"Citation": "Floel A, Ruscheweyh R, Kruger K, Willemer C, Winter B, Volker + K, Lohmann H, Zitzmann M, Mooren F, Breitenstein C, Knecht S. Physical activity + and memory functions: are neurotrophins and cerebral gray matter volume the + missing link? Neuroimage. 2010;49:2756\u20132763.", "ArticleIdList": {"ArticleId": + {"#text": "19853041", "@IdType": "pubmed"}}}, {"Citation": "Gelfand LA, Mensinger + JL, Tenhave T. Mediation analysis: a retrospective snapshot of practice and + more recent directions. J Gen Psychol. 2009;136:153\u2013176.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2670477", "@IdType": "pmc"}, {"#text": "19350833", + "@IdType": "pubmed"}]}}, {"Citation": "Giorgio A, Santelli L, Tomassini V, + Bosnell R, Smith S, De Stefano N, Johansen-Berg H. Age-related changes in + grey and white matter structure throughout adulthood. Neuroimage. 2010;51:943\u2013951.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2896477", "@IdType": "pmc"}, + {"#text": "20211265", "@IdType": "pubmed"}]}}, {"Citation": "Good CD, Johnsrude + I, Ashburner J, Henson RN, Friston KJ, Frackowiak RS. Cerebral asymmetry and + the effects of sex and handedness on brain structure: a voxel-based morphometric + analysis of 465 normal adult human brains. Neuroimage. 2001;14:685\u2013700.", + "ArticleIdList": {"ArticleId": {"#text": "11506541", "@IdType": "pubmed"}}}, + {"Citation": "Gordon BA, Rykhlevskaia EI, Brumback CR, Lee Y, Elavsky S, Konopack + JF, McAuley E, Kramer AF, Colcombe S, Gratton G, Fabiani M. Neuroanatomical + correlates of aging, cardiopulmonary fitness level, and education. Psychophysiology. + 2008;45:825\u2013838.", "ArticleIdList": {"ArticleId": [{"#text": "PMC5287394", + "@IdType": "pmc"}, {"#text": "18627534", "@IdType": "pubmed"}]}}, {"Citation": + "Hawkins HL, Kramer AF, Capaldi D. Aging, exercise, and attention. Psychol + Aging. 1992;7:643\u2013653.", "ArticleIdList": {"ArticleId": {"#text": "1466833", + "@IdType": "pubmed"}}}, {"Citation": "Hayasaka S, Phan KL, Liberzon I, Worsley + KJ, Nichols TE. Nonstationary cluster-size inference with random field and + permutation methods. Neuroimage. 2004;22:676\u2013687.", "ArticleIdList": + {"ArticleId": {"#text": "15193596", "@IdType": "pubmed"}}}, {"Citation": "Heyn + P, Abreu BC, Ottenbacher KJ. The effects of exercise training on elderly persons + with cognitive impairment and dementia: a meta-analysis. Arch Phys Med Rehabil. + 2004;85:1694\u20131704.", "ArticleIdList": {"ArticleId": {"#text": "15468033", + "@IdType": "pubmed"}}}, {"Citation": "Hillman CH, Erickson KI, Kramer AF. + Be smart, exercise your heart: exercise effects on brain and cognition. Nat + Rev Neurosci. 2008;9:58\u201365.", "ArticleIdList": {"ArticleId": {"#text": + "18094706", "@IdType": "pubmed"}}}, {"Citation": "Jenkinson M, Smith S. A + global optimisation method for robust affine registration of brain images. + Med Image Anal. 2001;5:143\u2013156.", "ArticleIdList": {"ArticleId": {"#text": + "11516708", "@IdType": "pubmed"}}}, {"Citation": "Jernigan TL, Archibald SL, + Fennema-Notestine C, Gamst AC, Stout JC, Bonner J, Hesselink JR. Effects of + age on tissues and regions of the cerebrum and cerebellum. Neurobiol Aging. + 2001;22:581\u2013594.", "ArticleIdList": {"ArticleId": {"#text": "11445259", + "@IdType": "pubmed"}}}, {"Citation": "Kennedy KM, Erickson KI, Rodrigue KM, + Voss MW, Colcombe SJ, Kramer AF, Acker JD, Raz N. Age-related differences + in regional brain volumes: a comparison of optimized voxel-based morphometry + to manual volumetry. Neurobiol Aging. 2009;30:1657\u20131676.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2756236", "@IdType": "pmc"}, {"#text": "18276037", + "@IdType": "pubmed"}]}}, {"Citation": "Kramer AF, Hahn S, Cohen NJ, Banich + MT, McAuley E, Harrison CR, Chason J, Vakil E, Bardell L, Boileau RA, Colcombe + A. Ageing, fitness and neurocognitive function. Nature. 1999;400:418\u2013419.", + "ArticleIdList": {"ArticleId": {"#text": "10440369", "@IdType": "pubmed"}}}, + {"Citation": "MacLeod CM. Half a century of research on the Stroop effect: + an integrative review. Psychol Bull. 1991;109:163\u2013203.", "ArticleIdList": + {"ArticleId": {"#text": "2034749", "@IdType": "pubmed"}}}, {"Citation": "MacLeod + CM. The Stroop task: The \u201cgold standard\u201d of attentional measures. + Journal of Experimental Psychology: General. 1992:12\u201314."}, {"Citation": + "McAuley E, Mailey EL, Mullen SP, Szabo AN, Wojcicki TR, White SM, Gothe N, + Olson EA, Kramer AF. Growth trajectories of exercise self-efficacy in older + adults: influence of measures and initial status. Health Psychol. 2011a;30:75\u201383.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3521039", "@IdType": "pmc"}, + {"#text": "21038962", "@IdType": "pubmed"}]}}, {"Citation": "McAuley E, Szabo + AN, Mailey EL, Erickson KI, Voss M, White SM, Wojcicki TR, Gothe N, Olson + EA, Mullen SP, Kramer AF. Non-Exercise Estimated Cardiorespiratory Fitness: + Associations with Brain Structure, Cognition, and Memory Complaints in Older + Adults. Ment Health Phys Act. 2011b;4:5\u201311.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC3146052", "@IdType": "pmc"}, {"#text": "21808657", "@IdType": + "pubmed"}]}}, {"Citation": "Medicine, ACoS; Medicine, ACoS. Guidelines for + Exercise Testing and Prescription. Lea & Febiger: Philadelphia; 1991."}, {"Citation": + "Milham MP, Erickson KI, Banich MT, Kramer AF, Webb A, Wszalek T, Cohen NJ. + Attentional control in the aging brain: insights from an fMRI study of the + stroop task. Brain Cogn. 2002;49:277\u2013296.", "ArticleIdList": {"ArticleId": + {"#text": "12139955", "@IdType": "pubmed"}}}, {"Citation": "Peters J, Dauvermann + M, Mette C, Platen P, Franke J, Hinrichs T, Daum I. Voxel-based morphometry + reveals an association between aerobic capacity and grey matter density in + the right anterior insula. Neuroscience. 2009;163:1102\u20131108.", "ArticleIdList": + {"ArticleId": {"#text": "19628025", "@IdType": "pubmed"}}}, {"Citation": "Petersen + AM, Pedersen BK. The anti-inflammatory effect of exercise. J Appl Physiol. + 2005;98:1154\u20131162.", "ArticleIdList": {"ArticleId": {"#text": "15772055", + "@IdType": "pubmed"}}}, {"Citation": "Plum L, Schubert M, Bruning JC. The + role of insulin receptor signaling in the brain. Trends Endocrinol Metab. + 2005;16:59\u201365.", "ArticleIdList": {"ArticleId": {"#text": "15734146", + "@IdType": "pubmed"}}}, {"Citation": "Podewils LJ, Guallar E, Kuller LH, Fried + LP, Lopez OL, Carlson M, Lyketsos CG. Physical activity, APOE genotype, and + dementia risk: findings from the Cardiovascular Health Cognition Study. Am + J Epidemiol. 2005;161:639\u2013651.", "ArticleIdList": {"ArticleId": {"#text": + "15781953", "@IdType": "pubmed"}}}, {"Citation": "Poldrack RA. Region of interest + analysis for fMRI. Soc Cogn Affect Neurosci. 2007;2:67\u201370.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2555436", "@IdType": "pmc"}, {"#text": "18985121", + "@IdType": "pubmed"}]}}, {"Citation": "Prakash RS, Erickson KI, Colcombe SJ, + Kim JS, Voss MW, Kramer AF. Age-related differences in the involvement of + the prefrontal cortex in attentional control. Brain Cogn. 2009;71:328\u2013335.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2783271", "@IdType": "pmc"}, + {"#text": "19699019", "@IdType": "pubmed"}]}}, {"Citation": "Prakash RS, Voss + MW, Erickson KI, Lewis JM, Chaddock L, Malkowski E, Alves H, Kim J, Szabo + A, White SM, Wojcicki TR, Klamm EL, McAuley E, Kramer AF. Cardiorespiratory + fitness and attentional control in the aging brain. Front Hum Neurosci. 2011;4:229.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3024830", "@IdType": "pmc"}, + {"#text": "21267428", "@IdType": "pubmed"}]}}, {"Citation": "Preacher KJ, + Hayes AF. Asymptotic and resampling strategies for assessing and comparing + indirect effects in multiple mediator models. Behav Res Methods. 2008;40:879\u2013891.", + "ArticleIdList": {"ArticleId": {"#text": "18697684", "@IdType": "pubmed"}}}, + {"Citation": "Raz N. Aging of the brain and its impact on cognitive performance: + integration of structural and functional findings. In: Craik FIM, Salthouse + TA, editors. The Handbook of Aging and Cognition. Lawrence Erlbaum Associates; + Mahweh, NJ: 2000. pp. 1\u201390."}, {"Citation": "Raz N, Lindenberger U, Rodrigue + KM, Kennedy KM, Head D, Williamson A, Dahle C, Gerstorf D, Acker JD. Regional + brain changes in aging healthy adults: general trends, individual differences + and modifiers. Cereb Cortex. 2005;15:1676\u20131689.", "ArticleIdList": {"ArticleId": + {"#text": "15703252", "@IdType": "pubmed"}}}, {"Citation": "Raz N, Rodrigue + KM, Head D, Kennedy KM, Acker JD. Differential aging of the medial temporal + lobe: a study of a five-year change. Neurology. 2004;62:433\u2013438.", "ArticleIdList": + {"ArticleId": {"#text": "14872026", "@IdType": "pubmed"}}}, {"Citation": "Salimi-Khorshidi + G, Smith SM, Nichols TE. Adjusting the effect of nonstationarity in cluster-based + and TFCE inference. Neuroimage. 2011;54:2006\u20132019.", "ArticleIdList": + {"ArticleId": {"#text": "20955803", "@IdType": "pubmed"}}}, {"Citation": "Schmidt-Hieber + C, Jonas P, Bischofberger J. Enhanced synaptic plasticity in newly generated + granule cells of the adult hippocampus. Nature. 2004;429:184\u2013187.", "ArticleIdList": + {"ArticleId": {"#text": "15107864", "@IdType": "pubmed"}}}, {"Citation": "Smith + SM. Overview of fMRI analysis. Br J Radiol. 2004;77(Spec No 2):S167\u2013175.", + "ArticleIdList": {"ArticleId": {"#text": "15677358", "@IdType": "pubmed"}}}, + {"Citation": "Smith SM, Jenkinson M, Woolrich MW, Beckmann CF, Behrens TE, + Johansen-Berg H, Bannister PR, De Luca M, Drobnjak I, Flitney DE, Niazy RK, + Saunders J, Vickers J, Zhang Y, De Stefano N, Brady JM, Matthews PM. Advances + in functional and structural MR image analysis and implementation as FSL. + Neuroimage. 2004;23(Suppl 1):S208\u2013219.", "ArticleIdList": {"ArticleId": + {"#text": "15501092", "@IdType": "pubmed"}}}, {"Citation": "Smith SM, Nichols + TE. Threshold-free cluster enhancement: addressing problems of smoothing, + threshold dependence and localisation in cluster inference. Neuroimage. 2009;44:83\u201398.", + "ArticleIdList": {"ArticleId": {"#text": "18501637", "@IdType": "pubmed"}}}, + {"Citation": "Szabo AN, McAuley E, Erickson KI, Voss M, Prakash RS, Mailey + EL, Wojcicki TR, White SM, Gothe N, Olson EA, Kramer AF. Cardiorespiratory + fitness, hippocampal volume, and frequency of forgetting in older adults. + Neuropsychology. 2011;25:545\u2013553.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3140615", "@IdType": "pmc"}, {"#text": "21500917", "@IdType": "pubmed"}]}}, + {"Citation": "van Praag H, Christie BR, Sejnowski TJ, Gage FH. Running enhances + neurogenesis, learning, and long-term potentiation in mice. Proc Natl Acad + Sci U S A. 1999;96:13427\u201313431.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC23964", "@IdType": "pmc"}, {"#text": "10557337", "@IdType": "pubmed"}]}}, + {"Citation": "van Praag H, Shubert T, Zhao C, Gage FH. Exercise enhances learning + and hippocampal neurogenesis in aged mice. J Neurosci. 2005;25:8680\u20138685.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1360197", "@IdType": "pmc"}, + {"#text": "16177036", "@IdType": "pubmed"}]}}, {"Citation": "Voss MW, Erickson + KI, Prakash RS, Chaddock L, Malkowski E, Alves H, Kim JS, Morris KS, White + SM, Wojcicki TR, Hu L, Szabo A, Klamm E, McAuley E, Kramer AF. Functional + connectivity: a source of variance in the association between cardiorespiratory + fitness and cognition? Neuropsychologia. 2010a;48:1394\u20131406.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3708614", "@IdType": "pmc"}, {"#text": "20079755", + "@IdType": "pubmed"}]}}, {"Citation": "Voss MW, Prakash RS, Erickson KI, Basak + C, Chaddock L, Kim JS, Alves H, Heo S, Szabo AN, White SM, Wojcicki TR, Mailey + EL, Gothe N, Olson EA, McAuley E, Kramer AF. Plasticity of brain networks + in a randomized intervention trial of exercise training in older adults. Front + Aging Neurosci. 2010b:2.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2947936", + "@IdType": "pmc"}, {"#text": "20890449", "@IdType": "pubmed"}]}}, {"Citation": + "Washburn RA, Smith KW, Jette AM, Janney CA. The Physical Activity Scale for + the Elderly (PASE): development and evaluation. J Clin Epidemiol. 1993;46:153\u2013162.", + "ArticleIdList": {"ArticleId": {"#text": "8437031", "@IdType": "pubmed"}}}, + {"Citation": "Weisman D, et al. Interleukins, inflammation, and mechanisms + of Alzheimer\u2019s disease. Vitam Horm. 2006;74:505\u2013530.", "ArticleIdList": + {"ArticleId": {"#text": "17027528", "@IdType": "pubmed"}}}, {"Citation": "Xu + H, Barnes GT, Yang Q, Tan G, Yang D, Chou CJ, Sole J, Nichols A, Ross JA, + Tartaglia LA, Chen H. Chronic inflammation in fat plays a crucial role in + the development of obesity-related insulin resistance. J Clin Invest. 2003;112:1821\u20131830.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC296998", "@IdType": "pmc"}, + {"#text": "14679177", "@IdType": "pubmed"}]}}, {"Citation": "Yaffe K, Fiocco + AJ, Lindquist K, Vittinghoff E, Simonsick EM, Newman AB, Satterfield S, Rosano + C, Rubin SM, Ayonayon HN, Harris TB. Predictors of maintaining cognitive function + in older adults: the Health ABC study. Neurology. 2009;72:2029\u20132035.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2692177", "@IdType": "pmc"}, + {"#text": "19506226", "@IdType": "pubmed"}]}}, {"Citation": "Zhang Y, Brady + M, Smith S. Segmentation of brain MR images through a hidden Markov random + field model and the expectation-maximization algorithm. IEEE Trans Med Imaging. + 2001;20:45\u201357.", "ArticleIdList": {"ArticleId": {"#text": "11293691", + "@IdType": "pubmed"}}}, {"Citation": "Zhao X, Lynch JGJ, Chen Q. Reconsidering + Baron and Kenny: Myths and Truths about Mediation Analysis. Journal of Consumer + Research. 2010 Available at SSRN: http://ssrn.com/abstract=1554563."}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "22172477", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1090-2139", "@IssnType": "Electronic"}, "Title": "Brain, + behavior, and immunity", "JournalIssue": {"Issue": "5", "Volume": "26", "PubDate": + {"Year": "2012", "Month": "Jul"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Brain Behav Immun"}, "Abstract": {"AbstractText": "Aging is marked by a decline + in cognitive function, which is often preceded by losses in gray matter volume. + Fortunately, higher cardiorespiratory fitness (CRF) levels are associated + with an attenuation of age-related losses in gray matter volume and a reduced + risk for cognitive impairment. Despite these links, we have only a rudimentary + understanding of whether fitness-related increases in gray matter volume lead + to elevated cognitive function. In this cross-sectional study, we examined + whether the association between higher aerobic fitness levels and elevated + executive function was mediated by greater gray matter volume in the prefrontal + cortex (PFC). One hundred and forty-two older adults (mean age=66.6 years) + completed structural magnetic resonance imaging (MRI) scans, CRF assessments, + and performed Stroop and spatial working memory (SPWM) tasks. Gray matter + volume was assessed using an optimized voxel-based morphometry approach. Consistent + with our predictions, higher fitness levels were associated with: (a) better + performance on both the Stroop and SPWM tasks, and (b) greater gray matter + volume in several regions, including the dorsolateral PFC (DLPFC). Volume + of the right inferior frontal gyrus and precentral gyrus mediated the relationship + between CRF and Stroop interference while a non-overlapping set of regions + bilaterally in the DLPFC mediated the association between CRF and SPWM accuracy. + These results suggest that specific regions of the DLPFC differentially relate + to inhibition and spatial working memory. Thus, fitness may influence cognitive + function by reducing brain atrophy in targeted areas in healthy older adults.", + "CopyrightInformation": "Copyright \u00a9 2011 Elsevier Inc. All rights reserved."}, + "Language": "eng", "@PubModel": "Print-Electronic", "GrantList": {"Grant": + [{"Agency": "NIGMS NIH HHS", "Acronym": "GM", "Country": "United States", + "GrantID": "T32GM081760"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": + "United States", "GrantID": "R37 AG025667"}, {"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "R01 AG025032"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG25032"}, + {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": + "P50 AG005133"}, {"Agency": "NICHD NIH HHS", "Acronym": "HD", "Country": "United + States", "GrantID": "R01 HD069381"}, {"Agency": "NIA NIH HHS", "Acronym": + "AG", "Country": "United States", "GrantID": "R01 AG25667"}, {"Agency": "NIA + NIH HHS", "Acronym": "AG", "Country": "United States", "GrantID": "R01 AG025667"}, + {"Agency": "NIGMS NIH HHS", "Acronym": "GM", "Country": "United States", "GrantID": + "T32 GM081760"}, {"Agency": "NIA NIH HHS", "Acronym": "AG", "Country": "United + States", "GrantID": "P30 AG024827"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Andrea M", "Initials": "AM", "LastName": "Weinstein", + "AffiliationInfo": {"Affiliation": "Department of Psychology and the Center + for the Neural Basis of Cognition, University of Pittsburgh, PA 15260, USA. + andrea.weinstein@gmail.com"}}, {"@ValidYN": "Y", "ForeName": "Michelle W", + "Initials": "MW", "LastName": "Voss"}, {"@ValidYN": "Y", "ForeName": "Ruchika + Shaurya", "Initials": "RS", "LastName": "Prakash"}, {"@ValidYN": "Y", "ForeName": + "Laura", "Initials": "L", "LastName": "Chaddock"}, {"@ValidYN": "Y", "ForeName": + "Amanda", "Initials": "A", "LastName": "Szabo"}, {"@ValidYN": "Y", "ForeName": + "Siobhan M", "Initials": "SM", "LastName": "White"}, {"@ValidYN": "Y", "ForeName": + "Thomas R", "Initials": "TR", "LastName": "Wojcicki"}, {"@ValidYN": "Y", "ForeName": + "Emily", "Initials": "E", "LastName": "Mailey"}, {"@ValidYN": "Y", "ForeName": + "Edward", "Initials": "E", "LastName": "McAuley"}, {"@ValidYN": "Y", "ForeName": + "Arthur F", "Initials": "AF", "LastName": "Kramer"}, {"@ValidYN": "Y", "ForeName": + "Kirk I", "Initials": "KI", "LastName": "Erickson"}], "@CompleteYN": "Y"}, + "Pagination": {"EndPage": "819", "StartPage": "811", "MedlinePgn": "811-9"}, + "ArticleDate": {"Day": "07", "Year": "2011", "Month": "12", "@DateType": "Electronic"}, + "ELocationID": {"#text": "10.1016/j.bbi.2011.11.008", "@EIdType": "doi", "@ValidYN": + "Y"}, "ArticleTitle": "The association between aerobic fitness and executive + function is mediated by prefrontal cortex volume.", "PublicationTypeList": + {"PublicationType": [{"@UI": "D016428", "#text": "Journal Article"}, {"@UI": + "D052061", "#text": "Research Support, N.I.H., Extramural"}]}}, "DateRevised": + {"Day": "29", "Year": "2025", "Month": "05"}, "CoiStatement": {"b": "Conflict + of Interest Statement:", "#text": "All authors declare that there are no conflicts + of interest."}, "DateCompleted": {"Day": "19", "Year": "2012", "Month": "10"}, + "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": + [{"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D000369", "#text": "Aged, 80 and over", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D016001", "#text": "Confidence Intervals", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D003430", "#text": "Cross-Sectional + Studies", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D003627", "#text": + "Data Interpretation, Statistical", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D019706", "#text": "Excitatory Postsynaptic Potentials", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D056344", "#text": "Executive Function", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D007091", "#text": "Image + Processing, Computer-Assisted", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D009483", "#text": + "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000523", "#text": "psychology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D010809", "#text": "Physical Fitness", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000033", "#text": "anatomy & histology", "@MajorTopicYN": "Y"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D013028", "#text": "Space Perception", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D057190", "#text": "Stroop Test", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "Netherlands", "MedlineTA": "Brain Behav Immun", "ISSNLinking": + "0889-1591", "NlmUniqueID": "8800478"}}}, "semantic_scholar": {"year": 2012, + "title": "The association between aerobic fitness and executive function is + mediated by prefrontal cortex volume", "venue": "Brain, behavior, and immunity", + "authors": [{"name": "A. Weinstein", "authorId": "3137579"}, {"name": "M. + Voss", "authorId": "2437622"}, {"name": "R. Prakash", "authorId": "2465943"}, + {"name": "L. Chaddock", "authorId": "2330191"}, {"name": "A. Szabo", "authorId": + "4830120"}, {"name": "S. White", "authorId": "4365321"}, {"name": "T. W\u00f3jcicki", + "authorId": "3411065"}, {"name": "E. Mailey", "authorId": "3410727"}, {"name": + "E. McAuley", "authorId": "3206663"}, {"name": "A. Kramer", "authorId": "2172224901"}, + {"name": "K. Erickson", "authorId": "3298565"}], "paperId": "aeeca8fd0e72f4b7ce7588becb0cc3311236f6d4", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://europepmc.org/articles/pmc3321393?pdf=render", + "status": "GREEN", "license": null, "disclaimer": "Notice: The following paper + fields have been elided by the publisher: {''abstract''}. Paper or abstract + available at https://api.unpaywall.org/v2/10.1016/j.bbi.2011.11.008?email= + or https://doi.org/10.1016/j.bbi.2011.11.008, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2012-07-01"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-04T23:24:11.053179+00:00", "analyses": [{"id": "QjWwMatAegUV", "user": + null, "name": "t0010", "metadata": {"table": {"table_number": 2, "table_metadata": + {"table_id": "t0010", "table_label": "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010_coordinates.csv"}, + "original_table_id": "t0010"}, "table_metadata": {"table_id": "t0010", "table_label": + "Table 2", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010_coordinates.csv"}, + "sanitized_table_id": "t0010"}, "description": "Mediation indirect effects + and 95% confidence intervals for the Stroop and spatial working memory task + variables. The first three regions of interest were chosen from the overlapping + brain regions that showed a main effect of fitness and a correlation with + Stroop percent interference. The second two regions of interest were chosen + from the overlapping brain regions that showed a main effect of fitness and + a correlation with SPWM 3-Item accuracy.", "conditions": [], "weights": [], + "points": [{"id": "HjFe7Qpcbxdm", "coordinates": [56.0, 6.0, 30.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "TC2CQMvjggZN", "coordinates": [-44.0, 10.0, 40.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "QcjoZ36nPF8x", + "coordinates": [-48.0, 2.0, 48.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "ELBtNKZNx335", "coordinates": + [-36.0, -8.0, 60.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "YY5VhvWmeh6Y", "coordinates": [42.0, 4.0, 54.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}], + "images": []}]}, {"id": "o2PMFZ53Gbtj", "created_at": "2025-12-03T18:06:08.549925+00:00", + "updated_at": null, "user": null, "name": "Relationships between dietary nutrients + intake and lipid levels with functional MRI dorsolateral prefrontal cortex + activation", "description": "BACKGROUND: Dorsolateral prefrontal cortex (DLPFC) + is a key node in the cognitive control network that supports working memory. + DLPFC dysfunction is related to cognitive impairment. It has been suggested + that dietary components and high-density lipoprotein cholesterol (HDL-C) play + a vital role in brain health and cognitive function.\n\nPURPOSE: This study + aimed to investigate the relationships between dietary nutrient intake and + lipid levels with functional MRI (fMRI) brain activation in DLPFC among older + adults with mild cognitive impairment.\n\nPARTICIPANTS AND METHODS: A total + of 15 community-dwelling older adults with mild cognitive impairment, aged + \u226560 years, participated in this cross-sectional study at selected senior + citizen clubs in Klang Valley, Malaysia. The 7-day recall Diet History Questionnaire + was used to assess participants'' dietary nutrient intake. Fasting blood samples + were also collected for lipid profile assessment. All participants performed + N-back (0- and 1-back) working memory tasks during fMRI scanning. DLPFC (Brodmann''s + areas 9 and 46, and inferior, middle, and superior frontal gyrus) was identified + as a region of interest for analysis.\n\nRESULTS: Positive associations were + observed between dietary intake of energy, protein, cholesterol, vitamins + B6 and B12, potassium, iron, phosphorus, magnesium, and HDL-C with DLPFC activation + (<0.05). Multivariate analysis showed that vitamin B6 intake, =0.505, (14)=3.29, + =0.023, and Digit Symbol score, =0.413, (14)=2.89, =0.045; =0.748, were + positively related to DLPFC activation.\n\nCONCLUSION: Increased vitamin B6 + intake and cognitive processing speed were related to greater activation in + the DLPFC region, which was responsible for working memory, executive function, + attention, planning, and decision making. Further studies are needed to elucidate + the mechanisms underlying the association.", "publication": "Clinical Interventions + in Aging", "doi": "10.2147/CIA.S183425", "pmid": "30613138", "authors": "Huijin + Lau; S. Shahar; M. Mohamad; N. Rajab; H. M. Yahya; Normah Che Din; H. Abdul + Hamid", "year": 2018, "metadata": {"slug": "30613138-10-2147-cia-s183425-pmc6307498", + "source": "semantic_scholar", "keywords": ["HDL-C", "brain activation", "fMRI", + "vitamin B6"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "8", "Hour": "6", "Year": "2019", "Month": "1", "Minute": "0", "@PubStatus": + "entrez"}, {"Day": "8", "Hour": "6", "Year": "2019", "Month": "1", "Minute": + "0", "@PubStatus": "pubmed"}, {"Day": "12", "Hour": "6", "Year": "2019", "Month": + "2", "Minute": "0", "@PubStatus": "medline"}, {"Day": "24", "Year": "2018", + "Month": "12", "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "30613138", "@IdType": "pubmed"}, {"#text": "PMC6307498", "@IdType": + "pmc"}, {"#text": "10.2147/CIA.S183425", "@IdType": "doi"}, {"#text": "cia-14-043", + "@IdType": "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Breukelaar + IA, Antees C, Grieve SM, et al. Cognitive control network anatomy correlates + with neurocognitive behavior: A longitudinal study. Hum Brain Mapp. 2017;38(2):631\u2013643.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5347905", "@IdType": "pmc"}, + {"#text": "27623046", "@IdType": "pubmed"}]}}, {"Citation": "Kumar S, Zomorrodi + R, Ghazala Z. Dorsolateral prefrontal cortex neuroplasticity deficits in Alzheimer\u2019s + disease. JAMA. 2017;81(10):S148."}, {"Citation": "Pa J, Boxer A, Chao LL, + et al. Clinical-neuroimaging characteristics of dysexecutive mild cognitive + impairment. Ann Neurol. 2009;65(4):414\u2013423.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2680500", "@IdType": "pmc"}, {"#text": "19399879", "@IdType": + "pubmed"}]}}, {"Citation": "Vaynman S, Ying Z, Wu A, Gomez-Pinilla F. Coupling + energy metabolism with a mechanism to support brain-derived neurotrophic factor-mediated + synaptic plasticity. Neuroscience. 2006;139(4):1221\u20131234.", "ArticleIdList": + {"ArticleId": {"#text": "16580138", "@IdType": "pubmed"}}}, {"Citation": "G\u00f3mez-Pinilla + F. Brain foods: the effects of nutrients on brain function. Nat Rev Neurosci. + 2008;9(7):568\u2013578.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2805706", + "@IdType": "pmc"}, {"#text": "18568016", "@IdType": "pubmed"}]}}, {"Citation": + "Weinstock-Guttman B, Zivadinov R, Mahfooz N, et al. Serum lipid profiles + are associated with disability and MRI outcomes in multiple sclerosis. J Neuroinflammation. + 2011;8:127.", "ArticleIdList": {"ArticleId": [{"#text": "PMC3228782", "@IdType": + "pmc"}, {"#text": "21970791", "@IdType": "pubmed"}]}}, {"Citation": "Hottman + DA, Chernick D, Cheng S, Wang Z, Li L. HDL and cognition in neurodegenerative + disorders. Neurobiol Dis. 2014;72(Pt A):22\u201336.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC4252583", "@IdType": "pmc"}, {"#text": "25131449", "@IdType": + "pubmed"}]}}, {"Citation": "Nik Mohd Fakhruddin NNI, Shahar S, Abd Aziz NA, + Yahya HM, Rajikan R. Which aging group prone to have inadequate nutrient intake?: + TUA Study. Sains Malaysiana. 2016;45(9):1381\u20131391."}, {"Citation": "Wong + SH, Rajikan R, das S. Antioxidants intake and mild cognitive impairment among + elderly people in Klang Valley: a pilot study. Sains Malaysiana. 2010;39(4):689\u2013696."}, + {"Citation": "Vanoh D, Shahar S, Din NC, et al. Predictors of poor cognitive + status among older Malaysian adults: baseline findings from the LRGS TUA cohort + study. Aging Clin Exp Res. 2017;29(2):173\u2013182.", "ArticleIdList": {"ArticleId": + {"#text": "26980453", "@IdType": "pubmed"}}}, {"Citation": "Shahar S, Omar + A, Vanoh D, et al. Approaches in methodology for population-based longitudinal + study on neuroprotective model for healthy longevity (TUA) among Malaysian + Older Adults. Aging Clin Exp Res. 2016;28(6):1089\u20131104.", "ArticleIdList": + {"ArticleId": {"#text": "26670602", "@IdType": "pubmed"}}}, {"Citation": "Shahar + S, Earland J, Abdulrahman S. Validation of a dietary history questionnaire + against a 7-D weighed record for estimating nutrient intake among rural elderly + Malays. Malays J Nutr. 2000;6(1):33\u201344.", "ArticleIdList": {"ArticleId": + {"#text": "22692390", "@IdType": "pubmed"}}}, {"Citation": "Preston AR, Eichenbaum + H. Interplay of hippocampus and prefrontal cortex in memory. Curr Biol. 2013;23(17):R764\u2013R773.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3789138", "@IdType": "pmc"}, + {"#text": "24028960", "@IdType": "pubmed"}]}}, {"Citation": "Mesulam M. Brain, + mind, and the evolution of connectivity. Brain Cogn. 2000;42(1):4\u20136.", + "ArticleIdList": {"ArticleId": {"#text": "10739582", "@IdType": "pubmed"}}}, + {"Citation": "Fan J, Mccandliss BD, Fossella J, Flombaum JI, Posner MI. The + activation of attentional networks. Neuroimage. 2005;26(2):471\u2013479.", + "ArticleIdList": {"ArticleId": {"#text": "15907304", "@IdType": "pubmed"}}}, + {"Citation": "Fedorenko E, Duncan J, Kanwisher N. Broad domain generality + in focal regions of frontal and parietal cortex. Proc Natl Acad Sci U S A. + 2013;110(41):16616\u201316621.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC3799302", "@IdType": "pmc"}, {"#text": "24062451", "@IdType": "pubmed"}]}}, + {"Citation": "Koyama MS, O\u2019Connor D, Shehzad Z, Milham MP. Differential + contributions of the middle frontal gyrus functional connectivity to literacy + and numeracy. Sci Rep. 2017;7(1):17548.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5727510", "@IdType": "pmc"}, {"#text": "29235506", "@IdType": "pubmed"}]}}, + {"Citation": "Roberts RO, Roberts LA, Geda YE, et al. Relative intake of macro-nutrients + impacts risk of mild cognitive impairment or dementia. J Alzheimers Dis. 2012;32(2):329\u2013339.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3494735", "@IdType": "pmc"}, + {"#text": "22810099", "@IdType": "pubmed"}]}}, {"Citation": "Kim H, Kim G, + Jang W, Kim SY, Chang N. Association between intake of B vitamins and cognitive + function in elderly Koreans with cognitive impairment. Nutr J. 2014;13(1):118.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC4290102", "@IdType": "pmc"}, + {"#text": "25516359", "@IdType": "pubmed"}]}}, {"Citation": "Qin B, Xun P, + Jacobs DR, et al. Intake of niacin, folate, vitamin B-6, and vitamin B-12 + through young adulthood and cognitive function in midlife: the Coronary Artery + Risk Development in Young Adults (CARDIA) study. Am J Clin Nutr. 2017;106(4):1032\u20131040.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC5611785", "@IdType": "pmc"}, + {"#text": "28768650", "@IdType": "pubmed"}]}}, {"Citation": "Morris MC, Evans + DA, Bienias JL, et al. Dietary niacin and the risk of incident Alzheimer\u2019s + disease and of cognitive decline. J Neurol Neurosurg Psychiatry. 2004;75(8):1093\u20131099.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC1739176", "@IdType": "pmc"}, + {"#text": "15258207", "@IdType": "pubmed"}]}}, {"Citation": "Jerner\u00e9n + F, Elshorbagy AK, Oulhaj A, Smith SM, Refsum H, Smith AD. Brain atrophy in + cognitively impaired elderly: the importance of long-chain \u03c9-3 fatty + acids and B vitamin status in a randomized controlled trial. Am J Clin Nutr. + 2015;102(1):215\u2013221.", "ArticleIdList": {"ArticleId": {"#text": "25877495", + "@IdType": "pubmed"}}}, {"Citation": "Smith AD, Smith SM, de Jager CA, et + al. Homocysteine-lowering by B vitamins slows the rate of accelerated brain + atrophy in mild cognitive impairment: a randomized controlled trial. PLoS + One. 2010;5(9):e12244.", "ArticleIdList": {"ArticleId": [{"#text": "PMC2935890", + "@IdType": "pmc"}, {"#text": "20838622", "@IdType": "pubmed"}]}}, {"Citation": + "Smith AD, Refsum H. Homocysteine, B vitamins, and cognitive impairment. Annu + Rev Nutr. 2016;36:211\u2013239.", "ArticleIdList": {"ArticleId": {"#text": + "27431367", "@IdType": "pubmed"}}}, {"Citation": "Clarke R, Birks J, Nexo + E, et al. Low vitamin B-12 status and risk of cognitive decline in older adults. + Am J Clin Nutr. 2007;86(5):1384\u20131391.", "ArticleIdList": {"ArticleId": + {"#text": "17991650", "@IdType": "pubmed"}}}, {"Citation": "Haan MN, Miller + JW, Aiello AE, et al. Homocysteine, B vitamins, and the incidence of dementia + and cognitive impairment: results from the Sacramento Area Latino Study on + Aging. Am J Clin Nutr. 2007;85(2):511\u2013517.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC1892349", "@IdType": "pmc"}, {"#text": "17284751", "@IdType": + "pubmed"}]}}, {"Citation": "Ozawa M, Ninomiya T, Ohara T, et al. Self-reported + dietary intake of potassium, calcium, and magnesium and risk of dementia in + the Japanese: the Hisayama Study. J Am Geriatr Soc. 2012;60(8):1515\u20131520.", + "ArticleIdList": {"ArticleId": {"#text": "22860881", "@IdType": "pubmed"}}}, + {"Citation": "Mackness B, Mackness M. Anti-inflammatory properties of paraoxonase-1 + in atherosclerosis. Adv Exp Med Biol. 2010;660:143\u2013151.", "ArticleIdList": + {"ArticleId": {"#text": "20221877", "@IdType": "pubmed"}}}, {"Citation": "Mineo + C, Deguchi H, Griffin JH, Shaul PW. Endothelial and antithrombotic actions + of HDL. Circ Res. 2006;98(11):1352\u20131364.", "ArticleIdList": {"ArticleId": + {"#text": "16763172", "@IdType": "pubmed"}}}, {"Citation": "Norata GD, Pirillo + A, Ammirati E, Catapano AL. Emerging role of high density lipoproteins as + a player in the immune system. Atherosclerosis. 2012;220(1):11\u201321.", + "ArticleIdList": {"ArticleId": {"#text": "21783193", "@IdType": "pubmed"}}}, + {"Citation": "van den Kommer TN, Dik MG, Comijs HC, Jonker C, Deeg DJ. Role + of lipoproteins and inflammation in cognitive decline: do they interact? Neurobiol + Aging. 2012;33(1):196.e1\u2013e12.", "ArticleIdList": {"ArticleId": {"#text": + "20594617", "@IdType": "pubmed"}}}, {"Citation": "Eckert GP, Kirsch C, Leutz + S, Wood WG, M\u00fcller WE. Cholesterol modulates amyloid beta-peptide\u2019s + membrane interactions. Pharma-copsychiatry. 2003;36(Suppl 2):S136\u2013S143.", + "ArticleIdList": {"ArticleId": {"#text": "14574628", "@IdType": "pubmed"}}}, + {"Citation": "Koudinov AR, Koudinova NV. Essential role for cholesterol in + synaptic plasticity and neuronal degeneration. FASEB J. 2001;15(10):1858\u20131860.", + "ArticleIdList": {"ArticleId": {"#text": "11481254", "@IdType": "pubmed"}}}, + {"Citation": "He Q, Li Q, Zhao J, et al. Relationship between plasma lipids + and mild cognitive impairment in the elderly Chinese: a case-control study. + Lipids Health Dis. 2016;15(1):146.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5011904", "@IdType": "pmc"}, {"#text": "27595570", "@IdType": "pubmed"}]}}, + {"Citation": "Lv YB, Yin ZX, Chei CL, et al. Serum cholesterol levels within + the high normal range are associated with better cognitive performance among + Chinese elderly. J Nutr Health Aging. 2016;20(3):280\u2013287.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC4955538", "@IdType": "pmc"}, {"#text": "26892577", + "@IdType": "pubmed"}]}}, {"Citation": "Ihle A, Gouveia \u00c9R, Gouveia BR, + et al. High-density lipoprotein cholesterol level relates to working memory, + immediate and delayed cued recall in Brazilian older adults: the role of cognitive + reserve. Dement Geriatr Cogn Disord. 2017;44(1\u20132):84\u201391.", "ArticleIdList": + {"ArticleId": {"#text": "28743108", "@IdType": "pubmed"}}}, {"Citation": "Sinha + S, Misra A, Kumar V, et al. Proton magnetic resonance spectroscopy and single + photon emission computed tomography study of the brain in asymptomatic young + hyperlipidaemic Asian Indians in North India show early abnormalities. Clin + Endocrinol. 2004;61(2):182\u2013189.", "ArticleIdList": {"ArticleId": {"#text": + "15272912", "@IdType": "pubmed"}}}, {"Citation": "Reiman EM, Chen K, Langbaum + JB, et al. Higher serum total cholesterol levels in late middle age are associated + with glucose hypometabolism in brain regions affected by Alzheimer\u2019s + disease and normal aging. Neuroimage. 2010;49(1):169\u2013176.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2888804", "@IdType": "pmc"}, {"#text": "19631758", + "@IdType": "pubmed"}]}}, {"Citation": "Gonzales MM, Tarumi T, Eagan DE, Tanaka + H, Biney FO, Haley AP. Current serum lipoprotein levels and FMRI response + to working memory in midlife. Dement Geriatr Cogn Disord. 2011;31(4):259\u2013267.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3085033", "@IdType": "pmc"}, + {"#text": "21494033", "@IdType": "pubmed"}]}}, {"Citation": "Selhub J, Troen + A, Rosenberg IH. B vitamins and the aging brain. Nutr Rev. 2010;68(Suppl 2):S112\u2013S118.", + "ArticleIdList": {"ArticleId": {"#text": "21091944", "@IdType": "pubmed"}}}, + {"Citation": "Erickson KI, Suever BL, Prakash RS, Colcombe SJ, Mcauley E, + Kramer AF. Greater intake of vitamins B6 and B12 spares gray matter in healthy + elderly: a voxel-based morphometry study. Brain Res. 2008;1199:20\u201326.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2323025", "@IdType": "pmc"}, + {"#text": "18281020", "@IdType": "pubmed"}]}}, {"Citation": "Jannusch K, Jockwitz + C, Bidmon HJ, Moebus S, Amunts K, Caspers S. A complex interplay of vitamin + b1 and b6 metabolism with cognition, brain structure, and functional connectivity + in older adults. Front Neurosci. 2017;11:596.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC5663975", "@IdType": "pmc"}, {"#text": "29163003", "@IdType": + "pubmed"}]}}, {"Citation": "Douaud G, Refsum H, de Jager CA, et al. Preventing + Alzheimer\u2019s disease-related gray matter atrophy by B-vitamin treatment. + Proc Natl Acad Sci U S A. 2013;110(23):9523\u20139528.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC3677457", "@IdType": "pmc"}, {"#text": "23690582", + "@IdType": "pubmed"}]}}, {"Citation": "Hlais S, Reslan DR, Sarieddine HK, + et al. Effect of lysine, vitamin B(6), and carnitine supplementation on the + lipid profile of male patients with hypertriglyceridemia: a 12-week, open-label, + randomized, placebo-controlled trial. Clin Ther. 2012;34(8):1674\u20131682.", + "ArticleIdList": {"ArticleId": {"#text": "22818869", "@IdType": "pubmed"}}}, + {"Citation": "Adaikalakoteswari A, Finer S, Voyias PD, et al. Vitamin B12 + insufficiency induces cholesterol biosynthesis by limiting s-adenosylmethionine + and modulating the methylation of SREBF1 and LDLR genes. Clin Epigenetics. + 2015;7(1):14.", "ArticleIdList": {"ArticleId": [{"#text": "PMC4356060", "@IdType": + "pmc"}, {"#text": "25763114", "@IdType": "pubmed"}]}}, {"Citation": "Montoya + MT, Porres A, Serrano S, et al. Fatty acid saturation of the diet and plasma + lipid concentrations, lipoprotein particle concentrations, and cholesterol + efflux capacity. Am J Clin Nutr. 2002;75(3):484\u2013491.", "ArticleIdList": + {"ArticleId": {"#text": "11864853", "@IdType": "pubmed"}}}, {"Citation": "Axelrod + BN, Goldman RS, Henry RR. Sensitivity of the mini-mental state examination + to frontal lobe dysfunction in normal aging. J Clin Psychol. 1992;48(1):68\u201371.", + "ArticleIdList": {"ArticleId": {"#text": "1556219", "@IdType": "pubmed"}}}, + {"Citation": "Buckholtz JW, Martin JW, Treadway MT, et al. From blame to punishment: + disrupting prefrontal cortex activity reveals norm enforcement mechanisms. + Neuron. 2015;87(6):1369\u20131380.", "ArticleIdList": {"ArticleId": [{"#text": + "PMC5488876", "@IdType": "pmc"}, {"#text": "26386518", "@IdType": "pubmed"}]}}, + {"Citation": "Speck O, Ernst T, Braun J, Koch C, Miller E, Chang L. Gender + differences in the functional organization of the brain for working memory. + Neuroreport. 2000;11(11):2581\u20132585.", "ArticleIdList": {"ArticleId": + {"#text": "10943726", "@IdType": "pubmed"}}}, {"Citation": "Wechsler WD. Manual + for the Wechsler Adult Intelligence Scale-Revised. New York: Psychological + Corporation; 1981."}, {"Citation": "Turken A, Whitfield-Gabrieli S, Bammer + R, Baldo JV, Dronkers NF, Gabrieli JD. Cognitive processing speed and the + structure of white matter pathways: convergent evidence from normal variation + and lesion studies. Neuroimage. 2008;42(2):1032\u20131044.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC2630965", "@IdType": "pmc"}, {"#text": "18602840", + "@IdType": "pubmed"}]}}, {"Citation": "Bondi MW, Houston WS, Eyler LT, Brown + GG. FMRI evidence of compensatory mechanisms in older adults at genetic risk + for Alzheimer disease. Neurology. 2005;64(3):501\u2013508.", "ArticleIdList": + {"ArticleId": [{"#text": "PMC1761695", "@IdType": "pmc"}, {"#text": "15699382", + "@IdType": "pubmed"}]}}, {"Citation": "Bookheimer SY, Strojwas MH, Cohen MS, + et al. Patterns of brain activation in people at risk for Alzheimer\u2019s + disease. N Engl J Med. 2000;343(7):450\u2013456.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC2831477", "@IdType": "pmc"}, {"#text": "10944562", "@IdType": + "pubmed"}]}}, {"Citation": "Hebert JR, Ockene IS, Hurley TG, Luippold R, Well + AD, Harmatz MG. Development and testing of a seven-day dietary recall. J Clin + Epidemiol. 1997;50(8):925\u2013937.", "ArticleIdList": {"ArticleId": {"#text": + "9291878", "@IdType": "pubmed"}}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "30613138", "@Version": "1"}, "@Owner": "NLM", "@Status": + "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1178-1998", "@IssnType": + "Electronic"}, "Title": "Clinical interventions in aging", "JournalIssue": + {"Volume": "14", "PubDate": {"Year": "2019"}, "@CitedMedium": "Internet"}, + "ISOAbbreviation": "Clin Interv Aging"}, "Abstract": {"AbstractText": [{"#text": + "Dorsolateral prefrontal cortex (DLPFC) is a key node in the cognitive control + network that supports working memory. DLPFC dysfunction is related to cognitive + impairment. It has been suggested that dietary components and high-density + lipoprotein cholesterol (HDL-C) play a vital role in brain health and cognitive + function.", "@Label": "BACKGROUND", "@NlmCategory": "BACKGROUND"}, {"#text": + "This study aimed to investigate the relationships between dietary nutrient + intake and lipid levels with functional MRI (fMRI) brain activation in DLPFC + among older adults with mild cognitive impairment.", "@Label": "PURPOSE", + "@NlmCategory": "OBJECTIVE"}, {"#text": "A total of 15 community-dwelling + older adults with mild cognitive impairment, aged \u226560 years, participated + in this cross-sectional study at selected senior citizen clubs in Klang Valley, + Malaysia. The 7-day recall Diet History Questionnaire was used to assess participants'' + dietary nutrient intake. Fasting blood samples were also collected for lipid + profile assessment. All participants performed N-back (0- and 1-back) working + memory tasks during fMRI scanning. DLPFC (Brodmann''s areas 9 and 46, and + inferior, middle, and superior frontal gyrus) was identified as a region of + interest for analysis.", "@Label": "PARTICIPANTS AND METHODS", "@NlmCategory": + "METHODS"}, {"i": ["P", "\u03b2", "t", "P", "\u03b2", "t", "P", "R"], "sup": + "2", "#text": "Positive associations were observed between dietary intake + of energy, protein, cholesterol, vitamins B6 and B12, potassium, iron, phosphorus, + magnesium, and HDL-C with DLPFC activation (<0.05). Multivariate analysis + showed that vitamin B6 intake, =0.505, (14)=3.29, =0.023, and Digit Symbol + score, =0.413, (14)=2.89, =0.045; =0.748, were positively related to DLPFC + activation.", "@Label": "RESULTS", "@NlmCategory": "RESULTS"}, {"#text": "Increased + vitamin B6 intake and cognitive processing speed were related to greater activation + in the DLPFC region, which was responsible for working memory, executive function, + attention, planning, and decision making. Further studies are needed to elucidate + the mechanisms underlying the association.", "@Label": "CONCLUSION", "@NlmCategory": + "CONCLUSIONS"}]}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Huijin", "Initials": + "H", "LastName": "Lau", "AffiliationInfo": {"Affiliation": "Center for Healthy + Aging and Wellness, Faculty of Health Sciences, Universiti Kebangsaan Malaysia, + Kuala Lumpur, Malaysia, suzana.shahar@ukm.edu.my."}}, {"@ValidYN": "Y", "ForeName": + "Suzana", "Initials": "S", "LastName": "Shahar", "AffiliationInfo": {"Affiliation": + "Center for Healthy Aging and Wellness, Faculty of Health Sciences, Universiti + Kebangsaan Malaysia, Kuala Lumpur, Malaysia, suzana.shahar@ukm.edu.my."}}, + {"@ValidYN": "Y", "ForeName": "Mazlyfarina", "Initials": "M", "LastName": + "Mohamad", "AffiliationInfo": {"Affiliation": "Diagnostic Imaging and Radiotherapy + Program, Faculty of Health Sciences, Universiti Kebangsaan Malaysia, Kuala + Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Nor Fadilah", "Initials": + "NF", "LastName": "Rajab", "AffiliationInfo": {"Affiliation": "Biomedical + Science Program, Faculty of Health Sciences, Universiti Kebangsaan Malaysia, + Kuala Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Hanis Mastura", + "Initials": "HM", "LastName": "Yahya", "AffiliationInfo": {"Affiliation": + "Center for Healthy Aging and Wellness, Faculty of Health Sciences, Universiti + Kebangsaan Malaysia, Kuala Lumpur, Malaysia, suzana.shahar@ukm.edu.my."}}, + {"@ValidYN": "Y", "ForeName": "Normah Che", "Initials": "NC", "LastName": + "Din", "AffiliationInfo": {"Affiliation": "Health Psychology Program, School + of Healthcare Sciences, Faculty of Health Sciences, Universiti Kebangsaan + Malaysia, Kuala Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Hamzaini + Abdul", "Initials": "HA", "LastName": "Hamid", "AffiliationInfo": {"Affiliation": + "Department of Radiology, Faculty of Medicine, Universiti Kebangsaan Malaysia + Medical Center, Kuala Lumpur, Malaysia."}}], "@CompleteYN": "Y"}, "Pagination": + {"EndPage": "51", "StartPage": "43", "MedlinePgn": "43-51"}, "ArticleDate": + {"Day": "24", "Year": "2018", "Month": "12", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.2147/CIA.S183425", "@EIdType": "doi", "@ValidYN": "Y"}, "ArticleTitle": + "Relationships between dietary nutrients intake and lipid levels with functional + MRI dorsolateral prefrontal cortex activation.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "31", + "Year": "2022", "Month": "03"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "HDL-C", "@MajorTopicYN": "N"}, {"#text": "brain activation", "@MajorTopicYN": + "N"}, {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "vitamin B6", "@MajorTopicYN": + "N"}]}, "ChemicalList": {"Chemical": [{"RegistryNumber": "0", "NameOfSubstance": + {"@UI": "D008076", "#text": "Cholesterol, HDL"}}, {"RegistryNumber": "8059-24-3", + "NameOfSubstance": {"@UI": "D025101", "#text": "Vitamin B 6"}}]}, "CoiStatement": + "Disclosure The authors report no conflicts of interest in this work.", "DateCompleted": + {"Day": "11", "Year": "2019", "Month": "02"}, "CitationSubset": "IM", "@IndexingMethod": + "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": + "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000097", "#text": "blood", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": + "D008076", "#text": "Cholesterol, HDL", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003071", "#text": "Cognition", "@MajorTopicYN": "Y"}}, {"QualifierName": + [{"@UI": "Q000097", "#text": "blood", "@MajorTopicYN": "Y"}, {"@UI": "Q000000981", + "#text": "diagnostic imaging", "@MajorTopicYN": "Y"}, {"@UI": "Q000503", "#text": + "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D060825", + "#text": "Cognitive Dysfunction", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D003430", "#text": "Cross-Sectional Studies", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D004032", "#text": "Diet", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D015930", "#text": "Diet Records", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008570", "#text": + "Memory, Short-Term", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", + "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000008", "#text": "administration & dosage", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000078622", "#text": "Nutrients", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "Y"}, + {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000008", "#text": "administration & dosage", "@MajorTopicYN": "Y"}, + "DescriptorName": {"@UI": "D025101", "#text": "Vitamin B 6", "@MajorTopicYN": + "N"}}]}, "MedlineJournalInfo": {"Country": "New Zealand", "MedlineTA": "Clin + Interv Aging", "ISSNLinking": "1176-9092", "NlmUniqueID": "101273480"}}}, + "semantic_scholar": {"year": 2018, "title": "Relationships between dietary + nutrients intake and lipid levels with functional MRI dorsolateral prefrontal + cortex activation", "venue": "Clinical Interventions in Aging", "authors": + [{"name": "Huijin Lau", "authorId": "38965880"}, {"name": "S. Shahar", "authorId": + "2773427"}, {"name": "M. Mohamad", "authorId": "3875922"}, {"name": "N. Rajab", + "authorId": "5145536"}, {"name": "H. M. Yahya", "authorId": "36770753"}, {"name": + "Normah Che Din", "authorId": "7887352"}, {"name": "H. Abdul Hamid", "authorId": + "38810160"}], "paperId": "995f817017cf1bafe09b949a88604fa5ae599d5b", "abstract": + "Background Dorsolateral prefrontal cortex (DLPFC) is a key node in the cognitive + control network that supports working memory. DLPFC dysfunction is related + to cognitive impairment. It has been suggested that dietary components and + high-density lipoprotein cholesterol (HDL-C) play a vital role in brain health + and cognitive function. Purpose This study aimed to investigate the relationships + between dietary nutrient intake and lipid levels with functional MRI (fMRI) + brain activation in DLPFC among older adults with mild cognitive impairment. + Participants and methods A total of 15 community-dwelling older adults with + mild cognitive impairment, aged \u226560 years, participated in this cross-sectional + study at selected senior citizen clubs in Klang Valley, Malaysia. The 7-day + recall Diet History Questionnaire was used to assess participants\u2019 dietary + nutrient intake. Fasting blood samples were also collected for lipid profile + assessment. All participants performed N-back (0- and 1-back) working memory + tasks during fMRI scanning. DLPFC (Brodmann\u2019s areas 9 and 46, and inferior, + middle, and superior frontal gyrus) was identified as a region of interest + for analysis. Results Positive associations were observed between dietary + intake of energy, protein, cholesterol, vitamins B6 and B12, potassium, iron, + phosphorus, magnesium, and HDL-C with DLPFC activation (P<0.05). Multivariate + analysis showed that vitamin B6 intake, \u03b2=0.505, t (14)=3.29, P=0.023, + and Digit Symbol score, \u03b2=0.413, t (14)=2.89, P=0.045; R2=0.748, were + positively related to DLPFC activation. Conclusion Increased vitamin B6 intake + and cognitive processing speed were related to greater activation in the DLPFC + region, which was responsible for working memory, executive function, attention, + planning, and decision making. Further studies are needed to elucidate the + mechanisms underlying the association.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.dovepress.com/getfile.php?fileID=47155", "status": "GOLD", + "license": "CCBYNC", "disclaimer": "Notice: Paper or abstract available at + https://pmc.ncbi.nlm.nih.gov/articles/PMC6307498, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2018-12-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T18:07:15.085129+00:00", "analyses": + [{"id": "i5yMrDuuJbTT", "user": null, "name": "t2-cia-14-043", "metadata": + {"table": {"table_number": 2, "table_metadata": {"table_id": "t2-cia-14-043", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30613138-10-2147-cia-s183425-pmc6307498/tables/t2-cia-14-043_coordinates.csv"}, + "original_table_id": "t2-cia-14-043"}, "table_metadata": {"table_id": "t2-cia-14-043", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30613138-10-2147-cia-s183425-pmc6307498/tables/t2-cia-14-043_coordinates.csv"}, + "sanitized_table_id": "t2-cia-14-043"}, "description": "Activated brain regions + during N-back task (P<0.05, corrected for FWE)", "conditions": [], "weights": + [], "points": [{"id": "No24vw5kvN2p", "coordinates": [38.0, 6.0, 56.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 25.12}]}, {"id": "me9EK3SWqCbn", "coordinates": [-4.0, 32.0, + 38.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 11.84}]}, {"id": "zpZavW6JxBCm", "coordinates": [10.0, + 26.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 10.85}]}, {"id": "NcVgec7nEZM7", "coordinates": + [30.0, 34.0, -18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.35}]}, {"id": "9HVmYGKiQpdt", "coordinates": + [24.0, -18.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.86}]}, {"id": "eFobja9iXd4t", "coordinates": + [-26.0, 44.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.46}]}, {"id": "8dKvnVu2rmwA", "coordinates": + [8.0, -20.0, 70.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.3}]}, {"id": "gjJsG33fAjB5", "coordinates": + [-18.0, 50.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.29}]}, {"id": "KV53jQ6BqAoj", "coordinates": + [14.0, 46.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.18}]}, {"id": "wzP3jSNyBWqb", "coordinates": + [8.0, 50.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.04}]}], "images": []}]}, {"id": + "oCbt6XuWSVvp", "created_at": "2025-12-04T23:20:00.250601+00:00", "updated_at": + null, "user": null, "name": "5-HT, prefrontal function and aging: fMRI of + inhibition and acute tryptophan depletion", "description": "Age-related declines + in prefrontal functions and age-related declines in prefrontal serotonin (5-HT) + are documented. The effect of 5-HT on prefrontal cortex (PFC) is also documented; + however, no one has examined the effect of experimental 5-HT modulation on + PFC in healthy older adults. We investigated the effect of 5-HT on brain functioning + in 10 women over 55 (mean=63.0+/-5.3 years) during cognitive interference + inhibition (Simon task) using fMRI and acute tryptophan depletion (ATD). ATD + did not affect task performance; it did affect brain function. During sham/no + depletion, participants activated brain regions associated with the Simon + (e.g., left inferior PFC). During ATD, there was no prefrontal but alternative + posterior brain activation. ATD relative to sham reduced activity in left + inferior PFC, anterior cingulate and basal ganglia but increased activity + within neocerebellum and parietal lobe. In older adults, ATD modulates task-relevant + brain activation for cognitive interference inhibition and is associated with + an anterior-to-posterior activation shift. Maintaining successful Simon performance + during ATD is achieved by increasing cerebellar and parietal contributions + to compensate for decreased fronto-cingulo-striatal involvement.", "publication": + "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2007.09.013", "pmid": + "18061310", "authors": "M. Lamar; W. Cutter; K. Rubia; M. Brammer; E. Daly; + M. Craig; A. Cleare; D. Murphy", "year": 2009, "metadata": {"slug": "18061310-10-1016-j-neurobiolaging-2007-09-013", + "source": "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "26", "Year": "2007", "Month": "6", "@PubStatus": + "received"}, {"Day": "20", "Year": "2007", "Month": "9", "@PubStatus": "revised"}, + {"Day": "29", "Year": "2007", "Month": "9", "@PubStatus": "accepted"}, {"Day": + "7", "Hour": "9", "Year": "2007", "Month": "12", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "22", "Hour": "9", "Year": "2009", "Month": "8", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "7", "Hour": "9", "Year": "2007", "Month": + "12", "Minute": "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "18061310", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2007.09.013", + "@IdType": "doi"}, {"#text": "S0197-4580(07)00385-5", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "18061310", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Issue": "7", "Volume": "30", "PubDate": {"Year": + "2009", "Month": "Jul"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol + Aging"}, "Abstract": {"AbstractText": "Age-related declines in prefrontal + functions and age-related declines in prefrontal serotonin (5-HT) are documented. + The effect of 5-HT on prefrontal cortex (PFC) is also documented; however, + no one has examined the effect of experimental 5-HT modulation on PFC in healthy + older adults. We investigated the effect of 5-HT on brain functioning in 10 + women over 55 (mean=63.0+/-5.3 years) during cognitive interference inhibition + (Simon task) using fMRI and acute tryptophan depletion (ATD). ATD did not + affect task performance; it did affect brain function. During sham/no depletion, + participants activated brain regions associated with the Simon (e.g., left + inferior PFC). During ATD, there was no prefrontal but alternative posterior + brain activation. ATD relative to sham reduced activity in left inferior PFC, + anterior cingulate and basal ganglia but increased activity within neocerebellum + and parietal lobe. In older adults, ATD modulates task-relevant brain activation + for cognitive interference inhibition and is associated with an anterior-to-posterior + activation shift. Maintaining successful Simon performance during ATD is achieved + by increasing cerebellar and parietal contributions to compensate for decreased + fronto-cingulo-striatal involvement."}, "Language": "eng", "@PubModel": "Print-Electronic", + "GrantList": {"Grant": {"Agency": "Medical Research Council", "Acronym": "MRC_", + "Country": "United Kingdom", "GrantID": "G84/6518"}, "@CompleteYN": "Y"}, + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Melissa", "Initials": + "M", "LastName": "Lamar", "AffiliationInfo": {"Affiliation": "Department of + Psychology, Institute of Psychiatry, King''s College London, London, UK. m.lamar@iop.kcl.ac.uk"}}, + {"@ValidYN": "Y", "ForeName": "William J", "Initials": "WJ", "LastName": "Cutter"}, + {"@ValidYN": "Y", "ForeName": "Katya", "Initials": "K", "LastName": "Rubia"}, + {"@ValidYN": "Y", "ForeName": "Michael", "Initials": "M", "LastName": "Brammer"}, + {"@ValidYN": "Y", "ForeName": "Eileen M", "Initials": "EM", "LastName": "Daly"}, + {"@ValidYN": "Y", "ForeName": "Michael C", "Initials": "MC", "LastName": "Craig"}, + {"@ValidYN": "Y", "ForeName": "Anthony J", "Initials": "AJ", "LastName": "Cleare"}, + {"@ValidYN": "Y", "ForeName": "Declan G M", "Initials": "DG", "LastName": + "Murphy"}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "1146", "StartPage": + "1135", "MedlinePgn": "1135-46"}, "ArticleDate": {"Day": "03", "Year": "2007", + "Month": "12", "@DateType": "Electronic"}, "ArticleTitle": "5-HT, prefrontal + function and aging: fMRI of inhibition and acute tryptophan depletion.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "29", "Year": "2025", "Month": "05"}, "ChemicalList": {"Chemical": + [{"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D015415", "#text": "Biomarkers"}}, + {"RegistryNumber": "333DO1RDJY", "NameOfSubstance": {"@UI": "D012701", "#text": + "Serotonin"}}, {"RegistryNumber": "8DUH1N11BX", "NameOfSubstance": {"@UI": + "D014364", "#text": "Tryptophan"}}]}, "DateCompleted": {"Day": "21", "Year": + "2009", "Month": "08"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", + "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000208", + "#text": "Acute Disease", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000222", "#text": "Adaptation, Physiological", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000378", "#text": "metabolism", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"QualifierName": [{"@UI": "Q000032", "#text": "analysis", "@MajorTopicYN": + "N"}, {"@UI": "Q000378", "#text": "metabolism", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D015415", "#text": "Biomarkers", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000378", "#text": "metabolism", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": + {"@UI": "D001921", "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D001931", "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D007839", "#text": "Functional Laterality", "@MajorTopicYN": "N"}}, + {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D009433", + "#text": "Neural Inhibition", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": + "Q000378", "#text": "metabolism", "@MajorTopicYN": "N"}, {"@UI": "Q000503", + "#text": "physiopathology", "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": + "D009434", "#text": "Neural Pathways", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": [{"@UI": "Q000378", "#text": "metabolism", "@MajorTopicYN": + "Y"}, {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}], + "DescriptorName": {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000096", "#text": "biosynthesis", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D012701", "#text": "Serotonin", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D011795", "#text": "Surveys and Questionnaires", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000172", "#text": "deficiency", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D014364", "#text": "Tryptophan", + "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": "United States", + "MedlineTA": "Neurobiol Aging", "ISSNLinking": "0197-4580", "NlmUniqueID": + "8100437"}}}, "semantic_scholar": {"year": 2009, "title": "5-HT, prefrontal + function and aging: fMRI of inhibition and acute tryptophan depletion", "venue": + "Neurobiology of Aging", "authors": [{"name": "M. Lamar", "authorId": "144002362"}, + {"name": "W. Cutter", "authorId": "143624093"}, {"name": "K. Rubia", "authorId": + "9037188"}, {"name": "M. Brammer", "authorId": "2730391"}, {"name": "E. Daly", + "authorId": "2088796"}, {"name": "M. Craig", "authorId": "35107591"}, {"name": + "A. Cleare", "authorId": "5165063"}, {"name": "D. Murphy", "authorId": "143799270"}], + "paperId": "f776d040115f413d9365fac6fa4a10d2b4a91867", "abstract": null, "isOpenAccess": + false, "openAccessPdf": {"url": "", "status": "CLOSED", "license": null, "disclaimer": + "Notice: The following paper fields have been elided by the publisher: {''abstract''}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2007.09.013?email= + or https://doi.org/10.1016/j.neurobiolaging.2007.09.013, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2009-07-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T23:22:33.885991+00:00", "analyses": + [{"id": "CUb5MyTURi22", "user": null, "name": "Acute tryptophan depletion", + "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": "tbl3", + "table_label": "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Generic brain activation for + the contrast of incongruent trials to congruent trials for the sham depletion + and the tryptophan depletion", "conditions": [], "weights": [], "points": + [{"id": "DkznJ9rP26cd", "coordinates": [-22.0, -67.0, 31.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 0.002}]}, {"id": "cBGbAJQXga98", "coordinates": [-18.0, -70.0, 37.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.002}]}, {"id": "jMbKhn7pnz2K", "coordinates": [-18.0, -74.0, + 26.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.002}]}, {"id": "YDKRT88jqHCB", "coordinates": [-25.0, + -78.0, 20.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.002}]}, {"id": "5YpuEbYWCQTL", "coordinates": + [-32.0, -78.0, 15.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.002}]}], "images": []}, {"id": "2aV9Q3HMcTaH", + "user": null, "name": "Sham depletion", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "tbl3", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv"}, + "original_table_id": "tbl3"}, "table_metadata": {"table_id": "tbl3", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv"}, + "sanitized_table_id": "tbl3"}, "description": "Generic brain activation for + the contrast of incongruent trials to congruent trials for the sham depletion + and the tryptophan depletion", "conditions": [], "weights": [], "points": + [{"id": "2NJJptG4CEg3", "coordinates": [-43.0, 40.0, -7.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 0.001}]}, {"id": "dHfEpWvEJF8y", "coordinates": [-47.0, 22.0, 4.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.001}]}, {"id": "5RWxvaZ7hmpD", "coordinates": [-43.0, 41.0, + -2.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.001}]}, {"id": "wtxv7MDXPNZr", "coordinates": [-47.0, + 4.0, -18.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.001}]}], "images": []}]}, {"id": "pSDYT3a7AEAF", + "created_at": "2025-12-04T05:27:32.256396+00:00", "updated_at": null, "user": + null, "name": "Dopamine D2/3 Binding Potential Modulates Neural Signatures + of Working Memory in a Load-Dependent Fashion", "description": "Dopamine (DA) + modulates corticostriatal connections. Studies in which imaging of the DA + system is integrated with functional imaging during cognitive performance + have yielded mixed findings. Some work has shown a link between striatal DA + (measured by PET) and fMRI activations, whereas others have failed to observe + such a relationship. One possible reason for these discrepant findings is + differences in task demands, such that a more demanding task with greater + prefrontal activations may yield a stronger association with DA. Moreover, + a potential DA\u2013BOLD association may be modulated by task performance. + We studied 155 (104 normal-performing and 51 low-performing) healthy older + adults (43% females) who underwent fMRI scanning while performing a working + memory (WM) n-back task along with DA D2/3 PET assessment using [11C]raclopride. + Using multivariate partial-least-squares analysis, we observed a significant + pattern revealing positive associations of striatal as well as extrastriatal + DA D2/3 receptors to BOLD response in the thalamo\u2013striatal\u2013cortical + circuit, which supports WM functioning. Critically, the DA\u2013BOLD association + in normal-performing, but not low-performing, individuals was expressed in + a load-dependent fashion, with stronger associations during 3-back than 1-/2-back + conditions. Moreover, normal-performing adults expressing upregulated BOLD + in response to increasing task demands showed a stronger DA\u2013BOLD association + during 3-back, whereas low-performing individuals expressed a stronger association + during 2-back conditions. This pattern suggests a nonlinear DA\u2013BOLD performance + association, with the strongest link at the maximum capacity level. Together, + our results suggest that DA may have a stronger impact on functional brain + responses during more demanding cognitive tasks. SIGNIFICANCE STATEMENT Dopamine + (DA) is a major neuromodulator in the CNS and plays a key role in several + cognitive processes via modulating the blood oxygenation level-dependent (BOLD) + signal. Some studies have shown a link between DA and BOLD, whereas others + have failed to observe such a relationship. A possible reason for the discrepancy + is differences in task demands, such that a more demanding task with greater + prefrontal activations may yield a stronger association with DA. We examined + the relationship of DA to BOLD response during working memory under three + load conditions and found that the DA\u2013BOLD association is expressed in + a load-dependent fashion. These findings may help explain the disproportionate + impairment evident in more effortful cognitive tasks in normal aging and in + those suffering dopamine-dependent neurodegenerative diseases (e.g., Parkinson''s + disease).", "publication": "Journal of Neuroscience", "doi": "10.1523/JNEUROSCI.1493-18.2018", + "pmid": "30478031", "authors": "Alireza Salami; D. Garrett; A. W\u00e5hlin; + A. Rieckmann; G. Papenberg; Nina Karalija; Lars S. Jonasson; M. Andersson; + J. Axelsson; J. Johansson; K. Riklund; M. L\u00f6vd\u00e9n; U. Lindenberger; + L. B\u00e4ckman; L. Nyberg", "year": 2018, "metadata": {"slug": "30478031-10-1523-jneurosci-1493-18-2018-pmc6335744", + "source": "semantic_scholar", "keywords": ["PET", "aging", "dopamine", "fMRI", + "working memory"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "12", "Year": "2018", "Month": "6", "@PubStatus": "received"}, {"Day": + "19", "Year": "2018", "Month": "10", "@PubStatus": "revised"}, {"Day": "5", + "Year": "2018", "Month": "11", "@PubStatus": "accepted"}, {"Day": "28", "Hour": + "6", "Year": "2018", "Month": "11", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "17", "Hour": "6", "Year": "2019", "Month": "10", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "28", "Hour": "6", "Year": "2018", "Month": "11", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "16", "Year": "2019", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "30478031", "@IdType": "pubmed"}, {"#text": "PMC6335744", "@IdType": "pmc"}, + {"#text": "10.1523/JNEUROSCI.1493-18.2018", "@IdType": "doi"}, {"#text": "JNEUROSCI.1493-18.2018", + "@IdType": "pii"}]}, "ReferenceList": {"Reference": [{"Citation": "Alakurtti + K, Johansson JJ, Joutsa J, Laine M, Backman L, Nyberg L, Rinne JO (2015) Long-term + test-retest reliability of striatal and extrastriatal dopamine D2/3 receptor + binding: study with [(11)C]raclopride and high-resolution PET. J Cereb Blood + Flow Metab 35:1199\u20131205. 10.1038/jcbfm.2015.53", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/jcbfm.2015.53", "@IdType": "doi"}, {"#text": "PMC4640276", + "@IdType": "pmc"}, {"#text": "25853904", "@IdType": "pubmed"}]}}, {"Citation": + "Arbuckle JL. (2006) Amos (Version 7.0) [Computer Program]. Chicago: SPSS."}, + {"Citation": "Ashburner J. (2007) A fast diffeomorphic image registration + algorithm. Neuroimage 38:95\u2013113. 10.1016/j.neuroimage.2007.07.007", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2007.07.007", "@IdType": "doi"}, + {"#text": "17761438", "@IdType": "pubmed"}]}}, {"Citation": "B\u00e4ckman + L, Karlsson S, Fischer H, Karlsson P, Brehmer Y, Rieckmann A, MacDonald SW, + Farde L, Nyberg L (2011) Dopamine D(1) receptors and age differences in brain + activation during working memory. Neurobiol Aging 32:1849\u20131856. 10.1016/j.neurobiolaging.2009.10.018", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2009.10.018", + "@IdType": "doi"}, {"#text": "19962789", "@IdType": "pubmed"}]}}, {"Citation": + "Black KJ, Hershey T, Koller JM, Videen TO, Mintun MA, Price JL, Perlmutter + JS (2002) A possible substrate for dopamine-related changes in mood and behavior: + prefrontal and limbic effects of a D3-preferring dopamine agonist. Proc Natl + Acad Sci U S A 99:17113\u201317118. 10.1073/pnas.012260599", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.012260599", "@IdType": "doi"}, {"#text": + "PMC139278", "@IdType": "pmc"}, {"#text": "12482941", "@IdType": "pubmed"}]}}, + {"Citation": "Boker SM, McArdle JJ, Neale M (2002) An algorithm for the hierarchical + organization of path diagrams and calculation of components of expected covariance. + Struct Equation Modeling Multidiscipl J 9:174\u2013194. 10.1207/S15328007SEM0902_2", + "ArticleIdList": {"ArticleId": {"#text": "10.1207/S15328007SEM0902_2", "@IdType": + "doi"}}}, {"Citation": "Buckholtz JW, Treadway MT, Cowan RL, Woodward ND, + Benning SD, Li R, Ansari MS, Baldwin RM, Schwartzman AN, Shelby ES, Smith + CE, Cole D, Kessler RM, Zald DH (2010) Mesolimbic dopamine reward system hypersensitivity + in individuals with psychopathic traits. Nat Neurosci 13:419\u2013421. 10.1038/nn.2510", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nn.2510", "@IdType": "doi"}, + {"#text": "PMC2916168", "@IdType": "pmc"}, {"#text": "20228805", "@IdType": + "pubmed"}]}}, {"Citation": "Cabeza R, Nyberg L (2000) Imaging cognition II: + an empirical review of 275 PET and fMRI studies. J Cogn Neurosci 12:1\u201347.", + "ArticleIdList": {"ArticleId": {"#text": "10769304", "@IdType": "pubmed"}}}, + {"Citation": "Clatworthy PL, Lewis SJ, Brichard L, Hong YT, Izquierdo D, Clark + L, Cools R, Aigbirhio FI, Baron JC, Fryer TD, Robbins TW (2009) Dopamine release + in dissociable striatal subregions predicts the different effects of oral + methylphenidate on reversal learning and spatial working memory. J Neurosci + 29:4690\u20134696. 10.1523/JNEUROSCI.3266-08.2009", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.3266-08.2009", "@IdType": "doi"}, {"#text": + "PMC6665353", "@IdType": "pmc"}, {"#text": "19369539", "@IdType": "pubmed"}]}}, + {"Citation": "Cole DM, Oei NY, Soeter RP, Both S, van Gerven JM, Rombouts + SA, Beckmann CF (2013) Dopamine-dependent architecture of cortico-subcortical + network connectivity. Cereb Cortex 23:1509\u20131516. 10.1093/cercor/bhs136", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhs136", "@IdType": + "doi"}, {"#text": "22645252", "@IdType": "pubmed"}]}}, {"Citation": "Cools + R, D''Esposito M (2011) Inverted-U-shaped dopamine actions on human working + memory and cognitive control. Biol Psychiatry 69:e113\u2013125. 10.1016/j.biopsych.2011.03.028", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.biopsych.2011.03.028", + "@IdType": "doi"}, {"#text": "PMC3111448", "@IdType": "pmc"}, {"#text": "21531388", + "@IdType": "pubmed"}]}}, {"Citation": "D''Ardenne K, McClure SM, Nystrom LE, + Cohen JD (2008) BOLD responses reflecting dopaminergic signals in the human + ventral tegmental area. Science 319:1264\u20131267. 10.1126/science.1150605", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.1150605", "@IdType": + "doi"}, {"#text": "18309087", "@IdType": "pubmed"}]}}, {"Citation": "de Boer + L, Axelsson J, Riklund K, Nyberg L, Dayan P, B\u00e4ckman L, Guitart-Masip + M (2017) Attenuation of dopamine-modulated prefrontal value signals underlies + probabilistic reward learning deficits in old age. eLIFE 6:e26424. 10.7554/eLife.26424", + "ArticleIdList": {"ArticleId": [{"#text": "10.7554/eLife.26424", "@IdType": + "doi"}, {"#text": "PMC5593512", "@IdType": "pmc"}, {"#text": "28870286", "@IdType": + "pubmed"}]}}, {"Citation": "Desikan RS, S\u00e9gonne F, Fischl B, Quinn BT, + Dickerson BC, Blacker D, Buckner RL, Dale AM, Maguire RP, Hyman BT, Albert + MS, Killiany RJ (2006) An automated labeling system for subdividing the human + cerebral cortex on MRI scans into gyral based regions of interest. Neuroimage + 31:968\u2013980. 10.1016/j.neuroimage.2006.01.021", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2006.01.021", "@IdType": "doi"}, {"#text": + "16530430", "@IdType": "pubmed"}]}}, {"Citation": "Efron B, Tibshirani R (1986) + Bootstrap methods for standard errors, confidence intervals, and other measures + of statistical accuracy. Stat Sci 1:54\u201377. 10.1214/ss/1177013815", "ArticleIdList": + {"ArticleId": {"#text": "10.1214/ss/1177013815", "@IdType": "doi"}}}, {"Citation": + "Farde L, Pauli S, Hall H, Eriksson L, Halldin C, H\u00f6gberg T, Nilsson + L, Sj\u00f6gren I, Stone-Elander S (1988) Stereoselective binding of l lC-raclopride + in living human brain a search for extrastriatal central D2-dopamine receptors + by PET. Psychopharmacology 94:471\u2013478. 10.1007/BF00212840", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/BF00212840", "@IdType": "doi"}, {"#text": + "3131792", "@IdType": "pubmed"}]}}, {"Citation": "Fischl B, Salat DH, Busa + E, Albert M, Dieterich M, Haselgrove C, van der Kouwe A, Killiany R, Kennedy + D, Klaveness S, Montillo A, Makris N, Rosen B, Dale AM (2002) Whole brain + segmentation: automated labeling of neuroanatomical structures in the human + brain. Neuron 33:341\u2013355. 10.1016/S0896-6273(02)00569-X", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S0896-6273(02)00569-X", "@IdType": "doi"}, + {"#text": "11832223", "@IdType": "pubmed"}]}}, {"Citation": "Fischl B, Salat + DH, van der Kouwe AJ, Makris N, Segonne F, Quinn BT, Dale AM (2004) Sequence-independent + segmentation of magnetic resonance images. Neuroimage 23 [Suppl 1]:S69\u2013S84.", + "ArticleIdList": {"ArticleId": {"#text": "15501102", "@IdType": "pubmed"}}}, + {"Citation": "Garrett DD, Kovacevic N, McIntosh AR, Grady CL (2010) Blood + oxygen level-dependent signal variability is more than just noise. J Neurosci + 30:4914\u20134921. 10.1523/JNEUROSCI.5166-09.2010", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.5166-09.2010", "@IdType": "doi"}, {"#text": + "PMC6632804", "@IdType": "pmc"}, {"#text": "20371811", "@IdType": "pubmed"}]}}, + {"Citation": "Grady CL, Garrett DD (2014) Understanding variability in the + BOLD signal and why it matters for aging. Brain Imaging Behav 8:274\u2013283. + 10.1007/s11682-013-9253-0", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11682-013-9253-0", + "@IdType": "doi"}, {"#text": "PMC3922711", "@IdType": "pmc"}, {"#text": "24008589", + "@IdType": "pubmed"}]}}, {"Citation": "Guitart-Masip M, Salami A, Garrett + D, Rieckmann A, Lindenberger U, Backman L (2015) BOLD variability is related + to dopaminergic neurotransmission and cognitive aging. Cereb Cortex 26:2074\u20132083. + 10.1093/cercor/bhv029", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhv029", + "@IdType": "doi"}, {"#text": "25750252", "@IdType": "pubmed"}]}}, {"Citation": + "Hall H, Sedvall G, Magnusson O, Kopp J, Halldin C, Farde L (1994) Distribution + of D1- and D2-dopamine receptors, and dopamine and its metabolites in the + human brain. Neuropsychopharmacology 11:245\u2013256. 10.1038/sj.npp.1380111", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/sj.npp.1380111", "@IdType": + "doi"}, {"#text": "7531978", "@IdType": "pubmed"}]}}, {"Citation": "Han X, + Fischl B (2007) Atlas renormalization for improved brain MR image segmentation + across scanner platforms. IEEE Trans Med Imaging 26:479\u2013486. 10.1109/TMI.2007.893282", + "ArticleIdList": {"ArticleId": [{"#text": "10.1109/TMI.2007.893282", "@IdType": + "doi"}, {"#text": "17427735", "@IdType": "pubmed"}]}}, {"Citation": "Hazy + TE, Frank MJ, O''Reilly RC (2006) Banishing the homunculus: making working + memory work. Neuroscience 139:105\u2013118. 10.1016/j.neuroscience.2005.04.067", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2005.04.067", + "@IdType": "doi"}, {"#text": "16343792", "@IdType": "pubmed"}]}}, {"Citation": + "Jonasson LS, Axelsson J, Riklund K, Braver TS, \u00d6gren M, B\u00e4ckman + L, Nyberg L (2014) Dopamine release in nucleus accumbens during rewarded task + switching measured by [(1)(1)C]raclopride. Neuroimage 99:357\u2013364. 10.1016/j.neuroimage.2014.05.047", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.05.047", + "@IdType": "doi"}, {"#text": "24862078", "@IdType": "pubmed"}]}}, {"Citation": + "Kaboodvand N, Backman L, Nyberg L, Salami A (2018) The retrosplenial cortex: + a memory gateway between the cortical default mode network and the medial + temporal lobe. Hum Brain Mapp 39:2020\u20132034. 10.1002/hbm.23983", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.23983", "@IdType": "doi"}, {"#text": + "PMC6866613", "@IdType": "pmc"}, {"#text": "29363256", "@IdType": "pubmed"}]}}, + {"Citation": "Karlsson S, Nyberg L, Karlsson P, Fischer H, Thilers P, Macdonald + S, Brehmer Y, Rieckmann A, Halldin C, Farde L, B\u00e4ckman L (2009) Modulation + of striatal dopamine D1 binding by cognitive processing. Neuroimage 48:398\u2013404. + 10.1016/j.neuroimage.2009.06.030", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2009.06.030", "@IdType": "doi"}, {"#text": "19539768", + "@IdType": "pubmed"}]}}, {"Citation": "Knutson B, Gibbs SE (2007) Linking + nucleus accumbens dopamine and blood oxygenation. Psychopharmacology 191:813\u2013822. + 10.1007/s00213-006-0686-7", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00213-006-0686-7", + "@IdType": "doi"}, {"#text": "17279377", "@IdType": "pubmed"}]}}, {"Citation": + "K\u00f6hncke Y, Papenberg G, Jonasson L, Karalija N, Wahlin A, Salami A, + Andersson M, Axelsson JE, Nyberg L, Riklund K, Backman L, Lindenberger U, + Lovden M (2018) Self-rated intensity of habitual physical activities is positively + associated with dopamine D2/3 receptor availability and cognition. NeuroImage + 181:605\u2013616. 10.1016/j.neuroimage.2018.07.036", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2018.07.036", "@IdType": "doi"}, {"#text": + "30041059", "@IdType": "pubmed"}]}}, {"Citation": "Krimer LS, Muly EC 3rd, + Williams GV, Goldman-Rakic PS (1998) Dopaminergic regulation of cerebral cortical + microcirculation. Nat Neuroscience 1:286\u2013289. 10.1038/1099", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/1099", "@IdType": "doi"}, {"#text": "10195161", + "@IdType": "pubmed"}]}}, {"Citation": "Landau SM, Lal R, O''Neil JP, Baker + S, Jagust WJ (2009) Striatal dopamine and working memory. Cereb Cortex 19:445\u2013454. + 10.1093/cercor/bhn095", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhn095", + "@IdType": "doi"}, {"#text": "PMC2733326", "@IdType": "pmc"}, {"#text": "18550595", + "@IdType": "pubmed"}]}}, {"Citation": "Logan J, Fowler JS, Volkow ND, Wolf + AP, Dewey SL, Schlyer DJ, MacGregor RR, Hitzemann R, Bendriem B, Gatley SJ, + Christman DR (1990) Graphical analysis of reversible radioligand binding from + time-activity measurements applied to [N-11C-methyl]-(-)-cocaine PET studies + in human subjects. J Cereb Blood Flow Metab 10:740\u2013747. 10.1038/jcbfm.1990.127", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/jcbfm.1990.127", "@IdType": + "doi"}, {"#text": "2384545", "@IdType": "pubmed"}]}}, {"Citation": "L\u00f6vden + M, Karalija N, Andersson M, W\u00e5hlin A, Axelsson J, K\u00f6hncke Y, Jonasson + LS, Rieckmann A, Papenberg G, Garrett D, Guitart-Masip M, Salami A, Riklund + K, B\u00e4ckman L, Nyberg L, Lindenberger U (2017) Latent-profile analysis + reveals behavioral and brain correlates of dopamine-cognition associations. + Cereb Cortex 28:3894\u20133907. 10.1093/cercor/bhx253", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhx253", "@IdType": "doi"}, {"#text": "PMC5823239", + "@IdType": "pmc"}, {"#text": "29028935", "@IdType": "pubmed"}]}}, {"Citation": + "McIntosh AR, Lobaugh NJ (2004) Partial least squares analysis of neuroimaging + data: applications and advances. Neuroimage 23 [Suppl. 1]:S250\u2013S263.", + "ArticleIdList": {"ArticleId": {"#text": "15501095", "@IdType": "pubmed"}}}, + {"Citation": "McIntosh AR, Bookstein FL, Haxby JV, Grady CL (1996) Spatial + pattern analysis of functional brain images using partial least squares. Neuroimage + 3:143\u2013157. 10.1006/nimg.1996.0016", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/nimg.1996.0016", "@IdType": "doi"}, {"#text": "9345485", "@IdType": + "pubmed"}]}}, {"Citation": "McIntosh AR, Chau WK, Protzner AB (2004) Spatiotemporal + analysis of event-related fMRI data using partial least squares. Neuroimage + 23:764\u2013775. 10.1016/j.neuroimage.2004.05.018", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2004.05.018", "@IdType": "doi"}, {"#text": + "15488426", "@IdType": "pubmed"}]}}, {"Citation": "Nevalainen N, Riklund K, + Andersson M, Axelsson J, Ogren M, Lovden M, Lindenberger U, Backman L, Nyberg + L (2015) COBRA: a prospective multimodal imaging study of dopamine, brain + structure and function, and cognition. Brain Res 1612:83\u2013103. 10.1016/j.brainres.2014.09.010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.brainres.2014.09.010", + "@IdType": "doi"}, {"#text": "25239478", "@IdType": "pubmed"}]}}, {"Citation": + "Nyberg L, Andersson M, Forsgren L, Jakobsson-Mo S, Larsson A, Marklund P, + Nilsson LG, Riklund K, B\u00e4ckman L (2009) Striatal dopamine D2 binding + is related to frontal BOLD response during updating of long-term memory representations. + Neuroimage 46:1194\u20131199. 10.1016/j.neuroimage.2009.03.035", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2009.03.035", "@IdType": "doi"}, + {"#text": "19327403", "@IdType": "pubmed"}]}}, {"Citation": "Nyberg L, Andersson + M, Kauppi K, Lundquist A, Persson J, Pudas S, Nilsson LG (2013) Age-related + and genetic modulation of frontal cortex efficiency. J Cogn Neurosci 26:746\u2013754. + 10.1162/jocn_a_00521", "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn_a_00521", + "@IdType": "doi"}, {"#text": "24236764", "@IdType": "pubmed"}]}}, {"Citation": + "Nyberg L, Karalija N, Salami A, Andersson M, W\u00e5hlin A, Kaboodvand N, + K\u00f6hncke Y, Axelsson J, Rieckmann A, Papenberg G, Garrett DD, Riklund + K, L\u00f6vd\u00e9n M, Lindenberger U, B\u00e4ckman L (2016) Dopamine D2 receptor + availability is linked to hippocampal\u2013caudate functional connectivity + and episodic memory. Proc Natl Acad Sci U S A 113:7918\u20137923. 10.1073/pnas.1606309113", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1606309113", "@IdType": + "doi"}, {"#text": "PMC4948341", "@IdType": "pmc"}, {"#text": "27339132", "@IdType": + "pubmed"}]}}, {"Citation": "Raz N, Lindenberger U, Rodrigue KM, Kennedy KM, + Head D, Williamson A, Dahle C, Gerstorf D, Acker JD (2005) Regional brain + changes in aging healthy adults: general trends, individual differences and + modifiers. Cereb Cortex 15:1676\u20131689. 10.1093/cercor/bhi044", "ArticleIdList": + {"ArticleId": [{"#text": "10.1093/cercor/bhi044", "@IdType": "doi"}, {"#text": + "15703252", "@IdType": "pubmed"}]}}, {"Citation": "Rieckmann A, Karlsson S, + Fischer H, B\u00e4ckman L (2011) Caudate dopamine D1 receptor density is associated + with individual differences in frontoparietal connectivity during working + memory. J Neurosci 31:14284\u201314290. 10.1523/JNEUROSCI.3114-11.2011", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.3114-11.2011", "@IdType": "doi"}, + {"#text": "PMC6623648", "@IdType": "pmc"}, {"#text": "21976513", "@IdType": + "pubmed"}]}}, {"Citation": "Rieckmann A, Karlsson S, Fischer H, B\u00e4ckman + L (2012) Increased bilateral frontal connectivity during working memory in + young adults under the influence of a dopamine D1 receptor antagonist. J Neurosci + 32:17067\u201317072. 10.1523/JNEUROSCI.1431-12.2012", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.1431-12.2012", "@IdType": "doi"}, {"#text": + "PMC6621848", "@IdType": "pmc"}, {"#text": "23197700", "@IdType": "pubmed"}]}}, + {"Citation": "Roffman JL, Tanner AS, Eryilmaz H, Rodriguez-Thompson A, Silverstein + NJ, Fei Ho NF, Nitenson AZ, Chonde DB, Greve DN, Abi-Dargham A, Buckner RL, + Manoach DS, Rosen BR, Hooker JM, Catana C (2016) Dopamine D1 signaling organizes + network dynamics underlying working memory. Sci Adv 2:e1501672. 10.1126/sciadv.1501672", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/sciadv.1501672", "@IdType": + "doi"}, {"#text": "PMC4928887", "@IdType": "pmc"}, {"#text": "27386561", "@IdType": + "pubmed"}]}}, {"Citation": "Salami A, Eriksson J, Kompus K, Habib R, Kauppi + K, Nyberg L (2010) Characterizing the neural correlates of modality-specific + and modality-independent accessibility and availability signals in memory + using partial-least squares. Neuroimage 52:686\u2013698. 10.1016/j.neuroimage.2010.04.195", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2010.04.195", + "@IdType": "doi"}, {"#text": "20420925", "@IdType": "pubmed"}]}}, {"Citation": + "Salami A, Eriksson J, Nyberg L (2012) Opposing effects of aging on large-scale + brain systems for memory encoding and cognitive control. J Neurosci 32:10749\u201310757. + 10.1523/JNEUROSCI.0278-12.2012", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.0278-12.2012", "@IdType": "doi"}, {"#text": "PMC6621394", + "@IdType": "pmc"}, {"#text": "22855822", "@IdType": "pubmed"}]}}, {"Citation": + "Salami A, Rieckmann A, Fischer H, B\u00e4ckman L (2013) A multivariate analysis + of age-related differences in functional networks supporting conflict resolution. + Neuroimage 86:150\u2013163. 10.1016/j.neuroimage.2013.08.002", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2013.08.002", "@IdType": "doi"}, + {"#text": "23939020", "@IdType": "pubmed"}]}}, {"Citation": "Salami A, Rieckmann + A, Karalija N, Avelar-Pereira B, Andersson M, W\u00e5hlin A, Papenberg G, + Garrett D, Riklund K, L\u00f6vden M, Lindenberger U, B\u00e4ckman L, Nyberg + L (2018) Neurocognitive profiles of older adults with working-memory dysfunction. + Cereb Cortex 28:2525\u20132539. 10.1093/cercor/bhy062", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhy062", "@IdType": "doi"}, {"#text": "PMC5998950", + "@IdType": "pmc"}, {"#text": "29901790", "@IdType": "pubmed"}]}}, {"Citation": + "Selvaggi P, Hawkins PCT, Dipasquale O, Rizzo G, Bertolino A, Dukart J, Sambataro + F, Pergola G, Williams SCR, Turkheimer FE, Zelaya F, Veronese M, Mehta MA + (2018) Increased cerebral blood flow after single dose of antipsychotics in + healthy volunteers depends on dopamine D2 receptor density profiles. BioRxiv. + Advance online publication. Retrieved June 02, 2018. doi:10.1101/336933", + "ArticleIdList": {"ArticleId": [{"#text": "10.1101/336933", "@IdType": "doi"}, + {"#text": "30553916", "@IdType": "pubmed"}]}}, {"Citation": "van den Brink + RL, Nieuwenhuis S, Donner TH (2018) Amplification and suppression of distinct + brainwide activity patterns by catecholamines. J Neurosci 38:7476\u20137491. + 10.1523/JNEUROSCI.0514-18.2018", "ArticleIdList": {"ArticleId": [{"#text": + "10.1523/JNEUROSCI.0514-18.2018", "@IdType": "doi"}, {"#text": "PMC6104304", + "@IdType": "pmc"}, {"#text": "30037827", "@IdType": "pubmed"}]}}, {"Citation": + "van Schouwenburg MR, den Ouden HE, Cools R (2010) The human basal ganglia + modulate frontal-posterior connectivity during attention shifting. J Neurosci + 30:9910\u20139918. 10.1523/JNEUROSCI.1111-10.2010", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.1111-10.2010", "@IdType": "doi"}, {"#text": + "PMC6632831", "@IdType": "pmc"}, {"#text": "20660273", "@IdType": "pubmed"}]}}, + {"Citation": "Vermunt J, Magidson J (2002) Latent class cluster analysis, + pp 89\u2013106. Cambridge, UK: Cambridge UP."}, {"Citation": "Wallst\u00e9n + E, Axelsson J, Sundstr\u00f6m T, Riklund K, Larsson A (2013) Subcentimeter + tumor lesion delineation for high-resolution 18F-FDG PET images: optimizing + correction for partial-volume effects. J Nucl Med Technol 41:85\u201391. 10.2967/jnmt.112.117234", + "ArticleIdList": {"ArticleId": [{"#text": "10.2967/jnmt.112.117234", "@IdType": + "doi"}, {"#text": "23658206", "@IdType": "pubmed"}]}}, {"Citation": "Weingartner + H, Burns S, Diebel R, LeWitt PA (1984) Cognitive impairments in Parkinson''s + disease: distinguishing between effort-demanding and automatic cognitive processes. + Psychiatry Res 11:223\u2013235. 10.1016/0165-1781(84)90071-4", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/0165-1781(84)90071-4", "@IdType": "doi"}, + {"#text": "6587415", "@IdType": "pubmed"}]}}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "30478031", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1529-2401", + "@IssnType": "Electronic"}, "Title": "The Journal of neuroscience : the official + journal of the Society for Neuroscience", "JournalIssue": {"Issue": "3", "Volume": + "39", "PubDate": {"Day": "16", "Year": "2019", "Month": "Jan"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "J Neurosci"}, "Abstract": {"AbstractText": + {"b": "SIGNIFICANCE STATEMENT", "i": "n", "sub": ["2/3", "2/3"], "sup": "11", + "#text": "Dopamine (DA) modulates corticostriatal connections. Studies in + which imaging of the DA system is integrated with functional imaging during + cognitive performance have yielded mixed findings. Some work has shown a link + between striatal DA (measured by PET) and fMRI activations, whereas others + have failed to observe such a relationship. One possible reason for these + discrepant findings is differences in task demands, such that a more demanding + task with greater prefrontal activations may yield a stronger association + with DA. Moreover, a potential DA-BOLD association may be modulated by task + performance. We studied 155 (104 normal-performing and 51 low-performing) + healthy older adults (43% females) who underwent fMRI scanning while performing + a working memory (WM) -back task along with DA D PET assessment using [C]raclopride. + Using multivariate partial-least-squares analysis, we observed a significant + pattern revealing positive associations of striatal as well as extrastriatal + DA D receptors to BOLD response in the thalamo-striatal-cortical circuit, + which supports WM functioning. Critically, the DA-BOLD association in normal-performing, + but not low-performing, individuals was expressed in a load-dependent fashion, + with stronger associations during 3-back than 1-/2-back conditions. Moreover, + normal-performing adults expressing upregulated BOLD in response to increasing + task demands showed a stronger DA-BOLD association during 3-back, whereas + low-performing individuals expressed a stronger association during 2-back + conditions. This pattern suggests a nonlinear DA-BOLD performance association, + with the strongest link at the maximum capacity level. Together, our results + suggest that DA may have a stronger impact on functional brain responses during + more demanding cognitive tasks. Dopamine (DA) is a major neuromodulator in + the CNS and plays a key role in several cognitive processes via modulating + the blood oxygenation level-dependent (BOLD) signal. Some studies have shown + a link between DA and BOLD, whereas others have failed to observe such a relationship. + A possible reason for the discrepancy is differences in task demands, such + that a more demanding task with greater prefrontal activations may yield a + stronger association with DA. We examined the relationship of DA to BOLD response + during working memory under three load conditions and found that the DA-BOLD + association is expressed in a load-dependent fashion. These findings may help + explain the disproportionate impairment evident in more effortful cognitive + tasks in normal aging and in those suffering dopamine-dependent neurodegenerative + diseases (e.g., Parkinson''s disease)."}, "CopyrightInformation": "Copyright + \u00a9 2019 Salami et al."}, "Language": "eng", "@PubModel": "Print-Electronic", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Alireza", "Initials": + "A", "LastName": "Salami", "Identifier": {"#text": "0000-0002-4675-8437", + "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": "Wallenberg Centre + for Molecular Medicine, alireza.salami@ki.se."}, {"Affiliation": "Ume\u00e5 + Center for Functional Brain Imaging."}, {"Affiliation": "Department of Radiation + Sciences."}, {"Affiliation": "Department of Integrative Medical Biology, Ume\u00e5 + University, Ume\u00e5 S-90187, Sweden."}, {"Affiliation": "Aging Research + Center, Karolinska Institutet and Stockholm University, S-113 30 Stockholm, + Sweden."}]}, {"@ValidYN": "Y", "ForeName": "Douglas D", "Initials": "DD", + "LastName": "Garrett", "Identifier": {"#text": "0000-0002-0629-7672", "@Source": + "ORCID"}, "AffiliationInfo": [{"Affiliation": "Center for Lifespan Psychology, + Max Planck Institute for Human Development, Berlin D-14195, Germany, and."}, + {"Affiliation": "Max Planck UCL Centre for Computational Psychiatry and Ageing + Research, Berlin, Germany, and London D-14195, United Kingdom."}]}, {"@ValidYN": + "Y", "ForeName": "Anders", "Initials": "A", "LastName": "W\u00e5hlin", "AffiliationInfo": + [{"Affiliation": "Ume\u00e5 Center for Functional Brain Imaging."}, {"Affiliation": + "Department of Radiation Sciences."}]}, {"@ValidYN": "Y", "ForeName": "Anna", + "Initials": "A", "LastName": "Rieckmann", "AffiliationInfo": [{"Affiliation": + "Ume\u00e5 Center for Functional Brain Imaging."}, {"Affiliation": "Department + of Radiation Sciences."}]}, {"@ValidYN": "Y", "ForeName": "Goran", "Initials": + "G", "LastName": "Papenberg", "AffiliationInfo": {"Affiliation": "Aging Research + Center, Karolinska Institutet and Stockholm University, S-113 30 Stockholm, + Sweden."}}, {"@ValidYN": "Y", "ForeName": "Nina", "Initials": "N", "LastName": + "Karalija", "AffiliationInfo": [{"Affiliation": "Ume\u00e5 Center for Functional + Brain Imaging."}, {"Affiliation": "Department of Radiation Sciences."}, {"Affiliation": + "Center for Lifespan Psychology, Max Planck Institute for Human Development, + Berlin D-14195, Germany, and."}]}, {"@ValidYN": "Y", "ForeName": "Lars", "Initials": + "L", "LastName": "Jonasson", "Identifier": {"#text": "0000-0001-6169-5836", + "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": "Ume\u00e5 Center + for Functional Brain Imaging."}, {"Affiliation": "Department of Integrative + Medical Biology, Ume\u00e5 University, Ume\u00e5 S-90187, Sweden."}]}, {"@ValidYN": + "Y", "ForeName": "Micael", "Initials": "M", "LastName": "Andersson", "Identifier": + {"#text": "0000-0003-4743-6365", "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": + "Ume\u00e5 Center for Functional Brain Imaging."}, {"Affiliation": "Department + of Radiation Sciences."}, {"Affiliation": "Department of Integrative Medical + Biology, Ume\u00e5 University, Ume\u00e5 S-90187, Sweden."}]}, {"@ValidYN": + "Y", "ForeName": "Jan", "Initials": "J", "LastName": "Axelsson", "Identifier": + {"#text": "0000-0002-3731-3612", "@Source": "ORCID"}, "AffiliationInfo": {"Affiliation": + "Department of Radiation Sciences."}}, {"@ValidYN": "Y", "ForeName": "Jarkko", + "Initials": "J", "LastName": "Johansson", "AffiliationInfo": [{"Affiliation": + "Ume\u00e5 Center for Functional Brain Imaging."}, {"Affiliation": "Department + of Radiation Sciences."}]}, {"@ValidYN": "Y", "ForeName": "Katrine", "Initials": + "K", "LastName": "Riklund", "Identifier": {"#text": "0000-0001-5227-8117", + "@Source": "ORCID"}, "AffiliationInfo": [{"Affiliation": "Ume\u00e5 Center + for Functional Brain Imaging."}, {"Affiliation": "Department of Radiation + Sciences."}]}, {"@ValidYN": "Y", "ForeName": "Martin", "Initials": "M", "LastName": + "L\u00f6vd\u00e9n", "AffiliationInfo": {"Affiliation": "Aging Research Center, + Karolinska Institutet and Stockholm University, S-113 30 Stockholm, Sweden."}}, + {"@ValidYN": "Y", "ForeName": "Ulman", "Initials": "U", "LastName": "Lindenberger", + "AffiliationInfo": [{"Affiliation": "Center for Lifespan Psychology, Max Planck + Institute for Human Development, Berlin D-14195, Germany, and."}, {"Affiliation": + "Max Planck UCL Centre for Computational Psychiatry and Ageing Research, Berlin, + Germany, and London D-14195, United Kingdom."}]}, {"@ValidYN": "Y", "ForeName": + "Lars", "Initials": "L", "LastName": "B\u00e4ckman", "AffiliationInfo": {"Affiliation": + "Aging Research Center, Karolinska Institutet and Stockholm University, S-113 + 30 Stockholm, Sweden."}}, {"@ValidYN": "Y", "ForeName": "Lars", "Initials": + "L", "LastName": "Nyberg", "AffiliationInfo": [{"Affiliation": "Ume\u00e5 + Center for Functional Brain Imaging."}, {"Affiliation": "Department of Radiation + Sciences."}, {"Affiliation": "Department of Integrative Medical Biology, Ume\u00e5 + University, Ume\u00e5 S-90187, Sweden."}]}], "@CompleteYN": "Y"}, "Pagination": + {"EndPage": "547", "StartPage": "537", "MedlinePgn": "537-547"}, "ArticleDate": + {"Day": "26", "Year": "2018", "Month": "11", "@DateType": "Electronic"}, "ELocationID": + {"#text": "10.1523/JNEUROSCI.1493-18.2018", "@EIdType": "doi", "@ValidYN": + "Y"}, "ArticleTitle": {"sub": "2/3", "#text": "Dopamine D Binding Potential + Modulates Neural Signatures of Working Memory in a Load-Dependent Fashion."}, + "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", "#text": "Journal + Article"}, {"@UI": "D013485", "#text": "Research Support, Non-U.S. Gov''t"}]}}, + "DateRevised": {"Day": "09", "Year": "2020", "Month": "03"}, "KeywordList": + {"@Owner": "NOTNLM", "Keyword": [{"#text": "PET", "@MajorTopicYN": "N"}, {"#text": + "aging", "@MajorTopicYN": "N"}, {"#text": "dopamine", "@MajorTopicYN": "N"}, + {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "working memory", "@MajorTopicYN": + "N"}]}, "ChemicalList": {"Chemical": [{"RegistryNumber": "0", "NameOfSubstance": + {"@UI": "C581293", "#text": "DRD2 protein, human"}}, {"RegistryNumber": "0", + "NameOfSubstance": {"@UI": "C493593", "#text": "DRD3 protein, human"}}, {"RegistryNumber": + "0", "NameOfSubstance": {"@UI": "D018492", "#text": "Dopamine Antagonists"}}, + {"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D019275", "#text": "Radiopharmaceuticals"}}, + {"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D017448", "#text": "Receptors, + Dopamine D2"}}, {"RegistryNumber": "0", "NameOfSubstance": {"@UI": "D050637", + "#text": "Receptors, Dopamine D3"}}, {"RegistryNumber": "430K3SOZ7G", "NameOfSubstance": + {"@UI": "D020891", "#text": "Raclopride"}}]}, "DateCompleted": {"Day": "16", + "Year": "2019", "Month": "10"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", + "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000378", "#text": + "metabolism", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "N"}], "DescriptorName": {"@UI": "D003342", "#text": "Corpus + Striatum", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D018492", "#text": + "Dopamine Antagonists", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D007091", "#text": "Image Processing, Computer-Assisted", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008570", + "#text": "Memory, Short-Term", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008875", "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D009415", "#text": "Nerve Net", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D049268", "#text": "Positron-Emission Tomography", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "N"}, "DescriptorName": {"@UI": "D011597", "#text": "Psychomotor Performance", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D020891", "#text": "Raclopride", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D019275", "#text": "Radiopharmaceuticals", + "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000187", "#text": "drug + effects", "@MajorTopicYN": "N"}, {"@UI": "Q000378", "#text": "metabolism", + "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D017448", "#text": "Receptors, Dopamine + D2", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000187", "#text": + "drug effects", "@MajorTopicYN": "N"}, {"@UI": "Q000378", "#text": "metabolism", + "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}], "DescriptorName": {"@UI": "D050637", "#text": "Receptors, Dopamine + D3", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D013788", + "#text": "Thalamus", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "United States", "MedlineTA": "J Neurosci", "ISSNLinking": "0270-6474", "NlmUniqueID": + "8102140"}}}, "semantic_scholar": {"year": 2018, "title": "Dopamine D2/3 Binding + Potential Modulates Neural Signatures of Working Memory in a Load-Dependent + Fashion", "venue": "Journal of Neuroscience", "authors": [{"name": "Alireza + Salami", "authorId": "1825234"}, {"name": "D. Garrett", "authorId": "1683173"}, + {"name": "A. W\u00e5hlin", "authorId": "3619079"}, {"name": "A. Rieckmann", + "authorId": "2697376"}, {"name": "G. Papenberg", "authorId": "1687069"}, {"name": + "Nina Karalija", "authorId": "4131152"}, {"name": "Lars S. Jonasson", "authorId": + "40315692"}, {"name": "M. Andersson", "authorId": "2192186"}, {"name": "J. + Axelsson", "authorId": "144235554"}, {"name": "J. Johansson", "authorId": + "32365546"}, {"name": "K. Riklund", "authorId": "50338538"}, {"name": "M. + L\u00f6vd\u00e9n", "authorId": "2869333"}, {"name": "U. Lindenberger", "authorId": + "1687669"}, {"name": "L. B\u00e4ckman", "authorId": "35019448"}, {"name": + "L. Nyberg", "authorId": "144688889"}], "paperId": "c3bcd57888248521a78c50250506bbf8a7057f54", + "abstract": "Dopamine (DA) modulates corticostriatal connections. Studies + in which imaging of the DA system is integrated with functional imaging during + cognitive performance have yielded mixed findings. Some work has shown a link + between striatal DA (measured by PET) and fMRI activations, whereas others + have failed to observe such a relationship. One possible reason for these + discrepant findings is differences in task demands, such that a more demanding + task with greater prefrontal activations may yield a stronger association + with DA. Moreover, a potential DA\u2013BOLD association may be modulated by + task performance. We studied 155 (104 normal-performing and 51 low-performing) + healthy older adults (43% females) who underwent fMRI scanning while performing + a working memory (WM) n-back task along with DA D2/3 PET assessment using + [11C]raclopride. Using multivariate partial-least-squares analysis, we observed + a significant pattern revealing positive associations of striatal as well + as extrastriatal DA D2/3 receptors to BOLD response in the thalamo\u2013striatal\u2013cortical + circuit, which supports WM functioning. Critically, the DA\u2013BOLD association + in normal-performing, but not low-performing, individuals was expressed in + a load-dependent fashion, with stronger associations during 3-back than 1-/2-back + conditions. Moreover, normal-performing adults expressing upregulated BOLD + in response to increasing task demands showed a stronger DA\u2013BOLD association + during 3-back, whereas low-performing individuals expressed a stronger association + during 2-back conditions. This pattern suggests a nonlinear DA\u2013BOLD performance + association, with the strongest link at the maximum capacity level. Together, + our results suggest that DA may have a stronger impact on functional brain + responses during more demanding cognitive tasks. SIGNIFICANCE STATEMENT Dopamine + (DA) is a major neuromodulator in the CNS and plays a key role in several + cognitive processes via modulating the blood oxygenation level-dependent (BOLD) + signal. Some studies have shown a link between DA and BOLD, whereas others + have failed to observe such a relationship. A possible reason for the discrepancy + is differences in task demands, such that a more demanding task with greater + prefrontal activations may yield a stronger association with DA. We examined + the relationship of DA to BOLD response during working memory under three + load conditions and found that the DA\u2013BOLD association is expressed in + a load-dependent fashion. These findings may help explain the disproportionate + impairment evident in more effortful cognitive tasks in normal aging and in + those suffering dopamine-dependent neurodegenerative diseases (e.g., Parkinson''s + disease).", "isOpenAccess": true, "openAccessPdf": {"url": "https://www.jneurosci.org/content/jneuro/39/3/537.full.pdf", + "status": "HYBRID", "license": "CCBYNCSA", "disclaimer": "Notice: Paper or + abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6335744, which + is subject to the license by the author or copyright owner provided with this + content. Please go to the source to verify the license and copyright information + for your use."}, "publicationDate": "2018-11-26"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T05:28:59.650810+00:00", "analyses": + [{"id": "Ed5JzUPprX3w", "user": null, "name": "Regions from LV1 showing positive + BOLD\u2013DA associations", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "T1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000_info.json", + "table_label": "Table 1.", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30478031-10-1523-jneurosci-1493-18-2018-pmc6335744/tables/t1_coordinates.csv"}, + "original_table_id": "t1"}, "table_metadata": {"table_id": "T1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000_info.json", + "table_label": "Table 1.", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30478031-10-1523-jneurosci-1493-18-2018-pmc6335744/tables/t1_coordinates.csv"}, + "sanitized_table_id": "t1"}, "description": "Regions from LV1 showing positive + BOLD\u2013DA associations", "conditions": [], "weights": [], "points": [{"id": + "fe7EW4NbdRdy", "coordinates": [-14.0, -38.0, 4.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 5.82}]}, {"id": "282AMHDvpUqv", "coordinates": [-10.0, -4.0, 6.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 5.25}]}, {"id": "RiuqirN5SJve", "coordinates": [-44.0, 12.0, + 24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 5.02}]}, {"id": "6nacLX8rkQom", "coordinates": [-52.0, + 6.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 4.98}]}, {"id": "tkWvP8kQUR4H", "coordinates": + [-30.0, -36.0, -10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.69}]}, {"id": "d7czPdu4GaBt", "coordinates": + [-14.0, 8.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.65}]}, {"id": "nHLRHdPcpsEK", "coordinates": + [-42.0, -2.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.61}]}, {"id": "NpPGmUHvyJKa", "coordinates": + [-38.0, 50.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.13}]}, {"id": "7FmDyb2NfAUM", "coordinates": + [-24.0, 60.0, 10.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "TfgkxqjgdYa2", "coordinates": + [-34.0, 56.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.12}]}, {"id": "p6SZrFfRpYU5", "coordinates": + [-26.0, 8.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.94}]}, {"id": "VNDA24KADcvV", "coordinates": + [-38.0, 34.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.67}]}, {"id": "BLf466ZrqszH", "coordinates": + [28.0, -42.0, -8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.57}]}, {"id": "5f6tQ3qngtKC", "coordinates": + [-50.0, -68.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.47}]}, {"id": "VMyofMuJusQH", "coordinates": + [10.0, -58.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.45}]}, {"id": "wixdd7aqMucG", "coordinates": + [-54.0, -18.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.3}]}, {"id": "YaUSmj5zNg26", "coordinates": + [-32.0, -2.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.11}]}, {"id": "MYruA43oWyTf", "coordinates": + [-36.0, -84.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.23}]}, {"id": "xS2SejdtiNsW", "coordinates": + [20.0, -18.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.31}]}, {"id": "e9U7YQmibE7Y", "coordinates": + [22.0, 22.0, 8.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.81}]}, {"id": "MuXMLSwg4vRB", "coordinates": + [16.0, -24.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.1}]}, {"id": "84A9Vu9njNea", "coordinates": + [-2.0, 10.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.22}]}, {"id": "cv2GiswDcf3Y", "coordinates": + [28.0, 12.0, -4.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.4}]}, {"id": "p4qEH8WLrcxb", "coordinates": + [-6.0, -76.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.32}]}, {"id": "oMRJFRxN53ih", "coordinates": + [52.0, -56.0, -12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.2}]}, {"id": "e5qLJGABvAuc", "coordinates": + [12.0, -76.0, 14.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.17}]}, {"id": "fSUn9KfPkZV2", "coordinates": + [10.0, 32.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.16}]}, {"id": "n2a4ESR5in8D", "coordinates": + [8.0, -42.0, 18.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.06}]}, {"id": "C2tpABhXysEc", "coordinates": + [58.0, -14.0, 2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.02}]}, {"id": "rnPrGstxfR4Y", "coordinates": + [26.0, 44.0, 24.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.85}]}, {"id": "dQJum7bi39Pv", "coordinates": + [46.0, 24.0, 20.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.8}]}, {"id": "3WB6C8sLG9YW", "coordinates": + [-32.0, 24.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.72}]}], "images": []}]}, {"id": + "qAdPtRwHse6m", "created_at": "2025-12-03T06:11:50.844468+00:00", "updated_at": + null, "user": null, "name": "Meta-analyses of the n-back working memory task: + fMRI evidence of age-related changes in prefrontal cortex involvement across + the adult lifespan", "description": "Working memory, a fundamental cognitive + function that is highly dependent on the integrity of the prefrontal cortex, + is known to show age-related decline across the typical healthy adult lifespan. + Moreover, we know from work in neurophysiology that the prefrontal cortex + is disproportionately susceptibly to the pathological effects of aging. The + n-back task is arguably the most ubiquitous cognitive task for investigating + working memory performance. Many functional magnetic resonance imaging (fMRI) + studies examine brain regions engaged during performance of the n-back task + in adults. The current meta-analyses are the first to examine concordance + and age-related changes across the healthy adult lifespan in brain areas engaged + when performing the n-back task. We compile data from eligible fMRI articles + that report stereotaxic coordinates of brain activity from healthy adults + in three age-groups: young (23.57\u202f\u00b1\u202f5.63 years), middle-aged + (38.13\u202f\u00b1\u202f5.63 years) and older (66.86\u202f\u00b1\u202f5.70 + years) adults. Findings show that the three groups share concordance in the + engagement of parietal and cingulate cortices, which have been consistently + identified as core areas involved in working memory; as well as the insula, + claustrum, and cerebellum, which have not been highlighted as areas involved + in working memory. Critically, prefrontal cortex engagement is concordant + for young, to a lesser degree for middle-aged adults, and absent in older + adults, suggesting a gradual linear decline in concordance of prefrontal cortex + engagement. Our results provide important new knowledge for improving methodology + and theories of cognition across the lifespan.", "publication": "NeuroImage", + "doi": "10.1016/j.neuroimage.2019.03.074", "pmid": "30954708", "authors": + "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", "year": + 2019, "metadata": {"slug": "30954708-10-1016-j-neuroimage-2019-03-074", "source": + "semantic_scholar", "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "13", "Year": "2018", "Month": "10", "@PubStatus": + "received"}, {"Day": "20", "Year": "2019", "Month": "3", "@PubStatus": "revised"}, + {"Day": "30", "Year": "2019", "Month": "3", "@PubStatus": "accepted"}, {"Day": + "8", "Hour": "6", "Year": "2019", "Month": "4", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "2", "Hour": "6", "Year": "2020", "Month": "1", "Minute": + "0", "@PubStatus": "medline"}, {"Day": "8", "Hour": "6", "Year": "2019", "Month": + "4", "Minute": "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": + [{"#text": "30954708", "@IdType": "pubmed"}, {"#text": "10.1016/j.neuroimage.2019.03.074", + "@IdType": "doi"}, {"#text": "S1053-8119(19)30281-2", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "30954708", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1095-9572", "@IssnType": "Electronic"}, "Title": "NeuroImage", + "JournalIssue": {"Volume": "196", "PubDate": {"Day": "01", "Year": "2019", + "Month": "Aug"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neuroimage"}, + "Abstract": {"AbstractText": "Working memory, a fundamental cognitive function + that is highly dependent on the integrity of the prefrontal cortex, is known + to show age-related decline across the typical healthy adult lifespan. Moreover, + we know from work in neurophysiology that the prefrontal cortex is disproportionately + susceptibly to the pathological effects of aging. The n-back task is arguably + the most ubiquitous cognitive task for investigating working memory performance. + Many functional magnetic resonance imaging (fMRI) studies examine brain regions + engaged during performance of the n-back task in adults. The current meta-analyses + are the first to examine concordance and age-related changes across the healthy + adult lifespan in brain areas engaged when performing the n-back task. We + compile data from eligible fMRI articles that report stereotaxic coordinates + of brain activity from healthy adults in three age-groups: young (23.57\u202f\u00b1\u202f5.63 + years), middle-aged (38.13\u202f\u00b1\u202f5.63 years) and older (66.86\u202f\u00b1\u202f5.70 + years) adults. Findings show that the three groups share concordance in the + engagement of parietal and cingulate cortices, which have been consistently + identified as core areas involved in working memory; as well as the insula, + claustrum, and cerebellum, which have not been highlighted as areas involved + in working memory. Critically, prefrontal cortex engagement is concordant + for young, to a lesser degree for middle-aged adults, and absent in older + adults, suggesting a gradual linear decline in concordance of prefrontal cortex + engagement. Our results provide important new knowledge for improving methodology + and theories of cognition across the lifespan.", "CopyrightInformation": "Copyright + \u00a9 2019 Elsevier Inc. All rights reserved."}, "Language": "eng", "@PubModel": + "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Zachary A", "Initials": "ZA", "LastName": "Yaple", "AffiliationInfo": {"Affiliation": + "Centre for Cognition and Decision Making, National Research University Higher + School of Economics, Moscow, Russian Federation; Department of Psychology, + National University of Singapore, Singapore."}}, {"@ValidYN": "Y", "ForeName": + "W Dale", "Initials": "WD", "LastName": "Stevens", "AffiliationInfo": {"Affiliation": + "Department of Psychology, York University, Toronto, Canada."}}, {"@ValidYN": + "Y", "ForeName": "Marie", "Initials": "M", "LastName": "Arsalidou", "AffiliationInfo": + {"Affiliation": "Department of Psychology, York University, Toronto, Canada; + NeuropsyLab, Department of Psychology, National Research University Higher + School of Economics, Moscow, Russian Federation. Electronic address: marie.arsalidou@gmail.com."}}], + "@CompleteYN": "Y"}, "Pagination": {"EndPage": "31", "StartPage": "16", "MedlinePgn": + "16-31"}, "ArticleDate": {"Day": "04", "Year": "2019", "Month": "04", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "10.1016/j.neuroimage.2019.03.074", + "@EIdType": "doi", "@ValidYN": "Y"}, {"#text": "S1053-8119(19)30281-2", "@EIdType": + "pii", "@ValidYN": "Y"}], "ArticleTitle": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan.", "PublicationTypeList": {"PublicationType": [{"@UI": + "D016428", "#text": "Journal Article"}, {"@UI": "D017418", "#text": "Meta-Analysis"}, + {"@UI": "D013485", "#text": "Research Support, Non-U.S. Gov''t"}]}}, "DateRevised": + {"Day": "01", "Year": "2020", "Month": "01"}, "DateCompleted": {"Day": "01", + "Year": "2020", "Month": "01"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", + "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D000368", + "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": {"@UI": "D001921", + "#text": "Brain", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D001931", + "#text": "Brain Mapping", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D008136", "#text": "Longevity", "@MajorTopicYN": "Y"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D009483", "#text": + "Neuropsychological Tests", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D011930", "#text": "Reaction Time", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neuroimage", "ISSNLinking": "1053-8119", + "NlmUniqueID": "9215515"}}}, "semantic_scholar": {"year": 2019, "title": "Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan", "venue": "NeuroImage", + "authors": [{"name": "Z. Yaple", "authorId": "3292849"}, {"name": "Z. Yaple", + "authorId": "3292849"}, {"name": "W. Stevens", "authorId": "145180628"}, {"name": + "Marie Arsalidou", "authorId": "2237639400"}, {"name": "Marie Arsalidou", + "authorId": "2237639400"}], "paperId": "1e729ae1260f819fa6f803805464be325eee4e09", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neuroimage.2019.03.074?email= + or https://doi.org/10.1016/j.neuroimage.2019.03.074, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2019-08-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T06:13:57.010910+00:00", "analyses": + [{"id": "y3GRK3EwKPro", "user": null, "name": "Conjunctions", "metadata": + {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "VoRdQSbArw8k", "user": null, "name": "Young-AND-Older", + "metadata": {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", + "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "eTJjFuqBBYpJ", "user": null, "name": "Middle-aged-AND-Older", + "metadata": {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", + "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "cmpQLmDE8qZE", "user": null, "name": "Contrasts", + "metadata": {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", + "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "FAo5acHfjGgF", "user": null, "name": "Middle-aged + > Young no suprathreshold clusters", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "gyhkRiUHyHvt", "user": null, "name": "Middle-aged + > Older no suprathreshold clusters", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "fyEpspXdkodg", "user": null, "name": "Older > Young + no suprathreshold clusters", "metadata": {"table": {"table_number": 5, "table_metadata": + {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "ayf5Zayqy6si", "user": null, "name": "Older > Middle + no suprathreshold clusters", "metadata": {"table": {"table_number": 5, "table_metadata": + {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [], "images": []}, {"id": "8my5Qg5ijB6z", "user": null, "name": "Young adults", + "metadata": {"table": {"table_number": 5, "table_metadata": {"table_id": "tbl5", + "table_label": "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "mL77gzN42tum", "coordinates": [-42.0, 2.0, 32.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 0.065}]}, {"id": "NfNtn9xW5Dmg", "coordinates": [-34.0, 46.0, 18.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.056}]}, {"id": "KQszbjhZptKR", "coordinates": [-44.0, 20.0, + 32.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.054}]}, {"id": "L64V3hBwfreT", "coordinates": [-30.0, + -6.0, 54.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.052}]}, {"id": "pnnuBq4pgXTg", "coordinates": + [-42.0, 36.0, 28.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.029}]}, {"id": "aKqDzRJTUpLY", "coordinates": + [-32.0, -58.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.06}]}, {"id": "GYydGZtNUHB2", "coordinates": + [-40.0, -48.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.059}]}, {"id": "s6wmQpJ4Xaok", "coordinates": + [-34.0, -52.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.056}]}, {"id": "z5mDKxNjpULW", "coordinates": + [-10.0, -72.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.045}]}, {"id": "3UU8FAY9ZmtJ", "coordinates": + [36.0, -48.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.081}]}, {"id": "E2Ti2LwV8u7T", "coordinates": + [30.0, -58.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.059}]}, {"id": "tBP7Uxs7bbfW", "coordinates": + [-2.0, 12.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.059}]}, {"id": "seWoZZwUheEL", "coordinates": + [-4.0, 0.0, 56.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.045}]}, {"id": "iLFyRT7hFuKE", "coordinates": + [6.0, 26.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "zoycrW2UigpA", "coordinates": + [38.0, 32.0, 32.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.055}]}, {"id": "vFxjsdXMXvzB", "coordinates": + [26.0, -4.0, 54.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.062}]}, {"id": "tLfarxLWF5dv", "coordinates": + [-30.0, 20.0, 4.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.077}]}, {"id": "a3a5P3We7gwz", "coordinates": + [-50.0, 10.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.027}]}, {"id": "UyHeFPmU8F3J", "coordinates": + [28.0, 20.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.083}]}, {"id": "7VSBXFtW38xZ", "coordinates": + [-30.0, -54.0, -32.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.043}]}, {"id": "5DdAFQzGgMJ8", "coordinates": + [14.0, -70.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.033}]}, {"id": "XWT3YTyYzdiD", "coordinates": + [30.0, -58.0, -30.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.042}]}, {"id": "Yi4BRmV8Urcx", "coordinates": + [-16.0, 2.0, 14.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.041}]}, {"id": "w8gqE7PKqeC9", "coordinates": + [18.0, 4.0, 14.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.031}]}, {"id": "Bwb9detYEcpP", "coordinates": + [12.0, -6.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.026}]}, {"id": "4mM76A2bjSPN", "coordinates": + [44.0, 0.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.03}]}, {"id": "4FGV5Q4f7YCa", "coordinates": + [50.0, 12.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.02}]}, {"id": "mBRKYhE5qXHq", "coordinates": + [8.0, -72.0, -26.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.038}]}], "images": []}, {"id": "wTcTsdwUHJzY", + "user": null, "name": "Older adults", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "k5EPdEAF6oqw", "coordinates": [32.0, -54.0, 36.0], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 0.02}]}, {"id": "Fs7te3UjQmJ5", "coordinates": [36.0, -58.0, 46.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.02}]}, {"id": "8JRLnRbQYRKw", "coordinates": [28.0, -62.0, + 38.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.017}]}, {"id": "yVM4a5W2b3LR", "coordinates": [38.0, + -50.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.016}]}, {"id": "AqYbgFDb9FEH", "coordinates": + [28.0, -64.0, 28.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "qaUB8UkN533y", "coordinates": + [-6.0, 16.0, 46.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "VAChEJUFaDHL", "coordinates": + [-6.0, 10.0, 48.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.017}]}, {"id": "sNjhoqu7njd7", "coordinates": + [6.0, 14.0, 44.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "DGtXWRSCkUSt", "coordinates": + [6.0, 22.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "Yj4GUUXHnZrT", "coordinates": + [-6.0, 2.0, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.013}]}, {"id": "tuFDBBbFwqcp", "coordinates": + [4.0, 6.0, 46.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.012}]}, {"id": "pXTKDUX3g4zc", "coordinates": + [-32.0, -54.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "vdqCw5sUnJbi", "coordinates": + [-28.0, -66.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "dzefRZeevjQh", "coordinates": + [30.0, 22.0, 2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "qQKwKgg5C58x", "coordinates": + [-34.0, -8.0, 50.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "EepQPYGGdQbD", "coordinates": + [-24.0, -2.0, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "NZ7vLgzb4gEH", "coordinates": + [-34.0, 4.0, 58.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.013}]}, {"id": "AX7QmWEvdSSw", "coordinates": + [-32.0, 20.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.019}]}, {"id": "QnmLkngdNg87", "coordinates": + [26.0, -58.0, -30.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.016}]}, {"id": "6hLwVYUXhg5g", "coordinates": + [36.0, -58.0, -24.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}], "images": []}, {"id": "dRHCBZJ5hsWA", + "user": null, "name": "Young > Older", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "A5FtzBxZ4NL5", "coordinates": [-38.0, 39.1, 29.3], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 3.719}]}, {"id": "4d9DW3tuRuJs", "coordinates": [-34.4, 43.8, 25.7], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.54}]}, {"id": "2pnynG95e448", "coordinates": [38.0, 39.0, + 19.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.156}]}], "images": []}, {"id": "etMS8uUhGb6H", "user": + null, "name": "Middle-aged adults", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "i9QU25jaFJEw", "coordinates": [-2.0, 14.0, 46.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 0.03}]}, {"id": "7pomGjEx7dPC", "coordinates": [-2.0, 6.0, 52.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.027}]}, {"id": "AoUEH8ATXjUQ", "coordinates": [8.0, 20.0, + 36.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.015}]}, {"id": "EcmSMEsTBiKh", "coordinates": [-48.0, + 6.0, 24.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.023}]}, {"id": "cdSCrkDYRBM5", "coordinates": + [-40.0, 0.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.023}]}, {"id": "ZmCvLxFqFqAy", "coordinates": + [-40.0, 6.0, 28.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.022}]}, {"id": "8d9JLsgxHcvx", "coordinates": + [-42.0, 20.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "ZeVC3VFzoXSt", "coordinates": + [40.0, -48.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.038}]}, {"id": "vuv5R96GsD23", "coordinates": + [28.0, -60.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.016}]}, {"id": "5dLYU7hoV5oz", "coordinates": + [32.0, -66.0, 42.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "BrCPuAzjsLB7", "coordinates": + [-36.0, -48.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.03}]}, {"id": "FvTR4tdvo63u", "coordinates": + [-36.0, -62.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.026}]}, {"id": "HtDCJPUVc2cJ", "coordinates": + [32.0, -58.0, -32.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.022}]}, {"id": "2bB9M5YoiWpm", "coordinates": + [32.0, -62.0, -22.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.019}]}, {"id": "cmPSrDZKZssL", "coordinates": + [36.0, 28.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "Z7LGDGc5MERC", "coordinates": + [30.0, 20.0, 4.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "74k9e2e3mp6k", "coordinates": + [-34.0, 22.0, -2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "VMQzCtcwAnwB", "coordinates": + [-30.0, 18.0, 2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "ADmtTj44gUK2", "coordinates": + [-14.0, -4.0, 18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.02}]}, {"id": "WVAXusuDZ4Rf", "coordinates": + [-16.0, 0.0, 6.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "3xutNXxgcsUc", "coordinates": + [-30.0, 2.0, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}], "images": []}, {"id": "axrDY2xBYsmr", + "user": null, "name": "Young-AND-Middle-aged", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "GBYRpAcQmmMi", "coordinates": [-2.0, 14.0, 46.0], "kind": null, "space": + "TAL", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 0.03}]}, {"id": "2pCvTtCUsuvE", "coordinates": [-2.0, 6.0, 52.0], "kind": + null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.027}]}, {"id": "QdRWpV3WbfCT", "coordinates": [-48.0, 6.0, + 24.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.023}]}, {"id": "HcUj7ED42pmt", "coordinates": [-40.0, + 0.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.023}]}, {"id": "HstnsGn9wvEK", "coordinates": + [-40.0, 6.0, 28.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.022}]}, {"id": "AvemMrTecBi8", "coordinates": + [-42.0, 20.0, 34.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.018}]}, {"id": "3wYmXQwGaPFR", "coordinates": + [40.0, -48.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.038}]}, {"id": "Vp75v3eXU4ff", "coordinates": + [28.0, -60.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.016}]}, {"id": "brxdXE3G7t9e", "coordinates": + [32.0, -66.0, 42.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.015}]}, {"id": "veGKgHSgVHLA", "coordinates": + [-36.0, -48.0, 38.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.03}]}, {"id": "aiAofkHiNXWD", "coordinates": + [-36.0, -60.0, 40.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "iochrUkkHmzf", "coordinates": + [30.0, 20.0, 4.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.024}]}, {"id": "czJozaz3bWiP", "coordinates": + [36.0, 28.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "EPKcpNKNQZd4", "coordinates": + [-34.0, 22.0, -2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "KTb7XggF7HSf", "coordinates": + [-30.0, 18.0, 2.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "4g2eMezfi5BH", "coordinates": + [32.0, -58.0, -32.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.022}]}, {"id": "FARhPjkZMp7X", "coordinates": + [-30.0, 2.0, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.021}]}, {"id": "SNDG9PEwM6Zd", "coordinates": + [-14.0, -4.0, 18.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.02}]}, {"id": "igDj7xV6QQTi", "coordinates": + [8.0, 24.0, 36.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.012}]}], "images": []}, {"id": "caVGa3vX3DwK", + "user": null, "name": "Young > Middle", "metadata": {"table": {"table_number": + 5, "table_metadata": {"table_id": "tbl5", "table_label": "Table\u00a05", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "original_table_id": "tbl5"}, "table_metadata": {"table_id": "tbl5", "table_label": + "Table\u00a05", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv"}, + "sanitized_table_id": "tbl5"}, "description": "Concordant brain regions related + to the n-back task across adulthood.", "conditions": [], "weights": [], "points": + [{"id": "dhWhd7gwvkeL", "coordinates": [-35.3, 40.7, 27.5], "kind": null, + "space": "TAL", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 3.54}]}, {"id": "gN6z4het3rKp", "coordinates": [-31.5, 44.2, 24.5], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.353}]}, {"id": "RR92ys2Xrqc5", "coordinates": [26.9, -9.8, + 57.6], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.719}]}, {"id": "RR4HbjWLaLf5", "coordinates": [22.6, + -8.6, 52.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 3.54}]}, {"id": "6RTdTnEAVdLi", "coordinates": + [-41.0, 15.0, 7.5], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.239}]}], "images": []}]}, {"id": + "seKkS4tSq6Bb", "created_at": "2025-12-04T18:05:25.262131+00:00", "updated_at": + null, "user": null, "name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "description": "BACKGROUND: This study aimed to investigate the neural mechanisms + that differentiate mind-body practices from aerobic physical activities and + elucidate their effects on cognition and healthy aging. We examined functional + brain connectivity in older adults (age\u2009>\u200960) without pre-existing + uncontrolled chronic diseases, comparing Tai Chi with Water Aerobics practitioners.\n\nMETHODS: + We conducted a cross-sectional, case-control fMRI study involving two strictly + matched groups (\u2009=\u200932) based on gender, age, education, and years + of practice. Seed-to-voxel analysis was performed using the Salience, and + Frontoparietal Networks as seed regions in Stroop Word-Color and N-Back tasks + and Resting State.\n\nRESULTS: During Resting State condition and using Salience + network as a seed, Tai Chi group exhibited a stronger correlation between + Anterior Cingulate Cortex and Insular Cortex areas (regions related to interoceptive + awareness, cognitive control and motor organization of subjective aspects + of experience). In N-Back task and using Salience network as seed, Tai Chi + group showed increased correlation between Left Supramarginal Gyrus and various + cerebellar regions (related to memory, attention, cognitive processing, sensorimotor + control and cognitive flexibility). In Stroop task, using Salience network + as seed, Tai Chi group showed enhanced correlation between Left Rostral Prefrontal + Cortex and Right Occipital Pole, and Right Lateral Occipital Cortex (areas + associated with sustained attention, prospective memory, mediate attention + between external stimuli and internal intention). Additionally, in Stroop + task, using Frontoparietal network as seed, Water Aerobics group exhibited + a stronger correlation between Left Posterior Parietal Lobe (specialized in + word meaning, representing motor actions, motor planning directed to objects, + and general perception) and different cerebellar regions (linked to object + mirroring).\n\nCONCLUSION: Our study provides evidence of differences in functional + connectivity between older adults who have received training in a mind-body + practice (Tai Chi) or in an aerobic physical activity (Water Aerobics) when + performing attentional and working memory tasks, as well as during resting + state.", "publication": "Frontiers in Integrative Neuroscience", "doi": "10.3389/fnint.2024.1420339", + "pmid": "39323912", "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; + R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. + Kozasa", "year": 2024, "metadata": {"slug": "39323912-10-3389-fnint-2024-1420339-pmc11422087", + "source": "semantic_scholar", "keywords": ["Stroop", "Tai Chi", "embodied + cognition", "fMRI", "functional connectivity", "longevity", "mind\u2013body", + "self-regulation"], "raw_metadata": {"pubmed": {"PubmedData": {"History": + {"PubMedPubDate": [{"Day": "19", "Year": "2024", "Month": "4", "@PubStatus": + "received"}, {"Day": "30", "Year": "2024", "Month": "8", "@PubStatus": "accepted"}, + {"Day": "26", "Hour": "10", "Year": "2024", "Month": "9", "Minute": "18", + "@PubStatus": "medline"}, {"Day": "26", "Hour": "10", "Year": "2024", "Month": + "9", "Minute": "17", "@PubStatus": "pubmed"}, {"Day": "26", "Hour": "4", "Year": + "2024", "Month": "9", "Minute": "22", "@PubStatus": "entrez"}, {"Day": "1", + "Year": "2024", "Month": "1", "@PubStatus": "pmc-release"}]}, "ArticleIdList": + {"ArticleId": [{"#text": "39323912", "@IdType": "pubmed"}, {"#text": "PMC11422087", + "@IdType": "pmc"}, {"#text": "10.3389/fnint.2024.1420339", "@IdType": "doi"}]}, + "ReferenceList": {"Reference": [{"Citation": "Balasubramaniam R., Haegens + S., Jazayeri M., Merchant H., Sternad D., Song J. H. (2021). Neural encoding + and representation of time for sensorimotor control and learning. J. Neurosci. + 41, 866\u2013872. doi: 10.1523/JNEUROSCI.1652-20.2020", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.1652-20.2020", "@IdType": "doi"}, {"#text": + "PMC7880297", "@IdType": "pmc"}, {"#text": "33380468", "@IdType": "pubmed"}]}}, + {"Citation": "Barbosa T. M., Marinho D. A., Reis V. M., Silva A. J., Bragada + J. A. (2009). Physiological assessment of head-out aquatic exercises in healthy + subjects: a qualitative review. J. Sports Sci. Med. 8, 179\u2013189., PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3761490", "@IdType": "pmc"}, + {"#text": "24149524", "@IdType": "pubmed"}]}}, {"Citation": "Beck A. T., Epstein + N., Brown G., Steer R. A. (1988a). An inventory for measuring clinical anxiety: + psychometric properties. J. Consult. Clin. Psychol. 56, 893\u2013897.", "ArticleIdList": + {"ArticleId": {"#text": "3204199", "@IdType": "pubmed"}}}, {"Citation": "Beck + A. T., Steer R. A., Carbin M. G. (1988b). Psychometric properties of the Beck + depression inventory: twenty-five years of evaluation. Clin. Psychol. Rev. + 8, 77\u2013100."}, {"Citation": "Benoit R. G., Gilbert S. J., Frith C. D., + Burgess P. W. (2012). Rostral prefrontal cortex and the focus of attention + in prospective memory. Cereb. Cortex 22, 1876\u20131886. doi: 10.1093/cercor/bhr264, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhr264", + "@IdType": "doi"}, {"#text": "PMC3388891", "@IdType": "pmc"}, {"#text": "21976356", + "@IdType": "pubmed"}]}}, {"Citation": "Bertolucci P. H. F., Brucki S. M. D., + Campacci S. R., Juliano Y. (1994). O Mini-Exame do Estado Mental em uma popula\u00e7\u00e3o + geral: impacto da escolaridade. Arq. Neuropsiquiatr. 52, 01\u201307.", "ArticleIdList": + {"ArticleId": {"#text": "8002795", "@IdType": "pubmed"}}}, {"Citation": "Bidonde + J., Busch A. J., Webber S. C., Schachter C. L., Danyliw A., Overend T. J., + et al. (2014). Aquatic exercise training for fibromyalgia. Cochrane Database + Syst. Rev. 2014. doi: 10.1002/14651858.CD011336, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/14651858.CD011336", "@IdType": "doi"}, {"#text": + "PMC10638613", "@IdType": "pmc"}, {"#text": "25350761", "@IdType": "pubmed"}]}}, + {"Citation": "Binder J. R., Desai R. H., Graves W. W., Conant L. L. (2009). + Where is the semantic system? A critical review and Meta-analysis of 120 functional + neuroimaging studies. Cereb. Cortex 19, 2767\u20132796. doi: 10.1093/cercor/bhp055", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhp055", "@IdType": + "doi"}, {"#text": "PMC2774390", "@IdType": "pmc"}, {"#text": "19329570", "@IdType": + "pubmed"}]}}, {"Citation": "Birdee G. S., Wayne P. M., Davis R. B., Phillips + R. S., Yeh G. Y. (2009). T\u2019ai chi and Qigong for health: patterns of + use in the United States. J. Altern. Complement. Med. 15, 969\u2013973. doi: + 10.1089/acm.2009.0174, PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1089/acm.2009.0174", + "@IdType": "doi"}, {"#text": "PMC2852519", "@IdType": "pmc"}, {"#text": "19757974", + "@IdType": "pubmed"}]}}, {"Citation": "Brewer J. A., Worhunsky P. D., Gray + J. R., Tang Y. Y., Weber J., Kober H. (2011). Meditation experience is associated + with differences in default mode network activity and connectivity. Proc. + Natl. Acad. Sci. 108, 20254\u201320259. doi: 10.1073/pnas.1112029108", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.1112029108", "@IdType": "doi"}, {"#text": + "PMC3250176", "@IdType": "pmc"}, {"#text": "22114193", "@IdType": "pubmed"}]}}, + {"Citation": "Buckner R. L., Snyder A. Z., Shannon B. J., LaRossa G., Sachs + R., Fotenos A. F., et al. (2005). Molecular, structural, and functional characterization + of Alzheimer\u2019s disease: evidence for a relationship between default activity, + amyloid, and memory. J. Neurosci. 25, 7709\u20137717. doi: 10.1523/JNEUROSCI.2177-05.2005, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.2177-05.2005", + "@IdType": "doi"}, {"#text": "PMC6725245", "@IdType": "pmc"}, {"#text": "16120771", + "@IdType": "pubmed"}]}}, {"Citation": "Burgess P. W., Veitch E., de Lacy C. + A., Shallice T. (2000). The cognitive and neuroanatomical correlates of multitasking. + Neuropsychologia 38, 848\u2013863.", "ArticleIdList": {"ArticleId": {"#text": + "10689059", "@IdType": "pubmed"}}}, {"Citation": "Butts N. K., Tucker M., + Smith R. (1991). Maximal responses to treadmill and deep water running in + high school female cross country runners. Res. Q. Exerc. Sport 62, 236\u2013239. + doi: 10.1080/02701367.1991.10608716, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1080/02701367.1991.10608716", "@IdType": "doi"}, {"#text": + "1925049", "@IdType": "pubmed"}]}}, {"Citation": "Buysse D. J., Reynolds C. + F., Monk T. H., Berman S. R., Kupfer D. J. (1989). The Pittsburgh sleep quality + index: a new instrument for psychiatric practice and research. Psychiatry + Res. 28, 193\u2013213.", "ArticleIdList": {"ArticleId": {"#text": "2748771", + "@IdType": "pubmed"}}}, {"Citation": "Cabeza R., Ciaramelli E., Olson I. R., + Moscovitch M. (2008). The parietal cortex and episodic memory: an attentional + account. Nat. Rev. Neurosci. 9, 613\u2013625. doi: 10.1038/nrn2459", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nrn2459", "@IdType": "doi"}, {"#text": "PMC2692883", + "@IdType": "pmc"}, {"#text": "18641668", "@IdType": "pubmed"}]}}, {"Citation": + "Cabeza R., Nyberg L. (2000). Imaging cognition II: an empirical review of + 275 PET and fMRI studies. J. Cogn. Neurosci. 12, 1\u201347.", "ArticleIdList": + {"ArticleId": {"#text": "10769304", "@IdType": "pubmed"}}}, {"Citation": "Chong + J. S. X., Ng G. J. P., Lee S. C., Zhou J. (2017). Salience network connectivity + in the insula is associated with individual differences in interoceptive accuracy. + Brain Struct. Funct. 222, 1635\u20131644. doi: 10.1007/s00429-016-1297-7, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s00429-016-1297-7", + "@IdType": "doi"}, {"#text": "27573028", "@IdType": "pubmed"}]}}, {"Citation": + "Craig A. (2003). Interoception: the sense of the physiological condition + of the body. Curr. Opin. Neurobiol. 13, 500\u2013505. doi: 10.1016/s0959-4388(03)00090-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0959-4388(03)00090-4", + "@IdType": "doi"}, {"#text": "12965300", "@IdType": "pubmed"}]}}, {"Citation": + "Craig A. D. (2009a). How do you feel \u2014 now? The anterior insula and + human awareness. Nat. Rev. Neurosci. 10, 59\u201370. doi: 10.1038/nrn2555", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn2555", "@IdType": "doi"}, + {"#text": "19096369", "@IdType": "pubmed"}]}}, {"Citation": "Craig A. D. (2009b). + A rat is not a monkey is not a human: comment on Mogil. Nat. Rev. Neurosci. + 10:466. doi: 10.1038/nrn2606-c1, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn2606-c1", "@IdType": "doi"}, {"#text": "19455175", "@IdType": + "pubmed"}]}}, {"Citation": "Craig A. D. (2011). Significance of the insula + for the evolution of human awareness of feelings from the body. Ann. N. Y. + Acad. Sci. 1225, 72\u201382. doi: 10.1111/j.1749-6632.2011.05990.x, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1749-6632.2011.05990.x", + "@IdType": "doi"}, {"#text": "21534994", "@IdType": "pubmed"}]}}, {"Citation": + "Critchley H. D. (2005). Neural mechanisms of autonomic, affective, and cognitive + integration. J. Comp. Neurol. 493, 154\u2013166. doi: 10.1002/cne.20749, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/cne.20749", "@IdType": + "doi"}, {"#text": "16254997", "@IdType": "pubmed"}]}}, {"Citation": "Critchley + H. D., Wiens S., Rotshtein P., \u00d6hman A., Dolan R. J. (2004). Neural systems + supporting interoceptive awareness. Nat. Neurosci. 7, 189\u2013195. doi: 10.1038/nn1176", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nn1176", "@IdType": "doi"}, + {"#text": "14730305", "@IdType": "pubmed"}]}}, {"Citation": "Cui L., Tao S., + Yin H. (2021). Tai chi Chuan alters brain functional network plasticity and + promotes cognitive flexibility. Front. Psychol. 12:12. doi: 10.3389/fpsyg.2021.665419", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2021.665419", "@IdType": + "doi"}, {"#text": "PMC8275936", "@IdType": "pmc"}, {"#text": "34267705", "@IdType": + "pubmed"}]}}, {"Citation": "da Silva L. A., Tortelli L., Motta J., Menguer + L., Mariano S., Tasca G., et al. (2019). Effects of aquatic exercise on mental + health, functional autonomy and oxidative stress in depressed elderly individuals: + a randomized clinical trial. Clinics 74:e322. doi: 10.6061/clinics/2019/e322, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.6061/clinics/2019/e322", + "@IdType": "doi"}, {"#text": "PMC6585867", "@IdType": "pmc"}, {"#text": "31271585", + "@IdType": "pubmed"}]}}, {"Citation": "Damasio A. R. (1989). The brain binds + entities and events by multiregional activation from convergence zones. Neural + Comput. 1, 123\u2013132. doi: 10.1162/neco.1989.1.1.123", "ArticleIdList": + {"ArticleId": {"#text": "10.1162/neco.1989.1.1.123", "@IdType": "doi"}}}, + {"Citation": "Duquette P. (2017). Increasing our insular world view: Interoception + and psychopathology for psychotherapists. Front. Neurosci. 11:11. doi: 10.3389/fnins.2017.00135", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnins.2017.00135", "@IdType": + "doi"}, {"#text": "PMC5359279", "@IdType": "pmc"}, {"#text": "28377690", "@IdType": + "pubmed"}]}}, {"Citation": "Erickson K. I., Donofry S. D., Sewell K. R., Brown + B. M., Stillman C. M. (2022). Cognitive aging and the promise of physical + activity. Annu. Rev. Clin. Psychol. 18, 417\u2013442. doi: 10.1146/annurev-clinpsy-072720-014213", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev-clinpsy-072720-014213", + "@IdType": "doi"}, {"#text": "35044793", "@IdType": "pubmed"}]}}, {"Citation": + "Erickson K. I., Voss M. W., Prakash R. S., Basak C., Szabo A., Chaddock L., + et al. (2011). Exercise training increases size of hippocampus and improves + memory. Proc. Natl. Acad. Sci. 108, 3017\u20133022. doi: 10.1073/pnas.1015950108, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1015950108", + "@IdType": "doi"}, {"#text": "PMC3041121", "@IdType": "pmc"}, {"#text": "21282661", + "@IdType": "pubmed"}]}}, {"Citation": "Farb N., Daubenmier J., Price C. J., + Gard T., Kerr C., Dunn B. D., et al. (2015). Interoception, contemplative + practice, and health. Front. Psychol. 6:6. doi: 10.3389/fpsyg.2015.00763", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2015.00763", "@IdType": + "doi"}, {"#text": "PMC4460802", "@IdType": "pmc"}, {"#text": "26106345", "@IdType": + "pubmed"}]}}, {"Citation": "Farb N. A. S., Segal Z. V., Anderson A. K. (2013). + Mindfulness meditation training alters cortical representations of interoceptive + attention. Soc. Cogn. Affect. Neurosci. 8, 15\u201326. doi: 10.1093/scan/nss066, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/scan/nss066", "@IdType": + "doi"}, {"#text": "PMC3541492", "@IdType": "pmc"}, {"#text": "22689216", "@IdType": + "pubmed"}]}}, {"Citation": "Fleck M. P., Louzada S., Xavier M., Chachamovich + E., Vieira G., Santos L., et al. (2000). Aplica\u00e7\u00e3o da vers\u00e3o + em portugu\u00eas do instrumento abreviado de avalia\u00e7\u00e3o da qualidade + de vida \"WHOQOL-bref\". Rev. Saude Publica 34, 178\u2013183. doi: 10.1590/S0034-89102000000200012, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1590/S0034-89102000000200012", + "@IdType": "doi"}, {"#text": "10881154", "@IdType": "pubmed"}]}}, {"Citation": + "Gardner R. C., Boxer A. L., Trujillo A., Mirsky J. B., Guo C. C., Gennatas + E. D., et al. (2013). Intrinsic connectivity network disruption in progressive + supranuclear palsy. Ann. Neurol. 73, 603\u2013616. doi: 10.1002/ana.23844, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/ana.23844", "@IdType": + "doi"}, {"#text": "PMC3732833", "@IdType": "pmc"}, {"#text": "23536287", "@IdType": + "pubmed"}]}}, {"Citation": "Grady C. (2012). The cognitive neuroscience of + ageing. Nat. Rev. Neurosci. 13, 491\u2013505. doi: 10.1038/nrn3256, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn3256", "@IdType": "doi"}, + {"#text": "PMC3800175", "@IdType": "pmc"}, {"#text": "22714020", "@IdType": + "pubmed"}]}}, {"Citation": "Guell X., Gabrieli J. D. E., Schmahmann J. D. + (2018). Embodied cognition and the cerebellum: perspectives from the Dysmetria + of thought and the universal cerebellar transform theories. Cortex 100, 140\u2013148. + doi: 10.1016/j.cortex.2017.07.005", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.cortex.2017.07.005", "@IdType": "doi"}, {"#text": "28779872", "@IdType": + "pubmed"}]}}, {"Citation": "Guidali G., Pisoni A., Bolognini N., Papagno C. + (2019). Keeping order in the brain: the supramarginal gyrus and serial order + in short-term memory. Cortex 119, 89\u201399. doi: 10.1016/j.cortex.2019.04.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2019.04.009", + "@IdType": "doi"}, {"#text": "31091486", "@IdType": "pubmed"}]}}, {"Citation": + "Hartwigsen G., Bestmann S., Ward N. S., Woerbel S., Mastroeni C., Granert + O., et al. (2012). Left dorsal premotor cortex and Supramarginal gyrus complement + each other during rapid action reprogramming. J. Neurosci. 32, 16162\u201316171. + doi: 10.1523/JNEUROSCI.1010-12.2012, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1523/JNEUROSCI.1010-12.2012", "@IdType": "doi"}, {"#text": + "PMC3558742", "@IdType": "pmc"}, {"#text": "23152600", "@IdType": "pubmed"}]}}, + {"Citation": "Huang Y., Su L., Ma Q. (2020). The Stroop effect: an activation + likelihood estimation meta-analysis in healthy young adults. Neurosci. Lett. + 716:134683. doi: 10.1016/j.neulet.2019.134683", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neulet.2019.134683", "@IdType": "doi"}, {"#text": "31830505", + "@IdType": "pubmed"}]}}, {"Citation": "JASP Team (202). JASP statistics software + version 0.19.0., PMID:"}, {"Citation": "Jenkinson M., Bannister P., Brady + M., Smith S. (2002). Improved optimization for the robust and accurate linear + registration and motion correction of brain images. NeuroImage 17, 825\u2013841. + doi: 10.1016/s1053-8119(02)91132-8", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/s1053-8119(02)91132-8", "@IdType": "doi"}, {"#text": "12377157", + "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M., Smith S. (2001). A global + optimisation method for robust affine registration of brain images. Med. Image + Anal. 5, 143\u2013156. doi: 10.1016/s1361-8415(01)00036-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/s1361-8415(01)00036-6", "@IdType": "doi"}, + {"#text": "11516708", "@IdType": "pubmed"}]}}, {"Citation": "Jiang W., Liao + S., Chen X., Lundborg C. S., Marrone G., Wen Z., et al. (2021). Tai chi and + Qigong for depressive symptoms in patients with chronic heart failure: a systematic + review with Meta-analysis. Evid. Based Complement. Alternat. Med. 2021, 1\u201312. + doi: 10.1155/2021/5585239", "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2021/5585239", + "@IdType": "doi"}, {"#text": "PMC8302391", "@IdType": "pmc"}, {"#text": "34326885", + "@IdType": "pubmed"}]}}, {"Citation": "Khalsa S. S., Adolphs R., Cameron O. + G., Critchley H. D., Davenport P. W., Feinstein J. S., et al. (2018). Interoception + and mental health: a roadmap. Biol Psychiatry Cogn Neurosci Neuroimaging. + 3, 501\u2013513. doi: 10.1016/j.bpsc.2017.12.004, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bpsc.2017.12.004", "@IdType": "doi"}, + {"#text": "PMC6054486", "@IdType": "pmc"}, {"#text": "29884281", "@IdType": + "pubmed"}]}}, {"Citation": "Kiefer M., Pulverm\u00fcller F. (2012). Conceptual + representations in mind and brain: theoretical developments, current evidence + and future directions. Cortex 48, 805\u2013825. doi: 10.1016/j.cortex.2011.04.006", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2011.04.006", + "@IdType": "doi"}, {"#text": "21621764", "@IdType": "pubmed"}]}}, {"Citation": + "Kong J., Wilson G., Park J., Pereira K., Walpole C., Yeung A. (2019). Treating + Depression With Tai Chi: State of the Art and Future Perspectives. Front Psychiatry + 10:10. doi: 10.3389/fpsyt.2019.00237", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyt.2019.00237", "@IdType": "doi"}, {"#text": "PMC6474282", "@IdType": + "pmc"}, {"#text": "31031663", "@IdType": "pubmed"}]}}, {"Citation": "Kozasa + E. H., Sato J. R., Lacerda S. S., Barreiros M. A. M., Radvany J., Russell + T. A., et al. (2012). Meditation training increases brain efficiency in an + attention task. NeuroImage 59, 745\u2013749. doi: 10.1016/j.neuroimage.2011.06.088, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.06.088", + "@IdType": "doi"}, {"#text": "21763432", "@IdType": "pubmed"}]}}, {"Citation": + "Kuehn E., Mueller K., Lohmann G., Schuetz-Bosbach S. (2016). Interoceptive + awareness changes the posterior insula functional connectivity profile. Brain + Struct. Funct. 221, 1555\u20131571. doi: 10.1007/s00429-015-0989-8", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00429-015-0989-8", "@IdType": "doi"}, {"#text": + "25613901", "@IdType": "pubmed"}]}}, {"Citation": "Kuhnke P., Beaupain M. + C., Cheung V. K. M., Weise K., Kiefer M., Hartwigsen G. (2020). Left posterior + inferior parietal cortex causally supports the retrieval of action knowledge. + NeuroImage 219:117041. doi: 10.1016/j.neuroimage.2020.117041", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2020.117041", "@IdType": "doi"}, + {"#text": "32534127", "@IdType": "pubmed"}]}}, {"Citation": "Li D., Chen P. + (2021). Effects of aquatic exercise and land-based exercise on cardiorespiratory + fitness, motor function, balance, and functional Independence in stroke patients\u2014a + Meta-analysis of randomized controlled trials. Brain Sci. 11:1097. doi: 10.3390/brainsci11081097, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3390/brainsci11081097", + "@IdType": "doi"}, {"#text": "PMC8394174", "@IdType": "pmc"}, {"#text": "34439716", + "@IdType": "pubmed"}]}}, {"Citation": "Li Y., Wu K., Hu X., Xu T., Li Z., + Zhang Y., et al. (2022). Altered effective connectivity of resting-state networks + by tai chi Chuan in chronic fatigue syndrome patients: a multivariate granger + causality study. Front. Neurol.:13. doi: 10.3389/fneur.2022.858833", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fneur.2022.858833", "@IdType": "doi"}, {"#text": + "PMC9203735", "@IdType": "pmc"}, {"#text": "35720086", "@IdType": "pubmed"}]}}, + {"Citation": "Marek S., Dosenbach N. U. F. (2018). The frontoparietal network: + function, electrophysiology, and importance of individual precision mapping. + Dialogues Clin. Neurosci. 20, 133\u2013140. doi: 10.31887/DCNS.2018.20.2/smarek, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.31887/DCNS.2018.20.2/smarek", + "@IdType": "doi"}, {"#text": "PMC6136121", "@IdType": "pmc"}, {"#text": "30250390", + "@IdType": "pubmed"}]}}, {"Citation": "Menon V. (2011). Large-scale brain + networks and psychopathology: a unifying triple network model. Trends Cogn. + Sci. 15, 483\u2013506. doi: 10.1016/j.tics.2011.08.003, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tics.2011.08.003", "@IdType": "doi"}, + {"#text": "21908230", "@IdType": "pubmed"}]}}, {"Citation": "Menon V., Palaniyappan + L., Supekar K. (2022). Integrative brain network and salience models of psychopathology + and cognitive dysfunction in schizophrenia. Biol. Psychiatry 94, 108\u2013120. + doi: 10.1016/j.biopsych.2022.09.029", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.biopsych.2022.09.029", "@IdType": "doi"}, {"#text": "36702660", + "@IdType": "pubmed"}]}}, {"Citation": "Owen A. M., McMillan K. M., Laird A. + R., Bullmore E. (2005). N-back working memory paradigm: a meta-analysis of + normative functional neuroimaging studies. Hum. Brain Mapp. 25, 46\u201359. + doi: 10.1002/hbm.20131, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/hbm.20131", "@IdType": "doi"}, {"#text": "PMC6871745", "@IdType": + "pmc"}, {"#text": "15846822", "@IdType": "pubmed"}]}}, {"Citation": "Pannekoek + J. N., Veer I. M., van Tol M. J., van der Werff S. J. A., Demenescu L. R., + Aleman A., et al. (2013). Aberrant limbic and salience network resting-state + functional connectivity in panic disorder without comorbidity. J. Affect. + Disord. 145, 29\u201335. doi: 10.1016/j.jad.2012.07.006, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jad.2012.07.006", "@IdType": "doi"}, {"#text": + "22858265", "@IdType": "pubmed"}]}}, {"Citation": "Parkes L., Fulcher B., + Y\u00fccel M., Fornito A. (2018). An evaluation of the efficacy, reliability, + and sensitivity of motion correction strategies for resting-state functional + MRI. NeuroImage 171, 415\u2013436. doi: 10.1016/j.neuroimage.2017.12.073", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2017.12.073", + "@IdType": "doi"}, {"#text": "29278773", "@IdType": "pubmed"}]}}, {"Citation": + "Pereira Neiva H., Brand\u00e3o Fa\u00edl L., Izquierdo M., Marques M. C., + Marinho D. A. (2018). The effect of 12 weeks of water-aerobics on health status + and physical fitness: an ecological approach. PLoS One 13:e0198319. doi: 10.1371/journal.pone.0198319", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0198319", + "@IdType": "doi"}, {"#text": "PMC5978883", "@IdType": "pmc"}, {"#text": "29851998", + "@IdType": "pubmed"}]}}, {"Citation": "Peterson B. S., Skudlarski P., Gatenby + J. C., Zhang H., Anderson A. W., Gore J. C. (1999). An fMRI study of Stroop + word-color interference: evidence for cingulate subregions subserving multiple + distributed attentional systems. Biol. Psychiatry 45, 1237\u20131258.", "ArticleIdList": + {"ArticleId": {"#text": "10349031", "@IdType": "pubmed"}}}, {"Citation": "Pollatos + O., Gramann K., Schandry R. (2007). Neural systems connecting interoceptive + awareness and feelings. Hum. Brain Mapp. 28, 9\u201318. doi: 10.1002/hbm.20258", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.20258", "@IdType": + "doi"}, {"#text": "PMC6871500", "@IdType": "pmc"}, {"#text": "16729289", "@IdType": + "pubmed"}]}}, {"Citation": "Port A. P., Santaella D. F., Lacerda S. S., Speciali + D. S., Balardin J. B., Lopes P. B., et al. (2018). Cognition and brain function + in elderly tai chi practitioners: a case-control study. Exp. Dermatol. 14, + 352\u2013356. doi: 10.1016/j.explore.2018.04.007, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.explore.2018.04.007", "@IdType": "doi"}, + {"#text": "30122327", "@IdType": "pubmed"}]}}, {"Citation": "Quadt L., Critchley + H. D., Garfinkel S. N. (2018). The neurobiology of interoception in health + and disease. Ann. N. Y. Acad. Sci. 1428, 112\u2013128. doi: 10.1111/nyas.13915", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/nyas.13915", "@IdType": + "doi"}, {"#text": "29974959", "@IdType": "pubmed"}]}}, {"Citation": "Rehman + A, Al Khalili Y. Neuroanatomy, Occipital Lobe. StatPearls Publishing LLC (2022).", + "ArticleIdList": {"ArticleId": {"#text": "31335040", "@IdType": "pubmed"}}}, + {"Citation": "Salgado J. V., Malloy-Diniz L. F., Abrantes S. S. C., Moreira + L., Schlottfeldt C. G., Guimar\u00e3es W., et al. (2011). Applicability of + the Rey Auditory-Verbal Learning Test to an adult sample in Brazil. Brazilian + Journal of Psychiatry, 33, 234\u2013237., PMID:", "ArticleIdList": {"ArticleId": + {"#text": "21971775", "@IdType": "pubmed"}}}, {"Citation": "Schimmelpfennig + J., Topczewski J., Zajkowski W., Jankowiak-Siuda K. (2023). The role of the + salience network in cognitive and affective deficits. Front. Hum. Neurosci. + 17. doi: 10.3389/fnhum.2023.1133367, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2023.1133367", "@IdType": "doi"}, {"#text": "PMC10067884", + "@IdType": "pmc"}, {"#text": "37020493", "@IdType": "pubmed"}]}}, {"Citation": + "Schmahmann J. D. (2019). The cerebellum and cognition. Neurosci. Lett. 688, + 62\u201375. doi: 10.1016/j.neulet.2018.07.005", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neulet.2018.07.005", "@IdType": "doi"}, {"#text": "29997061", + "@IdType": "pubmed"}]}}, {"Citation": "Scholte W. F., Verduin F., van Lammeren + A., Rutayisire T., Kamperman A. M. (2011). Psychometric properties and longitudinal + validation of the self-reporting questionnaire (SRQ-20) in a Rwandan community + setting: a validation study. BMC Med. Res. Methodol. 11:116. doi: 10.1186/1471-2288-11-116, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1471-2288-11-116", + "@IdType": "doi"}, {"#text": "PMC3173390", "@IdType": "pmc"}, {"#text": "21846391", + "@IdType": "pubmed"}]}}, {"Citation": "Seeley W. W., Crawford R. K., Zhou + J., Miller B. L., Greicius M. D. (2009). Neurodegenerative diseases target + large-scale human brain networks. Neuron 62, 42\u201352. doi: 10.1016/j.neuron.2009.03.024, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2009.03.024", + "@IdType": "doi"}, {"#text": "PMC2691647", "@IdType": "pmc"}, {"#text": "19376066", + "@IdType": "pubmed"}]}}, {"Citation": "Smith S. M. (2002). Fast robust automated + brain extraction. Hum. Brain Mapp. 17, 143\u2013155. doi: 10.1002/hbm.10062, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.10062", "@IdType": + "doi"}, {"#text": "PMC6871816", "@IdType": "pmc"}, {"#text": "12391568", "@IdType": + "pubmed"}]}}, {"Citation": "Smith S. D., Nadeau C., Sorokopud-Jones M., Kornelsen + J. (2022). The relationship between functional connectivity and interoceptive + sensibility. Brain Connect. 12, 417\u2013431. doi: 10.1089/brain.2020.0777", + "ArticleIdList": {"ArticleId": [{"#text": "10.1089/brain.2020.0777", "@IdType": + "doi"}, {"#text": "34210151", "@IdType": "pubmed"}]}}, {"Citation": "Smitha + K., Akhil Raja K., Arun K., Rajesh P., Thomas B., Kapilamoorthy T., et al. + (2017). Resting state fMRI: a review on methods in resting state connectivity + analysis and resting state networks. Neuroradiol. J. 30, 305\u2013317. doi: + 10.1177/1971400917697342, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1177/1971400917697342", "@IdType": "doi"}, {"#text": "PMC5524274", "@IdType": + "pmc"}, {"#text": "28353416", "@IdType": "pubmed"}]}}, {"Citation": "Song + R., Grabowska W., Park M., Osypiuk K., Vergara-Diaz G. P., Bonato P., et al. + (2017). The impact of tai chi and Qigong mind-body exercises on motor and + non-motor function and quality of life in Parkinson\u2019s disease: a systematic + review and meta-analysis. Parkinsonism Relat. Disord. 41, 3\u201313. doi: + 10.1016/j.parkreldis.2017.05.019, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.parkreldis.2017.05.019", "@IdType": "doi"}, {"#text": "PMC5618798", + "@IdType": "pmc"}, {"#text": "28602515", "@IdType": "pubmed"}]}}, {"Citation": + "Spreen O., Strauss E. (1998). A compendium of neuropsychological tests: Administration, + norms, and commentary. 2nd Edn: Oxford University Press."}, {"Citation": "Stein + M. B., Simmons A. N., Feinstein J. S., Paulus M. P. (2007). Increased amygdala + and insula activation during emotion processing in anxiety-prone subjects. + Am. J. Psychiatry 164, 318\u2013327. doi: 10.1176/ajp.2007.164.2.318", "ArticleIdList": + {"ArticleId": [{"#text": "10.1176/ajp.2007.164.2.318", "@IdType": "doi"}, + {"#text": "17267796", "@IdType": "pubmed"}]}}, {"Citation": "Stillman C. M., + Esteban-Cornejo I., Brown B., Bender C. M., Erickson K. I. (2020). Effects + of exercise on brain and cognition across age groups and health states. Trends + Neurosci. 43, 533\u2013543. doi: 10.1016/j.tins.2020.04.010", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tins.2020.04.010", "@IdType": "doi"}, + {"#text": "PMC9068803", "@IdType": "pmc"}, {"#text": "32409017", "@IdType": + "pubmed"}]}}, {"Citation": "Tamin T. Z., Loekito N. (2018). Aquatic versus + land-based exercise for cardiorespiratory endurance and quality of life in + obese patients with knee osteoarthritis: a randomized controlled trial. Medical + J. Indonesia. 27, 284\u2013292. doi: 10.13181/mji.v27i4.2107", "ArticleIdList": + {"ArticleId": {"#text": "10.13181/mji.v27i4.2107", "@IdType": "doi"}}}, {"Citation": + "Tang Y. Y., H\u00f6lzel B. K., Posner M. I. (2015). The neuroscience of mindfulness + meditation. Nat. Rev. Neurosci. 16, 213\u2013225. doi: 10.1038/nrn3916", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nrn3916", "@IdType": "doi"}, {"#text": "25783612", + "@IdType": "pubmed"}]}}, {"Citation": "Tang Y. Y., Lu Q., Geng X., Stein E. + A., Yang Y., Posner M. I. (2010). Short-term meditation induces white matter + changes in the anterior cingulate. Proc. Natl. Acad. Sci. 107, 15649\u201315652. + doi: 10.1073/pnas.1011043107", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.1011043107", + "@IdType": "doi"}, {"#text": "PMC2932577", "@IdType": "pmc"}, {"#text": "20713717", + "@IdType": "pubmed"}]}}, {"Citation": "Tomasi D., Volkow N. D. (2012). Aging + and functional brain networks. Mol. Psychiatry 17, 549\u2013558. doi: 10.1038/mp.2011.81", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/mp.2011.81", "@IdType": + "doi"}, {"#text": "PMC3193908", "@IdType": "pmc"}, {"#text": "21727896", "@IdType": + "pubmed"}]}}, {"Citation": "United Nations . (2019). World population ageing + 2019: Highlights. Available from: https://www.un.org/development/desa/pd/ + (Accessed May 10, 2024)"}, {"Citation": "Vago D. R., Silbersweig D. A. (2012). + Self-awareness, self-regulation, and self-transcendence (S-ART): a framework + for understanding the neurobiological mechanisms of mindfulness. Front. Hum. + Neurosci. 6. doi: 10.3389/fnhum.2012.00296, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2012.00296", "@IdType": "doi"}, {"#text": "PMC3480633", + "@IdType": "pmc"}, {"#text": "23112770", "@IdType": "pubmed"}]}}, {"Citation": + "Van Overwalle F., Baetens K., Mari\u00ebn P., Vandekerckhove M. (2014). Social + cognition and the cerebellum: a meta-analysis of over 350 fMRI studies. NeuroImage + 86, 554\u2013572. doi: 10.1016/j.neuroimage.2013.09.033", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2013.09.033", "@IdType": "doi"}, + {"#text": "24076206", "@IdType": "pubmed"}]}}, {"Citation": "Van Overwalle + F., Manto M., Cattaneo Z., Clausi S., Ferrari C., Gabrieli J. D. E., et al. + (2020). Consensus paper: cerebellum and social cognition. Cerebellum 19, 833\u2013868. + doi: 10.1007/s12311-020-01155-1, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1007/s12311-020-01155-1", "@IdType": "doi"}, {"#text": "PMC7588399", "@IdType": + "pmc"}, {"#text": "32632709", "@IdType": "pubmed"}]}}, {"Citation": "Voss + M. W., Vivar C., Kramer A. F., van Praag H. (2013). Bridging animal and human + models of exercise-induced brain plasticity. Trends Cogn. Sci. 17, 525\u2013544. + doi: 10.1016/j.tics.2013.08.001", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.tics.2013.08.001", "@IdType": "doi"}, {"#text": "PMC4565723", "@IdType": + "pmc"}, {"#text": "24029446", "@IdType": "pubmed"}]}}, {"Citation": "Wayne + P. M., Walsh J. N., Taylor-Piliae R. E., Wells R. E., Papp K. V., Donovan + N. J., et al. (2014). Effect of tai chi on cognitive performance in older + adults: systematic review and Meta-analysis. J. Am. Geriatr. Soc. 62, 25\u201339. + doi: 10.1111/jgs.12611, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1111/jgs.12611", "@IdType": "doi"}, {"#text": "PMC4055508", "@IdType": + "pmc"}, {"#text": "24383523", "@IdType": "pubmed"}]}}, {"Citation": "Wechsler + D. (2004). Escala de Intelig\u00eancia de Wechsler para Adultos: Manual. S\u00e3o + Paulo: Casa Do Psic\u00f3logo."}, {"Citation": "Whitfield-Gabrieli S., Nieto-Castanon + A. (2012). Conn: a functional connectivity toolbox for correlated and Anticorrelated + brain networks. Brain Connect. 2, 125\u2013141. doi: 10.1089/brain.2012.0073", + "ArticleIdList": {"ArticleId": [{"#text": "10.1089/brain.2012.0073", "@IdType": + "doi"}, {"#text": "22642651", "@IdType": "pubmed"}]}}, {"Citation": "Woolrich + M. W., Ripley B. D., Brady M., Smith S. M. (2001). Temporal autocorrelation + in univariate linear modeling of FMRI data. NeuroImage 14, 1370\u20131386. + doi: 10.1006/nimg.2001.0931, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/nimg.2001.0931", "@IdType": "doi"}, {"#text": "11707093", "@IdType": + "pubmed"}]}}, {"Citation": "World Health Organization (2017). Integrated + care for older people: guidelines on community-level interventions to manage + declines in intrinsic capacity. World Health Organization\nix:46. Available + at: https://www.who.int/publications/i/item/9789241550109", "ArticleIdList": + {"ArticleId": {"#text": "29608259", "@IdType": "pubmed"}}}, {"Citation": "Xie + X., Cai C., Damasceno P. F., Nagarajan S. S., Raj A. (2021). Emergence of + canonical functional networks from the structural connectome. NeuroImage 237:118190. + doi: 10.1016/j.neuroimage.2021.118190, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2021.118190", "@IdType": "doi"}, {"#text": + "PMC8451304", "@IdType": "pmc"}, {"#text": "34022382", "@IdType": "pubmed"}]}}, + {"Citation": "Xu A., Zimmerman C. S., Lazar S. W., Ma Y., Kerr C. E., Yeung + A. (2020). Distinct insular functional connectivity changes related to mood + and fatigue improvements in major depressive disorder following tai chi training: + a pilot study. Front. Integr. Neurosci. 14:14. doi: 10.3389/fnins.2020.00014, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnins.2020.00014", + "@IdType": "doi"}, {"#text": "PMC7295154", "@IdType": "pmc"}, {"#text": "32581734", + "@IdType": "pubmed"}]}}, {"Citation": "Yang Y., Chen T., Shao M., Yan S., + Yue G. H., Jiang C. (2020). Effects of tai chi Chuan on inhibitory control + in elderly women: an fNIRS study. Front. Hum. Neurosci. 13:13. doi: 10.3389/fnhum.2019.00476", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2019.00476", "@IdType": + "doi"}, {"#text": "PMC6988574", "@IdType": "pmc"}, {"#text": "32038205", "@IdType": + "pubmed"}]}}, {"Citation": "Yue C., Zhang Y., Jian M., Herold F., Yu Q., Mueller + P., et al. (2020). Differential effects of tai chi Chuan (motor-cognitive + training) and walking on brain networks: a resting-state fMRI study in Chinese + women aged 60. Health 8:67. doi: 10.3390/healthcare8010067, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.3390/healthcare8010067", "@IdType": "doi"}, {"#text": + "PMC7151113", "@IdType": "pmc"}, {"#text": "32213980", "@IdType": "pubmed"}]}}, + {"Citation": "Zhou J., Gennatas E. D., Kramer J. H., Miller B. L., Seeley + W. W. (2012). Predicting regional neurodegeneration from the healthy brain + functional connectome. Neuron 73, 1216\u20131227. doi: 10.1016/j.neuron.2012.03.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2012.03.004", + "@IdType": "doi"}, {"#text": "PMC3361461", "@IdType": "pmc"}, {"#text": "22445348", + "@IdType": "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": + {"PMID": {"#text": "39323912", "@Version": "1"}, "@Owner": "NLM", "@Status": + "PubMed-not-MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1662-5145", + "@IssnType": "Print"}, "Title": "Frontiers in integrative neuroscience", "JournalIssue": + {"Volume": "18", "PubDate": {"Year": "2024"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Integr Neurosci"}, "Abstract": {"AbstractText": [{"#text": "This study + aimed to investigate the neural mechanisms that differentiate mind-body practices + from aerobic physical activities and elucidate their effects on cognition + and healthy aging. We examined functional brain connectivity in older adults + (age\u2009>\u200960) without pre-existing uncontrolled chronic diseases, comparing + Tai Chi with Water Aerobics practitioners.", "@Label": "BACKGROUND", "@NlmCategory": + "UNASSIGNED"}, {"i": "n", "#text": "We conducted a cross-sectional, case-control + fMRI study involving two strictly matched groups (\u2009=\u200932) based on + gender, age, education, and years of practice. Seed-to-voxel analysis was + performed using the Salience, and Frontoparietal Networks as seed regions + in Stroop Word-Color and N-Back tasks and Resting State.", "@Label": "METHODS", + "@NlmCategory": "UNASSIGNED"}, {"#text": "During Resting State condition and + using Salience network as a seed, Tai Chi group exhibited a stronger correlation + between Anterior Cingulate Cortex and Insular Cortex areas (regions related + to interoceptive awareness, cognitive control and motor organization of subjective + aspects of experience). In N-Back task and using Salience network as seed, + Tai Chi group showed increased correlation between Left Supramarginal Gyrus + and various cerebellar regions (related to memory, attention, cognitive processing, + sensorimotor control and cognitive flexibility). In Stroop task, using Salience + network as seed, Tai Chi group showed enhanced correlation between Left Rostral + Prefrontal Cortex and Right Occipital Pole, and Right Lateral Occipital Cortex + (areas associated with sustained attention, prospective memory, mediate attention + between external stimuli and internal intention). Additionally, in Stroop + task, using Frontoparietal network as seed, Water Aerobics group exhibited + a stronger correlation between Left Posterior Parietal Lobe (specialized in + word meaning, representing motor actions, motor planning directed to objects, + and general perception) and different cerebellar regions (linked to object + mirroring).", "@Label": "RESULTS", "@NlmCategory": "UNASSIGNED"}, {"#text": + "Our study provides evidence of differences in functional connectivity between + older adults who have received training in a mind-body practice (Tai Chi) + or in an aerobic physical activity (Water Aerobics) when performing attentional + and working memory tasks, as well as during resting state.", "@Label": "CONCLUSION", + "@NlmCategory": "UNASSIGNED"}], "CopyrightInformation": "Copyright \u00a9 + 2024 Port, Paulo, de Azevedo Neto, Lacerda, Radvany, Santaella and Kozasa."}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Ana Paula", "Initials": "AP", "LastName": + "Port", "AffiliationInfo": {"Affiliation": "Hospital Israelita Albert Einstein, + S\u00e3o Paulo, Brazil."}}, {"@ValidYN": "Y", "ForeName": "Artur Jos\u00e9 + Marques", "Initials": "AJM", "LastName": "Paulo", "AffiliationInfo": {"Affiliation": + "Hospital Israelita Albert Einstein, S\u00e3o Paulo, Brazil."}}, {"@ValidYN": + "Y", "ForeName": "Raymundo Machado", "Initials": "RM", "LastName": "de Azevedo + Neto", "AffiliationInfo": {"Affiliation": "Hospital Israelita Albert Einstein, + S\u00e3o Paulo, Brazil."}}, {"@ValidYN": "Y", "ForeName": "Shirley Silva", + "Initials": "SS", "LastName": "Lacerda", "AffiliationInfo": {"Affiliation": + "Hospital Israelita Albert Einstein, S\u00e3o Paulo, Brazil."}}, {"@ValidYN": + "Y", "ForeName": "Jo\u00e3o", "Initials": "J", "LastName": "Radvany", "AffiliationInfo": + {"Affiliation": "Hospital Israelita Albert Einstein, S\u00e3o Paulo, Brazil."}}, + {"@ValidYN": "Y", "ForeName": "Danilo Forghieri", "Initials": "DF", "LastName": + "Santaella", "AffiliationInfo": {"Affiliation": "Centro de Pr\u00e1ticas Esportivas + da Universidade de S\u00e3o Paulo - CEPEUSP, S\u00e3o Paulo, Brazil."}}, {"@ValidYN": + "Y", "ForeName": "Elisa Harumi", "Initials": "EH", "LastName": "Kozasa", "AffiliationInfo": + {"Affiliation": "Hospital Israelita Albert Einstein, S\u00e3o Paulo, Brazil."}}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1420339", "MedlinePgn": + "1420339"}, "ArticleDate": {"Day": "11", "Year": "2024", "Month": "09", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "1420339", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnint.2024.1420339", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Differences in brain connectivity between older adults + practicing Tai Chi and Water Aerobics: a case-control study.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "27", "Year": "2024", "Month": "09"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "Stroop", "@MajorTopicYN": "N"}, {"#text": "Tai Chi", + "@MajorTopicYN": "N"}, {"#text": "embodied cognition", "@MajorTopicYN": "N"}, + {"#text": "fMRI", "@MajorTopicYN": "N"}, {"#text": "functional connectivity", + "@MajorTopicYN": "N"}, {"#text": "longevity", "@MajorTopicYN": "N"}, {"#text": + "mind\u2013body", "@MajorTopicYN": "N"}, {"#text": "self-regulation", "@MajorTopicYN": + "N"}]}, "CoiStatement": "The authors declare that the research was conducted + in the absence of any commercial or financial relationships that could be + construed as a potential conflict of interest. The author(s) declared that + they were an editorial board member of Frontiers, at the time of submission. + This had no impact on the peer review process and the final decision.", "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Integr Neurosci", "ISSNLinking": + "1662-5145", "NlmUniqueID": "101477950"}}}, "semantic_scholar": {"year": 2024, + "title": "Differences in brain connectivity between older adults practicing + Tai Chi and Water Aerobics: a case\u2013control study", "venue": "Frontiers + in Integrative Neuroscience", "authors": [{"name": "Ana Paula Port", "authorId": + "88583252"}, {"name": "Artur Jos\u00e9 Marques Paulo", "authorId": "2320924566"}, + {"name": "R. M. de Azevedo Neto", "authorId": "4184192"}, {"name": "S. Lacerda", + "authorId": "40049705"}, {"name": "Jo\u00e3o Radvany", "authorId": "2320923268"}, + {"name": "D. F. Santaella", "authorId": "2151956"}, {"name": "E. Kozasa", + "authorId": "1880130"}], "paperId": "b19ac14bbb684128130e46fcc92c7ba097ecf3cb", + "abstract": "Background This study aimed to investigate the neural mechanisms + that differentiate mind\u2013body practices from aerobic physical activities + and elucidate their effects on cognition and healthy aging. We examined functional + brain connectivity in older adults (age\u2009>\u200960) without pre-existing + uncontrolled chronic diseases, comparing Tai Chi with Water Aerobics practitioners. + Methods We conducted a cross-sectional, case\u2013control fMRI study involving + two strictly matched groups (n\u2009=\u200932) based on gender, age, education, + and years of practice. Seed-to-voxel analysis was performed using the Salience, + and Frontoparietal Networks as seed regions in Stroop Word-Color and N-Back + tasks and Resting State. Results During Resting State condition and using + Salience network as a seed, Tai Chi group exhibited a stronger correlation + between Anterior Cingulate Cortex and Insular Cortex areas (regions related + to interoceptive awareness, cognitive control and motor organization of subjective + aspects of experience). In N-Back task and using Salience network as seed, + Tai Chi group showed increased correlation between Left Supramarginal Gyrus + and various cerebellar regions (related to memory, attention, cognitive processing, + sensorimotor control and cognitive flexibility). In Stroop task, using Salience + network as seed, Tai Chi group showed enhanced correlation between Left Rostral + Prefrontal Cortex and Right Occipital Pole, and Right Lateral Occipital Cortex + (areas associated with sustained attention, prospective memory, mediate attention + between external stimuli and internal intention). Additionally, in Stroop + task, using Frontoparietal network as seed, Water Aerobics group exhibited + a stronger correlation between Left Posterior Parietal Lobe (specialized in + word meaning, representing motor actions, motor planning directed to objects, + and general perception) and different cerebellar regions (linked to object + mirroring). Conclusion Our study provides evidence of differences in functional + connectivity between older adults who have received training in a mind\u2013body + practice (Tai Chi) or in an aerobic physical activity (Water Aerobics) when + performing attentional and working memory tasks, as well as during resting + state.", "isOpenAccess": true, "openAccessPdf": {"url": "https://doi.org/10.3389/fnint.2024.1420339", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC11422087, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2024-09-11"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T18:07:15.068401+00:00", "analyses": + [{"id": "2LncCjtoDNqs", "user": null, "name": "WA (neutro>congruent)", "metadata": + {"table": {"table_number": 2, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "QB9JjFNBaDa9", "user": null, "name": + "Stroop", "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": + "tab3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "original_table_id": "tab3"}, "table_metadata": {"table_id": "tab3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "sanitized_table_id": "tab3"}, "description": "Connectivity comparison between + Tai Chi and Water Aerobics groups.", "conditions": [], "weights": [], "points": + [{"id": "97L5p9gjXzY4", "coordinates": [16.0, -94.0, -4.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 1e-07}]}, {"id": "gHU7fWz6Kxhn", "coordinates": [-30.0, -70.0, -32.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.000311}]}], "images": []}, {"id": "az6T5uXSfJZd", "user": + null, "name": "WA (incongruent>congruent)", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "tab2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "4VDTgsrTHMjX", "coordinates": [-26.0, -96.0, 16.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "TkUzSSUwWkqx", "coordinates": [-30.0, -58.0, 46.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": []}], "images": + []}, {"id": "hAzL7cPjEwQU", "user": null, "name": "Tai Chi (neutro>congruent)", + "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": "tab2", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "fg6agpiiPbr7", "coordinates": [-50.0, 4.0, 30.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "gxPVavJresfz", "coordinates": [-44.0, -66.0, -10.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "DkagdTAJ2nUX", + "coordinates": [8.0, -64.0, -12.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "i4sHn4YBT4KQ", "coordinates": + [-64.0, -4.0, 0.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}], "images": []}, {"id": "YtvJZ4RkWMzH", "user": null, + "name": "Tai Chi (incongruent>congruent)", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "tab2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "MssRGZhSvHXf", "coordinates": [-38.0, -38.0, 40.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "Uqb6tBEMFgoG", "coordinates": [18.0, -72.0, 58.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "wdaDnohSACqT", + "coordinates": [38.0, 2.0, 54.0], "kind": null, "space": "MNI", "image": null, + "label_id": null, "values": []}, {"id": "2jxMPg2wqX76", "coordinates": [46.0, + 10.0, 32.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": []}], "images": []}, {"id": "Wa3bkL7jh459", "user": null, "name": + "Tai Chi [incongruent>congruent] > [neutro> congruent]", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "tab2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "Ly5Yv8z9aafa", "coordinates": [0.0, -64.0, 52.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "mx7qjmbeM9es", "coordinates": [42.0, 20.0, 24.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "PiWDRiHDnrMC", + "coordinates": [-42.0, 12.0, 32.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "AM5JPBhWZxox", "coordinates": + [56.0, -46.0, 12.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "aty4myVwU2Qm", "coordinates": [0.0, 20.0, 50.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "rNAK5jGiCWDe", "coordinates": [-36.0, 2.0, 54.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}], "images": []}, {"id": + "NRG2Pu8BKhAE", "user": null, "name": "WA [incongruent>congruent] > [neutro>congruent]", + "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": "tab2", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "original_table_id": "tab2"}, "table_metadata": {"table_id": "tab2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv"}, + "sanitized_table_id": "tab2"}, "description": "fMRI activation analysis for + Stroop task, no comparison between groups.", "conditions": [], "weights": + [], "points": [{"id": "ukicQAmfFMEp", "coordinates": [14.0, -90.0, 0.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": []}, {"id": + "ETn37GPWZA2o", "coordinates": [-36.0, -56.0, 50.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}], "images": []}, {"id": + "MNnfkViguweB", "user": null, "name": "Resting State", "metadata": {"table": + {"table_number": 3, "table_metadata": {"table_id": "tab3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "original_table_id": "tab3"}, "table_metadata": {"table_id": "tab3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "sanitized_table_id": "tab3"}, "description": "Connectivity comparison between + Tai Chi and Water Aerobics groups.", "conditions": [], "weights": [], "points": + [{"id": "JFKomZ4KNKjW", "coordinates": [42.0, 2.0, 18.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 0.040456}]}], "images": []}, {"id": "gdP6UNTEJL2h", "user": null, "name": + "N-Back", "metadata": {"table": {"table_number": 3, "table_metadata": {"table_id": + "tab3", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "original_table_id": "tab3"}, "table_metadata": {"table_id": "tab3", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json", + "table_label": "Table 3", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv"}, + "sanitized_table_id": "tab3"}, "description": "Connectivity comparison between + Tai Chi and Water Aerobics groups.", "conditions": [], "weights": [], "points": + [{"id": "nEYMhYKyPJo5", "coordinates": [-4.0, -76.0, -38.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 0.021126}]}], "images": []}]}, {"id": "tDKTP8ZrMUWe", "created_at": + "2025-12-04T19:07:46.650811+00:00", "updated_at": null, "user": null, "name": + "Is There Any Relationship Between Biochemical Indices and Anthropometric + Measurements With Dorsolateral Prefrontal Cortex Activation Among Older Adults + With Mild Cognitive Impairment?", "description": "Working memory is developed + in one region of the brain called the dorsolateral prefrontal cortex (DLPFC). + The dysfunction of this region leads to synaptic neuroplasticity impairment. + It has been reported that several biochemical parameters and anthropometric + measurements play a vital role in cognition and brain health. This study aimed + to investigate the relationships between cognitive function, serum biochemical + profile, and anthropometric measurements using DLPFC activation. A cross-sectional + study was conducted among 35 older adults (\u226560 years) who experienced + mild cognitive impairment (MCI). For this purpose, we distributed a comprehensive + interview-based questionnaire for collecting sociodemographic information + from the participants and conducting cognitive tests. Anthropometric values + were measured, and fasting blood specimens were collected. We investigated + their brain activation using the task-based functional MRI (fMRI; N-back), + specifically in the DLPFC region. Positive relationships were observed between + brain-derived neurotrophic factor (BDNF) (\u03b2 = 0.494, p < 0.01) and Mini-Mental + State Examination (MMSE) (\u03b2 = 0.698, p < 0.01); however, negative relationships + were observed between serum triglyceride (\u03b2 = \u22120.402, p < 0.05) + and serum malondialdehyde (MDA) (\u03b2 = \u22120.326, p < 0.05) with right + DLPFC activation (R2 = 0.512) while the participants performed 1-back task + after adjustments for age, gender, and years of education. In conclusion, + higher serum triglycerides, higher oxidative stress, and lower neurotrophic + factor were associated with lower right DLPFC activation among older adults + with MCI. A further investigation needs to be carried out to understand the + causal-effect mechanisms of the significant parameters and the DLPFC activation + so that better intervention strategies can be developed for reducing the risk + of irreversible neurodegenerative diseases among older adults with MCI.", + "publication": "Frontiers in Human Neuroscience", "doi": "10.3389/fnhum.2021.765451", + "pmid": "35046782", "authors": "Y. You; S. Shahar; M. Mohamad; N. Rajab; Normah + Che Din; Hui Jin Lau; H. Abdul Hamid", "year": 2022, "metadata": {"slug": + "35046782-10-3389-fnhum-2021-765451-pmc8762169", "source": "semantic_scholar", + "keywords": ["anthropometry", "biochemical", "biomarkers", "brain activation", + "cognitive"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "27", "Year": "2021", "Month": "8", "@PubStatus": "received"}, {"Day": + "3", "Year": "2021", "Month": "11", "@PubStatus": "accepted"}, {"Day": "20", + "Hour": "6", "Year": "2022", "Month": "1", "Minute": "1", "@PubStatus": "entrez"}, + {"Day": "21", "Hour": "6", "Year": "2022", "Month": "1", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "21", "Hour": "6", "Year": "2022", "Month": "1", "Minute": + "1", "@PubStatus": "medline"}, {"Day": "1", "Year": "2021", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "35046782", "@IdType": "pubmed"}, {"#text": "PMC8762169", "@IdType": "pmc"}, + {"#text": "10.3389/fnhum.2021.765451", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Badhwar A., Tam A., Dansereau C., Orban P., Hoffstaedter + F., Bellec P. (2017). Resting-state network dysfunction in Alzheimer\u2019s + disease: a systematic review and meta-analysis. Alzheimers Dement. (Amst.) + 8 73\u201385. 10.1016/j.dadm.2017.03.007", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.dadm.2017.03.007", "@IdType": "doi"}, {"#text": "PMC5436069", + "@IdType": "pmc"}, {"#text": "28560308", "@IdType": "pubmed"}]}}, {"Citation": + "Banks W. A. (2012). Role of the blood-brain barrier in the evolution of feeding + and cognition. Ann. N. Y. Acad. Sci. 1264 13\u201319. 10.1111/j.1749-6632.2012.06568.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1749-6632.2012.06568.x", + "@IdType": "doi"}, {"#text": "PMC3464352", "@IdType": "pmc"}, {"#text": "22612379", + "@IdType": "pubmed"}]}}, {"Citation": "Banks W. A., Farr S. A., Salameh T. + S., Niehoff M. L., Rhea E. M., Morley J. E., et al. (2018). Triglycerides + cross the blood-brain barrier and induce central leptin and insulin receptor + resistance. Int. J. Obesity (2005) 42 391\u2013397. 10.1038/ijo.2017.231", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/ijo.2017.231", "@IdType": + "doi"}, {"#text": "PMC5880581", "@IdType": "pmc"}, {"#text": "28990588", "@IdType": + "pubmed"}]}}, {"Citation": "Barbey A. K., Koenigs M., Grafman J. (2013). Dorsolateral + prefrontal contributions to human working memory. Cortex 49 1195\u20131205. + 10.1016/j.cortex.2012.05.022", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2012.05.022", + "@IdType": "doi"}, {"#text": "PMC3495093", "@IdType": "pmc"}, {"#text": "22789779", + "@IdType": "pubmed"}]}}, {"Citation": "Baumgart M., Snyder H. M., Carrillo + M. C., Fazio S., Kim H., Johns H. (2015). Summary of the evidence on modifiable + risk factors for cognitive decline and dementia: a population-based perspective. + Alzheimers Dement. 11 718\u2013726. 10.1016/j.jalz.2015.05.016", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jalz.2015.05.016", "@IdType": "doi"}, + {"#text": "26045020", "@IdType": "pubmed"}]}}, {"Citation": "Bela\u00efch + R., Boujraf S., Housni A., Maaroufi M., Batta F., Magoul R., et al. (2015). + Assessment of hemodialysis impact by Polysulfone membrane on brain plasticity + using BOLD-fMRI. Neuroscience 288 94\u2013104. 10.1016/j.neuroscience.2014.11.064", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2014.11.064", + "@IdType": "doi"}, {"#text": "25522721", "@IdType": "pubmed"}]}}, {"Citation": + "Belleville S., Bherer L. (2012). Biomarkers of cognitive training effects + in aging. Curr. Transl. Geriatr. Exp. Gerontol. Rep. 1 104\u2013110. 10.1007/s13670-012-0014-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s13670-012-0014-5", "@IdType": + "doi"}, {"#text": "PMC3693427", "@IdType": "pmc"}, {"#text": "23864998", "@IdType": + "pubmed"}]}}, {"Citation": "Bosch O. G., Wagner M., Jessen F., K\u00fchn K.-U., + Joe A., Seifritz E., et al. (2013). Verbal memory deficits are correlated + with prefrontal hypometabolism in (18)FDG PET of recreational MDMA users. + PLoS One 8:e61234. 10.1371/journal.pone.0061234", "ArticleIdList": {"ArticleId": + [{"#text": "10.1371/journal.pone.0061234", "@IdType": "doi"}, {"#text": "PMC3621736", + "@IdType": "pmc"}, {"#text": "23585882", "@IdType": "pubmed"}]}}, {"Citation": + "Boyle P. A., Yu L., Fleischman D. A., Leurgans S., Yang J., Wilson R. S., + et al. (2016). White matter hyperintensities, incident mild cognitive impairment, + and cognitive decline in old age. Ann. Clin. Transl. Neurol. 3 791\u2013800. + 10.1002/acn3.343", "ArticleIdList": {"ArticleId": [{"#text": "10.1002/acn3.343", + "@IdType": "doi"}, {"#text": "PMC5048389", "@IdType": "pmc"}, {"#text": "27752514", + "@IdType": "pubmed"}]}}, {"Citation": "Bradley-Whitman M. A., Lovell M. A. + (2015). Biomarkers of lipid peroxidation in Alzheimer disease (AD): an update. + Arch. Toxicol. 89 1035\u20131044. 10.1007/s00204-015-1517-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s00204-015-1517-6", "@IdType": "doi"}, {"#text": + "PMC4466146", "@IdType": "pmc"}, {"#text": "25895140", "@IdType": "pubmed"}]}}, + {"Citation": "Brett M., Anton J.-L., Valabregue R., Poline J.-B. (2002). \u201cRegion + of interest analysis using an SPM toolbox,\u201d in Proceedings of the 8th + International Conference on Functional Mapping of the Human Brain, Sendai."}, + {"Citation": "Buckholtz J. W., Martin J. W., Treadway M. T., Jan K., Zald + D. H., Jones O., et al. (2015). From blame to punishment: disrupting prefrontal + cortex activity reveals norm enforcement mechanisms. Neuron 87 1369\u20131380. + 10.1016/j.neuron.2015.08.023", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuron.2015.08.023", + "@IdType": "doi"}, {"#text": "PMC5488876", "@IdType": "pmc"}, {"#text": "26386518", + "@IdType": "pubmed"}]}}, {"Citation": "Cl\u00e9ment F., Belleville S. (2012). + Effect of disease severity on neural compensation of item and associative + recognition in mild cognitive impairment. J. Alzheimers Dis. 29 109\u2013123. + 10.3233/jad-2012-110426", "ArticleIdList": {"ArticleId": [{"#text": "10.3233/jad-2012-110426", + "@IdType": "doi"}, {"#text": "22214785", "@IdType": "pubmed"}]}}, {"Citation": + "Diamond A. (2013). Executive functions. Annu. Rev. Psychol. 64 135\u2013168. + 10.1146/annurev-psych-113011-143750", "ArticleIdList": {"ArticleId": [{"#text": + "10.1146/annurev-psych-113011-143750", "@IdType": "doi"}, {"#text": "PMC4084861", + "@IdType": "pmc"}, {"#text": "23020641", "@IdType": "pubmed"}]}}, {"Citation": + "Erickson K. I., Prakash R. S., Voss M. W., Chaddock L., Heo S., McLaren M., + et al. (2010). Brain-derived neurotrophic factor is associated with age-related + decline in hippocampal volume. J. Neurosci. 30 5368\u20135375. 10.1523/jneurosci.6251-09.2010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/jneurosci.6251-09.2010", + "@IdType": "doi"}, {"#text": "PMC3069644", "@IdType": "pmc"}, {"#text": "20392958", + "@IdType": "pubmed"}]}}, {"Citation": "Garc\u00eda-Blanco A., Baquero M., + Vento M., Gil E., Bataller L., Ch\u00e1fer-Peric\u00e1s C. (2017). Potential + oxidative stress biomarkers of mild cognitive impairment due to Alzheimer + disease. J. Neurol. Sci. 373 295\u2013302. 10.1016/j.jns.2017.01.020", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jns.2017.01.020", "@IdType": "doi"}, {"#text": + "28131209", "@IdType": "pubmed"}]}}, {"Citation": "Gibson R. S. (1990). Principles + of Nutritional Assessment. New York, NY: Oxford University Press."}, {"Citation": + "He W., Wang C., Chen Y., He Y., Cai Z. (2017). Berberine attenuates cognitive + impairment and ameliorates tau hyperphosphorylation by limiting the self-perpetuating + pathogenic cycle between NF-\u03baB signaling, oxidative stress and neuroinflammation. + Pharmacol. Rep. 69 1341\u20131348. 10.1016/j.pharep.2017.06.006", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.pharep.2017.06.006", "@IdType": "doi"}, + {"#text": "29132092", "@IdType": "pubmed"}]}}, {"Citation": "Hermida A. P., + McDonald W. M., Steenland K., Levey A. (2012). The association between late-life + depression, mild cognitive impairment and dementia: is inflammation the missing + link? Expert Rev. Neurother. 12 1339\u20131350. 10.1586/ern.12.127", "ArticleIdList": + {"ArticleId": [{"#text": "10.1586/ern.12.127", "@IdType": "doi"}, {"#text": + "PMC4404497", "@IdType": "pmc"}, {"#text": "23234395", "@IdType": "pubmed"}]}}, + {"Citation": "Hottman D. A., Chernick D., Cheng S., Wang Z., Li L. (2014). + HDL and cognition in neurodegenerative disorders. Neurobiol. Dis. 72(Pt A) + 22\u201336. 10.1016/j.nbd.2014.07.015", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.nbd.2014.07.015", "@IdType": "doi"}, {"#text": "PMC4252583", "@IdType": + "pmc"}, {"#text": "25131449", "@IdType": "pubmed"}]}}, {"Citation": "Hulley + S. B., Cummings S. R., Browner W. S., Grady D. G., Newman T. B. (2013). Designing + Clinical Research, 4th Edn. San Francisco, CA: Lippincott Williams & Wilkins."}, + {"Citation": "Ibrahim N. M., Shohaimi S., Chong H. T., Rahman A. H., Razali + R., Esther E., et al. (2009). Validation study of the mini-mental state examination + in a Malay-speaking elderly population in Malaysia. Dement. Geriatr. Cogn. + Disord. 27 247\u2013253. 10.1159/000203888", "ArticleIdList": {"ArticleId": + [{"#text": "10.1159/000203888", "@IdType": "doi"}, {"#text": "19246909", "@IdType": + "pubmed"}]}}, {"Citation": "Jamaluddin R., Othman Z., Musa K. I., Alwi M. + N. M. (2009). Validation of the malay version of auditory verbal learning + test (Mvavlt) among schizophrenia patients in hospital Universiti Sains Malaysia + (Husm), Malaysia. ASEAN J. Psychiatry 10 54\u201374."}, {"Citation": "Kobe + T., Witte A. V., Schnelle A., Lesemann A., Fabian S., Tesky V. A., et al. + (2016). Combined omega-3 fatty acids, aerobic exercise and cognitive stimulation + prevents decline in gray matter volume of the frontal, parietal and cingulate + cortex in patients with mild cognitive impairment. Neuroimage 131 226\u2013238. + 10.1016/j.neuroimage.2015.09.050", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2015.09.050", "@IdType": "doi"}, {"#text": "26433119", + "@IdType": "pubmed"}]}}, {"Citation": "Koyama M. S., O\u2019Connor D., Shehzad + Z., Milham M. P. (2017). Differential contributions of the middle frontal + gyrus functional connectivity to literacy and numeracy. Sci. Rep. 7:17548. + 10.1038/s41598-017-17702-6", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41598-017-17702-6", + "@IdType": "doi"}, {"#text": "PMC5727510", "@IdType": "pmc"}, {"#text": "29235506", + "@IdType": "pubmed"}]}}, {"Citation": "Kumar S., Zomorrodi R., Ghazala Z., + Blumberger D., Fischer C., Daskalakis Z., et al. (2017). Dorsolateral prefrontal + cortex neuroplasticity deficits in Alzheimer\u2019s disease. Biol. Psychiatry + 81:S148. 10.1016/j.biopsych.2017.02.378", "ArticleIdList": {"ArticleId": {"#text": + "10.1016/j.biopsych.2017.02.378", "@IdType": "doi"}}}, {"Citation": "Lara + A. H., Wallis J. D. (2015). The role of prefrontal cortex in working memory: + a mini review. Front. Syst. Neurosci. 9:173. 10.3389/fnsys.2015.00173", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnsys.2015.00173", "@IdType": "doi"}, {"#text": + "PMC4683174", "@IdType": "pmc"}, {"#text": "26733825", "@IdType": "pubmed"}]}}, + {"Citation": "Lau H., Shahar S., Mohamad M., Rajab N. F., Yahya H. M., Din + N. C., et al. (2018). Relationships between dietary nutrients intake and lipid + levels with functional MRI dorsolateral prefrontal cortex activation. Clin. + Intervent. Aging 14 43\u201351. 10.2147/CIA.S183425", "ArticleIdList": {"ArticleId": + [{"#text": "10.2147/CIA.S183425", "@IdType": "doi"}, {"#text": "PMC6307498", + "@IdType": "pmc"}, {"#text": "30613138", "@IdType": "pubmed"}]}}, {"Citation": + "Lau H., Shahar S., Mohamad M., Rajab N. F., Yahya H. M., Din N. C., et al. + (2020). The effects of six months Persicaria minor extract supplement among + older adults with mild cognitive impairment: a double-blinded, randomized, + and placebo-controlled trial. BMC Complement. Med. Ther. 20:315. 10.1186/s12906-020-03092-2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1186/s12906-020-03092-2", "@IdType": + "doi"}, {"#text": "PMC7574246", "@IdType": "pmc"}, {"#text": "33076878", "@IdType": + "pubmed"}]}}, {"Citation": "Libetta C., Sepe V., Esposito P., Galli F., Dal + Canton A. (2011). Oxidative stress and inflammation: implications in uremia + and hemodialysis. Clin. Biochem. 44 1189\u20131198. 10.1016/j.clinbiochem.2011.06.988", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.clinbiochem.2011.06.988", + "@IdType": "doi"}, {"#text": "21777574", "@IdType": "pubmed"}]}}, {"Citation": + "Luo J., Mills K., le Cessie S., Noordam R., van Heemst D. (2020). Ageing, + age-related diseases and oxidative stress: what to do next? Ageing Res. Rev. + 57:100982. 10.1016/j.arr.2019.100982", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.arr.2019.100982", "@IdType": "doi"}, {"#text": "31733333", "@IdType": + "pubmed"}]}}, {"Citation": "Maldjian J. A., Laurienti P. J., Kraft R. A., + Burdette J. H. (2003). An automated method for neuroanatomic and cytoarchitectonic + atlas-based interrogation of fMRI data sets. Neuroimage 19 1233\u20131239. + 10.1016/s1053-8119(03)00169-1", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/s1053-8119(03)00169-1", "@IdType": "doi"}, {"#text": "12880848", + "@IdType": "pubmed"}]}}, {"Citation": "Malek Rivan N. F., Shahar S., Rajab + N. F., Singh D. K. A., Din N. C., Hazlina M., et al. (2019). Cognitive frailty + among Malaysian older adults: baseline findings from the LRGS TUA cohort study. + Clin. Intervent. Aging 14 1343\u20131352. 10.2147/CIA.S211027", "ArticleIdList": + {"ArticleId": [{"#text": "10.2147/CIA.S211027", "@IdType": "doi"}, {"#text": + "PMC6663036", "@IdType": "pmc"}, {"#text": "31413555", "@IdType": "pubmed"}]}}, + {"Citation": "Mattson M. P., Maudsley S., Martin B. (2004). BDNF and 5-HT: + a dynamic duo in age-related neuronal plasticity and neurodegenerative disorders. + Trends Neurosci. 27 589\u2013594. 10.1016/j.tins.2004.08.001", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.tins.2004.08.001", "@IdType": "doi"}, + {"#text": "15374669", "@IdType": "pubmed"}]}}, {"Citation": "Numakawa T., + Matsumoto T., Numakawa Y., Richards M., Yamawaki S., Kunugi H. (2011). Protective + action of neurotrophic factors and estrogen against oxidative stress-mediated + neurodegeneration. J. Toxicol. 2011:405194. 10.1155/2011/405194", "ArticleIdList": + {"ArticleId": [{"#text": "10.1155/2011/405194", "@IdType": "doi"}, {"#text": + "PMC3135156", "@IdType": "pmc"}, {"#text": "21776259", "@IdType": "pubmed"}]}}, + {"Citation": "Papachristou E., Ramsay S. E., Lennon L. T., Papacosta O., Iliffe + S., Whincup P. H., et al. (2015). The relationships between body composition + characteristics and cognitive functioning in a population-based sample of + older British men. BMC Geriatr. 15:172. 10.1186/s12877-015-0169-y", "ArticleIdList": + {"ArticleId": [{"#text": "10.1186/s12877-015-0169-y", "@IdType": "doi"}, {"#text": + "PMC4687114", "@IdType": "pmc"}, {"#text": "26692280", "@IdType": "pubmed"}]}}, + {"Citation": "Parthasarathy V., Frazier D. T., Bettcher B. M., Jastrzab L., + Chao L., Reed B., et al. (2017). Triglycerides are negatively correlated with + cognitive function in nondemented aging adults. Neuropsychology 31 682\u2013688. + 10.1037/neu0000335", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/neu0000335", + "@IdType": "doi"}, {"#text": "PMC5726405", "@IdType": "pmc"}, {"#text": "28604016", + "@IdType": "pubmed"}]}}, {"Citation": "Petersen R. C., Caracciolo B., Brayne + C., Gauthier S., Jelic V., Fratiglioni L. (2014). Mild cognitive impairment: + a concept in evolution. J. Int. Med. 275 214\u2013228. 10.1111/joim.12190", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/joim.12190", "@IdType": + "doi"}, {"#text": "PMC3967548", "@IdType": "pmc"}, {"#text": "24605806", "@IdType": + "pubmed"}]}}, {"Citation": "Phillips C. (2017). Brain-Derived Neurotrophic + Factor, Depression, and Physical Activity: Making the Neuroplastic Connection. + Neural Plast. 2017:7260130. 10.1155/2017/7260130", "ArticleIdList": {"ArticleId": + [{"#text": "10.1155/2017/7260130", "@IdType": "doi"}, {"#text": "PMC5591905", + "@IdType": "pmc"}, {"#text": "28928987", "@IdType": "pubmed"}]}}, {"Citation": + "Piepmeier A. T., Etnier J. L. (2015). Brain-derived neurotrophic factor (BDNF) + as a potential mechanism of the effects of acute exercise on cognitive performance. + J. Sport Health Sci. 4 14\u201323. 10.1016/j.jshs.2014.11.001", "ArticleIdList": + {"ArticleId": {"#text": "10.1016/j.jshs.2014.11.001", "@IdType": "doi"}}}, + {"Citation": "Pisella L., Alahyane N., Blangero A., Thery F., Blanc S., Pelisson + D. (2011). Right-hemispheric dominance for visual remapping in humans. Philos. + Trans. R. Soc. B Biol. Sci. 366 572\u2013585. 10.1098/rstb.2010.0258", "ArticleIdList": + {"ArticleId": [{"#text": "10.1098/rstb.2010.0258", "@IdType": "doi"}, {"#text": + "PMC3030835", "@IdType": "pmc"}, {"#text": "21242144", "@IdType": "pubmed"}]}}, + {"Citation": "Redza-Dutordoir M., Averill-Bates D. A. (2016). Activation of + apoptosis signalling pathways by reactive oxygen species. Biochim. Biophys. + Acta (BBA) Mol. Cell Res. 1863 2977\u20132992. 10.1016/j.bbamcr.2016.09.012", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.bbamcr.2016.09.012", + "@IdType": "doi"}, {"#text": "27646922", "@IdType": "pubmed"}]}}, {"Citation": + "Revel F., Gilbert T., Roche S., Drai J., Blond E., Ecochard R., et al. (2015). + Influence of oxidative stress biomarkers on cognitive decline. J. Alzheimers + Dis. 45 553\u2013560. 10.3233/jad-141797", "ArticleIdList": {"ArticleId": + [{"#text": "10.3233/jad-141797", "@IdType": "doi"}, {"#text": "25589716", + "@IdType": "pubmed"}]}}, {"Citation": "Rivan N. F. M., Shahar S., Rajab N. + F., Singh D. K. A., Che Din N., Mahadzir H., et al. (2020). Incidence and + predictors of cognitive frailty among older adults: a community-based longitudinal + study. Int. J. Environ. Res. Public Health 17:1547.", "ArticleIdList": {"ArticleId": + [{"#text": "PMC7084438", "@IdType": "pmc"}, {"#text": "32121194", "@IdType": + "pubmed"}]}}, {"Citation": "Sachdev P. S., Lipnicki D. M., Crawford J., Reppermund + S., Kochan N. A., Trollor J. N., et al. (2013). Factors predicting reversion + from mild cognitive impairment to normal cognitive functioning: a population-based + study. PLoS One 8:e59649. 10.1371/journal.pone.0059649", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0059649", "@IdType": "doi"}, + {"#text": "PMC3609866", "@IdType": "pmc"}, {"#text": "23544083", "@IdType": + "pubmed"}]}}, {"Citation": "Salim S. (2017). Oxidative stress and the central + nervous system. J. Pharmacol. Exp. Ther. 360 201\u2013205. 10.1124/jpet.116.237503", + "ArticleIdList": {"ArticleId": [{"#text": "10.1124/jpet.116.237503", "@IdType": + "doi"}, {"#text": "PMC5193071", "@IdType": "pmc"}, {"#text": "27754930", "@IdType": + "pubmed"}]}}, {"Citation": "Shahar S., Omar A., Vanoh D., Hamid T. A., Mukari + S. Z., Din N. C., et al. (2016). Approaches in methodology for population-based + longitudinal study on neuroprotective model for healthy longevity (TUA) among + Malaysian older adults. Aging Clin. Exp. Res. 28 1089\u20131104. 10.1007/s40520-015-0511-4", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s40520-015-0511-4", "@IdType": + "doi"}, {"#text": "26670602", "@IdType": "pubmed"}]}}, {"Citation": "Taylor + J. L., Hambro B. C., Strossman N. D., Bhatt P., Hernandez B., Ashford J. W., + et al. (2019). The effects of repetitive transcranial magnetic stimulation + in older adults with mild cognitive impairment: a protocol for a randomized, + controlled three-arm trial. BMC Neurol. 19:326. 10.1186/s12883-019-1552-7", + "ArticleIdList": {"ArticleId": [{"#text": "10.1186/s12883-019-1552-7", "@IdType": + "doi"}, {"#text": "PMC6912947", "@IdType": "pmc"}, {"#text": "31842821", "@IdType": + "pubmed"}]}}, {"Citation": "Townsend J., Bookheimer S. Y., Foland-Ross L. + C., Sugar C. A., Altshuler L. L. (2010). fMRI abnormalities in dorsolateral + prefrontal cortex during a working memory task in manic, euthymic and depressed + bipolar subjects. Psychiatry Res. 182 22\u201329. 10.1016/j.pscychresns.2009.11.010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.pscychresns.2009.11.010", + "@IdType": "doi"}, {"#text": "PMC2918407", "@IdType": "pmc"}, {"#text": "20227857", + "@IdType": "pubmed"}]}}, {"Citation": "Turken A., Whitfield-Gabrieli S., Bammer + R., Baldo J. V., Dronkers N. F., Gabrieli J. D. (2008). Cognitive processing + speed and the structure of white matter pathways: convergent evidence from + normal variation and lesion studies. Neuroimage 42 1032\u20131044. 10.1016/j.neuroimage.2008.03.057", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.03.057", + "@IdType": "doi"}, {"#text": "PMC2630965", "@IdType": "pmc"}, {"#text": "18602840", + "@IdType": "pubmed"}]}}, {"Citation": "Urayama A., Banks W. A. (2008). Starvation + and triglycerides reverse the obesity-induced impairment of insulin transport + at the blood-brain barrier. Endocrinology 149 3592\u20133597. 10.1210/en.2008-0008", + "ArticleIdList": {"ArticleId": [{"#text": "10.1210/en.2008-0008", "@IdType": + "doi"}, {"#text": "PMC2453080", "@IdType": "pmc"}, {"#text": "18403490", "@IdType": + "pubmed"}]}}, {"Citation": "Vanoh D., Shahar S., Din N. C., Omar A., Vyrn + C. A., Razali R., et al. (2017). Predictors of poor cognitive status among + older Malaysian adults: baseline findings from the LRGS TUA cohort study. + Aging Clin. Exp. Res. 29 173\u2013182. 10.1007/s40520-016-0553-2", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s40520-016-0553-2", "@IdType": "doi"}, {"#text": + "26980453", "@IdType": "pubmed"}]}}, {"Citation": "Wang J. X., Rogers L. M., + Gross E. Z., Ryals A. J., Dokucu M. E., Brandstatt K. L., et al. (2014). Targeted + enhancement of cortical-hippocampal brain networks and associative memory. + Science 345 1054\u20131057. 10.1126/science.1252900", "ArticleIdList": {"ArticleId": + [{"#text": "10.1126/science.1252900", "@IdType": "doi"}, {"#text": "PMC4307924", + "@IdType": "pmc"}, {"#text": "25170153", "@IdType": "pubmed"}]}}, {"Citation": + "Weinstock-Guttman B., Zivadinov R., Mahfooz N., Carl E., Drake A., Schneider + J., et al. (2011). Serum lipid profiles are associated with disability and + MRI outcomes in multiple sclerosis. J. Neuroinflamm. 8:127. 10.1186/1742-2094-8-127", + "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1742-2094-8-127", "@IdType": + "doi"}, {"#text": "PMC3228782", "@IdType": "pmc"}, {"#text": "21970791", "@IdType": + "pubmed"}]}}, {"Citation": "Weshsler D. (1997). Wechsler Adult Intelligence + Scale-III. San Antonio, TX: The Psychological Corporation."}, {"Citation": + "Winter J. E., MacInnis R. J., Wattanapenpaiboon N., Nowson C. A. (2014). + BMI and all-cause mortality in older adults: a meta-analysis. Am. J. Clin. + Nutr. 99 875\u2013890. 10.3945/ajcn.113.068122", "ArticleIdList": {"ArticleId": + [{"#text": "10.3945/ajcn.113.068122", "@IdType": "doi"}, {"#text": "24452240", + "@IdType": "pubmed"}]}}, {"Citation": "Won H., Abdul M. Z., Mat Ludin A. F., + Omar M. A., Razali R., Shahar S. (2017). The cut-off values of anthropometric + variables for predicting mild cognitive impairment in Malaysian older adults: + a large population based cross-sectional study. Clin. Intervent. Aging 12 + 275\u2013282. 10.2147/CIA.S118942", "ArticleIdList": {"ArticleId": [{"#text": + "10.2147/CIA.S118942", "@IdType": "doi"}, {"#text": "PMC5304972", "@IdType": + "pmc"}, {"#text": "28223785", "@IdType": "pubmed"}]}}, {"Citation": "World + Health Organisation (2011). Waist Circumference and Waist\u2013Hip Ratio: + Report of a WHO Expert Consultation. Geneva: World Health Organisation."}, + {"Citation": "Wright M. E., Wise R. G. (2018). Can blood oxygenation level + dependent functional magnetic resonance imaging be used accurately to compare + older and younger populations? a mini literature review. Front. Aging Neurosci. + 10:371. 10.3389/fnagi.2018.00371", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fnagi.2018.00371", "@IdType": "doi"}, {"#text": "PMC6243068", "@IdType": + "pmc"}, {"#text": "30483117", "@IdType": "pubmed"}]}}, {"Citation": "You Y. + X., Shahar S., Haron H., Yahya H. M., Che Din N. (2020). High traditional + Asian vegetables(ulam) intake relates to better nutritional status, cognition + and mood among aging adults from low-income residential areas. Br. Food J. + 122 3179\u20133191. 10.1108/BFJ-01-2020-0009", "ArticleIdList": {"ArticleId": + {"#text": "10.1108/BFJ-01-2020-0009", "@IdType": "doi"}}}, {"Citation": "You + Y. X., Shahar S., Mohamad M., Yahya H. M., Haron H., Abdul Hamid H. (2019). + Does traditional asian vegetables (ulam) consumption correlate with brain + activity using fMRI? A study among aging adults from low-income households. + J. Magn. Reson. Imaging 51 1142\u20131153. 10.1002/jmri.26891", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/jmri.26891", "@IdType": "doi"}, {"#text": + "PMC7079031", "@IdType": "pmc"}, {"#text": "31386268", "@IdType": "pubmed"}]}}, + {"Citation": "You Y. X., Shahar S., Rajab N. F., Haron H., Yahya H. M., Mohamad + M., et al. (2021). Effects of 12 weeks Cosmos caudatus supplement among older + adults with mild cognitive impairment: a randomized, double-blind and placebo-controlled + trial. Nutrients 13:434. 10.3390/nu13020434", "ArticleIdList": {"ArticleId": + [{"#text": "10.3390/nu13020434", "@IdType": "doi"}, {"#text": "PMC7912368", + "@IdType": "pmc"}, {"#text": "33572715", "@IdType": "pubmed"}]}}, {"Citation": + "You Y., Shahar S., Haron H., Yahya H. (2018). More ulam for your brain: a + review on the potential role of ulam in protecting against cognitive decline. + Sains Malaysiana 47 2713\u20132729. 10.17576/jsm-2018-4711-15", "ArticleIdList": + {"ArticleId": {"#text": "10.17576/jsm-2018-4711-15", "@IdType": "doi"}}}, + {"Citation": "Zabel M., Nackenoff A., Kirsch W. M., Harrison F. E., Perry + G., Schrag M. (2018). Markers of oxidative damage to lipids, nucleic acids + and proteins and antioxidant enzymes activities in Alzheimer\u2019s disease + brain: a meta-analysis in human pathological specimens. Free Radic. Biol. + Med. 115 351\u2013360. 10.1016/j.freeradbiomed.2017.12.016", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.freeradbiomed.2017.12.016", "@IdType": + "doi"}, {"#text": "PMC6435270", "@IdType": "pmc"}, {"#text": "29253591", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": + {"#text": "35046782", "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1662-5161", "@IssnType": "Print"}, + "Title": "Frontiers in human neuroscience", "JournalIssue": {"Volume": "15", + "PubDate": {"Year": "2021"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Hum Neurosci"}, "Abstract": {"AbstractText": {"i": ["p", "p", "p", + "p", "R"], "sup": "2", "#text": "Working memory is developed in one region + of the brain called the dorsolateral prefrontal cortex (DLPFC). The dysfunction + of this region leads to synaptic neuroplasticity impairment. It has been reported + that several biochemical parameters and anthropometric measurements play a + vital role in cognition and brain health. This study aimed to investigate + the relationships between cognitive function, serum biochemical profile, and + anthropometric measurements using DLPFC activation. A cross-sectional study + was conducted among 35 older adults (\u226560 years) who experienced mild + cognitive impairment (MCI). For this purpose, we distributed a comprehensive + interview-based questionnaire for collecting sociodemographic information + from the participants and conducting cognitive tests. Anthropometric values + were measured, and fasting blood specimens were collected. We investigated + their brain activation using the task-based functional MRI (fMRI; N-back), + specifically in the DLPFC region. Positive relationships were observed between + brain-derived neurotrophic factor (BDNF) (\u03b2 = 0.494, < 0.01) and Mini-Mental + State Examination (MMSE) (\u03b2 = 0.698, < 0.01); however, negative relationships + were observed between serum triglyceride (\u03b2 = -0.402, < 0.05) and serum + malondialdehyde (MDA) (\u03b2 = -0.326, < 0.05) with right DLPFC activation + ( = 0.512) while the participants performed 1-back task after adjustments + for age, gender, and years of education. In conclusion, higher serum triglycerides, + higher oxidative stress, and lower neurotrophic factor were associated with + lower right DLPFC activation among older adults with MCI. A further investigation + needs to be carried out to understand the causal-effect mechanisms of the + significant parameters and the DLPFC activation so that better intervention + strategies can be developed for reducing the risk of irreversible neurodegenerative + diseases among older adults with MCI."}, "CopyrightInformation": "Copyright + \u00a9 2022 You, Shahar, Mohamad, Rajab, Che Din, Lau and Abdul Hamid."}, + "Language": "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Yee Xing", "Initials": "YX", "LastName": "You", + "AffiliationInfo": {"Affiliation": "Dietetics Program and Center for Healthy + Aging and Wellness (H-Care), Faculty of Health Sciences, Universiti Kebangsaan + Malaysia, Kuala Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Suzana", + "Initials": "S", "LastName": "Shahar", "AffiliationInfo": {"Affiliation": + "Dietetics Program and Center for Healthy Aging and Wellness (H-Care), Faculty + of Health Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, Malaysia."}}, + {"@ValidYN": "Y", "ForeName": "Mazlyfarina", "Initials": "M", "LastName": + "Mohamad", "AffiliationInfo": {"Affiliation": "Diagnostic Imaging and Radiotherapy + Program, Faculty of Health Sciences, Universiti Kebangsaan Malaysia, Kuala + Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Nor Fadilah", "Initials": + "NF", "LastName": "Rajab", "AffiliationInfo": {"Affiliation": "Biomedical + Sciences Program and Center for Healthy Aging and Wellness (H-Care), Faculty + of Health Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, Malaysia."}}, + {"@ValidYN": "Y", "ForeName": "Normah", "Initials": "N", "LastName": "Che + Din", "AffiliationInfo": {"Affiliation": "Health Psychology Program, Centre + of Rehabilitation and Special Needs, Faculty of Health Sciences, Universiti + Kebangsaan Malaysia, Kuala Lumpur, Malaysia."}}, {"@ValidYN": "Y", "ForeName": + "Hui Jin", "Initials": "HJ", "LastName": "Lau", "AffiliationInfo": {"Affiliation": + "Nutritional Sciences Program and Center for Healthy Aging and Wellness (H-Care), + Faculty of Health Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, + Malaysia."}}, {"@ValidYN": "Y", "ForeName": "Hamzaini", "Initials": "H", "LastName": + "Abdul Hamid", "AffiliationInfo": {"Affiliation": "Department of Radiology, + Faculty of Medicine, Universiti Kebangsaan Malaysia Medical Center, Kuala + Lumpur, Malaysia."}}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "765451", + "MedlinePgn": "765451"}, "ArticleDate": {"Day": "03", "Year": "2022", "Month": + "01", "@DateType": "Electronic"}, "ELocationID": [{"#text": "765451", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnhum.2021.765451", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Is There Any Relationship Between + Biochemical Indices and Anthropometric Measurements With Dorsolateral Prefrontal + Cortex Activation Among Older Adults With Mild Cognitive Impairment?", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "21", "Year": "2022", "Month": "01"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "anthropometry", "@MajorTopicYN": "N"}, {"#text": "biochemical", + "@MajorTopicYN": "N"}, {"#text": "biomarkers", "@MajorTopicYN": "N"}, {"#text": + "brain activation", "@MajorTopicYN": "N"}, {"#text": "cognitive", "@MajorTopicYN": + "N"}]}, "CoiStatement": "The authors declare that the research was conducted + in the absence of any commercial or financial relationships that could be + construed as a potential conflict of interest.", "MedlineJournalInfo": {"Country": + "Switzerland", "MedlineTA": "Front Hum Neurosci", "ISSNLinking": "1662-5161", + "NlmUniqueID": "101477954"}}}, "semantic_scholar": {"year": 2022, "title": + "Is There Any Relationship Between Biochemical Indices and Anthropometric + Measurements With Dorsolateral Prefrontal Cortex Activation Among Older Adults + With Mild Cognitive Impairment?", "venue": "Frontiers in Human Neuroscience", + "authors": [{"name": "Y. You", "authorId": "113969009"}, {"name": "S. Shahar", + "authorId": "2773427"}, {"name": "M. Mohamad", "authorId": "3875922"}, {"name": + "N. Rajab", "authorId": "5145536"}, {"name": "Normah Che Din", "authorId": + "7887352"}, {"name": "Hui Jin Lau", "authorId": "2125903104"}, {"name": "H. + Abdul Hamid", "authorId": "38810160"}], "paperId": "141e1bb8f2289ca1978c328d567f3f88ac128964", + "abstract": "Working memory is developed in one region of the brain called + the dorsolateral prefrontal cortex (DLPFC). The dysfunction of this region + leads to synaptic neuroplasticity impairment. It has been reported that several + biochemical parameters and anthropometric measurements play a vital role in + cognition and brain health. This study aimed to investigate the relationships + between cognitive function, serum biochemical profile, and anthropometric + measurements using DLPFC activation. A cross-sectional study was conducted + among 35 older adults (\u226560 years) who experienced mild cognitive impairment + (MCI). For this purpose, we distributed a comprehensive interview-based questionnaire + for collecting sociodemographic information from the participants and conducting + cognitive tests. Anthropometric values were measured, and fasting blood specimens + were collected. We investigated their brain activation using the task-based + functional MRI (fMRI; N-back), specifically in the DLPFC region. Positive + relationships were observed between brain-derived neurotrophic factor (BDNF) + (\u03b2 = 0.494, p < 0.01) and Mini-Mental State Examination (MMSE) (\u03b2 + = 0.698, p < 0.01); however, negative relationships were observed between + serum triglyceride (\u03b2 = \u22120.402, p < 0.05) and serum malondialdehyde + (MDA) (\u03b2 = \u22120.326, p < 0.05) with right DLPFC activation (R2 = 0.512) + while the participants performed 1-back task after adjustments for age, gender, + and years of education. In conclusion, higher serum triglycerides, higher + oxidative stress, and lower neurotrophic factor were associated with lower + right DLPFC activation among older adults with MCI. A further investigation + needs to be carried out to understand the causal-effect mechanisms of the + significant parameters and the DLPFC activation so that better intervention + strategies can be developed for reducing the risk of irreversible neurodegenerative + diseases among older adults with MCI.", "isOpenAccess": true, "openAccessPdf": + {"url": "https://www.frontiersin.org/articles/10.3389/fnhum.2021.765451/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC8762169, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2022-01-03"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T19:09:35.629266+00:00", "analyses": + []}, {"id": "tj4FavBEnueQ", "created_at": "2025-12-03T20:27:37.426099+00:00", + "updated_at": null, "user": null, "name": "Intrinsic Resting-State Activity + in Older Adults With Video Game Experience", "description": "Playing video + games is a prevalent leisure activity in current daily life, and studies have + found that video game experience has positive effects in several cognitive + domains. However, few studies have examined the effect of video game experience + on the amplitude of low-frequency fluctuations (ALFF) among older adults. + In the current study, we compared behavioral performance in the flanker task + and ALFF activities of older adults, of whom 15 were video game players (VGPs) + and 18 non-video game players (NVGPs). The results showed that VGPs outperformed + NVGPs in the flanker task and that VGPs showed significantly increased ALFF + relative to NVGPs in the left inferior occipital gyrus, left cerebellum and + left lingual gyrus. Furthermore, the ALFF in the left inferior occipital gyrus + and left lingual gyrus was positively correlated with cognitive performance + as measured by Mini-Mental State Examination (MMSE) scores. These results + revealed that playing video games might improve behavioral performance and + change intrinsic brain activity in older adults. Future video game training + studies in older adults are warranted to provide more evidence of the positive + effects of video game experience on behavioral and brain function.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2019.00119", "pmid": + "31164816", "authors": "Hai-Yan Hou; Xiaohua Jia; Ping Wang; Jia-Xin Zhang; + Silin Huang; Huijie Li", "year": 2019, "metadata": {"slug": "31164816-10-3389-fnagi-2019-00119-pmc6536594", + "source": "semantic_scholar", "keywords": ["amplitude of low-frequency fluctuations", + "non-video game players", "older adults", "video game experience", "video + game players"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "1", "Year": "2019", "Month": "2", "@PubStatus": "received"}, {"Day": + "6", "Year": "2019", "Month": "5", "@PubStatus": "accepted"}, {"Day": "6", + "Hour": "6", "Year": "2019", "Month": "6", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "6", "Hour": "6", "Year": "2019", "Month": "6", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "6", "Hour": "6", "Year": "2019", "Month": "6", "Minute": + "1", "@PubStatus": "medline"}, {"Day": "1", "Year": "2019", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "31164816", "@IdType": "pubmed"}, {"#text": "PMC6536594", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2019.00119", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Anguera J. A., Boccanfuso J., Rintoul J. L., + Al-Hashimi O., Faraji F., Janowich J., et al. . (2013). Video game training + enhances cognitive control in older adults. Nature 501, 97\u2013101. 10.1038/nature12486", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature12486", "@IdType": + "doi"}, {"#text": "PMC3983066", "@IdType": "pmc"}, {"#text": "24005416", "@IdType": + "pubmed"}]}}, {"Citation": "Ballesteros S., Prieto A., Mayas J., Toril P., + Pita C., Ponce de Leon L., et al. . (2014). Brain training with non-action + video games enhances aspects of cognition in older adults: a randomized controlled + trial. Front. Aging Neurosci. 6:277. 10.3389/fnagi.2014.00277", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnagi.2014.00277", "@IdType": "doi"}, {"#text": + "PMC4196565", "@IdType": "pmc"}, {"#text": "25352805", "@IdType": "pubmed"}]}}, + {"Citation": "Basak C., Boot W. R., Voss M. W., Kramer A. F. (2008). Can training + in a real-time strategy video game attenuate cognitive decline in older adults? + Psychol. Aging 23, 765\u2013777. 10.1037/a0013494", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0013494", "@IdType": "doi"}, {"#text": "PMC4041116", + "@IdType": "pmc"}, {"#text": "19140648", "@IdType": "pubmed"}]}}, {"Citation": + "Belchior P., Marsiske M., Sisco S. M., Yam A., Bavelier D., Ball K., et al. + . (2013). Video game training to improve selective visual attention in older + adults. Comput. Human Behav. 29, 1318\u20131324. 10.1016/j.chb.2013.01.034", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.chb.2013.01.034", "@IdType": + "doi"}, {"#text": "PMC3758751", "@IdType": "pmc"}, {"#text": "24003265", "@IdType": + "pubmed"}]}}, {"Citation": "Bavelier D., Achtman R. L., Mani M., Foecker J. + (2012). Neural bases of selective attention in action video game players. + Vision Res. 61, 132\u2013143. 10.1016/j.visres.2011.08.007", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.visres.2011.08.007", "@IdType": "doi"}, + {"#text": "PMC3260403", "@IdType": "pmc"}, {"#text": "21864560", "@IdType": + "pubmed"}]}}, {"Citation": "Betker A. L., Szturm T., Moussavi Z. K., Nett + C. (2006). Video game-based exercises for balance rehabilitation: a single-subject + design. Arch. Phys. Med. Rehabil. 87, 1141\u20131149. 10.1016/j.apmr.2006.04.010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.apmr.2006.04.010", "@IdType": + "doi"}, {"#text": "16876562", "@IdType": "pubmed"}]}}, {"Citation": "Biswal + B., Yetkin F. Z., Haughton V. M., Hyde J. S. (1995). Functional connectivity + in the motor cortex of resting human brain using echo-planar mri. Magn. Reson. + Med. 34, 537\u2013541. 10.1002/mrm.1910340409", "ArticleIdList": {"ArticleId": + [{"#text": "10.1002/mrm.1910340409", "@IdType": "doi"}, {"#text": "8524021", + "@IdType": "pubmed"}]}}, {"Citation": "Blennow K., de Leon M. J., Zetterberg + H. (2006). Alzheimer\u2019s disease. Lancet 368, 387\u2013403. 10.1016/S0140-6736(06)69113-7", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0140-6736(06)69113-7", + "@IdType": "doi"}, {"#text": "16876668", "@IdType": "pubmed"}]}}, {"Citation": + "Boot W. R., Blakely D. P., Simons D. J. (2011). Do action video games improve + perception and cognition? Front. Psychol. 2:226. 10.3389/fpsyg.2011.00226", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2011.00226", "@IdType": + "doi"}, {"#text": "PMC3171788", "@IdType": "pmc"}, {"#text": "21949513", "@IdType": + "pubmed"}]}}, {"Citation": "Brehmer Y., Kalpouzos G., Wenger E., L\u00f6vd\u00e9n + M. (2014). Plasticity of brain and cognition in older adults. Psychol. Res. + 78, 790\u2013802. 10.1007/s00426-014-0587-z", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s00426-014-0587-z", "@IdType": "doi"}, {"#text": "25261907", + "@IdType": "pubmed"}]}}, {"Citation": "Buitenweg J. I. V., van de Ven R. M., + Prinssen S., Murre J. M. J., Ridderinkhof K. R. (2017). Cognitive flexibility + training: a large-scale multimodal adaptive active-control intervention study + in healthy older adults. Front. Hum. Neurosci. 11:529. 10.3389/fnhum.2017.00529", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2017.00529", "@IdType": + "doi"}, {"#text": "PMC5701641", "@IdType": "pmc"}, {"#text": "29209183", "@IdType": + "pubmed"}]}}, {"Citation": "B\u00fctefisch C. M., Davis B. C., Wise S. P., + Sawaki L., Kopylev L., Classen J., et al. . (2000). Mechanisms of use-dependent + plasticity in the human motor cortex. Proc. Natl. Acad. Sci. U S A 97, 3661\u20133665. + 10.1073/pnas.050350297", "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.050350297", + "@IdType": "doi"}, {"#text": "PMC16296", "@IdType": "pmc"}, {"#text": "10716702", + "@IdType": "pubmed"}]}}, {"Citation": "Cai S., Chong T., Peng Y., Shen W., + Li J., von Deneen K. M., et al. . (2017). Altered functional brain networks + in amnestic mild cognitive impairment: a resting-state fMRI study. Brain Imaging + Behav. 11, 619\u2013631. 10.1007/s11682-016-9539-0", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s11682-016-9539-0", "@IdType": "doi"}, {"#text": "26972578", + "@IdType": "pubmed"}]}}, {"Citation": "Castel A. D., Pratt J., Drummond E. + (2005). The effects of action video game experience on the time course of + inhibition of return and the efficiency of visual search. Acta Psychol. 119, + 217\u2013230. 10.1016/j.actpsy.2005.02.004", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.actpsy.2005.02.004", "@IdType": "doi"}, {"#text": "15877981", + "@IdType": "pubmed"}]}}, {"Citation": "Chisholm J. D., Kingstone A. (2012). + Improved top-down control reduces oculomotor capture: the case of action video + game players. Atten. Percept. Psychophys. 74, 257\u2013262. 10.3758/s13414-011-0253-0", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13414-011-0253-0", "@IdType": + "doi"}, {"#text": "22160821", "@IdType": "pubmed"}]}}, {"Citation": "Cohen + J. (1988). Statistical Power Analysis for the Behavioral Sciences. 2nd Edn. + Hillsdale, NJ: L. Erlbaum Associates."}, {"Citation": "Coubard O. A., Duretz + S., Lefebvre V., Lapalus P., Ferrufino L. (2011). Practice of contemporary + dance improves cognitive flexibility in aging. Front. Aging Neurosci. 3:13. + 10.3389/fnagi.2011.00013", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2011.00013", + "@IdType": "doi"}, {"#text": "PMC3176453", "@IdType": "pmc"}, {"#text": "21960971", + "@IdType": "pubmed"}]}}, {"Citation": "Dye M. W. G., Green C. S., Bavelier + D. (2009). The development of attention skills in action video game players. + Neuropsychologia 47, 1780\u20131789. 10.1016/j.neuropsychologia.2009.02.002", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2009.02.002", + "@IdType": "doi"}, {"#text": "PMC2680769", "@IdType": "pmc"}, {"#text": "19428410", + "@IdType": "pubmed"}]}}, {"Citation": "Erickson K. I., Kramer A. F. (2009). + Aerobic exercise effects on cognitive and neural plasticity in older adults. + Br. J. Sports Med. 43, 22\u201324. 10.1136/bjsm.2008.052498", "ArticleIdList": + {"ArticleId": [{"#text": "10.1136/bjsm.2008.052498", "@IdType": "doi"}, {"#text": + "PMC2853472", "@IdType": "pmc"}, {"#text": "18927158", "@IdType": "pubmed"}]}}, + {"Citation": "Folstein M. F., Folstein S. E., Mchugh P. R. (1975). \u201cMini-mental + state\u201d. A practical method for grading the cognitive state of patients + for the clinician. J. Psychiatr. Res. 12, 189\u2013198. 10.1016/0022-3956(75)90026-6", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", + "@IdType": "doi"}, {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": + "Fox M. D., Raichle M. E. (2007). Spontaneous fluctuations in brain activity + observed with functional magnetic resonance imaging. Nat. Rev. Neurosci. 8, + 700\u2013711. 10.1038/nrn2201", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn2201", "@IdType": "doi"}, {"#text": "17704812", "@IdType": "pubmed"}]}}, + {"Citation": "Gong D., He H., Liu D., Ma W., Li D., Luo C., et al. . (2015). + Enhanced functional connectivity and increased gray matter volume of insula + related to action video game playing. Sci. Rep. 5:9763. 10.1038/srep09763", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/srep09763", "@IdType": + "doi"}, {"#text": "PMC5381748", "@IdType": "pmc"}, {"#text": "25880157", "@IdType": + "pubmed"}]}}, {"Citation": "Gong D., He H., Ma W., Liu D., Huang M., Li D., + et al. . (2016). Functional integration between salience and central executive + networks: a role for action video game experience. Neural Plast. 2016:9803165. + 10.1155/2016/9803165", "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2016/9803165", + "@IdType": "doi"}, {"#text": "PMC4739029", "@IdType": "pmc"}, {"#text": "26885408", + "@IdType": "pubmed"}]}}, {"Citation": "Granek J. A., Gorbet D. J., Sergio + L. E. (2010). Extensive video-game experience alters cortical networks for + complex visuomotor transformations. Cortex 46, 1165\u20131177. 10.1016/j.cortex.2009.10.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2009.10.009", + "@IdType": "doi"}, {"#text": "20060111", "@IdType": "pubmed"}]}}, {"Citation": + "Green C. S., Bavelier D. (2003). Action video game modifies visual selective + attention. Nature 423, 534\u2013537. 10.1038/nature01647", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/nature01647", "@IdType": "doi"}, {"#text": + "12774121", "@IdType": "pubmed"}]}}, {"Citation": "Green C. S., Bavelier D. + (2006). Effect of action video games on the spatial distribution of visuospatial + attention. J. Exp. Psychol. Hum. Percept. Perform. 32, 1465\u20131478. 10.1037/0096-1523.32.6.1465", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-1523.32.6.1465", "@IdType": + "doi"}, {"#text": "PMC2896828", "@IdType": "pmc"}, {"#text": "17154785", "@IdType": + "pubmed"}]}}, {"Citation": "Hedden T., Gabrieli J. D. E. (2004). Insights + into the ageing mind: a view from cognitive neuroscience. Nat. Rev. Neurosci. + 5, 87\u201396. 10.1038/nrn1323", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/nrn1323", "@IdType": "doi"}, {"#text": "14735112", "@IdType": "pubmed"}]}}, + {"Citation": "Herrup K. (2010). Reimagining Alzheimer\u2019s disease-an age-based + hypothesis. J. Neurosci. 30, 16755\u201316762. 10.1523/JNEUROSCI.4521-10.2010", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.4521-10.2010", + "@IdType": "doi"}, {"#text": "PMC3004746", "@IdType": "pmc"}, {"#text": "21159946", + "@IdType": "pubmed"}]}}, {"Citation": "Jung J., Kang J., Won E., Nam K., Lee + M.-S., Tae W. S., et al. . (2014). Impact of lingual gyrus volume on antidepressant + response and neurocognitive functions in Major depressive disorder: a voxel-based + morphometry study. J. Affect. Disord. 169, 179\u2013187. 10.1016/j.jad.2014.08.018", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jad.2014.08.018", "@IdType": + "doi"}, {"#text": "25200096", "@IdType": "pubmed"}]}}, {"Citation": "Katz + S., Ford A. B., Moskowitz R. W., Jackson B. A., Jaffe M. W. (1963). Studies + of illness in the aged. The index of ADL: a standardized measure of biological + and psychosocial function. JAMA 185, 914\u2013919. 10.1001/jama.1963.03060120024016", + "ArticleIdList": {"ArticleId": [{"#text": "10.1001/jama.1963.03060120024016", + "@IdType": "doi"}, {"#text": "14044222", "@IdType": "pubmed"}]}}, {"Citation": + "K\u00fchn S., Gallinat J. (2014). Amount of lifetime video gaming is positively + associated with entorhinal, hippocampal and occipital volume. Mol. Psychiatry + 19, 842\u2013847. 10.1038/mp.2013.100", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/mp.2013.100", "@IdType": "doi"}, {"#text": "23958958", "@IdType": + "pubmed"}]}}, {"Citation": "K\u00fchn S., Gleich T., Lorenz R. C., Lindenberger + U., Gallinat J. (2014). Playing super Mario induces structural brain plasticity: + gray matter changes resulting from training with a commercial video game. + Mol. Psychiatry 19, 265\u2013271. 10.1038/mp.2013.120", "ArticleIdList": {"ArticleId": + [{"#text": "10.1038/mp.2013.120", "@IdType": "doi"}, {"#text": "24166407", + "@IdType": "pubmed"}]}}, {"Citation": "Levy G. (2007). The relationship of + Parkinson disease with aging. Arch. Neurol. 64, 1242\u20131246. 10.1001/archneur.64.9.1242", + "ArticleIdList": {"ArticleId": [{"#text": "10.1001/archneur.64.9.1242", "@IdType": + "doi"}, {"#text": "17846263", "@IdType": "pubmed"}]}}, {"Citation": "Li R., + Polat U., Makous W., Bavelier D. (2009). Enhancing the contrast sensitivity + function through action video game training. Nat. Neurosci. 12, 549\u2013551. + 10.1038/nn.2296", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nn.2296", + "@IdType": "doi"}, {"#text": "PMC2921999", "@IdType": "pmc"}, {"#text": "19330003", + "@IdType": "pubmed"}]}}, {"Citation": "Li B., Zhu X., Hou J., Chen T., Wang + P., Li J. (2016). Combined cognitive training vs. memory strategy training + in healthy older adults. Front. Psychol. 7:834. 10.3389/fpsyg.2016.00834", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2016.00834", "@IdType": + "doi"}, {"#text": "PMC4896109", "@IdType": "pmc"}, {"#text": "27375521", "@IdType": + "pubmed"}]}}, {"Citation": "Luck T., Luppa M., Briel S., Riedel-Heller S. + G. (2010). Incidence of mild cognitive impairment: a systematic review. Dement. + Geriatr. Cogn. Disord. 29, 164\u2013175. 10.1159/000272424", "ArticleIdList": + {"ArticleId": [{"#text": "10.1159/000272424", "@IdType": "doi"}, {"#text": + "20150735", "@IdType": "pubmed"}]}}, {"Citation": "Manto M., Bower J. M., + Conforto A. B., Delgado-Garc\u00eda J. M., Farias da Guarda S. N., Gerwig + M., et al. . (2012). Consensus paper: roles of the cerebellum in motor control-the + diversity of ideas on cerebellar involvement in movement. Cerebellum 11, 457\u2013487. + 10.1007/s12311-011-0331-9", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s12311-011-0331-9", + "@IdType": "doi"}, {"#text": "PMC4347949", "@IdType": "pmc"}, {"#text": "22161499", + "@IdType": "pubmed"}]}}, {"Citation": "McDermott A. F., Bavelier D., Green + C. S. (2014). Memory abilities in action video game players. Comput. Human + Behav. 34, 69\u201378. 10.1016/j.chb.2014.01.018", "ArticleIdList": {"ArticleId": + {"#text": "10.1016/j.chb.2014.01.018", "@IdType": "doi"}}}, {"Citation": "Mennes + M., Zuo X.-N., Kelly C., Di Martino A., Zang Y.-F., Biswal B., et al. . (2011). + Linking inter-individual differences in neural activation and behavior to + intrinsic brain dynamics. Neuroimage 54, 2950\u20132959. 10.1016/j.neuroimage.2010.10.046", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2010.10.046", + "@IdType": "doi"}, {"#text": "PMC3091620", "@IdType": "pmc"}, {"#text": "20974260", + "@IdType": "pubmed"}]}}, {"Citation": "Mitchell A. J., Kemp S., Benito-Le\u00f3n + J., Reuber M. (2010). The influence of cognitive impairment on health-related + quality of life in neurological disease. Acta Neuropsychiatrica 22, 2\u201313. + 10.1111/j.1601-5215.2009.00439.x", "ArticleIdList": {"ArticleId": {"#text": + "10.1111/j.1601-5215.2009.00439.x", "@IdType": "doi"}}}, {"Citation": "Mui\u00f1os + M., Ballesteros S. (2014). Peripheral vision and perceptual asymmetries in + young and older martial arts athletes and nonathletes. Atten. Percept. Psychophys. + 76, 2465\u20132476. 10.3758/s13414-014-0719-y", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13414-014-0719-y", "@IdType": "doi"}, {"#text": "25005071", + "@IdType": "pubmed"}]}}, {"Citation": "Mui\u00f1os M., Ballesteros S. (2015). + Sports can protect dynamic visual acuity from aging: a study with young and + older judo and karate martial arts athletes. Atten. Percept. Psychophys. 77, + 2061\u20132073. 10.3758/s13414-015-0901-x", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13414-015-0901-x", "@IdType": "doi"}, {"#text": "25893472", + "@IdType": "pubmed"}]}}, {"Citation": "Nugent A. C., Martinez A., D\u2019Alfonso + A., Zarate C. A., Theodore W. H. (2015). The relationship between glucose + metabolism, resting-state fMRI BOLD signal and GABA(A)-binding potential: + a preliminary study in healthy subjects and those with temporal lobe epilepsy. + J. Cereb. Blood Flow Metab. 35, 583\u2013591. 10.1038/jcbfm.2014.228", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/jcbfm.2014.228", "@IdType": "doi"}, {"#text": + "PMC4420874", "@IdType": "pmc"}, {"#text": "25564232", "@IdType": "pubmed"}]}}, + {"Citation": "Oei A. C., Patterson M. D. (2013). Enhancing cognition with + video games: a multiple game training study. PLoS One 8:e58546. 10.1371/journal.pone.0058546", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0058546", + "@IdType": "doi"}, {"#text": "PMC3596277", "@IdType": "pmc"}, {"#text": "23516504", + "@IdType": "pubmed"}]}}, {"Citation": "Oei A. C., Patterson M. D. (2014). + Playing a puzzle video game with changing requirements improves executive + functions. Comput. Human Behav. 37, 216\u2013228. 10.1016/j.chb.2014.04.046", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.chb.2014.04.046", "@IdType": + "doi"}}}, {"Citation": "O\u2019Sullivan M., Jones D. K., Summers P. E., Morris + R. G., Williams S. C. R., Markus H. S. (2001). Evidence for cortical \u201cdisconnection\u201d + as a mechanism of age-related cognitive decline. Neurology 57, 632\u2013638. + 10.1212/wnl.57.4.632", "ArticleIdList": {"ArticleId": [{"#text": "10.1212/wnl.57.4.632", + "@IdType": "doi"}, {"#text": "11524471", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Bischof G. N. (2013). The aging mind: neuroplasticity in response + to cognitive training. Dialogues Clin. Neurosci. 15, 109\u2013119. 10.1016/b9780-12-380882-0.00007-3", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/b9780-12-380882-0.00007-3", + "@IdType": "doi"}, {"#text": "PMC3622463", "@IdType": "pmc"}, {"#text": "23576894", + "@IdType": "pubmed"}]}}, {"Citation": "Park D. C., Lautenschlager G., Hedden + T., Davidson N. S., Smith A. D., Smith P. K. (2002). Models of visuospatial + and verbal memory across the adult life span. Psychol. Aging 17, 299\u2013320. + 10.1037/0882-7974.17.2.299", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.17.2.299", + "@IdType": "doi"}, {"#text": "12061414", "@IdType": "pubmed"}]}}, {"Citation": + "Park D. C., Reuter-Lorenz P. (2009). The adaptive brain: aging and neurocognitive + scaffolding. Annu. Rev. Psychol. 60, 173\u2013196). 10.1146/annurev.psych.59.103006.093656", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev.psych.59.103006.093656", + "@IdType": "doi"}, {"#text": "PMC3359129", "@IdType": "pmc"}, {"#text": "19035823", + "@IdType": "pubmed"}]}}, {"Citation": "Paulsen O., Moser E. I. (1998). A model + of hippocampal memory encoding and retrieval: GABAergic control of synaptic + plasticity. Trends in Neurosci. 21, 273\u2013278. 10.1016/s0166-2236(97)01205-8", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0166-2236(97)01205-8", + "@IdType": "doi"}, {"#text": "9683315", "@IdType": "pubmed"}]}}, {"Citation": + "Qiu N., Ma W., Fan X., Zhang Y., Li Y., Yan Y., et al. . (2018). Rapid improvement + in visual selective attention related to action video gaming experience. Front. + Hum. Neurosci. 12:47. 10.3389/fnhum.2018.00047", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnhum.2018.00047", "@IdType": "doi"}, {"#text": "PMC5816940", + "@IdType": "pmc"}, {"#text": "29487514", "@IdType": "pubmed"}]}}, {"Citation": + "Raz N., Lindenberger U., Rodrigue K. M., Kennedy K. M., Head D., Williamson + A., et al. . (2005). Regional brain changes in aging healthy adults: general + trends, individual differences and modifiers. Cereb. Cortex 15, 1676\u20131689. + 10.1093/cercor/bhi044", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhi044", + "@IdType": "doi"}, {"#text": "15703252", "@IdType": "pubmed"}]}}, {"Citation": + "Reuter-Lorenz P. A., Park D. C. (2014). How does it STAC up? Revisiting the + scaffolding theory of aging and cognition. Neuropsychol. Rev. 24, 355\u2013370. + 10.1007/s11065-014-9270-9", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11065-014-9270-9", + "@IdType": "doi"}, {"#text": "PMC4150993", "@IdType": "pmc"}, {"#text": "25143069", + "@IdType": "pubmed"}]}}, {"Citation": "Salthouse T. A. (2004). What and when + of cognitive aging. Curr. Dir. Psychol. Sci. 13, 140\u2013144. 10.1111/j.0963-7214.2004.00293.x", + "ArticleIdList": {"ArticleId": {"#text": "10.1111/j.0963-7214.2004.00293.x", + "@IdType": "doi"}}}, {"Citation": "Tanaka S., Ikeda H., Kasahara K., Kato + R., Tsubomi H., Sugawara S. K., et al. . (2013). Larger right posterior parietal + volume in action video game experts: a behavioral and voxel-based morphometry + (VBM) study. PLoS One 8:e66998. 10.1371/journal.pone.0066998", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0066998", "@IdType": "doi"}, + {"#text": "PMC3679077", "@IdType": "pmc"}, {"#text": "23776706", "@IdType": + "pubmed"}]}}, {"Citation": "Toril P., Reales J. M., Ballesteros S. (2014). + Video game training enhances cognition of older adults: a meta-analytic study. + Psychol. Aging 29, 706\u2013716. 10.1037/a0037507", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0037507", "@IdType": "doi"}, {"#text": "25244488", "@IdType": + "pubmed"}]}}, {"Citation": "Wang P., Liu H.-H., Zhu X.-T., Meng T., Li H.-J., + Zuo X.-N. (2016). Action video game training for healthy adults: a meta-analytic + study. Front. Psychol. 7:907. 10.3389/fpsyg.2016.00907", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fpsyg.2016.00907", "@IdType": "doi"}, {"#text": + "PMC4911405", "@IdType": "pmc"}, {"#text": "27378996", "@IdType": "pubmed"}]}}, + {"Citation": "Wang P., Zhu X.-T., Liu H.-H., Zhang Y. W., Hu Y., Li H. J., + et al. . (2017a). Age-related cognitive effects of videogame playing across + the adult life span. Games Health J. 6, 237\u2013248. 10.1089/g4h.2017.0005", + "ArticleIdList": {"ArticleId": [{"#text": "10.1089/g4h.2017.0005", "@IdType": + "doi"}, {"#text": "28609152", "@IdType": "pubmed"}]}}, {"Citation": "Wang + P., Zhu X.-T., Qi Z., Huang S., Li H.-J. (2017b). Neural basis of enhanced + executive function in older video game players: an fMRI study. Front. Aging + Neurosci. 9:382. 10.3389/fnagi.2017.00382", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2017.00382", "@IdType": "doi"}, {"#text": "PMC5702357", + "@IdType": "pmc"}, {"#text": "29209202", "@IdType": "pubmed"}]}}, {"Citation": + "Wei T., Liang X., He Y., Zang Y., Han Z., Caramazza A., et al. . (2012). + Predicting conceptual processing capacity from spontaneous neuronal activity + of the left middle temporal gyrus. J. Neurosci. 32, 481\u2013489. 10.1523/JNEUROSCI.1953-11.2012", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.1953-11.2012", + "@IdType": "doi"}, {"#text": "PMC6621087", "@IdType": "pmc"}, {"#text": "22238084", + "@IdType": "pubmed"}]}}, {"Citation": "White-Schwoch T., Carr K. W., Anderson + S., Strait D. L., Kraus N. (2013). Older adults benefit from music training + early in life: biological evidence for long-term training-driven plasticity. + J. Neurosci. 33, 17667\u201317674. 10.1523/JNEUROSCI.2560-13.2013", "ArticleIdList": + {"ArticleId": [{"#text": "10.1523/JNEUROSCI.2560-13.2013", "@IdType": "doi"}, + {"#text": "PMC3818545", "@IdType": "pmc"}, {"#text": "24198359", "@IdType": + "pubmed"}]}}, {"Citation": "Williams A. (2005). An aging population-burden + or blessing? Value Health 8, 447\u2013450. 10.1111/j.1524-4733.2005.00034.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1524-4733.2005.00034.x", + "@IdType": "doi"}, {"#text": "16091020", "@IdType": "pubmed"}]}}, {"Citation": + "Wu S., Cheng C. K., Feng J., D\u2019Angelo L., Alain C., Spence I. (2012). + Playing a first-person shooter video game induces neuroplastic change. J. + Cogn. Neurosci. 24, 1286\u20131293. 10.1162/jocn_a_00192", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn_a_00192", "@IdType": "doi"}, {"#text": + "22264193", "@IdType": "pubmed"}]}}, {"Citation": "Yang H., Long X.-Y., Yang + Y., Yan H., Zhu C.-Z., Zhou X.-P., et al. . (2007). Amplitude of low frequency + fluctuation within visual areas revealed by resting-state functional MRI. + Neuroimage 36, 144\u2013152. 10.1016/j.neuroimage.2007.01.054", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2007.01.054", "@IdType": "doi"}, + {"#text": "17434757", "@IdType": "pubmed"}]}}, {"Citation": "Zang Y. F., He + Y., Zhu C.-Z., Cao Q.-J., Sui M.-Q., Liang M., et al. . (2007). Altered baseline + brain activity in children with ADHD revealed by resting-state functional + MRI. Brain Dev. 29, 83\u201391. 10.1016/j.braindev.2006.07.002", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.braindev.2006.07.002", "@IdType": "doi"}, + {"#text": "16919409", "@IdType": "pubmed"}]}}, {"Citation": "Zelinski E. M., + Reyes R. (2009). Cognitive benefits of computer games for older adults. Gerontechnology + 8, 220\u2013235. 10.4017/gt.2009.08.04.004.00", "ArticleIdList": {"ArticleId": + [{"#text": "10.4017/gt.2009.08.04.004.00", "@IdType": "doi"}, {"#text": "PMC4130645", + "@IdType": "pmc"}, {"#text": "25126043", "@IdType": "pubmed"}]}}, {"Citation": + "Ziemann U., Muellbacher W., Hallett M., Cohen L. G. (2001). Modulation of + practice-dependent plasticity in human motor cortex. Brain 124, 1171\u20131181. + 10.1093/brain/124.6.1171", "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/124.6.1171", + "@IdType": "doi"}, {"#text": "11353733", "@IdType": "pubmed"}]}}]}, "PublicationStatus": + "epublish"}, "MedlineCitation": {"PMID": {"#text": "31164816", "@Version": + "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": "Frontiers + in aging neuroscience", "JournalIssue": {"Volume": "11", "PubDate": {"Year": + "2019"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging Neurosci"}, + "Abstract": {"AbstractText": "Playing video games is a prevalent leisure activity + in current daily life, and studies have found that video game experience has + positive effects in several cognitive domains. However, few studies have examined + the effect of video game experience on the amplitude of low-frequency fluctuations + (ALFF) among older adults. In the current study, we compared behavioral performance + in the flanker task and ALFF activities of older adults, of whom 15 were video + game players (VGPs) and 18 non-video game players (NVGPs). The results showed + that VGPs outperformed NVGPs in the flanker task and that VGPs showed significantly + increased ALFF relative to NVGPs in the left inferior occipital gyrus, left + cerebellum and left lingual gyrus. Furthermore, the ALFF in the left inferior + occipital gyrus and left lingual gyrus was positively correlated with cognitive + performance as measured by Mini-Mental State Examination (MMSE) scores. These + results revealed that playing video games might improve behavioral performance + and change intrinsic brain activity in older adults. Future video game training + studies in older adults are warranted to provide more evidence of the positive + effects of video game experience on behavioral and brain function."}, "Language": + "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Hai-Yan", "Initials": "HY", "LastName": "Hou", "AffiliationInfo": + [{"Affiliation": "Chinese Academy of Sciences (CAS) Key Laboratory of Behavioral + Science, Institute of Psychology, Beijing, China."}, {"Affiliation": "Department + of Psychology, University of Chinese Academy of Sciences, Beijing, China."}]}, + {"@ValidYN": "Y", "ForeName": "Xi-Ze", "Initials": "XZ", "LastName": "Jia", + "AffiliationInfo": [{"Affiliation": "Chinese Academy of Sciences (CAS) Key + Laboratory of Behavioral Science, Institute of Psychology, Beijing, China."}, + {"Affiliation": "Department of Psychology, University of Chinese Academy of + Sciences, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": "Ping", "Initials": + "P", "LastName": "Wang", "AffiliationInfo": [{"Affiliation": "Chinese Academy + of Sciences (CAS) Key Laboratory of Behavioral Science, Institute of Psychology, + Beijing, China."}, {"Affiliation": "Department of Psychology, University of + Chinese Academy of Sciences, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": + "Jia-Xin", "Initials": "JX", "LastName": "Zhang", "AffiliationInfo": [{"Affiliation": + "Chinese Academy of Sciences (CAS) Key Laboratory of Behavioral Science, Institute + of Psychology, Beijing, China."}, {"Affiliation": "Department of Psychology, + University of Chinese Academy of Sciences, Beijing, China."}]}, {"@ValidYN": + "Y", "ForeName": "Silin", "Initials": "S", "LastName": "Huang", "AffiliationInfo": + {"Affiliation": "Institute of Developmental Psychology, Faculty of Psychology, + Beijing Normal University, Beijing, China."}}, {"@ValidYN": "Y", "ForeName": + "Hui-Jie", "Initials": "HJ", "LastName": "Li", "AffiliationInfo": [{"Affiliation": + "Chinese Academy of Sciences (CAS) Key Laboratory of Behavioral Science, Institute + of Psychology, Beijing, China."}, {"Affiliation": "Department of Psychology, + University of Chinese Academy of Sciences, Beijing, China."}]}], "@CompleteYN": + "Y"}, "Pagination": {"StartPage": "119", "MedlinePgn": "119"}, "ArticleDate": + {"Day": "21", "Year": "2019", "Month": "05", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "119", "@EIdType": "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2019.00119", + "@EIdType": "doi", "@ValidYN": "Y"}], "ArticleTitle": "Intrinsic Resting-State + Activity in Older Adults With Video Game Experience.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "09", "Year": "2022", "Month": "04"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "amplitude of low-frequency fluctuations", "@MajorTopicYN": + "N"}, {"#text": "non-video game players", "@MajorTopicYN": "N"}, {"#text": + "older adults", "@MajorTopicYN": "N"}, {"#text": "video game experience", + "@MajorTopicYN": "N"}, {"#text": "video game players", "@MajorTopicYN": "N"}]}, + "MedlineJournalInfo": {"Country": "Switzerland", "MedlineTA": "Front Aging + Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": + {"year": 2019, "title": "Intrinsic Resting-State Activity in Older Adults + With Video Game Experience", "venue": "Frontiers in Aging Neuroscience", "authors": + [{"name": "Hai-Yan Hou", "authorId": "2064684070"}, {"name": "Xiaohua Jia", + "authorId": "2112829073"}, {"name": "Ping Wang", "authorId": "2152210630"}, + {"name": "Jia-Xin Zhang", "authorId": "2107931268"}, {"name": "Silin Huang", + "authorId": "50880298"}, {"name": "Huijie Li", "authorId": "119886101"}], + "paperId": "fe38905b37b1c339ceb48fa1a022cd3c91980ea0", "abstract": "Playing + video games is a prevalent leisure activity in current daily life, and studies + have found that video game experience has positive effects in several cognitive + domains. However, few studies have examined the effect of video game experience + on the amplitude of low-frequency fluctuations (ALFF) among older adults. + In the current study, we compared behavioral performance in the flanker task + and ALFF activities of older adults, of whom 15 were video game players (VGPs) + and 18 non-video game players (NVGPs). The results showed that VGPs outperformed + NVGPs in the flanker task and that VGPs showed significantly increased ALFF + relative to NVGPs in the left inferior occipital gyrus, left cerebellum and + left lingual gyrus. Furthermore, the ALFF in the left inferior occipital gyrus + and left lingual gyrus was positively correlated with cognitive performance + as measured by Mini-Mental State Examination (MMSE) scores. These results + revealed that playing video games might improve behavioral performance and + change intrinsic brain activity in older adults. Future video game training + studies in older adults are warranted to provide more evidence of the positive + effects of video game experience on behavioral and brain function.", "isOpenAccess": + true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2019.00119/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6536594, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2019-05-21"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T20:28:17.808333+00:00", "analyses": + []}, {"id": "ujpp8bg3uiUe", "created_at": "2025-12-05T02:55:17.051551+00:00", + "updated_at": null, "user": null, "name": "Neural Basis of Enhanced Executive + Function in Older Video Game Players: An fMRI Study", "description": "Video + games have been found to have positive influences on executive function in + older adults; however, the underlying neural basis of the benefits from video + games has been unclear. Adopting a task-based functional magnetic resonance + imaging (fMRI) study targeted at the flanker task, the present study aims + to explore the neural basis of the improved executive function in older adults + with video game experiences. Twenty video game players (VGPs) and twenty non-video + game players (NVGPs) of 60 years of age or older participated in the present + study, and there are no significant differences in age (t = 0.62, p = 0.536), + gender ratio (t = 1.29, p = 0.206) and years of education (t = 1.92, p = 0.062) + between VGPs and NVGPs. The results show that older VGPs present significantly + better behavioral performance than NVGPs. Older VGPs activate greater than + NVGPs in brain regions, mainly in frontal-parietal areas, including the right + dorsolateral prefrontal cortex, the left supramarginal gyrus, the right angular + gyrus, the right precuneus and the left paracentral lobule. The present study + reveals that video game experiences may have positive influences on older + adults in behavioral performance and the underlying brain activation. These + results imply the potential role that video games can play as an effective + tool to improve cognitive ability in older adults.", "publication": "Frontiers + in Aging Neuroscience", "doi": "10.3389/fnagi.2017.00382", "pmid": "29209202", + "authors": "Ping Wang; Xing-Ting Zhu; Zhigang Qi; Silin Huang; Huijie Li", + "year": 2017, "metadata": {"slug": "29209202-10-3389-fnagi-2017-00382-pmc5702357", + "source": "semantic_scholar", "keywords": ["executive function", "fMRI", "older + non-video game players", "older video game players", "video game experience"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "22", "Year": "2017", "Month": "5", "@PubStatus": "received"}, {"Day": "6", + "Year": "2017", "Month": "11", "@PubStatus": "accepted"}, {"Day": "7", "Hour": + "6", "Year": "2017", "Month": "12", "Minute": "0", "@PubStatus": "entrez"}, + {"Day": "7", "Hour": "6", "Year": "2017", "Month": "12", "Minute": "0", "@PubStatus": + "pubmed"}, {"Day": "7", "Hour": "6", "Year": "2017", "Month": "12", "Minute": + "1", "@PubStatus": "medline"}, {"Day": "1", "Year": "2017", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "29209202", "@IdType": "pubmed"}, {"#text": "PMC5702357", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2017.00382", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Bailey K., West R., Anderson C. A. (2010). A + negative association between video game experience and proactive cognitive + control. Psychophysiology 47, 34\u201342. 10.1111/j.1469-8986.2009.00925.x", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1469-8986.2009.00925.x", + "@IdType": "doi"}, {"#text": "19818048", "@IdType": "pubmed"}]}}, {"Citation": + "Basak C., Boot W. R., Voss M. W., Kramer A. F. (2008). Can training in a + real-time strategy video game attenuate cognitive decline in older adults? + Psychol. Aging 23, 765\u2013777. 10.1037/a0013494", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/a0013494", "@IdType": "doi"}, {"#text": "PMC4041116", + "@IdType": "pmc"}, {"#text": "19140648", "@IdType": "pubmed"}]}}, {"Citation": + "Braver T. S., Barch D. M. (2002). A theory of cognitive control, aging cognition, + and neuromodulation. Neurosci. Biobehav. Rev. 26, 809\u2013817. 10.1016/s0149-7634(02)00067-2", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/s0149-7634(02)00067-2", + "@IdType": "doi"}, {"#text": "12470692", "@IdType": "pubmed"}]}}, {"Citation": + "Burgess P. W., Alderman N., Evans J., Emslie H., Wilson B. A. (1998). The + ecological validity of tests of executive function. J. Int. Neuropsychol. + Soc. 4, 547\u2013558. 10.1017/S1355617798466037", "ArticleIdList": {"ArticleId": + [{"#text": "10.1017/S1355617798466037", "@IdType": "doi"}, {"#text": "10050359", + "@IdType": "pubmed"}]}}, {"Citation": "Chan R. C. K., Shum D., Toulopoulou + T., Chen E. Y. H. (2008). Assessment of executive functions: review of instruments + and identification of critical issues. Arch. Clin. Neuropsychol. 23, 201\u2013216. + 10.1016/j.acn.2007.08.010", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.acn.2007.08.010", + "@IdType": "doi"}, {"#text": "18096360", "@IdType": "pubmed"}]}}, {"Citation": + "Coderre E. L., van Heuven W. J. B. (2013). Modulations of the executive control + network by stimulus onset asynchrony in a Stroop task. BMC Neurosci. 14:79. + 10.1186/1471-2202-14-79", "ArticleIdList": {"ArticleId": [{"#text": "10.1186/1471-2202-14-79", + "@IdType": "doi"}, {"#text": "PMC3734141", "@IdType": "pmc"}, {"#text": "23902451", + "@IdType": "pubmed"}]}}, {"Citation": "Cohen J. (1988). Statistical Power + Analysis for the Behavioral Sciences. 2nd Edn. Hillsdale, NJ: Lawrence Erlbaum + Associates."}, {"Citation": "Collette F., Hogge M., Salmon E., Van der Linden + M. (2006). Exploration of the neural substrates of executive functioning by + functional neuroimaging. Neuroscience 139, 209\u2013221. 10.1016/j.neuroscience.2005.05.035", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroscience.2005.05.035", + "@IdType": "doi"}, {"#text": "16324796", "@IdType": "pubmed"}]}}, {"Citation": + "Desco M., Navas-Sanchez F. J., Sanchez-Gonz\u00e1lez J., Reig S., Robles + O., Franco C., et al. . (2011). Mathematically gifted adolescents use more + extensive and more bilateral areas of the fronto-parietal network than controls + during executive functioning and fluid reasoning tasks. Neuroimage 57, 281\u2013292. + 10.1016/j.neuroimage.2011.03.063", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2011.03.063", "@IdType": "doi"}, {"#text": "21463696", + "@IdType": "pubmed"}]}}, {"Citation": "Dustman R. E., Emmerson R. Y., Steinhaus + L. A., Shearer D. E., Dustman T. J. (1992). The effects of videogame playing + on neuropsychological performance of elderly individuals. J. Gerontol. 47, + P168\u2013P171. 10.1093/geronj/47.3.p168", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/geronj/47.3.p168", "@IdType": "doi"}, {"#text": "1573200", + "@IdType": "pubmed"}]}}, {"Citation": "Eriksen B. A., Eriksen C. W. (1974). + Effects of noise letters upon identification of a target letter in a nonsearch + task. Percept. Psychophys. 16, 143\u2013149. 10.3758/bf03203267", "ArticleIdList": + {"ArticleId": {"#text": "10.3758/bf03203267", "@IdType": "doi"}}}, {"Citation": + "Esposito N. (2005). \u201cA short and simple definition of what a videogame + is,\u201d in Proceedings of the 2005 DIGRA International Conference: Changing + Views\u2014Worlds in Play (Vancouver, BC: University of Vancouver)."}, {"Citation": + "Fan J., Flombaum J. I., McCandliss B. D., Thomas K. M., Posner M. I. (2003). + Cognitive and brain consequences of conflict. Neuroimage 18, 42\u201357. 10.1006/nimg.2002.1319", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2002.1319", "@IdType": + "doi"}, {"#text": "12507442", "@IdType": "pubmed"}]}}, {"Citation": "Fan J., + McCandliss B. D., Fossella J., Flombaum J. I., Posner M. I. (2005). The activation + of attentional networks. Neuroimage 26, 471\u2013479. 10.1016/j.neuroimage.2005.02.004", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.02.004", + "@IdType": "doi"}, {"#text": "15907304", "@IdType": "pubmed"}]}}, {"Citation": + "Folstein M. F., Folstein S. E., McHugh P. R. (1975). \u201cMini-mental state\u201d. + A practical method for grading cognitive state of patients for clinician. + J. Psychiatr. Res. 12, 189\u2013198. 10.1016/0022-3956(75)90026-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/0022-3956(75)90026-6", "@IdType": "doi"}, + {"#text": "1202204", "@IdType": "pubmed"}]}}, {"Citation": "Gleich T., Lorenz + R. C., Gallinat J., Kuhn S. (2017). Functional changes in the reward circuit + in response to gaming-related cues after training with a commercial video + game. Neuroimage 152, 467\u2013475. 10.1016/j.neuroimage.2017.03.032", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2017.03.032", "@IdType": "doi"}, + {"#text": "28323159", "@IdType": "pubmed"}]}}, {"Citation": "Goldstein J., + Cajko L., Oosterbroek M., Michielsen M., van Houten O., Salverda F. (1997). + Video games and the elderly. Soc. Behav. Pers. 25, 345\u2013352. 10.2224/sbp.1997.25.4.345", + "ArticleIdList": {"ArticleId": {"#text": "10.2224/sbp.1997.25.4.345", "@IdType": + "doi"}}}, {"Citation": "Gong D., He H., Liu D., Ma W., Dong L., Luo C., et + al. . (2015). Enhanced functional connectivity and increased gray matter volume + of insula related to action video game playing. Sci. Rep. 5:9763. 10.1038/srep09763", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/srep09763", "@IdType": + "doi"}, {"#text": "PMC5381748", "@IdType": "pmc"}, {"#text": "25880157", "@IdType": + "pubmed"}]}}, {"Citation": "Gong D., He H., Ma W., Liu D., Huang M., Dong + L., et al. . (2016). Functional integration between salience and central executive + networks: a role for action video game experience. Neural Plast. 2016:9803165. + 10.1155/2016/9803165", "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2016/9803165", + "@IdType": "doi"}, {"#text": "PMC4739029", "@IdType": "pmc"}, {"#text": "26885408", + "@IdType": "pubmed"}]}}, {"Citation": "Granek J. A., Gorbet D. J., Sergio + L. E. (2010). Extensive video-game experience alters cortical networks for + complex visuomotor transformations. Cortex 46, 1165\u20131177. 10.1016/j.cortex.2009.10.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2009.10.009", + "@IdType": "doi"}, {"#text": "20060111", "@IdType": "pubmed"}]}}, {"Citation": + "Katz S., Ford A. B., Moskowitz R. W., Jackson B. A., Jaffe M. W. (1963). + Studies of illness in the aged- the index of ADL-a standardized measure of + biological and psychological function. JAMA 185, 914\u2013919. 10.1001/jama.1963.03060120024016", + "ArticleIdList": {"ArticleId": [{"#text": "10.1001/jama.1963.03060120024016", + "@IdType": "doi"}, {"#text": "14044222", "@IdType": "pubmed"}]}}, {"Citation": + "Kueider A. M., Parisi J. M., Gross A. L., Rebok G. W. (2012). Computerized + cognitive training with older adults: a systematic review. PLoS One 7:e40588. + 10.1371/journal.pone.0040588", "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0040588", + "@IdType": "doi"}, {"#text": "PMC3394709", "@IdType": "pmc"}, {"#text": "22792378", + "@IdType": "pubmed"}]}}, {"Citation": "K\u00fchn S., Gleich T., Lorenz R. + C., Lindenberger U., Gallinat J. (2014a). Playing Super Mario induces structural + brain plasticity: gray matter changes resulting from training with a commercial + video game. Mol. Psychiatry 19, 265\u2013271. 10.1038/mp.2013.120", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/mp.2013.120", "@IdType": "doi"}, {"#text": + "24166407", "@IdType": "pubmed"}]}}, {"Citation": "K\u00fchn S., Lorenz R., + Banaschewski T., Barker G. J., B\u00fcchel C., Conrod P. J., et al. . (2014b). + Positive association of video game playing with left frontal cortical thickness + in adolescents. PLoS One 9:e91506. 10.1371/journal.pone.0091506", "ArticleIdList": + {"ArticleId": [{"#text": "10.1371/journal.pone.0091506", "@IdType": "doi"}, + {"#text": "PMC3954649", "@IdType": "pmc"}, {"#text": "24633348", "@IdType": + "pubmed"}]}}, {"Citation": "Lampit A., Hallock H., Valenzuela M. (2014). Computerized + cognitive training in cognitively healthy older adults: a systematic review + and meta-analysis of effect modifiers. PLoS Med. 11:e1001756. 10.1371/journal.pmed.1001756", + "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pmed.1001756", + "@IdType": "doi"}, {"#text": "PMC4236015", "@IdType": "pmc"}, {"#text": "25405755", + "@IdType": "pubmed"}]}}, {"Citation": "MacDonald A. W., III., Cohen J. D., + Stenger V. A., Carter C. S. (2000). Dissociating the role of the dorsolateral + prefrontal and anterior cingulate cortex in cognitive control. Science 288, + 1835\u20131838. 10.1126/science.288.5472.1835", "ArticleIdList": {"ArticleId": + [{"#text": "10.1126/science.288.5472.1835", "@IdType": "doi"}, {"#text": "10846167", + "@IdType": "pubmed"}]}}, {"Citation": "Maillot P., Perrot A., Hartley A. (2012). + Effects of interactive physical-activity video-game training on physical and + cognitive function in older adults. Psychol. Aging 27, 589\u2013600. 10.1037/a0026268", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0026268", "@IdType": "doi"}, + {"#text": "22122605", "@IdType": "pubmed"}]}}, {"Citation": "McDermott A. + F. (2014). A Comparison of Two Video Game Genres as Cognitive Training Tools + in Older Adults. Rochester, NY: University of Rochester."}, {"Citation": "National + Bureau of Statistics of the People\u2019s Republic of China (2015). The national + economic and social development statistical bulletin of the People\u2019s + Republic of China in 2015. Available online at: http://www.stats.gov.cn/tjsj/zxfb/201502/t20150226_685799.html"}, + {"Citation": "Nee D. E., Wager T. D., Jonides J. (2007). Interference resolution: + insights from a meta-analysis of neuroimaging tasks. Cogn. Affect. Behav. + Neurosci. 7, 1\u201317. 10.3758/cabn.7.1.1", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/cabn.7.1.1", "@IdType": "doi"}, {"#text": "17598730", + "@IdType": "pubmed"}]}}, {"Citation": "Osaka N., Osaka M., Kondo H., Morishita + M., Fukuyama H., Shibasaki H. (2004). The neural basis of executive function + in working memory: an fMRI study based on individual differences. Neuroimage + 21, 623\u2013631. 10.1016/j.neuroimage.2003.09.069", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuroimage.2003.09.069", "@IdType": "doi"}, {"#text": + "14980565", "@IdType": "pubmed"}]}}, {"Citation": "Peretz C., Korczyn A. D., + Shatil E., Aharonson V., Birnboim S., Giladi N. (2011). Computer-based, personalized + cognitive training versus classical computer games: a randomized double-blind + prospective trial of cognitive stimulation. Neuroepidemiology 36, 91\u201399. + 10.1159/000323950", "ArticleIdList": {"ArticleId": [{"#text": "10.1159/000323950", + "@IdType": "doi"}, {"#text": "21311196", "@IdType": "pubmed"}]}}, {"Citation": + "Qiu Y., Liu S., Hilal S., Loke Y. M., Ikram M. K., Xu X., et al. . (2016). + Inter-hemispheric functional dysconnectivity mediates the association of corpus + callosum degeneration with memory impairment in AD and amnestic MCI. Sci. + Rep. 6:32573. 10.1038/srep32573", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/srep32573", "@IdType": "doi"}, {"#text": "PMC5007647", "@IdType": + "pmc"}, {"#text": "27581062", "@IdType": "pubmed"}]}}, {"Citation": "Radloff + L. S. (1977). The CES-D scale: a self-report depression scale for research + in the general population. Appl. Psychol. Meas. 1, 385\u2013401. 10.1177/014662167700100306", + "ArticleIdList": {"ArticleId": {"#text": "10.1177/014662167700100306", "@IdType": + "doi"}}}, {"Citation": "Roy A. K., Shehzad Z., Margulies D. S., Kelly A. M. + C., Uddin L. Q., Gotimer K., et al. . (2009). Functional connectivity of the + human amygdala using resting state fMRI. Neuroimage 45, 614\u2013626. 10.1016/j.neuroimage.2008.11.030", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.11.030", + "@IdType": "doi"}, {"#text": "PMC2735022", "@IdType": "pmc"}, {"#text": "19110061", + "@IdType": "pubmed"}]}}, {"Citation": "Rupp M. A., McConnell D. S., Smither + J. A. (2016). Examining the relationship between action video game experience + and performance in a distracted driving task. Curr. Psychol. 35, 527\u2013539. + 10.1007/s12144-015-9318-x", "ArticleIdList": {"ArticleId": {"#text": "10.1007/s12144-015-9318-x", + "@IdType": "doi"}}}, {"Citation": "Salmon E., Van der Linden M., Collette + F., Delfiore G., Maquet P., Degueldre C., et al. . (1996). Regional brain + activity during working memory tasks. Brain 119, 1617\u20131625. 10.1093/brain/119.5.1617", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/119.5.1617", "@IdType": + "doi"}, {"#text": "8931584", "@IdType": "pubmed"}]}}, {"Citation": "Sauseng + P., Klimesch W., Schabus M., Doppelmayr M. (2005). Fronto-parietal EEG coherence + in theta and upper alpha reflect central executive functions of working memory. + Int. J. Psychophysiol. 57, 97\u2013103. 10.1016/j.ijpsycho.2005.03.018", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.ijpsycho.2005.03.018", "@IdType": "doi"}, + {"#text": "15967528", "@IdType": "pubmed"}]}}, {"Citation": "Seghier M. L. + (2013). The angular gyrus: multiple functions and multiple subdivisions. Neuroscientist + 19, 43\u201361. 10.1177/1073858412440596", "ArticleIdList": {"ArticleId": + [{"#text": "10.1177/1073858412440596", "@IdType": "doi"}, {"#text": "PMC4107834", + "@IdType": "pmc"}, {"#text": "22547530", "@IdType": "pubmed"}]}}, {"Citation": + "Spielberger C. D., Gorsuch R. L., Lushene R. E. (1970). STAT Manual for The + State-Trait Anxiety Inventory. Palo Alto, CA: Consulting Psychologists Press."}, + {"Citation": "Tanaka S., Ikeda H., Kasahara K., Kato R., Tsubomi H., Sugawara + S. K., et al. . (2013). Larger right posterior parietal volume in action video + game experts: a behavioral and voxel-based morphometry (VBM) study. PLoS One + 8:e66998. 10.1371/journal.pone.0066998", "ArticleIdList": {"ArticleId": [{"#text": + "10.1371/journal.pone.0066998", "@IdType": "doi"}, {"#text": "PMC3679077", + "@IdType": "pmc"}, {"#text": "23776706", "@IdType": "pubmed"}]}}, {"Citation": + "Wang P., Liu H.-H., Zhu X.-T., Meng T., Li H.-J., Zuo X.-N. (2016). action + video game training for healthy adults: a meta-analytic study. Front. Psychol. + 7:907. 10.3389/fpsyg.2016.00907", "ArticleIdList": {"ArticleId": [{"#text": + "10.3389/fpsyg.2016.00907", "@IdType": "doi"}, {"#text": "PMC4911405", "@IdType": + "pmc"}, {"#text": "27378996", "@IdType": "pubmed"}]}}, {"Citation": "Wang + P., Zhu X.-T., Liu H.-H., Zhang Y.-W., Hu Y., Li H.-J., et al. . (2017). Age-related + cognitive effects of video game playing across the adult lifespan. Games Health + J. 6, 237\u2013248. 10.1089/g4h.2017.0005", "ArticleIdList": {"ArticleId": + [{"#text": "10.1089/g4h.2017.0005", "@IdType": "doi"}, {"#text": "28609152", + "@IdType": "pubmed"}]}}, {"Citation": "Wu Y.-S. (2013). China Report of the + Development on Aging Cause (2013). Beijing: Social Sciences Academic Press."}, + {"Citation": "Yan C.-G., Wang X.-D., Zuo X.-N., Zang Y.-F. (2016). DPABI: + data processing and analysis for (resting-state) brain imaging. Neuroinformatics + 14, 339\u2013351. 10.1007/s12021-016-9299-4", "ArticleIdList": {"ArticleId": + [{"#text": "10.1007/s12021-016-9299-4", "@IdType": "doi"}, {"#text": "27075850", + "@IdType": "pubmed"}]}}, {"Citation": "Ye Z., Zhou X. (2009). Conflict control + during sentence comprehension: fMRI evidence. Neuroimage 48, 280\u2013290. + 10.1016/j.neuroimage.2009.06.032", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.neuroimage.2009.06.032", "@IdType": "doi"}, {"#text": "19540923", + "@IdType": "pubmed"}]}}, {"Citation": "Zhang S., Tsai S.-J., Hu S., Xu J., + Chao H. H., Calhoun V. D., et al. . (2015). Independent component analysis + of functional networks for response inhibition: inter-subject variation in + stop signal reaction time. Hum. Brain Mapp. 36, 3289\u20133302. 10.1002/hbm.22819", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.22819", "@IdType": + "doi"}, {"#text": "PMC4545723", "@IdType": "pmc"}, {"#text": "26089095", "@IdType": + "pubmed"}]}}, {"Citation": "Zhu D. C., Zacks R. T., Slade J. M. (2010). Brain + activation during interference resolution in young and older adults: an fMRI + study. Neuroimage 50, 810\u2013817. 10.1016/j.neuroimage.2009.12.087", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2009.12.087", "@IdType": "doi"}, + {"#text": "PMC2823923", "@IdType": "pmc"}, {"#text": "20045067", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": + {"#text": "29209202", "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, + "Title": "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "9", + "PubDate": {"Year": "2017"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": {"i": ["t", "p", "t", + "p", "t", "p"], "#text": "Video games have been found to have positive influences + on executive function in older adults; however, the underlying neural basis + of the benefits from video games has been unclear. Adopting a task-based functional + magnetic resonance imaging (fMRI) study targeted at the flanker task, the + present study aims to explore the neural basis of the improved executive function + in older adults with video game experiences. Twenty video game players (VGPs) + and twenty non-video game players (NVGPs) of 60 years of age or older participated + in the present study, and there are no significant differences in age ( = + 0.62, = 0.536), gender ratio ( = 1.29, = 0.206) and years of education ( + = 1.92, = 0.062) between VGPs and NVGPs. The results show that older VGPs + present significantly better behavioral performance than NVGPs. Older VGPs + activate greater than NVGPs in brain regions, mainly in frontal-parietal areas, + including the right dorsolateral prefrontal cortex, the left supramarginal + gyrus, the right angular gyrus, the right precuneus and the left paracentral + lobule. The present study reveals that video game experiences may have positive + influences on older adults in behavioral performance and the underlying brain + activation. These results imply the potential role that video games can play + as an effective tool to improve cognitive ability in older adults."}}, "Language": + "eng", "@PubModel": "Electronic-eCollection", "AuthorList": {"Author": [{"@ValidYN": + "Y", "ForeName": "Ping", "Initials": "P", "LastName": "Wang", "AffiliationInfo": + [{"Affiliation": "CAS Key Laboratory of Behavioral Science, Institute of Psychology, + Beijing, China."}, {"Affiliation": "Department of Psychology, University of + Chinese Academy of Sciences, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": + "Xing-Ting", "Initials": "XT", "LastName": "Zhu", "AffiliationInfo": [{"Affiliation": + "CAS Key Laboratory of Behavioral Science, Institute of Psychology, Beijing, + China."}, {"Affiliation": "Department of Psychology, University of Chinese + Academy of Sciences, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": "Zhigang", + "Initials": "Z", "LastName": "Qi", "AffiliationInfo": [{"Affiliation": "Department + of Radiology, Xuanwu Hospital, Capital Medical University, Beijing, China."}, + {"Affiliation": "Beijing Key Laboratory of Magnetic Resonance Imaging and + Brain Informatics, Beijing, China."}]}, {"@ValidYN": "Y", "ForeName": "Silin", + "Initials": "S", "LastName": "Huang", "AffiliationInfo": {"Affiliation": "Institute + of Developmental Psychology, Faculty of Psychology, Beijing Normal University, + Beijing, China."}}, {"@ValidYN": "Y", "ForeName": "Hui-Jie", "Initials": "HJ", + "LastName": "Li", "AffiliationInfo": [{"Affiliation": "CAS Key Laboratory + of Behavioral Science, Institute of Psychology, Beijing, China."}, {"Affiliation": + "Department of Psychology, University of Chinese Academy of Sciences, Beijing, + China."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "382", "MedlinePgn": + "382"}, "ArticleDate": {"Day": "21", "Year": "2017", "Month": "11", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "382", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2017.00382", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Neural Basis of Enhanced Executive Function in Older + Video Game Players: An fMRI Study.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "01", + "Year": "2020", "Month": "10"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "executive function", "@MajorTopicYN": "N"}, {"#text": "fMRI", + "@MajorTopicYN": "N"}, {"#text": "older non-video game players", "@MajorTopicYN": + "N"}, {"#text": "older video game players", "@MajorTopicYN": "N"}, {"#text": + "video game experience", "@MajorTopicYN": "N"}]}, "MedlineJournalInfo": {"Country": + "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": "1663-4365", + "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2017, "title": + "Neural Basis of Enhanced Executive Function in Older Video Game Players: + An fMRI Study", "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": + "Ping Wang", "authorId": "2152210630"}, {"name": "Xing-Ting Zhu", "authorId": + "2218976393"}, {"name": "Zhigang Qi", "authorId": "3480061"}, {"name": "Silin + Huang", "authorId": "50880298"}, {"name": "Huijie Li", "authorId": "119886101"}], + "paperId": "e1bf6154af1d2852fc8bb8b4ef3b1a54829b8c83", "abstract": "Video + games have been found to have positive influences on executive function in + older adults; however, the underlying neural basis of the benefits from video + games has been unclear. Adopting a task-based functional magnetic resonance + imaging (fMRI) study targeted at the flanker task, the present study aims + to explore the neural basis of the improved executive function in older adults + with video game experiences. Twenty video game players (VGPs) and twenty non-video + game players (NVGPs) of 60 years of age or older participated in the present + study, and there are no significant differences in age (t = 0.62, p = 0.536), + gender ratio (t = 1.29, p = 0.206) and years of education (t = 1.92, p = 0.062) + between VGPs and NVGPs. The results show that older VGPs present significantly + better behavioral performance than NVGPs. Older VGPs activate greater than + NVGPs in brain regions, mainly in frontal-parietal areas, including the right + dorsolateral prefrontal cortex, the left supramarginal gyrus, the right angular + gyrus, the right precuneus and the left paracentral lobule. The present study + reveals that video game experiences may have positive influences on older + adults in behavioral performance and the underlying brain activation. These + results imply the potential role that video games can play as an effective + tool to improve cognitive ability in older adults.", "isOpenAccess": true, + "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2017.00382/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC5702357, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2017-11-21"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T02:57:01.433081+00:00", "analyses": + [{"id": "55yBZcLuKAuK", "user": null, "name": "Clusters VGPs activated stronger + than NVGPs in incongruent-congruent condition.", "metadata": {"table": {"table_number": + 2, "table_metadata": {"table_id": "T2", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/29209202-10-3389-fnagi-2017-00382-pmc5702357/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001_info.json", + "table_label": "Table 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/29209202-10-3389-fnagi-2017-00382-pmc5702357/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Clusters VGPs activated stronger + than NVGPs in incongruent-congruent condition.", "conditions": [], "weights": + [], "points": [{"id": "hHkgMyWp5sKr", "coordinates": [0.0, -24.0, 63.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.313}]}, {"id": "SZiKC9vmLiq7", "coordinates": [-21.0, -72.0, + -12.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 4.622}]}, {"id": "yGgEwgVFrMmj", "coordinates": [-63.0, + -24.0, 33.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 5.004}]}, {"id": "QDUjA46SbZuY", "coordinates": + [36.0, 54.0, 21.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.067}]}, {"id": "A7PqFKMyN3nd", "coordinates": + [21.0, -57.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.641}]}, {"id": "Vrjg3AZQEemQ", "coordinates": + [42.0, -42.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.926}]}, {"id": "djTuGSJJZNUH", "coordinates": + [51.0, -51.0, -6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.51}]}], "images": []}]}, {"id": + "vG38X6tjWNhu", "created_at": "2025-12-04T08:53:35.222934+00:00", "updated_at": + null, "user": null, "name": "Second language learning in older adults modulates + Stroop task performance and brain activation", "description": "INTRODUCTION: + Numerous studies have highlighted cognitive benefits in lifelong bilinguals + during aging, manifesting as superior performance on cognitive tasks compared + to monolingual counterparts. Yet, the cognitive impacts of acquiring a new + language in older adulthood remain unexplored. In this study, we assessed + both behavioral and fMRI responses during a Stroop task in older adults, pre- + and post language-learning intervention.\n\nMETHODS: A group of 41 participants + (age:60-80) from a predominantly monolingual environment underwent a four-month + online language course, selecting a new language of their preference. This + intervention mandated engagement for 90 minutes a day, five days a week. Daily + tracking was employed to monitor progress and retention. All participants + completed a color-word Stroop task inside the scanner before and after the + language instruction period.\n\nRESULTS: We found that performance on the + Stroop task, as evidenced by accuracy and reaction time, improved following + the language learning intervention. With the neuroimaging data, we observed + significant differences in activity between congruent and incongruent trials + in key regions in the prefrontal and parietal cortex. These results are consistent + with previous reports using the Stroop paradigm. We also found that the amount + of time participants spent with the language learning program was related + to differential activity in these brain areas. Specifically, we found that + people who spent more time with the language learning program showed a greater + increase in differential activity between congruent and incongruent trials + after the intervention relative to before.\n\nDISCUSSION: Future research + is needed to determine the optimal parameters for language learning as an + effective cognitive intervention for aging populations. We propose that with + sufficient engagement, language learning can enhance specific domains of cognition + such as the executive functions. These results extend the understanding of + cognitive reserve and its augmentation through targeted interventions, setting + a foundation for future investigations.", "publication": "bioRxiv", "doi": + "10.3389/fnagi.2024.1398015", "pmid": "39170898", "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "year": 2024, "metadata": {"slug": "39170898-10-3389-fnagi-2024-1398015-pmc11335563", + "source": "semantic_scholar", "keywords": ["Stroop task", "aging", "cognitive + effects", "cognitive reserve", "fMRI", "language learning", "older adults"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "8", "Year": "2024", "Month": "3", "@PubStatus": "received"}, {"Day": "12", + "Year": "2024", "Month": "7", "@PubStatus": "accepted"}, {"Day": "22", "Hour": + "6", "Year": "2024", "Month": "8", "Minute": "43", "@PubStatus": "medline"}, + {"Day": "22", "Hour": "6", "Year": "2024", "Month": "8", "Minute": "42", "@PubStatus": + "pubmed"}, {"Day": "22", "Hour": "4", "Year": "2024", "Month": "8", "Minute": + "45", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2024", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "39170898", "@IdType": "pubmed"}, {"#text": "PMC11335563", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2024.1398015", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Abutalebi J., Green D. (2007). Bilingual language + production: The neurocognition of language representation and control. J. + Neurolinguistics 20, 242\u2013275. doi: 10.1016/j.jneuroling.2006.10.003", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.jneuroling.2006.10.003", + "@IdType": "doi"}}}, {"Citation": "Altman D. G., Royston P. (2006). The cost + of dichotomising continuous variables. BMJ 332:1080. doi: 10.1136/bmj.332.7549.1080, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1136/bmj.332.7549.1080", + "@IdType": "doi"}, {"#text": "PMC1458573", "@IdType": "pmc"}, {"#text": "16675816", + "@IdType": "pubmed"}]}}, {"Citation": "Ansaldo A. I., Ghazi-Saidi L., Adrover-Roig + D. (2015). Interference control in elderly bilinguals: Appearances can be + misleading. J. Clin. Exp. Neuropsychol. 37, 455\u2013470. doi: 10.1080/13803395.2014.990359, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13803395.2014.990359", + "@IdType": "doi"}, {"#text": "25641572", "@IdType": "pubmed"}]}}, {"Citation": + "Antoniou M. (2019). The advantages of bilingualism debate. Ann. Rev. Linguist. + 5, 395\u2013415. doi: 10.1146/annurev-linguistics-011718-011820, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1146/annurev-linguistics-011718-011820", "@IdType": + "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Antoniou M., + Gunasekera G. M., Wong P. C. M. (2013). Foreign language training as cognitive + therapy for age-related cognitive decline: a hypothesis for future research. + Neurosci. Biobehav. Rev. 37, 2689\u20132698. doi: 10.1016/j.neubiorev.2013.09.004, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2013.09.004", + "@IdType": "doi"}, {"#text": "PMC3890428", "@IdType": "pmc"}, {"#text": "24051310", + "@IdType": "pubmed"}]}}, {"Citation": "Ardila A. (2019). \u201cExecutive functions + brain functional system\u201d in Dysexecutive Syndromes. eds. Ardila A., Fatima + S., Rosselli M. (Switzerland AG: Springer International Publishing; ), 29\u201341. + doi: 10.1007/978-3-030-25077-5_2", "ArticleIdList": {"ArticleId": {"#text": + "10.1007/978-3-030-25077-5_2", "@IdType": "doi"}}}, {"Citation": "Barbu C., + Orban S., Gillet S., Poncelet M. (2018). The Impact of Language Switching + Frequency on Attentional and Executive Functioning in Proficient Bilingual + Adults. Psychol. Belgica 58, 115\u2013127. doi: 10.5334/pb.392, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.5334/pb.392", "@IdType": "doi"}, {"#text": "PMC6194534", + "@IdType": "pmc"}, {"#text": "30479811", "@IdType": "pubmed"}]}}, {"Citation": + "Bari A., Robbins T. W. (2013). Inhibition and impulsivity: Behavioral and + neural basis of response control. Prog. Neurobiol. 108, 44\u201379. doi: 10.1016/j.pneurobio.2013.06.005, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.pneurobio.2013.06.005", + "@IdType": "doi"}, {"#text": "23856628", "@IdType": "pubmed"}]}}, {"Citation": + "Berroir P., Ghazi-Saidi L., Dash T., Adrover-Roig D., Benali H., Ansaldo + A. I. (2017). Interference control at the response level: Functional networks + reveal higher efficiency in the bilingual brain. J. Neurolinguistics 43, 4\u201316. + doi: 10.1016/j.jneuroling.2016.09.007", "ArticleIdList": {"ArticleId": {"#text": + "10.1016/j.jneuroling.2016.09.007", "@IdType": "doi"}}}, {"Citation": "Bialystok + E. (2021). Bilingualism: Pathway to Cognitive Reserve. Trends Cogn. Sci. 25, + 355\u2013364. doi: 10.1016/j.tics.2021.02.003, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.tics.2021.02.003", "@IdType": "doi"}, {"#text": "PMC8035279", + "@IdType": "pmc"}, {"#text": "33771449", "@IdType": "pubmed"}]}}, {"Citation": + "Bialystok E., Abutalebi J., Bak T. H., Burke D. M., Kroll J. F. (2016). Aging + in two languages: Implications for public health. Ageing Res. Rev. 27, 56\u201360. + doi: 10.1016/j.arr.2016.03.003, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.arr.2016.03.003", "@IdType": "doi"}, {"#text": "PMC4837064", "@IdType": + "pmc"}, {"#text": "26993154", "@IdType": "pubmed"}]}}, {"Citation": "Bialystok + E., Craik F. I. (2022). How does bilingualism modify cognitive function? Attention + to the mechanism. Psychon. Bull. Rev. 29, 1246\u20131269. doi: 10.3758/s13423-022-02057-5", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-022-02057-5", "@IdType": + "doi"}, {"#text": "35091993", "@IdType": "pubmed"}]}}, {"Citation": "Bialystok + E., Craik F. I. M., Freedman M. (2007). Bilingualism as a protection against + the onset of symptoms of dementia. Neuropsychologia 45, 459\u2013464. doi: + 10.1016/j.neuropsychologia.2006.10.009, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuropsychologia.2006.10.009", "@IdType": "doi"}, {"#text": + "17125807", "@IdType": "pubmed"}]}}, {"Citation": "Bialystok E., Craik F. + I., Freedman M. (2024). 7 Bilingualism as a protection against the onset of + symptoms of dementia. Where language meets thought: selected works of Ellen + Bialystok, 221.", "ArticleIdList": {"ArticleId": {"#text": "17125807", "@IdType": + "pubmed"}}}, {"Citation": "Bott H., Madero G., Fuseya G., Gray M. (2019). + Face-to-Face and Digital Multidomain Lifestyle Interventions to Enhance Cognitive + Reserve and Reduce Risk of Alzheimer\u2019s Disease and Related Dementias: + A Review of Completed and Prospective Studies. Nutrients 11:2258. doi: 10.3390/nu11092258, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3390/nu11092258", "@IdType": + "doi"}, {"#text": "PMC6770494", "@IdType": "pmc"}, {"#text": "31546966", "@IdType": + "pubmed"}]}}, {"Citation": "Brown C. A., Weisman de Mamani A. (2017). A comparison + of psychiatric symptom severity in individuals assessed in their mother tongue + versus an acquired language: A two-sample study of individuals with schizophrenia + and a normative population. Prof. Psychol. Res. Pract. 48:1. doi: 10.1037/pro0000125", + "ArticleIdList": {"ArticleId": {"#text": "10.1037/pro0000125", "@IdType": + "doi"}}}, {"Citation": "Bubbico G., Chiacchiaretta P., Parenti M., di Marco + M., Panara V., Sepede G., et al. . (2019). Effects of Second Language Learning + on the Plastic Aging Brain: Functional Connectivity, Cognitive Decline, and + Reorganization. Front. Neurosci. 13:423. doi: 10.3389/fnins.2019.00423, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnins.2019.00423", "@IdType": + "doi"}, {"#text": "PMC6529595", "@IdType": "pmc"}, {"#text": "31156360", "@IdType": + "pubmed"}]}}, {"Citation": "Bush G., Shin L. M. (2006). The Multi-Source Interference + Task: An fMRI task that reliably activates the cingulo-frontal-parietal cognitive/attention + network. Nat. Protoc. 1, 308\u2013313. doi: 10.1038/nprot.2006.48, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nprot.2006.48", "@IdType": + "doi"}, {"#text": "17406250", "@IdType": "pubmed"}]}}, {"Citation": "Cammisuli + D. M., Franzoni F., Scarf\u00f2 G., Fusi J., Gesi M., Bonuccelli U., et al. + . (2022). What does the brain have to keep working at its best? Resilience + mechanisms such as antioxidants and brain/cognitive reserve for counteracting + Alzheimer\u2019s disease degeneration. Biology 11:650. doi: 10.3390/biology11050650, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3390/biology11050650", + "@IdType": "doi"}, {"#text": "PMC9138251", "@IdType": "pmc"}, {"#text": "35625381", + "@IdType": "pubmed"}]}}, {"Citation": "Carroll S. E. (2017). Exposure and + input in bilingual development. Biling. Lang. Congn. 20, 3\u201316. doi: 10.1017/S1366728915000863, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1366728915000863", + "@IdType": "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Chen + G., Adleman N. E., Saad Z. S., Leibenluft E., Cox R. W. (2014). Applications + of multivariate modeling to neuroimaging group analysis: A comprehensive alternative + to univariate general linear model. NeuroImage 99, 571\u2013588. doi: 10.1016/j.neuroimage.2014.06.027, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.06.027", + "@IdType": "doi"}, {"#text": "PMC4121851", "@IdType": "pmc"}, {"#text": "24954281", + "@IdType": "pubmed"}]}}, {"Citation": "Cole M. W., Repov\u0161 G., Anticevic + A. (2014). The Frontoparietal Control System: A Central Role in Mental Health. + Neuroscientist 20, 652\u2013664. doi: 10.1177/1073858414525995, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1073858414525995", "@IdType": "doi"}, {"#text": + "PMC4162869", "@IdType": "pmc"}, {"#text": "24622818", "@IdType": "pubmed"}]}}, + {"Citation": "Costumero V., Rodr\u00edguez-Pujadas A., Fuentes-Claramonte + P., \u00c1vila C. (2015). How bilingualism shapes the functional architecture + of the brain: a study on executive control in early bilinguals and monolinguals. + Hum. Brain Mapp. 36, 5101\u20135112. doi: 10.1002/hbm.22996, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/hbm.22996", "@IdType": "doi"}, {"#text": + "PMC6869221", "@IdType": "pmc"}, {"#text": "26376449", "@IdType": "pubmed"}]}}, + {"Citation": "Cox R. W. (1996). AFNI: Software for analysis and visualization + of functional magnetic resonance neuroimages. Comput. Biomed. Res. 29, 162\u2013173. + doi: 10.1006/cbmr.1996.0014, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1006/cbmr.1996.0014", "@IdType": "doi"}, {"#text": "8812068", "@IdType": + "pubmed"}]}}, {"Citation": "Cox R. W., Chen G., Glen D. R., Reynolds R. C., + Taylor P. A. (2017). fMRI clustering and false-positive rates. Proc. Natl. + Acad. Sci. 114, E3370\u2013E3371. doi: 10.1073/pnas.1614961114, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1073/pnas.1614961114", "@IdType": "doi"}, {"#text": + "PMC5410825", "@IdType": "pmc"}, {"#text": "28420798", "@IdType": "pubmed"}]}}, + {"Citation": "Craik F. I. M., Bialystok E., Freedman M. (2010). Delaying the + onset of Alzheimer disease: Bilingualism as a form of cognitive reserve. Neurology + 75, 1726\u20131729. doi: 10.1212/WNL.0b013e3181fc2a1c, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1212/WNL.0b013e3181fc2a1c", "@IdType": "doi"}, + {"#text": "PMC3033609", "@IdType": "pmc"}, {"#text": "21060095", "@IdType": + "pubmed"}]}}, {"Citation": "De Pisapia N., Slomski J. A., Braver T. S. (2006). + Functional Specializations in Lateral Prefrontal Cortex Associated with the + Integration and Segregation of Information in Working Memory. Cereb. Cortex + 17, 993\u20131006. doi: 10.1093/cercor/bhl010, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/cercor/bhl010", "@IdType": "doi"}, {"#text": "16769743", + "@IdType": "pubmed"}]}}, {"Citation": "Degirmenci M. G., Grossmann J. A., + Meyer P., Teichmann B. (2022). The role of bilingualism in executive functions + in healthy older adults: a systematic review. Int. J. Biling. 26, 426\u2013449. + doi: 10.1177/13670069211051291", "ArticleIdList": {"ArticleId": {"#text": + "10.1177/13670069211051291", "@IdType": "doi"}}}, {"Citation": "Del Maschio + N., Sulpizio S., Gallo F., Fedeli D., Weekes B. S., Abutalebi J. (2018). Neuroplasticity + across the lifespan and aging effects in bilinguals and monolinguals. Brain + Cogn. 125, 118\u2013126. doi: 10.1016/j.bandc.2018.06.007, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bandc.2018.06.007", "@IdType": "doi"}, + {"#text": "29990701", "@IdType": "pubmed"}]}}, {"Citation": "Di Nuovo S., + De Beni R., Borella E., Markov\u00e1 H., Lacz\u00f3 J., Vyhn\u00e1lek M. (2020). + Cognitive impairment in old age: is the shift from healthy to pathological + aging responsive to prevention? Eur. Psychol. 25, 174\u2013185. doi: 10.1027/1016-9040/a000391", + "ArticleIdList": {"ArticleId": {"#text": "10.1027/1016-9040/a000391", "@IdType": + "doi"}}}, {"Citation": "Dodich A., Carli G., Cerami C., Iannaccone S., Magnani + G., Perani D. (2018). Social and cognitive control skills in long-life occupation + activities modulate the brain reserve in the behavioural variant of frontotemporal + dementia. Cortex 99, 311\u2013318. doi: 10.1016/j.cortex.2017.12.006, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2017.12.006", + "@IdType": "doi"}, {"#text": "29328983", "@IdType": "pubmed"}]}}, {"Citation": + "Dyer S. M., Harrison S. L., Laver K., Whitehead C., Crotty M. (2018). An + overview of systematic reviews of pharmacological and non-pharmacological + interventions for the treatment of behavioral and psychological symptoms of + dementia. Int. Psychogeriatr. 30, 295\u2013309. doi: 10.1017/S1041610217002344, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1041610217002344", + "@IdType": "doi"}, {"#text": "29143695", "@IdType": "pubmed"}]}}, {"Citation": + "Egner T., Hirsch J. (2005). The neural correlates and functional integration + of cognitive control in a Stroop task. NeuroImage 24, 539\u2013547. doi: 10.1016/j.neuroimage.2004.09.007, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2004.09.007", + "@IdType": "doi"}, {"#text": "15627596", "@IdType": "pubmed"}]}}, {"Citation": + "Eriksen K., Zacharov O. (2016). Investigating the role of the right inferior + frontal gyrus in response inhibition: an fMRI approach. Master in Cognitive + Neuroscience Department of Psychology. Available at: https://www.duo.uio.no/bitstream/handle/10852/51234/1/FINAL.pdf"}, + {"Citation": "Forman S. D., Cohen J. D., Fitzgerald M., Eddy W. F., Mintun + M. A., Noll D. C. (1995). Improved assessment of significant activation in + functional magnetic resonance imaging (fMRI): Use of a cluster-size threshold. + Magn. Reson. Med. 33, 636\u2013647. doi: 10.1002/mrm.1910330508, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1002/mrm.1910330508", "@IdType": "doi"}, {"#text": + "7596267", "@IdType": "pubmed"}]}}, {"Citation": "Friedman N. P., Robbins + T. W. (2022). The role of prefrontal cortex in cognitive control and executive + function. Neuropsychopharmacology 47, 72\u201389. doi: 10.1038/s41386-021-01132-0, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41386-021-01132-0", + "@IdType": "doi"}, {"#text": "PMC8617292", "@IdType": "pmc"}, {"#text": "34408280", + "@IdType": "pubmed"}]}}, {"Citation": "Fukuta J., Yamashita J. (2015). Effects + of cognitive demands on attention orientation in L2 oral production. System + 53, 1\u201312. doi: 10.1016/j.system.2015.06.010", "ArticleIdList": {"ArticleId": + {"#text": "10.1016/j.system.2015.06.010", "@IdType": "doi"}}}, {"Citation": + "Gajewski P. D., Falkenstein M., Th\u00f6nes S., Wascher E. (2020). Stroop + task performance across the lifespan: High cognitive reserve in older age + is associated with enhanced proactive and reactive interference control. NeuroImage + 207:116430. doi: 10.1016/j.neuroimage.2019.116430, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2019.116430", "@IdType": "doi"}, + {"#text": "31805383", "@IdType": "pubmed"}]}}, {"Citation": "Gallo F., Abutalebi + J. (2024). The unique role of bilingualism among cognitive reserve-enhancing + factors. Biling. Lang. Congn. 27, 287\u2013294. doi: 10.1017/S1366728923000317", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728923000317", "@IdType": + "doi"}}}, {"Citation": "Garc\u00eda-Pent\u00f3n L., P\u00e9rez Fern\u00e1ndez + A., Iturria-Medina Y., Gillon-Dowens M., Carreiras M. (2014). Anatomical connectivity + changes in the bilingual brain. NeuroImage 84, 495\u2013504. doi: 10.1016/j.neuroimage.2013.08.064, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2013.08.064", + "@IdType": "doi"}, {"#text": "24018306", "@IdType": "pubmed"}]}}, {"Citation": + "Ghazi Saidi L. G., Ansaldo A. I. (2015). Can a second language help you in + more ways than one. Aims Neurosci. 2, 52\u201357. doi: 10.3934/Neuroscience.2015.1.52", + "ArticleIdList": {"ArticleId": {"#text": "10.3934/Neuroscience.2015.1.52", + "@IdType": "doi"}}}, {"Citation": "Ghazi Saidi L. G., Dash T., Ansaldo A. + I. (2017). The bilingual mental lexicon: a dynamic knowledge system. In Bilingualism + 73\u2013102. John Benjamins."}, {"Citation": "Ghazi Saidi L. G., Perlbarg + V., Marrelec G., P\u00e9l\u00e9grini-Issac M., Benali H., Ansaldo A. I. (2013). + Functional connectivity changes in second language vocabulary learning. Brain + Lang. 124, 56\u201365. doi: 10.1016/j.bandl.2012.11.008, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bandl.2012.11.008", "@IdType": "doi"}, + {"#text": "23274799", "@IdType": "pubmed"}]}}, {"Citation": "Ghazi-Saidi L., + Ansaldo A. I. (2017b). The neural correlates of semantic and phonological + transfer effects: Language distance matters. Biling. Lang. Congn. 20, 1080\u20131094. + doi: 10.1017/S136672891600064X", "ArticleIdList": {"ArticleId": {"#text": + "10.1017/S136672891600064X", "@IdType": "doi"}}}, {"Citation": "Ghazi-Saidi + L., Ansaldo A. I. (2017a). Second language word learning through repetition + and imitation: Functional networks as a function of learning phase and language + distance. Front. Hum. Neurosci. 11:277215. doi: 10.3389/fnhum.2017.00463, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2017.00463", + "@IdType": "doi"}, {"#text": "PMC5625023", "@IdType": "pmc"}, {"#text": "29033804", + "@IdType": "pubmed"}]}}, {"Citation": "Giovacchini G., Giovannini E., Bors\u00f2 + E., Lazzeri P., Riondato M., Leoncini R., et al. . (2019). The brain cognitive + reserve hypothesis: A review with emphasis on the contribution of nuclear + medicine neuroimaging techniques. J. Cell. Physiol. 234, 14865\u201314872. + doi: 10.1002/jcp.28308, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/jcp.28308", "@IdType": "doi"}, {"#text": "30784080", "@IdType": "pubmed"}]}}, + {"Citation": "Green D. W., Abutalebi J. (2013). Language control in bilinguals: + The adaptive control hypothesis. J. Cogn. Psychol. 25, 515\u2013530. doi: + 10.1080/20445911.2013.796377, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1080/20445911.2013.796377", "@IdType": "doi"}, {"#text": "PMC4095950", + "@IdType": "pmc"}, {"#text": "25077013", "@IdType": "pubmed"}]}}, {"Citation": + "Guarino A., Forte G., Giovannoli J., Casagrande M. (2020). Executive functions + in the elderly with mild cognitive impairment: A systematic review on motor + and cognitive inhibition, conflict control and cognitive flexibility. Aging + Ment. Health 24, 1028\u20131045. doi: 10.1080/13607863.2019.1584785, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13607863.2019.1584785", + "@IdType": "doi"}, {"#text": "30938193", "@IdType": "pubmed"}]}}, {"Citation": + "Guo T., Ma F. (2023). \u201cCognitive control in second language neurocognition\u201d + in The Routledge Handbook of Second Language Acquisition and Neurolinguistics. + eds. K. Morgan-Short and J. G. van Hell (New York: Routledge; ), 424\u2013435."}, + {"Citation": "Han X., Li W., Filippi R. (2024). Modulating bilingual language + production and cognitive control: how bilingual language experience matters. + Bilingualism Lang. Cognit. 1\u201315. doi: 10.1017/S1366728924000191", "ArticleIdList": + {"ArticleId": {"#text": "10.1017/S1366728924000191", "@IdType": "doi"}}}, + {"Citation": "Hausman H. K., Hardcastle C., Albizu A., Kraft J. N., Evangelista + N. D., Boutzoukas E. M., et al. . (2022). Cingulo-opercular and frontoparietal + control network connectivity and executive functioning in older adults. Gero + Sci. 44, 847\u2013866. doi: 10.1007/s11357-021-00503-1, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1007/s11357-021-00503-1", "@IdType": "doi"}, + {"#text": "PMC9135913", "@IdType": "pmc"}, {"#text": "34950997", "@IdType": + "pubmed"}]}}, {"Citation": "Heidlmayr K., Kihlstedt M., Isel F. (2020). A + review on the electroencephalography markers of Stroop executive control processes. + Brain Cogn. 146:105637. doi: 10.1016/j.bandc.2020.105637, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bandc.2020.105637", "@IdType": "doi"}, + {"#text": "33217721", "@IdType": "pubmed"}]}}, {"Citation": "Heinen K., Feredoes + E., Ruff C. C., Driver J. (2017). Functional connectivity between prefrontal + and parietal cortex drives visuo-spatial attention shifts. Neuropsychologia + 99, 81\u201391. doi: 10.1016/j.neuropsychologia.2017.02.024, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2017.02.024", "@IdType": + "doi"}, {"#text": "PMC5415819", "@IdType": "pmc"}, {"#text": "28254653", "@IdType": + "pubmed"}]}}, {"Citation": "Hertrich I., Dietrich S., Blum C., Ackermann H. + (2021). The role of the dorsolateral prefrontal cortex for speech and language + processing. Front. Hum. Neurosci. 15:645209. doi: 10.3389/fnhum.2021.645209, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2021.645209", + "@IdType": "doi"}, {"#text": "PMC8165195", "@IdType": "pmc"}, {"#text": "34079444", + "@IdType": "pubmed"}]}}, {"Citation": "Hilchey M. D., Klein R. M. (2011). + Are there bilingual advantages on nonlinguistic interference tasks? Implications + for the plasticity of executive control processes. Psychon. Bull. Rev. 18, + 625\u2013658. doi: 10.3758/s13423-011-0116-7, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.3758/s13423-011-0116-7", "@IdType": "doi"}, {"#text": "21674283", + "@IdType": "pubmed"}]}}, {"Citation": "Hirosh Z., Degani T. (2018). Direct + and indirect effects of multilingualism on novel language learning: An integrative + review. Psychon. Bull. Rev. 25, 892\u2013916. doi: 10.3758/s13423-017-1315-7, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-017-1315-7", + "@IdType": "doi"}, {"#text": "28547538", "@IdType": "pubmed"}]}}, {"Citation": + "Huang Y., Su L., Ma Q. (2020). The Stroop effect: An activation likelihood + estimation meta-analysis in healthy young adults. Neurosci. Lett. 716:134683. + doi: 10.1016/j.neulet.2019.134683, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neulet.2019.134683", "@IdType": "doi"}, {"#text": "31830505", + "@IdType": "pubmed"}]}}, {"Citation": "Ito T., Kulkarni K. R., Schultz D. + H., Mill R. D., Chen R. H., Solomyak L. I., et al. . (2017). Cognitive task + information is transferred between brain regions via resting-state network + topology. Nat. Commun. 8:1027. doi: 10.1038/s41467-017-01000-w, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1038/s41467-017-01000-w", "@IdType": "doi"}, + {"#text": "PMC5715061", "@IdType": "pmc"}, {"#text": "29044112", "@IdType": + "pubmed"}]}}, {"Citation": "Kanasi E., Ayilavarapu S., Jones J. (2016). The + aging population: Demographics and the biology of aging. Periodontol. 72, + 13\u201318. doi: 10.1111/prd.12126, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/prd.12126", "@IdType": "doi"}, {"#text": "27501488", "@IdType": + "pubmed"}]}}, {"Citation": "Kane M. J., Engle R. W. (2003). Working-memory + capacity and the control of attention: The contributions of goal neglect, + response competition, and task set to Stroop interference. J. Exp. Psychol. + Gen. 132, 47\u201370. doi: 10.1037/0096-3445.132.1.47, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/0096-3445.132.1.47", "@IdType": "doi"}, + {"#text": "12656297", "@IdType": "pubmed"}]}}, {"Citation": "Kaushanskaya + M., Blumenfeld H. K., Marian V. (2020). The Language Experience and Proficiency + Questionnaire (LEAP-Q): Ten years later. Biling. Lang. Congn. 23, 945\u2013950. + doi: 10.1017/S1366728919000038, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1017/S1366728919000038", "@IdType": "doi"}, {"#text": "PMC7899192", "@IdType": + "pmc"}, {"#text": "33628083", "@IdType": "pubmed"}]}}, {"Citation": "Klimova + B., Valis M., Kuca K. (2017). Cognitive decline in normal aging and its prevention: + A review on non-pharmacological lifestyle strategies. Clin. Interv. Aging + 12, 903\u2013910. doi: 10.2147/CIA.S132963", "ArticleIdList": {"ArticleId": + [{"#text": "10.2147/CIA.S132963", "@IdType": "doi"}, {"#text": "PMC5448694", + "@IdType": "pmc"}, {"#text": "28579767", "@IdType": "pubmed"}]}}, {"Citation": + "Korenar M., Pliatsikas C. (2023). \u201cSecond language acquisition and neuroplasticity: + Insights from the Dynamic Restructuring Model\u201d in The Routledge Handbook + of Second Language Acquisition and Neurolinguistics (New York: Routledge; + ), 191\u2013203."}, {"Citation": "Kroll J. F., Bialystok E. (2013). Understanding + the consequences of bilingualism for language processing and cognition. J. + Cogn. Psychol. 25, 497\u2013514. doi: 10.1080/20445911.2013.799170, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/20445911.2013.799170", + "@IdType": "doi"}, {"#text": "PMC3820916", "@IdType": "pmc"}, {"#text": "24223260", + "@IdType": "pubmed"}]}}, {"Citation": "Kroll J. F., Bobb S. C., Misra M., + Guo T. (2008). Language selection in bilingual speech: Evidence for inhibitory + processes. Acta Psychol. 128, 416\u2013430. doi: 10.1016/j.actpsy.2008.02.001, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.actpsy.2008.02.001", + "@IdType": "doi"}, {"#text": "PMC2585366", "@IdType": "pmc"}, {"#text": "18358449", + "@IdType": "pubmed"}]}}, {"Citation": "Li P., Legault J., Litcofsky K. A. + (2014). Neuroplasticity as a function of second language learning: Anatomical + changes in the human brain. Cortex 58, 301\u2013324. doi: 10.1016/j.cortex.2014.05.001, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2014.05.001", + "@IdType": "doi"}, {"#text": "24996640", "@IdType": "pubmed"}]}}, {"Citation": + "Li X., Morgan P. S., Ashburner J., Smith J., Rorden C. (2016). The first + step for neuroimaging data analysis: DICOM to NIfTI conversion. J. Neurosci. + Methods 264, 47\u201356. doi: 10.1016/j.jneumeth.2016.03.001, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jneumeth.2016.03.001", "@IdType": "doi"}, + {"#text": "26945974", "@IdType": "pubmed"}]}}, {"Citation": "Li P., Xu Q. + (2023). Computational modeling of bilingual language learning: Current models + and future directions. Lang. Learn. 73, 17\u201364. doi: 10.1111/lang.12529, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/lang.12529", "@IdType": + "doi"}, {"#text": "PMC10881204", "@IdType": "pmc"}, {"#text": "38385119", + "@IdType": "pubmed"}]}}, {"Citation": "Liberati G., Raffone A., Olivetti Belardinelli + M. (2012). Cognitive reserve and its implications for rehabilitation and Alzheimer\u2019s + disease. Cogn. Process. 13, 1\u201312. doi: 10.1007/s10339-011-0410-3, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s10339-011-0410-3", "@IdType": + "doi"}, {"#text": "21643921", "@IdType": "pubmed"}]}}, {"Citation": "Lin Y. + T., Lai Y. H. (2024). Stroop color-word test performance of Chinese-speaking + persons with Alzheimer''s dementia. Int. J. Gerontol. 18, 80\u201384. doi: + 10.6890/IJGE.202404_18(2).0004", "ArticleIdList": {"ArticleId": {"#text": + "10.6890/IJGE.202404_18(2).0004", "@IdType": "doi"}}}, {"Citation": "Lopez + O. L., Kuller L. H. (2019). Epidemiology of aging and associated cognitive + disorders: Prevalence and incidence of Alzheimer\u2019s disease and other + dementias. Handb. Clin. Neurol. 167, 139\u2013148. doi: 10.1016/B978-0-12-804766-8.00009-1", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/B978-0-12-804766-8.00009-1", + "@IdType": "doi"}, {"#text": "31753130", "@IdType": "pubmed"}]}}, {"Citation": + "Love J., Selker R., Marsman M., Jamil T., Dropmann D., Verhagen J., et al. + . (2019). JASP: graphical statistical software for common statistical designs. + J. Stat. Softw. 88, 1\u201317. doi: 10.18637/jss.v088.i02, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.18637/jss.v088.i02", "@IdType": "doi"}, {"#text": + "0", "@IdType": "pubmed"}]}}, {"Citation": "MacLeod C. M. (1991). Half a century + of research on the Stroop effect: an integrative review. Psychol. Bull. 109, + 163\u2013203. doi: 10.1037/0033-2909.109.2.163, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1037/0033-2909.109.2.163", "@IdType": "doi"}, {"#text": "2034749", + "@IdType": "pubmed"}]}}, {"Citation": "Manelis A., Reder L. M. (2014). Effective + connectivity among the working memory regions during preparation for and during + performance of the n-back task. Front. Hum. Neurosci. 8:593. doi: 10.3389/fnhum.2014.00593, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2014.00593", + "@IdType": "doi"}, {"#text": "PMC4122182", "@IdType": "pmc"}, {"#text": "25140143", + "@IdType": "pubmed"}]}}, {"Citation": "Marian V., Blumenfeld H. K., Kaushanskaya + M. (2007). The Language Experience and Proficiency Questionnaire (LEAP-Q): + Assessing Language Profiles in Bilinguals and Multilinguals. J. Speech Lang. + Hear. Res. 50, 940\u2013967. doi: 10.1044/1092-4388(2007/067), PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1044/1092-4388(2007/067)", "@IdType": "doi"}, + {"#text": "17675598", "@IdType": "pubmed"}]}}, {"Citation": "Meltzer J. A., + Kates Rose M., Le A. Y., Spencer K. A., Goldstein L., Gubanova A., et al. + . (2023). Improvement in executive function for older adults through smartphone + apps: A randomized clinical trial comparing language learning and brain training. + Aging Neuropsychol. Cognit. 30, 150\u2013171. doi: 10.1080/13825585.2021.1991262, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825585.2021.1991262", + "@IdType": "doi"}, {"#text": "34694201", "@IdType": "pubmed"}]}}, {"Citation": + "Menon V., D\u2019Esposito M. (2022). The role of PFC networks in cognitive + control and executive function. Neuropsychopharmacology 47, 90\u2013103. doi: + 10.1038/s41386-021-01152-w, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1038/s41386-021-01152-w", "@IdType": "doi"}, {"#text": "PMC8616903", "@IdType": + "pmc"}, {"#text": "34408276", "@IdType": "pubmed"}]}}, {"Citation": "Mill + R. D., Gordon B. A., Balota D. A., Cole M. W. (2020). Predicting dysfunctional + age-related task activations from resting-state network alterations. NeuroImage + 221:117167. doi: 10.1016/j.neuroimage.2020.117167, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2020.117167", "@IdType": "doi"}, + {"#text": "PMC7810059", "@IdType": "pmc"}, {"#text": "32682094", "@IdType": + "pubmed"}]}}, {"Citation": "Momkov\u00e1 E., Jur\u00e1sov\u00e1 K. I. (2017). + Performance of bilingual individuals in psychodiagnostic testing of cognitive + abilities using their first and second languages. Psychol. Contexts 8, 66\u201385."}, + {"Citation": "Morbelli S., Arnaldi D., Capitanio S., Picco A., Buschiazzo + A., Nobili F. (2013). Resting metabolic connectivity in Alzheimer\u2019s disease. + Clin. Translat. Imaging 1, 271\u2013278. doi: 10.1007/s40336-013-0027-x, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s40336-013-0027-x", "@IdType": + "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Nelson M. E., + Jester D. J., Petkus A. J., Andel R. (2021). Cognitive reserve, Alzheimer\u2019s + neuropathology, and risk of dementia: a systematic review and meta-analysis. + Neuropsychol. Rev. 31, 233\u2013250. doi: 10.1007/s11065-021-09478-4, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11065-021-09478-4", "@IdType": + "doi"}, {"#text": "PMC7790730", "@IdType": "pmc"}, {"#text": "33415533", "@IdType": + "pubmed"}]}}, {"Citation": "Niendam T. A., Laird A. R., Ray K. L., Dean Y. + M., Glahn D. C., Carter C. S. (2012). Meta-analytic evidence for a superordinate + cognitive control network subserving diverse executive functions. Cogn. Affect. + Behav. Neurosci. 12, 241\u2013268. doi: 10.3758/s13415-011-0083-5, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13415-011-0083-5", "@IdType": + "doi"}, {"#text": "PMC3660731", "@IdType": "pmc"}, {"#text": "22282036", "@IdType": + "pubmed"}]}}, {"Citation": "Nilsson J., Berggren R., Garz\u00f3n B., Lebedev + A. V., L\u00f6vd\u00e9n M. (2021). Second language learning in older adults: + effects on brain structure and predictors of learning success. Front. Aging + Neurosci. 13:666851. doi: 10.3389/fnagi.2021.666851", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2021.666851", "@IdType": "doi"}, {"#text": "PMC8209301", + "@IdType": "pmc"}, {"#text": "34149398", "@IdType": "pubmed"}]}}, {"Citation": + "Olson D. J. (2024). A systematic review of proficiency assessment methods + in bilingualism research. Int. J. Biling. 28, 163\u2013187. doi: 10.1177/13670069231153720, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1177/13670069231153720", + "@IdType": "doi"}, {"#text": "0", "@IdType": "pubmed"}]}}, {"Citation": "Oosterhuis + E. J., Slade K., Smith E., May P. J., Nuttall H. E. (2023). Getting the brain + into gear: an online study investigating cognitive reserve and word-finding + abilities in healthy ageing. PLoS One 18:e0280566. doi: 10.1371/journal.pone.0280566, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1371/journal.pone.0280566", + "@IdType": "doi"}, {"#text": "PMC10118119", "@IdType": "pmc"}, {"#text": "37079604", + "@IdType": "pubmed"}]}}, {"Citation": "Osareme J., Muonde M., Maduka C. P., + Olorunsogo T. O., Omotayo O. (2024). Demographic shifts and healthcare: A + review of aging populations and systemic challenges. Int. J. Sci. Res. Archive + 11, 383\u2013395. doi: 10.30574/ijsra.2024.11.1.0067", "ArticleIdList": {"ArticleId": + {"#text": "10.30574/ijsra.2024.11.1.0067", "@IdType": "doi"}}}, {"Citation": + "Power J. D., Barnes K. A., Snyder A. Z., Schlaggar B. L., Petersen S. E. + (2012). Spurious but systematic correlations in functional connectivity MRI + networks arise from subject motion. NeuroImage 59, 2142\u20132154. doi: 10.1016/j.neuroimage.2011.10.018, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.10.018", + "@IdType": "doi"}, {"#text": "PMC3254728", "@IdType": "pmc"}, {"#text": "22019881", + "@IdType": "pubmed"}]}}, {"Citation": "Rao A., Chatterjee P., Rao A. R., Dey + A. B. (2023). A cross-sectional study of various memory domains in normal + ageing population and subjective cognitive decline using PGIMS and Stroop + color-word test. J. Indian Acad. Geriatrics 19."}, {"Citation": "Rodr\u00edguez-Pujadas + A., Sanju\u00e1n A., Fuentes P., Ventura-Campos N., Barr\u00f3s-Loscertales + A., \u00c1vila C. (2014). Differential neural control in early bilinguals + and monolinguals during response inhibition. Brain Lang. 132, 43\u201351. + doi: 10.1016/j.bandl.2014.03.003, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.bandl.2014.03.003", "@IdType": "doi"}, {"#text": "24735970", "@IdType": + "pubmed"}]}}, {"Citation": "Savarimuthu A., Ponniah R. J. (2024). Cognition + and cognitive reserve. Integr. Psychol. Behav. Sci. 58, 483\u2013501. doi: + 10.1007/s12124-024-09821-3", "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s12124-024-09821-3", + "@IdType": "doi"}, {"#text": "38279076", "@IdType": "pubmed"}]}}, {"Citation": + "Scarmeas N., Stern Y. (2003). Cognitive reserve and lifestyle. J. Clin. Exp. + Neuropsychol. 25, 625\u2013633. doi: 10.1076/jcen.25.5.625.14576, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1076/jcen.25.5.625.14576", "@IdType": + "doi"}, {"#text": "PMC3024591", "@IdType": "pmc"}, {"#text": "12815500", "@IdType": + "pubmed"}]}}, {"Citation": "Scarpina F., Tagini S. (2017). The Stroop Color + and Word Test. Front. Psychol. 8:557. doi: 10.3389/fpsyg.2017.00557, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2017.00557", "@IdType": + "doi"}, {"#text": "PMC5388755", "@IdType": "pmc"}, {"#text": "28446889", "@IdType": + "pubmed"}]}}, {"Citation": "Schultz D. H., Ito T., Cole M. W. (2022). Global + connectivity fingerprints predict the domain generality of multiple-demand + regions. Cereb. Cortex. 32, 4464\u20134479. doi: 10.1093/cercor/bhab495", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhab495", "@IdType": + "doi"}, {"#text": "PMC9574240", "@IdType": "pmc"}, {"#text": "35076709", "@IdType": + "pubmed"}]}}, {"Citation": "Schweizer T. A., Ware J., Fischer C. E., Craik + F. I. M., Bialystok E. (2012). Bilingualism as a contributor to cognitive + reserve: evidence from brain atrophy in Alzheimer\u2019s disease. Cortex 48, + 991\u2013996. doi: 10.1016/j.cortex.2011.04.009, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.cortex.2011.04.009", "@IdType": "doi"}, + {"#text": "21596373", "@IdType": "pubmed"}]}}, {"Citation": "Simonet M. (2014). + Long-term training-induced behavioural and structural plasticity of inhibitory + control in elite fencers. Available at: https://www.semanticscholar.org/paper/Long-term-training-induced-behavioural-and-of-in-Simonet/6a7279480725662209896894432ee2dc9ab488ad"}, + {"Citation": "\u0160neidere K., Zdanovskis N., Mondini S., Stepens A. (2024). + Relationship between lifestyle proxies of cognitive reserve and cortical regions + in older adults. Front. Psychol. 14:1308434. doi: 10.3389/fpsyg.2023.1308434", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fpsyg.2023.1308434", "@IdType": + "doi"}, {"#text": "PMC10797127", "@IdType": "pmc"}, {"#text": "38250107", + "@IdType": "pubmed"}]}}, {"Citation": "Song Y., Hakoda Y. (2015). An fMRI + study of the functional mechanisms of Stroop/reverse-Stroop effects. Behav. + Brain Res. 290, 187\u2013196. doi: 10.1016/j.bbr.2015.04.047, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.bbr.2015.04.047", "@IdType": "doi"}, {"#text": + "25952963", "@IdType": "pubmed"}]}}, {"Citation": "St\u00e5lhammar J., Hellstr\u00f6m + P., Eckerstr\u00f6m C., Wallin A. (2022). Neuropsychological test performance + among native and non-native Swedes: Second language effects. Arch. Clin. Neuropsychol. + 37, 826\u2013838. doi: 10.1093/arclin/acaa043, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/arclin/acaa043", "@IdType": "doi"}, {"#text": "PMC9113439", + "@IdType": "pmc"}, {"#text": "32722802", "@IdType": "pubmed"}]}}, {"Citation": + "Stern Y. (2002). What is cognitive reserve? Theory and research application + of the reserve concept. J. Int. Neuropsychol. Soc. 8, 448\u2013460. doi: 10.1017/S1355617702813248, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1355617702813248", + "@IdType": "doi"}, {"#text": "11939702", "@IdType": "pubmed"}]}}, {"Citation": + "Stern Y. (2009). Cognitive reserve\u2606. Neuropsychologia 47, 2015\u20132028. + doi: 10.1016/j.neuropsychologia.2009.03.004, PMID:", "ArticleIdList": {"ArticleId": + [{"#text": "10.1016/j.neuropsychologia.2009.03.004", "@IdType": "doi"}, {"#text": + "PMC2739591", "@IdType": "pmc"}, {"#text": "19467352", "@IdType": "pubmed"}]}}, + {"Citation": "Stern Y. (2021). How can cognitive reserve promote cognitive + and neurobehavioral health? Archives Clin. Neuropsychol. 36, 1291\u20131295. + doi: 10.1093/arclin/acab049, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1093/arclin/acab049", "@IdType": "doi"}, {"#text": "PMC8517622", "@IdType": + "pmc"}, {"#text": "34651645", "@IdType": "pubmed"}]}}, {"Citation": "Stern + Y., Arenaza-Urquijo E. M., Bartr\u00e9s-Faz D., Belleville S., Cantilon M., + Chetelat G., et al. . (2020). Whitepaper: Defining and investigating cognitive + reserve, brain reserve, and brain maintenance. Alzheimers Dement. 16, 1305\u20131311. + doi: 10.1016/j.jalz.2018.07.219, PMID:", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.jalz.2018.07.219", "@IdType": "doi"}, {"#text": "PMC6417987", "@IdType": + "pmc"}, {"#text": "30222945", "@IdType": "pubmed"}]}}, {"Citation": "Stroop + J. R. (1935). Studies of interference in serial verbal reactions. J. Exp. + Psychol. 18, 643\u2013662. doi: 10.1037/h0054651, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/h0054651", "@IdType": "doi"}, {"#text": + "0", "@IdType": "pubmed"}]}}, {"Citation": "Surrain S., Luk G. (2019). Describing + bilinguals: A systematic review of labels and descriptions used in the literature + between 2005\u20132015. Biling. Lang. Congn. 22, 401\u2013415. doi: 10.1017/S1366728917000682", + "ArticleIdList": {"ArticleId": {"#text": "10.1017/S1366728917000682", "@IdType": + "doi"}}}, {"Citation": "Teubner-Rhodes S., Bolger D. J., Novick J. M. (2019). + Conflict monitoring and detection in the bilingual brain. Biling. Lang. Congn. + 22, 228\u2013252. doi: 10.1017/S1366728917000670, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1017/S1366728917000670", "@IdType": "doi"}, {"#text": + "0", "@IdType": "pubmed"}]}}, {"Citation": "Tucker M., Stern Y. (2011). Cognitive + Reserve in Aging. Curr. Alzheimer Res. 8, 354\u2013360. doi: 10.2174/156720511795745320, + PMID:", "ArticleIdList": {"ArticleId": [{"#text": "10.2174/156720511795745320", + "@IdType": "doi"}, {"#text": "PMC3135666", "@IdType": "pmc"}, {"#text": "21222591", + "@IdType": "pubmed"}]}}, {"Citation": "Waldie K. E., Badzakova-Trajkov G., + Miliivojevic B., Kirk I. J. (2009). Neural activity during Stroop colour-word + task performance in late proficient bilinguals: a functional magnetic resonance + imaging study. Psychol. Neurosci. 2, 125\u2013136. doi: 10.3922/j.psns.2009.2.004", + "ArticleIdList": {"ArticleId": {"#text": "10.3922/j.psns.2009.2.004", "@IdType": + "doi"}}}, {"Citation": "Wong P. C. M., Ou J., Pang C. W. Y., Zhang L., Tse + C. S., Lam L. C. W., et al. . (2019). Language Training Leads to Global Cognitive + Improvement in Older Adults: A Preliminary Study. J. Speech Lang. Hear. Res. + 62, 2411\u20132424. doi: 10.1044/2019_JSLHR-L-18-0321, PMID:", "ArticleIdList": + {"ArticleId": [{"#text": "10.1044/2019_JSLHR-L-18-0321", "@IdType": "doi"}, + {"#text": "31251679", "@IdType": "pubmed"}]}}, {"Citation": "Work N. (2014). + Rosetta Stone: Compatible with Proficiency Oriented Language Instruction and + Blended Learning. J. Technol. Teach. Learn. 10, 35\u201352."}, {"Citation": + "Ye Z., Zhou X. (2009). Executive control in language processing. Neurosci. + Biobehav. Rev. 33, 1168\u20131177. doi: 10.1016/j.neubiorev.2009.03.003, PMID:", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neubiorev.2009.03.003", + "@IdType": "doi"}, {"#text": "19747595", "@IdType": "pubmed"}]}}, {"Citation": + "Zheng Y. (2024). \u201cThe Role of Technology in English Language Education: + Online Platforms, Apps, and Virtual Reality\u201d in Proceedings of the 3rd + International Conference on Education, Language and Art (ICELA 2023) (Vol. + 831, pp. 255\u2013261). eds. Zhu S., Baldini A. L., Hong Y., Xu Z., Syed Mohammed + S. F. (Atlantis Press SARL; ). Available at: https://www.atlantis-press.com/proceedings/icela-23/publishing"}]}, + "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": {"#text": "39170898", + "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", "Article": + {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, "Title": + "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "16", "PubDate": + {"Year": "2024"}, "@CitedMedium": "Print"}, "ISOAbbreviation": "Front Aging + Neurosci"}, "Abstract": {"AbstractText": [{"#text": "Numerous studies have + highlighted cognitive benefits in lifelong bilinguals during aging, manifesting + as superior performance on cognitive tasks compared to monolingual counterparts. + Yet, the cognitive impacts of acquiring a new language in older adulthood + remain unexplored. In this study, we assessed both behavioral and fMRI responses + during a Stroop task in older adults, pre- and post language-learning intervention.", + "@Label": "INTRODUCTION", "@NlmCategory": "UNASSIGNED"}, {"#text": "A group + of 41 participants (age:60-80) from a predominantly monolingual environment + underwent a four-month online language course, selecting a new language of + their preference. This intervention mandated engagement for 90 minutes a day, + five days a week. Daily tracking was employed to monitor progress and retention. + All participants completed a color-word Stroop task inside the scanner before + and after the language instruction period.", "@Label": "METHODS", "@NlmCategory": + "UNASSIGNED"}, {"#text": "We found that performance on the Stroop task, as + evidenced by accuracy and reaction time, improved following the language learning + intervention. With the neuroimaging data, we observed significant differences + in activity between congruent and incongruent trials in key regions in the + prefrontal and parietal cortex. These results are consistent with previous + reports using the Stroop paradigm. We also found that the amount of time participants + spent with the language learning program was related to differential activity + in these brain areas. Specifically, we found that people who spent more time + with the language learning program showed a greater increase in differential + activity between congruent and incongruent trials after the intervention relative + to before.", "@Label": "RESULTS", "@NlmCategory": "UNASSIGNED"}, {"#text": + "Future research is needed to determine the optimal parameters for language + learning as an effective cognitive intervention for aging populations. We + propose that with sufficient engagement, language learning can enhance specific + domains of cognition such as the executive functions. These results extend + the understanding of cognitive reserve and its augmentation through targeted + interventions, setting a foundation for future investigations.", "@Label": + "DISCUSSION", "@NlmCategory": "UNASSIGNED"}], "CopyrightInformation": "Copyright + \u00a9 2024 Schultz, Gansemer, Allgood, Gentz, Secilmis, Deldar, Savage and + Ghazi Saidi."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Douglas H", "Initials": + "DH", "LastName": "Schultz", "AffiliationInfo": [{"Affiliation": "Department + of Psychology, University of Nebraska-Lincoln, Lincoln, NE, United States."}, + {"Affiliation": "Center for Brain, Biology and Behavior, University of Nebraska-Lincoln, + Lincoln, NE, United States."}]}, {"@ValidYN": "Y", "ForeName": "Alison", "Initials": + "A", "LastName": "Gansemer", "AffiliationInfo": {"Affiliation": "Department + of Communication Disorders, College of Education, University of Nebraska at + Kearney, Kearney, NE, United States."}}, {"@ValidYN": "Y", "ForeName": "Kiley", + "Initials": "K", "LastName": "Allgood", "AffiliationInfo": {"Affiliation": + "Department of Communication Disorders, College of Education, University of + Nebraska at Kearney, Kearney, NE, United States."}}, {"@ValidYN": "Y", "ForeName": + "Mariah", "Initials": "M", "LastName": "Gentz", "AffiliationInfo": {"Affiliation": + "Department of Communication Disorders, College of Education, University of + Nebraska at Kearney, Kearney, NE, United States."}}, {"@ValidYN": "Y", "ForeName": + "Lauren", "Initials": "L", "LastName": "Secilmis", "AffiliationInfo": {"Affiliation": + "Center for Brain, Biology and Behavior, University of Nebraska-Lincoln, Lincoln, + NE, United States."}}, {"@ValidYN": "Y", "ForeName": "Zoha", "Initials": "Z", + "LastName": "Deldar", "AffiliationInfo": {"Affiliation": "Department of Psychology, + McGill University, Montreal, QC, Canada."}}, {"@ValidYN": "Y", "ForeName": + "Cary R", "Initials": "CR", "LastName": "Savage", "AffiliationInfo": [{"Affiliation": + "Department of Psychology, University of Nebraska-Lincoln, Lincoln, NE, United + States."}, {"Affiliation": "Center for Brain, Biology and Behavior, University + of Nebraska-Lincoln, Lincoln, NE, United States."}]}, {"@ValidYN": "Y", "ForeName": + "Ladan", "Initials": "L", "LastName": "Ghazi Saidi", "AffiliationInfo": [{"Affiliation": + "Center for Brain, Biology and Behavior, University of Nebraska-Lincoln, Lincoln, + NE, United States."}, {"Affiliation": "Department of Communication Disorders, + College of Education, University of Nebraska at Kearney, Kearney, NE, United + States."}]}], "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1398015", + "MedlinePgn": "1398015"}, "ArticleDate": {"Day": "07", "Year": "2024", "Month": + "08", "@DateType": "Electronic"}, "ELocationID": [{"#text": "1398015", "@EIdType": + "pii", "@ValidYN": "Y"}, {"#text": "10.3389/fnagi.2024.1398015", "@EIdType": + "doi", "@ValidYN": "Y"}], "ArticleTitle": "Second language learning in older + adults modulates Stroop task performance and brain activation.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "23", "Year": "2024", "Month": "08"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "Stroop task", "@MajorTopicYN": "N"}, {"#text": "aging", + "@MajorTopicYN": "N"}, {"#text": "cognitive effects", "@MajorTopicYN": "N"}, + {"#text": "cognitive reserve", "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": + "N"}, {"#text": "language learning", "@MajorTopicYN": "N"}, {"#text": "older + adults", "@MajorTopicYN": "N"}]}, "CoiStatement": "The authors declare that + the research was conducted in the absence of any commercial or financial relationships + that could be construed as a potential conflict of interest.", "MedlineJournalInfo": + {"Country": "Switzerland", "MedlineTA": "Front Aging Neurosci", "ISSNLinking": + "1663-4365", "NlmUniqueID": "101525824"}}}, "semantic_scholar": {"year": 2024, + "title": "Second language learning in older adults modulates Stroop task performance + and brain activation", "venue": "bioRxiv", "authors": [{"name": "Douglas H. + Schultz", "authorId": "2254329225"}, {"name": "Alison Gansemer", "authorId": + "2315317449"}, {"name": "Kiley Allgood", "authorId": "2315317603"}, {"name": + "Mariah Gentz", "authorId": "2315318009"}, {"name": "Lauren Secilmis", "authorId": + "2315317594"}, {"name": "Zoha Deldar", "authorId": "35630355"}, {"name": "Cary + R. Savage", "authorId": "2256505204"}, {"name": "Ladan Ghazi Saidi", "authorId": + "2161186223"}], "paperId": "85848f5290c125476ad6d6097813619c8d53ef90", "abstract": + "Numerous studies have highlighted cognitive benefits in lifelong bilinguals + during aging, manifesting as superior performance on cognitive tasks compared + to monolingual counterparts. Yet, the cognitive impacts of acquiring a new + language in older adulthood remain unexplored. In this study, we assessed + both behavioral and fMRI responses during a Stroop task in older adults, pre- + and post language-learning intervention. A group of 41 participants (age:60-80) + from a predominantly monolingual environment underwent a four-month online + language course, selecting a new language of their preference. This intervention + mandated engagement for 90 minutes a day, five days a week. Daily tracking + was employed to monitor progress and retention. All participants completed + a color-word Stroop task inside the scanner before and after the language + instruction period. We found that performance on the Stroop task, as evidenced + by accuracy and reaction time, improved following the language learning intervention. + With the neuroimaging data, we observed significant differences in activity + between congruent and incongruent trials in key regions in the prefrontal + and parietal cortex. These results are consistent with previous reports using + the Stroop paradigm. We also found that the amount of time participants spent + with the language learning program was related to differential activity in + these brain areas. Specifically, we found that people who spent more time + with the language learning program showed a greater increase in differential + activity between congruent and incongruent trials after the intervention relative + to before. Future research is needed to determine the optimal parameters for + language learning as an effective cognitive intervention for aging populations. + We propose that with sufficient engagement, language learning can enhance + specific domains of cognition such as the executive functions. These results + extend the understanding of cognitive reserve and its augmentation through + targeted interventions, setting a foundation for future investigations.", + "isOpenAccess": true, "openAccessPdf": {"url": "https://www.frontiersin.org/journals/aging-neuroscience/articles/10.3389/fnagi.2024.1398015/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC11335563, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2024-03-12"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T08:54:05.820468+00:00", "analyses": + [{"id": "8Ky7YarUXVWM", "user": null, "name": "Middle frontal gyrus", "metadata": + {"table": {"table_number": 1, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "cdgMtU8R8YwM", "coordinates": [42.0, 52.0, 9.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 12.7}]}, + {"id": "pbYwnKoPchHY", "coordinates": [37.0, 38.0, 29.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 17.46}]}, {"id": "eyEMhPXLroNV", "coordinates": [-38.0, 50.0, 25.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 14.83}]}], "images": []}, {"id": "rQDqxJZLL9EL", "user": null, + "name": "Precentral gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "pgkNGZKCAmEE", "coordinates": [-27.0, -10.0, 56.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 28.1}]}], "images": []}, {"id": "PKfKieER3yez", "user": null, "name": "Angular + gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "45VaT2VvnswC", "coordinates": [35.0, -61.0, 46.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 21.73}]}], "images": []}, {"id": "9GSfYwc3UEey", "user": null, "name": "Inferior + parietal lobe", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "r5GB98tEfjgY", "coordinates": [-30.0, -60.0, 49.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 46.49}]}, {"id": "DbUV8936QU5c", "coordinates": [54.0, -51.0, 26.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 14.32}]}], "images": []}, {"id": "hdaFBhk8YYrR", "user": null, + "name": "Fusiform gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "F5TyMihEAZkX", "coordinates": [33.0, -49.0, -17.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 23.0}]}, {"id": "Ekh4BxbqnbJZ", "coordinates": [32.0, -58.0, -12.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 16.25}]}, {"id": "BfXKDz4KgXDd", "coordinates": [-33.0, -49.0, + -16.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 18.29}]}], "images": []}, {"id": "CiqRo4XmPQCE", "user": + null, "name": "Middle occipital gyrus", "metadata": {"table": {"table_number": + 1, "table_metadata": {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "Yq3EH9Y7HSrc", "coordinates": [37.0, -88.0, 4.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 20.88}]}], "images": []}, {"id": "CM4a6Bm6yyCn", "user": null, "name": "Caudate + nucleus", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "hAmzy4Trq462", "coordinates": [11.0, 1.0, 9.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 27.6}]}, + {"id": "Px9bKjKq9CwJ", "coordinates": [-12.0, 1.0, 13.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 17.37}]}], "images": []}, {"id": "X8RCw92LwzWS", "user": null, "name": "Cerebellum", + "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": "tab1", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "e8z44UxRyUDf", "coordinates": [17.0, -71.0, -30.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 25.28}]}, {"id": "8GXNUyspDAsu", "coordinates": [-47.0, -68.0, -29.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 28.43}]}, {"id": "mhyP9BzRrtkc", "coordinates": [-9.0, -82.0, + -24.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 14.24}]}, {"id": "p8WJRbyQefph", "coordinates": [-31.0, + -57.0, -29.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 13.29}]}, {"id": "iVf3DPTtwiAY", "coordinates": + [36.0, -73.0, -27.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 13.1}]}], "images": []}, {"id": "MHMWTnkkZUX5", + "user": null, "name": "Superior frontal gyrus", "metadata": {"table": {"table_number": + 1, "table_metadata": {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "t6jgZcHmKwXY", "coordinates": [28.0, 1.0, 57.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 15.47}]}], + "images": []}, {"id": "7eBgcdF3VtAh", "user": null, "name": "Inferior temporal + gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "tYyszeXEmNW3", "coordinates": [-31.0, -98.0, -10.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 13.77}]}, {"id": "ee9PDk4nUVgo", "coordinates": [41.0, -88.0, -6.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 14.94}]}], "images": []}, {"id": "h66Vj6or9swu", "user": null, + "name": "SMA", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "UhEedsAAu6NQ", "coordinates": [-1.0, 14.0, 53.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 47.97}]}], "images": []}, {"id": "hBnfsWTqDEUr", "user": null, "name": "Supramarginal + gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "HHfkbz6F6kV9", "coordinates": [60.0, -44.0, 30.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 17.33}]}, {"id": "kWLtrUFuZuzn", "coordinates": [-64.0, -48.0, 34.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 16.1}]}], "images": []}, {"id": "punMrzVLkfCn", "user": null, + "name": "Cuneus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "kYA46qXVHYt9", "coordinates": [7.0, -79.0, 35.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 24.0}]}], "images": []}, {"id": "pwyXbQCgGRqq", "user": null, "name": "Inferior + frontal gyrus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "DqE7oVKeUPGo", "coordinates": [-47.0, 17.0, 25.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 36.71}]}, {"id": "FL9cdZW5PMmp", "coordinates": [47.0, 22.0, 18.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 32.23}]}, {"id": "e38Jn5NoPSz5", "coordinates": [49.0, 44.0, + -4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 19.36}]}], "images": []}, {"id": "KVD5v8srBLaT", "user": + null, "name": "Calcarine gyrus", "metadata": {"table": {"table_number": 1, + "table_metadata": {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "KDxCP8UBssdw", "coordinates": [3.0, -81.0, 8.0], "kind": null, "space": "MNI", + "image": null, "label_id": null, "values": [{"kind": "T", "value": 13.18}]}], + "images": []}, {"id": "sGdEsYBd8unj", "user": null, "name": "Inferior temporal + gyrus-2", "metadata": {"table": {"table_number": 1, "table_metadata": {"table_id": + "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "urW3yrdKPEqJ", "coordinates": [-48.0, -63.0, -9.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 23.45}]}, {"id": "JtyuToV6Btfp", "coordinates": [48.0, -69.0, -11.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 20.35}]}, {"id": "kWaWsHGHiWG9", "coordinates": [49.0, -56.0, + -14.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 34.03}]}], "images": []}, {"id": "MeM5ECpkLAWT", "user": + null, "name": "Middle temporal gyrus", "metadata": {"table": {"table_number": + 1, "table_metadata": {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "jur99RVJ9Rn7", "coordinates": [-59.0, -48.0, 7.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 18.66}]}, {"id": "4mJSAdhYYgB2", "coordinates": [-51.0, -53.0, 19.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 18.97}]}], "images": []}, {"id": "eiL3fLMNcMFC", "user": null, + "name": "Middle cingulate", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "bETrx6DD8BsV", "coordinates": [-1.0, -28.0, 29.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 14.32}]}, {"id": "RK2ceQad9FoG", "coordinates": [7.0, -14.0, 31.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 19.89}]}], "images": []}, {"id": "W7NZnhieJmxW", "user": null, + "name": "Thalamus", "metadata": {"table": {"table_number": 1, "table_metadata": + {"table_id": "tab1", "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "original_table_id": "tab1"}, "table_metadata": {"table_id": "tab1", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json", + "table_label": "Table 1", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv"}, + "sanitized_table_id": "tab1"}, "description": "Significant activation clusters + from the Stroop task.", "conditions": [], "weights": [], "points": [{"id": + "zL3mkDbfpn2j", "coordinates": [-12.0, -16.0, 9.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": [{"kind": "T", "value": + 31.03}]}], "images": []}]}, {"id": "vS8WrsvyeVgN", "created_at": "2025-12-04T05:27:32.256396+00:00", + "updated_at": null, "user": null, "name": "Dynamic range of frontoparietal + functional modulation is associated with working memory capacity limitations + in older adults", "description": "Older adults tend to over-activate regions + throughout frontoparietal cortices and exhibit a reduced range of functional + modulation during WM task performance compared to younger adults. While recent + evidence suggests that reduced functional modulation is associated with poorer + task performance, it remains unclear whether reduced range of modulation is + indicative of general WM capacity-limitations. In the current study, we examined + whether the range of functional modulation observed over multiple levels of + WM task difficulty (N-Back) predicts in-scanner task performance and out-of-scanner + psychometric estimates of WM capacity. Within our sample (60-77years of age), + age was negatively associated with frontoparietal modulation range. Individuals + with greater modulation range exhibited more accurate N-Back performance. + In addition, despite a lack of significant relationships between N-Back and + complex span task performance, range of frontoparietal modulation during the + N-Back significantly predicted domain-general estimates of WM capacity. Consistent + with previous cross-sectional findings, older individuals with less modulation + range exhibited greater activation at the lowest level of task difficulty + but less activation at the highest levels of task difficulty. Our results + are largely consistent with existing theories of neurocognitive aging (e.g. + CRUNCH) but focus attention on dynamic range of functional modulation asa + novel marker of WM capacity-limitations in older adults.", "publication": + "Brain and Cognition", "doi": "10.1016/j.bandc.2017.08.007", "pmid": "28865310", + "authors": "Jonathan G. Hakun; N. Johnson", "year": 2017, "metadata": {"slug": + "28865310-10-1016-j-bandc-2017-08-007-pmc5779093", "source": "semantic_scholar", + "keywords": ["Aging", "Modulation", "N-Back", "Working memory capacity", "fMRI"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "22", "Year": "2017", "Month": "2", "@PubStatus": "received"}, {"Day": "31", + "Year": "2017", "Month": "5", "@PubStatus": "revised"}, {"Day": "25", "Year": + "2017", "Month": "8", "@PubStatus": "accepted"}, {"Day": "3", "Hour": "6", + "Year": "2017", "Month": "9", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": + "24", "Hour": "6", "Year": "2018", "Month": "4", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "3", "Hour": "6", "Year": "2017", "Month": "9", "Minute": + "0", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2018", "Month": "11", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "28865310", "@IdType": "pubmed"}, {"#text": "NIHMS903186", "@IdType": "mid"}, + {"#text": "PMC5779093", "@IdType": "pmc"}, {"#text": "10.1016/j.bandc.2017.08.007", + "@IdType": "doi"}, {"#text": "S0278-2626(17)30066-0", "@IdType": "pii"}]}, + "ReferenceList": {"Reference": [{"Citation": "Alvarez GA, Cavanagh P. The + Capacity of Visual Short-Term Memory is Set Both by Visual Information Load + and by Number of Objects. Psychological Science. 2004;15(2):106\u2013111. http://doi.org/10.1111/j.0963-7214.2004.01502006.x.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.0963-7214.2004.01502006.x", + "@IdType": "doi"}, {"#text": "14738517", "@IdType": "pubmed"}]}}, {"Citation": + "Andersson J, Jenkinson M, Smith SM. Non-linear registration aka Spatial normalisation + FMRIB Technial Report TR07JA2 2007"}, {"Citation": "Baddeley AD. Working memory: + looking back and looking forward. Nature Reviews Neuroscience. 2003;4(10):829\u2013839. http://doi.org/10.1038/nrn1201.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nrn1201", "@IdType": "doi"}, + {"#text": "14523382", "@IdType": "pubmed"}]}}, {"Citation": "Baddeley AD, + Hitch G. Working Memory. Psychology of Learning and Motivation. 1974;8:47\u201389. http://doi.org/10.1016/S0079-7421(08)60452-1.", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/S0079-7421(08)60452-1", + "@IdType": "doi"}}}, {"Citation": "Barrouillet P, Bernardin S, Camos V. Time + Constraints and Resource Sharing in Adults\u2019 Working Memory Spans. Journal + of Experimental Psychology: General. 2004;133(1):83\u2013100. http://doi.org/10.1037/0096-3445.133.1.83.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-3445.133.1.83", "@IdType": + "doi"}, {"#text": "14979753", "@IdType": "pubmed"}]}}, {"Citation": "Bays + PM, Catalao RFG, Husain M, A AG, P C, E A, J LS. The precision of visual working + memory is set by allocation of a shared resource. Journal of Vision. 2009;9(10):7\u20137. + A., A. G., P., C., E., A., \u2026 J., L. S. http://doi.org/10.1167/9.10.7.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1167/9.10.7", "@IdType": "doi"}, + {"#text": "PMC3118422", "@IdType": "pmc"}, {"#text": "19810788", "@IdType": + "pubmed"}]}}, {"Citation": "Bopp KL, Verhaeghen P. Aging and Verbal Memory + Span: A Meta-Analysis. The Journals of Gerontology Series B: Psychological + Sciences and Social Sciences. 2005;60(5):P223\u2013P233. http://doi.org/10.1093/geronb/60.5.P223.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/geronb/60.5.P223", "@IdType": + "doi"}, {"#text": "16131616", "@IdType": "pubmed"}]}}, {"Citation": "Braver + TS, West R. Working memory, executive control, and aging. Psychology Press; + 2008."}, {"Citation": "Brown CA, Hakun JG, Zhu Z, Johnson NF, Gold BT. White + matter microstructure contributes to age-related declines in task-induced + deactivation of the default mode network. Frontiers in Aging Neuroscience. + 2015;7:194. http://doi.org/10.3389/fnagi.2015.00194.", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fnagi.2015.00194", "@IdType": "doi"}, {"#text": "PMC4598480", + "@IdType": "pmc"}, {"#text": "26500549", "@IdType": "pubmed"}]}}, {"Citation": + "Buckner RL. Molecular, Structural, and Functional Characterization of Alzheimer\u2019s + Disease: Evidence for a Relationship between Default Activity, Amyloid, and + Memory. Journal of Neuroscience. 2005;25(34):7709\u20137717. http://doi.org/10.1523/JNEUROSCI.2177-05.2005.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1523/JNEUROSCI.2177-05.2005", + "@IdType": "doi"}, {"#text": "PMC6725245", "@IdType": "pmc"}, {"#text": "16120771", + "@IdType": "pubmed"}]}}, {"Citation": "Burgess GC, Gray JR, Conway ARA, Braver + TS. Neural mechanisms of interference control underlie the relationship between + fluid intelligence and working memory span. Journal of Experimental Psychology: + General. 2011;140(4):674\u2013692. http://doi.org/10.1037/a0024695.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1037/a0024695", "@IdType": "doi"}, {"#text": + "PMC3930174", "@IdType": "pmc"}, {"#text": "21787103", "@IdType": "pubmed"}]}}, + {"Citation": "Burzynska A, Garrett DD, Preuschhof C, Nagel IE, Li SC, Backman + L, Lindenberger U. A Scaffold for Efficiency in the Human Brain. Journal of + Neuroscience. 2013;33(43):17150\u201317159. http://doi.org/Doi10.1523/Jneurosci.1426-13.2013.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC6618437", "@IdType": "pmc"}, + {"#text": "24155318", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza R, Anderson + ND, Locantore JK, McIntosh AR. Aging Gracefully: Compensatory Brain Activity + in High-Performing Older Adults. NeuroImage. 2002;17(3):1394\u20131402. http://doi.org/10.1006/nimg.2002.1280.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.2002.1280", "@IdType": + "doi"}, {"#text": "12414279", "@IdType": "pubmed"}]}}, {"Citation": "Cabeza + R, Dennis NA. Frontal lobes and aging: Deterioration and compensation. In: + K. R. T Stuss DT, editor. Principles of Frontal Lobe Function. 2nd. New York: + Oxford University Press; 2012. pp. 628\u2013652."}, {"Citation": "Cappell + KA, Gmeindl L, Reuter-Lorenz PA. Age differences in prefontal recruitment + during verbal working memory maintenance depend on memory load. Cortex. 2010;46(4):462\u2013473.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC2853232", "@IdType": "pmc"}, + {"#text": "20097332", "@IdType": "pubmed"}]}}, {"Citation": "Christophel TB, + Klink PC, Spitzer B, Roelfsema PR, Haynes JD. The Distributed Nature of Working + Memory. Trends in Cognitive Sciences. 2017;21(2):111\u2013124. http://doi.org/10.1016/j.tics.2016.12.007.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2016.12.007", "@IdType": + "doi"}, {"#text": "28063661", "@IdType": "pubmed"}]}}, {"Citation": "Chun + MM. Visual working memory as visual attention sustained internally over time. + Neuropsychologia. 2011;49(6):1407\u20131409. http://doi.org/10.1016/j.neuropsychologia.2011.01.029.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2011.01.029", + "@IdType": "doi"}, {"#text": "21295047", "@IdType": "pubmed"}]}}, {"Citation": + "Colcombe SJ, Kramer AF, Erickson KI, Scalf PE. The implications of cortical + recruitment and brain morphology for individual differences in inhibitory + function in aging humans. Psychology and Aging. 2005;20(3):363.", "ArticleIdList": + {"ArticleId": {"#text": "16248697", "@IdType": "pubmed"}}}, {"Citation": "Cole + MW, Repov\u0161 G, Anticevic A. The Frontoparietal Control System. The Neuroscientist. + 2014;20(6):652\u2013664. http://doi.org/10.1177/1073858414525995.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1073858414525995", "@IdType": "doi"}, {"#text": + "PMC4162869", "@IdType": "pmc"}, {"#text": "24622818", "@IdType": "pubmed"}]}}, + {"Citation": "Conway ARA, Kane MJ, Bunting MF, Hambrick DZ, Wilhelm O, Engle + RW. Working memory span tasks: A methodological review and user\u2019s guide. + Psychonomic Bulletin & Review. 2005;12(5):769\u2013786. http://doi.org/10.3758/BF03196772.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/BF03196772", "@IdType": + "doi"}, {"#text": "16523997", "@IdType": "pubmed"}]}}, {"Citation": "Conway + ARA, Kane MJ, Engle RW. Working memory capacity and its relation to general + intelligence. Trends in Cognitive Sciences. 2003;7(12):547\u2013552. http://doi.org/10.1016/j.tics.2003.10.005.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2003.10.005", "@IdType": + "doi"}, {"#text": "14643371", "@IdType": "pubmed"}]}}, {"Citation": "Cowan + N. An Embedded-Processes Model of Working Memory. In: Miyake A, Shah P, editors. + Models of Working Memory. Cambridge: Cambridge University Press; 1999. pp. + 62\u2013101. http://doi.org/10.1017/CBO9781139174909.006.", "ArticleIdList": + {"ArticleId": {"#text": "10.1017/CBO9781139174909.006", "@IdType": "doi"}}}, + {"Citation": "Cowan N. working memory capacity. Abingdon, UK: Taylor & Francis; + 2005. http://doi.org/10.4324/9780203342398.", "ArticleIdList": {"ArticleId": + {"#text": "10.4324/9780203342398", "@IdType": "doi"}}}, {"Citation": "Cowan + N. The Magical Mystery Four. Current Directions in Psychological Science. + 2010;19(1):51\u201357. http://doi.org/10.1177/0963721409359277.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/0963721409359277", "@IdType": "doi"}, {"#text": + "PMC2864034", "@IdType": "pmc"}, {"#text": "20445769", "@IdType": "pubmed"}]}}, + {"Citation": "Dolcos F, Rice HJ, Cabeza R. Hemispheric asymmetry and aging: + right hemisphere decline or asymmetry reduction. Neuroscience & Biobehavioral + Reviews. 2002;26(7):819\u2013825. http://doi.org/10.1016/S0149-7634(02)00068-4.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/S0149-7634(02)00068-4", + "@IdType": "doi"}, {"#text": "12470693", "@IdType": "pubmed"}]}}, {"Citation": + "Drag LL, Bieliauskas LA. Contemporary Review 2009: Cognitive Aging. Journal + of Geriatric Psychiatry and Neurology. 2010;23(2):75\u201393. http://doi.org/Doi10.1177/0891988709358590.", + "ArticleIdList": {"ArticleId": {"#text": "20101069", "@IdType": "pubmed"}}}, + {"Citation": "Drzezga A, Becker JA, Van Dijk KRA, Sreenivasan A, Talukdar + T, Sullivan C, Sperling RA. Neuronal dysfunction and disconnection of cortical + hubs in non-demented subjects with elevated amyloid burden. Brain. 2011;134(6):1635\u20131646. http://doi.org/10.1093/brain/awr066.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/brain/awr066", "@IdType": + "doi"}, {"#text": "PMC3102239", "@IdType": "pmc"}, {"#text": "21490054", "@IdType": + "pubmed"}]}}, {"Citation": "Engle RW. Working Memory Capacity as Executive + Attention. Current Directions in Psychological Science. 2002;11(1):19\u201323. http://doi.org/10.1111/1467-8721.00160.", + "ArticleIdList": {"ArticleId": {"#text": "10.1111/1467-8721.00160", "@IdType": + "doi"}}}, {"Citation": "Girouard H, Iadecola C. Neurovascular coupling in + the normal brain and in hypertension, stroke, and Alzheimer disease. Journal + of Applied Physiology. 2005;100(1)", "ArticleIdList": {"ArticleId": {"#text": + "16357086", "@IdType": "pubmed"}}}, {"Citation": "Grady CL. BRAIN AGEING The + cognitive neuroscience of ageing. Nature Reviews Neuroscience. 2012;13(7):491\u2013505. http://doi.org/Doi10.1038/Nrn3256.", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3800175", "@IdType": "pmc"}, + {"#text": "22714020", "@IdType": "pubmed"}]}}, {"Citation": "Hakun JG, Zhu + Z, Brown CA, Johnson NF, Gold BT. Longitudinal alterations to brain function, + structure, and cognitive performance in healthy older adults: A fMRI-DTI study. + Neuropsychologia. 2015;71:225\u2013235. http://doi.org/10.1016/j.neuropsychologia.2015.04.008.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuropsychologia.2015.04.008", + "@IdType": "doi"}, {"#text": "PMC4417375", "@IdType": "pmc"}, {"#text": "25862416", + "@IdType": "pubmed"}]}}, {"Citation": "Hale S, Rose NS, Myerson J, Strube + MJ, Sommers M, Tye-Murray N, Spehar B. The structure of working memory abilities + across the adult life span. Psychology and Aging. 2011;26(1):92\u2013110. http://doi.org/10.1037/a0021483.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0021483", "@IdType": "doi"}, + {"#text": "PMC3062735", "@IdType": "pmc"}, {"#text": "21299306", "@IdType": + "pubmed"}]}}, {"Citation": "Hasher L, Lustig C, Zacks RT. Inhibitory mechanisms + and the control of attention. Variation in Working Memory. 2007:227\u2013249."}, + {"Citation": "Hasher L, Zacks RT. Working memory, comprehension, and aging: + A review and a new view. Psychology of Learning and Motivation. 1988;22:193\u2013225."}, + {"Citation": "Hazy TE, Frank MJ, O\u2019Reilly RC. Towards an executive without + a homunculus: computational models of the prefrontal cortex/basal ganglia + system. Philosophical Transactions of the Royal Society of London B: Biological + Sciences. 2007;362(1485)", "ArticleIdList": {"ArticleId": [{"#text": "PMC2440774", + "@IdType": "pmc"}, {"#text": "17428778", "@IdType": "pubmed"}]}}, {"Citation": + "Hedden T, Mormino EC, Amariglio RE, Younger AP, Schultz AP, Becker JA, Rentz + DM. Cognitive Profile of Amyloid Burden and White Matter Hyperintensities + in Cognitively Normal Older Adults. Journal of Neuroscience. 2012;32(46)", + "ArticleIdList": {"ArticleId": [{"#text": "PMC3523110", "@IdType": "pmc"}, + {"#text": "23152607", "@IdType": "pubmed"}]}}, {"Citation": "Hedden T, Van + Dijk KRA, Shire EH, Sperling RA, Johnson KA, Buckner RL. Cerebral Cortex. + 5. Vol. 22. New York, N.Y.: 2012. Failure to modulate attentional control + in advanced aging linked to white matter pathology; pp. 1038\u201351. 1991. http://doi.org/10.1093/cercor/bhr172.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhr172", "@IdType": + "doi"}, {"#text": "PMC3328340", "@IdType": "pmc"}, {"#text": "21765181", "@IdType": + "pubmed"}]}}, {"Citation": "Jaeggi SM, Buschkuehl M, Perrig WJ, Meier B. The + concurrent validity of the N -back task as a working memory measure. Memory. + 2010;18(4):394\u2013412. http://doi.org/10.1080/09658211003702171.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1080/09658211003702171", "@IdType": "doi"}, {"#text": + "20408039", "@IdType": "pubmed"}]}}, {"Citation": "Jenkinson M, Beckmann CF, + Behrens TEJ, Woolrich MW, Smith SM. FSL. NeuroImage. 2012;62(2):782\u2013790. http://doi.org/10.1016/j.neuroimage.2011.09.015.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.09.015", + "@IdType": "doi"}, {"#text": "21979382", "@IdType": "pubmed"}]}}, {"Citation": + "Jurado MB, Rosselli M. The Elusive Nature of Executive Functions: A Review + of our Current Understanding. Neuropsychology Review. 2007;17(3):213\u2013233. http://doi.org/10.1007/s11065-007-9040-z.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11065-007-9040-z", "@IdType": + "doi"}, {"#text": "17786559", "@IdType": "pubmed"}]}}, {"Citation": "Kane + MJ, Conway ARA, Miura TK, Colflesh GJH. Working memory, attention control, + and the n-back task: A question of construct validity. Journal of Experimental + Psychology: Learning, Memory, and Cognition. 2007;33(3):615\u2013622. http://doi.org/10.1037/0278-7393.33.3.615.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0278-7393.33.3.615", "@IdType": + "doi"}, {"#text": "17470009", "@IdType": "pubmed"}]}}, {"Citation": "Kane + MJ, Engle RW. Working-memory capacity and the control of attention: The contributions + of goal neglect, response competition, and task set to Stroop interference. + Journal of Experimental Psychology: General. 2003;132(1):47\u201370. http://doi.org/10.1037/0096-3445.132.1.47.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-3445.132.1.47", "@IdType": + "doi"}, {"#text": "12656297", "@IdType": "pubmed"}]}}, {"Citation": "Kane + MJ, Hambrick DZ, Tuholski SW, Wilhelm O, Payne TW, Engle RW. The Generality + of Working Memory Capacity: A Latent-Variable Approach to Verbal and Visuospatial + Memory Span and Reasoning. Journal of Experimental Psychology: General. 2004;133(2):189\u2013217. http://doi.org/10.1037/0096-3445.133.2.189.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0096-3445.133.2.189", "@IdType": + "doi"}, {"#text": "15149250", "@IdType": "pubmed"}]}}, {"Citation": "Kaup + AR, Drummond SPA, Eyler LT. Brain functional correlates of working memory: + reduced load-modulated activation and deactivation in aging without hyperactivation + or functional reorganization. Journal of the International Neuropsychological + Society\u202f: JINS. 2014;20(9):945\u201350. http://doi.org/10.1017/S1355617714000824.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1017/S1355617714000824", "@IdType": + "doi"}, {"#text": "PMC4624295", "@IdType": "pmc"}, {"#text": "25263349", "@IdType": + "pubmed"}]}}, {"Citation": "Kennedy KM, Partridge T, Raz N. Age-Related Differences + in Acquisition of Perceptual-Motor Skills: Working Memory as a Mediator. Aging, + Neuropsychology, and Cognition. 2008;15(2):165\u2013183. http://doi.org/10.1080/13825580601186650.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1080/13825580601186650", "@IdType": + "doi"}, {"#text": "17851986", "@IdType": "pubmed"}]}}, {"Citation": "Kennedy + KM, Rodrigue KM, Bischof GN, Hebrank AC, Reuter-Lorenz PA, Park DC. Age trajectories + of functional activation under conditions of low and high processing demands: + an adult lifespan fMRI study of the aging brain. NeuroImage. 2015;104:21\u201334. http://doi.org/10.1016/j.neuroimage.2014.09.056.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2014.09.056", + "@IdType": "doi"}, {"#text": "PMC4252495", "@IdType": "pmc"}, {"#text": "25284304", + "@IdType": "pubmed"}]}}, {"Citation": "Kyllonen PC, Christal RE. Reasoning + ability is (little more than) working-memory capacity?! Intelligence. 1990;14(4):389\u2013433. http://doi.org/10.1016/S0160-2896(05)80012-1.", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/S0160-2896(05)80012-1", + "@IdType": "doi"}}}, {"Citation": "Linden DEJ, Bittner RA, Muckli L, Waltz + JA, Kriegeskorte N, Goebel R, Munk MHJ. Cortical capacity constraints for + visual working memory: Dissociation of fMRI load effects in a fronto-parietal + network. NeuroImage. 2003;20(3):1518\u20131530. http://doi.org/10.1016/j.neuroimage.2003.07.021.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2003.07.021", + "@IdType": "doi"}, {"#text": "14642464", "@IdType": "pubmed"}]}}, {"Citation": + "Luck SJ, Vogel EK. Visual working memory capacity: from psychophysics and + neurobiology to individual differences. Trends in Cognitive Sciences. 2013;17(8):391\u2013400. http://doi.org/10.1016/j.tics.2013.06.006.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2013.06.006", "@IdType": + "doi"}, {"#text": "PMC3729738", "@IdType": "pmc"}, {"#text": "23850263", "@IdType": + "pubmed"}]}}, {"Citation": "Lustig C, Hasher L, Zacks RT. Inhibitory deficit + theory: Recent developments in a \u201cnew view\u201d. Inhibition in Cognition. + 2007:145\u2013162."}, {"Citation": "Mattay VS, Fera F, Tessitore A, Hariri + AR, Berman KF, Das S, Weinberger DR. Neurophysiological correlates of age-related + changes in working memory capacity. Neuroscience Letters. 2006;392(1):32\u201337. http://doi.org/10.1016/j.neulet.2005.09.025.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neulet.2005.09.025", + "@IdType": "doi"}, {"#text": "16213083", "@IdType": "pubmed"}]}}, {"Citation": + "Mccabe DP, Roediger Henry L, III, Mcdaniel MA, Balota DA, Hambrick DZ. The + Relationship Between Working Memory Capacity and Executive Functioning: Evidence + for a Common Executive Attention Construct. Neuropsychology. 2010;24(2):222\u2013243. http://doi.org/10.1037/a0017619.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0017619", "@IdType": "doi"}, + {"#text": "PMC2852635", "@IdType": "pmc"}, {"#text": "20230116", "@IdType": + "pubmed"}]}}, {"Citation": "McCollough AW, Machizawa MG, Vogel EK. Electrophysiological + Measures of Maintaining Representations in Visual Working Memory. Cortex. + 2007;43(1):77\u201394. http://doi.org/10.1016/S0010-9452(08)70447-7.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S0010-9452(08)70447-7", "@IdType": "doi"}, + {"#text": "17334209", "@IdType": "pubmed"}]}}, {"Citation": "Miller GA. The + magical number seven plus or minus two: some limits on our capacity for processing + information. Psychological Review. 1956;63(2):81\u201397.", "ArticleIdList": + {"ArticleId": {"#text": "13310704", "@IdType": "pubmed"}}}, {"Citation": "Miyake + A, Friedman NP. The Nature and Organization of Individual Differences in Executive + Functions: Four General Conclusions. Current Directions in Psychological Science. + 2012;21(1):8\u201314. http://doi.org/10.1177/0963721411429458.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/0963721411429458", "@IdType": "doi"}, {"#text": + "PMC3388901", "@IdType": "pmc"}, {"#text": "22773897", "@IdType": "pubmed"}]}}, + {"Citation": "Miyake A, Friedman NP, Emerson MJ, Witzki AH, Howerter A, Wager + TD. The Unity and Diversity of Executive Functions and Their Contributions + to Complex \u201cFrontal Lobe\u201d Tasks: A Latent Variable Analysis. Cognitive + Psychology. 2000;41(1):49\u2013100. http://doi.org/10.1006/cogp.1999.0734.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1006/cogp.1999.0734", "@IdType": + "doi"}, {"#text": "10945922", "@IdType": "pubmed"}]}}, {"Citation": "Mogle + JA, Lovett BJ, Stawski RS, Sliwinski MJ. What\u2019s So Special About Working + Memory? An Examination of the Relationships Among Working Memory, Secondary + Memory, and Fluid Intelligence. Psychological Science. 2008;19(11):1071\u20131077. http://doi.org/10.1111/j.1467-9280.2008.02202.x.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1111/j.1467-9280.2008.02202.x", + "@IdType": "doi"}, {"#text": "19076475", "@IdType": "pubmed"}]}}, {"Citation": + "Nagel IE, Preuschhof C, Li SC, Nyberg L, B\u00e4ckman L, Lindenberger U, + Heekeren HR. Performance level modulates adult age differences in brain activation + during spatial working memory. Proceedings of the National Academy of Sciences + of the United States of America. 2009;106(52):22552\u20137. http://doi.org/10.1073/pnas.0908238106.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1073/pnas.0908238106", "@IdType": + "doi"}, {"#text": "PMC2799744", "@IdType": "pmc"}, {"#text": "20018709", "@IdType": + "pubmed"}]}}, {"Citation": "Nagel IE, Preuschhof C, Li SC, Nyberg L, B\u00e4ckman + L, Lindenberger U, Heekeren HR. Load Modulation of BOLD Response and Connectivity + Predicts Working Memory Performance in Younger and Older Adults. Journal of + Cognitive Neuroscience. 2011;23(8):2030\u20132045. http://doi.org/10.1162/jocn.2010.21560.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2010.21560", "@IdType": + "doi"}, {"#text": "20828302", "@IdType": "pubmed"}]}}, {"Citation": "Nee DE, + Brown JW, Askren MK, Berman MG, Demiralp E, Krawitz A, Jonides J. Cerebral + Cortex. 2. Vol. 23. New York, N.Y.: 2013. A meta-analysis of executive components + of working memory; pp. 264\u201382. 1991. http://doi.org/10.1093/cercor/bhs007.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/bhs007", "@IdType": + "doi"}, {"#text": "PMC3584956", "@IdType": "pmc"}, {"#text": "22314046", "@IdType": + "pubmed"}]}}, {"Citation": "Niendam TA, Laird AR, Ray KL, Dean YM, Glahn DC, + Carter CS. Meta-analytic evidence for a superordinate cognitive control network + subserving diverse executive functions. Cogn Affect Behav Neurosci. 2012;12(2):241\u2013268. http://doi.org/10.3758/s13415-011-0083-5.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13415-011-0083-5", "@IdType": + "doi"}, {"#text": "PMC3660731", "@IdType": "pmc"}, {"#text": "22282036", "@IdType": + "pubmed"}]}}, {"Citation": "Oberauer K, Lewandowsky S, Farrell S, Jarrold + C, Greaves M. Modeling working memory: an interference model of complex span. + Psychonomic Bulletin & Review. 2012;19(5):779\u2013819. http://doi.org/10.3758/s13423-012-0272-4.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-012-0272-4", "@IdType": + "doi"}, {"#text": "22715024", "@IdType": "pubmed"}]}}, {"Citation": "Owen + AM, McMillan KM, Laird AR, Bullmore E. N-back working memory paradigm: A meta-analysis + of normative functional neuroimaging studies. Human Brain Mapping. 2005;25(1):46\u201359. http://doi.org/10.1002/hbm.20131.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1002/hbm.20131", "@IdType": + "doi"}, {"#text": "PMC6871745", "@IdType": "pmc"}, {"#text": "15846822", "@IdType": + "pubmed"}]}}, {"Citation": "Park DC, Hedden T. Working memory and aging. Perspectives + on human memory and cognitive aging: Essays in honour of Fergus Craik. 2001:148\u2013160."}, + {"Citation": "Park DC, Lautenschlager G, Hedden T, Davidson NS, Smith AD, + Smith PK. Models of visuospatial and verbal memory across the adult life span. + Psychology and Aging. 2002;17(2):299\u2013320. http://doi.org/10.1037/0882-7974.17.2.299.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.17.2.299", "@IdType": + "doi"}, {"#text": "12061414", "@IdType": "pubmed"}]}}, {"Citation": "Park + DC, Polk TA, Hebrank AC, Jenkins L. Age differences in default mode activity + on easy and difficult spatial judgment tasks. Frontiers in Human Neuroscience. + 2010;3:75. http://doi.org/10.3389/neuro.09.075.2009.", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/neuro.09.075.2009", "@IdType": "doi"}, {"#text": "PMC2814559", + "@IdType": "pmc"}, {"#text": "20126437", "@IdType": "pubmed"}]}}, {"Citation": + "Park DC, Smith AD, Lautenschlager G, Earles JLD, et al. Zwahr M, Gaines CL. + Mediators of long-term memory performance across the life span. Psychology + and Aging. 1996;11(4):621\u2013637. http://doi.org/10.1037/0882-7974.11.4.621.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0882-7974.11.4.621", "@IdType": + "doi"}, {"#text": "9000294", "@IdType": "pubmed"}]}}, {"Citation": "Persson + J, Lustig C, Nelson JK, Reuter-Lorenz PA. Age Differences in Deactivation: + A Link to Cognitive Control? Journal of Cognitive Neuroscience. 2007;19(6):1021\u20131032. http://doi.org/10.1162/jocn.2007.19.6.1021.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2007.19.6.1021", "@IdType": + "doi"}, {"#text": "17536972", "@IdType": "pubmed"}]}}, {"Citation": "Redick + TS, Broadway JM, Meier ME, Kuriakose PS, Unsworth N, Kane MJ, Engle RW. Measuring + Working Memory Capacity With Automated Complex Span Tasks. WMC Tasks European + Journalof Psychological Assessment. 2012;28(3):164\u2013171. http://doi.org/10.1027/1015-5759/a000123.", + "ArticleIdList": {"ArticleId": {"#text": "10.1027/1015-5759/a000123", "@IdType": + "doi"}}}, {"Citation": "Redick TS, Lindsey DRB. Complex span and n-back measures + of working memory: A meta-analysis. Psychonomic Bulletin & Review. 2013;20(6):1102\u20131113. http://doi.org/10.3758/s13423-013-0453-9.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/s13423-013-0453-9", "@IdType": + "doi"}, {"#text": "23733330", "@IdType": "pubmed"}]}}, {"Citation": "Reuter-Lorenz + PA, Cappell KA. Neurocognitive aging and the compensation hypothesis. Current + Directions in Psychological Science. 2008;17(3):177\u2013182. http://doi.org/DOI10.1111/j.1467-8721.2008.00570.x."}, + {"Citation": "Reuter-Lorenz PA, Park DC. Human neuroscience and the aging + mind: a new look at old problems. J Gerontol B Psychol Sci Soc Sci. 2010;65(4):405\u2013415. http://doi.org/10.1093/geronb/gbq035.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/geronb/gbq035", "@IdType": + "doi"}, {"#text": "PMC2883872", "@IdType": "pmc"}, {"#text": "20478901", "@IdType": + "pubmed"}]}}, {"Citation": "Rieck JR, Rodrigue KM, Boylan MA, Kennedy KM. + Age-related reduction of BOLD modulation to cognitive difficulty predicts + poorer task accuracy and poorer fluid reasoning ability. NeuroImage. 2017;147:262\u2013271. http://doi.org/10.1016/j.neuroimage.2016.12.022.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2016.12.022", + "@IdType": "doi"}, {"#text": "PMC5303662", "@IdType": "pmc"}, {"#text": "27979789", + "@IdType": "pubmed"}]}}, {"Citation": "Roberts R, Gibson E. Individual differences + in sentence memory. Journal of Psycholinguistic Research. 2002;31(6):573\u201398.", + "ArticleIdList": {"ArticleId": {"#text": "12599915", "@IdType": "pubmed"}}}, + {"Citation": "Rottschy C, Langner R, Dogan I, Reetz K, Laird AR, Schulz JB, + Eickhoff SB. Modelling neural correlates of working memory: A coordinate-based + meta-analysis. NeuroImage. 2012;60(1):830\u2013846. http://doi.org/10.1016/j.neuroimage.2011.11.050.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2011.11.050", + "@IdType": "doi"}, {"#text": "PMC3288533", "@IdType": "pmc"}, {"#text": "22178808", + "@IdType": "pubmed"}]}}, {"Citation": "Salthouse TA. Working memory as a processing + resource in cognitive aging. Developmental Review. 1990;10(1):101\u2013124. http://doi.org/10.1016/0273-2297(90)90006-P.", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/0273-2297(90)90006-P", "@IdType": + "doi"}}}, {"Citation": "Sambataro F, Murty VP, Callicott JH, Tan HY, Das S, + Weinberger DR, Mattay VS. Age-related alterations in default mode network: + impact on working memory performance. Neurobiology of Aging. 2010;31(5):839\u201352. http://doi.org/10.1016/j.neurobiolaging.2008.05.022.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neurobiolaging.2008.05.022", + "@IdType": "doi"}, {"#text": "PMC2842461", "@IdType": "pmc"}, {"#text": "18674847", + "@IdType": "pubmed"}]}}, {"Citation": "Schmiedek F, Hildebrandt A, L\u00f6vd\u00e9n + M, Lindenberger U, Wilhelm O. Complex span versus updating tasks of working + memory: the gap is not that deep. Journal of Experimental Psychology. Learning, + Memory, and Cognition. 2009;35(4):1089\u20131096. http://doi.org/10.1037/a0015730.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1037/a0015730", "@IdType": "doi"}, + {"#text": "19586272", "@IdType": "pubmed"}]}}, {"Citation": "Schneider-Garces + NJ, Gordon BA, Brumback-Peltz CR, Shin E, Lee Y, Sutton BP, Fabiani M. Span, + CRUNCH, and beyond: working memory capacity and the aging brain. Journal of + Cognitive Neuroscience. 2010;22(4):655\u201369. http://doi.org/10.1162/jocn.2009.21230.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn.2009.21230", "@IdType": + "doi"}, {"#text": "PMC3666347", "@IdType": "pmc"}, {"#text": "19320550", "@IdType": + "pubmed"}]}}, {"Citation": "Song JH, Jiang Y. Visual working memory for simple + and complex features: An fMRI study. NeuroImage. 2006;30", "ArticleIdList": + {"ArticleId": {"#text": "16300970", "@IdType": "pubmed"}}}, {"Citation": "Todd + JJ, Marois R. Capacity limit of visual short-term memory in human posterior + parietal cortex. Nature. 2004;428(6984):751\u2013754. http://doi.org/10.1038/nature02466.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature02466", "@IdType": + "doi"}, {"#text": "15085133", "@IdType": "pubmed"}]}}, {"Citation": "Todd + JJ, Marois R. Posterior parietal cortex activity predicts individual differences + in visual short-term memory capacity. Cognitive, Affective, & Behavioral Neuroscience. + 2005;5(2):144\u2013155. http://doi.org/10.3758/CABN.5.2.144.", "ArticleIdList": + {"ArticleId": [{"#text": "10.3758/CABN.5.2.144", "@IdType": "doi"}, {"#text": + "16180621", "@IdType": "pubmed"}]}}, {"Citation": "Turner GR, Spreng RN. Executive + functions and neurocognitive aging: dissociable patterns of brain activity. + Neurobiology of Aging. 2012;33(4) http://doi.org/Doi10.1016/J.Neurobiolaging.2011.06.005.", + "ArticleIdList": {"ArticleId": {"#text": "21791362", "@IdType": "pubmed"}}}, + {"Citation": "Turner GR, Spreng RN. Prefrontal Engagement and Reduced Default + Network Suppression Co-occur and Are Dynamically Coupled in Older Adults: + The Default\u2013Executive Coupling Hypothesis of Aging. Journal of Cognitive + Neuroscience. 2015;27(12):2462\u20132476. http://doi.org/10.1162/jocn_a_00869.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1162/jocn_a_00869", "@IdType": + "doi"}, {"#text": "26351864", "@IdType": "pubmed"}]}}, {"Citation": "Turner + ML, Engle RW. Working Memory Capacity. Proceedings of the Human Factors and + Ergonomics Society Annual Meeting. 1986;30(13):1273\u20131277. http://doi.org/10.1177/154193128603001307.", + "ArticleIdList": {"ArticleId": {"#text": "10.1177/154193128603001307", "@IdType": + "doi"}}}, {"Citation": "Unsworth N, Fukuda K, Awh E, Vogel EK. Working memory + and fluid intelligence: Capacity, attention control, and secondary memory + retrieval. Cognitive Psychology. 2014;71:1\u201326. http://doi.org/10.1016/j.cogpsych.2014.01.003.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cogpsych.2014.01.003", + "@IdType": "doi"}, {"#text": "PMC4484859", "@IdType": "pmc"}, {"#text": "24531497", + "@IdType": "pubmed"}]}}, {"Citation": "Vandierendonck A. A Working Memory + System With Distributed Executive Control. Perspectives on Psychological Science. + 2016;11(1):74\u2013100. http://doi.org/10.1177/1745691615596790.", "ArticleIdList": + {"ArticleId": [{"#text": "10.1177/1745691615596790", "@IdType": "doi"}, {"#text": + "26817727", "@IdType": "pubmed"}]}}, {"Citation": "Vincent JL, Kahn I, Snyder + AZ, Raichle ME, Buckner RL. Evidence for a Frontoparietal Control System Revealed + by Intrinsic Functional Connectivity. Journal of Neurophysiology. 2008;100(6):3328\u20133342. http://doi.org/10.1152/jn.90355.2008.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1152/jn.90355.2008", "@IdType": + "doi"}, {"#text": "PMC2604839", "@IdType": "pmc"}, {"#text": "18799601", "@IdType": + "pubmed"}]}}, {"Citation": "Vogel EK, Machizawa MG. Neural activity predicts + individual differences in visual working memory capacity. Nature. 2004;428(6984):748\u2013751. http://doi.org/10.1038/nature02447.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature02447", "@IdType": + "doi"}, {"#text": "15085132", "@IdType": "pubmed"}]}}, {"Citation": "Wager + TD, Smith EE. Neuroimaging studies of working memory. Cognitive, Affective, + & Behavioral Neuroscience. 2003;3(4):255\u2013274. http://doi.org/10.3758/CABN.3.4.255.", + "ArticleIdList": {"ArticleId": [{"#text": "10.3758/CABN.3.4.255", "@IdType": + "doi"}, {"#text": "15040547", "@IdType": "pubmed"}]}}, {"Citation": "Xu Y, + Chun MM. Dissociable neural mechanisms supporting visual short-term memory + for objects. Nature. 2006;440(7080):91\u201395. http://doi.org/10.1038/nature04262.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/nature04262", "@IdType": + "doi"}, {"#text": "16382240", "@IdType": "pubmed"}]}}, {"Citation": "Zanto + TP, Gazzaley A. Fronto-parietal network: flexible hub of cognitive control. + Trends in Cognitive Sciences. 2013;17(12):602\u2013603. http://doi.org/10.1016/j.tics.2013.09.011.", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2013.09.011", "@IdType": + "doi"}, {"#text": "PMC3873155", "@IdType": "pmc"}, {"#text": "24129332", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": + {"#text": "28865310", "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1090-2147", "@IssnType": "Electronic"}, + "Title": "Brain and cognition", "JournalIssue": {"Volume": "118", "PubDate": + {"Year": "2017", "Month": "Nov"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": + "Brain Cogn"}, "Abstract": {"AbstractText": "Older adults tend to over-activate + regions throughout frontoparietal cortices and exhibit a reduced range of + functional modulation during WM task performance compared to younger adults. + While recent evidence suggests that reduced functional modulation is associated + with poorer task performance, it remains unclear whether reduced range of + modulation is indicative of general WM capacity-limitations. In the current + study, we examined whether the range of functional modulation observed over + multiple levels of WM task difficulty (N-Back) predicts in-scanner task performance + and out-of-scanner psychometric estimates of WM capacity. Within our sample + (60-77years of age), age was negatively associated with frontoparietal modulation + range. Individuals with greater modulation range exhibited more accurate N-Back + performance. In addition, despite a lack of significant relationships between + N-Back and complex span task performance, range of frontoparietal modulation + during the N-Back significantly predicted domain-general estimates of WM capacity. + Consistent with previous cross-sectional findings, older individuals with + less modulation range exhibited greater activation at the lowest level of + task difficulty but less activation at the highest levels of task difficulty. + Our results are largely consistent with existing theories of neurocognitive + aging (e.g. CRUNCH) but focus attention on dynamic range of functional modulation + asa novel marker of WM capacity-limitations in older adults.", "CopyrightInformation": + "Copyright \u00a9 2017 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "GrantList": {"Grant": [{"Agency": "NCATS + NIH HHS", "Acronym": "TR", "Country": "United States", "GrantID": "KL2 TR000116"}, + {"Agency": "NCATS NIH HHS", "Acronym": "TR", "Country": "United States", "GrantID": + "KL2 TR001996"}, {"Agency": "NCATS NIH HHS", "Acronym": "TR", "Country": "United + States", "GrantID": "UL1 TR000117"}], "@CompleteYN": "Y"}, "AuthorList": {"Author": + [{"@ValidYN": "Y", "ForeName": "Jonathan G", "Initials": "JG", "LastName": + "Hakun", "AffiliationInfo": {"Affiliation": "Department of Psychology, The + Pennsylvania State University, State College, PA 16801, USA. Electronic address: + jgh5196@psu.edu."}}, {"@ValidYN": "Y", "ForeName": "Nathan F", "Initials": + "NF", "LastName": "Johnson", "AffiliationInfo": {"Affiliation": "Department + of Rehabilitation Sciences, Division of Physical Therapy, University of Kentucky, + Lexington, KY 40536, USA."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "136", "StartPage": "128", "MedlinePgn": "128-136"}, "ArticleDate": {"Day": + "31", "Year": "2017", "Month": "08", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.bandc.2017.08.007", "@EIdType": "doi", "@ValidYN": "Y"}, + {"#text": "S0278-2626(17)30066-0", "@EIdType": "pii", "@ValidYN": "Y"}], "ArticleTitle": + "Dynamic range of frontoparietal functional modulation is associated with + working memory capacity limitations in older adults.", "PublicationTypeList": + {"PublicationType": {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": + {"Day": "02", "Year": "2018", "Month": "12"}, "KeywordList": {"@Owner": "NOTNLM", + "Keyword": [{"#text": "Aging", "@MajorTopicYN": "N"}, {"#text": "Modulation", + "@MajorTopicYN": "N"}, {"#text": "N-Back", "@MajorTopicYN": "N"}, {"#text": + "Working memory capacity", "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": + "N"}]}, "DateCompleted": {"Day": "23", "Year": "2018", "Month": "04"}, "CitationSubset": + "IM", "@IndexingMethod": "Curated", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D005625", "#text": "Frontal Lobe", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008279", "#text": "Magnetic Resonance Imaging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": "Male", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D008570", "#text": "Memory, Short-Term", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": "Middle + Aged", "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": + "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D010296", "#text": "Parietal + Lobe", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D011597", + "#text": "Psychomotor Performance", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Brain Cogn", "ISSNLinking": "0278-2626", + "NlmUniqueID": "8218014"}}}, "semantic_scholar": {"year": 2017, "title": "Dynamic + range of frontoparietal functional modulation is associated with working memory + capacity limitations in older adults", "venue": "Brain and Cognition", "authors": + [{"name": "Jonathan G. Hakun", "authorId": "2343235787"}, {"name": "N. Johnson", + "authorId": "6214929"}], "paperId": "2a63a46239e217879dde3b8b3a9864cf3ee4a6cd", + "abstract": null, "isOpenAccess": true, "openAccessPdf": {"url": "https://uknowledge.uky.edu/cgi/viewcontent.cgi?article=1105&context=rehabsci_facpub", + "status": "GREEN", "license": "CCBYNCND", "disclaimer": "Notice: Paper or + abstract available at https://api.unpaywall.org/v2/10.1016/j.bandc.2017.08.007?email= + or https://doi.org/10.1016/j.bandc.2017.08.007, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use."}, + "publicationDate": "2017-11-01"}}}, "source": "llm", "source_id": null, "source_updated_at": + "2025-12-04T05:31:50.266422+00:00", "analyses": [{"id": "ykRgDhfQ7i6X", "user": + null, "name": "Mean Activation Magnitude (z-score)", "metadata": {"table": + {"table_number": 1, "table_metadata": {"table_id": "t0005", "table_label": + "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005_coordinates.csv"}, + "original_table_id": "t0005"}, "table_metadata": {"table_id": "t0005", "table_label": + "Table 1", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005_coordinates.csv"}, + "sanitized_table_id": "t0005"}, "description": "ROI MNI Coordinates from Parametric + Contrast and Conditional Means.", "conditions": [], "weights": [], "points": + [{"id": "FbDfsSPUq2kj", "coordinates": [-52.0, 18.0, 26.0], "kind": null, + "space": "MNI", "image": null, "label_id": null, "values": [{"kind": "T", + "value": 2.07}]}, {"id": "Bi3CgdEZPqMa", "coordinates": [-28.0, 10.0, 52.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.17}]}, {"id": "apDYmvqtXKYJ", "coordinates": [-32.0, 18.0, + -4.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 3.35}]}, {"id": "GXhqNtBwB9QM", "coordinates": [-40.0, + -56.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 1.35}]}, {"id": "TKgDALVecvLi", "coordinates": + [44.0, 32.0, 26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.83}]}, {"id": "Zkfo6YzSRstD", "coordinates": + [28.0, 8.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 1.81}]}, {"id": "YaUcXGjaf29g", "coordinates": + [34.0, 20.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.13}]}, {"id": "LtyjXEoDZuAf", "coordinates": + [46.0, -50.0, 44.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 1.95}]}, {"id": "Z23VCu43SCk2", "coordinates": + [10.0, -74.0, 48.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.28}]}, {"id": "qgGCETLYkbi9", "coordinates": + [-6.0, 18.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 2.55}]}], "images": []}]}, {"id": + "wHYf38krsnfx", "created_at": "2025-12-04T17:04:43.801068+00:00", "updated_at": + null, "user": null, "name": "Brain activation during executive control after + acute exercise in older adults.", "description": "Previous work has shown + that aerobic exercise training is associated with regional changes in functional + activation and improved behavioral outcomes during the Flanker task. However, + it is unknown whether acute aerobic exercise has comparable effects on brain + activation during the Flanker task. The aim of this study was to examine the + effects of an acute bout of moderate-intensity bicycle exercise on Flanker + task functional activation and behavioral performance in older adults. Thirty-two + healthy older adults (66.2\u202f\u00b1\u202f7.3\u202fyears) performed two + experimental visits that included 30-min of aerobic exercise and a rest condition + on separate days. After each condition, participants performed the Flanker + task during an fMRI scan. Significantly greater functional activation (incongruent\u202f>\u202fcongruent) + was found in the left inferior frontal gyrus and inferior parietal lobule + after exercise compared to rest. A main effect of exercise was also observed + on Flanker task performance with greater accuracy in both incongruent and + congruent trials, suggesting the effects of acute exercise on Flanker performance + are general across Flanker trial types. Conversely, greater executive control-related + functional activations after performing a single session of exercise suggests + enhanced functional processing while engaging in task conditions requiring + disproportionately greater amounts of executive control.", "publication": + "International Journal of Psychophysiology", "doi": "10.1016/j.ijpsycho.2019.10.002", + "pmid": "31639380", "authors": "Junyeon Won; Alfonso J Alfini; L. Weiss; Daniel + D. Callow; J. Smith", "year": 2019, "metadata": {"slug": "31639380-10-1016-j-ijpsycho-2019-10-002", + "source": "semantic_scholar", "keywords": ["Acute exercise", "Aging", "Brain + health", "Executive control", "Flanker task", "fMRI"], "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "24", "Year": "2019", + "Month": "5", "@PubStatus": "received"}, {"Day": "26", "Year": "2019", "Month": + "9", "@PubStatus": "revised"}, {"Day": "8", "Year": "2019", "Month": "10", + "@PubStatus": "accepted"}, {"Day": "23", "Hour": "6", "Year": "2019", "Month": + "10", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "23", "Hour": "6", "Year": + "2020", "Month": "6", "Minute": "0", "@PubStatus": "medline"}, {"Day": "23", + "Hour": "6", "Year": "2019", "Month": "10", "Minute": "0", "@PubStatus": "entrez"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "31639380", "@IdType": "pubmed"}, + {"#text": "10.1016/j.ijpsycho.2019.10.002", "@IdType": "doi"}, {"#text": "S0167-8760(19)30511-2", + "@IdType": "pii"}]}, "PublicationStatus": "ppublish"}, "MedlineCitation": + {"PMID": {"#text": "31639380", "@Version": "1"}, "@Owner": "NLM", "@Status": + "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1872-7697", "@IssnType": + "Electronic"}, "Title": "International journal of psychophysiology : official + journal of the International Organization of Psychophysiology", "JournalIssue": + {"Volume": "146", "PubDate": {"Year": "2019", "Month": "Dec"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "Int J Psychophysiol"}, "Abstract": {"AbstractText": + "Previous work has shown that aerobic exercise training is associated with + regional changes in functional activation and improved behavioral outcomes + during the Flanker task. However, it is unknown whether acute aerobic exercise + has comparable effects on brain activation during the Flanker task. The aim + of this study was to examine the effects of an acute bout of moderate-intensity + bicycle exercise on Flanker task functional activation and behavioral performance + in older adults. Thirty-two healthy older adults (66.2\u202f\u00b1\u202f7.3\u202fyears) + performed two experimental visits that included 30-min of aerobic exercise + and a rest condition on separate days. After each condition, participants + performed the Flanker task during an fMRI scan. Significantly greater functional + activation (incongruent\u202f>\u202fcongruent) was found in the left inferior + frontal gyrus and inferior parietal lobule after exercise compared to rest. + A main effect of exercise was also observed on Flanker task performance with + greater accuracy in both incongruent and congruent trials, suggesting the + effects of acute exercise on Flanker performance are general across Flanker + trial types. Conversely, greater executive control-related functional activations + after performing a single session of exercise suggests enhanced functional + processing while engaging in task conditions requiring disproportionately + greater amounts of executive control.", "CopyrightInformation": "Copyright + \u00a9 2019 Elsevier B.V. All rights reserved."}, "Language": "eng", "@PubModel": + "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": + "Junyeon", "Initials": "J", "LastName": "Won", "AffiliationInfo": {"Affiliation": + "Department of Kinesiology, University of Maryland, College Park, MD, USA."}}, + {"@ValidYN": "Y", "ForeName": "Alfonso J", "Initials": "AJ", "LastName": "Alfini", + "AffiliationInfo": {"Affiliation": "Department of Mental Health, Johns Hopkins + Bloomberg School of Public Health, Baltimore, MD, USA."}}, {"@ValidYN": "Y", + "ForeName": "Lauren R", "Initials": "LR", "LastName": "Weiss", "AffiliationInfo": + {"Affiliation": "Department of Kinesiology, University of Maryland, College + Park, MD, USA; Program in Neuroscience and Cognitive Science, University of + Maryland, College Park, MD, USA."}}, {"@ValidYN": "Y", "ForeName": "Daniel + D", "Initials": "DD", "LastName": "Callow", "AffiliationInfo": {"Affiliation": + "Department of Kinesiology, University of Maryland, College Park, MD, USA; + Program in Neuroscience and Cognitive Science, University of Maryland, College + Park, MD, USA."}}, {"@ValidYN": "Y", "ForeName": "J Carson", "Initials": "JC", + "LastName": "Smith", "AffiliationInfo": {"Affiliation": "Department of Kinesiology, + University of Maryland, College Park, MD, USA; Program in Neuroscience and + Cognitive Science, University of Maryland, College Park, MD, USA. Electronic + address: carson@umd.edu."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": + "248", "StartPage": "240", "MedlinePgn": "240-248"}, "ArticleDate": {"Day": + "19", "Year": "2019", "Month": "10", "@DateType": "Electronic"}, "ELocationID": + [{"#text": "10.1016/j.ijpsycho.2019.10.002", "@EIdType": "doi", "@ValidYN": + "Y"}, {"#text": "S0167-8760(19)30511-2", "@EIdType": "pii", "@ValidYN": "Y"}], + "ArticleTitle": "Brain activation during executive control after acute exercise + in older adults.", "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", + "#text": "Journal Article"}, {"@UI": "D013485", "#text": "Research Support, + Non-U.S. Gov''t"}, {"@UI": "D013486", "#text": "Research Support, U.S. Gov''t, + Non-P.H.S."}]}}, "DateRevised": {"Day": "22", "Year": "2020", "Month": "06"}, + "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "Acute exercise", + "@MajorTopicYN": "N"}, {"#text": "Aging", "@MajorTopicYN": "N"}, {"#text": + "Brain health", "@MajorTopicYN": "N"}, {"#text": "Executive control", "@MajorTopicYN": + "N"}, {"#text": "Flanker task", "@MajorTopicYN": "N"}, {"#text": "fMRI", "@MajorTopicYN": + "N"}]}, "DateCompleted": {"Day": "22", "Year": "2020", "Month": "06"}, "CitationSubset": + "IM", "@IndexingMethod": "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": + {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D056344", "#text": "Executive Function", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D015444", "#text": "Exercise", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008875", "#text": + "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", + "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D011597", + "#text": "Psychomotor Performance", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "Netherlands", "MedlineTA": "Int J Psychophysiol", "ISSNLinking": + "0167-8760", "NlmUniqueID": "8406214"}}}, "semantic_scholar": {"year": 2019, + "title": "Brain activation during executive control after acute exercise in + older adults.", "venue": "International Journal of Psychophysiology", "authors": + [{"name": "Junyeon Won", "authorId": "46178531"}, {"name": "Alfonso J Alfini", + "authorId": "5368783"}, {"name": "L. Weiss", "authorId": "32153904"}, {"name": + "Daniel D. Callow", "authorId": "50633307"}, {"name": "J. Smith", "authorId": + "153015758"}], "paperId": "554c78de6211a7ec85210692a1734322974f11a5", "abstract": + null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": null, + "license": null, "disclaimer": "Notice: Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.ijpsycho.2019.10.002?email= + or https://doi.org/10.1016/j.ijpsycho.2019.10.002, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2019-12-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-04T17:07:58.811960+00:00", "analyses": + [{"id": "UyLxH4xMgq8p", "user": null, "name": "Frontal lobes", "metadata": + {"table": {"table_number": 3, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Comparison of executive control-related + activation (incongruent minus congruent) between the exercise and rest conditions + in ten brain regions. The region numbers correspond to the regions in the + brain activation maps identified in Fig. 1.", "conditions": [], "weights": + [], "points": [{"id": "7e8enU2Rwb4i", "coordinates": [-29.0, -85.0, 19.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.135}]}, {"id": "w4kP8baBgY87", "coordinates": [-23.0, -69.0, + 37.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.188}]}, {"id": "dDxpKbSqbGuR", "coordinates": [-33.0, + 23.0, -11.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.02}]}, {"id": "xuvbsdFk3kRS", "coordinates": + [-49.0, 1.0, 35.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.108}]}], "images": []}, {"id": "EgKXxzozeRFb", + "user": null, "name": "Parietal lobes", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Comparison of executive control-related + activation (incongruent minus congruent) between the exercise and rest conditions + in ten brain regions. The region numbers correspond to the regions in the + brain activation maps identified in Fig. 1.", "conditions": [], "weights": + [], "points": [{"id": "jnZgS5xTCLr2", "coordinates": [33.0, -57.0, 47.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.3}]}, {"id": "SwbBytRqttpV", "coordinates": [-45.0, -47.0, + 53.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.0007}]}, {"id": "ywmugS5u8agz", "coordinates": [-47.0, + -39.0, 43.0], "kind": null, "space": "TAL", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 0.0004}]}, {"id": "3s3fu5LpUmQr", "coordinates": + [25.0, -65.0, 57.0], "kind": null, "space": "TAL", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 0.242}]}], "images": []}, {"id": "eA6kNiYoKx3C", + "user": null, "name": "Occipital lobes", "metadata": {"table": {"table_number": + 3, "table_metadata": {"table_id": "t0015", "table_label": "Table 3", "raw_xml_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "original_table_id": "t0015"}, "table_metadata": {"table_id": "t0015", "table_label": + "Table 3", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv"}, + "sanitized_table_id": "t0015"}, "description": "Comparison of executive control-related + activation (incongruent minus congruent) between the exercise and rest conditions + in ten brain regions. The region numbers correspond to the regions in the + brain activation maps identified in Fig. 1.", "conditions": [], "weights": + [], "points": [{"id": "G8G6wbrjg2W9", "coordinates": [37.0, -87.0, 21.0], + "kind": null, "space": "TAL", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 0.223}]}, {"id": "UPN2prtQsfVu", "coordinates": [43.0, -71.0, + -11.0], "kind": null, "space": "TAL", "image": null, "label_id": null, "values": + [{"kind": "T", "value": 0.05}]}], "images": []}]}, {"id": "wSVVKjiiMKAC", + "created_at": "2025-12-03T23:46:58.300339+00:00", "updated_at": null, "user": + null, "name": "Effects of Tai Chi on working memory in older adults: evidence + from combined fNIRS and ERP", "description": "OBJECTIVE: The study aimed to + investigate the effects of a 12-week Tai Chi exercise intervention on working + memory in older adults using ERP-fNIRS.\n\nMETHOD: Fifty older adults were + randomly assigned to either an experimental group receiving a 12-week Tai + Chi exercise intervention or a control group receiving regular daily activities. + Working memory was assessed using the n-back task before and after the intervention, + and spatial and temporal components of neural function underlying the n-back + task were measured using ERP-fNIRS.\n\nRESULTS: The experimental group demonstrated + significant improvements in reaction time and accuracy on the 2-back task + and showed higher activation levels in the R-DLPFC. Additionally, the Tai + Chi group displayed significant increases in P3 amplitude in the overall n-back + task.\n\nCONCLUSION: These findings suggest that Tai Chi interventions can + enhance working memory in older adults, as evidenced by increasing neural + activity and improving HbO in the R-DLPFC during the 2-back task.", "publication": + "Frontiers in Aging Neuroscience", "doi": "10.3389/fnagi.2023.1206891", "pmid": + "37455937", "authors": "Chen Wang; Yuanfu Dai; Yuan Yang; Xiaoxia Yuan; Meng-Kai + Zhang; J. Zeng; Xiaoke Zhong; Jiao Meng; Changhao Jiang", "year": 2023, "metadata": + {"slug": "37455937-10-3389-fnagi-2023-1206891-pmc10340122", "source": "semantic_scholar", + "keywords": ["ERP", "Tai Chi", "fNIRS", "older adults", "working memory"], + "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": [{"Day": + "16", "Year": "2023", "Month": "4", "@PubStatus": "received"}, {"Day": "13", + "Year": "2023", "Month": "6", "@PubStatus": "accepted"}, {"Day": "17", "Hour": + "6", "Year": "2023", "Month": "7", "Minute": "42", "@PubStatus": "medline"}, + {"Day": "17", "Hour": "6", "Year": "2023", "Month": "7", "Minute": "41", "@PubStatus": + "pubmed"}, {"Day": "17", "Hour": "4", "Year": "2023", "Month": "7", "Minute": + "18", "@PubStatus": "entrez"}, {"Day": "1", "Year": "2023", "Month": "1", + "@PubStatus": "pmc-release"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "37455937", "@IdType": "pubmed"}, {"#text": "PMC10340122", "@IdType": "pmc"}, + {"#text": "10.3389/fnagi.2023.1206891", "@IdType": "doi"}]}, "ReferenceList": + {"Reference": [{"Citation": "Baddeley A. (2012). Working memory: theories, + models, and controversies. Annu. Rev. Psychol. 63 1\u201329. 10.1146/annurev-psych-120710-100422", + "ArticleIdList": {"ArticleId": [{"#text": "10.1146/annurev-psych-120710-100422", + "@IdType": "doi"}, {"#text": "21961947", "@IdType": "pubmed"}]}}, {"Citation": + "Barbey A. K., Koenigs M., Grafman J. (2013). Dorsolateral prefrontal contributions + to human working memory. Cortex 49 1195\u20131205. 10.1016/j.cortex.2012.05.022", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cortex.2012.05.022", + "@IdType": "doi"}, {"#text": "PMC3495093", "@IdType": "pmc"}, {"#text": "22789779", + "@IdType": "pubmed"}]}}, {"Citation": "Chang Y., Huang C., Chen K., Hung T. + (2013). Physical activity and working memory in healthy older adults: an erp + study. Psychophysiology 50 1174\u20131182. 10.1111/psyp.12089", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/psyp.12089", "@IdType": "doi"}, {"#text": + "24308044", "@IdType": "pubmed"}]}}, {"Citation": "Chen Y., Lu Y., Zhou C., + Wang X. (2020). The effects of aerobic exercise on working memory in methamphetamine-dependent + patients: evidence from combined fnirs and erp. Psychol. Sport Exerc. 49:101685. + 10.1016/j.psychsport.2020.101685", "ArticleIdList": {"ArticleId": {"#text": + "10.1016/j.psychsport.2020.101685", "@IdType": "doi"}}}, {"Citation": "Daffner + K. R., Chong H., Sun X., Tarbi E. C., Riis J. L., McGinnis S. M., et al. (2011). + Mechanisms underlying age- and performance-related differences in working + memory. J. Cogn. Neurosci. 23 1298\u20131314. 10.1162/jocn.2010.21540", "ArticleIdList": + {"ArticleId": [{"#text": "10.1162/jocn.2010.21540", "@IdType": "doi"}, {"#text": + "PMC3076134", "@IdType": "pmc"}, {"#text": "20617886", "@IdType": "pubmed"}]}}, + {"Citation": "Delorme A., Makeig S. (2004). Eeglab: an open source toolbox + for analysis of single-trial eeg dynamics including independent component + analysis. J. Neurosci. Methods 134 9\u201321. 10.1016/j.jneumeth.2003.10.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jneumeth.2003.10.009", + "@IdType": "doi"}, {"#text": "15102499", "@IdType": "pubmed"}]}}, {"Citation": + "Diamond A., Lee K. (2011). Interventions shown to aid executive function + development in children 4 to 12 years old. Science 333 959\u2013964. 10.1126/science.1204529", + "ArticleIdList": {"ArticleId": [{"#text": "10.1126/science.1204529", "@IdType": + "doi"}, {"#text": "PMC3159917", "@IdType": "pmc"}, {"#text": "21852486", "@IdType": + "pubmed"}]}}, {"Citation": "Faul F., Erdfelder E., Lang A. G., Buchner A. + (2007). G*power 3: a flexible statistical power analysis program for the social, + behavioral, and biomedical sciences. Behav. Res. Methods 39 175\u2013191. + 10.3758/bf03193146", "ArticleIdList": {"ArticleId": [{"#text": "10.3758/bf03193146", + "@IdType": "doi"}, {"#text": "17695343", "@IdType": "pubmed"}]}}, {"Citation": + "Friedl-Werner A., Brauns K., Gunga H., K\u00fchn S., Stahn A. C. (2020). + Exercise-induced changes in brain activity during memory encoding and retrieval + after long-term bed rest. Neuroimage 223:117359. 10.1016/j.neuroimage.2020.117359", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2020.117359", + "@IdType": "doi"}, {"#text": "32919056", "@IdType": "pubmed"}]}}, {"Citation": + "Glazer J. E., Kelley N. J., Pornpattananangkul N., Mittal V. A., Nusslock + R. (2018). Beyond the frn: broadening the time-course of eeg and erp components + implicated in reward processing. Int. J. Psychophysiol. 132 184\u2013202. + 10.1016/j.ijpsycho.2018.02.002", "ArticleIdList": {"ArticleId": [{"#text": + "10.1016/j.ijpsycho.2018.02.002", "@IdType": "doi"}, {"#text": "29454641", + "@IdType": "pubmed"}]}}, {"Citation": "Kramer A. F., Erickson K. I. (2007). + Capitalizing on cortical plasticity: influence of physical activity on cognition + and brain function. Trends Cogn. Sci. 11 342\u2013348. 10.1016/j.tics.2007.06.009", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.tics.2007.06.009", "@IdType": + "doi"}, {"#text": "17629545", "@IdType": "pubmed"}]}}, {"Citation": "Lam L. + C. W., Chau R. C. M., Wong B. M. L., Fung A. W. T., Lui V. W. C., Tam C. C. + W., et al. (2011). Interim follow-up of a randomized controlled trial comparing + chinese style mind body (tai chi) and stretching exercises on cognitive function + in subjects at risk of progressive cognitive decline. Int. J. Geriatr. Psychiatry + 26 733\u2013740. 10.1002/gps.2602", "ArticleIdList": {"ArticleId": [{"#text": + "10.1002/gps.2602", "@IdType": "doi"}, {"#text": "21495078", "@IdType": "pubmed"}]}}, + {"Citation": "Langlois F., Vu T. T. M., Chasse K., Dupuis G., Kergoat M. J., + Bherer L. (2013). Benefits of physical exercise training on cognition and + quality of life in frail older adults. J. Gerontol. Ser. B Psychol. Sci. Soc. + Sci. 68 400\u2013404. 10.1093/geronb/gbs069", "ArticleIdList": {"ArticleId": + [{"#text": "10.1093/geronb/gbs069", "@IdType": "doi"}, {"#text": "22929394", + "@IdType": "pubmed"}]}}, {"Citation": "Law C., Lam F. M., Chung R. C., Pang + M. Y. (2020). Physical exercise attenuates cognitive decline and reduces behavioural + problems in people with mild cognitive impairment and dementia: a systematic + review. J. Physiother. 66 9\u201318. 10.1016/j.jphys.2019.11.014", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.jphys.2019.11.014", "@IdType": "doi"}, + {"#text": "31843427", "@IdType": "pubmed"}]}}, {"Citation": "Leff D. R., Orihuela-Espina + F., Elwell C. E., Athanasiou T., Delpy D. T., Darzi A. W., et al. (2011). + Assessment of the cerebral cortex during motor task behaviours in adults: + a systematic review of functional near infrared spectroscopy (fnirs) studies. + Neuroimage 54 2922\u20132936. 10.1016/j.neuroimage.2010.10.058", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2010.10.058", "@IdType": "doi"}, + {"#text": "21029781", "@IdType": "pubmed"}]}}, {"Citation": "Lenartowicz A., + Truong H., Enriquez K. D., Webster J., Pochon J., Rissman J., et al. (2021). + Neurocognitive subprocesses of working memory performance. Cogn. Affect. Behav. + Neurosci. 21 1130\u20131152. 10.3758/s13415-021-00924-7", "ArticleIdList": + {"ArticleId": [{"#text": "10.3758/s13415-021-00924-7", "@IdType": "doi"}, + {"#text": "PMC8563426", "@IdType": "pmc"}, {"#text": "34155599", "@IdType": + "pubmed"}]}}, {"Citation": "Livingston G., Sommerlad A., Orgeta V., Costafreda + S. G., Huntley J., Ames D., et al. (2017). Dementia prevention, intervention, + and care. Lancet 390 2673\u20132734. 10.1016/S0140-6736(17)31363-6", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/S0140-6736(17)31363-6", "@IdType": "doi"}, + {"#text": "28735855", "@IdType": "pubmed"}]}}, {"Citation": "Loprinzi P. D. + (2018). Intensity-specific effects of acute exercise on human memory function: + considerations for the timing of exercise and the type of memory. Health Promot. + Perspect. 8 255\u2013262. 10.15171/hpp.2018.36", "ArticleIdList": {"ArticleId": + [{"#text": "10.15171/hpp.2018.36", "@IdType": "doi"}, {"#text": "PMC6249493", + "@IdType": "pmc"}, {"#text": "30479978", "@IdType": "pubmed"}]}}, {"Citation": + "Lundstrom B. N., Ingvar M., Petersson K. M. (2005). The role of precuneus + and left inferior frontal cortex during source memory episodic retrieval. + Neuroimage 27 824\u2013834. 10.1016/j.neuroimage.2005.05.008", "ArticleIdList": + {"ArticleId": [{"#text": "10.1016/j.neuroimage.2005.05.008", "@IdType": "doi"}, + {"#text": "15982902", "@IdType": "pubmed"}]}}, {"Citation": "McCarthy G., + Puce A., Constable T., Krystal J. H., Gore J. C., Goldman-Rakic P. (1996). + Activation of human prefrontal cortex during spatial and nonspatial working + memory tasks measured by functional mri. Cereb. Cortex 6 600\u2013611. 10.1093/cercor/6.4.600", + "ArticleIdList": {"ArticleId": [{"#text": "10.1093/cercor/6.4.600", "@IdType": + "doi"}, {"#text": "8670685", "@IdType": "pubmed"}]}}, {"Citation": "Menon + V., D\u2019Esposito M. (2022). The role of pfc networks in cognitive control + and executive function. Neuropsychopharmacology 47 90\u2013103. 10.1038/s41386-021-01152-w", + "ArticleIdList": {"ArticleId": [{"#text": "10.1038/s41386-021-01152-w", "@IdType": + "doi"}, {"#text": "PMC8616903", "@IdType": "pmc"}, {"#text": "34408276", "@IdType": + "pubmed"}]}}, {"Citation": "Mitchell A. J. (2009). A meta-analysis of the + accuracy of the mini-mental state examination in the detection of dementia + and mild cognitive impairment. J. Psychiatr. Res. 43 411\u2013431. 10.1016/j.jpsychires.2008.04.014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.jpsychires.2008.04.014", + "@IdType": "doi"}, {"#text": "18579155", "@IdType": "pubmed"}]}}, {"Citation": + "Neuhaus A. H., Trempler N. R., Hahn E., Luborzewski A., Karl C., Hahn C., + et al. (2010). Evidence of specificity of a visual p3 amplitude modulation + deficit in schizophrenia. Schizophr. Res. 124 119\u2013126. 10.1016/j.schres.2010.08.014", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.schres.2010.08.014", + "@IdType": "doi"}, {"#text": "20805022", "@IdType": "pubmed"}]}}, {"Citation": + "Oberauer K., Lewandowsky S. (2008). Forgetting in immediate serial recall: + decay, temporal distinctiveness, or interference? Psychol. Rev. 115 544\u2013576. + 10.1037/0033-295X.115.3.544", "ArticleIdList": {"ArticleId": [{"#text": "10.1037/0033-295X.115.3.544", + "@IdType": "doi"}, {"#text": "18729591", "@IdType": "pubmed"}]}}, {"Citation": + "Pinti P., Tachtsidis I., Hamilton A., Hirsch J., Aichelburg C., Gilbert S., + et al. (2020). The present and future use of functional near-infrared spectroscopy + (fnirs) for cognitive neuroscience. Ann. N. Y. Acad. Sci. 1464 5\u201329. + 10.1111/nyas.13948", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/nyas.13948", + "@IdType": "doi"}, {"#text": "PMC6367070", "@IdType": "pmc"}, {"#text": "30085354", + "@IdType": "pubmed"}]}}, {"Citation": "Polich J. (2007). Updating p300: an + integrative theory of p3a and p3b. Clin. Neurophysiol. 118 2128\u20132148. + 10.1016/j.clinph.2007.04.019", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.clinph.2007.04.019", + "@IdType": "doi"}, {"#text": "PMC2715154", "@IdType": "pmc"}, {"#text": "17573239", + "@IdType": "pubmed"}]}}, {"Citation": "Rorden C., Brett M. (2000). Stereotaxic + display of brain lesions. Behav. Neurol. 12 191\u2013200. 10.1155/2000/421719", + "ArticleIdList": {"ArticleId": [{"#text": "10.1155/2000/421719", "@IdType": + "doi"}, {"#text": "11568431", "@IdType": "pubmed"}]}}, {"Citation": "Steinborn + M. B., Huestegge L. (2016). A walk down the lane gives wings to your brain. + Restorative benefits of rest breaks on cognition and self-control. Appl. Cogn. + Psychol. 30 795\u2013805."}, {"Citation": "Sun J., Kanagawa K., Sasaki J., + Ooki S., Xu H., Wang L. (2015). Tai chi improves cognitive and physical function + in the elderly: a randomized controlled trial. J. Phys. Therapy Sci. 27 1467\u20131471. + 10.1589/jpts.27.1467", "ArticleIdList": {"ArticleId": [{"#text": "10.1589/jpts.27.1467", + "@IdType": "doi"}, {"#text": "PMC4483420", "@IdType": "pmc"}, {"#text": "26157242", + "@IdType": "pubmed"}]}}, {"Citation": "Tarumi T., Thomas B. P., Tseng B. Y., + Wang C., Womack K. B., Hynan L., et al. (2020). Cerebral white matter integrity + in amnestic mild cognitive impairment: a 1-year randomized controlled trial + of aerobic exercise training. J. Alzheimers Dis. 73 489\u2013501. 10.3233/JAD-190875", + "ArticleIdList": {"ArticleId": [{"#text": "10.3233/JAD-190875", "@IdType": + "doi"}, {"#text": "31796677", "@IdType": "pubmed"}]}}, {"Citation": "Wayne + P. M., Walsh J. N., Taylor-Piliae R. E., Wells R. E., Papp K. V., Donovan + N. J., et al. (2014). Effect of tai chi on cognitive performance in older + adults: systematic review and meta-analysis. J. Am. Geriatr. Soc. 62 25\u201339. + 10.1111/jgs.12611", "ArticleIdList": {"ArticleId": [{"#text": "10.1111/jgs.12611", + "@IdType": "doi"}, {"#text": "PMC4055508", "@IdType": "pmc"}, {"#text": "24383523", + "@IdType": "pubmed"}]}}, {"Citation": "Worsley K. J., Friston K. J. (1995). + Analysis of fmri time-series revisited\u2013again. Neuroimage 2 173\u2013181. + 10.1006/nimg.1995.1023", "ArticleIdList": {"ArticleId": [{"#text": "10.1006/nimg.1995.1023", + "@IdType": "doi"}, {"#text": "9343600", "@IdType": "pubmed"}]}}, {"Citation": + "Wu C., Yi Q., Zheng X., Cui S., Chen B., Lu L., et al. (2019). Effects of + mind-body exercises on cognitive function in older adults: a meta-analysis. + J. Am. Geriatr. Soc. 67 749\u2013758. 10.1111/jgs.15714", "ArticleIdList": + {"ArticleId": [{"#text": "10.1111/jgs.15714", "@IdType": "doi"}, {"#text": + "30565212", "@IdType": "pubmed"}]}}, {"Citation": "Wu Y., Wang Y., Burgess + E. O., Wu J. (2013). The effects of tai chi exercise on cognitive function + in older adults: a meta-analysis. J. Sport Health Sci. 2 193\u2013203. 10.1016/j.jshs.2013.09.001", + "ArticleIdList": {"ArticleId": {"#text": "10.1016/j.jshs.2013.09.001", "@IdType": + "doi"}}}, {"Citation": "Yang Y., Chen T., Shao M., Yan S., Yue G. H., Jiang + C. (2020). Effects of tai chi chuan on inhibitory control in elderly women: + an fnirs study. Front. Hum. Neurosci. 13:476. 10.3389/fnhum.2019.00476", "ArticleIdList": + {"ArticleId": [{"#text": "10.3389/fnhum.2019.00476", "@IdType": "doi"}, {"#text": + "PMC6988574", "@IdType": "pmc"}, {"#text": "32038205", "@IdType": "pubmed"}]}}, + {"Citation": "Yang Y., Chen T., Wang C., Zhang J., Yuan X., Zhong X., et al. + (2022). Determining whether tai chi chuan is related to the updating function + in older adults: differences between practitioners and controls. Front. Public + Health 10:797351. 10.3389/fpubh.2022.797351", "ArticleIdList": {"ArticleId": + [{"#text": "10.3389/fpubh.2022.797351", "@IdType": "doi"}, {"#text": "PMC9110777", + "@IdType": "pmc"}, {"#text": "35592079", "@IdType": "pubmed"}]}}, {"Citation": + "Ye J., Tak S., Jang K., Jung J., Jang J. (2009). Nirs-spm: statistical parametric + mapping for near-infrared spectroscopy. Neuroimage 44 428\u2013447. 10.1016/j.neuroimage.2008.08.036", + "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.neuroimage.2008.08.036", + "@IdType": "doi"}, {"#text": "18848897", "@IdType": "pubmed"}]}}, {"Citation": + "Yeh G. Y., Wang C., Wayne P. M., Phillips R. S. (2008). The effect of tai + chi exercise on blood pressure: a systematic review. Prevent. Cardiol. 11 + 82\u201389. 10.1111/j.1751-7141.2008.07565.x", "ArticleIdList": {"ArticleId": + [{"#text": "10.1111/j.1751-7141.2008.07565.x", "@IdType": "doi"}, {"#text": + "18401235", "@IdType": "pubmed"}]}}, {"Citation": "Yerlikaya D., Emek-Sava\u015f + D. D., Bircan Kur\u015fun B., \u00d6ztura O., Yener G. G. (2018). Electrophysiological + and neuropsychological outcomes of severe obstructive sleep apnea: effects + of hypoxemia on cognitive performance. Cogn. Neurodyn. 12 471\u2013480. 10.1007/s11571-018-9487-z", + "ArticleIdList": {"ArticleId": [{"#text": "10.1007/s11571-018-9487-z", "@IdType": + "doi"}, {"#text": "PMC6139099", "@IdType": "pmc"}, {"#text": "30250626", "@IdType": + "pubmed"}]}}, {"Citation": "Yeung M. K., Sze S. L., Woo J., Kwok T., Shum + D. H. K., Yu R., et al. (2016). Reduced frontal activations at high working + memory load in mild cognitive impairment: near-infrared spectroscopy. Dement. + Geriatr. Cogn. Disord. 42 278\u2013296. 10.1159/000450993", "ArticleIdList": + {"ArticleId": [{"#text": "10.1159/000450993", "@IdType": "doi"}, {"#text": + "27784013", "@IdType": "pubmed"}]}}, {"Citation": "Yu Y., Zuo E., Doig S. + (2022). The differential effects of tai chi vs. Brisk walking on cognitive + function among individuals aged 60 and greater. Front. Hum. Neurosci. 16:821261. + 10.3389/fnhum.2022.821261", "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnhum.2022.821261", + "@IdType": "doi"}, {"#text": "PMC8968319", "@IdType": "pmc"}, {"#text": "35370574", + "@IdType": "pubmed"}]}}, {"Citation": "Y\u00fccel M. A., Selb J. J., Huppert + T. J., Franceschini M. A., Boas D. A. (2017). Functional near infrared spectroscopy: + enabling routine functional brain imaging. Curr. Opin. Biomed. Eng. 4 78\u201386. + 10.1016/j.cobme.2017.09.011", "ArticleIdList": {"ArticleId": [{"#text": "10.1016/j.cobme.2017.09.011", + "@IdType": "doi"}, {"#text": "PMC5810962", "@IdType": "pmc"}, {"#text": "29457144", + "@IdType": "pubmed"}]}}, {"Citation": "Yue C., Yu Q., Zhang Y., Herold F., + Mei J., Kong Z., et al. (2020). Regular tai chi practice is associated with + improved memory as well as structural and functional alterations of the hippocampus + in the elderly. Front. Aging Neurosci. 12:586770. 10.3389/fnagi.2020.586770", + "ArticleIdList": {"ArticleId": [{"#text": "10.3389/fnagi.2020.586770", "@IdType": + "doi"}, {"#text": "PMC7658399", "@IdType": "pmc"}, {"#text": "33192481", "@IdType": + "pubmed"}]}}]}, "PublicationStatus": "epublish"}, "MedlineCitation": {"PMID": + {"#text": "37455937", "@Version": "1"}, "@Owner": "NLM", "@Status": "PubMed-not-MEDLINE", + "Article": {"Journal": {"ISSN": {"#text": "1663-4365", "@IssnType": "Print"}, + "Title": "Frontiers in aging neuroscience", "JournalIssue": {"Volume": "15", + "PubDate": {"Year": "2023"}, "@CitedMedium": "Print"}, "ISOAbbreviation": + "Front Aging Neurosci"}, "Abstract": {"AbstractText": [{"#text": "The study + aimed to investigate the effects of a 12-week Tai Chi exercise intervention + on working memory in older adults using ERP-fNIRS.", "@Label": "OBJECTIVE", + "@NlmCategory": "UNASSIGNED"}, {"#text": "Fifty older adults were randomly + assigned to either an experimental group receiving a 12-week Tai Chi exercise + intervention or a control group receiving regular daily activities. Working + memory was assessed using the n-back task before and after the intervention, + and spatial and temporal components of neural function underlying the n-back + task were measured using ERP-fNIRS.", "@Label": "METHOD", "@NlmCategory": + "UNASSIGNED"}, {"#text": "The experimental group demonstrated significant + improvements in reaction time and accuracy on the 2-back task and showed higher + activation levels in the R-DLPFC. Additionally, the Tai Chi group displayed + significant increases in P3 amplitude in the overall n-back task.", "@Label": + "RESULTS", "@NlmCategory": "UNASSIGNED"}, {"#text": "These findings suggest + that Tai Chi interventions can enhance working memory in older adults, as + evidenced by increasing neural activity and improving HbO in the R-DLPFC during + the 2-back task.", "@Label": "CONCLUSION", "@NlmCategory": "UNASSIGNED"}], + "CopyrightInformation": "Copyright \u00a9 2023 Wang, Dai, Yang, Yuan, Zhang, + Zeng, Zhong, Meng and Jiang."}, "Language": "eng", "@PubModel": "Electronic-eCollection", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Chen", "Initials": + "C", "LastName": "Wang", "AffiliationInfo": {"Affiliation": "The Center of + Neuroscience and Sports, Capital University of Physical Education and Sports, + Beijing, China."}}, {"@ValidYN": "Y", "ForeName": "Yuanfu", "Initials": "Y", + "LastName": "Dai", "AffiliationInfo": {"Affiliation": "The Center of Neuroscience + and Sports, Capital University of Physical Education and Sports, Beijing, + China."}}, {"@ValidYN": "Y", "ForeName": "Yuan", "Initials": "Y", "LastName": + "Yang", "AffiliationInfo": {"Affiliation": "College of Physical Education + and Sports, Beijing Normal University, Beijing, China."}}, {"@ValidYN": "Y", + "ForeName": "Xiaoxia", "Initials": "X", "LastName": "Yuan", "AffiliationInfo": + {"Affiliation": "The Center of Neuroscience and Sports, Capital University + of Physical Education and Sports, Beijing, China."}}, {"@ValidYN": "Y", "ForeName": + "Mengjie", "Initials": "M", "LastName": "Zhang", "AffiliationInfo": {"Affiliation": + "School of Physical Education and Sport Science, Fujian Normal University, + Fuzhou, China."}}, {"@ValidYN": "Y", "ForeName": "Jia", "Initials": "J", "LastName": + "Zeng", "AffiliationInfo": {"Affiliation": "The Center of Neuroscience and + Sports, Capital University of Physical Education and Sports, Beijing, China."}}, + {"@ValidYN": "Y", "ForeName": "Xiaoke", "Initials": "X", "LastName": "Zhong", + "AffiliationInfo": {"Affiliation": "The Center of Neuroscience and Sports, + Capital University of Physical Education and Sports, Beijing, China."}}, {"@ValidYN": + "Y", "ForeName": "Jiao", "Initials": "J", "LastName": "Meng", "AffiliationInfo": + {"Affiliation": "The Center of Neuroscience and Sports, Capital University + of Physical Education and Sports, Beijing, China."}}, {"@ValidYN": "Y", "ForeName": + "Changhao", "Initials": "C", "LastName": "Jiang", "AffiliationInfo": [{"Affiliation": + "The Center of Neuroscience and Sports, Capital University of Physical Education + and Sports, Beijing, China."}, {"Affiliation": "School of Kinesiology and + Health, Capital University of Physical Education and Sports, Beijing, China."}]}], + "@CompleteYN": "Y"}, "Pagination": {"StartPage": "1206891", "MedlinePgn": + "1206891"}, "ArticleDate": {"Day": "29", "Year": "2023", "Month": "06", "@DateType": + "Electronic"}, "ELocationID": [{"#text": "1206891", "@EIdType": "pii", "@ValidYN": + "Y"}, {"#text": "10.3389/fnagi.2023.1206891", "@EIdType": "doi", "@ValidYN": + "Y"}], "ArticleTitle": "Effects of Tai Chi on working memory in older adults: + evidence from combined fNIRS and ERP.", "PublicationTypeList": {"PublicationType": + {"@UI": "D016428", "#text": "Journal Article"}}}, "DateRevised": {"Day": "18", + "Year": "2023", "Month": "07"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": + [{"#text": "ERP", "@MajorTopicYN": "N"}, {"#text": "Tai Chi", "@MajorTopicYN": + "N"}, {"#text": "fNIRS", "@MajorTopicYN": "N"}, {"#text": "older adults", + "@MajorTopicYN": "N"}, {"#text": "working memory", "@MajorTopicYN": "N"}]}, + "CoiStatement": "The authors declare that the research was conducted in the + absence of any commercial or financial relationships that could be construed + as a potential conflict of interest.", "MedlineJournalInfo": {"Country": "Switzerland", + "MedlineTA": "Front Aging Neurosci", "ISSNLinking": "1663-4365", "NlmUniqueID": + "101525824"}}}, "semantic_scholar": {"year": 2023, "title": "Effects of Tai + Chi on working memory in older adults: evidence from combined fNIRS and ERP", + "venue": "Frontiers in Aging Neuroscience", "authors": [{"name": "Chen Wang", + "authorId": "2146562482"}, {"name": "Yuanfu Dai", "authorId": "2220861208"}, + {"name": "Yuan Yang", "authorId": "2143532845"}, {"name": "Xiaoxia Yuan", + "authorId": "2115846965"}, {"name": "Meng-Kai Zhang", "authorId": "2153210093"}, + {"name": "J. Zeng", "authorId": "2072983094"}, {"name": "Xiaoke Zhong", "authorId": + "2153399195"}, {"name": "Jiao Meng", "authorId": "2209129581"}, {"name": "Changhao + Jiang", "authorId": "3289217"}], "paperId": "846728706ce39796442dc89f1677f459c60c087b", + "abstract": "Objective The study aimed to investigate the effects of a 12-week + Tai Chi exercise intervention on working memory in older adults using ERP-fNIRS. + Method Fifty older adults were randomly assigned to either an experimental + group receiving a 12-week Tai Chi exercise intervention or a control group + receiving regular daily activities. Working memory was assessed using the + n-back task before and after the intervention, and spatial and temporal components + of neural function underlying the n-back task were measured using ERP-fNIRS. + Results The experimental group demonstrated significant improvements in reaction + time and accuracy on the 2-back task and showed higher activation levels in + the R-DLPFC. Additionally, the Tai Chi group displayed significant increases + in P3 amplitude in the overall n-back task. Conclusion These findings suggest + that Tai Chi interventions can enhance working memory in older adults, as + evidenced by increasing neural activity and improving HbO in the R-DLPFC during + the 2-back task.", "isOpenAccess": true, "openAccessPdf": {"url": "https://www.frontiersin.org/articles/10.3389/fnagi.2023.1206891/pdf", + "status": "GOLD", "license": "CCBY", "disclaimer": "Notice: Paper or abstract + available at https://pmc.ncbi.nlm.nih.gov/articles/PMC10340122, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2023-06-29"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-03T23:47:20.622103+00:00", "analyses": + [{"id": "Usm97aGvHsYS", "user": null, "name": "Location for each channel.", + "metadata": {"table": {"table_number": 2, "table_metadata": {"table_id": "T2", + "data_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37455937-10-3389-fnagi-2023-1206891-pmc10340122/tables/t2_coordinates.csv"}, + "original_table_id": "t2"}, "table_metadata": {"table_id": "T2", "data_path": + "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001.csv", + "info_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001_info.json", + "table_label": "TABLE 2", "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37455937-10-3389-fnagi-2023-1206891-pmc10340122/tables/t2_coordinates.csv"}, + "sanitized_table_id": "t2"}, "description": "Location for each channel.", + "conditions": [], "weights": [], "points": [{"id": "4mf6jo9KdteS", "coordinates": + [22.0, 71.0, 15.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "VdSpEHSFArsj", "coordinates": [38.0, 64.0, 7.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "66J3jbvxcK76", "coordinates": [14.0, 63.0, 34.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "4d4ZJkVspxA6", + "coordinates": [23.0, 53.0, 42.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "g2yXMMVihLCn", "coordinates": + [14.0, 42.0, 55.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "U5WavxHra4jC", "coordinates": [33.0, 44.0, 43.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "Jdg364RU7SvA", "coordinates": [45.0, 31.0, 46.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "qGvbezh8DELA", + "coordinates": [31.0, 62.0, 24.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "FiJ4eFRo3vZe", "coordinates": + [52.0, 49.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "wWhu5MCy6gsf", "coordinates": [48.0, 52.0, 13.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "tYTGfPT3SdVE", "coordinates": [41.0, 51.0, 30.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "UXfqobjFPos5", + "coordinates": [63.0, 16.0, 16.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "PcSyT6WTN49X", "coordinates": + [60.0, 16.0, 31.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "oGpcRMyWwKh2", "coordinates": [59.0, 32.0, 2.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "zfYcizCKdcQ9", "coordinates": [56.0, 37.0, 17.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "DnjafD8rxEUv", + "coordinates": [52.0, 35.0, 31.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "NmSH844zmMDj", "coordinates": + [-22.0, 69.0, 16.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "Jd22oi9XCGCS", "coordinates": [-37.0, 63.0, 7.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "GgjvwcUq3rky", "coordinates": [-15.0, 62.0, 34.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "EY2JxrMosRNL", + "coordinates": [-23.0, 52.0, 41.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "5NQbDTnTsEJc", "coordinates": + [-15.0, 42.0, 54.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "SRnF88ByzaBd", "coordinates": [-32.0, 43.0, 42.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "vqj37HVG8ESk", "coordinates": [-44.0, 30.0, 44.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "xzqSsUQNX8X5", + "coordinates": [-31.0, 61.0, 23.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "woQPhrXHt79E", "coordinates": + [-50.0, 48.0, -1.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "aTeUdCpxA2MQ", "coordinates": [-46.0, 51.0, 12.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "NoDoxw6yJDst", "coordinates": [-40.0, 49.0, 28.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "wRvhVd58twxP", + "coordinates": [-61.0, 15.0, 16.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "F7oBUYo2HF8F", "coordinates": + [-58.0, 14.0, 30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "qdq5y4LNSB4E", "coordinates": [-56.0, 32.0, 3.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}, + {"id": "3qhHCctXvBjq", "coordinates": [-53.0, 37.0, 16.0], "kind": null, "space": + "MNI", "image": null, "label_id": null, "values": []}, {"id": "txfBuJJ2CujG", + "coordinates": [-50.0, 34.0, 29.0], "kind": null, "space": "MNI", "image": + null, "label_id": null, "values": []}, {"id": "2HNfbZjdRrvt", "coordinates": + [-26.0, 32.0, 55.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": []}, {"id": "EjC32sAZJRY9", "coordinates": [26.0, 33.0, 57.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": []}], + "images": []}]}, {"id": "ycYWaifqVycZ", "created_at": "2025-12-05T03:53:28.289181+00:00", + "updated_at": null, "user": null, "name": "Prefrontal-parietal effective connectivity + during working memory in older adults", "description": "Theoretical models + and preceding studies have described age-related alterations in neuronal activation + of frontoparietal regions in a working memory (WM) load-dependent manner. + However, to date, underlying neuronal mechanisms of these WM load-dependent + activation changes in aging remain poorly understood. The aim of this study + was to investigate these mechanisms in terms of effective connectivity by + application of dynamic causal modeling with Bayesian Model Selection. Eighteen + healthy younger (age: 20-32 years) and 32 older (60-75 years) participants + performed an n-back task with 3 WM load levels during functional magnetic + resonance imaging (fMRI). Behavioral and conventional fMRI results replicated + age group by WM load interactions. Importantly, the analysis of effective + connectivity derived from dynamic causal modeling, indicated an age- and performance-related + reduction in WM load-dependent modulation of connectivity from dorsolateral + prefrontal cortex to inferior parietal lobule. This finding provides evidence + for the proposal that age-related WM decline manifests as deficient WM load-dependent + modulation of neuronal top-down control and can integrate implications from + theoretical models and previous studies of functional changes in the aging + brain.", "publication": "Neurobiology of Aging", "doi": "10.1016/j.neurobiolaging.2017.05.005", + "pmid": "28578155", "authors": "S. Heinzel; R. Lorenz; Q. Duong; M. Rapp; + L. Deserno", "year": 2017, "metadata": {"slug": "28578155-10-1016-j-neurobiolaging-2017-05-005", + "source": "semantic_scholar", "keywords": ["Aging", "Dynamic causal modeling + (DCM)", "Effective connectivity", "Functional magnetic resonance imaging (fMRI)", + "Working memory"], "raw_metadata": {"pubmed": {"PubmedData": {"History": {"PubMedPubDate": + [{"Day": "29", "Year": "2016", "Month": "8", "@PubStatus": "received"}, {"Day": + "24", "Year": "2017", "Month": "3", "@PubStatus": "revised"}, {"Day": "2", + "Year": "2017", "Month": "5", "@PubStatus": "accepted"}, {"Day": "5", "Hour": + "6", "Year": "2017", "Month": "6", "Minute": "0", "@PubStatus": "pubmed"}, + {"Day": "4", "Hour": "6", "Year": "2018", "Month": "1", "Minute": "0", "@PubStatus": + "medline"}, {"Day": "5", "Hour": "6", "Year": "2017", "Month": "6", "Minute": + "0", "@PubStatus": "entrez"}]}, "ArticleIdList": {"ArticleId": [{"#text": + "28578155", "@IdType": "pubmed"}, {"#text": "10.1016/j.neurobiolaging.2017.05.005", + "@IdType": "doi"}, {"#text": "S0197-4580(17)30160-4", "@IdType": "pii"}]}, + "PublicationStatus": "ppublish"}, "MedlineCitation": {"PMID": {"#text": "28578155", + "@Version": "1"}, "@Owner": "NLM", "@Status": "MEDLINE", "Article": {"Journal": + {"ISSN": {"#text": "1558-1497", "@IssnType": "Electronic"}, "Title": "Neurobiology + of aging", "JournalIssue": {"Volume": "57", "PubDate": {"Year": "2017", "Month": + "Sep"}, "@CitedMedium": "Internet"}, "ISOAbbreviation": "Neurobiol Aging"}, + "Abstract": {"AbstractText": "Theoretical models and preceding studies have + described age-related alterations in neuronal activation of frontoparietal + regions in a working memory (WM) load-dependent manner. However, to date, + underlying neuronal mechanisms of these WM load-dependent activation changes + in aging remain poorly understood. The aim of this study was to investigate + these mechanisms in terms of effective connectivity by application of dynamic + causal modeling with Bayesian Model Selection. Eighteen healthy younger (age: + 20-32 years) and 32 older (60-75 years) participants performed an n-back task + with 3 WM load levels during functional magnetic resonance imaging (fMRI). + Behavioral and conventional fMRI results replicated age group by WM load interactions. + Importantly, the analysis of effective connectivity derived from dynamic causal + modeling, indicated an age- and performance-related reduction in WM load-dependent + modulation of connectivity from dorsolateral prefrontal cortex to inferior + parietal lobule. This finding provides evidence for the proposal that age-related + WM decline manifests as deficient WM load-dependent modulation of neuronal + top-down control and can integrate implications from theoretical models and + previous studies of functional changes in the aging brain.", "CopyrightInformation": + "Copyright \u00a9 2017 Elsevier Inc. All rights reserved."}, "Language": "eng", + "@PubModel": "Print-Electronic", "AuthorList": {"Author": [{"@ValidYN": "Y", + "ForeName": "Stephan", "Initials": "S", "LastName": "Heinzel", "AffiliationInfo": + {"Affiliation": "Department of Psychology, Freie Universit\u00e4t Berlin, + Habelschwerdter Allee 45, Berlin 14195, Germany; Social and Preventive Medicine, + University of Potsdam, Am Neuen Palais 10, Potsdam 14469, Germany; Department + of Psychology, Humboldt-Universit\u00e4t zu Berlin, Rudower Chaussee 18, Berlin + 12489, Germany. Electronic address: stephan.heinzel@fu-berlin.de."}}, {"@ValidYN": + "Y", "ForeName": "Robert C", "Initials": "RC", "LastName": "Lorenz", "AffiliationInfo": + {"Affiliation": "Department of Psychiatry and Psychotherapy, Campus Charit\u00e9 + Mitte, Charit\u00e9, Universit\u00e4tsmedizin Berlin, Charit\u00e9platz 1, + Berlin 10117, Germany; Max Planck Institute for Human Development, Lentzeallee + 94, Berlin 14195, Germany."}}, {"@ValidYN": "Y", "ForeName": "Quynh-Lam", + "Initials": "QL", "LastName": "Duong", "AffiliationInfo": {"Affiliation": + "Department of Psychiatry and Psychotherapy, Campus Charit\u00e9 Mitte, Charit\u00e9, + Universit\u00e4tsmedizin Berlin, Charit\u00e9platz 1, Berlin 10117, Germany."}}, + {"@ValidYN": "Y", "ForeName": "Michael A", "Initials": "MA", "LastName": "Rapp", + "AffiliationInfo": {"Affiliation": "Social and Preventive Medicine, University + of Potsdam, Am Neuen Palais 10, Potsdam 14469, Germany; Cluster of Excellence + NeuroCure, Charit\u00e9-Universit\u00e4tsmedizin Berlin, Germany."}}, {"@ValidYN": + "Y", "ForeName": "Lorenz", "Initials": "L", "LastName": "Deserno", "AffiliationInfo": + {"Affiliation": "Max Planck Institute for Human Cognitive and Brain Sciences, + Stephanstra\u00dfe 1A, Leipzig, Germany; Department of Child and Adolescent + Psychiatry, Psychotherapy and Psychosomatics, University of Leipzig, Leipzig + 04103, Germany."}}], "@CompleteYN": "Y"}, "Pagination": {"EndPage": "27", + "StartPage": "18", "MedlinePgn": "18-27"}, "ArticleDate": {"Day": "10", "Year": + "2017", "Month": "05", "@DateType": "Electronic"}, "ELocationID": [{"#text": + "10.1016/j.neurobiolaging.2017.05.005", "@EIdType": "doi", "@ValidYN": "Y"}, + {"#text": "S0197-4580(17)30160-4", "@EIdType": "pii", "@ValidYN": "Y"}], "ArticleTitle": + "Prefrontal-parietal effective connectivity during working memory in older + adults.", "PublicationTypeList": {"PublicationType": [{"@UI": "D016428", "#text": + "Journal Article"}, {"@UI": "D013485", "#text": "Research Support, Non-U.S. + Gov''t"}]}}, "DateRevised": {"Day": "24", "Year": "2018", "Month": "08"}, + "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": "Aging", "@MajorTopicYN": + "N"}, {"#text": "Dynamic causal modeling (DCM)", "@MajorTopicYN": "N"}, {"#text": + "Effective connectivity", "@MajorTopicYN": "N"}, {"#text": "Functional magnetic + resonance imaging (fMRI)", "@MajorTopicYN": "N"}, {"#text": "Working memory", + "@MajorTopicYN": "N"}]}, "DateCompleted": {"Day": "03", "Year": "2018", "Month": + "01"}, "CitationSubset": "IM", "@IndexingMethod": "Manual", "MeshHeadingList": + {"MeshHeading": [{"DescriptorName": {"@UI": "D000328", "#text": "Adult", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D000368", "#text": "Aged", "@MajorTopicYN": + "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D001499", "#text": "Bayes Theorem", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", "@MajorTopicYN": + "N"}}, {"DescriptorName": {"@UI": "D008279", "#text": "Magnetic Resonance + Imaging", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D008297", "#text": + "Male", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": + "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D008570", + "#text": "Memory, Short-Term", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D008875", "#text": "Middle Aged", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D009434", "#text": "Neural Pathways", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D009483", "#text": "Neuropsychological Tests", "@MajorTopicYN": "N"}}, + {"QualifierName": [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": + "N"}, {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, {"@UI": + "Q000503", "#text": "physiopathology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D010296", "#text": "Parietal Lobe", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, {"@UI": "Q000503", + "#text": "physiopathology", "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": + "D017397", "#text": "Prefrontal Cortex", "@MajorTopicYN": "N"}}, {"DescriptorName": + {"@UI": "D055815", "#text": "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": + {"Country": "United States", "MedlineTA": "Neurobiol Aging", "ISSNLinking": + "0197-4580", "NlmUniqueID": "8100437"}}}, "semantic_scholar": {"year": 2017, + "title": "Prefrontal-parietal effective connectivity during working memory + in older adults", "venue": "Neurobiology of Aging", "authors": [{"name": "S. + Heinzel", "authorId": "4952047"}, {"name": "R. Lorenz", "authorId": "39284553"}, + {"name": "Q. Duong", "authorId": "39745056"}, {"name": "M. Rapp", "authorId": + "1953528"}, {"name": "L. Deserno", "authorId": "65779171"}], "paperId": "fb7b7c7fa8087e1c6d08c969221b9c46f5bb283c", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: The following paper fields + have been elided by the publisher: {''abstract''}. Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2017.05.005?email= + or https://doi.org/10.1016/j.neurobiolaging.2017.05.005, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use."}, "publicationDate": "2017-09-01"}}}, "source": "llm", "source_id": + null, "source_updated_at": "2025-12-05T03:56:52.803982+00:00", "analyses": + [{"id": "fWv8ck63BEsu", "user": null, "name": "tbl2", "metadata": {"table": + {"table_number": 2, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2_coordinates.csv"}, + "original_table_id": "tbl2"}, "table_metadata": {"table_id": "tbl2", "table_label": + "Table\u00a02", "raw_xml_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2.xml", + "coordinates_path": "/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2_coordinates.csv"}, + "sanitized_table_id": "tbl2"}, "description": "Anatomical locations and MNI + coordinates for the WM load (1-back, 2-back, and 3-back) by age group (younger + vs. older participants) interaction, whole-brain results reported at p < 0.05, + family-wise error-corrected (FWE-corr), k \u2265 5 voxels", "conditions": + [], "weights": [], "points": [{"id": "bQsAqMHvHPdz", "coordinates": [-38.0, + -49.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": null, + "values": [{"kind": "T", "value": 23.77}]}, {"id": "8aepppamPWXp", "coordinates": + [-22.0, -69.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 19.31}]}, {"id": "US7EfDMqDszS", "coordinates": + [-9.0, -69.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 17.01}]}, {"id": "HfSNhZhAA8sD", "coordinates": + [-25.0, -3.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 22.39}]}, {"id": "q3nFDSnP9cyE", "coordinates": + [-9.0, -16.0, 13.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 19.46}]}, {"id": "9wceGGuK7LCE", "coordinates": + [-32.0, 17.0, 6.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 18.55}]}, {"id": "ghJs2gpfmeR5", "coordinates": + [14.0, -66.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 18.38}]}, {"id": "jHsc3cNDNRDM", "coordinates": + [28.0, -6.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 17.63}]}, {"id": "ExzbpvwBDoUx", "coordinates": + [31.0, 0.0, 56.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 17.04}]}, {"id": "veEL39tEzNXC", "coordinates": + [4.0, 13.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 17.47}]}, {"id": "jYhdARDSSHay", "coordinates": + [34.0, -59.0, -30.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 16.3}]}, {"id": "MbrXwUJHQwsp", "coordinates": + [-15.0, 0.0, 13.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 15.27}]}, {"id": "L23GeCvqshXm", "coordinates": + [41.0, -39.0, 36.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 14.91}]}], "images": []}]}, {"id": + "7uFh3Qcjksn5", "created_at": "2026-03-02T19:37:59.266428+00:00", "updated_at": + "2026-03-02T19:38:00.757139+00:00", "user": "github|12564882", "name": "Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls", "description": "BACKGROUND: Falls + are the leading cause of injury-related deaths in the elderly worldwide. Both + gait impairment and cognitive decline have been shown to constitute major + fall risk factors. However, further investigations are required to establish + a more precise link between the influence of age on brain systems mediating + executive cognitive functions and their relationship with gait disturbances, + and thus help define novel markers and better guide remediation strategies + to prevent falls.\n\nMETHODS: Event-related functional magnetic resonance + imaging (fMRI) was used to evaluate age-related effects on the recruitment + of executive control brain network in selective attention task, as measured + with a flanker paradigm. Brain activation patterns were compared between twenty + young (21 years\u202f\u00b1\u202f2.5) and thirty-four old participants (72 + years\u202f\u00b1\u202f5.3) with high fall risks. We then determined to what + extend age-related differences in activation patterns were associated with + alterations in several gait parameters, measured with electronic devices providing + a precise quantitative evaluation of gait, as well as with alterations in + several aspects of cognitive and physical abilities.\n\nRESULTS: We found + that both young and old participants recruited a distributed fronto-parietal-occipital + network during interference by incongruent distractors in the flanker task. + However, additional activations were observed in posterior parieto-occipital + areas in the older relative to the younger participants. Furthermore, a differential + recruitment of both the left dorsal parieto-occipital sulcus and precuneus + was significantly correlated with higher gait variability. Besides, decreased + activation in the right cerebellum was found in the older with poorer cognitive + processing speed scores.\n\nCONCLUSIONS: Overall results converge to indicate + greater sensitivity to attention interference and heightened recruitment of + cortical executive control systems in the elderly with fall risks. Critically, + this change was associated with selective increases in gait variability indices, + linking attentional control with gait performance in elderly with high risks + of falls.", "publication": "NeuroImage", "doi": "10.1016/j.neuroimage.2019.01.030", + "pmid": "30660655", "authors": "N. Fernandez; M. Hars; A. Trombetti; Patrik + Vuilleumier", "year": 2019, "metadata": {"slug": "30660655-10-1016-j-neuroimage-2019-01-030", + "source": "semantic_scholar", "keywords": ["Aging", "Cognitive aging", "Fall + risks", "Gait", "Neuroimaging"], "sample_size": null, "raw_metadata": {"pubmed": + {"PubmedData": {"History": {"PubMedPubDate": [{"Day": "1", "Year": "2018", + "Month": "8", "@PubStatus": "received"}, {"Day": "28", "Year": "2018", "Month": + "12", "@PubStatus": "revised"}, {"Day": "11", "Year": "2019", "Month": "1", + "@PubStatus": "accepted"}, {"Day": "21", "Hour": "6", "Year": "2019", "Month": + "1", "Minute": "0", "@PubStatus": "pubmed"}, {"Day": "25", "Hour": "6", "Year": + "2020", "Month": "1", "Minute": "0", "@PubStatus": "medline"}, {"Day": "21", + "Hour": "6", "Year": "2019", "Month": "1", "Minute": "0", "@PubStatus": "entrez"}]}, + "ArticleIdList": {"ArticleId": [{"#text": "30660655", "@IdType": "pubmed"}, + {"#text": "10.1016/j.neuroimage.2019.01.030", "@IdType": "doi"}, {"#text": + "S1053-8119(19)30030-8", "@IdType": "pii"}]}, "PublicationStatus": "ppublish"}, + "MedlineCitation": {"PMID": {"#text": "30660655", "@Version": "1"}, "@Owner": + "NLM", "@Status": "MEDLINE", "Article": {"Journal": {"ISSN": {"#text": "1095-9572", + "@IssnType": "Electronic"}, "Title": "NeuroImage", "JournalIssue": {"Volume": + "189", "PubDate": {"Day": "01", "Year": "2019", "Month": "Apr"}, "@CitedMedium": + "Internet"}, "ISOAbbreviation": "Neuroimage"}, "Abstract": {"AbstractText": + [{"#text": "Falls are the leading cause of injury-related deaths in the elderly + worldwide. Both gait impairment and cognitive decline have been shown to constitute + major fall risk factors. However, further investigations are required to establish + a more precise link between the influence of age on brain systems mediating + executive cognitive functions and their relationship with gait disturbances, + and thus help define novel markers and better guide remediation strategies + to prevent falls.", "@Label": "BACKGROUND"}, {"#text": "Event-related functional + magnetic resonance imaging (fMRI) was used to evaluate age-related effects + on the recruitment of executive control brain network in selective attention + task, as measured with a flanker paradigm. Brain activation patterns were + compared between twenty young (21 years\u202f\u00b1\u202f2.5) and thirty-four + old participants (72 years\u202f\u00b1\u202f5.3) with high fall risks. We + then determined to what extend age-related differences in activation patterns + were associated with alterations in several gait parameters, measured with + electronic devices providing a precise quantitative evaluation of gait, as + well as with alterations in several aspects of cognitive and physical abilities.", + "@Label": "METHODS"}, {"#text": "We found that both young and old participants + recruited a distributed fronto-parietal-occipital network during interference + by incongruent distractors in the flanker task. However, additional activations + were observed in posterior parieto-occipital areas in the older relative to + the younger participants. Furthermore, a differential recruitment of both + the left dorsal parieto-occipital sulcus and precuneus was significantly correlated + with higher gait variability. Besides, decreased activation in the right cerebellum + was found in the older with poorer cognitive processing speed scores.", "@Label": + "RESULTS"}, {"#text": "Overall results converge to indicate greater sensitivity + to attention interference and heightened recruitment of cortical executive + control systems in the elderly with fall risks. Critically, this change was + associated with selective increases in gait variability indices, linking attentional + control with gait performance in elderly with high risks of falls.", "@Label": + "CONCLUSIONS"}], "CopyrightInformation": "Copyright \u00a9 2019 Elsevier Inc. + All rights reserved."}, "Language": "eng", "@PubModel": "Print-Electronic", + "AuthorList": {"Author": [{"@ValidYN": "Y", "ForeName": "Natalia B", "Initials": + "NB", "LastName": "Fernandez", "AffiliationInfo": {"Affiliation": "Laboratory + of Behavioral Neurology and Imaging of Cognition, Dept. of Neurosciences, + University Medical Center, University of Geneva, Switzerland; Swiss Center + for Affective Sciences, University of Geneva, Switzerland. Electronic address: + natalia.fernandez@unige.ch."}}, {"@ValidYN": "Y", "ForeName": "M\u00e9lany", + "Initials": "M", "LastName": "Hars", "AffiliationInfo": {"Affiliation": "Division + of Bone Diseases, Dept. of Internal Medicine Specialties, Geneva University + Hospitals, Faculty of Medicine, Switzerland."}}, {"@ValidYN": "Y", "ForeName": + "Andrea", "Initials": "A", "LastName": "Trombetti", "AffiliationInfo": {"Affiliation": + "Division of Bone Diseases, Dept. of Internal Medicine Specialties, Geneva + University Hospitals, Faculty of Medicine, Switzerland."}}, {"@ValidYN": "Y", + "ForeName": "Patrik", "Initials": "P", "LastName": "Vuilleumier", "AffiliationInfo": + {"Affiliation": "Laboratory of Behavioral Neurology and Imaging of Cognition, + Dept. of Neurosciences, University Medical Center, University of Geneva, Switzerland; + Swiss Center for Affective Sciences, University of Geneva, Switzerland."}}], + "@CompleteYN": "Y"}, "Pagination": {"EndPage": "559", "StartPage": "551", + "MedlinePgn": "551-559"}, "ArticleDate": {"Day": "18", "Year": "2019", "Month": + "01", "@DateType": "Electronic"}, "ELocationID": [{"#text": "10.1016/j.neuroimage.2019.01.030", + "@EIdType": "doi", "@ValidYN": "Y"}, {"#text": "S1053-8119(19)30030-8", "@EIdType": + "pii", "@ValidYN": "Y"}], "ArticleTitle": "Age-related changes in attention + control and their relationship with gait performance in older adults with + high risk of falls.", "PublicationTypeList": {"PublicationType": [{"@UI": + "D016428", "#text": "Journal Article"}, {"@UI": "D013485", "#text": "Research + Support, Non-U.S. Gov''t"}]}}, "DateRevised": {"Day": "24", "Year": "2020", + "Month": "01"}, "KeywordList": {"@Owner": "NOTNLM", "Keyword": [{"#text": + "Aging", "@MajorTopicYN": "N"}, {"#text": "Cognitive aging", "@MajorTopicYN": + "N"}, {"#text": "Fall risks", "@MajorTopicYN": "N"}, {"#text": "Gait", "@MajorTopicYN": + "N"}, {"#text": "Neuroimaging", "@MajorTopicYN": "N"}]}, "DateCompleted": + {"Day": "24", "Year": "2020", "Month": "01"}, "CitationSubset": "IM", "@IndexingMethod": + "Manual", "MeshHeadingList": {"MeshHeading": [{"DescriptorName": {"@UI": "D000058", + "#text": "Accidental Falls", "@MajorTopicYN": "Y"}}, {"DescriptorName": {"@UI": + "D000328", "#text": "Adult", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": + "D000368", "#text": "Aged", "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": + "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D000375", "#text": "Aging", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}, "DescriptorName": + {"@UI": "D001288", "#text": "Attention", "@MajorTopicYN": "N"}}, {"QualifierName": + [{"@UI": "Q000000981", "#text": "diagnostic imaging", "@MajorTopicYN": "N"}, + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "Y"}], "DescriptorName": + {"@UI": "D002540", "#text": "Cerebral Cortex", "@MajorTopicYN": "N"}}, {"QualifierName": + {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": "N"}, "DescriptorName": + {"@UI": "D000066492", "#text": "Cognitive Aging", "@MajorTopicYN": "N"}}, + {"QualifierName": {"@UI": "Q000502", "#text": "physiology", "@MajorTopicYN": + "Y"}, "DescriptorName": {"@UI": "D056344", "#text": "Executive Function", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D005260", "#text": "Female", + "@MajorTopicYN": "N"}}, {"QualifierName": {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}, "DescriptorName": {"@UI": "D005684", "#text": "Gait", + "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D006801", "#text": "Humans", + "@MajorTopicYN": "N"}}, {"QualifierName": [{"@UI": "Q000000981", "#text": + "diagnostic imaging", "@MajorTopicYN": "N"}, {"@UI": "Q000502", "#text": "physiology", + "@MajorTopicYN": "Y"}], "DescriptorName": {"@UI": "D009415", "#text": "Nerve + Net", "@MajorTopicYN": "N"}}, {"DescriptorName": {"@UI": "D055815", "#text": + "Young Adult", "@MajorTopicYN": "N"}}]}, "MedlineJournalInfo": {"Country": + "United States", "MedlineTA": "Neuroimage", "ISSNLinking": "1053-8119", "NlmUniqueID": + "9215515"}}}, "semantic_scholar": {"year": 2019, "title": "Age-related changes + in attention control and their relationship with gait performance in older + adults with high risk of falls", "venue": "NeuroImage", "authors": [{"name": + "N. Fernandez", "authorId": "30794772"}, {"name": "M. Hars", "authorId": "48277357"}, + {"name": "A. Trombetti", "authorId": "5983940"}, {"name": "Patrik Vuilleumier", + "authorId": "2152501"}], "paperId": "d96fe98f5a14132fcb4bb2c7a6efec988a746ce5", + "abstract": null, "isOpenAccess": false, "openAccessPdf": {"url": "", "status": + "CLOSED", "license": null, "disclaimer": "Notice: Paper or abstract available + at https://api.unpaywall.org/v2/10.1016/j.neuroimage.2019.01.030?email= + or https://doi.org/10.1016/j.neuroimage.2019.01.030, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use."}, "publicationDate": "2019-04-01"}}}, "source": "neurostore", "source_id": + "WGJPEW4iVyYm", "source_updated_at": "2025-12-03T08:26:14.277214+00:00", "analyses": + [{"id": "S2Miw4Ahvd7a", "user": "github|12564882", "name": "Stride length + CV", "metadata": null, "description": "Localization (MNI coordinates) and + peak activation values (z score) for brain areas engaged during executive + control. (A) Main effects of conflict and interaction with age group (Inc\u202f>\u202fCon + x Old\u202f>\u202fYoung), and (B) parametric increases related to clinical + scores and gait parameters in the elderly. In (A), shared activations across + both groups are listed in the upper part of the table, while activations greater + in the older than the younger group (between-group analysis) are listed in + the bottom part. In (B), the reported stride length CV and stride time CV + were measured under normal walking conditions. All reported peaks are significant + at p\u202f<\u202f.001 uncorrected for multiple comparisons with cluster extent + >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent condition. Inc:\u202fIncongruent + condition. Lat.:\u202fHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.", + "conditions": [], "weights": [], "points": [{"id": "YASKZTYLZA3q", "coordinates": + [-6.0, -79.0, 46.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.44}]}, {"id": "pZCPbfUuw4yG", "coordinates": + [-24.0, -79.0, 37.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.84}]}, {"id": "5iFvL2xf28sh", "coordinates": + [30.0, 11.0, 55.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.04}]}], "images": []}, {"id": "X8smwsqncCN6", + "user": "github|12564882", "name": "Stride time CV", "metadata": null, "description": + "Localization (MNI coordinates) and peak activation values (z score) for brain + areas engaged during executive control. (A) Main effects of conflict and interaction + with age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [{"id": "WNQUQ48fTLUB", "coordinates": [18.0, -88.0, 40.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 4.71}]}], "images": []}, {"id": "G42rYniXPStm", "user": "github|12564882", + "name": "Digit Symbol-Coding test", "metadata": null, "description": "Localization + (MNI coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [{"id": "LQXftpouSF3f", "coordinates": [33.0, -55.0, -38.0], + "kind": null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + "T", "value": 3.99}]}], "images": []}, {"id": "pAsfVNNg3fRJ", "user": "github|12564882", + "name": "(B) Executive control (Inc\u202f>\u202fCon) - Positively correlated + with clinical scores", "metadata": null, "description": "Localization (MNI + coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "MBvN9CRpPadY", "user": "github|12564882", + "name": "Gait Parameters (NW)", "metadata": null, "description": "Localization + (MNI coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "zLvVJwjUFbFe", "user": "github|12564882", + "name": "Cognitive assessment", "metadata": null, "description": "Localization + (MNI coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [], "images": []}, {"id": "taa9xGu9rhhp", "user": "github|12564882", + "name": "(A) Executive control (Inc\u202f>\u202fCon)", "metadata": null, "description": + "Localization (MNI coordinates) and peak activation values (z score) for brain + areas engaged during executive control. (A) Main effects of conflict and interaction + with age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202f<\u202f.001 uncorrected for multiple comparisons + with cluster extent >\u202f50 voxels. Abbreviation:\u202fCon:\u202fCongruent + condition. Inc:\u202fIncongruent condition. Lat.:\u202fHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.", "conditions": [], "weights": + [], "points": [{"id": "n925KWZz63yq", "coordinates": [32.0, 43.0, 12.0], "kind": + null, "space": "MNI", "image": null, "label_id": null, "values": [{"kind": + null, "value": null}]}, {"id": "GpBxtjp9kStt", "coordinates": [43.0, 34.0, + 21.0], "kind": null, "space": "MNI", "image": null, "label_id": null, "values": + [{"kind": null, "value": null}]}], "images": []}, {"id": "WgcasyWxZyaw", "user": + "github|12564882", "name": "Common activations across both groups", "metadata": + null, "description": "Localization (MNI coordinates) and peak activation values + (z score) for brain areas engaged during executive control. (A) Main effects + of conflict and interaction with age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), + and (B) parametric increases related to clinical scores and gait parameters + in the elderly. In (A), shared activations across both groups are listed in + the upper part of the table, while activations greater in the older than the + younger group (between-group analysis) are listed in the bottom part. In (B), + the reported stride length CV and stride time CV were measured under normal + walking conditions. All reported peaks are significant at p\u202f<\u202f.001 + uncorrected for multiple comparisons with cluster extent >\u202f50 voxels. + Abbreviation:\u202fCon:\u202fCongruent condition. Inc:\u202fIncongruent condition. + Lat.:\u202fHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.", + "conditions": [], "weights": [], "points": [{"id": "dQznsZRMALoj", "coordinates": + [24.0, 8.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.63}]}, {"id": "YfmWDeS8yJP6", "coordinates": + [-24.0, -4.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.55}]}, {"id": "dMfox8BZKNyd", "coordinates": + [45.0, 11.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.31}]}, {"id": "YDvynnfnnJAg", "coordinates": + [-39.0, 5.0, 37.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.55}]}, {"id": "xiekoHFtrpiL", "coordinates": + [54.0, 32.0, 28.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.78}]}, {"id": "2pSJBFkyxSF7", "coordinates": + [-51.0, 8.0, 40.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.15}]}, {"id": "8fjMNyZEkgfL", "coordinates": + [3.0, 20.0, 52.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.17}]}, {"id": "k2Aoyse3YjsV", "coordinates": + [-3.0, 23.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.16}]}, {"id": "RDaUteZymctk", "coordinates": + [27.0, -73.0, 58.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.56}]}, {"id": "YmCaD6ZxQ7Re", "coordinates": + [-24.0, -67.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.93}]}, {"id": "o3methz4jkt8", "coordinates": + [39.0, -43.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.03}]}, {"id": "NTJHYNYLFQmr", "coordinates": + [45.0, -70.0, -11.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 7.41}]}, {"id": "SxuuiRqBnsps", "coordinates": + [36.0, -85.0, 7.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.8}]}, {"id": "BXLjvvLSzAnf", "coordinates": + [-36.0, -91.0, 7.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 5.42}]}, {"id": "WCStZ9JgJiMV", "coordinates": + [36.0, -88.0, -2.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.38}]}, {"id": "pFFQUX4TcPAQ", "coordinates": + [-48.0, -76.0, -5.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 6.33}]}, {"id": "pfSQpkcwr4hq", "coordinates": + [12.0, -49.0, -29.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.07}]}, {"id": "JC3x5P7cPNHs", "coordinates": + [9.0, -76.0, -26.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 4.6}]}, {"id": "vSW4iouLSyLE", "coordinates": + [-9.0, -73.0, -23.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.98}]}], "images": []}, {"id": "s56ukMvFdqSa", + "user": "github|12564882", "name": "Older\u202f>\u202fYoung adults", "metadata": + null, "description": "Localization (MNI coordinates) and peak activation values + (z score) for brain areas engaged during executive control. (A) Main effects + of conflict and interaction with age group (Inc\u202f>\u202fCon x Old\u202f>\u202fYoung), + and (B) parametric increases related to clinical scores and gait parameters + in the elderly. In (A), shared activations across both groups are listed in + the upper part of the table, while activations greater in the older than the + younger group (between-group analysis) are listed in the bottom part. In (B), + the reported stride length CV and stride time CV were measured under normal + walking conditions. All reported peaks are significant at p\u202f<\u202f.001 + uncorrected for multiple comparisons with cluster extent >\u202f50 voxels. + Abbreviation:\u202fCon:\u202fCongruent condition. Inc:\u202fIncongruent condition. + Lat.:\u202fHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.", + "conditions": [], "weights": [], "points": [{"id": "8ZeEbBmKNLe2", "coordinates": + [-12.0, -79.0, 49.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.77}]}, {"id": "sPJZDRSpC4Vz", "coordinates": + [-24.0, -85.0, 37.0], "kind": null, "space": "MNI", "image": null, "label_id": + null, "values": [{"kind": "T", "value": 3.37}]}], "images": []}]}], "studyset_studies": + [{"id": "2v8wxmznWGtn", "curation_stub_uuid": "b20d8835-000e-471a-ac11-0a027873d0d2"}, + {"id": "5MhvfutjuBXP", "curation_stub_uuid": "dd63b8ed-60eb-45cc-b62b-979421c12608"}, + {"id": "5VCqwQyW423m", "curation_stub_uuid": "719c1a2d-61ee-49e4-9580-f994f7671895"}, + {"id": "5utnj7FPQZYn", "curation_stub_uuid": "91145b5d-22e7-4d73-93b8-d5a2e388b74d"}, + {"id": "7BN5MapyrsrU", "curation_stub_uuid": "d0802e02-9ee9-41fa-8051-3d1751a327d1"}, + {"id": "7Whipa568J5r", "curation_stub_uuid": "d661c977-481f-4c38-995f-5d48359e044c"}, + {"id": "7aRVSAgS5Xhw", "curation_stub_uuid": "d6cef787-3131-4f2f-bb5d-2430a78750f8"}, + {"id": "8pMa8n8vWjYr", "curation_stub_uuid": "60c88822-a83e-44ac-a704-1eddf271e8d3"}, + {"id": "8wcR6B8iVdoC", "curation_stub_uuid": "d0ff4c8b-7fe6-48fe-8614-0171d19e19b3"}, + {"id": "B8afHJsbqkAP", "curation_stub_uuid": "4faa4c12-f488-4e32-b8b3-26f5c0516790"}, + {"id": "D7ANhxTZR4em", "curation_stub_uuid": "d7f77a7b-3427-475c-bce4-2717f534aad8"}, + {"id": "DLLcNXKNqJZM", "curation_stub_uuid": "adda09da-9ba8-4bd4-9899-9ccc9016ab5b"}, + {"id": "DXC84L9Pm7Pw", "curation_stub_uuid": "9fc3221d-4932-4ea5-9d53-7a76524fc7f4"}, + {"id": "DbLDoRQi3NZu", "curation_stub_uuid": "284bc298-f109-45c7-9c5b-93a7cd39be22"}, + {"id": "F6PeZrTfbtKs", "curation_stub_uuid": "61d101c5-de7c-4fec-830a-6ff3cc16b03c"}, + {"id": "GftJQhHBhcAG", "curation_stub_uuid": "adf15b51-5f4e-4a71-a5f7-81dfd9160aa6"}, + {"id": "J6QdYVwZWddF", "curation_stub_uuid": "90740ff5-82d1-4e91-9c85-b00adb3446af"}, + {"id": "K7AyYJwUj5ML", "curation_stub_uuid": "b9b7a8d4-1f49-4d0f-9069-355e2dc96e5e"}, + {"id": "K9pHHEiFfYqF", "curation_stub_uuid": "36246113-eb42-4131-ab99-bfeacba8f987"}, + {"id": "KB9ULDPpASvH", "curation_stub_uuid": "fe47d8ae-10b3-495e-b2ab-f0271955b00b"}, + {"id": "KD47mLc3nr76", "curation_stub_uuid": "1455bf1c-0419-4e68-b718-e22c162b9dc5"}, + {"id": "LLBcP7j4zJcB", "curation_stub_uuid": "b26502b7-eaf1-4cfa-807b-95383dcb9664"}, + {"id": "LhDecKrEtm2v", "curation_stub_uuid": "762e8682-8fb8-4092-972a-d311f406fc56"}, + {"id": "MTNr8YwnKqNv", "curation_stub_uuid": "910d1a9a-4647-4464-a09d-e4b29c099850"}, + {"id": "NWsVB7HRR89W", "curation_stub_uuid": "8e3c5f4e-c1a3-4368-9a69-18991a6f04d6"}, + {"id": "NpyJt4hQWaoo", "curation_stub_uuid": "451229a7-2f3f-4f21-af92-5ef0cf04baa6"}, + {"id": "PuEBcXVh3amA", "curation_stub_uuid": "9aa39fda-3386-4b6c-b43c-c0a9f903ba4a"}, + {"id": "TuXKJVc4rRe6", "curation_stub_uuid": "590bcf8f-fb24-4f21-8294-d62d572cb8e1"}, + {"id": "USmkQKvjXZpr", "curation_stub_uuid": "43e33352-0392-4584-ba93-2daf8f6d9c2a"}, + {"id": "YWyEc2qs4zFE", "curation_stub_uuid": "f16beace-6f5b-4800-a092-b73bb341b62d"}, + {"id": "a58oyzcbbGaZ", "curation_stub_uuid": "ffd0fc03-883e-42be-aed9-90e3adf77582"}, + {"id": "ar9DTVHs9PAf", "curation_stub_uuid": "a2b727d3-0f87-4a31-99f8-71da05e702b1"}, + {"id": "bTcccVjH7ku6", "curation_stub_uuid": "b14a04ce-fd38-417c-b37b-6d4e20978e79"}, + {"id": "doWyCNdwkmwY", "curation_stub_uuid": "6dabf473-15cf-4ef3-9530-7ac96a7ccc9b"}, + {"id": "dvZXoTaieJdA", "curation_stub_uuid": "5571c71f-c0d1-4752-8d80-82d841825aaf"}, + {"id": "eJGXCqvZxzoM", "curation_stub_uuid": "85cc54b4-9789-44c8-ab65-5ce53099130d"}, + {"id": "imZpjSehcmEM", "curation_stub_uuid": "6c9227d8-f669-4084-a788-1c2490ddc2ef"}, + {"id": "kqWunfwffXmQ", "curation_stub_uuid": "298fdb31-7a4c-4dca-b9a0-b3fa228fc3bd"}, + {"id": "o2PMFZ53Gbtj", "curation_stub_uuid": "f5677013-a5d5-4216-9255-2ac608a3b34f"}, + {"id": "oCbt6XuWSVvp", "curation_stub_uuid": "82966253-43ec-4328-a6ef-10dd65b4aad4"}, + {"id": "pSDYT3a7AEAF", "curation_stub_uuid": "6ce8debf-550f-4308-b787-8f140a27f871"}, + {"id": "qAdPtRwHse6m", "curation_stub_uuid": "c0800137-c837-4fef-9216-6cce6d715d36"}, + {"id": "seKkS4tSq6Bb", "curation_stub_uuid": "23504020-5761-4af0-9145-1dbdce9c66ab"}, + {"id": "tDKTP8ZrMUWe", "curation_stub_uuid": "c3e6ddf4-7396-4698-a426-e2f152a49f80"}, + {"id": "tj4FavBEnueQ", "curation_stub_uuid": "46433850-8bdf-4468-8976-1891f36d8412"}, + {"id": "ujpp8bg3uiUe", "curation_stub_uuid": "713148ce-4bb2-4e2a-878f-9e238f3d2f6f"}, + {"id": "vG38X6tjWNhu", "curation_stub_uuid": "5733e670-07c5-407f-b71c-648d32bdfea7"}, + {"id": "vS8WrsvyeVgN", "curation_stub_uuid": "f50d45a2-4495-4cac-abd5-945f2169a4d6"}, + {"id": "wHYf38krsnfx", "curation_stub_uuid": "c1bf81cf-d258-4ed6-a6bb-74887bc553f9"}, + {"id": "wSVVKjiiMKAC", "curation_stub_uuid": "7deb87fd-278a-4d3d-a72c-1f6028a31248"}, + {"id": "ycYWaifqVycZ", "curation_stub_uuid": "68ade8f1-e95c-428f-a614-588e4a114dcf"}, + {"id": "7uFh3Qcjksn5", "curation_stub_uuid": "197fea6c-2be4-4173-a78e-d98d94652a96"}]}}, + "neurostore_id": "n45qe4g5nrFw", "version": null, "url": "https://neurostore.org/api/studysets/n45qe4g5nrFw"}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:53 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '1779748' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://compose.neurosynth.org/api/annotations/XijxA4i3hb8S + response: + body: + string: '{"id": "XijxA4i3hb8S", "created_at": "2026-03-02T19:49:56.939573+00:00", + "updated_at": "2026-03-02T19:51:17.648888+00:00", "user": "github|12564882", + "username": "James Kent", "snapshot": {"snapshot": {"id": "mmaYdBWkKPoQ", + "user": "github|12564882", "username": "James Kent", "created_at": "2026-03-02T19:31:10.863087+00:00", + "updated_at": "2026-03-02T19:35:11.283465+00:00", "studyset": "n45qe4g5nrFw", + "notes": [{"id": "mmaYdBWkKPoQ_ZKR2mKJ8p36L", "note": {"included": true, "older_adults": + true}, "analysis": "ZKR2mKJ8p36L", "study": "2v8wxmznWGtn", "study_name": + "The Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers", + "analysis_name": "Significant clusters for non-fallers > fallers, dual-task + > single-task", "study_year": 2016, "authors": "L. Nagamatsu; C. Liang Hsu; + M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; P. Graf; B. Beattie; + T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; Hsu Cl; Voss Mw; Chan + A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_6FrhK4nNtqqA", "note": + {"included": true, "older_adults": true}, "analysis": "6FrhK4nNtqqA", "study": + "2v8wxmznWGtn", "study_name": "The Neurocognitive Basis for Impaired Dual-Task + Performance in Senior Fallers", "analysis_name": "Single-task", "study_year": + 2016, "authors": "L. Nagamatsu; C. Liang Hsu; M. Voss; Alison Chan; Niousha + Bolandzadeh; T. Handy; P. Graf; B. Beattie; T. Liu-Ambrose; Jean Mariani; + G. Kemoun; Nagamatsu Ls; Hsu Cl; Voss Mw; Chan A; Bolandzadeh N; Handy Tc; + P. Graf; Beattie Bl; Liu-Ambrose", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_cLwh6sBRF3yS", "note": {"included": true, "older_adults": + true}, "analysis": "cLwh6sBRF3yS", "study": "2v8wxmznWGtn", "study_name": + "The Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers", + "analysis_name": "Dual-task", "study_year": 2016, "authors": "L. Nagamatsu; + C. Liang Hsu; M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; P. Graf; + B. Beattie; T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; Hsu Cl; + Voss Mw; Chan A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose", + "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_fyAmbYQZrmAe", + "note": {"included": true, "older_adults": true}, "analysis": "fyAmbYQZrmAe", + "study": "5MhvfutjuBXP", "study_name": "Load modulation of BOLD response and + connectivity predicts working memory performance in younger and older adults.", + "analysis_name": "25867", "study_year": 2011, "authors": "Nagel IE, Preuschhof + C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR", "publication": + "Journal of cognitive neuroscience"}, {"id": "mmaYdBWkKPoQ_35vLK2wSUarM", + "note": {"included": true, "older_adults": true}, "analysis": "35vLK2wSUarM", + "study": "5MhvfutjuBXP", "study_name": "Load modulation of BOLD response and + connectivity predicts working memory performance in younger and older adults.", + "analysis_name": "25868", "study_year": 2011, "authors": "Nagel IE, Preuschhof + C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR", "publication": + "Journal of cognitive neuroscience"}, {"id": "mmaYdBWkKPoQ_3qatbKAbjyiG", + "note": {"included": true, "older_adults": true}, "analysis": "3qatbKAbjyiG", + "study": "5MhvfutjuBXP", "study_name": "Load modulation of BOLD response and + connectivity predicts working memory performance in younger and older adults.", + "analysis_name": "25869", "study_year": 2011, "authors": "Nagel IE, Preuschhof + C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR", "publication": + "Journal of cognitive neuroscience"}, {"id": "mmaYdBWkKPoQ_WUFsoXB9AZ43", + "note": {"included": true, "older_adults": true}, "analysis": "WUFsoXB9AZ43", + "study": "5VCqwQyW423m", "study_name": "Stronger right hemisphere functional + connectivity supports executive aspects of language in older adults", "analysis_name": + "Younger > Older", "study_year": 2020, "authors": "Victoria H. Gertel; Haoyun + Zhang; Michele T. Diaz", "publication": "Brain and Language"}, {"id": "mmaYdBWkKPoQ_ZJw5UnpcLA3Q", + "note": {"included": true, "older_adults": true}, "analysis": "ZJw5UnpcLA3Q", + "study": "5VCqwQyW423m", "study_name": "Stronger right hemisphere functional + connectivity supports executive aspects of language in older adults", "analysis_name": + "Older > Younger", "study_year": 2020, "authors": "Victoria H. Gertel; Haoyun + Zhang; Michele T. Diaz", "publication": "Brain and Language"}, {"id": "mmaYdBWkKPoQ_W8ZHSveVYgyT", + "note": {"included": true, "older_adults": true}, "analysis": "W8ZHSveVYgyT", + "study": "5VCqwQyW423m", "study_name": "Stronger right hemisphere functional + connectivity supports executive aspects of language in older adults", "analysis_name": + "Stroop correlation: all participants", "study_year": 2020, "authors": "Victoria + H. Gertel; Haoyun Zhang; Michele T. Diaz", "publication": "Brain and Language"}, + {"id": "mmaYdBWkKPoQ_ouuQz2VUFuSP", "note": {"included": true, "older_adults": + true}, "analysis": "ouuQz2VUFuSP", "study": "5VCqwQyW423m", "study_name": + "Stronger right hemisphere functional connectivity supports executive aspects + of language in older adults", "analysis_name": "Age group X RSFC interaction + on Stroop effect score", "study_year": 2020, "authors": "Victoria H. Gertel; + Haoyun Zhang; Michele T. Diaz", "publication": "Brain and Language"}, {"id": + "mmaYdBWkKPoQ_6seuYrrV8VeB", "note": {"included": true, "older_adults": true}, + "analysis": "6seuYrrV8VeB", "study": "5VCqwQyW423m", "study_name": "Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults", "analysis_name": "Younger\u00063> Older", "study_year": + 2020, "authors": "Victoria H. Gertel; Haoyun Zhang; Michele T. Diaz", "publication": + "Brain and Language"}, {"id": "mmaYdBWkKPoQ_zYTkfTuTTLPQ", "note": {"included": + true, "older_adults": true}, "analysis": "zYTkfTuTTLPQ", "study": "5utnj7FPQZYn", + "study_name": "Differential effects of age on subcomponents of response inhibition", + "analysis_name": "Common activations during successful inhibition in all three + tasks", "study_year": 2013, "authors": "Alexandra Sebastian; Alexandra Sebastian; + C. Baldermann; B. Feige; M. Katzev; E. Scheller; B. Hellwig; K. Lieb; C. Weiller; + O. T\u00fcscher; S. Kl\u00f6ppel", "publication": "Neurobiology of Aging"}, + {"id": "mmaYdBWkKPoQ_MGXSRi86UzXJ", "note": {"included": true, "older_adults": + true}, "analysis": "MGXSRi86UzXJ", "study": "5utnj7FPQZYn", "study_name": + "Differential effects of age on subcomponents of response inhibition", "analysis_name": + "Go/no-go", "study_year": 2013, "authors": "Alexandra Sebastian; Alexandra + Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; B. Hellwig; K. + Lieb; C. Weiller; O. T\u00fcscher; S. Kl\u00f6ppel", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_adDCMC45F39U", "note": {"included": true, + "older_adults": true}, "analysis": "adDCMC45F39U", "study": "5utnj7FPQZYn", + "study_name": "Differential effects of age on subcomponents of response inhibition", + "analysis_name": "Simon", "study_year": 2013, "authors": "Alexandra Sebastian; + Alexandra Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; B. Hellwig; + K. Lieb; C. Weiller; O. T\u00fcscher; S. Kl\u00f6ppel", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_6VjtVmzisTHc", "note": {"included": true, + "older_adults": true}, "analysis": "6VjtVmzisTHc", "study": "5utnj7FPQZYn", + "study_name": "Differential effects of age on subcomponents of response inhibition", + "analysis_name": "Stop-signal", "study_year": 2013, "authors": "Alexandra + Sebastian; Alexandra Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; + B. Hellwig; K. Lieb; C. Weiller; O. T\u00fcscher; S. Kl\u00f6ppel", "publication": + "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_VvBT5ecbpg6B", "note": {"included": + true, "older_adults": true}, "analysis": "VvBT5ecbpg6B", "study": "7BN5MapyrsrU", + "study_name": "Age-related differences in cortical recruitment and suppression: + implications for cognitive performance.", "analysis_name": "Y > O", "study_year": + 2012, "authors": "Ruchika Shaurya Prakash; Susie Heo; Michelle W Voss; Beth + Patterson; Arthur F Kramer", "publication": "Behavioural brain research"}, + {"id": "mmaYdBWkKPoQ_xRrAp74gCogF", "note": {"included": true, "older_adults": + true}, "analysis": "xRrAp74gCogF", "study": "7BN5MapyrsrU", "study_name": + "Age-related differences in cortical recruitment and suppression: implications + for cognitive performance.", "analysis_name": "O > Y", "study_year": 2012, + "authors": "Ruchika Shaurya Prakash; Susie Heo; Michelle W Voss; Beth Patterson; + Arthur F Kramer", "publication": "Behavioural brain research"}, {"id": "mmaYdBWkKPoQ_yDjuiwB5LQdP", + "note": {"included": true, "older_adults": true}, "analysis": "yDjuiwB5LQdP", + "study": "7BN5MapyrsrU", "study_name": "Age-related differences in cortical + recruitment and suppression: implications for cognitive performance.", "analysis_name": + "Y > O-2", "study_year": 2012, "authors": "Ruchika Shaurya Prakash; Susie + Heo; Michelle W Voss; Beth Patterson; Arthur F Kramer", "publication": "Behavioural + brain research"}, {"id": "mmaYdBWkKPoQ_gKSoguk4i56F", "note": {"included": + true, "older_adults": true}, "analysis": "gKSoguk4i56F", "study": "7BN5MapyrsrU", + "study_name": "Age-related differences in cortical recruitment and suppression: + implications for cognitive performance.", "analysis_name": "O > Y-2", "study_year": + 2012, "authors": "Ruchika Shaurya Prakash; Susie Heo; Michelle W Voss; Beth + Patterson; Arthur F Kramer", "publication": "Behavioural brain research"}, + {"id": "mmaYdBWkKPoQ_X8XpHhyqeiQa", "note": {"included": true, "older_adults": + true}, "analysis": "X8XpHhyqeiQa", "study": "7aRVSAgS5Xhw", "study_name": + "Neural Correlates of Working Memory Maintenance in Advanced Aging: Evidence + From fMRI", "analysis_name": "Young\u2013old = Old\u2013old", "study_year": + 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. + Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_2P7KNDiq9Rgx", "note": + {"included": true, "older_adults": true}, "analysis": "2P7KNDiq9Rgx", "study": + "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory Maintenance + in Advanced Aging: Evidence From fMRI", "analysis_name": "Face effects", "study_year": + 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. + Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_NiJy98rtgz5Z", "note": + {"included": true, "older_adults": true}, "analysis": "NiJy98rtgz5Z", "study": + "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory Maintenance + in Advanced Aging: Evidence From fMRI", "analysis_name": "Location effects", + "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; + N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", + "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_JwmRLGe5ZpPc", + "note": {"included": true, "older_adults": true}, "analysis": "JwmRLGe5ZpPc", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Face + WM effects", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_FjfF5j466EDb", + "note": {"included": true, "older_adults": true}, "analysis": "FjfF5j466EDb", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Location + WM effects", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_C9TzVWrcxd82", + "note": {"included": true, "older_adults": true}, "analysis": "C9TzVWrcxd82", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Young\u2013old + > Old\u2013old", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_Hz7twrzZSiV5", + "note": {"included": true, "older_adults": true}, "analysis": "Hz7twrzZSiV5", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Face + WM effects-2", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_jrvUTLYcju74", + "note": {"included": true, "older_adults": true}, "analysis": "jrvUTLYcju74", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Location + WM effects-2", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_MFdrRe3ENnL9", + "note": {"included": true, "older_adults": true}, "analysis": "MFdrRe3ENnL9", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Old\u2013old + > Young\u2013old", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu + Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; + S. Yoshikawa; K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_VZsbN9Vgomsd", "note": {"included": true, "older_adults": + true}, "analysis": "VZsbN9Vgomsd", "study": "7aRVSAgS5Xhw", "study_name": + "Neural Correlates of Working Memory Maintenance in Advanced Aging: Evidence + From fMRI", "analysis_name": "Face WM effects-3", "study_year": 2018, "authors": + "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; + K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", "publication": "Frontiers + in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_oiWsN8mZKyWW", "note": {"included": + true, "older_adults": true}, "analysis": "oiWsN8mZKyWW", "study": "7aRVSAgS5Xhw", + "study_name": "Neural Correlates of Working Memory Maintenance in Advanced + Aging: Evidence From fMRI", "analysis_name": "Location WM effects-3", "study_year": + 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. + Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_LgW4rXsoKtue", "note": + {"included": true, "older_adults": true}, "analysis": "LgW4rXsoKtue", "study": + "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory Maintenance + in Advanced Aging: Evidence From fMRI", "analysis_name": "Young\u2013old = + Old\u2013old-2", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; + S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; + K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_nUc3cYVkNw9q", + "note": {"included": true, "older_adults": true}, "analysis": "nUc3cYVkNw9q", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "Old\u2013old + > Young\u2013old-2", "study_year": 2018, "authors": "Maki Suzuki; Toshikazu + Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; + S. Yoshikawa; K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_zkSiQYdt6ySA", "note": {"included": true, "older_adults": + true}, "analysis": "zkSiQYdt6ySA", "study": "7aRVSAgS5Xhw", "study_name": + "Neural Correlates of Working Memory Maintenance in Advanced Aging: Evidence + From fMRI", "analysis_name": "Young\u2013old > High-performing old\u2013old", + "study_year": 2018, "authors": "Maki Suzuki; Toshikazu Kawagoe; S. Nishiguchi; + N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. Yamada; S. Yoshikawa; K. Sekiyama", + "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_nbFMT9tyccGj", + "note": {"included": true, "older_adults": true}, "analysis": "nbFMT9tyccGj", + "study": "7aRVSAgS5Xhw", "study_name": "Neural Correlates of Working Memory + Maintenance in Advanced Aging: Evidence From fMRI", "analysis_name": "High-performing + old\u2013old > Young\u2013old", "study_year": 2018, "authors": "Maki Suzuki; + Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. Asano; M. + Yamada; S. Yoshikawa; K. Sekiyama", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_taa9xGu9rhhp", "note": {"included": null, "older_adults": + true}, "analysis": "taa9xGu9rhhp", "study": "7uFh3Qcjksn5", "study_name": + "Age-related changes in attention control and their relationship with gait + performance in older adults with high risk of falls", "analysis_name": "(A) + Executive control (Inc\u202f>\u202fCon)", "study_year": 2019, "authors": "N. + Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_WgcasyWxZyaw", "note": {"included": null, "older_adults": + true}, "analysis": "WgcasyWxZyaw", "study": "7uFh3Qcjksn5", "study_name": + "Age-related changes in attention control and their relationship with gait + performance in older adults with high risk of falls", "analysis_name": "Common + activations across both groups", "study_year": 2019, "authors": "N. Fernandez; + M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_s56ukMvFdqSa", "note": {"included": null, "older_adults": + true}, "analysis": "s56ukMvFdqSa", "study": "7uFh3Qcjksn5", "study_name": + "Age-related changes in attention control and their relationship with gait + performance in older adults with high risk of falls", "analysis_name": "Older\u202f>\u202fYoung + adults", "study_year": 2019, "authors": "N. Fernandez; M. Hars; A. Trombetti; + Patrik Vuilleumier", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_pAsfVNNg3fRJ", + "note": {"included": null, "older_adults": true}, "analysis": "pAsfVNNg3fRJ", + "study": "7uFh3Qcjksn5", "study_name": "Age-related changes in attention control + and their relationship with gait performance in older adults with high risk + of falls", "analysis_name": "(B) Executive control (Inc\u202f>\u202fCon) - + Positively correlated with clinical scores", "study_year": 2019, "authors": + "N. Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_MBvN9CRpPadY", "note": {"included": null, + "older_adults": true}, "analysis": "MBvN9CRpPadY", "study": "7uFh3Qcjksn5", + "study_name": "Age-related changes in attention control and their relationship + with gait performance in older adults with high risk of falls", "analysis_name": + "Gait Parameters (NW)", "study_year": 2019, "authors": "N. Fernandez; M. Hars; + A. Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_S2Miw4Ahvd7a", + "note": {"included": null, "older_adults": true}, "analysis": "S2Miw4Ahvd7a", + "study": "7uFh3Qcjksn5", "study_name": "Age-related changes in attention control + and their relationship with gait performance in older adults with high risk + of falls", "analysis_name": "Stride length CV", "study_year": 2019, "authors": + "N. Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_X8smwsqncCN6", "note": {"included": null, + "older_adults": true}, "analysis": "X8smwsqncCN6", "study": "7uFh3Qcjksn5", + "study_name": "Age-related changes in attention control and their relationship + with gait performance in older adults with high risk of falls", "analysis_name": + "Stride time CV", "study_year": 2019, "authors": "N. Fernandez; M. Hars; A. + Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_zLvVJwjUFbFe", + "note": {"included": null, "older_adults": true}, "analysis": "zLvVJwjUFbFe", + "study": "7uFh3Qcjksn5", "study_name": "Age-related changes in attention control + and their relationship with gait performance in older adults with high risk + of falls", "analysis_name": "Cognitive assessment", "study_year": 2019, "authors": + "N. Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_G42rYniXPStm", "note": {"included": null, + "older_adults": true}, "analysis": "G42rYniXPStm", "study": "7uFh3Qcjksn5", + "study_name": "Age-related changes in attention control and their relationship + with gait performance in older adults with high risk of falls", "analysis_name": + "Digit Symbol-Coding test", "study_year": 2019, "authors": "N. Fernandez; + M. Hars; A. Trombetti; Patrik Vuilleumier", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_EUTk3vb2zE2o", "note": {"included": true, "older_adults": + true}, "analysis": "EUTk3vb2zE2o", "study": "8pMa8n8vWjYr", "study_name": + "Head over heels but I forget why: Disruptive functional connectivity in older + adult fallers with mild cognitive impairment", "analysis_name": "DMN", "study_year": + 2019, "authors": "Rachel A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose", + "publication": "Behavioural Brain Research"}, {"id": "mmaYdBWkKPoQ_4oj7SwVPqMxi", + "note": {"included": true, "older_adults": true}, "analysis": "4oj7SwVPqMxi", + "study": "8pMa8n8vWjYr", "study_name": "Head over heels but I forget why: + Disruptive functional connectivity in older adult fallers with mild cognitive + impairment", "analysis_name": "FPN", "study_year": 2019, "authors": "Rachel + A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose", "publication": + "Behavioural Brain Research"}, {"id": "mmaYdBWkKPoQ_8MaDDtLT94Sb", "note": + {"included": true, "older_adults": true}, "analysis": "8MaDDtLT94Sb", "study": + "8pMa8n8vWjYr", "study_name": "Head over heels but I forget why: Disruptive + functional connectivity in older adult fallers with mild cognitive impairment", + "analysis_name": "SMN", "study_year": 2019, "authors": "Rachel A. Crockett; + C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose", "publication": "Behavioural + Brain Research"}, {"id": "mmaYdBWkKPoQ_rew5qriQZB4u", "note": {"included": + true, "older_adults": true}, "analysis": "rew5qriQZB4u", "study": "8wcR6B8iVdoC", + "study_name": "Effects of in-Scanner Bilateral Frontal tDCS on Functional + Connectivity of the Working Memory Network in Older Adults", "analysis_name": + "t1", "study_year": 2019, "authors": "N. Nissim; A. O''Shea; A. Indahlastari; + Rachel Telles; Lindsey Richards; E. Porges; R. Cohen; A. Woods", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_jWxVJ2Kzmfqz", "note": + {"included": true, "older_adults": true}, "analysis": "jWxVJ2Kzmfqz", "study": + "B8afHJsbqkAP", "study_name": "Cognitive Benefits of Social Dancing and Walking + in Old Age: The Dancing Mind Randomized Controlled Trial", "analysis_name": + "Allocation group dance (n = 60)", "study_year": 2016, "authors": "D. Merom; + A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_h5uWTusgMyFs", "note": + {"included": true, "older_adults": true}, "analysis": "h5uWTusgMyFs", "study": + "B8afHJsbqkAP", "study_name": "Cognitive Benefits of Social Dancing and Walking + in Old Age: The Dancing Mind Randomized Controlled Trial", "analysis_name": + "Allocation group walking (n = 55)", "study_year": 2016, "authors": "D. Merom; + A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_KRep6Pipdtrz", "note": + {"included": true, "older_adults": true}, "analysis": "KRep6Pipdtrz", "study": + "B8afHJsbqkAP", "study_name": "Cognitive Benefits of Social Dancing and Walking + in Old Age: The Dancing Mind Randomized Controlled Trial", "analysis_name": + "T3\u2013T2 between-groups difference", "study_year": 2016, "authors": "D. + Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey", + "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_Src4mRw5tVGr", + "note": {"included": true, "older_adults": true}, "analysis": "Src4mRw5tVGr", + "study": "B8afHJsbqkAP", "study_name": "Cognitive Benefits of Social Dancing + and Walking in Old Age: The Dancing Mind Randomized Controlled Trial", "analysis_name": + "group (treatment received \t6 walk coded 0, Dance coded 1) by time (baseline, + delayed baseline, T3) interaction term in random effects model", "study_year": + 2016, "authors": "D. Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. + McNeill; K. Anstey", "publication": "Frontiers in Aging Neuroscience"}, {"id": + "mmaYdBWkKPoQ_BW7vCMz5xr4X", "note": {"included": true, "older_adults": true}, + "analysis": "BW7vCMz5xr4X", "study": "B8afHJsbqkAP", "study_name": "Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial", "analysis_name": "T3 vs. T2 one-tailed within-groups test + for improvement", "study_year": 2016, "authors": "D. Merom; A. Grunseit; R. + Eramudugolla; B. Jefferis; J. McNeill; K. Anstey", "publication": "Frontiers + in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_MC67oYx4wCh5", "note": {"included": + true, "older_adults": true}, "analysis": "MC67oYx4wCh5", "study": "B8afHJsbqkAP", + "study_name": "Cognitive Benefits of Social Dancing and Walking in Old Age: + The Dancing Mind Randomized Controlled Trial", "analysis_name": "adjusted + intervention effect using Generalized Linear Model with random effects", "study_year": + 2016, "authors": "D. Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. + McNeill; K. Anstey", "publication": "Frontiers in Aging Neuroscience"}, {"id": + "mmaYdBWkKPoQ_Q25ACBWeNS4H", "note": {"included": true, "older_adults": true}, + "analysis": "Q25ACBWeNS4H", "study": "D7ANhxTZR4em", "study_name": "Neural + and Behavioral Effects of an Adaptive Online Verbal Working Memory Training + in Healthy Middle-Aged Adults", "analysis_name": "t2", "study_year": 2019, + "authors": "M\u00f3nica Emch; I. Ripp; Qiong Wu; I. Yakushev; K. Koch", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_gjAmGsCZoKdo", "note": + {"included": true, "older_adults": true}, "analysis": "gjAmGsCZoKdo", "study": + "D7ANhxTZR4em", "study_name": "Neural and Behavioral Effects of an Adaptive + Online Verbal Working Memory Training in Healthy Middle-Aged Adults", "analysis_name": + "t3", "study_year": 2019, "authors": "M\u00f3nica Emch; I. Ripp; Qiong Wu; + I. Yakushev; K. Koch", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_vfu92dAgt5NK", "note": {"included": true, "older_adults": + true}, "analysis": "vfu92dAgt5NK", "study": "DLLcNXKNqJZM", "study_name": + "Increased neural differentiation after a single session of aerobic exercise + in older adults", "analysis_name": "Cerebellum", "study_year": 2023, "authors": + "J. Purcell; R. Wiley; Junyeon Won; Daniel D. Callow; Lauren Weiss; Alfonso + J Alfini; Yi Wei; J. Carson Smith", "publication": "Neurobiology of Aging"}, + {"id": "mmaYdBWkKPoQ_iPoBJfZrnenZ", "note": {"included": true, "older_adults": + true}, "analysis": "iPoBJfZrnenZ", "study": "DLLcNXKNqJZM", "study_name": + "Increased neural differentiation after a single session of aerobic exercise + in older adults", "analysis_name": "Cerebrum", "study_year": 2023, "authors": + "J. Purcell; R. Wiley; Junyeon Won; Daniel D. Callow; Lauren Weiss; Alfonso + J Alfini; Yi Wei; J. Carson Smith", "publication": "Neurobiology of Aging"}, + {"id": "mmaYdBWkKPoQ_279rWYbbqJwj", "note": {"included": true, "older_adults": + true}, "analysis": "279rWYbbqJwj", "study": "DXC84L9Pm7Pw", "study_name": + "Alterations in conflict monitoring are related to functional connectivity + in Parkinson''s disease", "analysis_name": "tbl1", "study_year": 2016, "authors": + "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; + Jeffrey M Hausdorff", "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_FTDtuEq6ixaZ", + "note": {"included": true, "older_adults": true}, "analysis": "FTDtuEq6ixaZ", + "study": "DXC84L9Pm7Pw", "study_name": "Alterations in conflict monitoring + are related to functional connectivity in Parkinson''s disease", "analysis_name": + "Increased connectivity for the incongruent condition", "study_year": 2016, + "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat + Mirelman; Jeffrey M Hausdorff", "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_Ep3hSLniHzc7", + "note": {"included": true, "older_adults": true}, "analysis": "Ep3hSLniHzc7", + "study": "DXC84L9Pm7Pw", "study_name": "Alterations in conflict monitoring + are related to functional connectivity in Parkinson''s disease", "analysis_name": + "Patients with PD", "study_year": 2016, "authors": "Keren Rosenberg-Katz; + Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey M Hausdorff", + "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_Z4aELpy43zHL", "note": {"included": + true, "older_adults": true}, "analysis": "Z4aELpy43zHL", "study": "DXC84L9Pm7Pw", + "study_name": "Alterations in conflict monitoring are related to functional + connectivity in Parkinson''s disease", "analysis_name": "Healthy controls", + "study_year": 2016, "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; + Nir Giladi; Anat Mirelman; Jeffrey M Hausdorff", "publication": "Cortex"}, + {"id": "mmaYdBWkKPoQ_RDjFJxariUgs", "note": {"included": true, "older_adults": + true}, "analysis": "RDjFJxariUgs", "study": "DXC84L9Pm7Pw", "study_name": + "Alterations in conflict monitoring are related to functional connectivity + in Parkinson''s disease", "analysis_name": "Increased connectivity for the + congruent condition", "study_year": 2016, "authors": "Keren Rosenberg-Katz; + Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey M Hausdorff", + "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_HFaRxBDW2Xhe", "note": {"included": + true, "older_adults": true}, "analysis": "HFaRxBDW2Xhe", "study": "DXC84L9Pm7Pw", + "study_name": "Alterations in conflict monitoring are related to functional + connectivity in Parkinson''s disease", "analysis_name": "Patients with PD-2", + "study_year": 2016, "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; + Nir Giladi; Anat Mirelman; Jeffrey M Hausdorff", "publication": "Cortex"}, + {"id": "mmaYdBWkKPoQ_jqeUA5Yaf3Gu", "note": {"included": true, "older_adults": + true}, "analysis": "jqeUA5Yaf3Gu", "study": "DXC84L9Pm7Pw", "study_name": + "Alterations in conflict monitoring are related to functional connectivity + in Parkinson''s disease", "analysis_name": "Healthy controls-2", "study_year": + 2016, "authors": "Keren Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; + Anat Mirelman; Jeffrey M Hausdorff", "publication": "Cortex"}, {"id": "mmaYdBWkKPoQ_XTVAwNVWm5iq", + "note": {"included": true, "older_adults": true}, "analysis": "XTVAwNVWm5iq", + "study": "DbLDoRQi3NZu", "study_name": "Resting-state functional brain connectivity + in a predominantly African-American sample of older adults: exploring links + among personality traits, cognitive performance, and the default mode network", + "analysis_name": "Regions where RSFC with the PCC was associated with openness", + "study_year": 2020, "authors": "N. Crane; J. Hayes; Raymond P. Viviano; T. + Bogg; J. Damoiseaux", "publication": "Personality Neuroscience"}, {"id": "mmaYdBWkKPoQ_nGdpEngE7QvZ", + "note": {"included": true, "older_adults": true}, "analysis": "nGdpEngE7QvZ", + "study": "F6PeZrTfbtKs", "study_name": "Cognitive Control Network Homogeneity + and Executive Functions in Late-Life Depression.", "analysis_name": "Increased + ReHo", "study_year": 2019, "authors": "M. Respino; M. Hoptman; L. Victoria; + G. Alexopoulos; N. Solomonov; Aliza T. Stein; Maria Coluccio; S. Morimoto; + Chloe Blau; Lila Abreu; K. Burdick; C. Liston; F. Gunning", "publication": + "Biological Psychiatry: Cognitive Neuroscience and Neuroimaging"}, {"id": + "mmaYdBWkKPoQ_ASc8eJJNsEKq", "note": {"included": true, "older_adults": true}, + "analysis": "ASc8eJJNsEKq", "study": "F6PeZrTfbtKs", "study_name": "Cognitive + Control Network Homogeneity and Executive Functions in Late-Life Depression.", + "analysis_name": "ACC ReHo-Seeded FC", "study_year": 2019, "authors": "M. + Respino; M. Hoptman; L. Victoria; G. Alexopoulos; N. Solomonov; Aliza T. Stein; + Maria Coluccio; S. Morimoto; Chloe Blau; Lila Abreu; K. Burdick; C. Liston; + F. Gunning", "publication": "Biological Psychiatry: Cognitive Neuroscience + and Neuroimaging"}, {"id": "mmaYdBWkKPoQ_L4B3fGGwHiMW", "note": {"included": + true, "older_adults": true}, "analysis": "L4B3fGGwHiMW", "study": "GftJQhHBhcAG", + "study_name": "Alerting, Orienting, and Executive Control: The Effect of Bilingualism + and Age on the Subcomponents of Attention", "analysis_name": "Alerting", "study_year": + 2019, "authors": "Tanya Dash; P. Berroir; Y. Joanette; A. Ansaldo", "publication": + "Frontiers in Neurology"}, {"id": "mmaYdBWkKPoQ_hzjTKj3hAAyh", "note": {"included": + true, "older_adults": true}, "analysis": "hzjTKj3hAAyh", "study": "GftJQhHBhcAG", + "study_name": "Alerting, Orienting, and Executive Control: The Effect of Bilingualism + and Age on the Subcomponents of Attention", "analysis_name": "Orienting", + "study_year": 2019, "authors": "Tanya Dash; P. Berroir; Y. Joanette; A. Ansaldo", + "publication": "Frontiers in Neurology"}, {"id": "mmaYdBWkKPoQ_p9UieEfJ7TXy", + "note": {"included": true, "older_adults": true}, "analysis": "p9UieEfJ7TXy", + "study": "GftJQhHBhcAG", "study_name": "Alerting, Orienting, and Executive + Control: The Effect of Bilingualism and Age on the Subcomponents of Attention", + "analysis_name": "Executive control\u2227", "study_year": 2019, "authors": + "Tanya Dash; P. Berroir; Y. Joanette; A. Ansaldo", "publication": "Frontiers + in Neurology"}, {"id": "mmaYdBWkKPoQ_UrsXEWrnCFiL", "note": {"included": true, + "older_adults": false}, "analysis": "UrsXEWrnCFiL", "study": "J6QdYVwZWddF", + "study_name": "Alteration of brain function and systemic inflammatory tone + in older adults by decreasing the dietary palmitic acid intake", "analysis_name": + "Salience Network Anterior Insula Right", "study_year": 2023, "authors": "J. + Dumas; J. Bunn; M. Lamantia; Catherine McIsaac; Anna Senft Miller; Olivia + Nop; Abigail Testo; Bruno P Soares; M. Mank; M. Poynter; C. Lawrence Kien", + "publication": "Aging Brain"}, {"id": "mmaYdBWkKPoQ_makhT3USeuUz", "note": + {"included": true, "older_adults": null}, "analysis": "makhT3USeuUz", "study": + "K7AyYJwUj5ML", "study_name": "Attention-Related Brain Activation Is Altered + in Older Adults With White Matter Hyperintensities Using Multi-Echo fMRI", + "analysis_name": "Main effect of HOA (HOA > HYA)", "study_year": 2018, "authors": + "Sarah Atwi; Arron W. S. Metcalfe; Andrew Donald Robertson; J. Rezmovitz; + N. Anderson; B. MacIntosh", "publication": "Frontiers in Neuroscience"}, {"id": + "mmaYdBWkKPoQ_7jbCLbdhWXyo", "note": {"included": true, "older_adults": null}, + "analysis": "7jbCLbdhWXyo", "study": "K7AyYJwUj5ML", "study_name": "Attention-Related + Brain Activation Is Altered in Older Adults With White Matter Hyperintensities + Using Multi-Echo fMRI", "analysis_name": "Main effect of HOA (HOA > WMH)", + "study_year": 2018, "authors": "Sarah Atwi; Arron W. S. Metcalfe; Andrew Donald + Robertson; J. Rezmovitz; N. Anderson; B. MacIntosh", "publication": "Frontiers + in Neuroscience"}, {"id": "mmaYdBWkKPoQ_qwTGEGvszp3S", "note": {"included": + true, "older_adults": null}, "analysis": "qwTGEGvszp3S", "study": "K7AyYJwUj5ML", + "study_name": "Attention-Related Brain Activation Is Altered in Older Adults + With White Matter Hyperintensities Using Multi-Echo fMRI", "analysis_name": + "Main effect of HYA (HYA > WMH)", "study_year": 2018, "authors": "Sarah Atwi; + Arron W. S. Metcalfe; Andrew Donald Robertson; J. Rezmovitz; N. Anderson; + B. MacIntosh", "publication": "Frontiers in Neuroscience"}, {"id": "mmaYdBWkKPoQ_qLP3N7ZSjHDa", + "note": {"included": true, "older_adults": null}, "analysis": "qLP3N7ZSjHDa", + "study": "K7AyYJwUj5ML", "study_name": "Attention-Related Brain Activation + Is Altered in Older Adults With White Matter Hyperintensities Using Multi-Echo + fMRI", "analysis_name": "Main effect of WMH (WMH > HYA)", "study_year": 2018, + "authors": "Sarah Atwi; Arron W. S. Metcalfe; Andrew Donald Robertson; J. + Rezmovitz; N. Anderson; B. MacIntosh", "publication": "Frontiers in Neuroscience"}, + {"id": "mmaYdBWkKPoQ_H4P37vrhByGj", "note": {"included": true, "older_adults": + null}, "analysis": "H4P37vrhByGj", "study": "KB9ULDPpASvH", "study_name": + "Age-related reorganization of functional networks for successful conflict + resolution: A combined functional and structural MRI study", "analysis_name": + "Stroop\u2013mixed response blocks - Older > young (parsed)", "study_year": + 2011, "authors": "T. Schulte; E. M\u00fcller-Oehring; S. Chanraud; M. Rosenbloom; + A. Pfefferbaum; E. Sullivan", "publication": "Neurobiology of Aging"}, {"id": + "mmaYdBWkKPoQ_adceCdxh7GrE", "note": {"included": true, "older_adults": null}, + "analysis": "adceCdxh7GrE", "study": "KB9ULDPpASvH", "study_name": "Age-related + reorganization of functional networks for successful conflict resolution: + A combined functional and structural MRI study", "analysis_name": "Older > + young", "study_year": 2011, "authors": "T. Schulte; E. M\u00fcller-Oehring; + S. Chanraud; M. Rosenbloom; A. Pfefferbaum; E. Sullivan", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_XdkWgTypNpxR", "note": {"included": true, + "older_adults": null}, "analysis": "XdkWgTypNpxR", "study": "KB9ULDPpASvH", + "study_name": "Age-related reorganization of functional networks for successful + conflict resolution: A combined functional and structural MRI study", "analysis_name": + "Young > older", "study_year": 2011, "authors": "T. Schulte; E. M\u00fcller-Oehring; + S. Chanraud; M. Rosenbloom; A. Pfefferbaum; E. Sullivan", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_rwMnt7TVNJeu", "note": {"included": true, + "older_adults": null}, "analysis": "rwMnt7TVNJeu", "study": "KB9ULDPpASvH", + "study_name": "Age-related reorganization of functional networks for successful + conflict resolution: A combined functional and structural MRI study", "analysis_name": + "(A) Incongruent-Nonmatch versus Incongruent-Match", "study_year": 2011, "authors": + "T. Schulte; E. M\u00fcller-Oehring; S. Chanraud; M. Rosenbloom; A. Pfefferbaum; + E. Sullivan", "publication": "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_DXoBdSjLCusi", + "note": {"included": true, "older_adults": null}, "analysis": "DXoBdSjLCusi", + "study": "KB9ULDPpASvH", "study_name": "Age-related reorganization of functional + networks for successful conflict resolution: A combined functional and structural + MRI study", "analysis_name": "(B) Congruent-Nonmatch versus Congruent-Match", + "study_year": 2011, "authors": "T. Schulte; E. M\u00fcller-Oehring; S. Chanraud; + M. Rosenbloom; A. Pfefferbaum; E. Sullivan", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_qgJqqLt2qdmD", "note": {"included": true, + "older_adults": null}, "analysis": "qgJqqLt2qdmD", "study": "KD47mLc3nr76", + "study_name": "Neural patterns underlying the effect of negative distractors + on working memory in older adults", "analysis_name": "Cognitive load main + effect: younger adults", "study_year": 2017, "authors": "Noga Oren; E. Ash; + R. Tarrasch; T. Hendler; Nir Giladi; I. Shapira-Lichter", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_p7LZp7MWBGhV", "note": {"included": true, + "older_adults": null}, "analysis": "p7LZp7MWBGhV", "study": "KD47mLc3nr76", + "study_name": "Neural patterns underlying the effect of negative distractors + on working memory in older adults", "analysis_name": "Cognitive load main + effect: older adults", "study_year": 2017, "authors": "Noga Oren; E. Ash; + R. Tarrasch; T. Hendler; Nir Giladi; I. Shapira-Lichter", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_eRjzSZtCyBMT", "note": {"included": true, + "older_adults": null}, "analysis": "eRjzSZtCyBMT", "study": "KD47mLc3nr76", + "study_name": "Neural patterns underlying the effect of negative distractors + on working memory in older adults", "analysis_name": "Cognitive load by group + interaction", "study_year": 2017, "authors": "Noga Oren; E. Ash; R. Tarrasch; + T. Hendler; Nir Giladi; I. Shapira-Lichter", "publication": "Neurobiology + of Aging"}, {"id": "mmaYdBWkKPoQ_6CqY8NqHDkeX", "note": {"included": true, + "older_adults": null}, "analysis": "6CqY8NqHDkeX", "study": "LLBcP7j4zJcB", + "study_name": "Deficient prefrontal attentional control in late-life generalized + anxiety disorder: an fMRI investigation", "analysis_name": "NAC>GAD", "study_year": + 2011, "authors": "Rebecca B. Price; Rebecca B. Price; Dana A. Eldreth; Jan + Mohlman", "publication": "Translational Psychiatry"}, {"id": "mmaYdBWkKPoQ_atfmcWhnSbQv", + "note": {"included": true, "older_adults": null}, "analysis": "atfmcWhnSbQv", + "study": "LLBcP7j4zJcB", "study_name": "Deficient prefrontal attentional control + in late-life generalized anxiety disorder: an fMRI investigation", "analysis_name": + "GAD>NAC", "study_year": 2011, "authors": "Rebecca B. Price; Rebecca B. Price; + Dana A. Eldreth; Jan Mohlman", "publication": "Translational Psychiatry"}, + {"id": "mmaYdBWkKPoQ_keNkjQUf4ujs", "note": {"included": true, "older_adults": + null}, "analysis": "keNkjQUf4ujs", "study": "LLBcP7j4zJcB", "study_name": + "Deficient prefrontal attentional control in late-life generalized anxiety + disorder: an fMRI investigation", "analysis_name": "GAD group", "study_year": + 2011, "authors": "Rebecca B. Price; Rebecca B. Price; Dana A. Eldreth; Jan + Mohlman", "publication": "Translational Psychiatry"}, {"id": "mmaYdBWkKPoQ_prndLAY2crii", + "note": {"included": true, "older_adults": null}, "analysis": "prndLAY2crii", + "study": "LLBcP7j4zJcB", "study_name": "Deficient prefrontal attentional control + in late-life generalized anxiety disorder: an fMRI investigation", "analysis_name": + "NAC group", "study_year": 2011, "authors": "Rebecca B. Price; Rebecca B. + Price; Dana A. Eldreth; Jan Mohlman", "publication": "Translational Psychiatry"}, + {"id": "mmaYdBWkKPoQ_GkaqPhSoeXMs", "note": {"included": true, "older_adults": + null}, "analysis": "GkaqPhSoeXMs", "study": "LLBcP7j4zJcB", "study_name": + "Deficient prefrontal attentional control in late-life generalized anxiety + disorder: an fMRI investigation", "analysis_name": "GAD group-2", "study_year": + 2011, "authors": "Rebecca B. Price; Rebecca B. Price; Dana A. Eldreth; Jan + Mohlman", "publication": "Translational Psychiatry"}, {"id": "mmaYdBWkKPoQ_nTYCPCYSjurQ", + "note": {"included": true, "older_adults": null}, "analysis": "nTYCPCYSjurQ", + "study": "LLBcP7j4zJcB", "study_name": "Deficient prefrontal attentional control + in late-life generalized anxiety disorder: an fMRI investigation", "analysis_name": + "NAC group-2", "study_year": 2011, "authors": "Rebecca B. Price; Rebecca B. + Price; Dana A. Eldreth; Jan Mohlman", "publication": "Translational Psychiatry"}, + {"id": "mmaYdBWkKPoQ_aToFKTuakZhQ", "note": {"included": true, "older_adults": + null}, "analysis": "aToFKTuakZhQ", "study": "LhDecKrEtm2v", "study_name": + "Overall reductions in functional brain activation are associated with falls + in older adults: an fMRI study", "analysis_name": "t2", "study_year": 2013, + "authors": "L. Nagamatsu; L. Boyd; C. Hsu; T. Handy; T. Liu-Ambrose", "publication": + "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_V32g8oGc4msv", "note": + {"included": true, "older_adults": null}, "analysis": "V32g8oGc4msv", "study": + "MTNr8YwnKqNv", "study_name": "Age-related differences in the involvement + of the prefrontal cortex in attentional control", "analysis_name": "(A)", + "study_year": 2009, "authors": "R. Prakash; K. Erickson; S. Colcombe; Jennifer + S. Kim; M. Voss; A. Kramer", "publication": "Brain and Cognition"}, {"id": + "mmaYdBWkKPoQ_8H9bobfcJQHk", "note": {"included": true, "older_adults": null}, + "analysis": "8H9bobfcJQHk", "study": "MTNr8YwnKqNv", "study_name": "Age-related + differences in the involvement of the prefrontal cortex in attentional control", + "analysis_name": "(B)", "study_year": 2009, "authors": "R. Prakash; K. Erickson; + S. Colcombe; Jennifer S. Kim; M. Voss; A. Kramer", "publication": "Brain and + Cognition"}, {"id": "mmaYdBWkKPoQ_q3PJS9nnQmyT", "note": {"included": true, + "older_adults": null}, "analysis": "q3PJS9nnQmyT", "study": "NWsVB7HRR89W", + "study_name": "Both left and right posterior parietal activations contribute + to compensatory processes in normal aging", "analysis_name": "T3", "study_year": + 2012, "authors": "Huang CM, Polk TA, Goh JO, Park DC", "publication": "Neuropsychologia"}, + {"id": "mmaYdBWkKPoQ_MeqYCosVNRyN", "note": {"included": true, "older_adults": + null}, "analysis": "MeqYCosVNRyN", "study": "NWsVB7HRR89W", "study_name": + "Both left and right posterior parietal activations contribute to compensatory + processes in normal aging", "analysis_name": "T4", "study_year": 2012, "authors": + "Huang CM, Polk TA, Goh JO, Park DC", "publication": "Neuropsychologia"}, + {"id": "mmaYdBWkKPoQ_ShPoM5QXnUi4", "note": {"included": true, "older_adults": + null}, "analysis": "ShPoM5QXnUi4", "study": "NWsVB7HRR89W", "study_name": + "Both left and right posterior parietal activations contribute to compensatory + processes in normal aging", "analysis_name": "T5", "study_year": 2012, "authors": + "Huang CM, Polk TA, Goh JO, Park DC", "publication": "Neuropsychologia"}, + {"id": "mmaYdBWkKPoQ_aN93d77Wm8Nt", "note": {"included": true, "older_adults": + null}, "analysis": "aN93d77Wm8Nt", "study": "NpyJt4hQWaoo", "study_name": + "Right anterior cerebellum BOLD responses reflect age related changes in Simon + task sequential effects", "analysis_name": "t0010", "study_year": 2018, "authors": + "D. Aisenberg; D. Aisenberg; A. Sapir; Alex Close; A. Henik; G. d''Avossa", + "publication": "Neuropsychologia"}, {"id": "mmaYdBWkKPoQ_N259WfACrE2h", "note": + {"included": true, "older_adults": null}, "analysis": "N259WfACrE2h", "study": + "NpyJt4hQWaoo", "study_name": "Right anterior cerebellum BOLD responses reflect + age related changes in Simon task sequential effects", "analysis_name": "Talairach + Coordinates of the Peaks in the previous target congruency by present target + congruency by time multiple comparison corrected z-transformed map.", "study_year": + 2018, "authors": "D. Aisenberg; D. Aisenberg; A. Sapir; Alex Close; A. Henik; + G. d''Avossa", "publication": "Neuropsychologia"}, {"id": "mmaYdBWkKPoQ_UwjfJnKdFeGK", + "note": {"included": true, "older_adults": null}, "analysis": "UwjfJnKdFeGK", + "study": "PuEBcXVh3amA", "study_name": "Cardiovascular risks and brain function: + a functional magnetic resonance imaging study of executive function in older + adults", "analysis_name": "IncLg > ConLg (High inhibitory executive demand)", + "study_year": 2014, "authors": "Y. Chuang; D. Eldreth; K. Erickson; V. Varma; + Gregory C. Harris; L. Fried; G. Rebok; E. Tanner; M. Carlson", "publication": + "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_Qas43VyZ3kqu", "note": {"included": + true, "older_adults": null}, "analysis": "Qas43VyZ3kqu", "study": "PuEBcXVh3amA", + "study_name": "Cardiovascular risks and brain function: a functional magnetic + resonance imaging study of executive function in older adults", "analysis_name": + "IncSm > ConSm (Low inhibitory executive demand)", "study_year": 2014, "authors": + "Y. Chuang; D. Eldreth; K. Erickson; V. Varma; Gregory C. Harris; L. Fried; + G. Rebok; E. Tanner; M. Carlson", "publication": "Neurobiology of Aging"}, + {"id": "mmaYdBWkKPoQ_qp3vU9aa4TfK", "note": {"included": true, "older_adults": + null}, "analysis": "qp3vU9aa4TfK", "study": "PuEBcXVh3amA", "study_name": + "Cardiovascular risks and brain function: a functional magnetic resonance + imaging study of executive function in older adults", "analysis_name": "IncLg + > ConLg", "study_year": 2014, "authors": "Y. Chuang; D. Eldreth; K. Erickson; + V. Varma; Gregory C. Harris; L. Fried; G. Rebok; E. Tanner; M. Carlson", "publication": + "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_FKfNMTTK33MQ", "note": {"included": + true, "older_adults": null}, "analysis": "FKfNMTTK33MQ", "study": "PuEBcXVh3amA", + "study_name": "Cardiovascular risks and brain function: a functional magnetic + resonance imaging study of executive function in older adults", "analysis_name": + "IncSm > ConSm", "study_year": 2014, "authors": "Y. Chuang; D. Eldreth; K. + Erickson; V. Varma; Gregory C. Harris; L. Fried; G. Rebok; E. Tanner; M. Carlson", + "publication": "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_ceQR9YdiACKJ", + "note": {"included": true, "older_adults": null}, "analysis": "ceQR9YdiACKJ", + "study": "TuXKJVc4rRe6", "study_name": "Neurocompensatory Effects of the Default + Network in Older Adults", "analysis_name": "t2", "study_year": 2018, "authors": + "B. Duda; L. Sweet; E. Hallowell; M. Owens", "publication": "Frontiers in + Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_spatwz2hcKjM", "note": {"included": + true, "older_adults": null}, "analysis": "spatwz2hcKjM", "study": "USmkQKvjXZpr", + "study_name": "Task-related changes in degree centrality and local coherence + of the posterior cingulate cortex after major cardiac surgery in older adults.", + "analysis_name": "644", "study_year": 2017, "authors": "Browndyke, Jeffrey + N;Berger, Miles;Smith, Patrick J;Harshbarger, Todd B;Monge, Zachary A;Panchal, + Viral;Bisanar, Tiffany L;Glower, Donald D;Alexander, John H;Cabeza, Roberto;Welsh-Bohmer, + Kathleen;Newman, Mark F;Mathew, Joseph P", "publication": "Human brain mapping"}, + {"id": "mmaYdBWkKPoQ_imDdj5EjuGMS", "note": {"included": true, "older_adults": + null}, "analysis": "imDdj5EjuGMS", "study": "USmkQKvjXZpr", "study_name": + "Task-related changes in degree centrality and local coherence of the posterior + cingulate cortex after major cardiac surgery in older adults.", "analysis_name": + "645", "study_year": 2017, "authors": "Browndyke, Jeffrey N;Berger, Miles;Smith, + Patrick J;Harshbarger, Todd B;Monge, Zachary A;Panchal, Viral;Bisanar, Tiffany + L;Glower, Donald D;Alexander, John H;Cabeza, Roberto;Welsh-Bohmer, Kathleen;Newman, + Mark F;Mathew, Joseph P", "publication": "Human brain mapping"}, {"id": "mmaYdBWkKPoQ_QJmnapvQwDne", + "note": {"included": true, "older_adults": null}, "analysis": "QJmnapvQwDne", + "study": "YWyEc2qs4zFE", "study_name": "Exploring the relationship between + physical activity and cognitive function: an fMRI pilot study in young and + older adults", "analysis_name": "Older adults vs. young adults", "study_year": + 2024, "authors": "Jie Feng; Huiqi Song; Yingying Wang; Qichen Zhou; Chenglin + Zhou; Jing Jin", "publication": "Frontiers in Public Health"}, {"id": "mmaYdBWkKPoQ_HjeyoZnHdoeX", + "note": {"included": true, "older_adults": null}, "analysis": "HjeyoZnHdoeX", + "study": "YWyEc2qs4zFE", "study_name": "Exploring the relationship between + physical activity and cognitive function: an fMRI pilot study in young and + older adults", "analysis_name": "Young adults: physically inactive vs. physically + active", "study_year": 2024, "authors": "Jie Feng; Huiqi Song; Yingying Wang; + Qichen Zhou; Chenglin Zhou; Jing Jin", "publication": "Frontiers in Public + Health"}, {"id": "mmaYdBWkKPoQ_8NGcEDFiVeeL", "note": {"included": true, "older_adults": + null}, "analysis": "8NGcEDFiVeeL", "study": "YWyEc2qs4zFE", "study_name": + "Exploring the relationship between physical activity and cognitive function: + an fMRI pilot study in young and older adults", "analysis_name": "Older adults: + physically inactive vs. physically active", "study_year": 2024, "authors": + "Jie Feng; Huiqi Song; Yingying Wang; Qichen Zhou; Chenglin Zhou; Jing Jin", + "publication": "Frontiers in Public Health"}, {"id": "mmaYdBWkKPoQ_VJBfuhYRpoRj", + "note": {"included": true, "older_adults": true}, "analysis": "VJBfuhYRpoRj", + "study": "a58oyzcbbGaZ", "study_name": "Neural correlates of training and + transfer effects in working memory in older adults", "analysis_name": "0-back + (k>86, alphasim-corr.)", "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; + P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_FvLnFXTotMKR", "note": {"included": true, + "older_adults": true}, "analysis": "FvLnFXTotMKR", "study": "a58oyzcbbGaZ", + "study_name": "Neural correlates of training and transfer effects in working + memory in older adults", "analysis_name": "1-back (k>81, alphasim-corr.)", + "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_QQbEritoha3C", "note": {"included": true, "older_adults": + true}, "analysis": "QQbEritoha3C", "study": "a58oyzcbbGaZ", "study_name": + "Neural correlates of training and transfer effects in working memory in older + adults", "analysis_name": "2-back (k>85, alphasim-corr.)", "study_year": 2016, + "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; + M. Rapp; C. Stelzel", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_UNoj4wZpgrcY", + "note": {"included": true, "older_adults": true}, "analysis": "UNoj4wZpgrcY", + "study": "a58oyzcbbGaZ", "study_name": "Neural correlates of training and + transfer effects in working memory in older adults", "analysis_name": "3-back + (k>86, alphasim-corr.)", "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; + P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": + "NeuroImage"}, {"id": "mmaYdBWkKPoQ_TWJRTm6n5fbY", "note": {"included": true, + "older_adults": true}, "analysis": "TWJRTm6n5fbY", "study": "a58oyzcbbGaZ", + "study_name": "Neural correlates of training and transfer effects in working + memory in older adults", "analysis_name": "1- & 2-back (k>90, alphasim-corr.)", + "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_JhnR6UwWtQUF", "note": {"included": true, "older_adults": + true}, "analysis": "JhnR6UwWtQUF", "study": "a58oyzcbbGaZ", "study_name": + "Neural correlates of training and transfer effects in working memory in older + adults", "analysis_name": "Sternberg maintenance 3 & 5 (k>57, alphasim-corr.)", + "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_ZxUBwFW9JQiS", "note": {"included": true, "older_adults": + true}, "analysis": "ZxUBwFW9JQiS", "study": "a58oyzcbbGaZ", "study_name": + "Neural correlates of training and transfer effects in working memory in older + adults", "analysis_name": "Sternberg updating 3 & 5 (k>63, alphasim-corr.)", + "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; A. Heinz; + H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_fFFmxGy6SayS", "note": {"included": true, "older_adults": + true}, "analysis": "fFFmxGy6SayS", "study": "a58oyzcbbGaZ", "study_name": + "Neural correlates of training and transfer effects in working memory in older + adults", "analysis_name": "Sternberg updating 3 & 5 \u2014 overlap with 1- + & 2-back", "study_year": 2016, "authors": "S. Heinzel; R. Lorenz; P. Pelz; + A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel", "publication": "NeuroImage"}, + {"id": "mmaYdBWkKPoQ_JJJPwo4inShT", "note": {"included": true, "older_adults": + true}, "analysis": "JJJPwo4inShT", "study": "ar9DTVHs9PAf", "study_name": + "Neural correlates of the sound facilitation effect in the modified Simon + task in older adults", "analysis_name": "t1", "study_year": 2023, "authors": + "A. Manelis; Hang Hu; R. Miceli; S. Satz; M. Schwalbe", "publication": "Frontiers + in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_FVSni8CA2TDq", "note": {"included": + true, "older_adults": true}, "analysis": "FVSni8CA2TDq", "study": "ar9DTVHs9PAf", + "study_name": "Neural correlates of the sound facilitation effect in the modified + Simon task in older adults", "analysis_name": "The interaction effect of Congruency-by-Sound + on brain activation.", "study_year": 2023, "authors": "A. Manelis; Hang Hu; + R. Miceli; S. Satz; M. Schwalbe", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_9V93q5B5j3FW", "note": {"included": true, "older_adults": + true}, "analysis": "9V93q5B5j3FW", "study": "bTcccVjH7ku6", "study_name": + "Cardiorespiratory Fitness and Attentional Control in the Aging Brain", "analysis_name": + "INCONGRUENT-ELIGIBLE\u2009>\u2009NEUTRAL CONTRAST", "study_year": 2011, "authors": + "R. Prakash; M. Voss; Kirk I. Erickson; Jason M. Lewis; L. Chaddock; E. Malkowski; + H. Alves; Jennifer S. Kim; A. Szabo; S. White; T. W\u00f3jcicki; E. Klamm; + E. McAuley; A. F. Kramer", "publication": "Frontiers in Human Neuroscience"}, + {"id": "mmaYdBWkKPoQ_YUTkZWwqFRD6", "note": {"included": true, "older_adults": + true}, "analysis": "YUTkZWwqFRD6", "study": "bTcccVjH7ku6", "study_name": + "Cardiorespiratory Fitness and Attentional Control in the Aging Brain", "analysis_name": + "INCONGRUENT-INELIGIBLE\u2009>\u2009NEUTRAL CONTRAST", "study_year": 2011, + "authors": "R. Prakash; M. Voss; Kirk I. Erickson; Jason M. Lewis; L. Chaddock; + E. Malkowski; H. Alves; Jennifer S. Kim; A. Szabo; S. White; T. W\u00f3jcicki; + E. Klamm; E. McAuley; A. F. Kramer", "publication": "Frontiers in Human Neuroscience"}, + {"id": "mmaYdBWkKPoQ_avgnNbVgWFAe", "note": {"included": true, "older_adults": + true}, "analysis": "avgnNbVgWFAe", "study": "bTcccVjH7ku6", "study_name": + "Cardiorespiratory Fitness and Attentional Control in the Aging Brain", "analysis_name": + "Local maxima of cortical regions identified during the incongruent-eligible\u2009>\u2009incongruent-ineligible + contrast that showed a positive association with cardiorespiratory fitness.", + "study_year": 2011, "authors": "R. Prakash; M. Voss; Kirk I. Erickson; Jason + M. Lewis; L. Chaddock; E. Malkowski; H. Alves; Jennifer S. Kim; A. Szabo; + S. White; T. W\u00f3jcicki; E. Klamm; E. McAuley; A. F. Kramer", "publication": + "Frontiers in Human Neuroscience"}, {"id": "mmaYdBWkKPoQ_mKw3WPRryuYB", "note": + {"included": true, "older_adults": true}, "analysis": "mKw3WPRryuYB", "study": + "doWyCNdwkmwY", "study_name": "Effects of Transcranial Direct Current Stimulation + Paired With Cognitive Training on Functional Connectivity of the Working Memory + Network in Older Adults", "analysis_name": "MNI coordinates for each ROI and + radius of sphere.", "study_year": 2019, "authors": "N. Nissim; A. O''Shea; + A. Indahlastari; Jessica N. Kraft; Olivia von Mering; S. Aksu; E. Porges; + R. Cohen; A. Woods", "publication": "Frontiers in Aging Neuroscience"}, {"id": + "mmaYdBWkKPoQ_jJ3MLhiNBeG9", "note": {"included": true, "older_adults": true}, + "analysis": "jJ3MLhiNBeG9", "study": "dvZXoTaieJdA", "study_name": "Independent + Contributions of Dorsolateral Prefrontal Structure and Function to Working + Memory in Healthy Older Adults.", "analysis_name": "Left DLPFC", "study_year": + 2020, "authors": "N. Evangelista; A. O''Shea; Jessica N. Kraft; Hanna K. Hausman; + Emanuel M. Boutzoukas; N. Nissim; Alejandro Albizu; Cheshire Hardcastle; Emily + J. Van Etten; P. Bharadwaj; Samantha G. Smith; Hyun Song; G. Hishaw; S. DeKosky; + S. Wu; E. Porges; G. Alexander; M. Marsiske; R. Cohen; A. Woods", "publication": + "Cerebral Cortex"}, {"id": "mmaYdBWkKPoQ_x5Wpn6YTrAwZ", "note": {"included": + true, "older_adults": true}, "analysis": "x5Wpn6YTrAwZ", "study": "dvZXoTaieJdA", + "study_name": "Independent Contributions of Dorsolateral Prefrontal Structure + and Function to Working Memory in Healthy Older Adults.", "analysis_name": + "Right DLPFC", "study_year": 2020, "authors": "N. Evangelista; A. O''Shea; + Jessica N. Kraft; Hanna K. Hausman; Emanuel M. Boutzoukas; N. Nissim; Alejandro + Albizu; Cheshire Hardcastle; Emily J. Van Etten; P. Bharadwaj; Samantha G. + Smith; Hyun Song; G. Hishaw; S. DeKosky; S. Wu; E. Porges; G. Alexander; M. + Marsiske; R. Cohen; A. Woods", "publication": "Cerebral Cortex"}, {"id": "mmaYdBWkKPoQ_zA7LJTYYzMX8", + "note": {"included": true, "older_adults": true}, "analysis": "zA7LJTYYzMX8", + "study": "eJGXCqvZxzoM", "study_name": "Task-Switching Performance Improvements + After Tai Chi Chuan Training Are Associated With Greater Prefrontal Activation + in Older Adults", "analysis_name": "Peak Montreal Neurological Institute (MNI) + coordinates and activation details in frontoparietal regions identified in + the disjunction map of the Switch > Non-switch contrast across groups and + time points.", "study_year": 2018, "authors": "Meng-Tien Wu; P. Tang; J. Goh; + Tai-Li Chou; Yu-Kai Chang; Y. Hsu; Yu\u2010Jen Chen; N. Chen; W. Tseng; S. + Gau; M. Chiu; C. Lan", "publication": "Frontiers in Aging Neuroscience"}, + {"id": "mmaYdBWkKPoQ_HDMHRg8x9vuJ", "note": {"included": true, "older_adults": + true}, "analysis": "HDMHRg8x9vuJ", "study": "imZpjSehcmEM", "study_name": + "Relationships between years of education, regional grey matter volumes, and + working memory-related brain activity in healthy older adults.", "analysis_name": + "43131", "study_year": 2017, "authors": "Boller B, Mellah S, Ducharme-Laliberte + G, Belleville S", "publication": "Brain imaging and behavior"}, {"id": "mmaYdBWkKPoQ_4izjnm8F7JSf", + "note": {"included": true, "older_adults": true}, "analysis": "4izjnm8F7JSf", + "study": "imZpjSehcmEM", "study_name": "Relationships between years of education, + regional grey matter volumes, and working memory-related brain activity in + healthy older adults.", "analysis_name": "43132", "study_year": 2017, "authors": + "Boller B, Mellah S, Ducharme-Laliberte G, Belleville S", "publication": "Brain + imaging and behavior"}, {"id": "mmaYdBWkKPoQ_8MBiQ3BctKK5", "note": {"included": + true, "older_adults": true}, "analysis": "8MBiQ3BctKK5", "study": "imZpjSehcmEM", + "study_name": "Relationships between years of education, regional grey matter + volumes, and working memory-related brain activity in healthy older adults.", + "analysis_name": "43133", "study_year": 2017, "authors": "Boller B, Mellah + S, Ducharme-Laliberte G, Belleville S", "publication": "Brain imaging and + behavior"}, {"id": "mmaYdBWkKPoQ_6Yrv5vhXadGZ", "note": {"included": true, + "older_adults": true}, "analysis": "6Yrv5vhXadGZ", "study": "imZpjSehcmEM", + "study_name": "Relationships between years of education, regional grey matter + volumes, and working memory-related brain activity in healthy older adults.", + "analysis_name": "43134", "study_year": 2017, "authors": "Boller B, Mellah + S, Ducharme-Laliberte G, Belleville S", "publication": "Brain imaging and + behavior"}, {"id": "mmaYdBWkKPoQ_QjWwMatAegUV", "note": {"included": true, + "older_adults": null}, "analysis": "QjWwMatAegUV", "study": "kqWunfwffXmQ", + "study_name": "The association between aerobic fitness and executive function + is mediated by prefrontal cortex volume", "analysis_name": "t0010", "study_year": + 2012, "authors": "A. Weinstein; M. Voss; R. Prakash; L. Chaddock; A. Szabo; + S. White; T. W\u00f3jcicki; E. Mailey; E. McAuley; A. Kramer; K. Erickson", + "publication": "Brain, behavior, and immunity"}, {"id": "mmaYdBWkKPoQ_i5yMrDuuJbTT", + "note": {"included": true, "older_adults": null}, "analysis": "i5yMrDuuJbTT", + "study": "o2PMFZ53Gbtj", "study_name": "Relationships between dietary nutrients + intake and lipid levels with functional MRI dorsolateral prefrontal cortex + activation", "analysis_name": "t2-cia-14-043", "study_year": 2018, "authors": + "Huijin Lau; S. Shahar; M. Mohamad; N. Rajab; H. M. Yahya; Normah Che Din; + H. Abdul Hamid", "publication": "Clinical Interventions in Aging"}, {"id": + "mmaYdBWkKPoQ_2aV9Q3HMcTaH", "note": {"included": false, "older_adults": true}, + "analysis": "2aV9Q3HMcTaH", "study": "oCbt6XuWSVvp", "study_name": "5-HT, + prefrontal function and aging: fMRI of inhibition and acute tryptophan depletion", + "analysis_name": "Sham depletion", "study_year": 2009, "authors": "M. Lamar; + W. Cutter; K. Rubia; M. Brammer; E. Daly; M. Craig; A. Cleare; D. Murphy", + "publication": "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_CUb5MyTURi22", + "note": {"included": true, "older_adults": true}, "analysis": "CUb5MyTURi22", + "study": "oCbt6XuWSVvp", "study_name": "5-HT, prefrontal function and aging: + fMRI of inhibition and acute tryptophan depletion", "analysis_name": "Acute + tryptophan depletion", "study_year": 2009, "authors": "M. Lamar; W. Cutter; + K. Rubia; M. Brammer; E. Daly; M. Craig; A. Cleare; D. Murphy", "publication": + "Neurobiology of Aging"}, {"id": "mmaYdBWkKPoQ_Ed5JzUPprX3w", "note": {"included": + true, "older_adults": null}, "analysis": "Ed5JzUPprX3w", "study": "pSDYT3a7AEAF", + "study_name": "Dopamine D2/3 Binding Potential Modulates Neural Signatures + of Working Memory in a Load-Dependent Fashion", "analysis_name": "Regions + from LV1 showing positive BOLD\u2013DA associations", "study_year": 2018, + "authors": "Alireza Salami; D. Garrett; A. W\u00e5hlin; A. Rieckmann; G. Papenberg; + Nina Karalija; Lars S. Jonasson; M. Andersson; J. Axelsson; J. Johansson; + K. Riklund; M. L\u00f6vd\u00e9n; U. Lindenberger; L. B\u00e4ckman; L. Nyberg", + "publication": "Journal of Neuroscience"}, {"id": "mmaYdBWkKPoQ_8my5Qg5ijB6z", + "note": {"included": true, "older_adults": null}, "analysis": "8my5Qg5ijB6z", + "study": "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young adults", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_etMS8uUhGb6H", "note": + {"included": true, "older_adults": null}, "analysis": "etMS8uUhGb6H", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Middle-aged adults", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_wTcTsdwUHJzY", "note": + {"included": true, "older_adults": null}, "analysis": "wTcTsdwUHJzY", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Older adults", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_y3GRK3EwKPro", "note": + {"included": true, "older_adults": null}, "analysis": "y3GRK3EwKPro", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Conjunctions", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_axrDY2xBYsmr", "note": + {"included": true, "older_adults": null}, "analysis": "axrDY2xBYsmr", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young-AND-Middle-aged", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_VoRdQSbArw8k", "note": + {"included": true, "older_adults": null}, "analysis": "VoRdQSbArw8k", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young-AND-Older", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_eTJjFuqBBYpJ", "note": + {"included": true, "older_adults": null}, "analysis": "eTJjFuqBBYpJ", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Middle-aged-AND-Older", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_cmpQLmDE8qZE", "note": + {"included": true, "older_adults": null}, "analysis": "cmpQLmDE8qZE", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Contrasts", "study_year": 2019, + "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_caVGa3vX3DwK", "note": + {"included": true, "older_adults": null}, "analysis": "caVGa3vX3DwK", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young > Middle", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_dRHCBZJ5hsWA", "note": + {"included": true, "older_adults": null}, "analysis": "dRHCBZJ5hsWA", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Young > Older", "study_year": + 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou", + "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_FAo5acHfjGgF", "note": + {"included": true, "older_adults": null}, "analysis": "FAo5acHfjGgF", "study": + "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working memory + task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Middle-aged > Young no suprathreshold + clusters", "study_year": 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_gyhkRiUHyHvt", + "note": {"included": true, "older_adults": null}, "analysis": "gyhkRiUHyHvt", + "study": "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Middle-aged > Older no suprathreshold + clusters", "study_year": 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_fyEpspXdkodg", + "note": {"included": true, "older_adults": null}, "analysis": "fyEpspXdkodg", + "study": "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Older > Young no suprathreshold + clusters", "study_year": 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_ayf5Zayqy6si", + "note": {"included": true, "older_adults": null}, "analysis": "ayf5Zayqy6si", + "study": "qAdPtRwHse6m", "study_name": "Meta-analyses of the n-back working + memory task: fMRI evidence of age-related changes in prefrontal cortex involvement + across the adult lifespan", "analysis_name": "Older > Middle no suprathreshold + clusters", "study_year": 2019, "authors": "Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou", "publication": "NeuroImage"}, {"id": "mmaYdBWkKPoQ_hAzL7cPjEwQU", + "note": {"included": true, "older_adults": null}, "analysis": "hAzL7cPjEwQU", + "study": "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity + between older adults practicing Tai Chi and Water Aerobics: a case\u2013control + study", "analysis_name": "Tai Chi (neutro>congruent)", "study_year": 2024, + "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo + Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": + "Frontiers in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_2LncCjtoDNqs", + "note": {"included": true, "older_adults": null}, "analysis": "2LncCjtoDNqs", + "study": "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity + between older adults practicing Tai Chi and Water Aerobics: a case\u2013control + study", "analysis_name": "WA (neutro>congruent)", "study_year": 2024, "authors": + "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. + Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers + in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_YtvJZ4RkWMzH", "note": + {"included": true, "older_adults": null}, "analysis": "YtvJZ4RkWMzH", "study": + "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "analysis_name": "Tai Chi (incongruent>congruent)", "study_year": 2024, "authors": + "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. + Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers + in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_az6T5uXSfJZd", "note": + {"included": true, "older_adults": null}, "analysis": "az6T5uXSfJZd", "study": + "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "analysis_name": "WA (incongruent>congruent)", "study_year": 2024, "authors": + "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. + Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers + in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_Wa3bkL7jh459", "note": + {"included": true, "older_adults": null}, "analysis": "Wa3bkL7jh459", "study": + "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "analysis_name": "Tai Chi [incongruent>congruent] > [neutro> congruent]", + "study_year": 2024, "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; + R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. + Kozasa", "publication": "Frontiers in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_NRG2Pu8BKhAE", + "note": {"included": true, "older_adults": null}, "analysis": "NRG2Pu8BKhAE", + "study": "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity + between older adults practicing Tai Chi and Water Aerobics: a case\u2013control + study", "analysis_name": "WA [incongruent>congruent] > [neutro>congruent]", + "study_year": 2024, "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; + R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. + Kozasa", "publication": "Frontiers in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_MNnfkViguweB", + "note": {"included": true, "older_adults": null}, "analysis": "MNnfkViguweB", + "study": "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity + between older adults practicing Tai Chi and Water Aerobics: a case\u2013control + study", "analysis_name": "Resting State", "study_year": 2024, "authors": "Ana + Paula Port; Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\u00e3o Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers + in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_gdP6UNTEJL2h", "note": + {"included": true, "older_adults": null}, "analysis": "gdP6UNTEJL2h", "study": + "seKkS4tSq6Bb", "study_name": "Differences in brain connectivity between older + adults practicing Tai Chi and Water Aerobics: a case\u2013control study", + "analysis_name": "N-Back", "study_year": 2024, "authors": "Ana Paula Port; + Artur Jos\u00e9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o + Radvany; D. F. Santaella; E. Kozasa", "publication": "Frontiers in Integrative + Neuroscience"}, {"id": "mmaYdBWkKPoQ_QB9JjFNBaDa9", "note": {"included": true, + "older_adults": null}, "analysis": "QB9JjFNBaDa9", "study": "seKkS4tSq6Bb", + "study_name": "Differences in brain connectivity between older adults practicing + Tai Chi and Water Aerobics: a case\u2013control study", "analysis_name": "Stroop", + "study_year": 2024, "authors": "Ana Paula Port; Artur Jos\u00e9 Marques Paulo; + R. M. de Azevedo Neto; S. Lacerda; Jo\u00e3o Radvany; D. F. Santaella; E. + Kozasa", "publication": "Frontiers in Integrative Neuroscience"}, {"id": "mmaYdBWkKPoQ_55yBZcLuKAuK", + "note": {"included": true, "older_adults": null}, "analysis": "55yBZcLuKAuK", + "study": "ujpp8bg3uiUe", "study_name": "Neural Basis of Enhanced Executive + Function in Older Video Game Players: An fMRI Study", "analysis_name": "Clusters + VGPs activated stronger than NVGPs in incongruent-congruent condition.", "study_year": + 2017, "authors": "Ping Wang; Xing-Ting Zhu; Zhigang Qi; Silin Huang; Huijie + Li", "publication": "Frontiers in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_pwyXbQCgGRqq", + "note": {"included": true, "older_adults": null}, "analysis": "pwyXbQCgGRqq", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Inferior frontal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_8Ky7YarUXVWM", + "note": {"included": true, "older_adults": null}, "analysis": "8Ky7YarUXVWM", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Middle frontal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_rQDqxJZLL9EL", + "note": {"included": true, "older_adults": null}, "analysis": "rQDqxJZLL9EL", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Precentral gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_h66Vj6or9swu", + "note": {"included": true, "older_adults": null}, "analysis": "h66Vj6or9swu", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "SMA", "study_year": 2024, "authors": "Douglas H. Schultz; Alison Gansemer; + Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary R. Savage; + Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_MHMWTnkkZUX5", + "note": {"included": true, "older_adults": null}, "analysis": "MHMWTnkkZUX5", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Superior frontal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_PKfKieER3yez", + "note": {"included": true, "older_adults": null}, "analysis": "PKfKieER3yez", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Angular gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_KVD5v8srBLaT", + "note": {"included": true, "older_adults": null}, "analysis": "KVD5v8srBLaT", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Calcarine gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_9GSfYwc3UEey", + "note": {"included": true, "older_adults": null}, "analysis": "9GSfYwc3UEey", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Inferior parietal lobe", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_hBnfsWTqDEUr", + "note": {"included": true, "older_adults": null}, "analysis": "hBnfsWTqDEUr", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Supramarginal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_punMrzVLkfCn", + "note": {"included": true, "older_adults": null}, "analysis": "punMrzVLkfCn", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Cuneus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison Gansemer; + Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary R. Savage; + Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_hdaFBhk8YYrR", + "note": {"included": true, "older_adults": null}, "analysis": "hdaFBhk8YYrR", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Fusiform gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_7eBgcdF3VtAh", + "note": {"included": true, "older_adults": null}, "analysis": "7eBgcdF3VtAh", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Inferior temporal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_CiqRo4XmPQCE", + "note": {"included": true, "older_adults": null}, "analysis": "CiqRo4XmPQCE", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Middle occipital gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_sGdEsYBd8unj", + "note": {"included": true, "older_adults": null}, "analysis": "sGdEsYBd8unj", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Inferior temporal gyrus-2", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_MeM5ECpkLAWT", + "note": {"included": true, "older_adults": null}, "analysis": "MeM5ECpkLAWT", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Middle temporal gyrus", "study_year": 2024, "authors": "Douglas H. Schultz; + Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; + Cary R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_eiL3fLMNcMFC", + "note": {"included": true, "older_adults": null}, "analysis": "eiL3fLMNcMFC", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Middle cingulate", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_CM4a6Bm6yyCn", + "note": {"included": true, "older_adults": null}, "analysis": "CM4a6Bm6yyCn", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Caudate nucleus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison + Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary + R. Savage; Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_X8RCw92LwzWS", + "note": {"included": true, "older_adults": null}, "analysis": "X8RCw92LwzWS", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Cerebellum", "study_year": 2024, "authors": "Douglas H. Schultz; Alison Gansemer; + Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary R. Savage; + Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_W7NZnhieJmxW", + "note": {"included": true, "older_adults": null}, "analysis": "W7NZnhieJmxW", + "study": "vG38X6tjWNhu", "study_name": "Second language learning in older + adults modulates Stroop task performance and brain activation", "analysis_name": + "Thalamus", "study_year": 2024, "authors": "Douglas H. Schultz; Alison Gansemer; + Kiley Allgood; Mariah Gentz; Lauren Secilmis; Zoha Deldar; Cary R. Savage; + Ladan Ghazi Saidi", "publication": "bioRxiv"}, {"id": "mmaYdBWkKPoQ_ykRgDhfQ7i6X", + "note": {"included": true, "older_adults": null}, "analysis": "ykRgDhfQ7i6X", + "study": "vS8WrsvyeVgN", "study_name": "Dynamic range of frontoparietal functional + modulation is associated with working memory capacity limitations in older + adults", "analysis_name": "Mean Activation Magnitude (z-score)", "study_year": + 2017, "authors": "Jonathan G. Hakun; N. Johnson", "publication": "Brain and + Cognition"}, {"id": "mmaYdBWkKPoQ_UyLxH4xMgq8p", "note": {"included": true, + "older_adults": null}, "analysis": "UyLxH4xMgq8p", "study": "wHYf38krsnfx", + "study_name": "Brain activation during executive control after acute exercise + in older adults.", "analysis_name": "Frontal lobes", "study_year": 2019, "authors": + "Junyeon Won; Alfonso J Alfini; L. Weiss; Daniel D. Callow; J. Smith", "publication": + "International Journal of Psychophysiology"}, {"id": "mmaYdBWkKPoQ_EgKXxzozeRFb", + "note": {"included": true, "older_adults": null}, "analysis": "EgKXxzozeRFb", + "study": "wHYf38krsnfx", "study_name": "Brain activation during executive + control after acute exercise in older adults.", "analysis_name": "Parietal + lobes", "study_year": 2019, "authors": "Junyeon Won; Alfonso J Alfini; L. + Weiss; Daniel D. Callow; J. Smith", "publication": "International Journal + of Psychophysiology"}, {"id": "mmaYdBWkKPoQ_eA6kNiYoKx3C", "note": {"included": + true, "older_adults": null}, "analysis": "eA6kNiYoKx3C", "study": "wHYf38krsnfx", + "study_name": "Brain activation during executive control after acute exercise + in older adults.", "analysis_name": "Occipital lobes", "study_year": 2019, + "authors": "Junyeon Won; Alfonso J Alfini; L. Weiss; Daniel D. Callow; J. + Smith", "publication": "International Journal of Psychophysiology"}, {"id": + "mmaYdBWkKPoQ_Usm97aGvHsYS", "note": {"included": true, "older_adults": null}, + "analysis": "Usm97aGvHsYS", "study": "wSVVKjiiMKAC", "study_name": "Effects + of Tai Chi on working memory in older adults: evidence from combined fNIRS + and ERP", "analysis_name": "Location for each channel.", "study_year": 2023, + "authors": "Chen Wang; Yuanfu Dai; Yuan Yang; Xiaoxia Yuan; Meng-Kai Zhang; + J. Zeng; Xiaoke Zhong; Jiao Meng; Changhao Jiang", "publication": "Frontiers + in Aging Neuroscience"}, {"id": "mmaYdBWkKPoQ_fWv8ck63BEsu", "note": {"included": + true, "older_adults": null}, "analysis": "fWv8ck63BEsu", "study": "ycYWaifqVycZ", + "study_name": "Prefrontal-parietal effective connectivity during working memory + in older adults", "analysis_name": "tbl2", "study_year": 2017, "authors": + "S. Heinzel; R. Lorenz; Q. Duong; M. Rapp; L. Deserno", "publication": "Neurobiology + of Aging"}], "source": null, "source_id": null, "source_updated_at": null, + "note_keys": {"included": {"type": "boolean", "order": 1}, "older_adults": + {"type": "boolean", "order": 0}}, "metadata": null, "name": "Annotation for + studyset n45qe4g5nrFw", "description": ""}}, "neurostore_id": "mmaYdBWkKPoQ", + "studyset": "n45qe4g5nrFw", "url": "https://neurostore.org/api/annotations/mmaYdBWkKPoQ"}' + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:53 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '89116' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://neurostore.org/api/studysets/n45qe4g5nrFw?nested=true + response: + body: + string: "{\"id\":\"n45qe4g5nrFw\",\"name\":\"Studyset for Untitled\",\"user\":\"github|12564882\",\"description\":\"\",\"publication\":null,\"doi\":null,\"pmid\":null,\"created_at\":\"2026-03-02T19:31:10.751165+00:00\",\"updated_at\":null,\"studies\":[{\"id\":\"2v8wxmznWGtn\",\"created_at\":\"2025-12-04T07:43:25.954327+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"The + Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers\",\"description\":\"Falls + are a major health-care concern, and while dual-task performance is widely + recognized as being impaired in those at-risk for falls, the underlying neurocognitive + mechanisms remain unknown. A better understanding of the underlying mechanisms + could lead to the refinement and development of behavioral, cognitive, or + neuropharmacological interventions for falls prevention. Therefore, we conducted + a cross-sectional study with community-dwelling older adults aged 70\u201380 + years with a history of falls (i.e., two or more falls in the past 12 months) + or no history of falls (i.e., zero falls in the past 12 months); n = 28 per + group. We compared functional activation during cognitive-based dual-task + performance between fallers and non-fallers using functional magnetic resonance + imaging (fMRI). Executive cognitive functioning was assessed via Stroop, Trail + Making, and Digit Span. Mobility was assessed via the Timed Up and Go test + (TUG). We found that non-fallers exhibited significantly greater functional + activation compared with fallers during dual-task performance in key regions + responsible for resolving dual-task interference, including precentral, postcentral, + and lingual gyri. Further, we report slower reaction times during dual-task + performance in fallers and significant correlations between level of functional + activation and independent measures of executive cognitive functioning and + mobility. Our study is the first neuroimaging study to examine dual-task performance + in fallers, and supports the notion that fallers have reduced functional brain + activation compared with non-fallers. Given that dual-task performance\u2014and + the underlying neural concomitants\u2014appears to be malleable with relevant + training, our study serves as a launching point for promising strategies to + reduce falls in the future.\",\"publication\":\"Frontiers in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2016.00020\",\"pmid\":\"26903862\",\"authors\":\"L. + Nagamatsu; C. Liang Hsu; M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; + P. Graf; B. Beattie; T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; + Hsu Cl; Voss Mw; Chan A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose\",\"year\":2016,\"metadata\":{\"slug\":\"26903862-10-3389-fnagi-2016-00020-pmc4746244\",\"source\":\"semantic_scholar\",\"keywords\":[\"aging + neuroscience\",\"dual-task\",\"fMRI\",\"fallers\",\"falls risk\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"27\",\"Year\":\"2015\",\"Month\":\"4\",\"@PubStatus\":\"received\"},{\"Day\":\"27\",\"Year\":\"2016\",\"Month\":\"1\",\"@PubStatus\":\"accepted\"},{\"Day\":\"24\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"24\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"24\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"2\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2016\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"26903862\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC4746244\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2016.00020\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Anstey + K. J., von Sanden C., Luszcz M. A. (2006). An 8-year prospective study of + the relationship between cognitive performance and falling in very old adults. + J. Am. Geriatr. Soc. 54, 1169\u20131176. 10.1111/j.1532-5415.2006.00813.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2006.00813.x\",\"@IdType\":\"doi\"},{\"#text\":\"16913981\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bellebaum + C., Daum I. (2007). Cerebellar involvement in executive control. Cerebellum + 6, 184\u2013192. 10.1080/14734220601169707\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/14734220601169707\",\"@IdType\":\"doi\"},{\"#text\":\"17786814\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bherer + L., Kramer A. F., Peterson M., Colcombe S. J., Erickson K. I., Becic E. (2005). + Training effects on dual-task performance: are there age-related differences + in plasticity of attentional control? Psychol. Aging 20, 695\u2013709. 10.1037/0882-7974.20.4.695\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.20.4.695\",\"@IdType\":\"doi\"},{\"#text\":\"16420143\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Boyd + L. A., Vidoni E. D., Siengsukon C. F., Wessel B. D. (2009). Manipulating time-to-plan + alters patterns of brain activation during the Fitts\u2019 task. Exp. Brain + Res. 194, 527\u2013539. 10.1007/s00221-009-1726-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00221-009-1726-4\",\"@IdType\":\"doi\"},{\"#text\":\"19214489\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"D\u2019Esposito + M., Deouell L. Y., Gazzaley A. (2003). Alterations in the BOLD fMRI signal + with ageing and disease: a challenge for neuroimaging. Nat. Rev. Neurosci. + 4, 863\u2013872. 10.1038/nrn1246\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn1246\",\"@IdType\":\"doi\"},{\"#text\":\"14595398\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"D\u2019Esposito + M., Detre J. A., Alsop D. C., Shin R. K., Atlas S., Grossman M. (1995). The + neural basis of the central executive system of working memory. Nature 378, + 279\u2013281. 10.1038/378279a0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/378279a0\",\"@IdType\":\"doi\"},{\"#text\":\"7477346\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Erickson + K. I., Colcombe S. J., Wadhwa R., Bherer L., Peterson M. S., Scalf P. E., + et al. . (2007). Training-induced plasticity in older adults: effects of training + on hemispheric asymmetry. Neurobiol. Aging 28, 272\u2013283. 10.1016/j.neurobiolaging.2005.12.012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2005.12.012\",\"@IdType\":\"doi\"},{\"#text\":\"16480789\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Faulkner + K. A., Redfern M. S., Cauley J. A., Landsittel D. F., Studenski S. A., Rosano + C., et al. . (2007). Multitasking: association between poorer performance + and a history of recurrent falls. J. Am. Geriatr. Soc. 55, 570\u2013576. 10.1111/j.1532-5415.2007.01147.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2007.01147.x\",\"@IdType\":\"doi\"},{\"#text\":\"17397436\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein + M. F., Folstein S. E., McHugh P. R. (1975). \u201CMini-mental state.\u201D + A practical method for grading the cognitive state of patients for the clinician. + J. Psychiatr. Res. 12, 189\u2013198. 10.1016/0022-3956(75)90026-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0022-3956(75)90026-6\",\"@IdType\":\"doi\"},{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gaudino + E. A., Geisler M. W., Squires N. K. (1995). Construct-validity in the trail + making test - what makes part-B harder. J. Clin. Exp. Neuropsychol. 17, 529\u2013535. + 10.1080/01688639508405143\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/01688639508405143\",\"@IdType\":\"doi\"},{\"#text\":\"7593473\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Goodale + M. A., Milner A. D. (1992). Separate visual pathways for perception and action. + Trends Neurosci. 15, 20\u201325. 10.1016/0166-2236(92)90344-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0166-2236(92)90344-8\",\"@IdType\":\"doi\"},{\"#text\":\"1374953\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Groll + D. L., To T., Bombardier C., Wright J. G. (2005). The development of a comorbidity + index with physical function as the outcome. J. Clin. Epidemiol. 58, 595\u2013602. + 10.1016/j.jclinepi.2004.10.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jclinepi.2004.10.018\",\"@IdType\":\"doi\"},{\"#text\":\"15878473\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Holtzer + R., Friedman R., Lipton R. B., Katz M., Xue X., Verghese J. (2007). The relationship + between specific cognitive functions and falls in aging. Neuropsychology 21, + 540\u2013548. 10.1037/0894-4105.21.5.540\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0894-4105.21.5.540\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3476056\",\"@IdType\":\"pmc\"},{\"#text\":\"17784802\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hsu + C. L., Nagamatsu L. S., Davis J. C., Liu-Ambrose T. (2012). Examining the + relationship between specific cognitive processes and falls risk in older + adults: a systematic review. Osteoporos. Int. 23, 2409\u20132424. 10.1007/s00198-012-1992-z\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00198-012-1992-z\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4476839\",\"@IdType\":\"pmc\"},{\"#text\":\"22638707\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hsu + C. L., Voss M. W., Handy T. C., Davis J. C., Nagamatsu L. S., Chan A., et + al. . (2014). Disruptions in brain networks of older fallers are associated + with subsequent cognitive decline: a 12-month prospective exploratory study. + PLoS One 9:e93673. 10.1371/journal.pone.0093673\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0093673\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3977422\",\"@IdType\":\"pmc\"},{\"#text\":\"24699668\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Inouye + S. K., Studenski S., Tinetti M. E., Kuchel G. A. (2007). Geriatric syndromes: + clinical, research and policy implications of a core geriatric concept. J. + Am. Geriatr. Soc. 55, 780\u2013791. 10.1111/j.1532-5415.2007.01156.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2007.01156.x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2409147\",\"@IdType\":\"pmc\"},{\"#text\":\"17493201\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + M. (2003). Fast, automated, N-dimensional phase-unwrapping algorithm. Magn. + Reson. Med. 49, 193\u2013197. 10.1002/mrm.10354\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/mrm.10354\",\"@IdType\":\"doi\"},{\"#text\":\"12509838\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + M., Smith S. (2001). A global optimisation method for robust affine registration + of brain images. Med. Image Anal. 5, 143\u2013156. 10.1016/s1361-8415(01)00036-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s1361-8415(01)00036-6\",\"@IdType\":\"doi\"},{\"#text\":\"11516708\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jiang + Y. (2004). Resolving dual-task interference: an fMRI study. Neuroimage 22, + 748\u2013754. 10.1016/j.neuroimage.2004.01.043\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2004.01.043\",\"@IdType\":\"doi\"},{\"#text\":\"15193603\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu-Ambrose + T., Katarynych L. A., Ashe M. C., Nagamatsu L. S., Hsu C. L. (2009). Dual-task + gait performance among community-dwelling senior women: the role of balance + confidence and executive functions. J. Gerontol. A Biol. Sci. Med. Sci. 64, + 975\u2013982. 10.1093/gerona/glp063\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/gerona/glp063\",\"@IdType\":\"doi\"},{\"#text\":\"19429702\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu-Ambrose + T., Nagamatsu L. S., Leghari A., Handy T. C. (2008). Does impaired cerebellar + function contribute to risk of falls in seniors? A pilot study using functional + magnetic resonance imaging. J. Am. Geriatr. Soc. 56, 2153\u20132155. 10.1111/j.1532-5415.2008.01984.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2008.01984.x\",\"@IdType\":\"doi\"},{\"#text\":\"19016955\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lord + S., Menz H. B., Tiedemann A. (2003). A physiological profile approach to falls-risk + assessment and prevention. Phys. Ther. 83, 237\u2013252.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12620088\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Lundin-Olsson + L., Nyberg L., Gustafson Y. (1997). \u201CStops walking when talking\u201D + as a predictor of falls in elderly people. Lancet 349:617. 10.1016/s0140-6736(97)24009-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0140-6736(97)24009-2\",\"@IdType\":\"doi\"},{\"#text\":\"9057736\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Miyake + A., Friedman N. P., Emerson M. J., Witzki A. H., Howerter A., Wager T. D. + (2000). The unity and diversity of executive functions and their contributions + to complex \u201Cfrontal lobe\u201D tasks: a latent variable analysis. Cogn. + Psychol. 41, 49\u2013100. 10.1006/cogp.1999.0734\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/cogp.1999.0734\",\"@IdType\":\"doi\"},{\"#text\":\"10945922\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Boyd L. A., Hsu C. L., Handy T. C., Liu-Ambrose T. (2013a). Overall + reductions in functional brain activation are associated with falls in older + adults: an fMRI study. Front. Aging Neurosci. 5:91. 10.3389/fnagi.2013.00091\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2013.00091\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3867665\",\"@IdType\":\"pmc\"},{\"#text\":\"24391584\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Munkacsy M., Liu-Ambrose T., Handy T. C. (2013b). Altered visual-spatial + attention to task-irrelevant information is associated with falls risk in + older adults. Neuropsychologia 51, 3025\u20133032. 10.1016/j.neuropsychologia.2013.10.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2013.10.002\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4318690\",\"@IdType\":\"pmc\"},{\"#text\":\"24436970\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Carolan P., Liu-Ambrose T., Handy T. C. (2009). Are impairments in + visual-spatial attention a critical factor for increased falls risk in seniors? + An event-related potential study. Neuropsychologia 47, 2749\u20132755. 10.1016/j.neuropsychologia.2009.05.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2009.05.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3448564\",\"@IdType\":\"pmc\"},{\"#text\":\"19501605\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Voss M., Neider M. B., Gaspar J. G., Handy T. C., Kramer A. F., et + al. . (2011). Increased cognitive load leads to impaired mobility decisions + in seniors at risk for falls. Psychol. Aging 26, 253\u2013259. 10.1037/a0022929\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0022929\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3123036\",\"@IdType\":\"pmc\"},{\"#text\":\"21463063\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nasreddine + Z. S., Phillips N. A., B\xE9dirian V., Charbonneau S., Whitehead V., Collin + I., et al. . (2005). The Montreal Cognitive Assessment, MoCA: a brief screening + tool for mild cognitive impairment. J. Am. Geriatr. Soc. 53, 695\u2013699. + 10.1111/j.1532-5415.2005.53221.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2005.53221.x\",\"@IdType\":\"doi\"},{\"#text\":\"15817019\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Podsiadlo + D., Richardson S. (1991). The timed \u201CUp and Go\u201D: a test of basic + functional mobility for frail elderly persons. J. Am. Geriatr. Soc. 39, 142\u2013148. + 10.1111/j.1532-5415.1991.tb01616.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.1991.tb01616.x\",\"@IdType\":\"doi\"},{\"#text\":\"1991946\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Powell + L., Myers A. (1995). The Activities-Specific Confidence (ABC) scale. J. Gerontol. + A Biol. Sci. Med. Sci. 50A, M28\u2013M34. 10.1093/gerona/50A.1.M28\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/gerona/50A.1.M28\",\"@IdType\":\"doi\"},{\"#text\":\"7814786\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schubert + T., Szameitat A. J. (2003). Functional neuroanatomy of interference in overlapping + dual tasks: an fMRI study. Brain Res. Cogn. Brain Res. 17, 733\u2013746. 10.1016/s0926-6410(03)00198-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0926-6410(03)00198-8\",\"@IdType\":\"doi\"},{\"#text\":\"14561459\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Shumway-Cook + A., Woollacott M., Kerns K. A., Baldwin M. (1997). The effects of two types + of cognitive tasks on postural stability in older adults with and without + a history of falls. J. Gerontol. A Biol. Sci. Med. Sci. 52A, M232\u2013M240. + 10.1093/gerona/52a.4.m232\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/gerona/52a.4.m232\",\"@IdType\":\"doi\"},{\"#text\":\"9224435\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Springer + S., Giladi N., Peretz C., Yogev G., Simon E. S., Hausdorff J. M. (2006). Dual-tasking + effects on gait variability: the role of aging, falls and executive function. + Mov. Disord. 21, 950\u2013957. 10.1002/mds.20848\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/mds.20848\",\"@IdType\":\"doi\"},{\"#text\":\"16541455\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stroop + J. R. (1935). Studies of interference in serial verbal reactions. J. Exp. + Psychol. 18, 643\u2013662. 10.1037/h0054651\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1037/h0054651\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Timmann + D., Daum I. (2007). Cerebellar contributions to cognitive functions: a progress + report after two decades of research. Cerebellum 6, 159\u2013162. 10.1080/14734220701496448\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/14734220701496448\",\"@IdType\":\"doi\"},{\"#text\":\"17786810\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Verghese + J., Buschke H., Viola L., Katz M., Hall C., Kuslansky G., et al. . (2002). + Validity of divided attention tasks in predicting falls in older individuals: + a preliminary study. J. Am. Geriatr. Soc. 50, 1572\u20131576. 10.1046/j.1532-5415.2002.50415.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1046/j.1532-5415.2002.50415.x\",\"@IdType\":\"doi\"},{\"#text\":\"12383157\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wechsler + D. (1981). Wechsler Adult Intelligence Scale\u2013Revised. San Antonio, TX: + Psychological Corp, Harcourt Brace Jovanovich.\"},{\"Citation\":\"Worsley + K. J., Evans A. C., Marrett S., Neelin P. (1992). A three-dimensional statistical + analysis for CBF activation studies in human brain. J. Cereb. Blood Flow Metab. + 12, 900\u2013918. 10.1038/jcbfm.1992.127\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/jcbfm.1992.127\",\"@IdType\":\"doi\"},{\"#text\":\"1400644\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yesavage + J. A. (1988). Geriatric depression scale. Psychopharmacol. Bull. 24, 709\u2013711.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"3249773\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zheng + J. J., Delbaere K., Close J. C., Sachdev P. S., Lord S. R. (2011). Impact + of white matter lesions on physical functioning and fall risk in older people: + a systematic review. Stroke 42, 2086\u20132090. 10.1161/STROKEAHA.110.610360\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1161/STROKEAHA.110.610360\",\"@IdType\":\"doi\"},{\"#text\":\"21636821\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zheng + J. J., Delbaere K., Close J. C., Sachdev P., Wen W., Brodaty H., et al. . + (2012). White matter hyperintensities are an independent predictor of physical + decline in community-dwelling older people. Gerontology 58, 398\u2013406. + 10.1159/000337815\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000337815\",\"@IdType\":\"doi\"},{\"#text\":\"22614074\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"26903862\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"8\",\"PubDate\":{\"Year\":\"2016\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":\"Falls are a major health-care + concern, and while dual-task performance is widely recognized as being impaired + in those at-risk for falls, the underlying neurocognitive mechanisms remain + unknown. A better understanding of the underlying mechanisms could lead to + the refinement and development of behavioral, cognitive, or neuropharmacological + interventions for falls prevention. Therefore, we conducted a cross-sectional + study with community-dwelling older adults aged 70-80 years with a history + of falls (i.e., two or more falls in the past 12 months) or no history of + falls (i.e., zero falls in the past 12 months); n = 28 per group. We compared + functional activation during cognitive-based dual-task performance between + fallers and non-fallers using functional magnetic resonance imaging (fMRI). + Executive cognitive functioning was assessed via Stroop, Trail Making, and + Digit Span. Mobility was assessed via the Timed Up and Go test (TUG). We found + that non-fallers exhibited significantly greater functional activation compared + with fallers during dual-task performance in key regions responsible for resolving + dual-task interference, including precentral, postcentral, and lingual gyri. + Further, we report slower reaction times during dual-task performance in fallers + and significant correlations between level of functional activation and independent + measures of executive cognitive functioning and mobility. Our study is the + first neuroimaging study to examine dual-task performance in fallers, and + supports the notion that fallers have reduced functional brain activation + compared with non-fallers. Given that dual-task performance-and the underlying + neural concomitants-appears to be malleable with relevant training, our study + serves as a launching point for promising strategies to reduce falls in the + future.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Lindsay + S\",\"Initials\":\"LS\",\"LastName\":\"Nagamatsu\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, University of British Columbia Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"C + Liang\",\"Initials\":\"CL\",\"LastName\":\"Hsu\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Physical Therapy, University of British ColumbiaVancouver, BC, Canada; + Djavad Mowafaghian Centre for Brain Health, University of British ColumbiaVancouver, + BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michelle W\",\"Initials\":\"MW\",\"LastName\":\"Voss\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, University of Iowa Iowa City, IA, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Alison\",\"Initials\":\"A\",\"LastName\":\"Chan\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Physical Therapy, University of British Columbia Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Niousha\",\"Initials\":\"N\",\"LastName\":\"Bolandzadeh\",\"AffiliationInfo\":{\"Affiliation\":\"Faculty + of Medicine, University of British Columbia Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Todd + C\",\"Initials\":\"TC\",\"LastName\":\"Handy\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, University of British Columbia Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Peter\",\"Initials\":\"P\",\"LastName\":\"Graf\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, University of British Columbia Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"B + Lynn\",\"Initials\":\"BL\",\"LastName\":\"Beattie\",\"AffiliationInfo\":{\"Affiliation\":\"Division + of Geriatric Medicine, Faculty of Medicine, University of British Columbia + Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Teresa\",\"Initials\":\"T\",\"LastName\":\"Liu-Ambrose\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Physical Therapy, University of British ColumbiaVancouver, BC, Canada; + Djavad Mowafaghian Centre for Brain Health, University of British ColumbiaVancouver, + BC, Canada.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"20\",\"MedlinePgn\":\"20\"},\"ArticleDate\":{\"Day\":\"09\",\"Year\":\"2016\",\"Month\":\"02\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"20\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2016.00020\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"The + Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"30\",\"Year\":\"2020\",\"Month\":\"09\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"aging + neuroscience\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"dual-task\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fallers\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"falls + risk\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"23\",\"Year\":\"2016\",\"Month\":\"02\"},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2016,\"title\":\"The + Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers\",\"venue\":\"Frontiers + in Aging Neuroscience\",\"authors\":[{\"name\":\"L. Nagamatsu\",\"authorId\":\"1918816\"},{\"name\":\"C. + Liang Hsu\",\"authorId\":\"51324321\"},{\"name\":\"M. Voss\",\"authorId\":\"2437622\"},{\"name\":\"Alison + Chan\",\"authorId\":\"38507293\"},{\"name\":\"Niousha Bolandzadeh\",\"authorId\":\"2097089\"},{\"name\":\"T. + Handy\",\"authorId\":\"2544303\"},{\"name\":\"P. Graf\",\"authorId\":\"48649734\"},{\"name\":\"B. + Beattie\",\"authorId\":\"33729461\"},{\"name\":\"T. Liu-Ambrose\",\"authorId\":\"1398171534\"},{\"name\":\"Jean + Mariani\",\"authorId\":\"2066116913\"},{\"name\":\"G. Kemoun\",\"authorId\":\"2084300407\"},{\"name\":\"Nagamatsu + Ls\",\"authorId\":\"2232580421\"},{\"name\":\"Hsu Cl\",\"authorId\":\"65776362\"},{\"name\":\"Voss + Mw\",\"authorId\":\"74611115\"},{\"name\":\"Chan A\",\"authorId\":\"2259649773\"},{\"name\":\"Bolandzadeh + N\",\"authorId\":\"2232580702\"},{\"name\":\"Handy Tc\",\"authorId\":\"2232580671\"},{\"name\":\"P. + Graf\",\"authorId\":\"48649734\"},{\"name\":\"Beattie Bl\",\"authorId\":\"79872318\"},{\"name\":\"Liu-Ambrose\",\"authorId\":\"2099348299\"}],\"paperId\":\"6b84f155639f0c0b85a4e7c4b473d61932952f47\",\"abstract\":\"Falls + are a major health-care concern, and while dual-task performance is widely + recognized as being impaired in those at-risk for falls, the underlying neurocognitive + mechanisms remain unknown. A better understanding of the underlying mechanisms + could lead to the refinement and development of behavioral, cognitive, or + neuropharmacological interventions for falls prevention. Therefore, we conducted + a cross-sectional study with community-dwelling older adults aged 70\u201380 + years with a history of falls (i.e., two or more falls in the past 12 months) + or no history of falls (i.e., zero falls in the past 12 months); n = 28 per + group. We compared functional activation during cognitive-based dual-task + performance between fallers and non-fallers using functional magnetic resonance + imaging (fMRI). Executive cognitive functioning was assessed via Stroop, Trail + Making, and Digit Span. Mobility was assessed via the Timed Up and Go test + (TUG). We found that non-fallers exhibited significantly greater functional + activation compared with fallers during dual-task performance in key regions + responsible for resolving dual-task interference, including precentral, postcentral, + and lingual gyri. Further, we report slower reaction times during dual-task + performance in fallers and significant correlations between level of functional + activation and independent measures of executive cognitive functioning and + mobility. Our study is the first neuroimaging study to examine dual-task performance + in fallers, and supports the notion that fallers have reduced functional brain + activation compared with non-fallers. Given that dual-task performance\u2014and + the underlying neural concomitants\u2014appears to be malleable with relevant + training, our study serves as a launching point for promising strategies to + reduce falls in the future.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2016.00020/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC4746244, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2016-02-09\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T07:44:42.028106+00:00\",\"analyses\":[{\"id\":\"ZKR2mKJ8p36L\",\"user\":null,\"name\":\"Significant + clusters for non-fallers > fallers, dual-task > single-task\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"Significant + clusters for non-fallers > fallers, dual-task > single-task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"vMvt8KiFVzZL\",\"coordinates\":[-36.0,-16.0,64.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.26}]},{\"id\":\"8wHc5BVywHi2\",\"coordinates\":[10.0,-50.0,2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.83}]},{\"id\":\"VyLEhYLauzoF\",\"coordinates\":[-30.0,58.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.57}]},{\"id\":\"9tbeFo8xrZXU\",\"coordinates\":[-50.0,-18.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.53}]},{\"id\":\"ypMxrdJQMfon\",\"coordinates\":[-4.0,-4.0,70.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.37}]},{\"id\":\"dPKTzPUavp7v\",\"coordinates\":[44.0,-22.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.31}]},{\"id\":\"5k72KoJBa4pq\",\"coordinates\":[20.0,-24.0,70.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.29}]},{\"id\":\"k2aTbGn9vWFG\",\"coordinates\":[42.0,-20.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.26}]},{\"id\":\"yyrZGKB6xgGg\",\"coordinates\":[58.0,2.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.25}]},{\"id\":\"EAPQEfXZpUaH\",\"coordinates\":[60.0,-26.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.1}]},{\"id\":\"emvVGMaSd2U4\",\"coordinates\":[-8.0,-82.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.81}]},{\"id\":\"Q3RkpRDuXpYf\",\"coordinates\":[-12.0,-80.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.57}]},{\"id\":\"ePGyg2X7Uefs\",\"coordinates\":[-26.0,-82.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.36}]},{\"id\":\"k2LHoJ7Mt8B2\",\"coordinates\":[30.0,-76.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.0}]},{\"id\":\"foLsioiHdgMP\",\"coordinates\":[-4.0,-72.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.85}]}],\"images\":[]},{\"id\":\"6FrhK4nNtqqA\",\"user\":null,\"name\":\"Single-task\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Significant + clusters for non-fallers > fallers, single-task and dual-task separately.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"yg3Y4KZ3KDUn\",\"coordinates\":[-6.0,-66.0,62.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.25}]},{\"id\":\"F4oxcoNKUfAk\",\"coordinates\":[-4.0,-50.0,78.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.24}]},{\"id\":\"7eGgctJfSavU\",\"coordinates\":[2.0,-68.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.07}]},{\"id\":\"wx4wmUT8GT8R\",\"coordinates\":[20.0,-74.0,62.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.0}]},{\"id\":\"Wq2uc2BjCjXJ\",\"coordinates\":[-10.0,-20.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.9}]}],\"images\":[]},{\"id\":\"cLwh6sBRF3yS\",\"user\":null,\"name\":\"Dual-task\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/618/pmcid_4746244/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26903862-10-3389-fnagi-2016-00020-pmc4746244/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Significant + clusters for non-fallers > fallers, single-task and dual-task separately.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"fEbGYUGuuFHe\",\"coordinates\":[-36.0,-18.0,64.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.41}]},{\"id\":\"J5555ppBkUTV\",\"coordinates\":[-34.0,-42.0,-20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.35}]},{\"id\":\"wWojsmWAAsse\",\"coordinates\":[-30.0,58.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.24}]},{\"id\":\"Ma69vEg4k57p\",\"coordinates\":[8.0,-46.0,2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.21}]},{\"id\":\"pS2iB5viMuqT\",\"coordinates\":[-64.0,-42.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.01}]}],\"images\":[]}]},{\"id\":\"5MhvfutjuBXP\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:00:15.112537+00:00\",\"user\":null,\"name\":\"Load + modulation of BOLD response and connectivity predicts working memory performance + in younger and older adults.\",\"description\":\"Individual differences in + working memory (WM) performance have rarely been related to individual differences + in the functional responsivity of the WM brain network. By neglecting person-to-person + variation, comparisons of network activity between younger and older adults + using functional imaging techniques often confound differences in activity + with age trends in WM performance. Using functional magnetic resonance imaging, + we investigated the relations among WM performance, neural activity in the + WM network, and adult age using a parametric letter n-back task in 30 younger + adults (21-31 years) and 30 older adults (60-71 years). Individual differences + in the WM network's responsivity to increasing task difficulty were related + to WM performance, with a more responsive BOLD signal predicting greater WM + proficiency. Furthermore, individuals with higher WM performance showed greater + change in connectivity between left dorsolateral prefrontal cortex and left + premotor cortex across load. We conclude that a more responsive WM network + contributes to higher WM performance, regardless of adult age. Our results + support the notion that individual differences in WM performance are important + to consider when studying the WM network, particularly in age-comparative + studies.\",\"publication\":\"Journal of cognitive neuroscience\",\"doi\":\"10.1162/jocn.2010.21560\",\"pmid\":\"20828302\",\"authors\":\"Nagel + IE, Preuschhof C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR\",\"year\":2011,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"20828302\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"fyAmbYQZrmAe\",\"user\":null,\"name\":\"25867\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6sbbziyiAnTb\",\"coordinates\":[-46.0,6.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"rUKw7v8x58fN\",\"coordinates\":[-34.0,50.0,12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"DQFV3z6gVrwm\",\"coordinates\":[-42.0,20.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8LLhSoKRZMLg\",\"coordinates\":[-40.0,-48.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5DRvA3eNgHeC\",\"coordinates\":[28.0,50.0,18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5vHAitSV3U65\",\"coordinates\":[-42.0,32.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6i2gVPKuwvBY\",\"coordinates\":[38.0,16.0,4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"V9v4P4mSeXTu\",\"coordinates\":[50.0,6.0,26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Skz3Jg3CRepp\",\"coordinates\":[36.0,-48.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"57JqxYbhtwvX\",\"coordinates\":[42.0,32.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"35vLK2wSUarM\",\"user\":null,\"name\":\"25868\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"CVbG9LiSGi66\",\"coordinates\":[-56.0,-50.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5YoMw8N2EMM4\",\"coordinates\":[-18.0,8.0,60.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"uYhehfRaSUyT\",\"coordinates\":[8.0,-70.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3Rxr85JdoWKk\",\"coordinates\":[-6.0,34.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3JRvGwXnQEBX\",\"coordinates\":[4.0,-82.0,-18.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"72XX5cWxNxJi\",\"coordinates\":[28.0,-68.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7KAbfVaFTKMg\",\"coordinates\":[36.0,24.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5NWguQo3qvwf\",\"coordinates\":[8.0,22.0,42.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"3qatbKAbjyiG\",\"user\":null,\"name\":\"25869\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"r52eKnrcBsKE\",\"coordinates\":[-10.0,6.0,52.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5hSt8DhJ2wp4\",\"coordinates\":[-34.0,20.0,22.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7oHwdmPC9pwN\",\"coordinates\":[50.0,26.0,30.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7xDSMgutWMLz\",\"coordinates\":[-2.0,-34.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6bWUSPTEfxKo\",\"coordinates\":[2.0,-80.0,-20.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3F2MBUyvbCdj\",\"coordinates\":[54.0,-46.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7vidRHAQXNUh\",\"coordinates\":[40.0,-40.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"5utnj7FPQZYn\",\"created_at\":\"2025-12-04T23:20:00.250601+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Differential + effects of age on subcomponents of response inhibition\",\"description\":\"Inhibitory + deficits contribute to cognitive decline in the aging brain. Separating subcomponents + of response inhibition may help to resolve contradictions in the existing + literature. A total of 49 healthy participants underwent functional magnetic + resonance imaging (fMRI) while performing a Go/no-go-, a Simon-, and a Stop-signal + task. Regression analyses were conducted to identify correlations of age and + activation patterns. Imaging results revealed a differential effect of age + on subcomponents of response inhibition. In a simple Go/no-go task (no spatial + discrimination), aging was associated with increased activation of the core + inhibitory network and parietal areas. In the Simon task, which required spatial + discrimination, increased activation in additional inhibitory control regions + was present. However, in the Stop-signal task, the most demanding of the three + tasks, aging was associated with decreased activation. This suggests that + older adults increasingly recruit the inhibitory network and, with increasing + load, additional inhibitory regions. However, if inhibitory load exceeds compensatory + capacity, performance declines in concert with decreasing activation. Thus, + the present findings may refine current theories of cognitive aging.\",\"publication\":\"Neurobiology + of Aging\",\"doi\":\"10.1016/j.neurobiolaging.2013.03.013\",\"pmid\":\"23591131\",\"authors\":\"Alexandra + Sebastian; Alexandra Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; + B. Hellwig; K. Lieb; C. Weiller; O. T\xFCscher; S. Kl\xF6ppel\",\"year\":2013,\"metadata\":{\"slug\":\"23591131-10-1016-j-neurobiolaging-2013-03-013\",\"source\":\"semantic_scholar\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"15\",\"Year\":\"2012\",\"Month\":\"10\",\"@PubStatus\":\"received\"},{\"Day\":\"4\",\"Year\":\"2013\",\"Month\":\"3\",\"@PubStatus\":\"revised\"},{\"Day\":\"11\",\"Year\":\"2013\",\"Month\":\"3\",\"@PubStatus\":\"accepted\"},{\"Day\":\"18\",\"Hour\":\"6\",\"Year\":\"2013\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"18\",\"Hour\":\"6\",\"Year\":\"2013\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"18\",\"Hour\":\"6\",\"Year\":\"2014\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"23591131\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neurobiolaging.2013.03.013\",\"@IdType\":\"doi\"},{\"#text\":\"S0197-4580(13)00113-9\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"23591131\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1558-1497\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neurobiology + of aging\",\"JournalIssue\":{\"Issue\":\"9\",\"Volume\":\"34\",\"PubDate\":{\"Year\":\"2013\",\"Month\":\"Sep\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neurobiol + Aging\"},\"Abstract\":{\"AbstractText\":\"Inhibitory deficits contribute to + cognitive decline in the aging brain. Separating subcomponents of response + inhibition may help to resolve contradictions in the existing literature. + A total of 49 healthy participants underwent functional magnetic resonance + imaging (fMRI) while performing a Go/no-go-, a Simon-, and a Stop-signal task. + Regression analyses were conducted to identify correlations of age and activation + patterns. Imaging results revealed a differential effect of age on subcomponents + of response inhibition. In a simple Go/no-go task (no spatial discrimination), + aging was associated with increased activation of the core inhibitory network + and parietal areas. In the Simon task, which required spatial discrimination, + increased activation in additional inhibitory control regions was present. + However, in the Stop-signal task, the most demanding of the three tasks, aging + was associated with decreased activation. This suggests that older adults + increasingly recruit the inhibitory network and, with increasing load, additional + inhibitory regions. However, if inhibitory load exceeds compensatory capacity, + performance declines in concert with decreasing activation. Thus, the present + findings may refine current theories of cognitive aging.\",\"CopyrightInformation\":\"Copyright + \xA9 2013 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"A\",\"Initials\":\"A\",\"LastName\":\"Sebastian\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry and Psychotherapy, Johannes-Gutenberg-University Mainz, Mainz, + Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"C\",\"Initials\":\"C\",\"LastName\":\"Baldermann\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"B\",\"Initials\":\"B\",\"LastName\":\"Feige\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"M\",\"Initials\":\"M\",\"LastName\":\"Katzev\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"E\",\"Initials\":\"E\",\"LastName\":\"Scheller\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"B\",\"Initials\":\"B\",\"LastName\":\"Hellwig\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"K\",\"Initials\":\"K\",\"LastName\":\"Lieb\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"C\",\"Initials\":\"C\",\"LastName\":\"Weiller\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"O\",\"Initials\":\"O\",\"LastName\":\"T\xFCscher\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"S\",\"Initials\":\"S\",\"LastName\":\"Kl\xF6ppel\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"2193\",\"StartPage\":\"2183\",\"MedlinePgn\":\"2183-93\"},\"ArticleDate\":{\"Day\":\"13\",\"Year\":\"2013\",\"Month\":\"04\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neurobiolaging.2013.03.013\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0197-4580(13)00113-9\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Differential + effects of age on subcomponents of response inhibition.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"10\",\"Year\":\"2019\",\"Month\":\"12\"},\"DateCompleted\":{\"Day\":\"17\",\"Year\":\"2014\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000523\",\"#text\":\"psychology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000473\",\"#text\":\"pathology\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000209\",\"#text\":\"etiology\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000523\",\"#text\":\"psychology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D003072\",\"#text\":\"Cognition + Disorders\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007266\",\"#text\":\"Inhibition, + Psychological\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D011930\",\"#text\":\"Reaction + Time\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neurobiol Aging\",\"ISSNLinking\":\"0197-4580\",\"NlmUniqueID\":\"8100437\"}}},\"semantic_scholar\":{\"year\":2013,\"title\":\"Differential + effects of age on subcomponents of response inhibition\",\"venue\":\"Neurobiology + of Aging\",\"authors\":[{\"name\":\"Alexandra Sebastian\",\"authorId\":\"145133800\"},{\"name\":\"Alexandra + Sebastian\",\"authorId\":\"145133800\"},{\"name\":\"C. Baldermann\",\"authorId\":\"49671583\"},{\"name\":\"B. + Feige\",\"authorId\":\"2394186\"},{\"name\":\"M. Katzev\",\"authorId\":\"4888950\"},{\"name\":\"E. + Scheller\",\"authorId\":\"47051894\"},{\"name\":\"B. Hellwig\",\"authorId\":\"2407084\"},{\"name\":\"K. + Lieb\",\"authorId\":\"143925839\"},{\"name\":\"C. Weiller\",\"authorId\":\"2183987\"},{\"name\":\"O. + T\xFCscher\",\"authorId\":\"3227220\"},{\"name\":\"S. Kl\xF6ppel\",\"authorId\":\"144225920\"}],\"paperId\":\"3f839709f45c0fd63d9576d446437ce6addbc325\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2013.03.013?email= + or https://doi.org/10.1016/j.neurobiolaging.2013.03.013, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2013-09-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T23:22:20.768935+00:00\",\"analyses\":[{\"id\":\"zYTkfTuTTLPQ\",\"user\":null,\"name\":\"Common + activations during successful inhibition in all three tasks\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Common + activations during successful inhibition in all three tasks\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"H3dfXjcQJhtt\",\"coordinates\":[48.0,-42.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.41}]},{\"id\":\"cuib4Kez5wM4\",\"coordinates\":[60.0,-45.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.68}]},{\"id\":\"ZP8H6FNjq8cK\",\"coordinates\":[60.0,-42.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.67}]},{\"id\":\"rjkrBMs8hViX\",\"coordinates\":[36.0,15.0,-3.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.87}]},{\"id\":\"2Jw9nrWsWu3J\",\"coordinates\":[30.0,15.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.95}]},{\"id\":\"kbuURfUefoar\",\"coordinates\":[51.0,18.0,-3.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.88}]},{\"id\":\"GjdJYHbj9zPU\",\"coordinates\":[57.0,15.0,9.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.07}]},{\"id\":\"DhXS6xHYq4Mr\",\"coordinates\":[45.0,21.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.99}]},{\"id\":\"5Zzww6GFDoSc\",\"coordinates\":[42.0,45.0,15.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.98}]},{\"id\":\"2Lp65NJXccTN\",\"coordinates\":[42.0,39.0,27.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.52}]}],\"images\":[]},{\"id\":\"MGXSRi86UzXJ\",\"user\":null,\"name\":\"Go/no-go\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Regression + analysis with age as covariate\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"oyFjnGqgKK5o\",\"coordinates\":[27.0,-30.0,60.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.27}]},{\"id\":\"5SYRVxAJBPjE\",\"coordinates\":[-18.0,-30.0,60.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.24}]},{\"id\":\"vVXMn3zinuY8\",\"coordinates\":[-12.0,-57.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.23}]}],\"images\":[]},{\"id\":\"adDCMC45F39U\",\"user\":null,\"name\":\"Simon\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Regression + analysis with age as covariate\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"XcNCSdRUJFpL\",\"coordinates\":[-30.0,9.0,33.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.14}]},{\"id\":\"g655JUP7QBu3\",\"coordinates\":[-54.0,30.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.91}]},{\"id\":\"mJNisirA82oh\",\"coordinates\":[18.0,-6.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.82}]},{\"id\":\"DvudQNczJ7JG\",\"coordinates\":[9.0,9.0,3.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.82}]},{\"id\":\"oTPMEw6BXh3e\",\"coordinates\":[-24.0,3.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.75}]},{\"id\":\"LqhX85sbvc2v\",\"coordinates\":[-15.0,-15.0,3.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.62}]},{\"id\":\"cVsp7UdMuXCd\",\"coordinates\":[30.0,-54.0,27.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.72}]},{\"id\":\"pjKWTWBCNB8S\",\"coordinates\":[12.0,-54.0,60.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.41}]},{\"id\":\"ToKN4vTChC2Y\",\"coordinates\":[39.0,-60.0,21.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.34}]}],\"images\":[]},{\"id\":\"6VjtVmzisTHc\",\"user\":null,\"name\":\"Stop-signal\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/23591131-10-1016-j-neurobiolaging-2013-03-013/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Regression + analysis with age as covariate\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"qqTZJ244t4go\",\"coordinates\":[-57.0,-48.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.04}]},{\"id\":\"Kb9rXpdSu7oK\",\"coordinates\":[-9.0,-36.0,63.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.82}]},{\"id\":\"M6jiudWYwrme\",\"coordinates\":[-15.0,-39.0,33.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.62}]},{\"id\":\"vqExfDFxSU3Y\",\"coordinates\":[57.0,-33.0,33.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.85}]},{\"id\":\"Q8rAjVV9AAKW\",\"coordinates\":[45.0,-6.0,9.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.59}]},{\"id\":\"DqTGmjngts3q\",\"coordinates\":[48.0,-54.0,45.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.39}]},{\"id\":\"iMVbfrh7vriB\",\"coordinates\":[30.0,15.0,-18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.39}]},{\"id\":\"aSgrGHmykavG\",\"coordinates\":[39.0,-3.0,3.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.25}]}],\"images\":[]}]},{\"id\":\"5VCqwQyW423m\",\"created_at\":\"2025-12-03T19:18:17.138872+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults\",\"description\":\"Healthy older adults commonly report increased + difficulties with language production. This could reflect decline in the language + network, or age-related declines in other cognitive abilities that support + language production, such as executive function. To examine this possibility, + we conducted a whole-brain resting-state functional connectivity (RSFC) analysis + in older and younger adults using two seed regions-the left posterior superior + temporal gyrus and left inferior frontal gyrus. Whole-brain connectivities + were then correlated with Stroop task performance to investigate the relationship + between RSFC and executive function. We found that overall, younger adults + had stronger RSFC than older adults. Moreover, in older, but not younger, + adults stronger RSFC between left IFG and right hemisphere executive function + regions correlated with better Stroop performance. This suggests that stronger + RSFC among older adults between left IFG and right hemisphere regions may + serve a compensatory function.\",\"publication\":\"Brain and Language\",\"doi\":\"10.1016/j.bandl.2020.104771\",\"pmid\":\"32289553\",\"authors\":\"Victoria + H. Gertel; Haoyun Zhang; Michele T. Diaz\",\"year\":2020,\"metadata\":{\"slug\":\"32289553-10-1016-j-bandl-2020-104771-pmc7754257\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Executive + function\",\"Language production\",\"Resting-state functional connectivity\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"30\",\"Year\":\"2019\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"21\",\"Year\":\"2019\",\"Month\":\"12\",\"@PubStatus\":\"revised\"},{\"Day\":\"3\",\"Year\":\"2020\",\"Month\":\"2\",\"@PubStatus\":\"accepted\"},{\"Day\":\"15\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"2\",\"Hour\":\"6\",\"Year\":\"2021\",\"Month\":\"3\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"15\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"1\",\"Year\":\"2021\",\"Month\":\"7\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"32289553\",\"@IdType\":\"pubmed\"},{\"#text\":\"NIHMS1583813\",\"@IdType\":\"mid\"},{\"#text\":\"PMC7754257\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1016/j.bandl.2020.104771\",\"@IdType\":\"doi\"},{\"#text\":\"S0093-934X(20)30030-4\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Acheson + DJ, Wells JB, & MacDonald MC (2008). New and updated tests of print exposure + and reading abilities in college students. Behavior research methods, 40(1), + 278\u2013289.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3022331\",\"@IdType\":\"pmc\"},{\"#text\":\"18411551\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Agcaoglu + O, Miller R, Mayer AR, Hugdahl K, & Calhoun VD (2015). Lateralization of resting + state networks and relationship to age and gender. Neuroimage, 104, 310\u2013325. + doi:10.1016/j.neuroimage.2014.09.001\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2014.09.001\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4252729\",\"@IdType\":\"pmc\"},{\"#text\":\"25241084\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Alexander + M, Stuss D, & Fansabedian N (2003). California Verbal Learning Test: performance + by patients with focal frontal and non-frontal lesions. Brain, 126(6), 1493\u20131503.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12764068\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Alvarez + JA, & Emory E (2006). Executive function and the frontal lobes: a meta-analytic + review. Neuropsychol Rev, 16(1), 17\u201342. doi:10.1007/s11065-006-9002-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11065-006-9002-x\",\"@IdType\":\"doi\"},{\"#text\":\"16794878\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Andrews-Hanna, + Snyder AZ, Vincent JL, Lustig C, Head D, Raichle ME, & Buckner RL (2007). + Disruption of large-scale brain systems in advanced aging. Neuron, 56(5), + 924\u2013935. doi:10.1016/j.neuron.2007.10.038\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuron.2007.10.038\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2709284\",\"@IdType\":\"pmc\"},{\"#text\":\"18054866\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bach + M (1996). The Freiburg Visual Acuity Test-automatic measurement of visual + acuity. Optometry and vision science, 73(1), 49\u201353.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8867682\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Banich + MT, Milham MP, Atchley RA, Cohen NJ, Webb A, Wszalek T, Kramer AF, Liang Z-P, + Barad V, & Gullett D (2000). Prefrontal regions play a predominant role in + imposing an attentional \u2018set\u2019: evidence from fMRI. Cognitive Brain + Research, 10(1\u20132), 1\u20139.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10978687\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Benjamini + Y, & Hochberg Y (1995). Controlling the false discovery rate: A practical + and powerful approach to multiple testing. Journal of the Royal statistical + society: series B (Methodological), 57(1), 289\u2013300.\"},{\"Citation\":\"Biswal + B, Yetkin FZ, Haughton VM, & Hyde JS (1995). Functional connectivity in the + motor cortex of resting human brain using echo-planar MRI. Magn Reson Med, + 34(4), 537\u2013541.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8524021\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Buckner + RL (2004). Memory and executive function in aging and AD: Multiple factors + that cause decline and reserve factors that compensate. Neuron, 44(1), 195\u2013208. + doi:10.1016/j.neuron.2004.09.006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuron.2004.09.006\",\"@IdType\":\"doi\"},{\"#text\":\"15450170\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burke + DM, & Light LL (1981). Memory and aging: The role of retrieval processes. + Psychol Bull, 90(3), 513\u2013546. doi:10.1037/0033-2909.90.3.513\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0033-2909.90.3.513\",\"@IdType\":\"doi\"},{\"#text\":\"7302054\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burke + DM, MacKay DG, & James LE (2000). Theoretical approaches to language and aging.\"},{\"Citation\":\"Burke + DM, MacKay DG, Worthley JS, & Wade E (1991). On the tip of the tongue: What + causes word finding failures in young and older adults? Journal of Memory + and Language, 30(5), 542\u2013579.doi:10.1016/0749-596X(91)90026-G\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/0749-596X(91)90026-G\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Burke + DM, & Shafto MA (2004). Aging and language production. Current Directions + in Psychological Science, 13(1), 21\u201324. doi:10.1111/j.0963-7214.2004.01301006.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.0963-7214.2004.01301006.x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2293308\",\"@IdType\":\"pmc\"},{\"#text\":\"18414600\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burke + DM, & Shafto MA (2008). Language and aging In Craik F & Salthouse T (Eds.), + The handbook of aging and cognition (Vol. 3, pp. 373\u2013443).\"},{\"Citation\":\"Bush + G, Whalen PJ, Rosen BR, Jenike MA, McInerney SC, & Rauch SL (1998). The counting + Stroop: an interference task specialized for functional neuroimaging\u2014validation + study with functional MRI. Hum Brain Mapp, 6(4), 270\u2013282.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6873370\",\"@IdType\":\"pmc\"},{\"#text\":\"9704265\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R (2002). Hemispheric asymmetry reduction in older adults: The HAROLD model. + Psychology and Aging, 17(1), 85\u2013100. doi:10.1037/0882-7974.17.1.85\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.17.1.85\",\"@IdType\":\"doi\"},{\"#text\":\"11931290\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R, Albert M, Belleville S, Craik FI, Duarte A, Grady CL, Lindenberger U, Nyberg + L, Park DC, & Reuter-Lorenz PA (2018). Maintenance, reserve and compensation: + the cognitive neuroscience of healthy ageing. Nature Reviews Neuroscience, + 1.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6472256\",\"@IdType\":\"pmc\"},{\"#text\":\"30305711\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chan + MY, Park DC, Savalia NK, Petersen SE, & Wig GS (2014). Decreased segregation + of brain systems across the healthy adult lifespan. Proceedings of the National + Academy of Sciences, 111(46), E4997. doi:10.1073/pnas.1415122111\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1415122111\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4246293\",\"@IdType\":\"pmc\"},{\"#text\":\"25368199\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Clark + J (1924). The Ishihara test for color blindness. American Journal of Physiological + Optics.\"},{\"Citation\":\"Craik FIM (1994). Memory changes in normal aging. + Current Directions in Psychological Science, 3(5), 155\u2013158. doi:10.1111/1467-8721.ep10770653\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/1467-8721.ep10770653\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Davey + CE, Grayden DB, Egan GF, & Johnston LA (2013). Filtering induces correlation + in fMRI resting state data. Neuroimage, 64, 728\u2013740.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22939874\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Davis + SW, Zhuang J, Wright P, & Tyler LK (2014). Age-related sensitivity to task-related + modulation of language-processing networks. Neuropsychologia, 63, 107\u2013115. + doi:10.1016/j.neuropsychologia.2014.08.017\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2014.08.017\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4410794\",\"@IdType\":\"pmc\"},{\"#text\":\"25172389\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dennis + NA, & Cabeza R (2011). Neuroimaging of healthy cognitive aging The handbook + of aging and cognition (pp. 10\u201363): Psychology Press.\"},{\"Citation\":\"Desikan + RS, S\xE9gonne F, Fischl B, Quinn BT, Dickerson BC, Blacker D, Buckner RL, + Dale AM, Maguire RP, Hyman BT, Albert MS, & Killiany RJ (2006). An automated + labeling system for subdividing the human cerebral cortex on MRI scans into + gyral based regions of interest. Neuroimage, 31(3), 968\u2013980. doi:10.1016/j.neuroimage.2006.01.021\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2006.01.021\",\"@IdType\":\"doi\"},{\"#text\":\"16530430\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ferre + P, Benhajali Y, Steffener J, Stern Y, Joanette Y, & Bellec P (2019). Resting-state + and Vocabulary Tasks Distinctively Inform On Age-Related Differences in the + Functional Brain Connectome. Lang Cogn Neurosci, 34(8), 949\u2013972. doi:10.1080/23273798.2019.1608072\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/23273798.2019.1608072\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6711486\",\"@IdType\":\"pmc\"},{\"#text\":\"31457069\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein + MF, Folstein SE, & McHugh PR (1975). \u201CMini-mental state\u201D. A practical + method for grading the cognitive state of patients for the clinician. J Psychiatr + Res, 12(3), 189\u2013198.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Genovese + CR, Lazar NA, & Nichols T (2002). Thresholding of statistical maps in functional + neuroimaging using the false discovery rate. Neuroimage, 15(4), 870\u2013878.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11906227\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gohel + SR, & Biswal BB (2015). Functional integration between brain regions at rest + occurs in multiple-frequency bands. Brain connectivity, 5(1), 23\u201334.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4313418\",\"@IdType\":\"pmc\"},{\"#text\":\"24702246\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Graves + WW, Grabowski TJ, Mehta S, & Gordon JK (2007). A neural signature of phonological + access: Distinguishing the effects of word frequency from familiarity and + length in overt picture naming. Journal of Cognitive Neuroscience, 19(4), + 617\u2013631.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17381253\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Grill-Spector + K, Kourtzi Z, & Kanwisher N (2001). The lateral occipital complex and its + role in object recognition. Vision Research, 41(10), 1409\u20131422. doi:10.1016/S0042-6989(01)00073-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0042-6989(01)00073-6\",\"@IdType\":\"doi\"},{\"#text\":\"11322983\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hallquist + MN, Hwang K, & Luna B (2013). The nuisance of nuisance regression: spectral + misspecification in a common approach to resting-state fMRI preprocessing + reintroduces noise and obscures functional connectivity. Neuroimage, 82, 208\u2013225.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3759585\",\"@IdType\":\"pmc\"},{\"#text\":\"23747457\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hasher + L, & Zacks RT (1988). Working memory, comprehension, and aging: A review and + a new view In Gordon HB (Ed.), Psychology of Learning and Motivation (Vol. + Volume 22, pp. 193\u2013225): Academic Press.\"},{\"Citation\":\"Hoffman P + (2018). An individual differences approach to semantic cognition: Divergent + effects of age on representation, retrieval and selection. Scientific Reports, + 8(1), 8145.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5970266\",\"@IdType\":\"pmc\"},{\"#text\":\"29802344\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hu + S, Ide JS, Zhang S, & Chiang-shan RL (2016). The right superior frontal gyrus + and individual variation in proactive control of impulsive response. Journal + of Neuroscience, 36(50), 12688\u201312696.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5157110\",\"@IdType\":\"pmc\"},{\"#text\":\"27974616\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Huettel + SA, Song AW, & McCarthy G (2004). Functional magnetic resonance imaging (Vol. + 1): Sinauer Associates Sunderland, MA.\"},{\"Citation\":\"Hummert, Garstka, + Ryan, & Bonnesen. (2004). The role of age stereotypes in interpersonal communication. + Handbook of Communication and Aging Research, 2, 91\u2013114.\"},{\"Citation\":\"Kemper + S, Herman RE, & Lian CH (2003). The costs of doing two things at once for + young and older adults: Talking while walking, finger tapping, and ignoring + speech of noise. Psychology and Aging, 18(2), 181.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12825768\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kemper + S, Thompson M, & Marquis J (2001). Longitudinal change in language production: + Effects of aging and dementia on grammatical complexity and propositional + content. Psychology and Aging, 16(4), 600.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11766915\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Krieger-Redwood + K, Wang H-T, Poerio G, Martinon LM, Riby LM, Smallwood J, & Jefferies E (2019). + Reduced semantic control in older adults is linked to intrinsic DMN connectivity. + Neuropsychologia, 107133.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"31278908\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Li + S-C, & Lindenberger U (1999). Cross-level unification: A computational exploration + of the link between deterioration of neurotransmitter systems and dedifferentiation + of cognitive abilities in old age Cognitive neuroscience of memory (pp. 103\u2013146): + Hogrefe & Huber.\"},{\"Citation\":\"Lustig C, Hasher L, & Zacks RT (2007). + Inhibitory deficit theory: Recent developments in a \u201Cnew view\u201D. + Inhibition in cognition, 17, 145\u2013162.\"},{\"Citation\":\"MacKay DG, & + James LE (2004). Sequencing, speech production, and selective effects of aging + on phonological and morphological speech errors. Psychology and Aging, 19(1), + 93.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15065934\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mechelli + A, Humphreys GW, Mayall K, Olson A, & Price CJ (2000). Differential effects + of word length and visual contrast in the fusiform and lingual gyri during. + Proceedings of the Royal Society of London. Series B: Biological Sciences, + 267(1455), 1909\u20131913.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1690747\",\"@IdType\":\"pmc\"},{\"#text\":\"11052544\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mir\xF3-Padilla + A, Bueichek\xFA E, Ventura-Campos N, Palomar-Garc\xEDa M-\xC1, & \xC1vila + C (2017). Functional connectivity in resting state as a phonemic fluency ability + measure. Neuropsychologia, 97, 98\u2013103. doi:10.1016/j.neuropsychologia.2017.02.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2017.02.009\",\"@IdType\":\"doi\"},{\"#text\":\"28202336\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ossher + L, Flegal KE, & Lustig C (2013). Everyday memory errors in older adults. Aging, + Neuropsychology, and Cognition, 20(2), 220\u2013242.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3443516\",\"@IdType\":\"pmc\"},{\"#text\":\"22694275\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + DC, & Bischof GN (2013). The aging mind: Neuroplasticity in response to cognitive + training. Dialogues in clinical neuroscience, 15(1), 109.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3622463\",\"@IdType\":\"pmc\"},{\"#text\":\"23576894\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + DC, Lautenschlager G, Hedden T, Davidson NS, Smith AD, & Smith PK (2002). + Models of visuospatial and verbal memory across the adult life span. Psychology + and Aging, 17(2), 299\u2013320.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12061414\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Park + DC, & Reuter-Lorenz P (2009). The adaptive brain: Aging and neurocognitive + scaffolding. Annual Review of Psychology, 60, 173\u2013196.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3359129\",\"@IdType\":\"pmc\"},{\"#text\":\"19035823\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Psychology + Software Tools, I. (2012). E-Prime (Version 2.0).\"},{\"Citation\":\"Rogers + WA (2000). Attention and aging Cognitive aging: A primer. (pp. 57\u201373). + New York, NY, US: Psychology Press.\"},{\"Citation\":\"Rosazza C, & Minati + L (2011). Resting-state brain networks: Literature review and clinical applications. + Neurological Sciences, 32(5), 773\u2013785. doi:10.1007/s10072-011-0636-y\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s10072-011-0636-y\",\"@IdType\":\"doi\"},{\"#text\":\"21667095\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sala-Llonch + R, Bartr\xE9s-Faz D, & Junqu\xE9 C (2015). Reorganization of brain networks + in aging: A review of functional connectivity studies. Frontiers in Psychology, + 6, 663.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4439539\",\"@IdType\":\"pmc\"},{\"#text\":\"26052298\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salthouse + TA (2010). Selective review of cognitive aging. Journal of the International + Neuropsychological Society : JINS, 16(5), 754\u2013760. doi:10.1017/S1355617710000706\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1355617710000706\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3637655\",\"@IdType\":\"pmc\"},{\"#text\":\"20673381\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Shafto + MA, & Tyler LK (2014). Language in the aging brain: The network dynamics of + cognitive decline and preservation. Science, 346(6209), 583\u2013587. doi:10.1126/science.1254404\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.1254404\",\"@IdType\":\"doi\"},{\"#text\":\"25359966\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sowell, + Thompson PM, Tessner KD, & Toga AW (2001). Mapping continued brain growth + and gray matter density reduction in dorsal frontal cortex: Inverse relationships + during postadolescent brain maturation. Journal of Neuroscience, 21(22), 8819\u20138829.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6762261\",\"@IdType\":\"pmc\"},{\"#text\":\"11698594\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stamatakis + EA, Shafto MA, Williams G, Tam P, & Tyler LK (2011). White matter changes + and word finding failures with increasing age. PloS one, 6(1), e14496.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3017545\",\"@IdType\":\"pmc\"},{\"#text\":\"21249127\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Thompson-Schill + SL, D\u2019Esposito M, Aguirre GK, & Farah MJ (1997). Role of left inferior + prefrontal cortex in retrieval of semantic knowledge: A reevaluation. Proceedings + of the National Academy of Sciences, 94(26), 14792\u201314797.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC25116\",\"@IdType\":\"pmc\"},{\"#text\":\"9405692\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tian + L, Ren J, & Zang Y (2012). Regional homogeneity of resting state fMRI signals + predicts Stop signal task performance. Neuroimage, 60(1), 539\u2013544. doi:10.1016/j.neuroimage.2011.11.098\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.11.098\",\"@IdType\":\"doi\"},{\"#text\":\"22178814\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tomasi + D, & Volkow ND (2012). Aging and functional brain networks. Molecular psychiatry, + 17(5), 549.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3193908\",\"@IdType\":\"pmc\"},{\"#text\":\"21727896\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tombaugh + TN, Kozak J, & Rees L (1999). Normative data stratified by age and education + for two measures of verbal fluency: FAS and animal naming. Archives of Clinical + Neuropsychology, 14(2), 167\u2013177. doi:10.1093/arclin/14.2.167\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/arclin/14.2.167\",\"@IdType\":\"doi\"},{\"#text\":\"14590600\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Troutman + SBW, & Diaz MT (2019). White matter disconnection is related to age-related + phonological deficits. Brain Imaging and Behavior. doi:10.1007/s11682-019-00086-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11682-019-00086-8\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7034773\",\"@IdType\":\"pmc\"},{\"#text\":\"30937829\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Van + Dijk KR, Hedden T, Venkataraman A, Evans KC, Lazar SW, & Buckner RL (2010). + Intrinsic functional connectivity as a tool for human connectomics: Theory, + properties, and optimization. J Neurophysiol, 103(1), 297\u2013321. doi:10.1152/jn.00783.2009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1152/jn.00783.2009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2807224\",\"@IdType\":\"pmc\"},{\"#text\":\"19889849\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wechsler + D (1997) Wechsler adult intelligence scale - III. New York: Psychological + Corporation.\"},{\"Citation\":\"Whitfield-Gabrieli S, & Nieto-Castanon A (2012). + Conn: a functional connectivity toolbox for correlated and anticorrelated + brain networks. Brain connectivity, 2(3), 125\u2013141.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22642651\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Wierenga + CE, Benjamin M, Gopinath K, Perlstein WM, Leonard CM, Rothi LJG, Conway T, + Cato MA, Briggs R, & Crosson B (2008). Age-related changes in word retrieval: + Role of bilateral frontal and subcortical networks. Neurobiology of Aging, + 29(3), 436\u2013451. doi:10.1016/j.neurobiolaging.2006.10.024\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2006.10.024\",\"@IdType\":\"doi\"},{\"#text\":\"17147975\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wilson + SM, Isenberg AL, & Hickok G (2009). Neural correlates of word production stages + delineated by parametric modulation of psycholinguistic variables. Hum Brain + Mapp, 30(11), 3596\u20133608.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2767422\",\"@IdType\":\"pmc\"},{\"#text\":\"19365800\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yesavage + JA, Brink TL, Rose TL, Lum O, Huang V, Adey M, & Leirer VO (1982). Development + and validation of a geriatric depression screening scale: a preliminary report. + J Psychiatr Res, 17(1), 37\u201349.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"7183759\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zhang + H, Eppes A, Beatty-Mart\xEDnez A, Navarro-Torres C, & Diaz MT (2018). Task + difficulty modulates brain-behavior correlations in language production and + cognitive control: Behavioral and fMRI evidence from a phonological go/no-go + picture-naming paradigm. Cognitive, Affective, & Behavioral Neuroscience, + 18(5), 964\u2013981. doi:10.3758/s13415-018-0616-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13415-018-0616-2\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6301137\",\"@IdType\":\"pmc\"},{\"#text\":\"29923097\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhang + H, Eppes A, & Diaz MT (2019). Task difficulty modulates age-related differences + in the behavioral and neural bases of language production. Neuropsychologia, + 124, 254\u2013273. doi:10.1016/j.neuropsychologia.2018.11.017\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2018.11.017\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6392062\",\"@IdType\":\"pmc\"},{\"#text\":\"30513288\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhu + L, Fan Y, Zou Q, Wang J, Gao J-H, & Niu Z (2014). Temporal reliability and + lateralization of the resting-state language network. PloS one, 9(1), e85880.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3901661\",\"@IdType\":\"pmc\"},{\"#text\":\"24475058\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zou + Q, Ross TJ, Gu H, Geng X, Zuo X-N, Hong LE, Gao J-H, Stein EA, Zang Y-F, & + Yang Y (2013). Intrinsic resting-state activity predicts working memory brain + activation and behavioral performance. Hum Brain Mapp, 34(12), 3204\u20133215. + doi:10.1002/hbm.22136\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.22136\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6870161\",\"@IdType\":\"pmc\"},{\"#text\":\"22711376\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"32289553\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1090-2155\",\"@IssnType\":\"Electronic\"},\"Title\":\"Brain + and language\",\"JournalIssue\":{\"Volume\":\"206\",\"PubDate\":{\"Year\":\"2020\",\"Month\":\"Jul\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Brain + Lang\"},\"Abstract\":{\"AbstractText\":\"Healthy older adults commonly report + increased difficulties with language production. This could reflect decline + in the language network, or age-related declines in other cognitive abilities + that support language production, such as executive function. To examine this + possibility, we conducted a whole-brain resting-state functional connectivity + (RSFC) analysis in older and younger adults using two seed regions-the left + posterior superior temporal gyrus and left inferior frontal gyrus. Whole-brain + connectivities were then correlated with Stroop task performance to investigate + the relationship between RSFC and executive function. We found that overall, + younger adults had stronger RSFC than older adults. Moreover, in older, but + not younger, adults stronger RSFC between left IFG and right hemisphere executive + function regions correlated with better Stroop performance. This suggests + that stronger RSFC among older adults between left IFG and right hemisphere + regions may serve a compensatory function.\",\"CopyrightInformation\":\"Copyright + \xA9 2020. Published by Elsevier Inc.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"GrantList\":{\"Grant\":{\"Agency\":\"NIA + NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United States\",\"GrantID\":\"R01 + AG034138\"},\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Victoria + H\",\"Initials\":\"VH\",\"LastName\":\"Gertel\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, The Pennsylvania State University, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Haoyun\",\"Initials\":\"H\",\"LastName\":\"Zhang\",\"AffiliationInfo\":{\"Affiliation\":\"Social, + Life, and Engineering Sciences Imaging Center, The Pennsylvania State University, + USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michele T\",\"Initials\":\"MT\",\"LastName\":\"Diaz\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, The Pennsylvania State University, USA; Social, Life, and Engineering + Sciences Imaging Center, The Pennsylvania State University, USA. Electronic + address: mtd143@psu.edu.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"104771\",\"MedlinePgn\":\"104771\"},\"ArticleDate\":{\"Day\":\"11\",\"Year\":\"2020\",\"Month\":\"04\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.bandl.2020.104771\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0093-934X(20)30030-4\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D052061\",\"#text\":\"Research Support, N.I.H., Extramural\"},{\"@UI\":\"D013485\",\"#text\":\"Research + Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"02\",\"Year\":\"2021\",\"Month\":\"07\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Executive + function\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Language production\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Resting-state + functional connectivity\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"01\",\"Year\":\"2021\",\"Month\":\"03\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Curated\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000293\",\"#text\":\"Adolescent\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000379\",\"#text\":\"methods\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D056344\",\"#text\":\"Executive + Function\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D007839\",\"#text\":\"Functional + Laterality\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007802\",\"#text\":\"Language\",\"@MajorTopicYN\":\"Y\"}},{\"QualifierName\":{\"@UI\":\"Q000379\",\"#text\":\"methods\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D009415\",\"#text\":\"Nerve + Net\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D057190\",\"#text\":\"Stroop + Test\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"Netherlands\",\"MedlineTA\":\"Brain + Lang\",\"ISSNLinking\":\"0093-934X\",\"NlmUniqueID\":\"7506220\"}}},\"semantic_scholar\":{\"year\":2020,\"title\":\"Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults\",\"venue\":\"Brain and Language\",\"authors\":[{\"name\":\"Victoria + H. Gertel\",\"authorId\":\"1415197167\"},{\"name\":\"Haoyun Zhang\",\"authorId\":\"2570593\"},{\"name\":\"Michele + T. Diaz\",\"authorId\":\"40190223\"}],\"paperId\":\"83571f06f996feaf99cc9d3e821bbceb1d558725\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7754257\",\"status\":\"GREEN\",\"license\":null,\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.bandl.2020.104771?email= + or https://doi.org/10.1016/j.bandl.2020.104771, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use.\"},\"publicationDate\":\"2020-04-10\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T19:22:32.348312+00:00\",\"analyses\":[{\"id\":\"WUFsoXB9AZ43\",\"user\":null,\"name\":\"Younger + > Older\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Coordinates + for regions with significant RSFC to the left pSTG from the seed-to-voxel + analysis.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"g9kHhSvQP5X9\",\"coordinates\":[0.0,60.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.22}]},{\"id\":\"PRBeu3XdUy7q\",\"coordinates\":[-2.0,62.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.78}]},{\"id\":\"mCeMzLDmAxsz\",\"coordinates\":[4.0,62.0,0.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.59}]},{\"id\":\"SJwyvwuohqb5\",\"coordinates\":[18.0,42.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.97}]},{\"id\":\"de87nfUNHTwo\",\"coordinates\":[-54.0,-24.0,0.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.57}]},{\"id\":\"HuVD2q4EnxoY\",\"coordinates\":[-62.0,-23.0,-5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.55}]},{\"id\":\"YW8NYYFznq7z\",\"coordinates\":[-54.0,-28.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"k6k7kcwc7Asg\",\"coordinates\":[-2.0,-36.0,38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.31}]},{\"id\":\"okqNCUCjgV9X\",\"coordinates\":[-54.0,-68.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.79}]}],\"images\":[]},{\"id\":\"ZJw5UnpcLA3Q\",\"user\":null,\"name\":\"Older + > Younger\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Coordinates + for regions with significant RSFC to the left pSTG from the seed-to-voxel + analysis.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"W8ZHSveVYgyT\",\"user\":null,\"name\":\"Stroop + correlation: all participants\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Coordinates + for regions with significant RSFC to the left pSTG from the seed-to-voxel + analysis.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"3n6opAnu7xxj\",\"coordinates\":[50.0,-30.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-4.27}]},{\"id\":\"TJc28hFR9Pu6\",\"coordinates\":[49.0,-27.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.81}]}],\"images\":[]},{\"id\":\"ouuQz2VUFuSP\",\"user\":null,\"name\":\"Age + group X RSFC interaction on Stroop effect score\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Coordinates + for regions with significant RSFC to the left pSTG from the seed-to-voxel + analysis.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"6seuYrrV8VeB\",\"user\":null,\"name\":\"Younger\\u00063> + Older\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020_coordinates.csv\"},\"original_table_id\":\"t0020\"},\"table_metadata\":{\"table_id\":\"t0020\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/32289553-10-1016-j-bandl-2020-104771-pmc7754257/tables/t0020_coordinates.csv\"},\"sanitized_table_id\":\"t0020\"},\"description\":\"Coordinates + for regions with significant RSFC to the left IFG, pars triangularis from + the seed-to-voxel analysis.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"mkTx7n4ADH5p\",\"coordinates\":[56.0,-22.0,-22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.68}]},{\"id\":\"hUZrFWnUmkB4\",\"coordinates\":[60.0,-32.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.72}]},{\"id\":\"LF83mw8GUWcb\",\"coordinates\":[-56.0,-38.0,-24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.26}]},{\"id\":\"NqfMoaUGniCc\",\"coordinates\":[-55.0,-36.0,-15.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.73}]},{\"id\":\"g5FccYj5st7Q\",\"coordinates\":[-54.0,-45.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.22}]},{\"id\":\"pUqZ6j8PcZXu\",\"coordinates\":[58.0,-48.0,-28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.63}]},{\"id\":\"L5hjYkH63D42\",\"coordinates\":[54.0,-46.0,-29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.29}]},{\"id\":\"RtSbCmgXKf2f\",\"coordinates\":[36.0,-60.0,-56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.35}]},{\"id\":\"nj8hZvXiQZGi\",\"coordinates\":[42.0,-72.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.74}]},{\"id\":\"59kbJt8oCCYj\",\"coordinates\":[-42.0,-84.0,-22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.51}]},{\"id\":\"sSiHkrMiwXNt\",\"coordinates\":[-7.0,-92.0,-17.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.96}]},{\"id\":\"3RfUuGQz8yTW\",\"coordinates\":[-5.0,-88.0,-17.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.56}]},{\"id\":\"hiNG7cXGNFWd\",\"coordinates\":[12.0,-94.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.42}]},{\"id\":\"9R7gnxq5kUsV\",\"coordinates\":[-14.0,-102.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.27}]}],\"images\":[]}]},{\"id\":\"7aRVSAgS5Xhw\",\"created_at\":\"2025-12-03T08:26:14.277214+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"description\":\"Working memory (WM)-related brain activity is known + to be modulated by aging; particularly, older adults demonstrate greater activity + than young adults. However, it is still unclear whether the activity increase + in older adults is also observed in advanced aging. The present functional + magnetic resonance imaging (fMRI) study was designed to clarify the neural + correlates of WM in advanced aging. Further, we set out to investigate in + the case that adults of advanced age do show age-related increase in WM-related + activity, what the functional significance of this over-recruitment might + be. Two groups of older adults \u2013 \u201Cyoung\u2013old\u201D (61\u201370 + years, n = 17) and \u201Cold\u2013old\u201D (77\u201382 years, n = 16) \u2013 + were scanned while performing a visual WM task (the n-back task: 0-back and + 1-back). WM effects (1-back > 0-back) common to both age groups were identified + in several regions, including the bilateral dorsolateral prefrontal cortex + (DLPFC), the inferior parietal cortex, and the insula. Greater WM effects + in the old\u2013old than in the young\u2013old group were identified in the + right caudal DLPFC. These results were replicated when we performed a separate + analysis between two age groups with the same level of WM performance (the + young\u2013old vs. a \u201Chigh-performing\u201D subset of the old\u2013old + group). There were no regions where WM effects were greater in the young\u2013old + group than in the old\u2013old group. Importantly, the magnitude of the over-recruitment + WM effects positively correlated with WM performance in the old\u2013old group, + but not in the young\u2013old group. The present findings suggest that cortical + over-recruitment occurs in advanced old age, and that increased activity may + serve a compensatory function in mediating WM performance.\",\"publication\":\"Frontiers + in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2018.00358\",\"pmid\":\"30459595\",\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"year\":2018,\"metadata\":{\"slug\":\"30459595-10-3389-fnagi-2018-00358-pmc6232505\",\"source\":\"semantic_scholar\",\"keywords\":[\"aging\",\"compensation\",\"fMRI\",\"maintenance\",\"over-recruitment\",\"prefrontal\",\"working + memory\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"3\",\"Year\":\"2017\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"19\",\"Year\":\"2018\",\"Month\":\"10\",\"@PubStatus\":\"accepted\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"11\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"30459595\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6232505\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2018.00358\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Adnan + A., Chen A. J. W., Novakovic-Agopian T., D\u2019Esposito M., Turner G. R. + (2017). Brain changes following executive control training in older adults. + Neurorehabil. Neural. Repair. 31 910\u2013922. 10.1177/1545968317728580\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/1545968317728580\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5729113\",\"@IdType\":\"pmc\"},{\"#text\":\"28868974\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Andersen + R. A., Essick G. K., Siegel R. M. (1985). Encoding of spatial location by + posterior parietal neurons. Science 230 456\u2013458. 10.1126/science.4048942\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.4048942\",\"@IdType\":\"doi\"},{\"#text\":\"4048942\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Andre + J., Picchioni M., Zhang R., Toulopoulou T. (2016). Working memory circuit + as a function of increasing age in healthy adolescence: a systematic review + and meta-analyses. Neuroimage Clin. 12 940\u2013948. 10.1016/j.nicl.2015.12.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.nicl.2015.12.002\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5153561\",\"@IdType\":\"pmc\"},{\"#text\":\"27995059\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Asada + T. (2013). The Prevalence of Dementia in Urban Areas and Support for Impairment + of Daily Functioning from Dementia. Health, Labor, and Welfare Scientific + Research Grants Comprehensive Research Report. Tokyo: Ministry of Health, + Labour and Welfare.\"},{\"Citation\":\"Ashburner J., Friston K. J. (2005). + Unified segmentation. Neuroimage 26 839\u2013851. 10.1016/j.neuroimage.2005.02.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2005.02.018\",\"@IdType\":\"doi\"},{\"#text\":\"15955494\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baddeley + A. (1986). Working Memory. New York, NY: Oxford University Press.\"},{\"Citation\":\"Bledowski + C., Kaiser J., Rahm B. (2010). Basic operations in working memory: contributions + from functional imaging studies. Behav. Brain Res. 214 172\u2013179. 10.1016/j.bbr.2010.05.041\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bbr.2010.05.041\",\"@IdType\":\"doi\"},{\"#text\":\"20678984\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bledowski + C., Rahm B., Rowe J. B. (2009). What \u201Cworks\u201D in working memory? + Separate systems for selection and updating of critical information. J. Neurosci. + 29 13735\u201313741. 10.1523/JNEUROSCI.2547-09.2009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.2547-09.2009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2785708\",\"@IdType\":\"pmc\"},{\"#text\":\"19864586\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brehmer + Y., Rieckmann A., Bellander M., Westerberg H., Fischer H., B\xE4ckman L. (2011). + Neural correlates of training-related working-memory gains in old age. Neuroimage + 58 1110\u20131120. 10.1016/j.neuroimage.2011.06.079\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.06.079\",\"@IdType\":\"doi\"},{\"#text\":\"21757013\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brett + M., Anton J. L., Valabregue R., Poline B. P. (2002). Region of interest analysis + using an SPM toolbox. Abstract retrieved from CD-ROM. Neuroimage 16:S497.\"},{\"Citation\":\"Cabeza + R. (2002). Hemispheric asymmetry reduction in old adults: the HAROLD model. + Psychol. Aging 17 85\u2013100. 10.1037//0882-7974.17.1.85\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037//0882-7974.17.1.85\",\"@IdType\":\"doi\"},{\"#text\":\"11931290\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Daselaar S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task-specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14 364\u2013375. 10.1093/cercor/bhg133\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhg133\",\"@IdType\":\"doi\"},{\"#text\":\"15028641\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cappell + K. A., Gmeindl L., Reuter-Lorenz P. A. (2010). Age differences in prefrontal + recruitment during verbal working memory maintenance depend on memory load. + Cortex 46 462\u2013473. 10.1016/j.cortex.2009.11.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2009.11.009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2853232\",\"@IdType\":\"pmc\"},{\"#text\":\"20097332\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Courtney + S. M., Ungerleider L. G., Keil K., Haxby J. V. (1997). Transient and sustained + activity in a distributed neural system for human working memory. Nature 386 + 608\u2013611. 10.1038/386608a0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/386608a0\",\"@IdType\":\"doi\"},{\"#text\":\"9121584\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cowan + N. (1995). Attention and Memory: An Integrated Framework. New York, NY: Oxford + University Press.\"},{\"Citation\":\"Curtis C. E., D\u2019Esposito M. (2003). + Persistent activity in the prefrontal cortex during working memory. Trends + Cogn. Sci. 7 415\u2013423. 10.1016/S1364-6613(03)00197-9\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1364-6613(03)00197-9\",\"@IdType\":\"doi\"},{\"#text\":\"12963473\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Daselaar + S. M., Veltman D. J., Rombouts S. A., Raaijmakers J. G., Jonker C. (2003). + Neuroanatomical correlates of episodic encoding and retrieval in young and + elderly subjects. Brain 126 43\u201356. 10.1093/brain/awg005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/awg005\",\"@IdType\":\"doi\"},{\"#text\":\"12477696\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Davis + S. W., Dennis N. A., Daselaar S. M., Fleck M. S., Cabeza R. (2008). Que PASA? + The posterior-anterior shift in aging. Cereb. Cortex 18 1201\u20131209. 10.1093/cercor/bhm155\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhm155\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2760260\",\"@IdType\":\"pmc\"},{\"#text\":\"17925295\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"de + Frias C., L\xF6vd\xE9n M., Lindenberger U., Nilsson L. G. (2007). Revisiting + the dedifferentiation hypothesis with longitudinal multicohort data. Intelligence + 35 381\u2013392. 10.1016/j.intell.2006.07.011\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.intell.2006.07.011\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Dennis + N. A., Cabeza R. (2008). \u201CNeuroimaging of healthy cognitive aging,\u201D + in The Handbook of Aging and Cognition, 3rd Edn, eds Craik F. I. M., Salthouse + T. A. (Mahwah, NJ: Erlbaum; ), 1\u201354.\"},{\"Citation\":\"Dennis N. A., + Hayes S. M., Prince S. E., Madden D. J., Huettel S. A., Cabeza R. (2008). + Effects of aging on the neural correlates of successful item and source memory + encoding. J. Exp. Psychol. Learn. Mem. Cogn. 34 791\u2013808. 10.1037/0278-7393.34.4.791\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0278-7393.34.4.791\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2752883\",\"@IdType\":\"pmc\"},{\"#text\":\"18605869\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"D\u2019Esposito + M., Deouell L. Y., Gazzaley A. (2003). Alterations in the BOLD fMRI signal + with ageing and disease: a challenge for neuroimaging. Nat. Rev. Neurosci. + 4 863\u2013872. 10.1038/nrn1246\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn1246\",\"@IdType\":\"doi\"},{\"#text\":\"14595398\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"D\u2019Esposito + M., Postle B. R. (2015). The cognitive neuroscience of working memory. Annu. + Rev. Psychol. 66 115\u2013142. 10.1146/annurev-psych-010814-015031\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev-psych-010814-015031\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4374359\",\"@IdType\":\"pmc\"},{\"#text\":\"25251486\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Duarte + A., Graham K. S., Henson R. N. (2010). Age-related changes in neural activity + associated with familiarity, recollection and false recognition. Neurobiol. + Aging 31 1814\u20131830. 10.1016/j.neurobiolaging.2008.09.014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2008.09.014\",\"@IdType\":\"doi\"},{\"#text\":\"19004526\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Eriksson + J., Vogel E. K., Lansner A., Bergstr\xF6m F., Nyberg L. (2015). Neurocognitive + architecture of working memory. Neuron 88 33\u201346. 10.1016/j.neuron.2015.09.020\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuron.2015.09.020\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4605545\",\"@IdType\":\"pmc\"},{\"#text\":\"26447571\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein + M. F., Folstein S. E., McHugh P. R. (1975). Mini-mental state\u201D. A practical + method for grading the cognitive state of patients for the clinician. J. Psychiatr. + Res. 12 189\u2013198. 10.1016/0022-3956(75)90026-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0022-3956(75)90026-6\",\"@IdType\":\"doi\"},{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Friston + K. J., Glaser D. E., Henson R. N., Kiebel S., Phillips C., Ashburner J. (2002). + Classical and Bayesian inference in neuroimaging: applications. Neuroimage + 16 484\u2013512. 10.1006/nimg.2002.1091\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2002.1091\",\"@IdType\":\"doi\"},{\"#text\":\"12030833\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Funahashi + S., Bruce C. J., Goldman-Rakic P. S. (1989). Mnemonic coding of visual space + in the monkey\u2019s dorsolateral prefrontal cortex. J. Neurophysiol. 61 331\u2013349. + 10.1152/jn.1989.61.2.331\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1152/jn.1989.61.2.331\",\"@IdType\":\"doi\"},{\"#text\":\"2918358\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fuster + J. M. (2009). Cortex and memory: emergence of a new paradigm. J. Cogn. Neurosci. + 21 2047\u20132072. 10.1162/jocn.2009.21280\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2009.21280\",\"@IdType\":\"doi\"},{\"#text\":\"19485699\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. L. (2008). Cognitive neuroscience of aging. Ann. N. Y. Acad. Sci. 1124 + 127\u2013144. 10.1196/annals.1440.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1196/annals.1440.009\",\"@IdType\":\"doi\"},{\"#text\":\"18400928\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. L. (2012). Trends in neurocognitive aging. Nat. Rev. Neurosci. 13 491\u2013505. + 10.1038/nrn3256\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn3256\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3800175\",\"@IdType\":\"pmc\"},{\"#text\":\"22714020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. L., Yu H., Alain C. (2008). Age-related differences in brain activity underlying + working memory for spatial and nonspatial auditory information. Cereb. Cortex + 18 189\u2013199. 10.1093/cercor/bhm045\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhm045\",\"@IdType\":\"doi\"},{\"#text\":\"17494060\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Habib + R., Nyberg L., Nilsson L. G. (2007). Cognitive and non-cognitive factors contributing + to the longitudinal identification of successful older adults in the Betula + study. Aging Neuropsychol. Cogn. 14 257\u2013273. 10.1080/13825580600582412\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13825580600582412\",\"@IdType\":\"doi\"},{\"#text\":\"17453560\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Haxby + J. V., Hoffman E. A., Gobbini M. I. (2000). The distributed human neural system + for face perception. Trends Cogn. Sci. 4 223\u2013233. 10.1016/S1364-6613(00)01482-0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1364-6613(00)01482-0\",\"@IdType\":\"doi\"},{\"#text\":\"10827445\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Heinzel + S., Lorenz R. C., Duong Q. L., Rapp M. A., Deserno L. (2017). Prefrontal-parietal + effective connectivity during working memory in older adults. Neurobiol. Aging + 57 18\u201327. 10.1016/j.neurobiolaging.2017.05.005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2017.05.005\",\"@IdType\":\"doi\"},{\"#text\":\"28578155\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hultsch + D. F., Hertzog C., Small B. J., McDonald-Miszczak L., Dixon R. A. (1992). + Short-term longitudinal change in cognitive performance in later life. Psychol. + Aging 7 571\u2013584. 10.1037/0882-7974.7.4.571\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.7.4.571\",\"@IdType\":\"doi\"},{\"#text\":\"1466826\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Iordan + A. D., Cookem K. A., Moored K. D., Katz B., Buschkuehl M., Jaeggi S. M., et + al. (2018). Aging and network properties: stability over time and links with + learning during working memory training. Front. Aging Neurosci. 9:419. 10.3389/fnagi.2017.00419\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2017.00419\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5758500\",\"@IdType\":\"pmc\"},{\"#text\":\"29354048\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kanwisher + N., McDermott J., Chun M. M. (1997). The fusiform face area: a module in human + extrastriate cortex specialized for face perception. J. Neurosci. 17 4302\u20134311. + 10.1523/JNEUROSCI.17-11-04302.1997\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.17-11-04302.1997\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6573547\",\"@IdType\":\"pmc\"},{\"#text\":\"9151747\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kawagoe + T., Sekiyama K. (2014). Visually encoded working memory is closely associated + with mobility in older adults. Exp. Brain Res. 232 2035\u20132043. 10.1007/s00221-014-3893-1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00221-014-3893-1\",\"@IdType\":\"doi\"},{\"#text\":\"24623355\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kawano + N. (2012). A pilot study of standardization of WMS-R Logical Memory for Japanese + old-old people: differences between the story A and story B. Otsuma J. Soc. + Inf. Stud. 20 223\u2013231.\"},{\"Citation\":\"Leung H. C., Gore J. C., Goldman-Rakic + P. S. (2002). Sustained mnemonic response in the human middle frontal gyrus + during on-line storage of spatial memoranda. J. Cogn. Neurosci. 14 659\u2013671. + 10.1162/08989290260045882\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/08989290260045882\",\"@IdType\":\"doi\"},{\"#text\":\"12126506\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + S. C., Brehmer Y., Shing Y. L., Werkle-Bergner M., Lindenberger U. (2006). + Neuromodulation of associative and organizational plasticity across the life + span: empirical evidence and neurocomputational modeling. Neurosci. Biobehav. + Rev. 30 775\u2013790. 10.1016/j.neubiorev.2006.06.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neubiorev.2006.06.004\",\"@IdType\":\"doi\"},{\"#text\":\"16930705\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu + P., Hebrank A. C., Rodrigue K. M., Kennedy K. M., Section J., Park D. C., + et al. (2013). Age-related differences in memory-encoding fMRI responses after + accounting for decline in vascular reactivity. Neuroimage 78 415\u2013425. + 10.1016/j.neuroimage.2013.04.053\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2013.04.053\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3694392\",\"@IdType\":\"pmc\"},{\"#text\":\"23624491\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Logan + J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner R. L. (2002). Underrecruitment + and nonselective recruitment: dissociable neural mechanisms associated with + aging. Neuron 33 827\u2013840. 10.1016/S0896-6273(02)00612-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0896-6273(02)00612-8\",\"@IdType\":\"doi\"},{\"#text\":\"11879658\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mattay + V. S., Fera F., Tessitore A., Hariri A. R., Berman K. F., Das S., et al. (2006). + Neurophysiological correlates of age-related changes in working memory capacity. + Neurosci. Lett. 392 32\u201337. 10.1016/j.neulet.2005.09.025\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neulet.2005.09.025\",\"@IdType\":\"doi\"},{\"#text\":\"16213083\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Menon + V., Uddin L. Q. (2010). Saliency, switching, attention and control: a network + model of insula function. Brain Struct. Funct. 214 655\u2013667. 10.1007/s00429-010-0262-0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00429-010-0262-0\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2899886\",\"@IdType\":\"pmc\"},{\"#text\":\"20512370\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Miller + E. K., Erickson C. A., Desimone R. (1996). Neural mechanisms of visual working + memory in prefrontal cortex of the macaque. J. Neurosci. 16 5154\u20135167. + 10.1523/JNEUROSCI.16-16-05154.1996\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.16-16-05154.1996\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6579322\",\"@IdType\":\"pmc\"},{\"#text\":\"8756444\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Morcom + A. M., Henson R. N. A. (2018). Increased prefrontal activity with aging reflects + nonspecific neural responses rather than compensation. J. Neurosci. 38 7303\u20137313. + 10.1523/JNEUROSCI.1701-17.2018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.1701-17.2018\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6096047\",\"@IdType\":\"pmc\"},{\"#text\":\"30037829\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Morcom + A. M., Li J., Rugg M. D. (2007). Age effects on the neural correlates of episodic + retrieval: increased cortical recruitment with matched performance. Cereb. + Cortex 17 2491\u20132506. 10.1093/cercor/bhl155\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhl155\",\"@IdType\":\"doi\"},{\"#text\":\"17204820\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Morrison + J. H., Baxter M. G. (2012). The ageing cortical synapse: hallmarks and implications + for cognitive decline. Nat. Rev. Neurosci. 13 240\u2013250. 10.1038/nrn3200\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn3200\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3592200\",\"@IdType\":\"pmc\"},{\"#text\":\"22395804\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nishiguchi + S., Yamada M., Tanigawa T., Sekiyama K., Kawagoe T., Suzuki M., et al. (2015). + A 12-week physical and cognitive exercise program can improve cognitive function + and neural efficiency in community-dwelling older adults: a randomized controlled + trial. J. Am. Geriatr. Soc. 63 1355\u20131363. 10.1111/jgs.13481\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.13481\",\"@IdType\":\"doi\"},{\"#text\":\"26114906\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nyberg + L., Andersson M., Kauppi K., Lundquist A., Persson J., Pudas S., et al. (2014). + Age-related and genetic modulation of frontal cortex efficiency. J. Cogn. + Neurosci. 26 746\u2013754. 10.1162/jocn_a_00521\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_00521\",\"@IdType\":\"doi\"},{\"#text\":\"24236764\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nyberg + L., Dahlin E., Stigsdotter Neely A., B\xE4ckman L. (2009). Neural correlates + of variable working memory load across adult age and skill: dissociative patterns + within the fronto-parietal network. Scand. J. Psychol. 50 41\u201346. 10.1111/j.1467-9450.2008.00678.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1467-9450.2008.00678.x\",\"@IdType\":\"doi\"},{\"#text\":\"18705668\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nyberg + L., L\xF6vd\xE9n M., Riklund K., Lindenberger U., B\xE4ckman L. (2012). Memory + aging and brain maintenance. Trends Cogn. Sci. 16 292\u2013305. 10.1016/j.tics.2012.04.005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2012.04.005\",\"@IdType\":\"doi\"},{\"#text\":\"22542563\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Oberauer + K. (2002). Access to information in working memory: exploring the focus of + attention. J. Exp. Psychol. Learn. Mem. Cogn. 28 411\u2013421. 10.1037//0278-7393.28.3.411\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037//0278-7393.28.3.411\",\"@IdType\":\"doi\"},{\"#text\":\"12018494\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25 46\u201359. 10.1002/hbm.20131\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20131\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871745\",\"@IdType\":\"pmc\"},{\"#text\":\"15846822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Lautenschlager G., Hedden T., Davidson N. S., Smith A. D., Smith P. + K. (2002). Models of visuospatial and verbal memory across the adult life + span. Psychol. Aging 17 299\u2013320. 10.1037/0882-7974.17.2.299\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.17.2.299\",\"@IdType\":\"doi\"},{\"#text\":\"12061414\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pfeifer + G., Ward J., Chan D., Sigala N. (2016). Representational account of memory: + insights from aging and synesthesia. J. Cogn. Neurosci. 28 1987\u20132002. + 10.1162/jocn_a_01014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_01014\",\"@IdType\":\"doi\"},{\"#text\":\"27458751\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Piefke + M., Onur \xD6. A., Fink G. R. (2012). Aging-related changes of neural mechanisms + underlying visual-spatial working memory. Neurobiol. Aging 33 1284\u20131297. + 10.1016/j.neurobiolaging.2010.10.014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2010.10.014\",\"@IdType\":\"doi\"},{\"#text\":\"21130531\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rajah + M. N., D\u2019Esposito M. (2005). Region-specific changes in prefrontal function + with age: a review of PET and fMRI studies on working and episodic memory. + Brain 128 1964\u20131983. 10.1093/brain/awh608\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/awh608\",\"@IdType\":\"doi\"},{\"#text\":\"16049041\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reitan + R. M. (1986). Trail Making Test: Manual for Administration and Scoring. South + Tucson, AZ: Reitan Neuropsychology Laboratory.\"},{\"Citation\":\"Reuter-Lorenz + P. A., Cappell K. (2008). Neurocognitive aging and the compensation hypothesis. + Curr. Dir. Psychol. Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/j.1467-8721.2008.00570.x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Reuter-Lorenz + P. A., Jonides J., Smith E. S., Hartley A., Miller A., Marshuetz C., et al. + (2000). Age differences in the frontal lateralization of verbal and spatial + working memory revealed by PET. J. Cogn. Neurosci. 12 174\u2013187. 10.1162/089892900561814\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/089892900561814\",\"@IdType\":\"doi\"},{\"#text\":\"10769314\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + P. A., Marshuetz C., Jonides J., Smith E. S., Hartley A., Koeppe R. A. (2001). + Neurocognitive ageing of storage and executive processes. Eur. J. Cogn. Psychol. + 13 257\u2013278. 10.1080/09541440125972\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1080/09541440125972\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Reuter-Lorenz + P. A., Sylvester C. C. (2005). \u201CThe cognitive neuroscience of working + memory and aging,\u201D in Cognitive Neuroscience of Aging: Linking Cognitive + and Cerebral Aging, eds Cabeza R., Nyberg L., Park D. (New York, NY: Oxford + University Press; ), 186\u2013217.\"},{\"Citation\":\"Ross M. H., Yurgelun-Todd + D. A., Renshaw P. F., Maas L. C., Mendelson J. H., Mello N. K., et al. (1997). + Age-related reduction in functional MRI response to photic stimulation. Neurology + 48 173\u2013176. 10.1212/WNL.48.1.173\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/WNL.48.1.173\",\"@IdType\":\"doi\"},{\"#text\":\"9008514\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Roth + J. K., Serences J. T., Courtney S. M. (2006). Neural system for controlling + the contents of object working memory in humans. Cereb. Cortex 16 1595\u20131603. + 10.1093/cercor/bhj096\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhj096\",\"@IdType\":\"doi\"},{\"#text\":\"16357333\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rottschy + C., Langner R., Dogan I., Reetz K., Laird A. R., Schulz J. B., et al. (2012). + Modelling neural correlates of working memory: a coordinate-based meta-analysis. + Neuroimage 60 830\u2013846. 10.1016/j.neuroimage.2011.11.050\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.11.050\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3288533\",\"@IdType\":\"pmc\"},{\"#text\":\"22178808\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rugg + M. D. (2016). \u201CInterpreting age-related differences in memory-related + neural activity,\u201D in Cognitive Neuroscience of Aging: Linking Cognitive + and Cerebral Aging, 2nd Edn, eds Cabeza R., Nyberg L., Park D. (New York, + NY: Oxford University Press; ), 183\u2013203. 10.1093/acprof:oso/9780199372935.003.0008\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1093/acprof:oso/9780199372935.003.0008\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Rugg + M. D., Morcom A. M. (2005). \u201CThe relationship between brain activity, + cognitive performance and aging: the case of memory,\u201D in Cognitive Neuroscience + of Aging: Linking Cognitive and Cerebral Aging, eds Cabeza R., Nyberg L., + Park D. (New York, NY: Oxford University Press; ), 132\u2013154.\"},{\"Citation\":\"Rypma + B., Prabhakaran V., Desmond J. E., Gabrieli J. D. (2001). Age differences + in prefrontal cortical activity in working memory. Psychol. Aging 16 371\u2013384. + 10.1037//0882-7974.16.3.371\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037//0882-7974.16.3.371\",\"@IdType\":\"doi\"},{\"#text\":\"11554517\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Seeley + W. W., Menon V., Schatzberg A. F., Keller J., Glover G. H., Kenna H., et al. + (2007). Dissociable intrinsic connectivity networks for salience processing + and executive control. J. Neurosci. 27 2349\u20132356. 10.1523/JNEUROSCI.5587-06.2007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.5587-06.2007\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2680293\",\"@IdType\":\"pmc\"},{\"#text\":\"17329432\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Spreng + R. N., Wojtowicz M., Grady C. L. (2010). Reliable differences in brain activity + between young and old adults: a quantitative meta-analysis across multiple + cognitive domains. Neurosci. Biobehav. Rev. 34 1178\u20131194. 10.1016/j.neubiorev.2010.01.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neubiorev.2010.01.009\",\"@IdType\":\"doi\"},{\"#text\":\"20109489\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stanley + M. L., Simpson S. L., Dagenbach D., Lyday R. G., Burdette J. H., Laurienti + P. J. (2015). Changes in brain network efficiency and working memory performance + in aging. PLoS One 10:e0123950. 10.1371/journal.pone.0123950\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0123950\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4395305\",\"@IdType\":\"pmc\"},{\"#text\":\"25875001\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stark + M., Coslett H., Saffran E. M. (1996). Impairment of an egocentric map of locations: + implications for perception and action. Cogn. Neuropsychol. 13 481\u2013523. + 10.1080/026432996381908\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1080/026432996381908\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Sun + X., Zhang X., Chen X., Zhang P., Bao M., Zhang D., et al. (2005). Age-dependent + brain activation during forward and backward digit recall revealed by fMRI. + Neuroimage 26 36\u201347. 10.1016/j.neuroimage.2005.01.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2005.01.022\",\"@IdType\":\"doi\"},{\"#text\":\"15862203\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vermeij + A., Kessels R. P. C., Heskamp L., Simons E. M. F., Dautzenberg P. L. J., Claassen + J. A. H. R. (2017). Prefrontal activation may predict working-memory training + gain in normal aging and mild cognitive impairment. Brain Imaging Behav. 11 + 141\u2013154. 10.1007/s11682-016-9508-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11682-016-9508-7\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5415588\",\"@IdType\":\"pmc\"},{\"#text\":\"26843001\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wager + T. D., Smith E. E. (2003). Neuroimaging studies of working memory: a meta-analysis. + Cogn. Affect. Behav. Neurosci. 3 255\u2013274. 10.3758/CABN.3.4.255\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/CABN.3.4.255\",\"@IdType\":\"doi\"},{\"#text\":\"15040547\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + T. H., Kruggel F., Rugg M. D. (2009). Effects of advanced aging on the neural + correlates of successful recognition memory. Neuropsychologia 47 1352\u20131361. + 10.1016/j.neuropsychologia.2009.01.030\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2009.01.030\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2680799\",\"@IdType\":\"pmc\"},{\"#text\":\"19428399\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ward + B. D. (2000). Simultaneous Inference for fMRI Data. Available online at: http://afni.nimh.nih.gov/pub/dist/doc/manual/AlphaSim.pdf\"},{\"Citation\":\"Wechsler + D. (1987). WMS-R: Wechsler Memory Scale\u2013Revised. San Antonio, TX: Psychological + Corporation.\"}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"30459595\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"10\",\"PubDate\":{\"Year\":\"2018\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":{\"i\":[\"n\",\"n\",\"n\"],\"#text\":\"Working + memory (WM)-related brain activity is known to be modulated by aging; particularly, + older adults demonstrate greater activity than young adults. However, it is + still unclear whether the activity increase in older adults is also observed + in advanced aging. The present functional magnetic resonance imaging (fMRI) + study was designed to clarify the neural correlates of WM in advanced aging. + Further, we set out to investigate in the case that adults of advanced age + do show age-related increase in WM-related activity, what the functional significance + of this over-recruitment might be. Two groups of older adults - \\\"young-old\\\" + (61-70 years, = 17) and \\\"old-old\\\" (77-82 years, = 16) - were scanned + while performing a visual WM task (the -back task: 0-back and 1-back). WM + effects (1-back > 0-back) common to both age groups were identified in several + regions, including the bilateral dorsolateral prefrontal cortex (DLPFC), the + inferior parietal cortex, and the insula. Greater WM effects in the old-old + than in the young-old group were identified in the right caudal DLPFC. These + results were replicated when we performed a separate analysis between two + age groups with the same level of WM performance (the young-old vs. a \\\"high-performing\\\" + subset of the old-old group). There were no regions where WM effects were + greater in the young-old group than in the old-old group. Importantly, the + magnitude of the over-recruitment WM effects positively correlated with WM + performance in the old-old group, but not in the young-old group. The present + findings suggest that cortical over-recruitment occurs in advanced old age, + and that increased activity may serve a compensatory function in mediating + WM performance.\"}},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Maki\",\"Initials\":\"M\",\"LastName\":\"Suzuki\",\"AffiliationInfo\":[{\"Affiliation\":\"Division + of Cognitive Psychology, Faculty of Letters, Kumamoto University, Kumamoto, + Japan.\"},{\"Affiliation\":\"Department of Behavioral Neurology and Neuropsychiatry, + United Graduate School of Child Development, Osaka University, Suita, Japan.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Toshikazu\",\"Initials\":\"T\",\"LastName\":\"Kawagoe\",\"AffiliationInfo\":{\"Affiliation\":\"Division + of Human and Social Sciences, Graduate School of Social and Cultural Sciences, + Kumamoto University, Kumamoto, Japan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Shu\",\"Initials\":\"S\",\"LastName\":\"Nishiguchi\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Human Health Sciences, Graduate School of Medicine, Kyoto University, Kyoto, + Japan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nobuhito\",\"Initials\":\"N\",\"LastName\":\"Abe\",\"AffiliationInfo\":{\"Affiliation\":\"Kokoro + Research Center, Kyoto University, Kyoto, Japan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yuki\",\"Initials\":\"Y\",\"LastName\":\"Otsuka\",\"AffiliationInfo\":{\"Affiliation\":\"Kokoro + Research Center, Kyoto University, Kyoto, Japan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ryusuke\",\"Initials\":\"R\",\"LastName\":\"Nakai\",\"AffiliationInfo\":{\"Affiliation\":\"Kokoro + Research Center, Kyoto University, Kyoto, Japan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Kohei\",\"Initials\":\"K\",\"LastName\":\"Asano\",\"AffiliationInfo\":{\"Affiliation\":\"Kokoro + Research Center, Kyoto University, Kyoto, Japan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Minoru\",\"Initials\":\"M\",\"LastName\":\"Yamada\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Human Health Sciences, Graduate School of Medicine, Kyoto University, Kyoto, + Japan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Sakiko\",\"Initials\":\"S\",\"LastName\":\"Yoshikawa\",\"AffiliationInfo\":{\"Affiliation\":\"Kokoro + Research Center, Kyoto University, Kyoto, Japan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Kaoru\",\"Initials\":\"K\",\"LastName\":\"Sekiyama\",\"AffiliationInfo\":[{\"Affiliation\":\"Division + of Cognitive Psychology, Faculty of Letters, Kumamoto University, Kumamoto, + Japan.\"},{\"Affiliation\":\"Graduate School of Advanced Integrated Studies + in Human Survivability, Kyoto University, Kyoto, Japan.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"358\",\"MedlinePgn\":\"358\"},\"ArticleDate\":{\"Day\":\"06\",\"Year\":\"2018\",\"Month\":\"11\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"358\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2018.00358\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"01\",\"Year\":\"2020\",\"Month\":\"10\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"compensation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"maintenance\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"over-recruitment\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"prefrontal\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"working + memory\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"venue\":\"Frontiers in Aging Neuroscience\",\"authors\":[{\"name\":\"Maki + Suzuki\",\"authorId\":\"48690988\"},{\"name\":\"Toshikazu Kawagoe\",\"authorId\":\"4947019\"},{\"name\":\"S. + Nishiguchi\",\"authorId\":\"2363313\"},{\"name\":\"N. Abe\",\"authorId\":\"2099670\"},{\"name\":\"Y. + Otsuka\",\"authorId\":\"3888903\"},{\"name\":\"R. Nakai\",\"authorId\":\"3411098\"},{\"name\":\"K. + Asano\",\"authorId\":\"2664313\"},{\"name\":\"M. Yamada\",\"authorId\":\"143979681\"},{\"name\":\"S. + Yoshikawa\",\"authorId\":\"2211534\"},{\"name\":\"K. Sekiyama\",\"authorId\":\"1740371\"}],\"paperId\":\"0336572c99b00d5a4d34a724096e3deb9766fc59\",\"abstract\":\"Working + memory (WM)-related brain activity is known to be modulated by aging; particularly, + older adults demonstrate greater activity than young adults. However, it is + still unclear whether the activity increase in older adults is also observed + in advanced aging. The present functional magnetic resonance imaging (fMRI) + study was designed to clarify the neural correlates of WM in advanced aging. + Further, we set out to investigate in the case that adults of advanced age + do show age-related increase in WM-related activity, what the functional significance + of this over-recruitment might be. Two groups of older adults \u2013 \u201Cyoung\u2013old\u201D + (61\u201370 years, n = 17) and \u201Cold\u2013old\u201D (77\u201382 years, + n = 16) \u2013 were scanned while performing a visual WM task (the n-back + task: 0-back and 1-back). WM effects (1-back > 0-back) common to both age + groups were identified in several regions, including the bilateral dorsolateral + prefrontal cortex (DLPFC), the inferior parietal cortex, and the insula. Greater + WM effects in the old\u2013old than in the young\u2013old group were identified + in the right caudal DLPFC. These results were replicated when we performed + a separate analysis between two age groups with the same level of WM performance + (the young\u2013old vs. a \u201Chigh-performing\u201D subset of the old\u2013old + group). There were no regions where WM effects were greater in the young\u2013old + group than in the old\u2013old group. Importantly, the magnitude of the over-recruitment + WM effects positively correlated with WM performance in the old\u2013old group, + but not in the young\u2013old group. The present findings suggest that cortical + over-recruitment occurs in advanced old age, and that increased activity may + serve a compensatory function in mediating WM performance.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://doi.org/10.3389/fnagi.2018.00358\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6232505, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2018-11-06\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T08:28:07.096650+00:00\",\"analyses\":[{\"id\":\"X8XpHhyqeiQa\",\"user\":null,\"name\":\"Young\u2013old + = Old\u2013old\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Brain + regions showing stimulus effects for face and location common to the two age + groups.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"2P7KNDiq9Rgx\",\"user\":null,\"name\":\"Face + effects\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Brain + regions showing stimulus effects for face and location common to the two age + groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"tieCEFRTUxZM\",\"coordinates\":[-9.0,-73.0,-4.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.5}]},{\"id\":\"p4JhUE7iw7Af\",\"coordinates\":[42.0,-73.0,-10.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.75}]}],\"images\":[]},{\"id\":\"NiJy98rtgz5Z\",\"user\":null,\"name\":\"Location + effects\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Brain + regions showing stimulus effects for face and location common to the two age + groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Pa9xTxKujNEn\",\"coordinates\":[42.0,-76.0,26.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.38}]},{\"id\":\"77ctutjaTxnK\",\"coordinates\":[18.0,-70.0,50.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.87}]}],\"images\":[]},{\"id\":\"JwmRLGe5ZpPc\",\"user\":null,\"name\":\"Face + WM effects\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv\"},\"original_table_id\":\"t4\"},\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv\"},\"sanitized_table_id\":\"t4\"},\"description\":\"Brain + regions showing working memory effects for face and location common to the + two age groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"ZM2qzpjQ3W7B\",\"coordinates\":[-45.0,26.0,32.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.07}]},{\"id\":\"psr5sZMokyds\",\"coordinates\":[36.0,23.0,35.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.14}]},{\"id\":\"ztNKg6j568bs\",\"coordinates\":[-36.0,47.0,-4.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.77}]},{\"id\":\"A6wwCDyncJJx\",\"coordinates\":[9.0,26.0,41.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.92}]},{\"id\":\"nAKTZV6pHgfD\",\"coordinates\":[-30.0,26.0,2.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.15}]},{\"id\":\"DEWyMF9pqvXM\",\"coordinates\":[30.0,29.0,-1.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.54}]},{\"id\":\"k6aiuv9FZE48\",\"coordinates\":[66.0,-28.0,-10.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.98}]},{\"id\":\"q45h7Q8nXtJo\",\"coordinates\":[-39.0,-55.0,47.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.35}]},{\"id\":\"KDoMgrUggzQh\",\"coordinates\":[42.0,-61.0,41.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.11}]}],\"images\":[]},{\"id\":\"FjfF5j466EDb\",\"user\":null,\"name\":\"Location + WM effects\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv\"},\"original_table_id\":\"t4\"},\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t4_coordinates.csv\"},\"sanitized_table_id\":\"t4\"},\"description\":\"Brain + regions showing working memory effects for face and location common to the + two age groups.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"C9TzVWrcxd82\",\"user\":null,\"name\":\"Young\u2013old + > Old\u2013old\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"original_table_id\":\"t5\"},\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"sanitized_table_id\":\"t5\"},\"description\":\"Age-related + differences (young\u2013old vs. old\u2013old) in working memory effects for + face and location.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"Hz7twrzZSiV5\",\"user\":null,\"name\":\"Face + WM effects-2\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"original_table_id\":\"t5\"},\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"sanitized_table_id\":\"t5\"},\"description\":\"Age-related + differences (young\u2013old vs. old\u2013old) in working memory effects for + face and location.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"jrvUTLYcju74\",\"user\":null,\"name\":\"Location + WM effects-2\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"original_table_id\":\"t5\"},\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"sanitized_table_id\":\"t5\"},\"description\":\"Age-related + differences (young\u2013old vs. old\u2013old) in working memory effects for + face and location.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"MFdrRe3ENnL9\",\"user\":null,\"name\":\"Old\u2013old + > Young\u2013old\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"original_table_id\":\"t5\"},\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"sanitized_table_id\":\"t5\"},\"description\":\"Age-related + differences (young\u2013old vs. old\u2013old) in working memory effects for + face and location.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"VZsbN9Vgomsd\",\"user\":null,\"name\":\"Face + WM effects-3\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"original_table_id\":\"t5\"},\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"sanitized_table_id\":\"t5\"},\"description\":\"Age-related + differences (young\u2013old vs. old\u2013old) in working memory effects for + face and location.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"w4PpcvgHi3uN\",\"coordinates\":[27.0,23.0,56.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.66}]}],\"images\":[]},{\"id\":\"oiWsN8mZKyWW\",\"user\":null,\"name\":\"Location + WM effects-3\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"original_table_id\":\"t5\"},\"table_metadata\":{\"table_id\":\"T5\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_004_info.json\",\"table_label\":\"Table + 5\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t5_coordinates.csv\"},\"sanitized_table_id\":\"t5\"},\"description\":\"Age-related + differences (young\u2013old vs. old\u2013old) in working memory effects for + face and location.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"yr3DVeUZpzD4\",\"coordinates\":[-33.0,-58.0,41.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.51}]}],\"images\":[]},{\"id\":\"LgW4rXsoKtue\",\"user\":null,\"name\":\"Young\u2013old + = Old\u2013old-2\",\"metadata\":{\"table\":{\"table_number\":6,\"table_metadata\":{\"table_id\":\"T6\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005_info.json\",\"table_label\":\"Table + 6\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t6_coordinates.csv\"},\"original_table_id\":\"t6\"},\"table_metadata\":{\"table_id\":\"T6\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_005_info.json\",\"table_label\":\"Table + 6\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t6_coordinates.csv\"},\"sanitized_table_id\":\"t6\"},\"description\":\"Brain + regions showing working memory effects common to the two age groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"hryD5j7Rs6zj\",\"coordinates\":[-48.0,26.0,35.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.95}]},{\"id\":\"EbhfGkeD6kVg\",\"coordinates\":[36.0,23.0,38.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.64}]},{\"id\":\"BteHQrDSWZFf\",\"coordinates\":[-30.0,26.0,2.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.91}]},{\"id\":\"4keTSTQbFDJY\",\"coordinates\":[30.0,29.0,2.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.29}]},{\"id\":\"nBDPmrj4fP6e\",\"coordinates\":[-48.0,-49.0,47.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"XmeTnp3MCLAE\",\"coordinates\":[54.0,-46.0,44.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.18}]}],\"images\":[]},{\"id\":\"nUc3cYVkNw9q\",\"user\":null,\"name\":\"Old\u2013old + > Young\u2013old-2\",\"metadata\":{\"table\":{\"table_number\":7,\"table_metadata\":{\"table_id\":\"T7\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006_info.json\",\"table_label\":\"Table + 7\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t7_coordinates.csv\"},\"original_table_id\":\"t7\"},\"table_metadata\":{\"table_id\":\"T7\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_006_info.json\",\"table_label\":\"Table + 7\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t7_coordinates.csv\"},\"sanitized_table_id\":\"t7\"},\"description\":\"Age-related + differences (young\u2013old vs. old\u2013old) in working memory effects.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"VYUUkMXAfvkF\",\"coordinates\":[27.0,23.0,56.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.79}]}],\"images\":[]},{\"id\":\"zkSiQYdt6ySA\",\"user\":null,\"name\":\"Young\u2013old + > High-performing old\u2013old\",\"metadata\":{\"table\":{\"table_number\":8,\"table_metadata\":{\"table_id\":\"T8\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json\",\"table_label\":\"Table + 8\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv\"},\"original_table_id\":\"t8\"},\"table_metadata\":{\"table_id\":\"T8\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json\",\"table_label\":\"Table + 8\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv\"},\"sanitized_table_id\":\"t8\"},\"description\":\"Age-related + differences (young\u2013old vs. high-performing old\u2013old) in working memory + effects.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"nbFMT9tyccGj\",\"user\":null,\"name\":\"High-performing + old\u2013old > Young\u2013old\",\"metadata\":{\"table\":{\"table_number\":8,\"table_metadata\":{\"table_id\":\"T8\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json\",\"table_label\":\"Table + 8\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv\"},\"original_table_id\":\"t8\"},\"table_metadata\":{\"table_id\":\"T8\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/fcf/pmcid_6232505/tables/table_007_info.json\",\"table_label\":\"Table + 8\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30459595-10-3389-fnagi-2018-00358-pmc6232505/tables/t8_coordinates.csv\"},\"sanitized_table_id\":\"t8\"},\"description\":\"Age-related + differences (young\u2013old vs. high-performing old\u2013old) in working memory + effects.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5SEafivZm2kS\",\"coordinates\":[33.0,26.0,56.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.53}]},{\"id\":\"tsoYFnWcies8\",\"coordinates\":[24.0,47.0,29.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.8}]},{\"id\":\"dsMjfPQGi3DX\",\"coordinates\":[-3.0,32.0,35.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.9}]},{\"id\":\"8bVKbGPEphq5\",\"coordinates\":[-9.0,32.0,53.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.71}]},{\"id\":\"ZHPtV37Bpr72\",\"coordinates\":[-12.0,-46.0,62.0],\"kind\":null,\"space\":\"OTHER\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.45}]}],\"images\":[]}]},{\"id\":\"7BN5MapyrsrU\",\"created_at\":\"2025-12-03T16:54:46.525109+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Age-related + differences in cortical recruitment and suppression: implications for cognitive + performance.\",\"description\":\"The discovery of a coherent set of cortical + regions showing activation during rest and deactivation during task performance + has reignited an old debate in the field of neuroscience, one that questions + the reflexivity of the human brain and provides evidence towards a more intrinsic + functional architecture. The default-mode network (DMN) comprising of such + consistent cortical regions has become a topic of increasing interest in both + healthy and diseased populations. In this study, using a well-examined version + of the verbal n-back task, interleaved with periods of rest blocks, we investigated + whether the deactivation of the cortical regions comprising the DMN moderates + individual differences in behavioral performance in a group of older adults. + We recruited 25 young and 25 older adults for our study and presented them + with blocks of the n-back task, with varying levels of load, interleaved with + periods of fixation. A direct comparison of the young and older participants + revealed both a reduction in the up-regulation of the prefrontal and parietal + regions in response to increasing task demands, along with a reduction in + the down-regulation of DMN regions with increasing cognitive load in the elderly. + Better performance in the young adults was associated with the capability + to modulate the regions of the working memory network with increasing task + difficulty, however enhanced performance in the older cohort was associated + with greater load-induced deactivation of the posterior cingulate cortex. + This study adds to the existing gamut of aging literature, providing evidence + that DMN function is critical to cognitive functioning in older adults.\",\"publication\":\"Behavioural + brain research\",\"doi\":\"10.1016/j.bbr.2012.01.058\",\"pmid\":\"22348896\",\"authors\":\"Ruchika + Shaurya Prakash; Susie Heo; Michelle W Voss; Beth Patterson; Arthur F Kramer\",\"year\":2012,\"metadata\":{\"slug\":\"22348896-10-1016-j-bbr-2012-01-058\",\"source\":\"pubmed\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"17\",\"Year\":\"2010\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"22\",\"Year\":\"2011\",\"Month\":\"11\",\"@PubStatus\":\"revised\"},{\"Day\":\"31\",\"Year\":\"2012\",\"Month\":\"1\",\"@PubStatus\":\"accepted\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2012\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2012\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"24\",\"Hour\":\"6\",\"Year\":\"2012\",\"Month\":\"7\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"22348896\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.bbr.2012.01.058\",\"@IdType\":\"doi\"},{\"#text\":\"S0166-4328(12)00095-2\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"22348896\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1872-7549\",\"@IssnType\":\"Electronic\"},\"Title\":\"Behavioural + brain research\",\"JournalIssue\":{\"Issue\":\"1\",\"Volume\":\"230\",\"PubDate\":{\"Day\":\"21\",\"Year\":\"2012\",\"Month\":\"Apr\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Behav + Brain Res\"},\"Abstract\":{\"AbstractText\":\"The discovery of a coherent + set of cortical regions showing activation during rest and deactivation during + task performance has reignited an old debate in the field of neuroscience, + one that questions the reflexivity of the human brain and provides evidence + towards a more intrinsic functional architecture. The default-mode network + (DMN) comprising of such consistent cortical regions has become a topic of + increasing interest in both healthy and diseased populations. In this study, + using a well-examined version of the verbal n-back task, interleaved with + periods of rest blocks, we investigated whether the deactivation of the cortical + regions comprising the DMN moderates individual differences in behavioral + performance in a group of older adults. We recruited 25 young and 25 older + adults for our study and presented them with blocks of the n-back task, with + varying levels of load, interleaved with periods of fixation. A direct comparison + of the young and older participants revealed both a reduction in the up-regulation + of the prefrontal and parietal regions in response to increasing task demands, + along with a reduction in the down-regulation of DMN regions with increasing + cognitive load in the elderly. Better performance in the young adults was + associated with the capability to modulate the regions of the working memory + network with increasing task difficulty, however enhanced performance in the + older cohort was associated with greater load-induced deactivation of the + posterior cingulate cortex. This study adds to the existing gamut of aging + literature, providing evidence that DMN function is critical to cognitive + functioning in older adults.\",\"CopyrightInformation\":\"Published by Elsevier + B.V.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Ruchika + Shaurya\",\"Initials\":\"RS\",\"LastName\":\"Prakash\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, The Ohio State University, Columbus, OH, United States. Prakash.30@osu.edu\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Susie\",\"Initials\":\"S\",\"LastName\":\"Heo\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michelle + W\",\"Initials\":\"MW\",\"LastName\":\"Voss\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Beth\",\"Initials\":\"B\",\"LastName\":\"Patterson\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Arthur + F\",\"Initials\":\"AF\",\"LastName\":\"Kramer\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"200\",\"StartPage\":\"192\",\"MedlinePgn\":\"192-200\"},\"ArticleDate\":{\"Day\":\"13\",\"Year\":\"2012\",\"Month\":\"02\",\"@DateType\":\"Electronic\"},\"ELocationID\":{\"#text\":\"10.1016/j.bbr.2012.01.058\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":\"Age-related + differences in cortical recruitment and suppression: implications for cognitive + performance.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"10\",\"Year\":\"2019\",\"Month\":\"12\"},\"ChemicalList\":{\"Chemical\":{\"RegistryNumber\":\"S88TT14065\",\"NameOfSubstance\":{\"@UI\":\"D010100\",\"#text\":\"Oxygen\"}}},\"DateCompleted\":{\"Day\":\"23\",\"Year\":\"2012\",\"Month\":\"07\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D000704\",\"#text\":\"Analysis + of Variance\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"Y\"}},{\"QualifierName\":[{\"@UI\":\"Q000098\",\"#text\":\"blood + supply\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D002540\",\"#text\":\"Cerebral + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D003071\",\"#text\":\"Cognition\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007091\",\"#text\":\"Image + Processing, Computer-Assisted\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007266\",\"#text\":\"Inhibition, + Psychological\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008959\",\"#text\":\"Models, + Neurological\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D009434\",\"#text\":\"Neural + Pathways\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000097\",\"#text\":\"blood\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D010100\",\"#text\":\"Oxygen\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D011930\",\"#text\":\"Reaction + Time\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D018709\",\"#text\":\"Statistics, + Nonparametric\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"Netherlands\",\"MedlineTA\":\"Behav + Brain Res\",\"ISSNLinking\":\"0166-4328\",\"NlmUniqueID\":\"8004872\"}}}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T16:58:07.590944+00:00\",\"analyses\":[{\"id\":\"VvBT5ecbpg6B\",\"user\":null,\"name\":\"Y + > O\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv\"},\"original_table_id\":\"tbl0010\"},\"table_metadata\":{\"table_id\":\"tbl0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv\"},\"sanitized_table_id\":\"tbl0010\"},\"description\":\"Cortical + regions activated in the contrast of two age groups in the 2-back>1-back condition. + Co-ordinates are reported for the peak voxel in each of the clusters.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"XhU27rVwTpeq\",\"coordinates\":[-44.0,18.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.72}]},{\"id\":\"hHXkgnWHcTAd\",\"coordinates\":[-50.0,-46.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.9}]},{\"id\":\"E2YpkhCfYSXP\",\"coordinates\":[50.0,-44.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.5}]},{\"id\":\"Erj7eVEW7bTw\",\"coordinates\":[4.0,-70.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.71}]}],\"images\":[]},{\"id\":\"xRrAp74gCogF\",\"user\":null,\"name\":\"O + > Y\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv\"},\"original_table_id\":\"tbl0010\"},\"table_metadata\":{\"table_id\":\"tbl0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0010_coordinates.csv\"},\"sanitized_table_id\":\"tbl0010\"},\"description\":\"Cortical + regions activated in the contrast of two age groups in the 2-back>1-back condition. + Co-ordinates are reported for the peak voxel in each of the clusters.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"yDjuiwB5LQdP\",\"user\":null,\"name\":\"Y + > O-2\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv\"},\"original_table_id\":\"tbl0015\"},\"table_metadata\":{\"table_id\":\"tbl0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv\"},\"sanitized_table_id\":\"tbl0015\"},\"description\":\"Cortical + regions deactivated by young and older participants in the contrast of 2-back>1-back.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"RFuqzNBz7Gjx\",\"coordinates\":[-4.0,-50.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.2}]},{\"id\":\"xJaN3EmC82ug\",\"coordinates\":[-6.0,48.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.39}]}],\"images\":[]},{\"id\":\"gKSoguk4i56F\",\"user\":null,\"name\":\"O + > Y-2\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv\"},\"original_table_id\":\"tbl0015\"},\"table_metadata\":{\"table_id\":\"tbl0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22348896-10-1016-j-bbr-2012-01-058/tables/tbl0015_coordinates.csv\"},\"sanitized_table_id\":\"tbl0015\"},\"description\":\"Cortical + regions deactivated by young and older participants in the contrast of 2-back>1-back.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]}]},{\"id\":\"7uFh3Qcjksn5\",\"created_at\":\"2026-03-02T19:37:59.266428+00:00\",\"updated_at\":\"2026-03-02T19:38:00.757139+00:00\",\"user\":\"github|12564882\",\"name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"description\":\"BACKGROUND: Falls + are the leading cause of injury-related deaths in the elderly worldwide. Both + gait impairment and cognitive decline have been shown to constitute major + fall risk factors. However, further investigations are required to establish + a more precise link between the influence of age on brain systems mediating + executive cognitive functions and their relationship with gait disturbances, + and thus help define novel markers and better guide remediation strategies + to prevent falls.\\n\\nMETHODS: Event-related functional magnetic resonance + imaging (fMRI) was used to evaluate age-related effects on the recruitment + of executive control brain network in selective attention task, as measured + with a flanker paradigm. Brain activation patterns were compared between twenty + young (21 years\u202F\xB1\u202F2.5) and thirty-four old participants (72 years\u202F\xB1\u202F5.3) + with high fall risks. We then determined to what extend age-related differences + in activation patterns were associated with alterations in several gait parameters, + measured with electronic devices providing a precise quantitative evaluation + of gait, as well as with alterations in several aspects of cognitive and physical + abilities.\\n\\nRESULTS: We found that both young and old participants recruited + a distributed fronto-parietal-occipital network during interference by incongruent + distractors in the flanker task. However, additional activations were observed + in posterior parieto-occipital areas in the older relative to the younger + participants. Furthermore, a differential recruitment of both the left dorsal + parieto-occipital sulcus and precuneus was significantly correlated with higher + gait variability. Besides, decreased activation in the right cerebellum was + found in the older with poorer cognitive processing speed scores.\\n\\nCONCLUSIONS: + Overall results converge to indicate greater sensitivity to attention interference + and heightened recruitment of cortical executive control systems in the elderly + with fall risks. Critically, this change was associated with selective increases + in gait variability indices, linking attentional control with gait performance + in elderly with high risks of falls.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2019.01.030\",\"pmid\":\"30660655\",\"authors\":\"N. + Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier\",\"year\":2019,\"metadata\":{\"slug\":\"30660655-10-1016-j-neuroimage-2019-01-030\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Cognitive + aging\",\"Fall risks\",\"Gait\",\"Neuroimaging\"],\"sample_size\":null,\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"1\",\"Year\":\"2018\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"28\",\"Year\":\"2018\",\"Month\":\"12\",\"@PubStatus\":\"revised\"},{\"Day\":\"11\",\"Year\":\"2019\",\"Month\":\"1\",\"@PubStatus\":\"accepted\"},{\"Day\":\"21\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"25\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"21\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"30660655\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neuroimage.2019.01.030\",\"@IdType\":\"doi\"},{\"#text\":\"S1053-8119(19)30030-8\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"30660655\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1095-9572\",\"@IssnType\":\"Electronic\"},\"Title\":\"NeuroImage\",\"JournalIssue\":{\"Volume\":\"189\",\"PubDate\":{\"Day\":\"01\",\"Year\":\"2019\",\"Month\":\"Apr\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neuroimage\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"Falls + are the leading cause of injury-related deaths in the elderly worldwide. Both + gait impairment and cognitive decline have been shown to constitute major + fall risk factors. However, further investigations are required to establish + a more precise link between the influence of age on brain systems mediating + executive cognitive functions and their relationship with gait disturbances, + and thus help define novel markers and better guide remediation strategies + to prevent falls.\",\"@Label\":\"BACKGROUND\"},{\"#text\":\"Event-related + functional magnetic resonance imaging (fMRI) was used to evaluate age-related + effects on the recruitment of executive control brain network in selective + attention task, as measured with a flanker paradigm. Brain activation patterns + were compared between twenty young (21 years\u202F\xB1\u202F2.5) and thirty-four + old participants (72 years\u202F\xB1\u202F5.3) with high fall risks. We then + determined to what extend age-related differences in activation patterns were + associated with alterations in several gait parameters, measured with electronic + devices providing a precise quantitative evaluation of gait, as well as with + alterations in several aspects of cognitive and physical abilities.\",\"@Label\":\"METHODS\"},{\"#text\":\"We + found that both young and old participants recruited a distributed fronto-parietal-occipital + network during interference by incongruent distractors in the flanker task. + However, additional activations were observed in posterior parieto-occipital + areas in the older relative to the younger participants. Furthermore, a differential + recruitment of both the left dorsal parieto-occipital sulcus and precuneus + was significantly correlated with higher gait variability. Besides, decreased + activation in the right cerebellum was found in the older with poorer cognitive + processing speed scores.\",\"@Label\":\"RESULTS\"},{\"#text\":\"Overall results + converge to indicate greater sensitivity to attention interference and heightened + recruitment of cortical executive control systems in the elderly with fall + risks. Critically, this change was associated with selective increases in + gait variability indices, linking attentional control with gait performance + in elderly with high risks of falls.\",\"@Label\":\"CONCLUSIONS\"}],\"CopyrightInformation\":\"Copyright + \xA9 2019 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Natalia + B\",\"Initials\":\"NB\",\"LastName\":\"Fernandez\",\"AffiliationInfo\":{\"Affiliation\":\"Laboratory + of Behavioral Neurology and Imaging of Cognition, Dept. of Neurosciences, + University Medical Center, University of Geneva, Switzerland; Swiss Center + for Affective Sciences, University of Geneva, Switzerland. Electronic address: + natalia.fernandez@unige.ch.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"M\xE9lany\",\"Initials\":\"M\",\"LastName\":\"Hars\",\"AffiliationInfo\":{\"Affiliation\":\"Division + of Bone Diseases, Dept. of Internal Medicine Specialties, Geneva University + Hospitals, Faculty of Medicine, Switzerland.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Andrea\",\"Initials\":\"A\",\"LastName\":\"Trombetti\",\"AffiliationInfo\":{\"Affiliation\":\"Division + of Bone Diseases, Dept. of Internal Medicine Specialties, Geneva University + Hospitals, Faculty of Medicine, Switzerland.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Patrik\",\"Initials\":\"P\",\"LastName\":\"Vuilleumier\",\"AffiliationInfo\":{\"Affiliation\":\"Laboratory + of Behavioral Neurology and Imaging of Cognition, Dept. of Neurosciences, + University Medical Center, University of Geneva, Switzerland; Swiss Center + for Affective Sciences, University of Geneva, Switzerland.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"559\",\"StartPage\":\"551\",\"MedlinePgn\":\"551-559\"},\"ArticleDate\":{\"Day\":\"18\",\"Year\":\"2019\",\"Month\":\"01\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neuroimage.2019.01.030\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S1053-8119(19)30030-8\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"24\",\"Year\":\"2020\",\"Month\":\"01\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Cognitive + aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Fall risks\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Gait\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Neuroimaging\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"24\",\"Year\":\"2020\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000058\",\"#text\":\"Accidental + Falls\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D001288\",\"#text\":\"Attention\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D002540\",\"#text\":\"Cerebral + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D000066492\",\"#text\":\"Cognitive + Aging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D056344\",\"#text\":\"Executive + Function\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D005684\",\"#text\":\"Gait\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D009415\",\"#text\":\"Nerve + Net\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neuroimage\",\"ISSNLinking\":\"1053-8119\",\"NlmUniqueID\":\"9215515\"}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"venue\":\"NeuroImage\",\"authors\":[{\"name\":\"N. + Fernandez\",\"authorId\":\"30794772\"},{\"name\":\"M. Hars\",\"authorId\":\"48277357\"},{\"name\":\"A. + Trombetti\",\"authorId\":\"5983940\"},{\"name\":\"Patrik Vuilleumier\",\"authorId\":\"2152501\"}],\"paperId\":\"d96fe98f5a14132fcb4bb2c7a6efec988a746ce5\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neuroimage.2019.01.030?email= + or https://doi.org/10.1016/j.neuroimage.2019.01.030, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use.\"},\"publicationDate\":\"2019-04-01\"}}},\"source\":\"neurostore\",\"source_id\":\"WGJPEW4iVyYm\",\"source_updated_at\":\"2025-12-03T08:26:14.277214+00:00\",\"analyses\":[{\"id\":\"taa9xGu9rhhp\",\"user\":\"github|12564882\",\"name\":\"(A) + Executive control (Inc\u202F>\u202FCon)\",\"metadata\":null,\"description\":\"Localization + (MNI coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202F>\u202FCon x Old\u202F>\u202FYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202F<\u202F.001 uncorrected for multiple comparisons + with cluster extent >\u202F50 voxels. Abbreviation:\u202FCon:\u202FCongruent + condition. Inc:\u202FIncongruent condition. Lat.:\u202FHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"n925KWZz63yq\",\"coordinates\":[32.0,43.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"GpBxtjp9kStt\",\"coordinates\":[43.0,34.0,21.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]}],\"images\":[]},{\"id\":\"WgcasyWxZyaw\",\"user\":\"github|12564882\",\"name\":\"Common + activations across both groups\",\"metadata\":null,\"description\":\"Localization + (MNI coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202F>\u202FCon x Old\u202F>\u202FYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202F<\u202F.001 uncorrected for multiple comparisons + with cluster extent >\u202F50 voxels. Abbreviation:\u202FCon:\u202FCongruent + condition. Inc:\u202FIncongruent condition. Lat.:\u202FHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"dQznsZRMALoj\",\"coordinates\":[24.0,8.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.63}]},{\"id\":\"YfmWDeS8yJP6\",\"coordinates\":[-24.0,-4.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.55}]},{\"id\":\"dMfox8BZKNyd\",\"coordinates\":[45.0,11.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.31}]},{\"id\":\"YDvynnfnnJAg\",\"coordinates\":[-39.0,5.0,37.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.55}]},{\"id\":\"xiekoHFtrpiL\",\"coordinates\":[54.0,32.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.78}]},{\"id\":\"2pSJBFkyxSF7\",\"coordinates\":[-51.0,8.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.15}]},{\"id\":\"8fjMNyZEkgfL\",\"coordinates\":[3.0,20.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.17}]},{\"id\":\"k2Aoyse3YjsV\",\"coordinates\":[-3.0,23.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.16}]},{\"id\":\"RDaUteZymctk\",\"coordinates\":[27.0,-73.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.56}]},{\"id\":\"YmCaD6ZxQ7Re\",\"coordinates\":[-24.0,-67.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.93}]},{\"id\":\"o3methz4jkt8\",\"coordinates\":[39.0,-43.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.03}]},{\"id\":\"NTJHYNYLFQmr\",\"coordinates\":[45.0,-70.0,-11.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.41}]},{\"id\":\"SxuuiRqBnsps\",\"coordinates\":[36.0,-85.0,7.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.8}]},{\"id\":\"BXLjvvLSzAnf\",\"coordinates\":[-36.0,-91.0,7.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.42}]},{\"id\":\"WCStZ9JgJiMV\",\"coordinates\":[36.0,-88.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.38}]},{\"id\":\"pFFQUX4TcPAQ\",\"coordinates\":[-48.0,-76.0,-5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.33}]},{\"id\":\"pfSQpkcwr4hq\",\"coordinates\":[12.0,-49.0,-29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.07}]},{\"id\":\"JC3x5P7cPNHs\",\"coordinates\":[9.0,-76.0,-26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.6}]},{\"id\":\"vSW4iouLSyLE\",\"coordinates\":[-9.0,-73.0,-23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.98}]}],\"images\":[]},{\"id\":\"s56ukMvFdqSa\",\"user\":\"github|12564882\",\"name\":\"Older\u202F>\u202FYoung + adults\",\"metadata\":null,\"description\":\"Localization (MNI coordinates) + and peak activation values (z score) for brain areas engaged during executive + control. (A) Main effects of conflict and interaction with age group (Inc\u202F>\u202FCon + x Old\u202F>\u202FYoung), and (B) parametric increases related to clinical + scores and gait parameters in the elderly. In (A), shared activations across + both groups are listed in the upper part of the table, while activations greater + in the older than the younger group (between-group analysis) are listed in + the bottom part. In (B), the reported stride length CV and stride time CV + were measured under normal walking conditions. All reported peaks are significant + at p\u202F<\u202F.001 uncorrected for multiple comparisons with cluster extent + >\u202F50 voxels. Abbreviation:\u202FCon:\u202FCongruent condition. Inc:\u202FIncongruent + condition. Lat.:\u202FHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"8ZeEbBmKNLe2\",\"coordinates\":[-12.0,-79.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.77}]},{\"id\":\"sPJZDRSpC4Vz\",\"coordinates\":[-24.0,-85.0,37.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.37}]}],\"images\":[]},{\"id\":\"pAsfVNNg3fRJ\",\"user\":\"github|12564882\",\"name\":\"(B) + Executive control (Inc\u202F>\u202FCon) - Positively correlated with clinical + scores\",\"metadata\":null,\"description\":\"Localization (MNI coordinates) + and peak activation values (z score) for brain areas engaged during executive + control. (A) Main effects of conflict and interaction with age group (Inc\u202F>\u202FCon + x Old\u202F>\u202FYoung), and (B) parametric increases related to clinical + scores and gait parameters in the elderly. In (A), shared activations across + both groups are listed in the upper part of the table, while activations greater + in the older than the younger group (between-group analysis) are listed in + the bottom part. In (B), the reported stride length CV and stride time CV + were measured under normal walking conditions. All reported peaks are significant + at p\u202F<\u202F.001 uncorrected for multiple comparisons with cluster extent + >\u202F50 voxels. Abbreviation:\u202FCon:\u202FCongruent condition. Inc:\u202FIncongruent + condition. Lat.:\u202FHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"MBvN9CRpPadY\",\"user\":\"github|12564882\",\"name\":\"Gait + Parameters (NW)\",\"metadata\":null,\"description\":\"Localization (MNI coordinates) + and peak activation values (z score) for brain areas engaged during executive + control. (A) Main effects of conflict and interaction with age group (Inc\u202F>\u202FCon + x Old\u202F>\u202FYoung), and (B) parametric increases related to clinical + scores and gait parameters in the elderly. In (A), shared activations across + both groups are listed in the upper part of the table, while activations greater + in the older than the younger group (between-group analysis) are listed in + the bottom part. In (B), the reported stride length CV and stride time CV + were measured under normal walking conditions. All reported peaks are significant + at p\u202F<\u202F.001 uncorrected for multiple comparisons with cluster extent + >\u202F50 voxels. Abbreviation:\u202FCon:\u202FCongruent condition. Inc:\u202FIncongruent + condition. Lat.:\u202FHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"S2Miw4Ahvd7a\",\"user\":\"github|12564882\",\"name\":\"Stride + length CV\",\"metadata\":null,\"description\":\"Localization (MNI coordinates) + and peak activation values (z score) for brain areas engaged during executive + control. (A) Main effects of conflict and interaction with age group (Inc\u202F>\u202FCon + x Old\u202F>\u202FYoung), and (B) parametric increases related to clinical + scores and gait parameters in the elderly. In (A), shared activations across + both groups are listed in the upper part of the table, while activations greater + in the older than the younger group (between-group analysis) are listed in + the bottom part. In (B), the reported stride length CV and stride time CV + were measured under normal walking conditions. All reported peaks are significant + at p\u202F<\u202F.001 uncorrected for multiple comparisons with cluster extent + >\u202F50 voxels. Abbreviation:\u202FCon:\u202FCongruent condition. Inc:\u202FIncongruent + condition. Lat.:\u202FHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5iFvL2xf28sh\",\"coordinates\":[30.0,11.0,55.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.04}]},{\"id\":\"YASKZTYLZA3q\",\"coordinates\":[-6.0,-79.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.44}]},{\"id\":\"pZCPbfUuw4yG\",\"coordinates\":[-24.0,-79.0,37.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.84}]}],\"images\":[]},{\"id\":\"X8smwsqncCN6\",\"user\":\"github|12564882\",\"name\":\"Stride + time CV\",\"metadata\":null,\"description\":\"Localization (MNI coordinates) + and peak activation values (z score) for brain areas engaged during executive + control. (A) Main effects of conflict and interaction with age group (Inc\u202F>\u202FCon + x Old\u202F>\u202FYoung), and (B) parametric increases related to clinical + scores and gait parameters in the elderly. In (A), shared activations across + both groups are listed in the upper part of the table, while activations greater + in the older than the younger group (between-group analysis) are listed in + the bottom part. In (B), the reported stride length CV and stride time CV + were measured under normal walking conditions. All reported peaks are significant + at p\u202F<\u202F.001 uncorrected for multiple comparisons with cluster extent + >\u202F50 voxels. Abbreviation:\u202FCon:\u202FCongruent condition. Inc:\u202FIncongruent + condition. Lat.:\u202FHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"WNQUQ48fTLUB\",\"coordinates\":[18.0,-88.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.71}]}],\"images\":[]},{\"id\":\"zLvVJwjUFbFe\",\"user\":\"github|12564882\",\"name\":\"Cognitive + assessment\",\"metadata\":null,\"description\":\"Localization (MNI coordinates) + and peak activation values (z score) for brain areas engaged during executive + control. (A) Main effects of conflict and interaction with age group (Inc\u202F>\u202FCon + x Old\u202F>\u202FYoung), and (B) parametric increases related to clinical + scores and gait parameters in the elderly. In (A), shared activations across + both groups are listed in the upper part of the table, while activations greater + in the older than the younger group (between-group analysis) are listed in + the bottom part. In (B), the reported stride length CV and stride time CV + were measured under normal walking conditions. All reported peaks are significant + at p\u202F<\u202F.001 uncorrected for multiple comparisons with cluster extent + >\u202F50 voxels. Abbreviation:\u202FCon:\u202FCongruent condition. Inc:\u202FIncongruent + condition. Lat.:\u202FHemisphere lateralisation. NW: Normal walking. CV: Coefficient + of variation. Z-score values refer to the activation maxima to the SPM coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"G42rYniXPStm\",\"user\":\"github|12564882\",\"name\":\"Digit + Symbol-Coding test\",\"metadata\":null,\"description\":\"Localization (MNI + coordinates) and peak activation values (z score) for brain areas engaged + during executive control. (A) Main effects of conflict and interaction with + age group (Inc\u202F>\u202FCon x Old\u202F>\u202FYoung), and (B) parametric + increases related to clinical scores and gait parameters in the elderly. In + (A), shared activations across both groups are listed in the upper part of + the table, while activations greater in the older than the younger group (between-group + analysis) are listed in the bottom part. In (B), the reported stride length + CV and stride time CV were measured under normal walking conditions. All reported + peaks are significant at p\u202F<\u202F.001 uncorrected for multiple comparisons + with cluster extent >\u202F50 voxels. Abbreviation:\u202FCon:\u202FCongruent + condition. Inc:\u202FIncongruent condition. Lat.:\u202FHemisphere lateralisation. + NW: Normal walking. CV: Coefficient of variation. Z-score values refer to + the activation maxima to the SPM coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"LQXftpouSF3f\",\"coordinates\":[33.0,-55.0,-38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.99}]}],\"images\":[]}]},{\"id\":\"7Whipa568J5r\",\"created_at\":\"2025-12-04T18:05:25.262131+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"APOE + moderates compensatory recruitment of neuronal resources during working memory + processing in healthy older adults\",\"description\":\"The APOE \u03B54 allele + increases the risk for sporadic Alzheimer's disease and modifies brain activation + patterns of numerous cognitive domains. We assessed cognitively intact older + adults with a letter n-back task to determine if previously observed increases + in \u03B54 carriers' working-memory-related brain activation are compensatory + such that they serve to maintain working memory function. Using multiple regression + models, we identified interactions of APOE variant and age in bilateral hippocampus + independently from task performance: \u03B54 carriers only showed a decrease + in activation with increasing age, suggesting high sensitivity of fMRI data + for detecting changes in Alzheimer's disease-relevant brain areas before cognitive + decline. Moreover, we identified \u03B54 carriers to show higher activations + in task-negative medial and task-positive inferior frontal areas along with + better performance under high working memory load relative to non-\u03B54 + carriers. The increased frontal recruitment is compatible with models of neuronal + compensation, extends on existing evidence, and suggests that \u03B54 carriers + require additional neuronal resources to successfully perform a demanding + working memory task.\",\"publication\":\"Neurobiology of Aging\",\"doi\":\"10.1016/j.neurobiolaging.2017.04.015\",\"pmid\":\"28528773\",\"authors\":\"E. + Scheller; J. Peter; L. Schumacher; J. Lahr; I. Mader; C. Kaller; S. Kl\xF6ppel\",\"year\":2017,\"metadata\":{\"slug\":\"28528773-10-1016-j-neurobiolaging-2017-04-015\",\"source\":\"semantic_scholar\",\"keywords\":[\"APOE\",\"Aging\",\"Functional + magnetic resonance imaging\",\"Moderator analysis\",\"Multiple regression\",\"Neuronal + compensation\",\"Working memory\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"1\",\"Year\":\"2015\",\"Month\":\"12\",\"@PubStatus\":\"received\"},{\"Day\":\"17\",\"Year\":\"2017\",\"Month\":\"3\",\"@PubStatus\":\"revised\"},{\"Day\":\"13\",\"Year\":\"2017\",\"Month\":\"4\",\"@PubStatus\":\"accepted\"},{\"Day\":\"23\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"5\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"29\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"23\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"5\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"28528773\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neurobiolaging.2017.04.015\",\"@IdType\":\"doi\"},{\"#text\":\"S0197-4580(17)30136-7\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"28528773\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1558-1497\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neurobiology + of aging\",\"JournalIssue\":{\"Volume\":\"56\",\"PubDate\":{\"Year\":\"2017\",\"Month\":\"Aug\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neurobiol + Aging\"},\"Abstract\":{\"AbstractText\":\"The APOE \u03B54 allele increases + the risk for sporadic Alzheimer's disease and modifies brain activation patterns + of numerous cognitive domains. We assessed cognitively intact older adults + with a letter n-back task to determine if previously observed increases in + \u03B54 carriers' working-memory-related brain activation are compensatory + such that they serve to maintain working memory function. Using multiple regression + models, we identified interactions of APOE variant and age in bilateral hippocampus + independently from task performance: \u03B54 carriers only showed a decrease + in activation with increasing age, suggesting high sensitivity of fMRI data + for detecting changes in Alzheimer's disease-relevant brain areas before cognitive + decline. Moreover, we identified \u03B54 carriers to show higher activations + in task-negative medial and task-positive inferior frontal areas along with + better performance under high working memory load relative to non-\u03B54 + carriers. The increased frontal recruitment is compatible with models of neuronal + compensation, extends on existing evidence, and suggests that \u03B54 carriers + require additional neuronal resources to successfully perform a demanding + working memory task.\",\"CopyrightInformation\":\"Copyright \xA9 2017 Elsevier + Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Elisa\",\"Initials\":\"E\",\"LastName\":\"Scheller\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + Freiburg Brain Imaging Center (FBI), University Medical Center Freiburg, Freiburg, + Germany. Electronic address: elisa.scheller@uniklinik-freiburg.de.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jessica\",\"Initials\":\"J\",\"LastName\":\"Peter\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + University Hospital of Old Age Psychiatry and Psychotherapy Bern, Bern, Switzerland.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lena + V\",\"Initials\":\"LV\",\"LastName\":\"Schumacher\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Neurology, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + BrainLinks-BrainTools Cluster of Excellence, University Medical Center Freiburg, + Freiburg, Germany; Department of Neuroradiology, Faculty of Medicine, University + of Freiburg, Freiburg, Germany; Medical Psychology and Medical Sociology, + Faculty of Medicine, University of Freiburg, Freiburg, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jacob\",\"Initials\":\"J\",\"LastName\":\"Lahr\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + Freiburg Brain Imaging Center (FBI), University Medical Center Freiburg, Freiburg, + Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Irina\",\"Initials\":\"I\",\"LastName\":\"Mader\",\"AffiliationInfo\":{\"Affiliation\":\"Freiburg + Brain Imaging Center (FBI), University Medical Center Freiburg, Freiburg, + Germany; Department of Neuroradiology, Faculty of Medicine, University of + Freiburg, Freiburg, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Christoph + P\",\"Initials\":\"CP\",\"LastName\":\"Kaller\",\"AffiliationInfo\":{\"Affiliation\":\"Freiburg + Brain Imaging Center (FBI), University Medical Center Freiburg, Freiburg, + Germany; Department of Neurology, Faculty of Medicine, University of Freiburg, + Freiburg, Germany; BrainLinks-BrainTools Cluster of Excellence, University + Medical Center Freiburg, Freiburg, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Stefan\",\"Initials\":\"S\",\"LastName\":\"Kl\xF6ppel\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Faculty of Medicine, University of Freiburg, Freiburg, Germany; + Freiburg Brain Imaging Center (FBI), University Medical Center Freiburg, Freiburg, + Germany; University Hospital of Old Age Psychiatry and Psychotherapy Bern, + Bern, Switzerland.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"137\",\"StartPage\":\"127\",\"MedlinePgn\":\"127-137\"},\"ArticleDate\":{\"Day\":\"26\",\"Year\":\"2017\",\"Month\":\"04\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neurobiolaging.2017.04.015\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0197-4580(17)30136-7\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"APOE + moderates compensatory recruitment of neuronal resources during working memory + processing in healthy older adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"23\",\"Year\":\"2018\",\"Month\":\"08\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"APOE\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Functional + magnetic resonance imaging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Moderator + analysis\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Multiple regression\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Neuronal + compensation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Working memory\",\"@MajorTopicYN\":\"N\"}]},\"ChemicalList\":{\"Chemical\":{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"D053327\",\"#text\":\"Apolipoprotein + E4\"}}},\"DateCompleted\":{\"Day\":\"16\",\"Year\":\"2017\",\"Month\":\"11\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000369\",\"#text\":\"Aged, + 80 and over\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000523\",\"#text\":\"psychology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000483\",\"#text\":\"Alleles\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000235\",\"#text\":\"genetics\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000523\",\"#text\":\"psychology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D000544\",\"#text\":\"Alzheimer + Disease\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000235\",\"#text\":\"genetics\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D053327\",\"#text\":\"Apolipoprotein + E4\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003071\",\"#text\":\"Cognition\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D014644\",\"#text\":\"Genetic + Variation\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005838\",\"#text\":\"Genotype\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D006579\",\"#text\":\"Heterozygote\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000235\",\"#text\":\"genetics\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D011999\",\"#text\":\"Recruitment, + Neurophysiological\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D012044\",\"#text\":\"Regression + Analysis\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D012306\",\"#text\":\"Risk\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neurobiol Aging\",\"ISSNLinking\":\"0197-4580\",\"NlmUniqueID\":\"8100437\"}}},\"semantic_scholar\":{\"year\":2017,\"title\":\"APOE + moderates compensatory recruitment of neuronal resources during working memory + processing in healthy older adults\",\"venue\":\"Neurobiology of Aging\",\"authors\":[{\"name\":\"E. + Scheller\",\"authorId\":\"47051894\"},{\"name\":\"J. Peter\",\"authorId\":\"38780337\"},{\"name\":\"L. + Schumacher\",\"authorId\":\"47104707\"},{\"name\":\"J. Lahr\",\"authorId\":\"4582381\"},{\"name\":\"I. + Mader\",\"authorId\":\"2153714\"},{\"name\":\"C. Kaller\",\"authorId\":\"2397704\"},{\"name\":\"S. + Kl\xF6ppel\",\"authorId\":\"144225920\"}],\"paperId\":\"c0cdc05e7e996fbc22526fb31bc15276d5e0ddbc\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2017.04.015?email= + or https://doi.org/10.1016/j.neurobiolaging.2017.04.015, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2017-08-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T18:08:52.347978+00:00\",\"analyses\":[]},{\"id\":\"8pMa8n8vWjYr\",\"created_at\":\"2025-12-03T18:06:08.549925+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Head + over heels but I forget why: Disruptive functional connectivity in older adult + fallers with mild cognitive impairment\",\"description\":\"UNLABELLED: Disrupted + functional connectivity has been highlighted as a neural mechanism by which + impaired cognitive function and mobility co-exist in older adults with mild + cognitive impairment (MCI). The objective of this study was to determine the + independent and combined effects of MCI and faller status on functional connectivity + of three functional networks: default mode network (DMN), fronto-parietal + network (FPN) and sensorimotor network (SMN) between 4 groups of older adults: + 1) Healthy; 2) MCI without Falls; 3) Fallers without MCI; and 4) Fallers with + MCI.\\n\\nMETHODS: Sixty-six adults aged 70-80 years old were included. Cognition + was assessed using: 1) cognitive dual task; 2) Stroop Colour-Word Test; 3) + Trail Making Tests (TMT); and 4) Digit Symbol Substitution Test (DSST). Postural + sway was assessed with eyes opened and standing on the floor. Functional connectivity + was measured using fMRI while performing a finger-tapping task.\\n\\nRESULTS: + Differences in DMN-SMN connectivity were found for Fallers with MCI vs Fallers + without MCI (p\u202F=\u202F.001). Fallers with MCI had significantly greater + postural sway than the other groups. Both DMN-SMN connectivity (p\u202F=\u202F.03) + and postural sway (p\u202F=\u202F.001) increased in a significantly linear + fashion from Fallers without MCI, to MCI without Falls, to Fallers with MCI. + Participants with MCI performed significantly worse on the DSST (p\u202F=\u202F.003) + and TMT (p\u202F=\u202F.007) than those without MCI.\\n\\nCONCLUSION: Aberrant + DMN-SMN connectivity may underlie reduced postural stability. Having both + impaired cognition and mobility is associated with a greater level of disruptive + DMN-SMN connectivity and increased postural sway than singular impairment.\",\"publication\":\"Behavioural + Brain Research\",\"doi\":\"10.1016/j.bbr.2019.112104\",\"pmid\":\"31325516\",\"authors\":\"Rachel + A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose\",\"year\":2019,\"metadata\":{\"slug\":\"31325516-10-1016-j-bbr-2019-112104\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aberrant + functional connectivity\",\"Falls\",\"Mild cognitive impairment\",\"Postural + sway\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"22\",\"Year\":\"2019\",\"Month\":\"2\",\"@PubStatus\":\"received\"},{\"Day\":\"4\",\"Year\":\"2019\",\"Month\":\"7\",\"@PubStatus\":\"revised\"},{\"Day\":\"16\",\"Year\":\"2019\",\"Month\":\"7\",\"@PubStatus\":\"accepted\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"7\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"18\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"9\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"21\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"7\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"31325516\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.bbr.2019.112104\",\"@IdType\":\"doi\"},{\"#text\":\"S0166-4328(19)30296-7\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"31325516\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1872-7549\",\"@IssnType\":\"Electronic\"},\"Title\":\"Behavioural + brain research\",\"JournalIssue\":{\"Volume\":\"376\",\"PubDate\":{\"Day\":\"30\",\"Year\":\"2019\",\"Month\":\"Dec\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Behav + Brain Res\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"Disrupted functional + connectivity has been highlighted as a neural mechanism by which impaired + cognitive function and mobility co-exist in older adults with mild cognitive + impairment (MCI). The objective of this study was to determine the independent + and combined effects of MCI and faller status on functional connectivity of + three functional networks: default mode network (DMN), fronto-parietal network + (FPN) and sensorimotor network (SMN) between 4 groups of older adults: 1) + Healthy; 2) MCI without Falls; 3) Fallers without MCI; and 4) Fallers with + MCI.\",\"@Label\":\"UNLABELLED\"},{\"#text\":\"Sixty-six adults aged 70-80 + years old were included. Cognition was assessed using: 1) cognitive dual task; + 2) Stroop Colour-Word Test; 3) Trail Making Tests (TMT); and 4) Digit Symbol + Substitution Test (DSST). Postural sway was assessed with eyes opened and + standing on the floor. Functional connectivity was measured using fMRI while + performing a finger-tapping task.\",\"@Label\":\"METHODS\"},{\"#text\":\"Differences + in DMN-SMN connectivity were found for Fallers with MCI vs Fallers without + MCI (p\u202F=\u202F.001). Fallers with MCI had significantly greater postural + sway than the other groups. Both DMN-SMN connectivity (p\u202F=\u202F.03) + and postural sway (p\u202F=\u202F.001) increased in a significantly linear + fashion from Fallers without MCI, to MCI without Falls, to Fallers with MCI. + Participants with MCI performed significantly worse on the DSST (p\u202F=\u202F.003) + and TMT (p\u202F=\u202F.007) than those without MCI.\",\"@Label\":\"RESULTS\"},{\"#text\":\"Aberrant + DMN-SMN connectivity may underlie reduced postural stability. Having both + impaired cognition and mobility is associated with a greater level of disruptive + DMN-SMN connectivity and increased postural sway than singular impairment.\",\"@Label\":\"CONCLUSION\"}],\"CopyrightInformation\":\"Copyright + \xA9 2019 Elsevier B.V. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Rachel + A\",\"Initials\":\"RA\",\"LastName\":\"Crockett\",\"AffiliationInfo\":{\"Affiliation\":\"Aging, + Mobility, and Cognitive Neuroscience Laboratory, Department of Physical Therapy, + University of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian + Centre for Brain Health, University of British Columbia, Vancouver, BC, Canada; + Centre for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Chun Liang\",\"Initials\":\"CL\",\"LastName\":\"Hsu\",\"AffiliationInfo\":{\"Affiliation\":\"Aging, + Mobility, and Cognitive Neuroscience Laboratory, Department of Physical Therapy, + University of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian + Centre for Brain Health, University of British Columbia, Vancouver, BC, Canada; + Centre for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"John R\",\"Initials\":\"JR\",\"LastName\":\"Best\",\"AffiliationInfo\":{\"Affiliation\":\"Aging, + Mobility, and Cognitive Neuroscience Laboratory, Department of Physical Therapy, + University of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian + Centre for Brain Health, University of British Columbia, Vancouver, BC, Canada; + Centre for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Olivier\",\"Initials\":\"O\",\"LastName\":\"Beauchet\",\"AffiliationInfo\":{\"Affiliation\":\"Faculty + of Medicine, McGill University, Montreal, QC, Canada; Centre of Excellence + on Aging and Chronic Diseases of McGill University Health Network, Montreal, + QC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Teresa\",\"Initials\":\"T\",\"LastName\":\"Liu-Ambrose\",\"AffiliationInfo\":{\"Affiliation\":\"Aging, + Mobility, and Cognitive Neuroscience Laboratory, Department of Physical Therapy, + University of British Columbia, Vancouver, BC, Canada; Djavad Mowafaghian + Centre for Brain Health, University of British Columbia, Vancouver, BC, Canada; + Centre for Hip Health and Mobility, Vancouver Coastal Health Research Institute, + Vancouver, BC, Canada. Electronic address: teresa.ambrose@ubc.ca.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"112104\",\"MedlinePgn\":\"112104\"},\"ArticleDate\":{\"Day\":\"17\",\"Year\":\"2019\",\"Month\":\"07\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.bbr.2019.112104\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0166-4328(19)30296-7\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Head + over heels but I forget why: Disruptive functional connectivity in older adult + fallers with mild cognitive impairment.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"17\",\"Year\":\"2020\",\"Month\":\"09\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aberrant + functional connectivity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Falls\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Mild + cognitive impairment\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Postural sway\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"17\",\"Year\":\"2020\",\"Month\":\"09\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"QualifierName\":{\"@UI\":\"Q000517\",\"#text\":\"prevention + & control\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D000058\",\"#text\":\"Accidental + Falls\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000369\",\"#text\":\"Aged, + 80 and over\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000150\",\"#text\":\"complications\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D060825\",\"#text\":\"Cognitive + Dysfunction\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003430\",\"#text\":\"Cross-Sectional + Studies\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D056228\",\"#text\":\"Feedback, + Sensory\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D057187\",\"#text\":\"Independent + Living\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D004856\",\"#text\":\"Postural + Balance\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"Netherlands\",\"MedlineTA\":\"Behav + Brain Res\",\"ISSNLinking\":\"0166-4328\",\"NlmUniqueID\":\"8004872\"}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Head + over heels but I forget why: Disruptive functional connectivity in older adult + fallers with mild cognitive impairment\",\"venue\":\"Behavioural Brain Research\",\"authors\":[{\"name\":\"Rachel + A. Crockett\",\"authorId\":\"50189875\"},{\"name\":\"C. Hsu\",\"authorId\":\"2383346823\"},{\"name\":\"J. + Best\",\"authorId\":\"4865485\"},{\"name\":\"O. Beauchet\",\"authorId\":\"49063547\"},{\"name\":\"T. + Liu-Ambrose\",\"authorId\":\"1398171534\"}],\"paperId\":\"d59b4bd8dfa8ad1096cd911dc5c3f2174054c966\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":null,\"license\":null,\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.bbr.2019.112104?email= + or https://doi.org/10.1016/j.bbr.2019.112104, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use.\"},\"publicationDate\":\"2019-12-30\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T18:08:27.610943+00:00\",\"analyses\":[{\"id\":\"EUTk3vb2zE2o\",\"user\":null,\"name\":\"DMN\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tbl0005\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv\"},\"original_table_id\":\"tbl0005\"},\"table_metadata\":{\"table_id\":\"tbl0005\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv\"},\"sanitized_table_id\":\"tbl0005\"},\"description\":\"Region + of interests (ROIs) for each network with MNI coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"QbY3qFh4CLwZ\",\"coordinates\":[8.0,-56.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mAo2spyuEY57\",\"coordinates\":[-2.0,54.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"MQhgUADzgYCR\",\"coordinates\":[58.0,-10.0,-18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"fpLAYh8ncMf8\",\"coordinates\":[-52.0,-14.0,-20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"njMF7pCwUsMx\",\"coordinates\":[24.0,-26.0,-20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"q5FFxARHSAA6\",\"coordinates\":[-26.0,-24.0,-20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"LTSwnzKLQfmt\",\"coordinates\":[-30.0,20.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"KmaxyLWRxK5c\",\"coordinates\":[54.0,-62.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"N3hGazGaq8SN\",\"coordinates\":[-44.0,-72.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"4oj7SwVPqMxi\",\"user\":null,\"name\":\"FPN\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tbl0005\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv\"},\"original_table_id\":\"tbl0005\"},\"table_metadata\":{\"table_id\":\"tbl0005\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv\"},\"sanitized_table_id\":\"tbl0005\"},\"description\":\"Region + of interests (ROIs) for each network with MNI coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4iPBDQf5Xuhw\",\"coordinates\":[25.0,-62.0,53.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"FYjDJV9yDT9j\",\"coordinates\":[36.0,-62.0,0.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5uYdj4BsRCba\",\"coordinates\":[-44.0,-60.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"khfF3e6X49u8\",\"coordinates\":[32.0,-38.0,38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qGvcH7AJdr5D\",\"coordinates\":[26.0,-60.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oMPjNv5c66qY\",\"coordinates\":[-26.0,-4.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"LSDcLC4Ksm5n\",\"coordinates\":[28.0,-4.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"x22LcgSGXMDh\",\"coordinates\":[-26.0,-8.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"8MaDDtLT94Sb\",\"user\":null,\"name\":\"SMN\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tbl0005\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv\"},\"original_table_id\":\"tbl0005\"},\"table_metadata\":{\"table_id\":\"tbl0005\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31325516-10-1016-j-bbr-2019-112104/tables/tbl0005_coordinates.csv\"},\"sanitized_table_id\":\"tbl0005\"},\"description\":\"Region + of interests (ROIs) for each network with MNI coordinates.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4gQVPaasUHMs\",\"coordinates\":[-39.0,-21.0,55.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"aDoXNtMZhZCt\",\"coordinates\":[34.0,-25.0,53.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"hKYJm2mvTgbL\",\"coordinates\":[-24.0,-66.0,-19.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4EVkZiyKKehQ\",\"coordinates\":[25.0,-71.0,-23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"kxhZwivcN5EY\",\"coordinates\":[-16.0,0.0,57.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3fqpwwsxptHD\",\"coordinates\":[20.0,-17.0,61.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WEsnkXftaZpW\",\"coordinates\":[-5.0,-1.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"8wcR6B8iVdoC\",\"created_at\":\"2025-12-04T22:14:32.813085+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Effects + of in-Scanner Bilateral Frontal tDCS on Functional Connectivity of the Working + Memory Network in Older Adults\",\"description\":\"Working memory is an executive + memory process essential for everyday decision-making and problem solving + that declines with advanced age. Transcranial direct current stimulation (tDCS) + is a non-invasive form of brain stimulation that has demonstrated potential + for improving working memory performance in older adults. However, the neural + mechanisms underlying effects of tDCS on working memory are not well understood. + This mechanistic study investigated the acute and after-effects of bilateral + frontal (F3/F4) tDCS at 2 mA for 12-min on functional connectivity of the + working memory network in older adults. We hypothesized active tDCS over sham + would increase frontal connectivity during working memory performance. The + study used a double-blind within-subject 2 session crossover design. Participants + performed an functional magnetic resonance imaging (fMRI) N-Back working memory + task before, during, and after active or sham stimulation. Functional connectivity + of the working memory network was assessed within and between stimulation + conditions (FDR < 0.05). Active tDCS produced a significant increase in functional + connectivity between left ventrolateral prefrontal cortex (VLPFC) and left + dorsolateral PFC (DLPFC) during stimulation, but not after stimulation. Connectivity + did not significantly increase with sham stimulation. In addition, our data + demonstrated both state-dependent and time-dependent effects of tDCS working + memory network connectivity in older adults. tDCS during working memory performance + produces a selective change in functional connectivity of the working memory + network in older adults. These data provide important mechanistic insight + into the effects of tDCS on brain connectivity in older adults, as well as + key methodological considerations for tDCS-working memory studies.\",\"publication\":\"Frontiers + in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2019.00051\",\"pmid\":\"30930766\",\"authors\":\"N. + Nissim; A. O'Shea; A. Indahlastari; Rachel Telles; Lindsey Richards; E. Porges; + R. Cohen; A. Woods\",\"year\":2019,\"metadata\":{\"slug\":\"30930766-10-3389-fnagi-2019-00051-pmc6428720\",\"source\":\"semantic_scholar\",\"keywords\":[\"DLPFC + (dorsolateral prefrontal cortex)\",\"cognitive aging\",\"fMRI\u2014functional + magnetic resonance imaging\",\"functional connectivity\",\"tDCS\",\"transcranial + direct cortical stimulation (tDCS)\",\"working memory\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"19\",\"Year\":\"2018\",\"Month\":\"12\",\"@PubStatus\":\"received\"},{\"Day\":\"22\",\"Year\":\"2019\",\"Month\":\"2\",\"@PubStatus\":\"accepted\"},{\"Day\":\"2\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"2\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"2\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"4\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2019\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"30930766\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6428720\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2019.00051\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Andrews-Hanna + J. R., Snyder A. Z., Vincent J. L., Lustig C., Head D., Raichle M. E., et + al. . (2007). Disruption of large-scale brain systems in advanced aging. Neuron + 56, 924\u2013935. 10.1016/j.neuron.2007.10.038\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuron.2007.10.038\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2709284\",\"@IdType\":\"pmc\"},{\"#text\":\"18054866\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baddeley + A. (1992). Working memory. Science 255, 556\u2013559. 10.1126/science.1736359\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.1736359\",\"@IdType\":\"doi\"},{\"#text\":\"1736359\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baddeley + A. (2003). Working memory: looking back and looking forward. Nat. Rev. Neurosci. + 4, 829\u2013839. 10.1038/nrn1201\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn1201\",\"@IdType\":\"doi\"},{\"#text\":\"14523382\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Barbey + A. K., Koenigs M., Grafman J. (2013). Dorsolateral prefrontal contributions + to human working memory. Cortex 49, 1195\u20131205. 10.1016/j.cortex.2012.05.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2012.05.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3495093\",\"@IdType\":\"pmc\"},{\"#text\":\"22789779\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Batsikadze + G., Moliadze V., Paulus W., Kuo M.-F., Nitsche M. A. (2013). Partially non-linear + stimulation intensity-dependent effects of direct current stimulation on motor + cortex excitability in humans. J. Physiol. 591, 1987\u20132000. 10.1113/jphysiol.2012.249730\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1113/jphysiol.2012.249730\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3624864\",\"@IdType\":\"pmc\"},{\"#text\":\"23339180\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Behzadi + Y., Restom K., Liau J., Liu T. T. (2007). A component based noise correction + method (CompCor) for BOLD and perfusion based FMRI. Neuroimage 37, 90\u2013101. + 10.1016/j.neuroimage.2007.04.042\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2007.04.042\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2214855\",\"@IdType\":\"pmc\"},{\"#text\":\"17560126\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bikson + M., Brunoni A. R., Charvet L. E., Clark V. P., Cohen L. G., Deng Z.-D., et + al. . (2018). Rigor and reproducibility in research with transcranial electrical + stimulation: an NIMH-sponsored workshop. Brain Stimul. 11, 465\u2013480. 10.1016/j.brs.2017.12.008\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2017.12.008\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5997279\",\"@IdType\":\"pmc\"},{\"#text\":\"29398575\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bikson + M., Grossman P., Thomas C., Zannou A. L., Jiang J., Adnan T., et al. . (2016). + Safety of transcranial direct current stimulation: evidence based update 2016. + Brain Stimul. 9, 641\u2013661. 10.1016/j.brs.2016.06.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2016.06.004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5007190\",\"@IdType\":\"pmc\"},{\"#text\":\"27372845\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bindman + L. J., Lippold O. C., Redfearn J. W. (1964). The action of brief polarizing + currents on the cerebral cortex of the rat (1) during current flow and (2) + in the production of long-lasting after-effects. J. Physiol. 172, 369\u2013382. + 10.1113/jphysiol.1964.sp007425\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1113/jphysiol.1964.sp007425\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1368854\",\"@IdType\":\"pmc\"},{\"#text\":\"14199369\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Blumenfeld + R. S., Nomura E. M., Gratton C., D\u2019Esposito M. (2013). Lateral prefrontal + cortex is organized into parallel dorsal and ventral streams along the rostro-caudal + axis. Cereb. Cortex 23, 2457\u20132466. 10.1093/cercor/bhs223\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhs223\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3767956\",\"@IdType\":\"pmc\"},{\"#text\":\"22879354\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Boisgueheneuc + F. D., Levy R., Volle E., Seassau M., Duffau H., Kinkingnehun S., et al. . + (2006). Functions of the left superior frontal gyrus in humans: a lesion study. + Brain 129, 3315\u20133328. 10.1093/brain/awl244\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/awl244\",\"@IdType\":\"doi\"},{\"#text\":\"16984899\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Anderson N. D., Locantore J. K., McIntosh A. R. (2002). Aging gracefully: + compensatory brain activity in high-performing older adults. Neuroimage 17, + 1394\u20131402. 10.1006/nimg.2002.1280\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2002.1280\",\"@IdType\":\"doi\"},{\"#text\":\"12414279\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"D\u2019Esposito + M., Postle B. R., Ballard D., Lease J. (1999). Maintenance versus manipulation + of information held in working memory: an event-related FMRI study. Brain + Cogn. 41, 66\u201386. 10.1006/brcg.1999.1096\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/brcg.1999.1096\",\"@IdType\":\"doi\"},{\"#text\":\"10536086\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Demirakca + T., Cardinale V., Dehn S., Ruf M., Ende G. (2016). The exercising brain-changes + in functional connectivity induced by an integrated multimodal cognitive and + whole body motor coordination training. Neural Plast. 2016:8240894. 10.1155/2016/8240894\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2016/8240894\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4706972\",\"@IdType\":\"pmc\"},{\"#text\":\"26819776\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fallon + N., Chiu Y., Nurmikko T., Stancak A. (2016). Functional connectivity with + the default mode network is altered in fibromyalgia patients. PLoS One 11:e0159198. + 10.1371/journal.pone.0159198\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0159198\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4956096\",\"@IdType\":\"pmc\"},{\"#text\":\"27442504\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gazzaley + A., Sheridan M. A., Cooney J. W., D\u2019Esposito M. (2007). Age-related deficits + in component processes of working memory. Neuropsychology 21, 532\u2013539. + 10.1037/0894-4105.21.5.532\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0894-4105.21.5.532\",\"@IdType\":\"doi\"},{\"#text\":\"17784801\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gill + J., Shah-Basak P. P., Hamilton R. (2014). It\u2019s the thought that counts: + examining the task-dependent effects of transcranial direct current stimulation + on executive function. Brain Stimul. 8, 253\u2013259. 10.1016/j.brs.2014.10.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2014.10.018\",\"@IdType\":\"doi\"},{\"#text\":\"25465291\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Goldman-Rakic + P. S. (1987). \u201CCircuitry of primate prefrontal cortex and regulation + of behavior by representational memory\u2014comprehensive physiology,\u201D + in Handbook of Physiology, ed. Goldberg E. (New York, NY: John Wiley & Sons; + ), 373\u2013417.\"},{\"Citation\":\"Goldman-Rakic P. S. (1996). Regional and + cellular fractionation of working memory. Proc. Natl. Acad. Sci. U S A 93, + 13473\u201313480. 10.1073/pnas.93.24.13473\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.93.24.13473\",\"@IdType\":\"doi\"},{\"#text\":\"PMC33633\",\"@IdType\":\"pmc\"},{\"#text\":\"8942959\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gomes-Osman + J., Indahlastari A., Fried P. J., Cabral D. L. F., Rice J., Nissim N. R., + et al. . (2018). Non-invasive brain stimulation: probing intracortical circuits + and improving cognition in the aging brain. Front. Aging Neurosci. 10:177. + 10.3389/fnagi.2018.00177\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2018.00177\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6008650\",\"@IdType\":\"pmc\"},{\"#text\":\"29950986\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hampson + M., Driesen N. R., Skudlarski P., Gore J. C., Constable R. T. (2006). Brain + connectivity related to working memory performance. J. Neurosci. 26, 13338\u201313343. + 10.1523/JNEUROSCI.3408-06.2006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.3408-06.2006\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2677699\",\"@IdType\":\"pmc\"},{\"#text\":\"17182784\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hampson + M., Driesen N. R., Roth J. K., Gore J. C., Constable R. T. (2010). Functional + connectivity between task-positive and task-negative brain areas and its relation + to working memory performance. Magn. Reson. Imaging 28, 1051\u20131057. 10.1016/j.mri.2010.03.021\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.mri.2010.03.021\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2936669\",\"@IdType\":\"pmc\"},{\"#text\":\"20409665\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jones + K. T., Stephens J. A., Alam M., Bikson M., Berryhill M. E. (2015). Longitudinal + neurostimulation in older adults improves working memory. PLoS One 10:e0121904. + 10.1371/journal.pone.0121904\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0121904\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4388845\",\"@IdType\":\"pmc\"},{\"#text\":\"25849358\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Keller + J. B., Hedden T., Thompson T. W., Anteraper S. A., Gabrieli J. D. E., Whitfield-Gabrieli + S. (2015). Resting-state anticorrelations between medial and lateral prefrontal + cortex: association with working memory, aging, and individual differences. + Cortex 64, 271\u2013280. 10.1016/j.cortex.2014.12.001\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2014.12.001\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4346444\",\"@IdType\":\"pmc\"},{\"#text\":\"25562175\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Khadka + N., Woods A. J., Bikson M. (2019). \u201CTranscranial direct current stimulation + electrodes,\u201D in Practical Guide to Transcranial Direct Current Stimulation, + eds Knotkova H., Nitsche M., Bikson M., Woods A. (Cham: Springer International + Publishing; ), 263\u2013291.\"},{\"Citation\":\"Knotkova H., Nitsche M., Bikson + M., Woods A. J. (2019). \u201CPractical guide to transcranial direct current + stimulation,\u201D in Principles, Procedures, and Applications, 1st Edn. eds + Knotkova H., Nitsche M., Bikson M., Woods A. J. (Switzerland, AG: Springer + Nature; ), 1\u2013651.\"},{\"Citation\":\"Li S.-C., Lindenberger U., Sikstr\xF6m + S. (2001). Aging cognition: from neuromodulation to representation. Trends + Cogn. Sci. 5, 479\u2013486. 10.1016/s1364-6613(00)01769-1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s1364-6613(00)01769-1\",\"@IdType\":\"doi\"},{\"#text\":\"11684480\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Maldjian + J. A., Laurienti P. J., Burdette J. H. (2004). Precentral gyrus discrepancy + in electronic versions of the talairach atlas. Neuroimage 21, 450\u2013455. + 10.1016/j.neuroimage.2003.09.032\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2003.09.032\",\"@IdType\":\"doi\"},{\"#text\":\"14741682\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Maldjian + J. A., Laurienti P. J., Kraft R. A., Burdette J. H. (2003). An automated method + for neuroanatomic and cytoarchitectonic atlas-based interrogation of FMRI + data sets. Neuroimage 19, 1233\u20131239. 10.1016/s1053-8119(03)00169-1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s1053-8119(03)00169-1\",\"@IdType\":\"doi\"},{\"#text\":\"12880848\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Martin + D. M., Liu R., Alonzo A., Green M., Loo C. K. (2014). Use of transcranial + direct current stimulation (TDCS) to enhance cognitive training: effect of + timing of stimulation. Exp. Brain Res. 232, 3345\u20133351. 10.1007/s00221-014-4022-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00221-014-4022-x\",\"@IdType\":\"doi\"},{\"#text\":\"24992897\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Martin + D. M., Liu R., Alonzo A., Green M., Player M. J., Sachdev P., et al. . (2013). + Can transcranial direct current stimulation enhance outcomes from cognitive + training? A randomized controlled trial in healthy participants. Int. J. Neuropsychopharmacol. + 16, 1927\u20131936. 10.1017/s1461145713000539\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/s1461145713000539\",\"@IdType\":\"doi\"},{\"#text\":\"23719048\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McLaren + M. E., Nissim N. R., Woods A. J. (2018). The effects of medication use in + transcranial direct current stimulation: a brief review. Brain Stimul. 11, + 52\u201358. 10.1016/j.brs.2017.10.006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2017.10.006\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5729094\",\"@IdType\":\"pmc\"},{\"#text\":\"29066167\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mograbi + D. C., Assis Faria C., Fichman H. C., Paradela E. M., Alves Louren\xE7o R. + (2014). Relationship between activities of daily living and cognitive ability + in a sample of older adults with heterogeneous educational level. Ann. Indian + Acad. Neurol. 17, 71\u201376. 10.4103/0972-2327.128558\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.4103/0972-2327.128558\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3992775\",\"@IdType\":\"pmc\"},{\"#text\":\"24753664\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Monte-Silva + K., Kuo Fang M., Hessenthaler S., Fresnoza S., Liebetanz D., Paulus W., et + al. . (2013). Induction of late LTP-like plasticity in the human motor cortex + by repeated non-invasive brain stimulation. Brain Stimul. 6, 424\u2013432. + 10.1016/j.brs.2012.04.011\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2012.04.011\",\"@IdType\":\"doi\"},{\"#text\":\"22695026\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nissim + N. R., O\u2019Shea A. M., Bryant V., Porges E. C., Cohen R., Woods A. J. (2017). + Frontal structural neural correlates of working memory performance in older + adults. Front. Aging Neurosci. 8:328. 10.3389/fnagi.2016.00328\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2016.00328\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5210770\",\"@IdType\":\"pmc\"},{\"#text\":\"28101053\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nitsche + M. A., Fricke K., Henschke U., Schlitterlau A., Liebetanz D., Lang N., et + al. . (2003a). Pharmacological modulation of cortical excitability shifts + induced by transcranial direct current stimulation in humans. J. Physiol. + 553, 293\u2013301. 10.1113/jphysiol.2003.049916\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1113/jphysiol.2003.049916\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2343495\",\"@IdType\":\"pmc\"},{\"#text\":\"12949224\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nitsche + M. A., Nitsche M. S., Klein C. C., Tergau F., Rothwell J. C., Paulus W. (2003b). + Level of action of cathodal DC polarisation induced inhibition of the human + motor cortex. Clin. Neurophysiol. 114, 600\u2013604. 10.1016/s1388-2457(02)00412-1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s1388-2457(02)00412-1\",\"@IdType\":\"doi\"},{\"#text\":\"12686268\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nitsche + M. A., Liebetanz D., Schlitterlau A., Henschke U., Fricke K., Frommann K., + et al. . (2004). GABAergic modulation of dc stimulation-induced motor cortex + excitability shifts in humans. Eur. J. Neurosci. 19, 2720\u20132726. 10.1111/j.0953-816x.2004.03398.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.0953-816x.2004.03398.x\",\"@IdType\":\"doi\"},{\"#text\":\"15147306\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nitsche + M. A., Paulus W. (2000). Excitability changes induced in the human motor cortex + by weak transcranial direct current stimulation. J. Physiol. 527, 633\u2013639. + 10.1111/j.1469-7793.2000.t01-1-00633.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1469-7793.2000.t01-1-00633.x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2270099\",\"@IdType\":\"pmc\"},{\"#text\":\"10990547\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25, 46\u201359. 10.1002/hbm.20131\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20131\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871745\",\"@IdType\":\"pmc\"},{\"#text\":\"15846822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pelletier + S. J., Cicchetti F. (2015). Cellular and molecular mechanisms of action of + transcranial direct current stimulation: evidence from in vitro and in vivo + models. Int. J. Neuropsychopharmacol. 18:pyu047. 10.1093/ijnp/pyu047\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/ijnp/pyu047\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4368894\",\"@IdType\":\"pmc\"},{\"#text\":\"25522391\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Petrides + M. (2000). Dissociable roles of mid-dorsolateral prefrontal and anterior inferotemporal + cortex in visual working memory. J. Neurosci. 20, 7496\u20137503. 10.1523/jneurosci.20-19-07496.2000\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/jneurosci.20-19-07496.2000\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6772785\",\"@IdType\":\"pmc\"},{\"#text\":\"11007909\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reato + D., Salvador R., Bikson M., Opitz A., Dmochowski J., Miranda P. C. (2019). + \u201CPrinciples of transcranial direct current stimulation (TDCS): introduction + to the biophysics of TDCS,\u201D in Practical Guide to Transcranial Direct + Current Stimulation, eds Knotkova H., Nitsche M., Bikson M., Woods A. (Cham: + Springer International Publishing; ), 45\u201380.\"},{\"Citation\":\"Richmond + L. L., Morrison A. B., Chein J. M., Olson I. R. (2011). Working memory training + and transfer in older adults. Psychol. Aging 26, 813\u2013822. 10.1037/a0023631\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0023631\",\"@IdType\":\"doi\"},{\"#text\":\"21707176\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Richmond + L. L., Wolk D., Chein J., Olson I. R. (2014). Transcranial direct current + stimulation enhances verbal working memory training performance over time + and near transfer outcomes. J. Cogn. Neurosci. 26, 2443\u20132454. 10.1162/jocn_a_00657\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_00657\",\"@IdType\":\"doi\"},{\"#text\":\"24742190\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salthouse + T. A., Mitchell D. R., Skovronek E., Babcock R. L. (1989). Effects of adult + age and working memory on reasoning and spatial abilities. J. Exp. Psychol. + Learn. Mem. Cogn. 15, 507\u2013516. 10.1037//0278-7393.15.3.507\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037//0278-7393.15.3.507\",\"@IdType\":\"doi\"},{\"#text\":\"2524548\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stephens + J. A., Berryhill M. E. (2016). Older adults improve on everyday tasks after + working memory training and neurostimulation. Brain Stimul. 9, 553\u2013559. + 10.1016/j.brs.2016.04.001\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2016.04.001\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4957521\",\"@IdType\":\"pmc\"},{\"#text\":\"27178247\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + M., Gamo N. J., Yang Y., Jin L. E., Wang X.-J., Laubach M., et al. . (2011). + Neuronal basis of age-related working memory decline. Nature 476, 210\u2013213. + 10.1038/nature10243\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nature10243\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3193794\",\"@IdType\":\"pmc\"},{\"#text\":\"21796118\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wei + P., Zhang Z., Lv Z., Jing B. (2017). Strong functional connectivity among + homotopic brain areas is vital for motor control in unilateral limb movement. + Front. Hum. Neurosci. 11:366. 10.3389/fnhum.2017.00366\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2017.00366\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5506200\",\"@IdType\":\"pmc\"},{\"#text\":\"28747880\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Whitfield-Gabrieli + S., Nieto-Castanon A. (2012). Conn: a functional connectivity toolbox for + correlated and anticorrelated brain networks. Brain Connect. 2, 125\u2013141. + 10.1089/brain.2012.0073\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1089/brain.2012.0073\",\"@IdType\":\"doi\"},{\"#text\":\"22642651\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Whitfield-Gabrieli + S., Thermenos H. W., Milanovic S., Tsuang M. T., Faraone S. V., McCarley R. + W., et al. . (2009). Hyperactivity and hyperconnectivity of the default network + in schizophrenia and in first-degree relatives of persons with schizophrenia. + Proc. Natl. Acad. Sci. U S A 106, 1279\u20131284. 10.1073/pnas.0809141106\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0809141106\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2633557\",\"@IdType\":\"pmc\"},{\"#text\":\"19164577\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Woods + A. J., Antal A., Bikson M., Boggio P. S., Brunoni A. R., Celnik P., et al. + . (2016). A technical guide to TDCS and related non-invasive brain stimulation + tools. Clin. Neurophysiol. 127, 1031\u20131048. 10.1016/j.clinph.2015.11.012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.clinph.2015.11.012\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4747791\",\"@IdType\":\"pmc\"},{\"#text\":\"26652115\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Woods + A. J., Antonenko D., Fl\xF6el A., Hampstead B. M., Clark D., Knotkova H. (2019a). + \u201CTranscranial direct current stimulation in aging research,\u201D in + Practical Guide to Transcranial Direct Current Stimulation, eds Knotkova H., + Nitsche M., Bikson M., Woods A. (Cham: Springer International Publishing; + ), 569\u2013595.\"},{\"Citation\":\"Woods A. J., Bikson M., Chelette K., Dmochowski + J., Dutta A., Esmaeilpour Z., et al. (2019b). \u201CTranscranial direct current + stimulation integration with magnetic resonance imaging, magnetic resonance + spectroscopy, near infrared spectroscopy imaging, and electroencephalography,\u201D + in Practical Guide to Transcranial Direct Current Stimulation, eds Knotkova + H., Nitsche M., Bikson M., Woods A. (Cham: Springer International Publishing; + ), 293\u2013345.\"}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"30930766\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"11\",\"PubDate\":{\"Year\":\"2019\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":\"Working memory is an executive + memory process essential for everyday decision-making and problem solving + that declines with advanced age. Transcranial direct current stimulation (tDCS) + is a non-invasive form of brain stimulation that has demonstrated potential + for improving working memory performance in older adults. However, the neural + mechanisms underlying effects of tDCS on working memory are not well understood. + This mechanistic study investigated the acute and after-effects of bilateral + frontal (F3/F4) tDCS at 2 mA for 12-min on functional connectivity of the + working memory network in older adults. We hypothesized active tDCS over sham + would increase frontal connectivity during working memory performance. The + study used a double-blind within-subject 2 session crossover design. Participants + performed an functional magnetic resonance imaging (fMRI) N-Back working memory + task before, during, and after active or sham stimulation. Functional connectivity + of the working memory network was assessed within and between stimulation + conditions (FDR < 0.05). Active tDCS produced a significant increase in functional + connectivity between left ventrolateral prefrontal cortex (VLPFC) and left + dorsolateral PFC (DLPFC) during stimulation, but not after stimulation. Connectivity + did not significantly increase with sham stimulation. In addition, our data + demonstrated both state-dependent and time-dependent effects of tDCS working + memory network connectivity in older adults. tDCS during working memory performance + produces a selective change in functional connectivity of the working memory + network in older adults. These data provide important mechanistic insight + into the effects of tDCS on brain connectivity in older adults, as well as + key methodological considerations for tDCS-working memory studies.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIA + NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United States\",\"GrantID\":\"K01 + AG050707\"},{\"Agency\":\"NCATS NIH HHS\",\"Acronym\":\"TR\",\"Country\":\"United + States\",\"GrantID\":\"KL2 TR001429\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG054077\"},{\"Agency\":\"NIH HHS\",\"Acronym\":\"OD\",\"Country\":\"United + States\",\"GrantID\":\"S10 OD021726\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Nicole + R\",\"Initials\":\"NR\",\"LastName\":\"Nissim\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"},{\"Affiliation\":\"Department + of Neuroscience, University of Florida, Gainesville, FL, United States.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Andrew\",\"Initials\":\"A\",\"LastName\":\"O'Shea\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Aprinda\",\"Initials\":\"A\",\"LastName\":\"Indahlastari\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Rachel\",\"Initials\":\"R\",\"LastName\":\"Telles\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lindsey\",\"Initials\":\"L\",\"LastName\":\"Richards\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Eric\",\"Initials\":\"E\",\"LastName\":\"Porges\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ronald\",\"Initials\":\"R\",\"LastName\":\"Cohen\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Adam + J\",\"Initials\":\"AJ\",\"LastName\":\"Woods\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"},{\"Affiliation\":\"Department + of Neuroscience, University of Florida, Gainesville, FL, United States.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"51\",\"MedlinePgn\":\"51\"},\"ArticleDate\":{\"Day\":\"15\",\"Year\":\"2019\",\"Month\":\"03\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"51\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2019.00051\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Effects + of in-Scanner Bilateral Frontal tDCS on Functional Connectivity of the Working + Memory Network in Older Adults.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"28\",\"Year\":\"2020\",\"Month\":\"09\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"DLPFC + (dorsolateral prefrontal cortex)\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cognitive + aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\u2014functional magnetic + resonance imaging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"functional connectivity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"tDCS\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"transcranial + direct cortical stimulation (tDCS)\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"working + memory\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Effects + of in-Scanner Bilateral Frontal tDCS on Functional Connectivity of the Working + Memory Network in Older Adults\",\"venue\":\"Frontiers in Aging Neuroscience\",\"authors\":[{\"name\":\"N. + Nissim\",\"authorId\":\"40030163\"},{\"name\":\"A. O'Shea\",\"authorId\":\"1393654628\"},{\"name\":\"A. + Indahlastari\",\"authorId\":\"2289693\"},{\"name\":\"Rachel Telles\",\"authorId\":\"52175908\"},{\"name\":\"Lindsey + Richards\",\"authorId\":\"80572048\"},{\"name\":\"E. Porges\",\"authorId\":\"5388749\"},{\"name\":\"R. + Cohen\",\"authorId\":\"152864616\"},{\"name\":\"A. Woods\",\"authorId\":\"2856044\"}],\"paperId\":\"e45d3c4e7245ee2fd0833c3a45ad4d3344ebdfc3\",\"abstract\":\"Working + memory is an executive memory process essential for everyday decision-making + and problem solving that declines with advanced age. Transcranial direct current + stimulation (tDCS) is a non-invasive form of brain stimulation that has demonstrated + potential for improving working memory performance in older adults. However, + the neural mechanisms underlying effects of tDCS on working memory are not + well understood. This mechanistic study investigated the acute and after-effects + of bilateral frontal (F3/F4) tDCS at 2 mA for 12-min on functional connectivity + of the working memory network in older adults. We hypothesized active tDCS + over sham would increase frontal connectivity during working memory performance. + The study used a double-blind within-subject 2 session crossover design. Participants + performed an functional magnetic resonance imaging (fMRI) N-Back working memory + task before, during, and after active or sham stimulation. Functional connectivity + of the working memory network was assessed within and between stimulation + conditions (FDR < 0.05). Active tDCS produced a significant increase in functional + connectivity between left ventrolateral prefrontal cortex (VLPFC) and left + dorsolateral PFC (DLPFC) during stimulation, but not after stimulation. Connectivity + did not significantly increase with sham stimulation. In addition, our data + demonstrated both state-dependent and time-dependent effects of tDCS working + memory network connectivity in older adults. tDCS during working memory performance + produces a selective change in functional connectivity of the working memory + network in older adults. These data provide important mechanistic insight + into the effects of tDCS on brain connectivity in older adults, as well as + key methodological considerations for tDCS-working memory studies.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2019.00051/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6428720, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2019-03-15\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T22:15:07.799160+00:00\",\"analyses\":[{\"id\":\"rew5qriQZB4u\",\"user\":null,\"name\":\"t1\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"T1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30930766-10-3389-fnagi-2019-00051-pmc6428720/tables/t1_coordinates.csv\"},\"original_table_id\":\"t1\"},\"table_metadata\":{\"table_id\":\"T1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/2bd/pmcid_6428720/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30930766-10-3389-fnagi-2019-00051-pmc6428720/tables/t1_coordinates.csv\"},\"sanitized_table_id\":\"t1\"},\"description\":\"Regions + of interest (ROIs), Montreal Neurological Institute (MNI) coordinates, radius + for spherical ROIs.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4qtd29h9LpQL\",\"coordinates\":[-37.75,50.19,13.6],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"N4owyqmpe5Vd\",\"coordinates\":[-46.26,22.71,18.6],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"uFDwqLsbN2Vs\",\"coordinates\":[-37.09,-47.7,45.58],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Hrc8bVLnSHsb\",\"coordinates\":[-26.32,6.75,53.46],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WfTmsSCTDJFg\",\"coordinates\":[-45.96,3.1,38.47],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ZyBZmd7tDtud\",\"coordinates\":[-31.36,21.11,0.58],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RTLR9kQK9hGU\",\"coordinates\":[3.12,-69.09,-24.69],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WRQRxZYv8V6p\",\"coordinates\":[44.53,38.76,24.43],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"nhmY2eEjKBzW\",\"coordinates\":[44.97,-45.49,41.73],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4nBVhHNUBv8w\",\"coordinates\":[31.96,11.01,49.8],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"2qYqwh4iDNCD\",\"coordinates\":[12.77,-63.71,55.28],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"b6vgiJNy6nAg\",\"coordinates\":[35.58,23.26,-3.01],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Ccaezwejir6J\",\"coordinates\":[-0.588,18.57,40.65],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"a58oyzcbbGaZ\",\"created_at\":\"2025-12-04T08:53:35.222934+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"description\":\"As + indicated by previous research, aging is associated with a decline in working + memory (WM) functioning, related to alterations in fronto-parietal neural + activations. At the same time, previous studies showed that WM training in + older adults may improve the performance in the trained task (training effect), + and more importantly, also in untrained WM tasks (transfer effects). However, + neural correlates of these transfer effects that would improve understanding + of its underlying mechanisms, have not been shown in older participants as + yet. In this study, we investigated blood-oxygen-level-dependent (BOLD) signal + changes during n-back performance and an untrained delayed recognition (Sternberg) + task following 12sessions (45min each) of adaptive n-back training in older + adults. The Sternberg task used in this study allowed to test for neural training + effects independent of specific task affordances of the trained task and to + separate maintenance from updating processes. Thirty-two healthy older participants + (60-75years) were assigned either to an n-back training or a no-contact control + group. Before (t1) and after (t2) training/waiting period, both the n-back + task and the Sternberg task were conducted while BOLD signal was measured + using functional Magnetic Resonance Imaging (fMRI) in all participants. In + addition, neuropsychological tests were performed outside the scanner. WM + performance improved with training and behavioral transfer to tests measuring + executive functions, processing speed, and fluid intelligence was found. In + the training group, BOLD signal in the right lateral middle frontal gyrus/caudal + superior frontal sulcus (Brodmann area, BA 6/8) decreased in both the trained + n-back and the updating condition of the untrained Sternberg task at t2, compared + to the control group. fMRI findings indicate a training-related increase in + processing efficiency of WM networks, potentially related to the process of + WM updating. Performance gains in untrained tasks suggest that transfer to + other cognitive tasks remains possible in aging.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2016.03.068\",\"pmid\":\"27046110\",\"authors\":\"S. + Heinzel; R. Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. + Stelzel\",\"year\":2016,\"metadata\":{\"slug\":\"27046110-10-1016-j-neuroimage-2016-03-068\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Executive + functions\",\"Fluid intelligence\",\"Neuroimaging\",\"Training\",\"Transfer\",\"Updating\",\"Working + memory\",\"fMRI\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"30\",\"Year\":\"2015\",\"Month\":\"11\",\"@PubStatus\":\"received\"},{\"Day\":\"24\",\"Year\":\"2016\",\"Month\":\"3\",\"@PubStatus\":\"revised\"},{\"Day\":\"26\",\"Year\":\"2016\",\"Month\":\"3\",\"@PubStatus\":\"accepted\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"24\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"27046110\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neuroimage.2016.03.068\",\"@IdType\":\"doi\"},{\"#text\":\"S1053-8119(16)30012-X\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"27046110\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1095-9572\",\"@IssnType\":\"Electronic\"},\"Title\":\"NeuroImage\",\"JournalIssue\":{\"Volume\":\"134\",\"PubDate\":{\"Day\":\"01\",\"Year\":\"2016\",\"Month\":\"Jul\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neuroimage\"},\"Abstract\":{\"AbstractText\":\"As + indicated by previous research, aging is associated with a decline in working + memory (WM) functioning, related to alterations in fronto-parietal neural + activations. At the same time, previous studies showed that WM training in + older adults may improve the performance in the trained task (training effect), + and more importantly, also in untrained WM tasks (transfer effects). However, + neural correlates of these transfer effects that would improve understanding + of its underlying mechanisms, have not been shown in older participants as + yet. In this study, we investigated blood-oxygen-level-dependent (BOLD) signal + changes during n-back performance and an untrained delayed recognition (Sternberg) + task following 12sessions (45min each) of adaptive n-back training in older + adults. The Sternberg task used in this study allowed to test for neural training + effects independent of specific task affordances of the trained task and to + separate maintenance from updating processes. Thirty-two healthy older participants + (60-75years) were assigned either to an n-back training or a no-contact control + group. Before (t1) and after (t2) training/waiting period, both the n-back + task and the Sternberg task were conducted while BOLD signal was measured + using functional Magnetic Resonance Imaging (fMRI) in all participants. In + addition, neuropsychological tests were performed outside the scanner. WM + performance improved with training and behavioral transfer to tests measuring + executive functions, processing speed, and fluid intelligence was found. In + the training group, BOLD signal in the right lateral middle frontal gyrus/caudal + superior frontal sulcus (Brodmann area, BA 6/8) decreased in both the trained + n-back and the updating condition of the untrained Sternberg task at t2, compared + to the control group. fMRI findings indicate a training-related increase in + processing efficiency of WM networks, potentially related to the process of + WM updating. Performance gains in untrained tasks suggest that transfer to + other cognitive tasks remains possible in aging.\",\"CopyrightInformation\":\"Copyright + \xA9 2016 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Stephan\",\"Initials\":\"S\",\"LastName\":\"Heinzel\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, Humboldt-Universit\xE4t zu Berlin, Rudower Chaussee 18, 12489 + Berlin, Germany; Social and Preventive Medicine, University of Potsdam, Am + Neuen Palais 10, 14469 Potsdam, Germany; Berlin Center for Advanced Neuroimaging, + Berlin, Germany; Department of Psychiatry and Psychotherapy, Campus Charit\xE9 + Mitte, Charit\xE9 - Universit\xE4tsmedizin Berlin, Charit\xE9platz 1, 10117 + Berlin, Germany. Electronic address: stephan.heinzel@hu-berlin.de.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Robert + C\",\"Initials\":\"RC\",\"LastName\":\"Lorenz\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, Humboldt-Universit\xE4t zu Berlin, Rudower Chaussee 18, 12489 + Berlin, Germany; Berlin Center for Advanced Neuroimaging, Berlin, Germany; + Department of Psychiatry and Psychotherapy, Campus Charit\xE9 Mitte, Charit\xE9 + - Universit\xE4tsmedizin Berlin, Charit\xE9platz 1, 10117 Berlin, Germany; + Max Planck Institute for Human Development, Lentzeallee 94, 14195 Berlin, + Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Patricia\",\"Initials\":\"P\",\"LastName\":\"Pelz\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry and Psychotherapy, Campus Charit\xE9 Mitte, Charit\xE9 - Universit\xE4tsmedizin + Berlin, Charit\xE9platz 1, 10117 Berlin, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Andreas\",\"Initials\":\"A\",\"LastName\":\"Heinz\",\"AffiliationInfo\":{\"Affiliation\":\"Berlin + Center for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\xE9 Mitte, Charit\xE9 - Universit\xE4tsmedizin + Berlin, Charit\xE9platz 1, 10117 Berlin, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Henrik\",\"Initials\":\"H\",\"LastName\":\"Walter\",\"AffiliationInfo\":{\"Affiliation\":\"Berlin + Center for Advanced Neuroimaging, Berlin, Germany; Department of Psychiatry + and Psychotherapy, Campus Charit\xE9 Mitte, Charit\xE9 - Universit\xE4tsmedizin + Berlin, Charit\xE9platz 1, 10117 Berlin, Germany; Berlin School of Mind and + Brain, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Norbert\",\"Initials\":\"N\",\"LastName\":\"Kathmann\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, Humboldt-Universit\xE4t zu Berlin, Rudower Chaussee 18, 12489 + Berlin, Germany; Berlin Center for Advanced Neuroimaging, Berlin, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michael + A\",\"Initials\":\"MA\",\"LastName\":\"Rapp\",\"AffiliationInfo\":{\"Affiliation\":\"Social + and Preventive Medicine, University of Potsdam, Am Neuen Palais 10, 14469 + Potsdam, Germany; Department of Psychiatry and Psychotherapy, Campus Charit\xE9 + Mitte, Charit\xE9 - Universit\xE4tsmedizin Berlin, Charit\xE9platz 1, 10117 + Berlin, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Christine\",\"Initials\":\"C\",\"LastName\":\"Stelzel\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, Humboldt-Universit\xE4t zu Berlin, Rudower Chaussee 18, 12489 + Berlin, Germany; Social and Preventive Medicine, University of Potsdam, Am + Neuen Palais 10, 14469 Potsdam, Germany; Berlin Center for Advanced Neuroimaging, + Berlin, Germany; Department of Psychiatry and Psychotherapy, Campus Charit\xE9 + Mitte, Charit\xE9 - Universit\xE4tsmedizin Berlin, Charit\xE9platz 1, 10117 + Berlin, Germany; Berlin School of Mind and Brain, Germany; International Psychoanalytic + University, Stromstr. 1, 10555 Berlin, Germany.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"249\",\"StartPage\":\"236\",\"MedlinePgn\":\"236-249\"},\"ArticleDate\":{\"Day\":\"01\",\"Year\":\"2016\",\"Month\":\"04\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neuroimage.2016.03.068\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S1053-8119(16)30012-X\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Neural + correlates of training and transfer effects in working memory in older adults.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"10\",\"Year\":\"2019\",\"Month\":\"12\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Executive + functions\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Fluid intelligence\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Neuroimaging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Training\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Transfer\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Updating\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Working + memory\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"23\",\"Year\":\"2018\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D002540\",\"#text\":\"Cerebral + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D007858\",\"#text\":\"Learning\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D011939\",\"#text\":\"Mental + Recall\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D009473\",\"#text\":\"Neuronal + Plasticity\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D013647\",\"#text\":\"Task + Performance and Analysis\",\"@MajorTopicYN\":\"Y\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D014163\",\"#text\":\"Transfer, + Psychology\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neuroimage\",\"ISSNLinking\":\"1053-8119\",\"NlmUniqueID\":\"9215515\"}}},\"semantic_scholar\":{\"year\":2016,\"title\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"venue\":\"NeuroImage\",\"authors\":[{\"name\":\"S. + Heinzel\",\"authorId\":\"4952047\"},{\"name\":\"R. Lorenz\",\"authorId\":\"39284553\"},{\"name\":\"P. + Pelz\",\"authorId\":\"1814593\"},{\"name\":\"A. Heinz\",\"authorId\":\"50665590\"},{\"name\":\"H. + Walter\",\"authorId\":\"144278023\"},{\"name\":\"N. Kathmann\",\"authorId\":\"145034008\"},{\"name\":\"M. + Rapp\",\"authorId\":\"1953528\"},{\"name\":\"C. Stelzel\",\"authorId\":\"2115708\"}],\"paperId\":\"afaa211e370124d29da0975baf18817ed123dc71\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neuroimage.2016.03.068?email= + or https://doi.org/10.1016/j.neuroimage.2016.03.068, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use.\"},\"publicationDate\":\"2016-07-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T08:57:05.301476+00:00\",\"analyses\":[{\"id\":\"VJBfuhYRpoRj\",\"user\":null,\"name\":\"0-back + (k>86, alphasim-corr.)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Regions, + MNI coordinates, t-values, and cluster sizes of significant whole-brain results + of training-related activity changes (group [training group > control group] + by time [t1>t2] interaction) in n-back and Sternberg tasks. Only clusters + above a cluster size that yielded an alphasim correction threshold of p<.05, + corrected, are reported. Hem=Hemisphere; BA=Brodmann area.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"FvLnFXTotMKR\",\"user\":null,\"name\":\"1-back + (k>81, alphasim-corr.)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Regions, + MNI coordinates, t-values, and cluster sizes of significant whole-brain results + of training-related activity changes (group [training group > control group] + by time [t1>t2] interaction) in n-back and Sternberg tasks. Only clusters + above a cluster size that yielded an alphasim correction threshold of p<.05, + corrected, are reported. Hem=Hemisphere; BA=Brodmann area.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"yqRGa73bwGMZ\",\"coordinates\":[44.0,-53.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.45}]},{\"id\":\"FJDij2uoVsY2\",\"coordinates\":[54.0,-46.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.42}]},{\"id\":\"hQ2vePZK4rFp\",\"coordinates\":[44.0,-39.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.21}]}],\"images\":[]},{\"id\":\"QQbEritoha3C\",\"user\":null,\"name\":\"2-back + (k>85, alphasim-corr.)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Regions, + MNI coordinates, t-values, and cluster sizes of significant whole-brain results + of training-related activity changes (group [training group > control group] + by time [t1>t2] interaction) in n-back and Sternberg tasks. Only clusters + above a cluster size that yielded an alphasim correction threshold of p<.05, + corrected, are reported. Hem=Hemisphere; BA=Brodmann area.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"NtZmXicQwkLw\",\"coordinates\":[14.0,-26.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.03}]},{\"id\":\"rD9dDj7BnaZb\",\"coordinates\":[11.0,20.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.8}]},{\"id\":\"rSBGhGvSxiBC\",\"coordinates\":[14.0,17.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.69}]},{\"id\":\"FWDzHYQRjeHs\",\"coordinates\":[-9.0,-26.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.77}]},{\"id\":\"QsStqvBK6rwz\",\"coordinates\":[-12.0,-13.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.77}]},{\"id\":\"kXKTZcoKJ4EQ\",\"coordinates\":[-12.0,0.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.28}]},{\"id\":\"ybfhAKGkAkDf\",\"coordinates\":[-52.0,-56.0,23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.53}]},{\"id\":\"Kqwy3EZnhDuH\",\"coordinates\":[-38.0,-56.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.51}]},{\"id\":\"V2W2vk8eK7ad\",\"coordinates\":[-48.0,-49.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.01}]}],\"images\":[]},{\"id\":\"UNoj4wZpgrcY\",\"user\":null,\"name\":\"3-back + (k>86, alphasim-corr.)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Regions, + MNI coordinates, t-values, and cluster sizes of significant whole-brain results + of training-related activity changes (group [training group > control group] + by time [t1>t2] interaction) in n-back and Sternberg tasks. Only clusters + above a cluster size that yielded an alphasim correction threshold of p<.05, + corrected, are reported. Hem=Hemisphere; BA=Brodmann area.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"TWJRTm6n5fbY\",\"user\":null,\"name\":\"1- + & 2-back (k>90, alphasim-corr.)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Regions, + MNI coordinates, t-values, and cluster sizes of significant whole-brain results + of training-related activity changes (group [training group > control group] + by time [t1>t2] interaction) in n-back and Sternberg tasks. Only clusters + above a cluster size that yielded an alphasim correction threshold of p<.05, + corrected, are reported. Hem=Hemisphere; BA=Brodmann area.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"obCifb8sGUUs\",\"coordinates\":[8.0,30.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.75}]},{\"id\":\"cBkUpf7sviVA\",\"coordinates\":[-9.0,23.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.46}]},{\"id\":\"M6GeN9Mfdb95\",\"coordinates\":[24.0,7.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.92}]},{\"id\":\"3soGyARALxjo\",\"coordinates\":[18.0,17.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.89}]},{\"id\":\"G4s9b9onpaxx\",\"coordinates\":[34.0,20.0,39.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.18}]},{\"id\":\"9GhwBZCVk4dk\",\"coordinates\":[47.0,-53.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"B4M5btUqaTPZ\",\"coordinates\":[57.0,-46.0,39.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.21}]},{\"id\":\"HFWF2injMAWx\",\"coordinates\":[37.0,-49.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.17}]}],\"images\":[]},{\"id\":\"JhnR6UwWtQUF\",\"user\":null,\"name\":\"Sternberg + maintenance 3 & 5 (k>57, alphasim-corr.)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Regions, + MNI coordinates, t-values, and cluster sizes of significant whole-brain results + of training-related activity changes (group [training group > control group] + by time [t1>t2] interaction) in n-back and Sternberg tasks. Only clusters + above a cluster size that yielded an alphasim correction threshold of p<.05, + corrected, are reported. Hem=Hemisphere; BA=Brodmann area.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"ZxUBwFW9JQiS\",\"user\":null,\"name\":\"Sternberg + updating 3 & 5 (k>63, alphasim-corr.)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Regions, + MNI coordinates, t-values, and cluster sizes of significant whole-brain results + of training-related activity changes (group [training group > control group] + by time [t1>t2] interaction) in n-back and Sternberg tasks. Only clusters + above a cluster size that yielded an alphasim correction threshold of p<.05, + corrected, are reported. Hem=Hemisphere; BA=Brodmann area.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6stAxHW8mhwq\",\"coordinates\":[36.0,17.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.16}]},{\"id\":\"EENATYUATzMX\",\"coordinates\":[27.0,11.0,55.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.42}]},{\"id\":\"dyKsitfYejLb\",\"coordinates\":[21.0,14.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.16}]}],\"images\":[]},{\"id\":\"fFFmxGy6SayS\",\"user\":null,\"name\":\"Sternberg + updating 3 & 5 \u2014 overlap with 1- & 2-back\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27046110-10-1016-j-neuroimage-2016-03-068/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Regions, + MNI coordinates, t-values, and cluster sizes of significant whole-brain results + of training-related activity changes (group [training group > control group] + by time [t1>t2] interaction) in n-back and Sternberg tasks. Only clusters + above a cluster size that yielded an alphasim correction threshold of p<.05, + corrected, are reported. Hem=Hemisphere; BA=Brodmann area.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]}]},{\"id\":\"ar9DTVHs9PAf\",\"created_at\":\"2025-12-04T03:14:48.025440+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Neural + correlates of the sound facilitation effect in the modified Simon task in + older adults\",\"description\":\"INTRODUCTION: The ability to resolve interference + declines with age and is attributed to neurodegeneration and reduced cognitive + function and mental alertness in older adults. Our previous study revealed + that task-irrelevant but environmentally meaningful sounds improve performance + on the modified Simon task in older adults. However, little is known about + neural correlates of this sound facilitation effect.\\n\\nMETHODS: Twenty + right-handed older adults [mean age = 72 (SD = 4), 11 female] participated + in the fMRI study. They performed the modified Simon task in which the arrows + were presented either in the locations matching the arrow direction (congruent + trials) or in the locations mismatching the arrow direction (incongruent trials). + A total of 50% of all trials were accompanied by task-irrelevant but environmentally + meaningful sounds.\\n\\nRESULTS: Participants were faster on the trials with + concurrent sounds, independently of whether trials were congruent or incongruent. + The sound effect was associated with activation in the distributed network + of auditory, posterior parietal, frontal, and limbic brain regions. The magnitude + of the behavioral facilitation effect due to sound was associated with the + changes in activation of the bilateral auditory cortex, cuneal cortex, and + occipital fusiform gyrus, precuneus, left superior parietal lobule (SPL) for + No Sound vs. Sound trials. These changes were associated with the corresponding + changes in reaction time (RT). Older adults with a recent history of falls + showed greater activation in the left SPL than those without falls history.\\n\\nCONCLUSION: + Our findings are consistent with the dedifferentiation hypothesis of cognitive + aging. The facilitatory effect of sound could be achieved through recruitment + of excessive neural resources, which allows older adults to increase attention + and mental alertness during task performance. Considering that the SPL is + critical for integration of multisensory information, individuals with slower + task responses and those with a history of falls may need to recruit this + region more actively than individuals with faster responses and those without + a fall history to overcome increased difficulty with interference resolution. + Future studies should examine the relationship among activation in the SPL, + the effect of sound, and falls history in the individuals who are at heightened + risk of falls.\",\"publication\":\"Frontiers in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2023.1207707\",\"pmid\":\"37644962\",\"authors\":\"A. + Manelis; Hang Hu; R. Miceli; S. Satz; M. Schwalbe\",\"year\":2023,\"metadata\":{\"slug\":\"37644962-10-3389-fnagi-2023-1207707-pmc10461020\",\"source\":\"semantic_scholar\",\"keywords\":[\"fMRI\",\"falls\",\"interference + resolution\",\"older adults\",\"sound effect\",\"superior parietal lobule\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"18\",\"Year\":\"2023\",\"Month\":\"4\",\"@PubStatus\":\"received\"},{\"Day\":\"31\",\"Year\":\"2023\",\"Month\":\"7\",\"@PubStatus\":\"accepted\"},{\"Day\":\"30\",\"Hour\":\"6\",\"Year\":\"2023\",\"Month\":\"8\",\"Minute\":\"49\",\"@PubStatus\":\"medline\"},{\"Day\":\"30\",\"Hour\":\"6\",\"Year\":\"2023\",\"Month\":\"8\",\"Minute\":\"48\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"30\",\"Hour\":\"3\",\"Year\":\"2023\",\"Month\":\"8\",\"Minute\":\"44\",\"@PubStatus\":\"entrez\"},{\"Day\":\"1\",\"Year\":\"2023\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"37644962\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC10461020\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2023.1207707\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Alahmadi + A. A. S. (2021). Investigating the sub-regions of the superior parietal cortex + using functional magnetic resonance imaging connectivity. Insights Imaging + 12:47. 10.1186/s13244-021-00993-9\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/s13244-021-00993-9\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8044280\",\"@IdType\":\"pmc\"},{\"#text\":\"33847819\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baddeley + A. (2010). Working memory. Cur. Biol. 20 R136\u2013R140. 10.1016/j.cub.2009.12.014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cub.2009.12.014\",\"@IdType\":\"doi\"},{\"#text\":\"20178752\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bakker + M., De Lange F. P., Helmich R. C., Scheeringa R., Bloem B. R., Toni I. (2008). + Cerebral correlates of motor imagery of normal and precision gait. NeuroImage + 41 998\u20131010. 10.1016/J.NEUROIMAGE.2008.03.020\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/J.NEUROIMAGE.2008.03.020\",\"@IdType\":\"doi\"},{\"#text\":\"18455930\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bates + D., M\xE4chler M., Bolker B. M., Walker S. C. (2015). Fitting linear mixed-effects + models using lme4. J. Stat. Softw. 67 1\u201348. 10.18637/jss.v067.i01\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.18637/jss.v067.i01\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Borgmann + K. W. U., Risko E. F., Stolz J. A., Besner D. (2007). Simon says: Reliability + and the role of working memory and attentional control in the Simon task. + Psychon. Bull. Rev. 14 313\u2013319. 10.3758/BF03194070\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/BF03194070\",\"@IdType\":\"doi\"},{\"#text\":\"17694919\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bunge + S. A., Ochsner K. N., Desmond J. E., Glover G. H., Gabrieli J. D. E. (2001). + Prefrontal regions involved in keeping information in and out of mind. Brain + 124 2074\u20132086. 10.1093/brain/124.10.2074\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/124.10.2074\",\"@IdType\":\"doi\"},{\"#text\":\"11571223\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burgess + G. C., Braver T. S. (2010). Neural mechanisms of interference control in working + memory: Effects of interference expectancy and fluid intelligence. PLoS One + 5:e12861. 10.1371/journal.pone.0012861\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0012861\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2942897\",\"@IdType\":\"pmc\"},{\"#text\":\"20877464\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Albert M., Belleville S., Craik F. I. M., Duarte A., Grady C. L., et al. + (2018). Maintenance, reserve and compensation: The cognitive neuroscience + of healthy ageing. Nat. Rev. Neurosci. 19 701\u2013710. 10.1038/s41583-018-0068-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41583-018-0068-2\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6472256\",\"@IdType\":\"pmc\"},{\"#text\":\"30305711\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Dennis N. A. (2014). Frontal lobes and aging. Principles of frontal lobe + function. New York, NY: Oxford University Press, 10.1093/med/9780199837755.003.0044\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1093/med/9780199837755.003.0044\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Canales-Johnson + A., Beerendonk L., Blain S., Kitaoka S., Ezquerro-Nassar A., Nuiten S., et + al. (2020). Decreased alertness reconfigures cognitive control networks. J. + Neurosci. 40 7142\u20137154. 10.1523/JNEUROSCI.0343-20.2020\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.0343-20.2020\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7480250\",\"@IdType\":\"pmc\"},{\"#text\":\"32801150\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Centers + for Disease Control and Prevention (2021). Facts About Falls | Fall Prevention + | Injury Center | CDC. Atlanta, GA: CDC.\"},{\"Citation\":\"Cepeda N. J., + Kramer A. F., Gonzalez de Sather J. C. (2001). Changes in executive control + across the life span: Examination of task-switching performance. Dev. Psychol. + 37:715. 10.1037/0012-1649.37.5.715\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0012-1649.37.5.715\",\"@IdType\":\"doi\"},{\"#text\":\"11552766\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Collette + F., Germain S., Hogge M., Van der Linden M. (2009). Inhibitory control of + memory in normal ageing: Dissociation between impaired intentional and preserved + unintentional processes. Memory 17 104\u2013122. 10.1080/09658210802574146\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/09658210802574146\",\"@IdType\":\"doi\"},{\"#text\":\"19105088\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Corbetta + M., Shulman G. L. (2002). Control of goal-directed and stimulus-driven attention + in the brain. Nat. Rev. Neurosci. 3 201\u2013215. 10.1038/nrn755\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn755\",\"@IdType\":\"doi\"},{\"#text\":\"11994752\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cox + R. W., Hyde J. S. (1997). Software tools for analysis and visualization of + fMRI data. NMR Biomed. 10 171\u2013178.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9430344\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Dale + A. M., Fischl B., Sereno M. I. (1999). Cortical surface-based analysis: I. + Segmentation and surface reconstruction. NeuroImage 9 179\u2013194. 10.1006/nimg.1998.0395\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.1998.0395\",\"@IdType\":\"doi\"},{\"#text\":\"9931268\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dennis + N. A., Cabeza R. (2011). Age-related dedifferentiation of learning systems: + An fMRI study of implicit and explicit learning. Neurobiol. Aging 32 2318.e17\u20132318.e30. + 10.1016/j.neurobiolaging.2010.04.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2010.04.004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2923680\",\"@IdType\":\"pmc\"},{\"#text\":\"20471139\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Desmurget + M., Reilly K. T., Richard N., Szathmari A., Mottolese C., Sirigu A. (2009). + Movement intention after parietal cortex stimulation in humans. Science 324 + 811\u2013813. 10.1126/science.1169896\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.1169896\",\"@IdType\":\"doi\"},{\"#text\":\"19423830\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"di + Oleggio Castello M., Dobson J. E., Sackett T., Kodiweera C., Haxby J. V., + Goncalves M., et al. (2020). ReproNim/reproin 0.6.0. Honolulu: Zenodo, 10.5281/ZENODO.3625000\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.5281/ZENODO.3625000\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Engle + R. W., Kane M. J. (2004). Executive attention, working memory capacity, and + a two-factor theory of cognitive control. Psychol. Learn. Motiv. 44 145\u2013199. + 10.1016/S0079-7421(03)44005-X\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/S0079-7421(03)44005-X\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Esteban + O., Birman D., Schaer M., Koyejo O. O., Poldrack R. A., Gorgolewski K. J. + (2017). MRIQC: Advancing the automatic prediction of image quality in MRI + from unseen sites. PLoS One 12:e0184661. 10.1371/journal.pone.0184661\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0184661\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5612458\",\"@IdType\":\"pmc\"},{\"#text\":\"28945803\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Esteban + O., Markiewicz C. J., Blair R. W., Moodie C. A., Isik A. I., Erramuzpe A., + et al. (2019). fMRIPrep: A robust preprocessing pipeline for functional MRI. + Nat. Methods 16 111\u2013116. 10.1038/s41592-018-0235-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41592-018-0235-4\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6319393\",\"@IdType\":\"pmc\"},{\"#text\":\"30532080\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Feng + W., Stormer V. S., Martinez A., McDonald J. J., Hillyard S. A. (2014). Sounds + activate visual cortex and improve visual discrimination. J. Neurosci. 34 + 9817\u20139824. 10.1523/JNEUROSCI.4869-13.2014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.4869-13.2014\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4099554\",\"@IdType\":\"pmc\"},{\"#text\":\"25031419\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Friedman + N. P., Robbins T. W. (2022). The role of prefrontal cortex in cognitive control + and executive function. Neuropsychopharmacology 47 72\u201389. 10.1038/s41386-021-01132-0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41386-021-01132-0\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8617292\",\"@IdType\":\"pmc\"},{\"#text\":\"34408280\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gorgolewski + K. J., Auer T., Calhoun V. D., Craddock R. C., Das S., Duff E. P., et al. + (2016). The brain imaging data structure, a format for organizing and describing + outputs of neuroimaging experiments. Sci. Data 3:160044. 10.1038/sdata.2016.44\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/sdata.2016.44\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4978148\",\"@IdType\":\"pmc\"},{\"#text\":\"27326542\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. L., Charlton R., He Y., Alain C. (2011). Age differences in fMRI adaptation + for sound identity and location. Front. Hum. Neurosci. 5:24. 10.3389/fnhum.2011.00024\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2011.00024\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3061355\",\"@IdType\":\"pmc\"},{\"#text\":\"21441992\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Greve + D. N., Fischl B. (2009). Accurate and robust brain image alignment using boundary-based + registration. NeuroImage 48 63\u201372. 10.1016/j.neuroimage.2009.06.060\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2009.06.060\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2733527\",\"@IdType\":\"pmc\"},{\"#text\":\"19573611\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Guerreiro + M. J. S., Murphy D. R., Van Gerven P. W. M. (2010). The role of sensory modality + in age-related distraction: A critical review and a renewed view. Psychol. + Bull. 136:20731. 10.1037/a0020731\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0020731\",\"@IdType\":\"doi\"},{\"#text\":\"21038938\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Guerreiro + M. J. S., Murphy D. R., Van Gerven P. W. M. (2013). Making sense of age-related + distractibility: The critical role of sensory modality. Acta Psychol. 142 + 184\u2013194. 10.1016/j.actpsy.2012.11.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.actpsy.2012.11.007\",\"@IdType\":\"doi\"},{\"#text\":\"23337081\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Guillaume + B., Hua X., Thompson P. M., Waldorp L., Nichols T. E. (2014). Fast and accurate + modelling of longitudinal and repeated measures neuroimaging data. NeuroImage + 94 287\u2013302. 10.1016/j.neuroimage.2014.03.029\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2014.03.029\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4073654\",\"@IdType\":\"pmc\"},{\"#text\":\"24650594\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Halchenko + Y., Goncalves M., di Castello M. V. O., Ghosh S., Hanke M., Dae A., I, et + al. (2019). nipy/heudiconv: v0.5.4 [0.5.4] - 2019-04-29. San Francisco, CA: + GitHub.\"},{\"Citation\":\"Hasher L., Zacks R. T., May C. P. (1999). Inhibitory + control, circadian arousal, and age. Attent. Perform. 17:32. 10.7551/mitpress/1480.003.0032\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.7551/mitpress/1480.003.0032\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Hausdorff + J. M., Yogev G., Springer S., Simon E. S., Giladi N. (2005). Walking is more + like catching than tapping: Gait in the elderly as a complex cognitive task. + Exp. Brain Res. 164 541\u2013548. 10.1007/s00221-005-2280-3\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00221-005-2280-3\",\"@IdType\":\"doi\"},{\"#text\":\"15864565\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"H\xFCl\xFCr + G., Ram N., Willis S. L., Warner Schaie K., Gerstorf D. (2015). Cognitive + dedifferentiation with increasing age and proximity of death: Within-person + evidence from the Seattle longitudinal study. Psychol. Aging 30:a0039260. + 10.1037/a0039260\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0039260\",\"@IdType\":\"doi\"},{\"#text\":\"25961879\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + M., Bannister P., Brady M., Smith S. (2002). Improved optimization for the + robust and accurate linear registration and motion correction of brain images. + NeuroImage 17 825\u2013841. 10.1016/S1053-8119(02)91132-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1053-8119(02)91132-8\",\"@IdType\":\"doi\"},{\"#text\":\"12377157\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Juncos-Rabad\xE1n + O., Pereiro A. X., Facal D. (2008). Cognitive interference and aging: Insights + from a spatial stimulus\u2013response consistency task. Acta Psychol. 127 + 237\u2013246. 10.1016/j.actpsy.2007.05.003\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.actpsy.2007.05.003\",\"@IdType\":\"doi\"},{\"#text\":\"17601480\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kelly + A. M. C., Di Martino A., Uddin L. Q., Shehzad Z., Gee D. G., Reiss P. T., + et al. (2009). Development of anterior cingulate functional connectivity from + late childhood to early adulthood. Cereb. Cortex 19 640\u2013657. 10.1093/cercor/bhn117\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhn117\",\"@IdType\":\"doi\"},{\"#text\":\"18653667\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Klein + R. M., Ivanoff J. (2011). The components of visual attention and the ubiquitous + Simon effect. Acta Psychol. 136 225\u2013234.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20883970\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Koen + J. D., Rugg M. D. (2019). Neural dedifferentiation in the aging brain. Trends + Cogn. Sci. 23 547\u2013559. 10.1016/j.tics.2019.04.012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2019.04.012\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6635135\",\"@IdType\":\"pmc\"},{\"#text\":\"31174975\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Koenigs + M., Barbey A. K., Postle B. R., Grafman J. (2009). Superior parietal cortex + is critical for the manipulation of information in working memory. J. Neurosci. + 29 14980\u201314986. 10.1523/JNEUROSCI.3706-09.2009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.3706-09.2009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2799248\",\"@IdType\":\"pmc\"},{\"#text\":\"19940193\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kubo-Kawai + N., Kawai N. (2010). Elimination of the enhanced Simon effect for older adults + in a three-choice situation: Ageing and the Simon effect in a go/no-go Simon + task. Quart. J. Exp. Psychol. 63 452\u2013464. 10.1080/17470210902990829\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/17470210902990829\",\"@IdType\":\"doi\"},{\"#text\":\"19575334\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lanczos + C. (1964). Evaluation of noisy data. J. Soc. Ind. Appl. Math. Ser. B Num. + Anal. 1 76\u201385. 10.1137/0701007\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1137/0701007\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Langers + D. R. M., Backes W. H., van Dijk P. (2007). Representation of lateralization + and tonotopy in primary versus secondary human auditory cortex. NeuroImage + 34 264\u2013273. 10.1016/j.neuroimage.2006.09.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2006.09.002\",\"@IdType\":\"doi\"},{\"#text\":\"17049275\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Latimer + K. W., Freedman D. J. (2023). Low-dimensional encoding of decisions in parietal + cortex reflects long-term training history. Nat. Commun. 14:1010. 10.1038/s41467-023-36554-5\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41467-023-36554-5\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9950136\",\"@IdType\":\"pmc\"},{\"#text\":\"36823109\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + H., Liu N., Li Y., Weidner R., Fink G. R., Chen Q. (2019). The Simon effect + based on allocentric and egocentric reference frame: Common and specific neural + correlates. Sci. Rep. 9:13727. 10.1038/s41598-019-49990-5\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41598-019-49990-5\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6760495\",\"@IdType\":\"pmc\"},{\"#text\":\"31551429\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + K. Z. H., Bherer L., Mirelman A., Maidan I., Hausdorff J. M. (2018). Cognitive + involvement in balance, gait and dual-tasking in aging: A focused review from + a neuroscience of aging perspective. Front. Neurol. 9:913. 10.3389/fneur.2018.00913\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fneur.2018.00913\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6219267\",\"@IdType\":\"pmc\"},{\"#text\":\"30425679\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Logan + J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner R. L. (2002). Under-recruitment + and nonselective recruitment: Dissociable neural mechanisms associated with + aging. Neuron 33 827\u2013840. 10.1016/S0896-6273(02)00612-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0896-6273(02)00612-8\",\"@IdType\":\"doi\"},{\"#text\":\"11879658\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Long + J., Song X., Wang Y., Wang C., Huang R., Zhang R. (2022). Distinct neural + activation patterns of age in subcomponents of inhibitory control: A fMRI + meta-analysis. Front. Aging Neurosci. 14:845. 10.3389/fnagi.2022.938789\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2022.938789\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9389163\",\"@IdType\":\"pmc\"},{\"#text\":\"35992590\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lubetzky + A. V., Gospodarek M., Arie L., Kelly J., Roginska A., Cosetti M. (2020). Auditory + input and postural control in adults: A narrative review. JAMA Otolaryngol. + 146 480\u2013487. 10.1001/jamaoto.2020.0032\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/jamaoto.2020.0032\",\"@IdType\":\"doi\"},{\"#text\":\"32163114\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Maclin + E. L., Gratton G., Fabiani M. (2001). Visual spatial localization conflict: + An fMRI study. Neuroreport 12 3633\u20133636. 10.1097/00001756-200111160-00051\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/00001756-200111160-00051\",\"@IdType\":\"doi\"},{\"#text\":\"11733725\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Makowski + D., Ben-Shachar M. S., Patil I., L\xFCdecke D. (2020). Estimation of model-based + predictions, contrasts and means. Vienna: Institute for Statistics and Mathematics.\"},{\"Citation\":\"Maylor + E. A., Birak K. S., Schlaghecken F. (2011). Inhibitory motor control in old + age: Evidence for de-automatization? Front. Psychol. 2:132. 10.3389/fpsyg.2011.00132\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2011.00132\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3122077\",\"@IdType\":\"pmc\"},{\"#text\":\"21734899\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McDonough + I. M., Nolin S. A., Visscher K. M. (2022). 25 years of neurocognitive aging + theories: What have we learned? Front. Aging Neurosci. 14:1002096. 10.3389/fnagi.2022.1002096\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2022.1002096\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9539801\",\"@IdType\":\"pmc\"},{\"#text\":\"36212035\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mevorach + C., Humphreys G. W., Shalev L. (2006). Opposite biases in salience-based selection + for the left and right posterior parietal cortex. Nat. Neurosci. 9:1709. 10.1038/nn1709\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nn1709\",\"@IdType\":\"doi\"},{\"#text\":\"16699505\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mevorach + C., Shalev L., Allen H. A., Humphreys G. W. (2009). The left intraparietal + sulcus modulates the selection of low salient stimuli. J. Cogn. Neurosci. + 21:21044. 10.1162/jocn.2009.21044\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2009.21044\",\"@IdType\":\"doi\"},{\"#text\":\"18564052\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Milani + S. A., Marsiske M., Cottler L. B., Chen X., Striley C. W. (2018). Optimal + cutoffs for the montreal cognitive assessment vary by race and ethnicity. + Alzheimers Dement. 10 773\u2013781. 10.1016/j.dadm.2018.09.003\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.dadm.2018.09.003\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6247398\",\"@IdType\":\"pmc\"},{\"#text\":\"30505927\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Milham + M. P., Banich M. T. (2005). Anterior cingulate cortex: An fMRI analysis of + conflict specificity and functional differentiation. Hum. Brain Mapp. 25 328\u2013335. + 10.1002/hbm.20110\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20110\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871683\",\"@IdType\":\"pmc\"},{\"#text\":\"15834861\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Liang Hsu C., Voss M. W., Chan A., Bolandzadeh N., Handy T. C., et + al. (2016). The neurocognitive basis for impaired dual-task performance in + senior fallers. Front. Aging Neurosci. 8:20. 10.3389/fnagi.2016.00020\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2016.00020\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4746244\",\"@IdType\":\"pmc\"},{\"#text\":\"26903862\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nasreddine + Z. S., Phillips N. A., B\xE9dirian V., Charbonneau S., Whitehead V., Collin + I., et al. (2005). The montreal cognitive assessment, MoCA: A brief screening + tool for mild cognitive impairment. J. Am. Geriatr. Soc. 53 695\u2013699. + 10.1111/j.1532-5415.2005.53221.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2005.53221.x\",\"@IdType\":\"doi\"},{\"#text\":\"15817019\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nelson + H. E. (1982). National adult reading test (NART): Test manual. Windsor: NFER-Nelson.\"},{\"Citation\":\"Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-back working memory + paradigm: A meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25 46\u201359. 10.1002/hbm.20131\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20131\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871745\",\"@IdType\":\"pmc\"},{\"#text\":\"15846822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Polk T. A., Park R., Minear M., Savage A., Smith M. R. (2004). Aging + reduces neural specialization in ventral visual cortex. Proc. Natl. Acad. + Sci. U.S.A. 101 13091\u201313095. 10.1073/pnas.0405148101\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0405148101\",\"@IdType\":\"doi\"},{\"#text\":\"PMC516469\",\"@IdType\":\"pmc\"},{\"#text\":\"15322270\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Power + J. D., Barnes K. A., Snyder A. Z., Schlaggar B. L., Petersen S. E. (2012). + Spurious but systematic correlations in functional connectivity MRI networks + arise from subject motion. Neuroimage 59 2142\u20132154. 10.1016/j.neuroimage.2011.10.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.10.018\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3254728\",\"@IdType\":\"pmc\"},{\"#text\":\"22019881\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pruim + R. H. R., Mennes M., van Rooij D., Llera A., Buitelaar J. K., Beckmann C. + F. (2015). ICA-AROMA: A robust ICA-based strategy for removing motion artifacts + from fMRI data. NeuroImage. 112 267\u2013277. 10.1016/j.neuroimage.2015.02.064\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2015.02.064\",\"@IdType\":\"doi\"},{\"#text\":\"25770991\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Qin + S., Basak C. (2020). Age-related differences in brain activation during working + memory updating: An fMRI study. Neuropsychologia 138:107335. 10.1016/j.neuropsychologia.2020.107335\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2020.107335\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7069667\",\"@IdType\":\"pmc\"},{\"#text\":\"31923524\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Quinci + M. A., Belden A., Goutama V., Gong D., Hanser S., Donovan N. J., et al. (2022). + Longitudinal changes in auditory and reward systems following receptive music-based + intervention in older adults. Sci. Rep. 12:11517. 10.1038/s41598-022-15687-5\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41598-022-15687-5\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9261172\",\"@IdType\":\"pmc\"},{\"#text\":\"35798784\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reinhardt + J., Rus-Oswald O. G., B\xFCrki C. N., Bridenbaugh S. A., Krumm S., Michels + L., et al. (2020). Neural correlates of stepping in healthy elderly: Parietal + and prefrontal cortex activation reflects cognitive-motor interference effects. + Front. Hum. Neurosci. 14:566735. 10.3389/fnhum.2020.566735\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2020.566735\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7550687\",\"@IdType\":\"pmc\"},{\"#text\":\"33132879\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + P. A., Cappell K. A. (2008). Neurocognitive aging and the compensation hypothesis. + Curr. Dir. Psychol. Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/j.1467-8721.2008.00570.x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Reuter-Lorenz + P. A., Marshuetz C., Jonides J., Smith E. E., Hartley A., Koeppe R. (2001). + Neurocognitive ageing of storage and executive processes. Eur. J. Cogn. Psychol. + 13 257\u2013278. 10.1080/09541440125972\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1080/09541440125972\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Revelle + W. (2023). Psych: Procedures for personality and psychological research Northwestern + University. Evanston: Northwestern University.\"},{\"Citation\":\"R\xF6hl + M., Uppenkamp S. (2012). Neural coding of sound intensity and loudness in + the human auditory system. J. Assoc. Res. Otolaryngol. 13 369\u2013379. 10.1007/s10162-012-0315-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s10162-012-0315-6\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3346895\",\"@IdType\":\"pmc\"},{\"#text\":\"22354617\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rottschy + C., Langner R., Dogan I., Reetz K., Laird A. R., Schulz J. B., et al. (2012). + Modelling neural correlates of working memory: A coordinate-based meta-analysis. + NeuroImage 60 830\u2013846. 10.1016/j.neuroimage.2011.11.050\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.11.050\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3288533\",\"@IdType\":\"pmc\"},{\"#text\":\"22178808\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schwalbe + M., Satz S., Miceli R., Hu H., Manelis A. (2023). Hand dexterity is associated + with the ability to resolve perceptual and cognitive interference in older + adults: Pilot study. Geriatrics 8:31. 10.3390/geriatrics8020031\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3390/geriatrics8020031\",\"@IdType\":\"doi\"},{\"#text\":\"PMC10037645\",\"@IdType\":\"pmc\"},{\"#text\":\"36960986\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + S. M., Nichols T. E. (2009). Threshold-free cluster enhancement: Addressing + problems of smoothing, threshold dependence and localisation in cluster inference. + NeuroImage 44 83\u201398. 10.1016/j.neuroimage.2008.03.061\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2008.03.061\",\"@IdType\":\"doi\"},{\"#text\":\"18501637\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Van + Der Lubbe R. H. J., Verleger R. (2002). Aging and the Simon task. Psychophysiology + 39 100\u2013110. 10.1111/1469-8986.3910100\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/1469-8986.3910100\",\"@IdType\":\"doi\"},{\"#text\":\"12206290\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + J., Yang Y., Fan L., Xu J., Li C., Liu Y., et al. (2015). Convergent functional + architecture of the superior parietal lobule unraveled with multimodal neuroimaging + approaches. Hum. Brain Mapp. 36:22626. 10.1002/hbm.22626\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.22626\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4268275\",\"@IdType\":\"pmc\"},{\"#text\":\"25181023\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Weeks + J. C., Hasher L. (2014). The disruptive \u2013 and beneficial \u2013 effects + of distraction on older adults\u2019 cognitive performance. Front. Psychol. + 5:133. 10.3389/fpsyg.2014.00133\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2014.00133\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3927084\",\"@IdType\":\"pmc\"},{\"#text\":\"24634662\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wittfoth + M., Buck D., Fahle M., Herrmann M. (2006). Comparison of two Simon tasks: + Neuronal correlates of conflict resolution based on coherent motion perception. + NeuroImage 32 921\u2013929. 10.1016/j.neuroimage.2006.03.034\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2006.03.034\",\"@IdType\":\"doi\"},{\"#text\":\"16677831\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wong + P. C. M., Jin J. X., Gunasekera G. M., Abel R., Lee E. R., Dhar S. (2009). + Aging and cortical mechanisms of speech perception in noise. Neuropsychologia + 47 693\u2013703. 10.1016/j.neuropsychologia.2008.11.032\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2008.11.032\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2649004\",\"@IdType\":\"pmc\"},{\"#text\":\"19124032\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yarkoni + T., Poldrack R. A., Nichols T. E., Van Essen D. C., Wager T. D. (2011). Large-scale + automated synthesis of human functional neuroimaging data. Nat. Methods 8 + 665\u2013670. 10.1038/nmeth.1635\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nmeth.1635\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3146590\",\"@IdType\":\"pmc\"},{\"#text\":\"21706013\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhang + R., Geng X., Lee T. M. C. (2017). Large-scale functional neural network correlates + of response inhibition: An fMRI meta-analysis. Brain Struct. Funct. 222 3973\u20133990. + 10.1007/s00429-017-1443-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00429-017-1443-x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5686258\",\"@IdType\":\"pmc\"},{\"#text\":\"28551777\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhou + Y., Liu Y., Zhang M. (2020). neuronal correlates of many-to-one sensorimotor + mapping in lateral intraparietal cortex. Cereb. Cortex 30 5583\u20135596. + 10.1093/cercor/bhaa145\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhaa145\",\"@IdType\":\"doi\"},{\"#text\":\"32488241\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"37644962\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"15\",\"PubDate\":{\"Year\":\"2023\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"The ability + to resolve interference declines with age and is attributed to neurodegeneration + and reduced cognitive function and mental alertness in older adults. Our previous + study revealed that task-irrelevant but environmentally meaningful sounds + improve performance on the modified Simon task in older adults. However, little + is known about neural correlates of this sound facilitation effect.\",\"@Label\":\"INTRODUCTION\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"Twenty + right-handed older adults [mean age = 72 (SD = 4), 11 female] participated + in the fMRI study. They performed the modified Simon task in which the arrows + were presented either in the locations matching the arrow direction (congruent + trials) or in the locations mismatching the arrow direction (incongruent trials). + A total of 50% of all trials were accompanied by task-irrelevant but environmentally + meaningful sounds.\",\"@Label\":\"METHODS\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"Participants + were faster on the trials with concurrent sounds, independently of whether + trials were congruent or incongruent. The sound effect was associated with + activation in the distributed network of auditory, posterior parietal, frontal, + and limbic brain regions. The magnitude of the behavioral facilitation effect + due to sound was associated with the changes in activation of the bilateral + auditory cortex, cuneal cortex, and occipital fusiform gyrus, precuneus, left + superior parietal lobule (SPL) for No Sound vs. Sound trials. These changes + were associated with the corresponding changes in reaction time (RT). Older + adults with a recent history of falls showed greater activation in the left + SPL than those without falls history.\",\"@Label\":\"RESULTS\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"Our + findings are consistent with the dedifferentiation hypothesis of cognitive + aging. The facilitatory effect of sound could be achieved through recruitment + of excessive neural resources, which allows older adults to increase attention + and mental alertness during task performance. Considering that the SPL is + critical for integration of multisensory information, individuals with slower + task responses and those with a history of falls may need to recruit this + region more actively than individuals with faster responses and those without + a fall history to overcome increased difficulty with interference resolution. + Future studies should examine the relationship among activation in the SPL, + the effect of sound, and falls history in the individuals who are at heightened + risk of falls.\",\"@Label\":\"CONCLUSION\",\"@NlmCategory\":\"UNASSIGNED\"}],\"CopyrightInformation\":\"Copyright + \xA9 2023 Manelis, Hu, Miceli, Satz and Schwalbe.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Anna\",\"Initials\":\"A\",\"LastName\":\"Manelis\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, University of Pittsburgh, Pittsburgh, PA, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Hang\",\"Initials\":\"H\",\"LastName\":\"Hu\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, University of Pittsburgh, Pittsburgh, PA, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Rachel\",\"Initials\":\"R\",\"LastName\":\"Miceli\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, University of Pittsburgh, Pittsburgh, PA, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Skye\",\"Initials\":\"S\",\"LastName\":\"Satz\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, University of Pittsburgh, Pittsburgh, PA, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Marie\",\"Initials\":\"M\",\"LastName\":\"Schwalbe\",\"AffiliationInfo\":{\"Affiliation\":\"University + of Pittsburgh School of Medicine, Pittsburgh, PA, United States.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"1207707\",\"MedlinePgn\":\"1207707\"},\"ArticleDate\":{\"Day\":\"14\",\"Year\":\"2023\",\"Month\":\"08\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"1207707\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2023.1207707\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Neural + correlates of the sound facilitation effect in the modified Simon task in + older adults.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"31\",\"Year\":\"2023\",\"Month\":\"08\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"falls\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"interference + resolution\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"older adults\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"sound + effect\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"superior parietal lobule\",\"@MajorTopicYN\":\"N\"}]},\"CoiStatement\":\"The + authors declare that the research was conducted in the absence of any commercial + or financial relationships that could be construed as a potential conflict + of interest.\",\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2023,\"title\":\"Neural + correlates of the sound facilitation effect in the modified Simon task in + older adults\",\"venue\":\"Frontiers in Aging Neuroscience\",\"authors\":[{\"name\":\"A. + Manelis\",\"authorId\":\"2019889\"},{\"name\":\"Hang Hu\",\"authorId\":\"2118878483\"},{\"name\":\"R. + Miceli\",\"authorId\":\"2164299955\"},{\"name\":\"S. Satz\",\"authorId\":\"2067313096\"},{\"name\":\"M. + Schwalbe\",\"authorId\":\"1913118141\"}],\"paperId\":\"f18e8a49377e3c2820429b0af2b85057b443dfac\",\"abstract\":\"Introduction + The ability to resolve interference declines with age and is attributed to + neurodegeneration and reduced cognitive function and mental alertness in older + adults. Our previous study revealed that task-irrelevant but environmentally + meaningful sounds improve performance on the modified Simon task in older + adults. However, little is known about neural correlates of this sound facilitation + effect. Methods Twenty right-handed older adults [mean age = 72 (SD = 4), + 11 female] participated in the fMRI study. They performed the modified Simon + task in which the arrows were presented either in the locations matching the + arrow direction (congruent trials) or in the locations mismatching the arrow + direction (incongruent trials). A total of 50% of all trials were accompanied + by task-irrelevant but environmentally meaningful sounds. Results Participants + were faster on the trials with concurrent sounds, independently of whether + trials were congruent or incongruent. The sound effect was associated with + activation in the distributed network of auditory, posterior parietal, frontal, + and limbic brain regions. The magnitude of the behavioral facilitation effect + due to sound was associated with the changes in activation of the bilateral + auditory cortex, cuneal cortex, and occipital fusiform gyrus, precuneus, left + superior parietal lobule (SPL) for No Sound vs. Sound trials. These changes + were associated with the corresponding changes in reaction time (RT). Older + adults with a recent history of falls showed greater activation in the left + SPL than those without falls history. Conclusion Our findings are consistent + with the dedifferentiation hypothesis of cognitive aging. The facilitatory + effect of sound could be achieved through recruitment of excessive neural + resources, which allows older adults to increase attention and mental alertness + during task performance. Considering that the SPL is critical for integration + of multisensory information, individuals with slower task responses and those + with a history of falls may need to recruit this region more actively than + individuals with faster responses and those without a fall history to overcome + increased difficulty with interference resolution. Future studies should examine + the relationship among activation in the SPL, the effect of sound, and falls + history in the individuals who are at heightened risk of falls.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2023.1207707/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC10461020, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2023-08-14\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T03:15:05.400293+00:00\",\"analyses\":[{\"id\":\"JJJPwo4inShT\",\"user\":null,\"name\":\"t1\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"T1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000_info.json\",\"table_label\":\"TABLE + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t1_coordinates.csv\"},\"original_table_id\":\"t1\"},\"table_metadata\":{\"table_id\":\"T1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_000_info.json\",\"table_label\":\"TABLE + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t1_coordinates.csv\"},\"sanitized_table_id\":\"t1\"},\"description\":\"Brain + activation for the trails with vs. without sound.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"PgopQWNmqAPZ\",\"coordinates\":[-62.0,-26.0,14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":12.5}]},{\"id\":\"nCSefH3ztsj6\",\"coordinates\":[-52.0,-12.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.8}]},{\"id\":\"Z3eEhCA6kKfN\",\"coordinates\":[-44.0,-20.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.9}]},{\"id\":\"8ukwatT9Pwob\",\"coordinates\":[-66.0,-20.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.4}]},{\"id\":\"NDrrdPv3FnUh\",\"coordinates\":[62.0,-22.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":12.2}]},{\"id\":\"jiJyArhLBQKz\",\"coordinates\":[66.0,-36.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.2}]},{\"id\":\"yfG2fC8kfUXw\",\"coordinates\":[54.0,-18.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.7}]},{\"id\":\"4BkTMDeByV3G\",\"coordinates\":[68.0,-24.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":9.68}]},{\"id\":\"hNyVTspCvEC7\",\"coordinates\":[44.0,-14.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":9.04}]},{\"id\":\"eosRGrp8vYDi\",\"coordinates\":[-6.0,-12.0,10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.94}]},{\"id\":\"MGK2CKbepU6w\",\"coordinates\":[10.0,18.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.62}]},{\"id\":\"zFKJmnajnXxx\",\"coordinates\":[-22.0,-40.0,74.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.87}]},{\"id\":\"zHjP57MCzAFQ\",\"coordinates\":[-18.0,-40.0,66.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.3}]},{\"id\":\"VdLUvYJ868Vk\",\"coordinates\":[-14.0,-50.0,70.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"2t4xtBufXpK8\",\"coordinates\":[6.0,12.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.26}]}],\"images\":[]},{\"id\":\"FVSni8CA2TDq\",\"user\":null,\"name\":\"The + interaction effect of Congruency-by-Sound on brain activation.\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001_info.json\",\"table_label\":\"TABLE + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/24b/pmcid_10461020/tables/table_001_info.json\",\"table_label\":\"TABLE + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37644962-10-3389-fnagi-2023-1207707-pmc10461020/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"The + interaction effect of Congruency-by-Sound on brain activation.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"i4vN2oYbCTMQ\",\"coordinates\":[-28.0,-78.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.77}]},{\"id\":\"8SbzADFx5kWG\",\"coordinates\":[14.0,-88.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.32}]},{\"id\":\"SxFCkDejmEsP\",\"coordinates\":[20.0,-96.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.76}]},{\"id\":\"r9aRsBXTeadj\",\"coordinates\":[-14.0,-70.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.23}]},{\"id\":\"UjQWq2VaktxK\",\"coordinates\":[-26.0,-56.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.17}]},{\"id\":\"Fz5pxfebuixv\",\"coordinates\":[12.0,-64.0,64.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.29}]},{\"id\":\"FCdAnVd4ceFP\",\"coordinates\":[6.0,-60.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.61}]},{\"id\":\"tajtbBdHjBpA\",\"coordinates\":[-4.0,-42.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.23}]},{\"id\":\"WWDQydQUQn5M\",\"coordinates\":[-22.0,-84.0,2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.5}]},{\"id\":\"U8SZFJhsdVc5\",\"coordinates\":[-6.0,-88.0,14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.24}]},{\"id\":\"yRJ8ugFFBFeP\",\"coordinates\":[18.0,-80.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.87}]},{\"id\":\"ThxsqWLApAKp\",\"coordinates\":[16.0,-84.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.77}]},{\"id\":\"DhJ63NAzZWPa\",\"coordinates\":[-8.0,-84.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.71}]},{\"id\":\"eUvVJgUQazhQ\",\"coordinates\":[-38.0,-72.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.72}]},{\"id\":\"t7t2YKAnVetJ\",\"coordinates\":[-34.0,-56.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.14}]},{\"id\":\"2CBTHj4NQRHh\",\"coordinates\":[-46.0,-56.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.04}]},{\"id\":\"32cKQVUeXadh\",\"coordinates\":[-42.0,-42.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.55}]},{\"id\":\"VTgH3dNoWYeF\",\"coordinates\":[-44.0,-56.0,60.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.5}]},{\"id\":\"sgyhfoP3N84K\",\"coordinates\":[40.0,-64.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.03}]},{\"id\":\"LDxoifxiHKww\",\"coordinates\":[48.0,-68.0,10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.73}]},{\"id\":\"EfPYhMvUXYmM\",\"coordinates\":[6.0,-56.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.82}]},{\"id\":\"2aGjTSJr8Gg7\",\"coordinates\":[8.0,-52.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.66}]}],\"images\":[]}]},{\"id\":\"B8afHJsbqkAP\",\"created_at\":\"2025-12-05T02:55:17.051551+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial\",\"description\":\"BACKGROUND: A physically active lifestyle + has the potential to prevent cognitive decline and dementia, yet the optimal + type of physical activity/exercise remains unclear. Dance is of special interest + as it complex sensorimotor rhythmic activity with additional cognitive, social, + and affective dimensions.\\n\\nOBJECTIVES: To determine whether dance benefits + executive function more than walking, an activity that is simple and functional.\\n\\nMETHODS: + Two-arm randomized controlled trial among community-dwelling older adults. + The intervention group received 1\u2009h of ballroom dancing twice weekly + over 8\u2009months (~69\u2009sessions) in local community dance studios. The + control group received a combination of a home walking program with a pedometer + and optional biweekly group-based walking in local community park to facilitate + socialization.\\n\\nMAIN OUTCOMES: Executive function tests: processing speed + and task shift by the Trail Making Tests, response inhibition by the Stroop + Color-Word Test, working memory by the Digit Span Backwards test, immediate + and delayed verbal recall by the Rey Auditory Verbal Learning Test, and visuospatial + recall by the Brief Visuospatial Memory Test (BVST).\\n\\nRESULTS: One hundred + and fifteen adults (mean 69.5\u2009years, SD 6.4) completed baseline and delayed + baseline (3\u2009weeks apart) before being randomized to either dance (n\u2009=\u200960) + or walking (n\u2009=\u200955). Of those randomized, 79 (68%) completed the + follow-up measurements (32\u2009weeks from baseline). In the dance group only, + \\\"non-completers\\\" had significantly lower baseline scores on all executive + function tests than those who completed the full program. Intention-to-treat + analyses showed no group effect. In a random effects model including participants + who completed all measurements, adjusted for baseline score and covariates + (age, education, estimated verbal intelligence, and community), a between-group + effect in favor of dance was noted only for BVST total learning (Cohen's D + Effect size 0.29, p\u2009=\u20090.07) and delayed recall (Cohen's D Effect + size\u2009=\u20090.34, p\u2009=\u20090.06).\\n\\nCONCLUSION: The superior + potential of dance over walking on executive functions of cognitively healthy + and active older adults was not supported. Dance improved one of the cognitive + domains (spatial memory) important for learning dance. Controlled trials targeting + inactive older adults and of a higher dose may produce stronger effects, particularly + for novice dancers.\\n\\nTRIAL REGISTRATION: Australian and New Zealand Clinical + Trials Register (ACTRN12613000782730).\",\"publication\":\"Frontiers in Aging + Neuroscience\",\"doi\":\"10.3389/fnagi.2016.00026\",\"pmid\":\"26941640\",\"authors\":\"D. + Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey\",\"year\":2016,\"metadata\":{\"slug\":\"26941640-10-3389-fnagi-2016-00026-pmc4761858\",\"source\":\"semantic_scholar\",\"keywords\":[\"dance\",\"executive + functions\",\"physical activity\",\"physical function\",\"walking\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"14\",\"Year\":\"2015\",\"Month\":\"11\",\"@PubStatus\":\"received\"},{\"Day\":\"1\",\"Year\":\"2016\",\"Month\":\"2\",\"@PubStatus\":\"accepted\"},{\"Day\":\"5\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"3\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"5\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"3\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"5\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"3\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2016\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"26941640\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC4761858\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2016.00026\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Alpert + P. T., Miller S. K., Wallmann H., Havey R., Cross C., Chevalia T., et al. + (2009). The effect of modified jazz dance on balance, cognition, and mood + in older adults. J. Am. Acad. Nurse Pract. 21, 108\u2013115.10.1111/j.1745-7599.2008.00392.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1745-7599.2008.00392.x\",\"@IdType\":\"doi\"},{\"#text\":\"19228249\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Andreson-Hanley + C., Arceiro P. J., Birckman A., Nimon J. P., Okuma J., Westen S. C., et al. + (2012). Exergaming and older adult cognition: a cluster randomized clinical + trial. Am. J. Prev. Med. 42, 109\u2013119.10.1016/j.amepre.2011.10.016\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.amepre.2011.10.016\",\"@IdType\":\"doi\"},{\"#text\":\"22261206\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Angevaren + M., Aufdemkampe G., Verhaar H. J. J., Aleman A., Vanhees L. (2008). Physical + activity and enhanced fitness to improve cognitive function in older people + without known cognitive impairment. Cochrane Database Syst. Rev. (3).10.1002/14651858.CD005381.pub3\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/14651858.CD005381.pub3\",\"@IdType\":\"doi\"},{\"#text\":\"18646126\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bl\xE4sing + B., Calvo-Merino B., Cross A. J., Jola C., Honisch J., Stevens J. C. (2012). + Neurocognitive control in dance perception and performance. Acta Psychol. + (Amst) 139, 300\u2013308.10.1016/j.actpsy.2011.12.005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.actpsy.2011.12.005\",\"@IdType\":\"doi\"},{\"#text\":\"22305351\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Blondell + S. J., Hammersley-Mather R., Veerman J. L. (2014). Does physical activity + prevent cognitive decline and dementia? A systematic review and meta-analysis + of longitudinal studies. BMC Public Health 14:510.10.1186/1471-2458-14-510\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/1471-2458-14-510\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4064273\",\"@IdType\":\"pmc\"},{\"#text\":\"24885250\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brown + A. K., Lui-Ambrose T., Tate R., Lord S. R. (2009). The effect of group-based + exercise on cognitive performance and mood in seniors residing in intermediate + care and self-care retirement facilities: a randomised controlled trial. Br. + J. Sports Med. 43, 608\u2013614.10.1136/bjsm.2008.049882\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1136/bjsm.2008.049882\",\"@IdType\":\"doi\"},{\"#text\":\"18927162\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brown + S., Martinez M. J., Parsons L. M. (2006). Neural basis of human dance. Cereb. + Cortex 16, 1157\u20131167.10.1093/cercor/bhj057\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhj057\",\"@IdType\":\"doi\"},{\"#text\":\"16221923\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + S. J., Erickson K. L., Scalf P. E., Kim J. S., Prakash R., McAuley E., et + al. (2006). Aerobic exercise training increases brain volume in aging humans. + J. Gerontol. 61A, 1166\u20131170.10.1093/gerona/61.11.1166\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/gerona/61.11.1166\",\"@IdType\":\"doi\"},{\"#text\":\"17167157\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + S. J., Kramer A. F. (2003). Fitness effects on the cognitive function of older + adults: a meta-analytical study. Psychol. Sci. 14, 125\u2013130.10.1111/1467-9280.t01-1-01430\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/1467-9280.t01-1-01430\",\"@IdType\":\"doi\"},{\"#text\":\"12661673\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + S. J., Kramer A. F., Erickson K. L., Scalf P., McAuley E., Cohen N. J., et + al. (2004). Cardiovascular fitness, cortical plasticity, and aging. Proc. + Natl. Acad. Sci. U.S.A. 101, 3316\u20133321.10.1073/pnas.0400266101\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0400266101\",\"@IdType\":\"doi\"},{\"#text\":\"PMC373255\",\"@IdType\":\"pmc\"},{\"#text\":\"14978288\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Coubard + O., Duretz S., Lefebvre V., Lapalus P., Ferrufino L. (2011). Practice of contemporary + dance improves cognitive flexibility in aging. Front. Aging Neurosci. 3:13.10.3389/fnagi.2011.00013\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2011.00013\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3176453\",\"@IdType\":\"pmc\"},{\"#text\":\"21960971\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dunlap + W. P., Cortina J. M., Vaslow J. B., Burke M. J. (1996). Meta-analysis of experiments + with matched groups or repeated measures designs. Psychol. Methods 1, 170\u2013177.10.1037/1082-989X.1.2.170\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1037/1082-989X.1.2.170\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Eggenberger + P., Schumacher V., Angst V., Theill N., de Bruin E. D. (2015). Does multicomponent + physical exercise with simultaneous cognitive training boost cognitive performance + in older adults? A 6-month randomized controlled trial with a 1-year follow-up. + Clin. Interv. Aging 10, 1335\u20131349.10.2147/CIA.S87732\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2147/CIA.S87732\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4544626\",\"@IdType\":\"pmc\"},{\"#text\":\"26316729\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Enright + P. L. (2003). The six-minute walk test. Respir. Care Clin. N. Am. 48, 783\u2013785.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12890299\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Faul + F., Erdfelder E., Lang A. G. (2007). G*Power: a flexible statistical power + analysis program for social, behavioral, and biomedical sciences. Behav. Res. + Methods 39, 175\u2013191. 10.3758%2FBF03193146\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17695343\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fratiglioni + L., Pallard-Borg S., Winblad B. (2004). An active and socially integrated + lifestyle in late life might protect against dementia. Lancet Neurol. 3, 343\u2013356.10.1016/S1474-4422(04)00767-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1474-4422(04)00767-7\",\"@IdType\":\"doi\"},{\"#text\":\"15157849\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gentile + A. M. (1972). A working model of skill acquisition with application to teaching. + Quest 17, 3\u201323.10.1080/00336297.1972.10519717\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1080/00336297.1972.10519717\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Giles + K., Marshall A. L. (2009). Repeatability and accuracy of CHAMPS as a measure + of physical activity in a community sample of older Australian adults. J. + Phys. Act. Health 6, 221\u2013229.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19420400\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Haan + M. N., Wallace R. (2004). Can dementia be prevented? Brain aging in a population-based + context. Annu. Rev. Public Health 25, 1\u201324.10.1146/annurev.publhealth.25.101802.122951\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev.publhealth.25.101802.122951\",\"@IdType\":\"doi\"},{\"#text\":\"15015910\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hackney + M. E., Byers T., Butler G., Sweeney M., Rossbach L., Bozzorg A. (2015). Adapted + Tango improves mobility, motor-cognitive function, and gait but not cognition + in older adults in independent living. J. Am. Geriatr. Soc. 63, 2105\u20132113.10.1111/jgs.13650\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.13650\",\"@IdType\":\"doi\"},{\"#text\":\"26456371\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hamer + M., Chida Y. (2009). Physical activity and risk of neurodegenerative disease: + a systematic review of prospective evidence. Psychol. Med. 39, 3\u201311.10.1017/S0033291708003681\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S0033291708003681\",\"@IdType\":\"doi\"},{\"#text\":\"18570697\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hiyama + Y., Yamada H., Kitagawa A. (2012). A four-week walking exercise programme + in patients with knee osteoarthritis improves the ability of dual-task performance: + a randomised controlled trial. Clin. Rehabil. 26, 403\u2013412.10.1177/0269215511421028\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/0269215511421028\",\"@IdType\":\"doi\"},{\"#text\":\"21975468\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hollman + W., Str\xFCder H. K., Tagarakis C. V. M., King G. (2007). Physical activity + and the elderly. Eur. J. Cardiovasc. Prev. Rehabil. 14, 730\u2013739.10.1097/HJR.0b013e32828622f9\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/HJR.0b013e32828622f9\",\"@IdType\":\"doi\"},{\"#text\":\"18043292\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jorm + A. F. (2002). Review: prospects for the prevention of dementia. Australas. + J. Ageing 21, 9\u201313.10.1111/j.1741-6612.2002.tb00408.x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/j.1741-6612.2002.tb00408.x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Kattenstroth + J. C., Kalisch T., Holt S., Tegenthoff M., Dinse H. R. (2013). Six months + of dance intervention enhances postural, senorimotor, and cognitive performance + in elderly without affecting cardio-respiratory function. Front. Aging Neurosci. + 5:5.10.3389/fnagi.2013.00005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2013.00005\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3581819\",\"@IdType\":\"pmc\"},{\"#text\":\"23447455\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kattenstroth + J. C., Kolankowsaka I., Kallisch T., Dinse H. R. (2010). Superior sensory, + motor, and cognitive performance in elderly individuals with multi-year dancing + activities. Fornt. Aging Neurosci. 2, 1\u20139.10.3389/fnagi.2010.00031\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2010.00031\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2917240\",\"@IdType\":\"pmc\"},{\"#text\":\"20725636\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Keyani + P., Hsieh G., Mutlu B., Easterday M., Forlizzi J. (2005). DanceAlong: Supporting + Positive Social Exchange and Exercise for the Elderly Through Dance CHI. Oregon: + Human-Computer Interaction Institute, Carnegie Mellon University Portland.\"},{\"Citation\":\"Kim + S. H., Kim M., Ahn Y. B., Lim H. K., Kang S. G., Cho J. H. (2011). Effect + of dance exercise on cognitive function in elderly patients with metabolic + syndrome: a pilot study. J. Sports Sci. Med. 10, 671\u2013678.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3761497\",\"@IdType\":\"pmc\"},{\"#text\":\"24149557\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kimura + K., Hozumi N. (2012). Investigating the acute effect of an aerobicdance exercise + program on neuro-cognitive function in the elderly. Psychol. Sport Exerc. + 13, 623\u2013629.10.1016/j.psychsport.2012.04.001\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.psychsport.2012.04.001\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Kraft + K. P., Steel K. A., Mcmilen F., Olson R., Merom D. (2015). Why few older adults + participate in complex motor skills: a qualitative study of older adults\u2019 + perceptions of difficulty and challenge. BMC Public Health 15:1186.10.1186/s12889-015-2501-z\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/s12889-015-2501-z\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4661985\",\"@IdType\":\"pmc\"},{\"#text\":\"26611751\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lanyacharoen + T., Laophosri M., Kanpittaya J., Auvichayapat P., Sawanyawisuth K. (2013). + Physical performance in recently aged adults after 6 weeks traditional Thai + dance: a randomized controlled trial. Clin. Interv. Aging 8, 855\u2013859.10.2147/CIA.S41076\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2147/CIA.S41076\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3740823\",\"@IdType\":\"pmc\"},{\"#text\":\"23950640\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu-Ambrose + T., Donaldson M. G., Ahamed Y., Graf P., Cook W. L., Close J. C., et al. (2008). + Otago home-based strength and balance retraining improves executive functioning + in older fallers: a randomized controlled trial. J. Am. Geriatr. Soc. 56, + 1821\u20131830.10.1111/j.1532-5415.2008.01931.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2008.01931.x\",\"@IdType\":\"doi\"},{\"#text\":\"18795987\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lubben + J., Blozik E., Gillmann G., Iliffe S., von Renteln Kruse W., Beck J. C., et + al. (2006). Performance of an abbreviated version of the Lubben Social Network + Scale among three European Community-Dwelling Older Adult Populations. Gerontologist + 46, 503\u2013513.10.1093/geront/46.4.503\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/geront/46.4.503\",\"@IdType\":\"doi\"},{\"#text\":\"16921004\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Maki + Y., Ura C., Yamaguchi T., Murai T., Isahai M., Kaibo A., et al. (2012). Effects + of intervention using community-based walking program for prevention mental + decline: a randomized controlled trial. J. Am. Geriatr. Soc. 60, 505\u2013510.10.1111/j.1532-5415.2011.03838.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2011.03838.x\",\"@IdType\":\"doi\"},{\"#text\":\"22288578\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mangeri + F., Montesi L., Forlani G., Dalle Grave R., Marchesini G. (2014). A standard + ballroom and Latin dance program to improve fitness and adherence to physical + activity in individuals with type 2 diabetes and in obesity. Diabetol. Metab. + Syndr. 6, 74.10.1186/1758-5996-6-74\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/1758-5996-6-74\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4082296\",\"@IdType\":\"pmc\"},{\"#text\":\"25045404\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Merom + D., Cosgrove C., Venugopal K., Bauman A. (2012). How diverse was the leisure + time physical activity of older Australian over the past decade. J. Sci. Med. + Sport 15, 213\u2013219.10.1016/j.jsams.2011.10.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jsams.2011.10.009\",\"@IdType\":\"doi\"},{\"#text\":\"22197582\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Merom + D., Cumming R. G., Mathieu E., Anstey K. J., Rissel C., Simpson J. M., et + al. (2013). Can social dancing prevent falls in older adults? A protocol of + the Dance Aging Cognition, Economics (DAnCE) fall prevention randomised control + trial. BMC Public Health 13:477.10.1186/1471-2458-13-477\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/1471-2458-13-477\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3691670\",\"@IdType\":\"pmc\"},{\"#text\":\"23675705\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Merom + D., Rissel C., Phongsavan P., Smith B. J., Van Kemenade C., Brown W. J., et + al. (2007). Promoting walking with pedometers in the community: the step-by-step + trial. Am. J. Prev. Med. 32, 290\u2013297.10.1016/j.amepre.2006.12.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.amepre.2006.12.007\",\"@IdType\":\"doi\"},{\"#text\":\"17303369\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Oken + B. S., Zajdel D., Kishiyama S., Flegal K., Dehen C., Haas M., et al. (2006). + Randomized, controlled, six-month trial of yoga in healthy seniors: effects + on cognition and quality of life. Altern. Ther. Health Med. 12, 40\u201347.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1457100\",\"@IdType\":\"pmc\"},{\"#text\":\"16454146\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Prince + M., Bryce R., Albanese E., Wimo A., Ribeiro W. (2013). The global prevalence + of dementia: a systematic review and metaanalysis. Alzheimers Dement. 9, 63.e\u201375.e.10.1016/j.jalz.2012.11.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jalz.2012.11.007\",\"@IdType\":\"doi\"},{\"#text\":\"23305823\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Prohaska + T., Eisenstein A. R., Satariano W. A., Hunter R., Bayles C. M., Kurtovich + E., et al. (2009). Walking and the preservation of cognitive function in older + populations. Gerontologist 49, S86\u2013S93.10.1093/geront/gnp079\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/geront/gnp079\",\"@IdType\":\"doi\"},{\"#text\":\"19525221\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Scherder + E., Scherder R., Verburgh L., Konigs M., Blom M., Kramer A. F., et al. (2014). + Executive functions of sedentary elderly may benefit from walking: a systematic + review and meta-analysis. Am. J. Geriatr. Psychiatry 22, 782\u2013791.10.1016/j.jagp.2012.12.026\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jagp.2012.12.026\",\"@IdType\":\"doi\"},{\"#text\":\"23636004\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sink + K. M., Espeland M. A., Castro C. M., Church T., Cohen R. J., Dodson J. A., + et al. (2015). Effect of a 24-month physical activity intervention vs health + education on cognitive outcomes in sedentary older adults. The LIFE Randomized + Trial. J. Am. Med. Assoc. 314, 781\u2013790.10.1001/jama.2015.9617\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/jama.2015.9617\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4698980\",\"@IdType\":\"pmc\"},{\"#text\":\"26305648\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Taylor-Piliae + R. E., Newell K. A., Cherin R., Lee M. J., King A. C., Haskell W. L. (2010). + Effects of Tai Chi and Western exercise on physical and cognitive functioning + in healthy community-dwelling older adults. J. Aging Phys. Act. 18, 261\u2013279.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4699673\",\"@IdType\":\"pmc\"},{\"#text\":\"20651414\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tombaugh + T. N. (2004). Trail Making Test A and B: normative data stratified by age + and education. Arch. Clin. Neuropsychol. 19, 203\u2013214.10.1016/S0887-6177(03)00039-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0887-6177(03)00039-8\",\"@IdType\":\"doi\"},{\"#text\":\"15010086\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Uffelen + van J. G. Z., Chinapaw M. J. M., Mechelen van W., Hopman-Rock M. (2008). Walking + or vitamin B for cognition in older adults with mild cognitive impairment? + A randomised controlled trial. Br. J. Sports Med. 42, 344\u2013351.10.1136/bjsm.2007.044735\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1136/bjsm.2007.044735\",\"@IdType\":\"doi\"},{\"#text\":\"18308888\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Verghese + J., Lipton R. B., Katz M. J., Hall C. B., Derby C. A., Kuslansky G., et al. + (2003). Leisure activities and the risk of dementia in the elderly. N. Engl. + J. Med. 348, 2508\u20132516.10.1056/NEJMoa022252\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1056/NEJMoa022252\",\"@IdType\":\"doi\"},{\"#text\":\"12815136\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Voelcker-Rehage + C., Godde B., Staudinger U. M. (2011). Cardiovascular and coordination training + differentially improve cognitive performance and neural processing in older + adults. Front. Hum. Neurosci. 5:26.10.3389/fnhum.2011.00026\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2011.00026\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3062100\",\"@IdType\":\"pmc\"},{\"#text\":\"21441997\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Voelcker-Rehage + C., Neimann C. (2013). Structural and functional brain changes related to + different types of physical activity across the life span. Neurosci. Behav. + Rev. 37(9 Pt B), 2268\u20132295.10.1016/j.neubiorev.2013.01.028\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neubiorev.2013.01.028\",\"@IdType\":\"doi\"},{\"#text\":\"23399048\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wayne + P. M., Kaptchuk T. J. (2008). Challenges inherent to T\u2019ai Chi research: + part I\u2009\u2013\u2009T\u2019ai Chi as a complex multicomponent intervention. + J. Altern. Complement. Med. 14, 95\u2013102.10.1089/acm.2007.7170B\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1089/acm.2007.7170B\",\"@IdType\":\"doi\"},{\"#text\":\"18199021\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Welsh + K. A., Breitner J. C. S., Magruder-Habib K. M. (1993). Detection of dementia + in the elderly using telephone screening of cognitive status. Neuropsychiatry + Neuropsychol. Behav. Neurol. 6, 103\u2013110.\"},{\"Citation\":\"Williamson + D. J., Espeland M., Kritchevsky S. B., Newman A. B., King A. C., Pahor M., + et al. (2009). Changes in cognitive function in a randomised trail of physical + activity: results of the Lifestyle Interventions and Independence for Elders + Pilot Study. J. Gerontol. A Biol. Sci. Med. Sci. 64A, 688\u2013694.10.1093/gerona/glp014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/gerona/glp014\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2679423\",\"@IdType\":\"pmc\"},{\"#text\":\"19244157\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"26941640\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"8\",\"PubDate\":{\"Year\":\"2016\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"A physically + active lifestyle has the potential to prevent cognitive decline and dementia, + yet the optimal type of physical activity/exercise remains unclear. Dance + is of special interest as it complex sensorimotor rhythmic activity with additional + cognitive, social, and affective dimensions.\",\"@Label\":\"BACKGROUND\",\"@NlmCategory\":\"BACKGROUND\"},{\"#text\":\"To + determine whether dance benefits executive function more than walking, an + activity that is simple and functional.\",\"@Label\":\"OBJECTIVES\",\"@NlmCategory\":\"OBJECTIVE\"},{\"#text\":\"Two-arm + randomized controlled trial among community-dwelling older adults. The intervention + group received 1\u2009h of ballroom dancing twice weekly over 8\u2009months + (~69\u2009sessions) in local community dance studios. The control group received + a combination of a home walking program with a pedometer and optional biweekly + group-based walking in local community park to facilitate socialization.\",\"@Label\":\"METHODS\",\"@NlmCategory\":\"METHODS\"},{\"#text\":\"Executive + function tests: processing speed and task shift by the Trail Making Tests, + response inhibition by the Stroop Color-Word Test, working memory by the Digit + Span Backwards test, immediate and delayed verbal recall by the Rey Auditory + Verbal Learning Test, and visuospatial recall by the Brief Visuospatial Memory + Test (BVST).\",\"@Label\":\"MAIN OUTCOMES\",\"@NlmCategory\":\"RESULTS\"},{\"#text\":\"One + hundred and fifteen adults (mean 69.5\u2009years, SD 6.4) completed baseline + and delayed baseline (3\u2009weeks apart) before being randomized to either + dance (n\u2009=\u200960) or walking (n\u2009=\u200955). Of those randomized, + 79 (68%) completed the follow-up measurements (32\u2009weeks from baseline). + In the dance group only, \\\"non-completers\\\" had significantly lower baseline + scores on all executive function tests than those who completed the full program. + Intention-to-treat analyses showed no group effect. In a random effects model + including participants who completed all measurements, adjusted for baseline + score and covariates (age, education, estimated verbal intelligence, and community), + a between-group effect in favor of dance was noted only for BVST total learning + (Cohen's D Effect size 0.29, p\u2009=\u20090.07) and delayed recall (Cohen's + D Effect size\u2009=\u20090.34, p\u2009=\u20090.06).\",\"@Label\":\"RESULTS\",\"@NlmCategory\":\"RESULTS\"},{\"#text\":\"The + superior potential of dance over walking on executive functions of cognitively + healthy and active older adults was not supported. Dance improved one of the + cognitive domains (spatial memory) important for learning dance. Controlled + trials targeting inactive older adults and of a higher dose may produce stronger + effects, particularly for novice dancers.\",\"@Label\":\"CONCLUSION\",\"@NlmCategory\":\"CONCLUSIONS\"},{\"#text\":\"Australian + and New Zealand Clinical Trials Register (ACTRN12613000782730).\",\"@Label\":\"TRIAL + REGISTRATION\",\"@NlmCategory\":\"BACKGROUND\"}]},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Dafna\",\"Initials\":\"D\",\"LastName\":\"Merom\",\"AffiliationInfo\":{\"Affiliation\":\"School + of Science and Health, Western Sydney University , Penrith, NSW , Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Anne\",\"Initials\":\"A\",\"LastName\":\"Grunseit\",\"AffiliationInfo\":{\"Affiliation\":\"Prevention + Research Collaboration, School of Public Health, University of Sydney , Sydney, + NSW , Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ranmalee\",\"Initials\":\"R\",\"LastName\":\"Eramudugolla\",\"AffiliationInfo\":{\"Affiliation\":\"Centre + for Research on Aging, Health and Wellbeing, The Australian National University + , Canberra, ACT , Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Barbara\",\"Initials\":\"B\",\"LastName\":\"Jefferis\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Primary Care and Population Health, University College London , London + , UK.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jade\",\"Initials\":\"J\",\"LastName\":\"Mcneill\",\"AffiliationInfo\":{\"Affiliation\":\"Early + Start Research Institute, School of Education, University of Wollongong , + Wollongong, NSW , Australia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Kaarin + J\",\"Initials\":\"KJ\",\"LastName\":\"Anstey\",\"AffiliationInfo\":{\"Affiliation\":\"Centre + for Research on Aging, Health and Wellbeing, The Australian National University + , Canberra, ACT , Australia.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"26\",\"MedlinePgn\":\"26\"},\"ArticleDate\":{\"Day\":\"22\",\"Year\":\"2016\",\"Month\":\"02\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"26\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2016.00026\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"08\",\"Year\":\"2022\",\"Month\":\"04\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"dance\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"executive + functions\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"physical activity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"physical + function\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"walking\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"04\",\"Year\":\"2016\",\"Month\":\"03\"},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2016,\"title\":\"Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial\",\"venue\":\"Frontiers in Aging Neuroscience\",\"authors\":[{\"name\":\"D. + Merom\",\"authorId\":\"5127617\"},{\"name\":\"A. Grunseit\",\"authorId\":\"4954703\"},{\"name\":\"R. + Eramudugolla\",\"authorId\":\"3736216\"},{\"name\":\"B. Jefferis\",\"authorId\":\"3896601\"},{\"name\":\"J. + McNeill\",\"authorId\":\"50240322\"},{\"name\":\"K. Anstey\",\"authorId\":\"2411078\"}],\"paperId\":\"944a9be5665612f441826699b13fc1c09afd9ddf\",\"abstract\":\"Background + A physically active lifestyle has the potential to prevent cognitive decline + and dementia, yet the optimal type of physical activity/exercise remains unclear. + Dance is of special interest as it complex sensorimotor rhythmic activity + with additional cognitive, social, and affective dimensions. Objectives To + determine whether dance benefits executive function more than walking, an + activity that is simple and functional. Methods Two-arm randomized controlled + trial among community-dwelling older adults. The intervention group received + 1\u2009h of ballroom dancing twice weekly over 8\u2009months (~69\u2009sessions) + in local community dance studios. The control group received a combination + of a home walking program with a pedometer and optional biweekly group-based + walking in local community park to facilitate socialization. Main outcomes + Executive function tests: processing speed and task shift by the Trail Making + Tests, response inhibition by the Stroop Color-Word Test, working memory by + the Digit Span Backwards test, immediate and delayed verbal recall by the + Rey Auditory Verbal Learning Test, and visuospatial recall by the Brief Visuospatial + Memory Test (BVST). Results One hundred and fifteen adults (mean 69.5\u2009years, + SD 6.4) completed baseline and delayed baseline (3\u2009weeks apart) before + being randomized to either dance (n\u2009=\u200960) or walking (n\u2009=\u200955). + Of those randomized, 79 (68%) completed the follow-up measurements (32\u2009weeks + from baseline). In the dance group only, \u201Cnon-completers\u201D had significantly + lower baseline scores on all executive function tests than those who completed + the full program. Intention-to-treat analyses showed no group effect. In a + random effects model including participants who completed all measurements, + adjusted for baseline score and covariates (age, education, estimated verbal + intelligence, and community), a between-group effect in favor of dance was + noted only for BVST total learning (Cohen\u2019s D Effect size 0.29, p\u2009=\u20090.07) + and delayed recall (Cohen\u2019s D Effect size\u2009=\u20090.34, p\u2009=\u20090.06). + Conclusion The superior potential of dance over walking on executive functions + of cognitively healthy and active older adults was not supported. Dance improved + one of the cognitive domains (spatial memory) important for learning dance. + Controlled trials targeting inactive older adults and of a higher dose may + produce stronger effects, particularly for novice dancers. Trial registration + Australian and New Zealand Clinical Trials Register (ACTRN12613000782730).\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2016.00026/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC4761858, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2016-02-22\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-05T02:57:15.747127+00:00\",\"analyses\":[{\"id\":\"jWxVJ2Kzmfqz\",\"user\":null,\"name\":\"Allocation + group dance (n = 60)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Unadjusted + scores at baseline, delayed baseline, and follow-up; within-group effects + between delayed baseline and follow-up for participants completing delayed + baseline.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"h5uWTusgMyFs\",\"user\":null,\"name\":\"Allocation + group walking (n = 55)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Unadjusted + scores at baseline, delayed baseline, and follow-up; within-group effects + between delayed baseline and follow-up for participants completing delayed + baseline.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"KRep6Pipdtrz\",\"user\":null,\"name\":\"T3\u2013T2 + between-groups difference\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv\"},\"original_table_id\":\"t4\"},\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv\"},\"sanitized_table_id\":\"t4\"},\"description\":\"Test + of T3\u2013T2 between-groups difference (footnote \u2020)\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"Src4mRw5tVGr\",\"user\":null,\"name\":\"group + (treatment received \\t6 walk coded 0, Dance coded 1) by time (baseline, delayed + baseline, T3) interaction term in random effects model\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv\"},\"original_table_id\":\"t4\"},\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv\"},\"sanitized_table_id\":\"t4\"},\"description\":\"Derived + from group by time interaction term in random effects model adjusting for + age, education, Spot the word (tertiles), and community with person as the + random effect (footnote \\u00067)\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"BW7vCMz5xr4X\",\"user\":null,\"name\":\"T3 + vs. T2 one-tailed within-groups test for improvement\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv\"},\"original_table_id\":\"t4\"},\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv\"},\"sanitized_table_id\":\"t4\"},\"description\":\"Within-groups + test for improvement comparing T3 to T2 (footnote *)\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"MC67oYx4wCh5\",\"user\":null,\"name\":\"adjusted + intervention effect using Generalized Linear Model with random effects\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv\"},\"original_table_id\":\"t4\"},\"table_metadata\":{\"table_id\":\"T4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/4ec/pmcid_4761858/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/26941640-10-3389-fnagi-2016-00026-pmc4761858/tables/t4_coordinates.csv\"},\"sanitized_table_id\":\"t4\"},\"description\":\"Adjusted + intervention effect as described in table caption\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]}]},{\"id\":\"bTcccVjH7ku6\",\"created_at\":\"2025-12-04T23:20:00.250601+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Cardiorespiratory + Fitness and Attentional Control in the Aging Brain\",\"description\":\"A growing + body of literature provides evidence for the prophylactic influence of cardiorespiratory + fitness on cognitive decline in older adults. This study examined the association + between cardiorespiratory fitness and recruitment of the neural circuits involved + in an attentional control task in a group of healthy older adults. Employing + a version of the Stroop task, we examined whether higher levels of cardiorespiratory + fitness were associated with an increase in activation in cortical regions + responsible for imposing attentional control along with an up-regulation of + activity in sensory brain regions that process task-relevant representations. + Higher fitness levels were associated with better behavioral performance and + an increase in the recruitment of prefrontal and parietal cortices in the + most challenging condition, thus providing evidence that cardiorespiratory + fitness is associated with an increase in the recruitment of the anterior + processing regions. There was a top-down modulation of extrastriate visual + areas that process both task-relevant and task-irrelevant attributes relative + to the baseline. However, fitness was not associated with differential activation + in the posterior processing regions, suggesting that fitness enhances attentional + function by primarily influencing the neural circuitry of anterior cortical + regions. This study provides novel evidence of a differential association + of fitness with anterior and posterior brain regions, shedding further light + onto the neural changes accompanying cardiorespiratory fitness.\",\"publication\":\"Frontiers + in Human Neuroscience\",\"doi\":\"10.3389/fnhum.2010.00229\",\"pmid\":\"21267428\",\"authors\":\"R. + Prakash; M. Voss; Kirk I. Erickson; Jason M. Lewis; L. Chaddock; E. Malkowski; + H. Alves; Jennifer S. Kim; A. Szabo; S. White; T. W\xF3jcicki; E. Klamm; E. + McAuley; A. F. Kramer\",\"year\":2011,\"metadata\":{\"slug\":\"21267428-10-3389-fnhum-2010-00229-pmc3024830\",\"source\":\"semantic_scholar\",\"keywords\":[\"Stroop + task\",\"cardiorespiratory fitness\",\"cognitive and attentional control\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"25\",\"Year\":\"2010\",\"Month\":\"3\",\"@PubStatus\":\"received\"},{\"Day\":\"3\",\"Year\":\"2010\",\"Month\":\"12\",\"@PubStatus\":\"accepted\"},{\"Day\":\"27\",\"Hour\":\"6\",\"Year\":\"2011\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"27\",\"Hour\":\"6\",\"Year\":\"2011\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"27\",\"Hour\":\"6\",\"Year\":\"2011\",\"Month\":\"1\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2010\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"21267428\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC3024830\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnhum.2010.00229\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Banich + M. T., Milhalm M. P., Atchley R., Cohen N. J., Webb A., Wszalek T., Kramer + A. F., Liang Z., Wright A., Shenker J., Magin J. (2000). fMRI studies of Stroop + tasks reveal unique roles of anterior and posterior brain systems in attentional + selection. J. Cogn. Neurosci. 12, 988\u20131000\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11177419\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Banich + M. T., Milhalm M. P., Jacobson B. L., Webb A., Wszalek T., Cohen N. J. (2001). + Attentional selection and the processing of task-irrelevant information: insights + from fMRI examinations of the Stroop task. Prog. Brain Res. 134, 450\u2013470\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11702561\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bar + M. (2003). A cortical mechanism for triggering top-down facilitation in visual + object recognition. J. Cogn. Neurosci. 15, 600\u2013609\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12803970\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Barcelo + F., Suwazono S., Knight R. T. (2000). Prefrontal modulation of visual processing + in humans. Nat. Neurosci. 3, 399\u2013403\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10725931\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Beckmann + C. F., Jenkinson M., Smith S. M. (2003). General multi-level linear modeling + for group analysis in FMRI. Neuroimage 20, 1052\u2013106310.1016/S1053-8119(03)00435-X\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1053-8119(03)00435-X\",\"@IdType\":\"doi\"},{\"#text\":\"14568475\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bench + C. J., Frith C. D., Grasby P. M., Friston K. J., Paulesu E., Frackowiak R. + S. J., Dolan R. J. (1993). Investigations of the functional anatomy of attention + using the Stroop test. Neuropsychologia 31, 907\u201392210.1016/0028-3932(93)90147-R\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0028-3932(93)90147-R\",\"@IdType\":\"doi\"},{\"#text\":\"8232848\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Black + J. E., Isaacs K. R., Anderson B. J., Alcantara A. A., Greenough W. T. (1990). + Learning causes synaptogenesis, whereas motor activity causes angiogenesis, + in cerebellar cortex of adult rats. Proc. Natl. Acad. Sci. U.S.A. 87, 5568\u20135572\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC54366\",\"@IdType\":\"pmc\"},{\"#text\":\"1695380\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Blomstrand + E., Perret D., Parry-Billings M., Newsholme E. A. (1989). Effect of sustained + exercise on plasma amino acid concentrations on 5-hydroxy-tryptamine metabolism + in six different brain regions in the rat. Acta Physiol. Scand. 136, 473\u201348110.1111/j.1748-1716.1989.tb08689.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1748-1716.1989.tb08689.x\",\"@IdType\":\"doi\"},{\"#text\":\"2473602\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Borg + G. (1998). Borg's Perceived Exertion and Pain Scales. Champaign, IL: Human + Kinetics\"},{\"Citation\":\"Brown G. G., Kinderman S. S., Siegle G. J., Granholm + E., Wong E. C., Buxton R. B. (1999). Brain activation and pupil response during + covert performance of the Stroop Color Word task. J. Int. Neuropsychol. Soc. + 5, 308\u2013319\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10349294\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bush + G., Whalen P. J., Rosen B. R., Jenike M. A., McInerney S. C., Rauch S. L. + (1998). The counting Stroop: an interference task specialized for functional + neuroimaging \u2013 validation study with functional MRI. Hum. Brain Mapp. + 6, 270\u201328210.1002/(SICI)1097-0193(1998)6:4<270::AID-HBM6>3.0.CO;2-0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/(SICI)1097-0193(1998)6:4<270::AID-HBM6>3.0.CO;2-0\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6873370\",\"@IdType\":\"pmc\"},{\"#text\":\"9704265\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R. (2002). Hemispheric asymmetry reduction in older adults: the HAROLD model. + Psychol. Aging 17, 85\u2013100\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11931290\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cabeza + R., Anderson N. D., Locantore J. K., McIntosh A. R. (2002). Aging gracefully: + compensatory brain activity in high-performing older adults. Neuroimage 17, + 1394\u20131402\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12414279\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cabeza + R., Daselaar S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task-specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14, 364\u201337510.1093/cercor/bhg133\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhg133\",\"@IdType\":\"doi\"},{\"#text\":\"15028641\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chaddock + L., Erickson K. I., Prakash R. S., Kramer A. F. (2010). Basal ganglia volume + is associated with aerobic fitness in preadolescent children. Dev. Neurosci. + 32, 249\u2013256\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3696376\",\"@IdType\":\"pmc\"},{\"#text\":\"20693803\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Christie + B. R., Eadie B. D., Kannangara T. S., Robillard J. M., Shin J., Titterness + A. K. (2008). Exercising our brains: how physical activity impacts synaptic + plasticity in the dentate gyrus. Neuromol. Med. 10, 47\u201358\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18535925\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cohen + L., Dehaene S., Naccache L., Lehericy S., Dehaene-Lambertz G., Henaff M. A., + Michel F. (2000). The visual word form area: spatial and temporal characterization + of an initial stage of reading in normal subjects and posterior split-brain + patients. Brain 123, 291\u201330710.1093/brain/123.2.291\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/123.2.291\",\"@IdType\":\"doi\"},{\"#text\":\"10648437\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + S., Kramer A. F. (2003). Fitness effects on the cognitive function of older + adults: a meta-analytic study. Psychol. Sci. 14, 125\u2013130\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12661673\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Colcombe + S. J., Erickson K. I., Raz N., Webb A. G., Cohen N. J., McAuley E. (2003). + Aerobic fitness reduces brain tissue loss in aging humans. J. Gerontol. A + Biol. Sci. Med. Sci. 55, 176\u2013180\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12586857\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Colcombe + S. J., Erickson K. I., Scalf P. E., Kim J. S., Prakash R., McAuley E., Elavsky + S., Marquez D. X., Hu L., Kramer A. F. (2006). Aerobic exercise training increases + brain volume in aging humans. J. Gerontol. A Biol. Sci. Med. Sci. 61, 1166\u20131170\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17167157\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Colcombe + S. J., Kramer A. F., Erickson K. I., Scalf P., McAuley E., Cohen N. J. (2004). + Cardiovascular fitness, cortical plasticity, and aging. Proc. Natl. Acad. + Sci. U.S.A. 101, 3316\u20133321\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC373255\",\"@IdType\":\"pmc\"},{\"#text\":\"14978288\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + S. J., Kramer A. F., Erickson K. I., Scalf P. (2005). The implications of + cortical recruitment and brain morphology for individual differences in inhibitory + functioning in aging humans. Psychol. Aging 20, 363\u2013375\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16248697\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Corbetta + M., Miezin F. M., Dobmeyer S., Schulman G. L., Petersen S. E. (1990). Attentional + modulation of neural processing of shape, color and velocity in humans. Science + 248, 1556\u2013155910.1126/science.2360050\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.2360050\",\"@IdType\":\"doi\"},{\"#text\":\"2360050\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cotman + C. W., Berchtold N. C. (2002). Exercise: a behavioral intervention to enhance + brain health and plasticity. Trends Neurosci. 25, 295\u201330110.1016/S0166-2236(02)02143-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0166-2236(02)02143-4\",\"@IdType\":\"doi\"},{\"#text\":\"12086747\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cotman + C. W., Berchtold N. C., Christie L.-A. (2007). Exercise builds brain health: + key roles of growth factor cascades and inflammation. Trends Neurosci. 30, + 464\u201347210.1016/j.tins.2007.06.011\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tins.2007.06.011\",\"@IdType\":\"doi\"},{\"#text\":\"17765329\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dale + A. M. (1999). Optimal experimental design for event-related fMRI. Hum. Brain + Mapp. 8, 109\u201311410.1002/(SICI)1097-0193(1999)8:2/3<109::AID-HBM7>3.0.CO;2-W\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/(SICI)1097-0193(1999)8:2/3<109::AID-HBM7>3.0.CO;2-W\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6873302\",\"@IdType\":\"pmc\"},{\"#text\":\"10524601\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Davis + S. W., Dennis N. A., Daselaar S. M., Fleck M. S., Cabeza R. (2008). Que PASA? + The posterior anterior shift in aging. Cereb. Cortex 18, 1201\u20131209\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2760260\",\"@IdType\":\"pmc\"},{\"#text\":\"17925295\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dennis + N. A., Cabeza R. (2008). \u201CNeuroimaging of healthy cognitive aging,\u201D + in Handbook of Aging and Cognition, 3rd Edn., eds Craik F. I. M., Salthouse + T. A. (Mahwah, NJ: Erlbaum; ), 1\u201353\"},{\"Citation\":\"DiGirolamo G. + J., Kramer A. F., Barad V., Cepeda N., Weissman D. H., Wszalek T. M., Cohen + N. J., Banich M., Webb A., Beloposky A. (2001). General and task-specific + frontal lobe recruitment in older adults during executive processes: a fMRI + investigation of task switching. Neuroreport 12, 2065\u2013207210.1097/00001756-200107030-00054\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/00001756-200107030-00054\",\"@IdType\":\"doi\"},{\"#text\":\"11435947\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dolcos + F., Rice H. J., Cabeza R. (2002). Hemispheric asymmetry and aging: right hemisphere + decline or hemispheric asymmetry. Neurosci. Biobehav. Rev. 26, 819\u2013825\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12470693\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Erickson + K. I., Colcombe S. J., Wadhwa R., Bherer L., Peterson M. S., Scalf P. E., + Kim J. S., Alvarado M., Kramer A. F. (2007). Training-induced plasticity in + older adults: effects of training on hemispheric asymmetry. Neurobiol. Aging + 28, 272\u2013283\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16480789\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Erickson + K. I., Prakash R. S., Kim J. S., Sutton B. P., Colcombe S. J., Kramer A. F. + (2009a). Top-down attentional control in spatially coincident stimuli enhances + activity in both task-relevant and task-irrelevant regions of cortex. Behav. + Brain Res. 197, 186\u201319710.1016/j.bbr.2008.08.028\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bbr.2008.08.028\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2845993\",\"@IdType\":\"pmc\"},{\"#text\":\"18804123\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Erickson + K. I., Prakash R. S., Voss M. W., Chaddock L., Hu L., Morris K. S., White + W. M., Wojcicki T. R., McAuley E., Kramer A. F. (2009b). Aerobic fitness is + associated with hippocampal volume in elderly humans. Hippocampus 19, 1030\u2013103910.1002/hipo.20547\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hipo.20547\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3072565\",\"@IdType\":\"pmc\"},{\"#text\":\"19123237\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fabel + K., Fabel K., Tam B., Kaufer D., Baiker A., Simmons N., Kuo C. J., Palmer + T. D. (2003). VEGF is necessary for exercise-induced adult hippocampal neurogenesis. + Eur. J. Neurosci. 18, 2803\u20132812\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14656329\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Farmer + J., Zhao X., van Praag H., Wodtke K., Gage F. H., Christie B. R. (2004). Effects + of voluntary exercise on synaptic plasticity and gene expression in the dentate + gyrus of adult male Sprague-Dawley rats in vivo. Neuroscience 124, 71\u20137910.1016/j.neuroscience.2003.09.029\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroscience.2003.09.029\",\"@IdType\":\"doi\"},{\"#text\":\"14960340\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fordyce + D. E., Farrar R. P. (1991). Enhancement of spatial learning in F344 rats by + physical activity and related learning-associated alterations in hippocampal + and cortical cholinergic functioning. Behav. Brain Res. 46, 123\u2013133\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1664728\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Frith + C. (2001). A framework for studying the neural basis of attention. Neuropsychologia + 39, 1367\u2013137110.1016/S0028-3932(01)00124-5\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0028-3932(01)00124-5\",\"@IdType\":\"doi\"},{\"#text\":\"11566318\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gazzaley + A., Rissman J., Cooney J., Rutman A., Seibert T., Clapp W., D'Esposito M. + (2007). Functional interactions between prefrontal and visual association + cortex contribute to top-down modulation of visual processing. Cereb. Cortex + 17, 125\u201313510.1093/cercor/bhm113\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhm113\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4530799\",\"@IdType\":\"pmc\"},{\"#text\":\"17725995\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. L., Maisog J. M., Horwitz B., Ungerleider L. G., Mentis M. J., Salerno + J. A., Pietrini P., Wagner E., Haxby J. V. (1994). Age-related changes in + cortical blood flow activation during visual processing of faces and location. + J. Neurosci. 14, 1450\u20131462\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6577560\",\"@IdType\":\"pmc\"},{\"#text\":\"8126548\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. L., McIntosh A. R., Horwitz B., Maisog J. M., Ungerleider L. G., Mentis + M. J., Pietrini P., Schapiro M. B., Haxby J. V. (1995). Age-related reductions + in human recognition memory due to impaired encoding. Science 269, 218\u201322110.1126/science.7618082\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.7618082\",\"@IdType\":\"doi\"},{\"#text\":\"7618082\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gutchess + A. H., Welsh R. C., Hedden T., Bangert A., Minear M., Liu L. L. (2005). Aging + and the neural correlates of successful picture encoding: frontal activations + compensate for decreased medial-temporal activity. J. Cogn. Neurosci. 17, + 84\u201396\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15701241\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hertzog + C., Kramer A. F., Wilson R. S., Lindenberger U. (2009). Enrichment effects + on adult cognitive development: can the functional capacity of older adults + be preserved and enhanced? Psychol. Sci. Public Interest 9, 1\u20136510.2308/api.2009.9.1.1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2308/api.2009.9.1.1\",\"@IdType\":\"doi\"},{\"#text\":\"26162004\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + M. (2003). Fast, automated, N-dimensional phase-unwrapping algorithm. Magn. + Reson. Med. 49, 193\u2013197\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12509838\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jobard + G., Crivello F., Tzourio-Mazoyer N. (2003). Evaluation of the dual route theory + of reading: a meta analysis of 35 neuroimaging studies. Neuroimage 20, 693\u201371210.1016/S1053-8119(03)00343-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1053-8119(03)00343-4\",\"@IdType\":\"doi\"},{\"#text\":\"14568445\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kastner + S., Ungerleider L. G. (2001). The neural bases of biased competition in human + visual cortex. Neuropsychologia 39, 1263\u2013127610.1016/S0028-3932(01)00116-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0028-3932(01)00116-6\",\"@IdType\":\"doi\"},{\"#text\":\"11566310\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kaufman + A. S., Kaufman N. L. (1990). Kaufman Brief Intelligence Test: Manual. Circle + Pines, MN: American Guidance Service\"},{\"Citation\":\"Kleim J. A., Cooper + N. R., VandenBerg P. M. (2002). Exercise induces angiogenesis but does not + alter movement representations within rat motor cortex. Brain Res. 934, 1\u2013610.1016/S0006-8993(02)02239-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0006-8993(02)02239-4\",\"@IdType\":\"doi\"},{\"#text\":\"11937064\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kline + G. M., Porcari J. P., Hintermeister R., Freedson P. S., Ward A., McCarron + R. F., Ross J., Rippe J. M. (1987). Estimation of VO2 Max from a one mile + track walk, gender, age, and body weight. Med. Sci. Sports Exerc. 19, 253\u2013259\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"3600239\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kramer + A. F., Hahn S., Cohen N., Banich M., McAuley E., Harrison C., Chason J., Vakil + E., Bardell L., Boileau R. A., Colcombe A. (1999). Aging, fitness, and neurocognitive + function. Nature 400, 418\u201341910.1038/22682\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/22682\",\"@IdType\":\"doi\"},{\"#text\":\"10440369\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Langenecker + S. A., Nielson K. A., Rao S. M. (2004). fMRI of healthy older adults during + Stroop interference. Neuroimage 21, 192\u201320010.1016/j.neuroimage.2003.08.027\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2003.08.027\",\"@IdType\":\"doi\"},{\"#text\":\"14741656\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lavie + N., Hirst A., DeFockert J. W., Viding E. (2004). Load theory of selective + attention and cognitive control. J. Exp. Psychol. 133, 339\u2013354\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15355143\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Liu + X., Banich M. T., Jacobson B. L., Tanabe J. L. (2006). Functional dissociation + of attentional selection within PFC: response and non-response related aspects + of attentional selection as ascertained by fMRI. Cereb. Cortex 16, 827\u2013834\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16135781\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Logan + J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner R. L. (2002). Under- + recruitment and nonselective recruitment: dissociable neural mechanisms associated + with aging. Neuron 33, 827\u201384010.1016/S0896-6273(02)00612-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0896-6273(02)00612-8\",\"@IdType\":\"doi\"},{\"#text\":\"11879658\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lopez-Lopez + C., LeRoith D., Torres-Aleman I. (2004). Insulin-like growth factor I is required + for vessel remodeling in the adult brain. Proc. Natl. Acad. Sci. U.S.A. 101, + 9833\u20139838\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC470760\",\"@IdType\":\"pmc\"},{\"#text\":\"15210967\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lotscher + F., Loffel T., Steiner R., Vogt M., Klossner S., Popp A., Lippuner K., Hoppeler + H., Dapp C. (2007). Biologically relevant sex differences for fitness-related + parameters in active octogenarians. Eur. J. Appl. Physiol. 99, 533\u2013540\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17219173\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Madden + D. J., Hoffman J. M. (1997). \u201CApplication of positron emission tomography + to age-related cognitive changes,\u201D in Brain Imaging in Clinical Psychiatry, + eds Krishnan K. K. R., Doraiswamy P. M. (New York: Marcel Dekker; ), 575\u2013613\"},{\"Citation\":\"Madden + D. J., Turkington T. G., Provenzale J. M., Denny L. L., Langley L. K., Hawk + T. C., Coleman R. E. (2002). Aging and attentional guidance during visual + search: functional neuroanatomy by positron emission tomography. Psychol. + Aging 17, 24\u201343\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1831840\",\"@IdType\":\"pmc\"},{\"#text\":\"11931285\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Marks + B. L., Madden D. J., Bucur B., Provenzale J. M., White L. E., Cabeza R., Huettel + S. A. (2007). Role of aerobic fitness and aging on cerebral white matter integrity. + Ann. N. Y. Acad. Sci. 1097, 171\u2013174\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17413020\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Meyer + K., Niemann S., Abel T. (2004). Gender differences in physical activity and + fitness\u2014association with self-reported health and health-relevant attitudes + in a middle-aged Swiss urban population. J. Public Health 12, 283\u2013290\"},{\"Citation\":\"Milham + M. P., Banich M. T., Webb A., Barad V., Cohen N. J., Wszalek T. (2001). The + relative involvement of anterior cingulate and prefrontal cortex in attentional + control depends on nature of conflict. Brain Res. Cogn. 12, 1325\u20131346\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11689307\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Milham + M. P., Erickson K. I., Banich M. T., Kramer A. F., Webb A., Wszalek T., Cohen + N. J. (2002). Attentional control in the aging brain: insights from an fMRI + study of the Stroop task. Brain Cogn. 49, 467\u201347310.1006/brcg.2001.1501\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/brcg.2001.1501\",\"@IdType\":\"doi\"},{\"#text\":\"12139955\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagel + I. E., Preuschhof C., Li S-C., Nyberg L., Backmann L., Lindenberger U., Heekeren + H. R. (2009). Performance level modulates adult age differences in brain activation + during spatial working memory. Proc. Natl. Acad. Sci. U.S.A. 106, 22552\u201322557\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2799744\",\"@IdType\":\"pmc\"},{\"#text\":\"20018709\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Polk T. A., Mikels J. A., Taylor S. F., Marshuetz C. (2001). Cerebral + aging: integration of brain and behavioral models cognitive function. Dialogues + Clin. Neurosci. Cereb. Aging 3, 151\u2013165\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3181659\",\"@IdType\":\"pmc\"},{\"#text\":\"22034448\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Polk T. A., Park R., Minear M., Savage A., Smith M. R. (2004). Aging + reduces neural specialization in ventral visual cortex. Proc. Natl. Acad. + Sci. U.S.A. 101, 13091\u201313095\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC516469\",\"@IdType\":\"pmc\"},{\"#text\":\"15322270\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Reuter-Lorenz P. A. (2009). The adaptive brain: aging and neurocognitive + scaffolding. Annu. Rev. Psychol. 60, 173\u201319610.1146/annurev.psych.59.103006.093656\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev.psych.59.103006.093656\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3359129\",\"@IdType\":\"pmc\"},{\"#text\":\"19035823\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pessoa + L., Kastner S., Underleider L. G. (2003). Neuroimaging studies of attention: + from modulation of sensory processing to top-down control. J. Neurosci. 23, + 3990\u20133998\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6741071\",\"@IdType\":\"pmc\"},{\"#text\":\"12764083\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Poulton + N. P., Muir G. D. (2005). Treadmill training ameliorates dopamine loss but + not behavioral deficits in hemi-parkinsonian rats. Exp. Neurol. 193, 181\u2013197\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15817277\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Prakash + R. S., Erickson K. I., Colcombe S. J., Kim J., Sutton B., Kramer A. F. (2010a). + Age-related differences in the involvement of the prefrontal cortex in attentional + control. Brain Cogn. 71, 328\u2013335\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2783271\",\"@IdType\":\"pmc\"},{\"#text\":\"19699019\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Prakash + R. S., Snook E. M., Motl R. W., Kramer A. F. (2010b). Aerobic fitness is associated + with gray matter volume and white matter integrity in multiple sclerosis. + Brain Res. 1341, 41\u20135110.1016/j.brainres.2009.06.063\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brainres.2009.06.063\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2884046\",\"@IdType\":\"pmc\"},{\"#text\":\"19560443\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Prakash + R. S., Snook E. M., Erickson K. I., Colcombe S. J., Webb M. L., Motl R. W., + Kramer A. F. (2007). Cardiorespiratory fitness: a predictor of cortical plasticity + in multiple sclerosis. Neuroimage 34, 1238\u2013124410.1016/j.neuroimage.2006.10.003\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2006.10.003\",\"@IdType\":\"doi\"},{\"#text\":\"17134916\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + P. A., Lustig C. (2005). Brain aging: reorganizing discoveries about the aging + mind. Curr. Opin. Neurobiol. 15, 245\u2013251\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15831410\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reuter-Lorenz + P. A., Mikels J. (2006). \u201CThe aging brain: implications of enduring plasticity + for behavioral and cultural change,\u201D in Lifespan Development and the + Brain: The Perspective of Biocultural Co-Constructivism, eds Baltes P., Reuter-Lorenz + P. A., Roesler F. (Cambridge, UK: Cambridge University Press; ), 255\u2013276\"},{\"Citation\":\"Reuter-Lorenz + P., Jonides J., Smith E. S., Hartley A., Miller A., Marscheutz C., Koeppe + R. A. (2000). Age differences in the frontal lateralization of verbal and + spatial working memory revealed by PET. J. Cogn. Neurosci. 12, 174\u2013187\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10769314\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reuter-Lorenz + P., Stanczak L., Miller A. (1999). Neural recruitment and cognitive aging: + two hemispheres are better than one, especially as you age. Psychol. Sci. + 10, 494\u2013500\"},{\"Citation\":\"Rissman J., Gazzaley A., D'Esposito M. + (2004). Measuring functional connectivity during distinct stages of a cognitive + task. Neuroimage 23, 752\u201376310.1016/j.neuroimage.2004.06.035\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2004.06.035\",\"@IdType\":\"doi\"},{\"#text\":\"15488425\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rypma + B., D'Esposito M. (2000). Isolating the neural mechanisms of age-related changes + in human working memory. Nat. Neurosci. 3, 509\u2013515\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10769393\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Sheikh + J. I., Yesavage J. A. (1986). \u201CGeriatric Depression Scale (GDS): recent + evidence and development of a shorter version,\u201D in Clinical Gerontology: + A Guide to Assessment and Intervention, ed. Brink T. L. (New York: The Haworth + Press; ), 165\u2013173\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"0\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Smith + S. M. (2002). Fast robust automated brain extraction. Hum. Brain Mapp. 17, + 143\u201315510.1002/hbm.10062\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.10062\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871816\",\"@IdType\":\"pmc\"},{\"#text\":\"12391568\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y., Sano M., Paulsen J., Mayeux R. (1987). Modified mini-mental state examination: + validity and reliability. Neurology 37, 179.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"0\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Swain + R. A., Harris A. B., Wiener E. C., Dutka M. V., Morris H. D., Theien B. E., + Konda S., Engberg K., Lauterbur P. C., Greenough W. T. (2003). Prolonged exercise + induces angiogenesis and increases cerebral blood volume in primary motor + cortex of the rat. Neuroscience 117, 1037\u2013104610.1016/S0306-4522(02)00664-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0306-4522(02)00664-4\",\"@IdType\":\"doi\"},{\"#text\":\"12654355\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Trejo + J. L., Carro E., Torres-Aleman I. (2001). Circulating insulin-like growth + factor mediates exercise-induced increases in the number of new neurons in + the adult hippocampus. J. Neurosci. 21, 1628\u20131634\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6762955\",\"@IdType\":\"pmc\"},{\"#text\":\"11222653\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Van + Essen D. C. (2005). A population-average, landmark- and surface-based (PALS) + atlas of human cerebral cortex. Neuroimage 28, 635\u201366210.1016/j.neuroimage.2005.06.058\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2005.06.058\",\"@IdType\":\"doi\"},{\"#text\":\"16172003\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"van + Praag H., Kempermann G., Gage F. H. (1999). Running increases cell proliferation + and neurogenesis in the adult mouse dentate gyrus. Nat. Neurosci. 2, 266\u2013270\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10195220\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"van + Praag H., Shubert T., Zhao C., Gage F. H. (2005). Exercise enhances learning + and hippocampal neurogenesis in aged mice. J. Neurosci. 25, 8680\u2013868510.1523/JNEUROSCI.1731-05.2005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.1731-05.2005\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1360197\",\"@IdType\":\"pmc\"},{\"#text\":\"16177036\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vaynman + S., Ying Z., Gomez-Pinilla F. (2004). Hippocampal BDNF mediates the efficacy + of exercise on synaptic plasticity and cognition. Eur. J. Neurosci. 20, 2580\u20132590\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15548201\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Voss + M. W., Erickson K. I., Prakash R. S., Chaddock L., Malkowski E., Alves H., + Kim J. S., Morris K. S., White S. M., W\xF3jcicki T. R., Hu L., Szabo A., + Klamm E., McAuley E., Kramer A. F. (2010). Functional connectivity: a source + of variance in the relationship between cardiorespiratory fitness and cognition. + Neuropsychologia 48, 1394\u2013140610.1016/j.neuropsychologia.2010.01.005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2010.01.005\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3708614\",\"@IdType\":\"pmc\"},{\"#text\":\"20079755\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Woolrich + M. W., Behrens T. E., Beckmann C. F., Jenkinson M., Smith S. M. (2004). Multi-level + linear modelling for FMRI group analysis using Bayesian inference. Neuroimage + 21, 1732\u2013174710.1016/j.neuroimage.2003.12.023\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2003.12.023\",\"@IdType\":\"doi\"},{\"#text\":\"15050594\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"21267428\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1662-5161\",\"@IssnType\":\"Electronic\"},\"Title\":\"Frontiers + in human neuroscience\",\"JournalIssue\":{\"Volume\":\"4\",\"PubDate\":{\"Year\":\"2011\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Front + Hum Neurosci\"},\"Abstract\":{\"AbstractText\":\"A growing body of literature + provides evidence for the prophylactic influence of cardiorespiratory fitness + on cognitive decline in older adults. This study examined the association + between cardiorespiratory fitness and recruitment of the neural circuits involved + in an attentional control task in a group of healthy older adults. Employing + a version of the Stroop task, we examined whether higher levels of cardiorespiratory + fitness were associated with an increase in activation in cortical regions + responsible for imposing attentional control along with an up-regulation of + activity in sensory brain regions that process task-relevant representations. + Higher fitness levels were associated with better behavioral performance and + an increase in the recruitment of prefrontal and parietal cortices in the + most challenging condition, thus providing evidence that cardiorespiratory + fitness is associated with an increase in the recruitment of the anterior + processing regions. There was a top-down modulation of extrastriate visual + areas that process both task-relevant and task-irrelevant attributes relative + to the baseline. However, fitness was not associated with differential activation + in the posterior processing regions, suggesting that fitness enhances attentional + function by primarily influencing the neural circuitry of anterior cortical + regions. This study provides novel evidence of a differential association + of fitness with anterior and posterior brain regions, shedding further light + onto the neural changes accompanying cardiorespiratory fitness.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIA + NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United States\",\"GrantID\":\"R01 + AG025032\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG025667\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R37 AG025667\"},{\"Agency\":\"NCRR NIH HHS\",\"Acronym\":\"RR\",\"Country\":\"United + States\",\"GrantID\":\"UL1 RR025755\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Ruchika + Shaurya\",\"Initials\":\"RS\",\"LastName\":\"Prakash\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, The Ohio State University Columbus, OH, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michelle + W\",\"Initials\":\"MW\",\"LastName\":\"Voss\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Kirk + I\",\"Initials\":\"KI\",\"LastName\":\"Erickson\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jason + M\",\"Initials\":\"JM\",\"LastName\":\"Lewis\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Laura\",\"Initials\":\"L\",\"LastName\":\"Chaddock\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Edward\",\"Initials\":\"E\",\"LastName\":\"Malkowski\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Heloisa\",\"Initials\":\"H\",\"LastName\":\"Alves\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jennifer\",\"Initials\":\"J\",\"LastName\":\"Kim\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Amanda\",\"Initials\":\"A\",\"LastName\":\"Szabo\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Siobhan + M\",\"Initials\":\"SM\",\"LastName\":\"White\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Thomas + R\",\"Initials\":\"TR\",\"LastName\":\"W\xF3jcicki\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Emily + L\",\"Initials\":\"EL\",\"LastName\":\"Klamm\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Edward\",\"Initials\":\"E\",\"LastName\":\"McAuley\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Arthur + F\",\"Initials\":\"AF\",\"LastName\":\"Kramer\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"229\",\"MedlinePgn\":\"229\"},\"ArticleDate\":{\"Day\":\"14\",\"Year\":\"2011\",\"Month\":\"01\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"229\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnhum.2010.00229\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Cardiorespiratory + fitness and attentional control in the aging brain.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"20\",\"Year\":\"2021\",\"Month\":\"10\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Stroop + task\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cardiorespiratory fitness\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cognitive + and attentional control\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"14\",\"Year\":\"2011\",\"Month\":\"07\"},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Hum Neurosci\",\"ISSNLinking\":\"1662-5161\",\"NlmUniqueID\":\"101477954\"}}},\"semantic_scholar\":{\"year\":2011,\"title\":\"Cardiorespiratory + Fitness and Attentional Control in the Aging Brain\",\"venue\":\"Frontiers + in Human Neuroscience\",\"authors\":[{\"name\":\"R. Prakash\",\"authorId\":\"2465943\"},{\"name\":\"M. + Voss\",\"authorId\":\"2437622\"},{\"name\":\"Kirk I. Erickson\",\"authorId\":\"2250670577\"},{\"name\":\"Jason + M. Lewis\",\"authorId\":\"2391712174\"},{\"name\":\"L. Chaddock\",\"authorId\":\"2330191\"},{\"name\":\"E. + Malkowski\",\"authorId\":\"2083004864\"},{\"name\":\"H. Alves\",\"authorId\":\"39731301\"},{\"name\":\"Jennifer + S. Kim\",\"authorId\":\"2109208585\"},{\"name\":\"A. Szabo\",\"authorId\":\"4830120\"},{\"name\":\"S. + White\",\"authorId\":\"4365321\"},{\"name\":\"T. W\xF3jcicki\",\"authorId\":\"3411065\"},{\"name\":\"E. + Klamm\",\"authorId\":\"4462876\"},{\"name\":\"E. McAuley\",\"authorId\":\"2248608970\"},{\"name\":\"A. + F. Kramer\",\"authorId\":\"2320461535\"}],\"paperId\":\"845f75a04f915a18ab15b97e918747cda8399b21\",\"abstract\":\"A + growing body of literature provides evidence for the prophylactic influence + of cardiorespiratory fitness on cognitive decline in older adults. This study + examined the association between cardiorespiratory fitness and recruitment + of the neural circuits involved in an attentional control task in a group + of healthy older adults. Employing a version of the Stroop task, we examined + whether higher levels of cardiorespiratory fitness were associated with an + increase in activation in cortical regions responsible for imposing attentional + control along with an up-regulation of activity in sensory brain regions that + process task-relevant representations. Higher fitness levels were associated + with better behavioral performance and an increase in the recruitment of prefrontal + and parietal cortices in the most challenging condition, thus providing evidence + that cardiorespiratory fitness is associated with an increase in the recruitment + of the anterior processing regions. There was a top-down modulation of extrastriate + visual areas that process both task-relevant and task-irrelevant attributes + relative to the baseline. However, fitness was not associated with differential + activation in the posterior processing regions, suggesting that fitness enhances + attentional function by primarily influencing the neural circuitry of anterior + cortical regions. This study provides novel evidence of a differential association + of fitness with anterior and posterior brain regions, shedding further light + onto the neural changes accompanying cardiorespiratory fitness.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnhum.2010.00229/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC3024830, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2011-01-14\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T23:21:26.853346+00:00\",\"analyses\":[{\"id\":\"9V93q5B5j3FW\",\"user\":null,\"name\":\"INCONGRUENT-ELIGIBLE\u2009>\u2009NEUTRAL + CONTRAST\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"Cortical + regions activated during the incongruent-eligible\u2009>\u2009neutral contrast + and incongruent-ineligible\u2009>\u2009neutral contrast.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Z5ggVCUynS42\",\"coordinates\":[-52.0,22.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.98}]},{\"id\":\"2qYhyYiFRh5z\",\"coordinates\":[41.0,20.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.75}]},{\"id\":\"P6WgVeAnYDXA\",\"coordinates\":[-1.0,15.0,57.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.26}]},{\"id\":\"DjZw2XzGM9Ez\",\"coordinates\":[49.0,7.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.19}]},{\"id\":\"KQVZHhtBBNB9\",\"coordinates\":[-62.0,3.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.06}]},{\"id\":\"n2GvCZNKsjSM\",\"coordinates\":[-43.0,-32.0,43.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.17}]},{\"id\":\"5F4mn2Ym3Kap\",\"coordinates\":[41.0,-37.0,57.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.31}]},{\"id\":\"MqmJ7QHs34eb\",\"coordinates\":[-33.0,52.0,21.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.91}]},{\"id\":\"GCzcakzyHd4B\",\"coordinates\":[35.0,59.0,5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.14}]},{\"id\":\"6W7meJy9tobs\",\"coordinates\":[0.0,15.0,60.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.07}]},{\"id\":\"UMKXjADL2a7d\",\"coordinates\":[47.0,-79.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.79}]},{\"id\":\"naffg35zmfAs\",\"coordinates\":[-53.0,-64.0,23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.08}]},{\"id\":\"WRoidUyCnLJs\",\"coordinates\":[39.0,-60.0,23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.44}]},{\"id\":\"Jp3tmVpC8vg2\",\"coordinates\":[-62.0,-46.0,20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.49}]},{\"id\":\"AJKBbKrsgedD\",\"coordinates\":[58.0,-48.0,20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.12}]},{\"id\":\"sHuqQWbZ86cY\",\"coordinates\":[-68.0,-14.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.71}]},{\"id\":\"ZXQkMrPgtwG9\",\"coordinates\":[31.0,-33.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.99}]},{\"id\":\"aVqtLWvnNUXA\",\"coordinates\":[37.0,-60.0,29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.56}]},{\"id\":\"DrE9YKwUxXj9\",\"coordinates\":[-35.0,-59.0,38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.18}]},{\"id\":\"sdxcE3gGirph\",\"coordinates\":[56.0,-46.0,25.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.45}]},{\"id\":\"7NLQdXSL9MzP\",\"coordinates\":[-11.0,-74.0,51.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.16}]},{\"id\":\"VbhamL8Mj2D6\",\"coordinates\":[1.0,-71.0,45.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.41}]},{\"id\":\"SCHQDKcNGkxm\",\"coordinates\":[0.0,-76.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.36}]},{\"id\":\"H8iAPuBJpvDh\",\"coordinates\":[-1.0,-76.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.36}]},{\"id\":\"Qfob5D8FVMoQ\",\"coordinates\":[1.0,-76.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.5}]},{\"id\":\"henp2Cv9Gt2k\",\"coordinates\":[-32.0,-85.0,-25.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.8}]},{\"id\":\"BWN6Yx3wzJLV\",\"coordinates\":[35.0,-56.0,-24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.46}]},{\"id\":\"XtpirNHSYBe8\",\"coordinates\":[-26.0,-98.0,-17.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.12}]},{\"id\":\"Gze3rGFyMPhb\",\"coordinates\":[3.0,-79.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.88}]},{\"id\":\"ndwY9esmcNFu\",\"coordinates\":[0.0,-92.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.8}]},{\"id\":\"cvzEAF6eYyHM\",\"coordinates\":[-21.0,-97.0,15.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.54}]},{\"id\":\"MNxcNzBapBes\",\"coordinates\":[39.0,-77.0,-19.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.22}]},{\"id\":\"MTrFHB4TMrHe\",\"coordinates\":[-33.0,-85.0,25.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.76}]},{\"id\":\"FhzssrroSGL2\",\"coordinates\":[35.0,-79.0,27.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.57}]},{\"id\":\"yffuzGtc8nyD\",\"coordinates\":[-11.0,20.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.08}]},{\"id\":\"pQi8Yv8nr4AX\",\"coordinates\":[9.0,24.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.4}]},{\"id\":\"iKQc3CJdLoWe\",\"coordinates\":[0.0,37.0,25.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.44}]},{\"id\":\"A5RA34avXcKX\",\"coordinates\":[1.0,-74.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.31}]},{\"id\":\"mMwhAZfACt7k\",\"coordinates\":[-26.0,-23.0,-11.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.47}]},{\"id\":\"5H56StAt9APs\",\"coordinates\":[17.0,-56.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.7}]},{\"id\":\"pNNbYoMWJjiP\",\"coordinates\":[-9.0,-20.0,2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.57}]},{\"id\":\"JixRD2raQNFD\",\"coordinates\":[5.0,-20.0,3.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.5}]},{\"id\":\"hVVUhryXZehu\",\"coordinates\":[-19.0,-11.0,-1.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.83}]},{\"id\":\"Vnao8iXxhxhD\",\"coordinates\":[29.0,-20.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"J3bQTgfa5KSX\",\"coordinates\":[-12.0,9.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.32}]},{\"id\":\"HYQx54GvnZWi\",\"coordinates\":[5.0,11.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.99}]},{\"id\":\"tpmHd3c7NpbF\",\"coordinates\":[0.0,-62.0,-30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.88}]},{\"id\":\"vmZPmVSapBf9\",\"coordinates\":[-1.0,-62.0,-30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.88}]},{\"id\":\"DtauPBPWqoRo\",\"coordinates\":[31.0,-56.0,-27.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.64}]}],\"images\":[]},{\"id\":\"YUTkZWwqFRD6\",\"user\":null,\"name\":\"INCONGRUENT-INELIGIBLE\u2009>\u2009NEUTRAL + CONTRAST\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"Cortical + regions activated during the incongruent-eligible\u2009>\u2009neutral contrast + and incongruent-ineligible\u2009>\u2009neutral contrast.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"o7ump3U2UTAn\",\"coordinates\":[-42.0,8.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.28}]},{\"id\":\"9GsWXKwiaGtt\",\"coordinates\":[47.0,24.0,31.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.44}]},{\"id\":\"jpBefFBdxcXf\",\"coordinates\":[-5.0,11.0,55.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.25}]},{\"id\":\"wQ6ydLFpG4Qv\",\"coordinates\":[0.0,6.0,53.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.64}]},{\"id\":\"dr8jviFE3T86\",\"coordinates\":[-49.0,-39.0,53.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.23}]},{\"id\":\"YQ28n7GdFEFj\",\"coordinates\":[43.0,12.0,41.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.7}]},{\"id\":\"4NAUAcKMfe8A\",\"coordinates\":[-36.0,50.0,21.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.74}]},{\"id\":\"z777Gxm8NC6s\",\"coordinates\":[-31.0,-71.0,27.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.52}]},{\"id\":\"FQtcuDpGNKx4\",\"coordinates\":[29.0,-80.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.12}]},{\"id\":\"7xU3gRwizFfK\",\"coordinates\":[37.0,-75.0,-5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.6}]},{\"id\":\"hnJH8AULNtHG\",\"coordinates\":[-27.0,-56.0,-15.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.24}]},{\"id\":\"m9TUo4tha8hM\",\"coordinates\":[21.0,-58.0,-13.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.48}]},{\"id\":\"SZApNVod2Yxm\",\"coordinates\":[-60.0,-47.0,20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.3}]},{\"id\":\"ecC9vjLyDNxd\",\"coordinates\":[33.0,-62.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.53}]},{\"id\":\"mwiwpVSXGLNU\",\"coordinates\":[-35.0,-67.0,43.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.33}]},{\"id\":\"6M7EJ8xGpkNh\",\"coordinates\":[58.0,-46.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.73}]},{\"id\":\"bKGTJq4H7MRe\",\"coordinates\":[21.0,-71.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.54}]},{\"id\":\"Dgw5aCCiUCJd\",\"coordinates\":[0.0,-71.0,45.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.28}]},{\"id\":\"58x8sTz8c8VD\",\"coordinates\":[33.0,-68.0,51.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.78}]},{\"id\":\"ov33Ub9Arvzu\",\"coordinates\":[-39.0,-59.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.02}]},{\"id\":\"FDCvDW5kuXM7\",\"coordinates\":[0.0,-78.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.85}]},{\"id\":\"Wt8SCwvMisGS\",\"coordinates\":[21.0,-69.0,-18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.66}]},{\"id\":\"a4iPhSeMCPwx\",\"coordinates\":[-27.0,-71.0,-21.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.38}]},{\"id\":\"rHUC5abThJRN\",\"coordinates\":[39.0,-77.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.68}]},{\"id\":\"7vwBTt8pNTfy\",\"coordinates\":[-11.0,-93.0,-19.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.19}]},{\"id\":\"zjyUdrg2N64z\",\"coordinates\":[7.0,-86.0,-5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.14}]},{\"id\":\"NuWGqsCcT6cc\",\"coordinates\":[-11.0,-87.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.06}]},{\"id\":\"uCnT67q96jK8\",\"coordinates\":[0.0,-92.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.96}]},{\"id\":\"mcsZEFeLhwiQ\",\"coordinates\":[-21.0,-97.0,14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.29}]},{\"id\":\"NRCiLSeQc49m\",\"coordinates\":[27.0,-82.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.27}]},{\"id\":\"UfNWkSCkUDKP\",\"coordinates\":[-31.0,-83.0,23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.67}]},{\"id\":\"rspVGALZ4XzN\",\"coordinates\":[29.0,-87.0,23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.05}]},{\"id\":\"cJBxLp83qWFW\",\"coordinates\":[-11.0,29.0,31.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.33}]},{\"id\":\"zLMT8X6PwMKV\",\"coordinates\":[5.0,38.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.47}]},{\"id\":\"tetwq73pawbM\",\"coordinates\":[7.0,-72.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.77}]},{\"id\":\"sC4MUjS5WWTf\",\"coordinates\":[-6.0,-74.0,7.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.33}]},{\"id\":\"GM9c9atS4FAq\",\"coordinates\":[-11.0,-81.0,-24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.76}]},{\"id\":\"pX8BxtmPDVeN\",\"coordinates\":[7.0,-77.0,-19.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.13}]},{\"id\":\"h86fqpWoy3Sf\",\"coordinates\":[-31.0,-54.0,-24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.63}]},{\"id\":\"Qaob68svWMdy\",\"coordinates\":[11.0,-71.0,-17.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.33}]}],\"images\":[]},{\"id\":\"avgnNbVgWFAe\",\"user\":null,\"name\":\"Local + maxima of cortical regions identified during the incongruent-eligible\u2009>\u2009incongruent-ineligible + contrast that showed a positive association with cardiorespiratory fitness.\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/f33/pmcid_3024830/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/21267428-10-3389-fnhum-2010-00229-pmc3024830/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Local + maxima of cortical regions identified during the incongruent-eligible\u2009>\u2009incongruent-ineligible + contrast that showed a positive association with cardiorespiratory fitness.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"MXrqHynud6ff\",\"coordinates\":[-42.0,44.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.47}]},{\"id\":\"RBGk5NRThgbX\",\"coordinates\":[-46.0,50.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.89}]},{\"id\":\"FSo79wFbVgo7\",\"coordinates\":[42.0,47.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.55}]},{\"id\":\"DSkdqmbpXWRS\",\"coordinates\":[34.0,33.0,45.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.59}]},{\"id\":\"ynrKSyMRAPV7\",\"coordinates\":[30.0,58.0,-9.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.64}]}],\"images\":[]}]},{\"id\":\"D7ANhxTZR4em\",\"created_at\":\"2025-12-04T22:14:32.813085+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Neural + and Behavioral Effects of an Adaptive Online Verbal Working Memory Training + in Healthy Middle-Aged Adults\",\"description\":\"Neural correlates of working + memory (WM) training remain a matter of debate, especially in older adults. + We used functional magnetic resonance imaging (fMRI) together with an n-back + task to measure brain plasticity in healthy middle-aged adults following an + 8-week adaptive online verbal WM training. Participants performed 32 sessions + of this training on their personal computers. In addition, we assessed direct + effects of the training by applying a verbal WM task before and after the + training. Participants (mean age 55.85 \xB1 4.24 years) were pseudo-randomly + assigned to the experimental group (n = 30) or an active control group (n + = 27). Training resulted in an activity decrease in regions known to be involved + in verbal WM (i.e., fronto-parieto-cerebellar circuitry and subcortical regions), + indicating that the brain became potentially more efficient after the training. + These activation decreases were associated with a significant performance + improvement in the n-back task inside the scanner reflecting considerable + practice effects. In addition, there were training-associated direct effects + in the additional, external verbal WM task (i.e., HAWIE-R digit span forward + task), and indicating that the training generally improved performance in + this cognitive domain. These results led us to conclude that even at advanced + age cognitive training can improve WM capacity and increase neural efficiency + in specific regions or networks.\",\"publication\":\"Frontiers in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2019.00300\",\"pmid\":\"31736741\",\"authors\":\"M\xF3nica + Emch; I. Ripp; Qiong Wu; I. Yakushev; K. Koch\",\"year\":2019,\"metadata\":{\"slug\":\"31736741-10-3389-fnagi-2019-00300-pmc6838657\",\"source\":\"semantic_scholar\",\"keywords\":[\"active + control group\",\"fronto-parietal activation\",\"middle-aged adults\",\"n-back + task\",\"supramarginal gyrus\",\"task-fMRI\",\"verbal working memory\",\"working + memory training\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"31\",\"Year\":\"2019\",\"Month\":\"7\",\"@PubStatus\":\"received\"},{\"Day\":\"18\",\"Year\":\"2019\",\"Month\":\"10\",\"@PubStatus\":\"accepted\"},{\"Day\":\"19\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"19\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"19\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"11\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2019\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"31736741\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6838657\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2019.00300\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Aboitiz + F., Aboitiz S., Garc\xEDa R. R. (2010). The phonological loop: a key innovation + in human evolution. Curr. Anthropol. 51 S55\u2013S65. 10.1086/650525\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1086/650525\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Ashburner + J. (2007). A fast diffeomorphic image registration algorithm. Neuroimage 38 + 95\u2013113. 10.1016/j.neuroimage.2007.07.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2007.07.007\",\"@IdType\":\"doi\"},{\"#text\":\"17761438\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baddeley + A. (2010). Working memory. Curr. Biol. 20 136\u2013140. 10.1016/j.cub.2009.12.014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cub.2009.12.014\",\"@IdType\":\"doi\"},{\"#text\":\"20178752\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Berit + A., Ove D. (1998). The clock-drawing test. Age Aging 27 399\u2013403. 10.1093/ageing/afs149\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/ageing/afs149\",\"@IdType\":\"doi\"},{\"#text\":\"23144287\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bokde + A., Karmann M., Born C., Teipel S., Omerovic M., Ewers M., et al. (2010). + Altered brain activation during a verbal working memory task in subjects with + amnestic mild cognitive impairment. J. Alzheimers Dis. 21 103\u2013118. 10.3233/JAD-2010-091054\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3233/JAD-2010-091054\",\"@IdType\":\"doi\"},{\"#text\":\"20413893\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Borella + E., Carretti B., Riboldi F., De Beni R. (2010). Working memory training in + older adults: evidence of transfer and maintenance effects. Psychol. Aging + 25 767\u2013778. 10.1037/a0020683\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0020683\",\"@IdType\":\"doi\"},{\"#text\":\"20973604\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brehmer + Y., Rieckmann A., Bellander M., Westerberg H., Fischer H., B\xE4ckman L. (2011). + Neural correlates of training-related working-memory gains in old age. Neuroimage + 58 1110\u20131120. 10.1016/j.neuroimage.2011.06.079\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.06.079\",\"@IdType\":\"doi\"},{\"#text\":\"21757013\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brehmer + Y., Westerberg H., B\xE4ckman L. (2012). Working-memory training in younger + and older adults: training gains, transfer, and maintenance. Front. Hum. Neurosci. + 6:63. 10.3389/fnhum.2012.00063\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2012.00063\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3313479\",\"@IdType\":\"pmc\"},{\"#text\":\"22470330\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buchsbaum + B. R., D\u2019Esposito M. (2008). The search for the phonological store: from + loop to convolution. J. Cogn. Neurosci. 20 762\u2013778. 10.1162/jocn.2008.20501\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2008.20501\",\"@IdType\":\"doi\"},{\"#text\":\"18201133\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buschkuehl + M., Jaeggi S. M., Hutchison S., Perrig-Chiello P., D\xE4pp C., M\xFCller M., + et al. (2008). Impact of working memory training on memory performance in + old-old adults. Psychol. Aging 23 743\u2013753. 10.1037/a0014342\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0014342\",\"@IdType\":\"doi\"},{\"#text\":\"19140646\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R. (2002). Prefrontal and medial temporal lobe contributions to relational + memory in young and older adults. Psychol. Aging 17 85\u2013100. 10.1037//0882-7974.17.1.85\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037//0882-7974.17.1.85\",\"@IdType\":\"doi\"},{\"#text\":\"11931290\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Daselaar S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task-specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14 364\u2013375. 10.1093/cercor/bhg133\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhg133\",\"@IdType\":\"doi\"},{\"#text\":\"15028641\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Carretti + B., Borella E., Zavagnin M., De Beni R. (2011). Impact of metacognition and + motivation on the efficacy of strategic memory training in older adults: analysis + of specific, transfer and maintenance effects. Arch. Gerontol. Geriatr. 52 + e192\u2013e197. 10.1016/j.archger.2010.11.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.archger.2010.11.004\",\"@IdType\":\"doi\"},{\"#text\":\"21126778\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Champod + A. S., Petrides M. (2010). Dissociation within the frontoparietal network + in verbal working memory: a parametric functional magnetic resonance imaging + study. J. Neurosci. 30 3849\u20133856. 10.1523/JNEUROSCI.0097-10.2010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.0097-10.2010\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6632229\",\"@IdType\":\"pmc\"},{\"#text\":\"20220020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chooi + W. (2012). Working memory and intelligence: a brief review. J. Educ. Develop. + Psychol. 2 42\u201350. 10.5539/jedp.v2n2p42\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.5539/jedp.v2n2p42\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Dahlin + E., Nyberg L., B\xE4ckman L., Neely A. S. (2008). Plasticity of executive + functioning in young and older adults: immediate training gains, transfer, + and long-term maintenance. Psychol. Aging 23 720\u2013730. 10.1037/a0014296\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0014296\",\"@IdType\":\"doi\"},{\"#text\":\"19140643\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Daneman + A., Carpenter P. A. (1980). Individual differences in working memory and reading. + J. Verbal Learn. Verbal Behav. 19 450\u2013466. 10.1016/S0022-5371(80)90312-6\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/S0022-5371(80)90312-6\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Deschamps + I., Baum S. R., Gracco V. L. (2014). Neuropsychologia on the role of the supramarginal + gyrus in phonological processing and verbal working memory: evidence from + rTMS studies. Neuropsychologia 53 39\u201346. 10.1016/j.neuropsychologia.2013.10.015\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2013.10.015\",\"@IdType\":\"doi\"},{\"#text\":\"24184438\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Emch + M., von Bastian C. C., Koch K. (2019). Neural correlates of verbal working + memory: an fMRI meta-analysis. Front. Hum. Neurosci. 13:180. 10.3389/fnhum.2019.00180\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2019.00180\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6581736\",\"@IdType\":\"pmc\"},{\"#text\":\"31244625\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein + M. F., Folstein S. E., McHugh P. R. (1975). Mini-mental state\u201D. a practical + method for grading the cognitive state of patients for the clinician. J. Psychiatr. + Res. 12 189\u2013198.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Haatveit + B. C., Sundet K., Hugdahl K., Ueland T., Melle I., Andreassen O. A. (2010). + The validity of d prime as a working memory index: results from the bergen + n-back task. J. Clin. Exp. Neuropsychol. 32 871\u2013880. 10.1080/13803391003596421\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13803391003596421\",\"@IdType\":\"doi\"},{\"#text\":\"20383801\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Habeck + C., Rakitin B., Stefener J., Stern Y. (2012). Contrasting visual working memory + for verbal and non-verbal material with multivariate analysis of fMRI. Brain + Res. 1467 27\u201341. 10.1016/j.brainres.2012.05.045.Contrasting\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brainres.2012.05.045.Contrasting\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3398171\",\"@IdType\":\"pmc\"},{\"#text\":\"22652306\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Holmes + J., Woolgar F., Hampshire A., Gathercole S. E., Holmes J. (2019). Are working + memory training effects paradigm-specific. Front. Psychol. 10:1103. 10.3389/fpsyg.2019.01103\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2019.01103\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6542987\",\"@IdType\":\"pmc\"},{\"#text\":\"31178781\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jaeggi + S. M., Buschkuehl M., Jonides J., Perrig W. J. (2008). Improving fluid intelligence + with training on working memory. Proc. Natl. Acad. Sci. U.S.A. 105 6829\u20136833. + 10.3758/s13423-014-0699-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13423-014-0699-x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2383929\",\"@IdType\":\"pmc\"},{\"#text\":\"18443283\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jaeggi + S. M., Studer-Luethi B., Buschkuehl M., Su Y. F., Jonides J., Perrig W. J. + (2010). The relationship between n-back performance and matrix reasoning - + implications for training and transfer. Intelligence 38 625\u2013635. 10.1016/j.intell.2010.09.001\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.intell.2010.09.001\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Jansma + J. M., Ramsey N. F., Slagter H. A., Kahn R. S. (2001). Functional anatomical + correlates of controlled and automatic processing. J. Cogn. Neurosci. 13 730\u2013743. + 10.1162/08989290152541403\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/08989290152541403\",\"@IdType\":\"doi\"},{\"#text\":\"11564318\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kelly + A. M. C., Garavan H. (2005). Human functional neuroimaging of brain changes + associated with practice. Cereb. Cortex 15 1089\u20131102. 10.1093/cercor/bhi005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhi005\",\"@IdType\":\"doi\"},{\"#text\":\"15616134\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Klingberg + T., Forssberg H., Westerberg H. (2002). Training of working memory in children + with ADHD. J. Clin. Exp. Neuropsychol. 24 781\u2013791. 10.1076/jcen.24.6.781.8395\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1076/jcen.24.6.781.8395\",\"@IdType\":\"doi\"},{\"#text\":\"12424652\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Knopman + D. S. (2012). Subjective cognitive impairment. Neurology 79 1308\u20131309. + 10.1212/WNL.0b013e31826c1bd1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/WNL.0b013e31826c1bd1\",\"@IdType\":\"doi\"},{\"#text\":\"22914836\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kornblith + S., Quiroga R. Q., Koch C., Fried I., Mormann F., Kornblith S., et al. (2017). + Persistent single-neuron activity during working memory in the human medial + temporal lobe. Curr. Biol. 27 1026\u20131032. 10.1016/j.cub.2017.02.013\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cub.2017.02.013\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5510887\",\"@IdType\":\"pmc\"},{\"#text\":\"28318972\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kulikowski + K., Potasz-Kulikowska K. (2016). Can we measure working memory via the Internet? + the reliability and factorial validity of an online n-back task. Pol. Psychol. + Bull. 47 51\u201361. 10.1515/ppb-2016-0006\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1515/ppb-2016-0006\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Landsberger + H. A. (1958). Hawthorne revisited. Soc. Forces 37:119.\"},{\"Citation\":\"Li + S. C., Schmiedek F., Huxhold O., R\xF6cke C., Smith J., Lindenberger U. (2008). + Working memory plasticity in old age: practice gain, transfer, and maintenance. + Psychol. Aging 23 731\u2013742. 10.1037/a0014343\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0014343\",\"@IdType\":\"doi\"},{\"#text\":\"19140644\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Linares + R., Borella E., Lechuga M. T., Carretti B., Pelegrina S. (2019). Nearest transfer + effects of working memory training: a comparison of two programs focused on + working memory updating. PLoS One 14:e0211321. 10.1371/journal.pone.0211321\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0211321\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6373913\",\"@IdType\":\"pmc\"},{\"#text\":\"30759135\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Meule + A. (2017). Reporting and interpreting working memory performance in n-back + tasks. Front. Psychol. 8:352. 10.1002/hup.1248\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hup.1248\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5339218\",\"@IdType\":\"pmc\"},{\"#text\":\"28326058\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mir\xF3-Padilla + A., Bueichek\xFA E., Ventura-campos N. (2018). Long-term brain effects of + N-back training: an fMRI study. Brain Imaging Behav. 13 1115\u20131127. 10.1007/s11682-018-9925-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11682-018-9925-x\",\"@IdType\":\"doi\"},{\"#text\":\"30006860\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Molz + G., Schulze R., Schroeders U., Wilhelm O. (2010). Wechsler intelligenztest + f\xFCr erwachsene WIE. deutschsprachige bearbeitung und adaptation des WAlS-lI! + von david wechsler. Psychol. Rundsch. 61 229\u2013230./a000042\"},{\"Citation\":\"Oberauer + K. (2005). Binding and inhibition in working memory: individual and age differences + in short-term recognition. J. Exp. Psychol. 134 368\u2013387. 10.1037/0096-3445.134.3.368\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0096-3445.134.3.368\",\"@IdType\":\"doi\"},{\"#text\":\"16131269\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25 46\u201359. 10.1002/hbm.20131\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20131\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871745\",\"@IdType\":\"pmc\"},{\"#text\":\"15846822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Packard + M. G., Knowlton B. J. (2002). Learning and memory functions of the basal ganglia. + Annu. Rev. Neurosci. 25 563\u2013593. 10.1146/annurev.neuro.25.112701.142937\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev.neuro.25.112701.142937\",\"@IdType\":\"doi\"},{\"#text\":\"12052921\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Reuter-Lorenz P. (2009). The adaptive brain: aging and neurocognitive + scaffolding. Annu. Neurosci. 60 173\u2013196. 10.1146/annurev.psych.59.103006.093656\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev.psych.59.103006.093656\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3359129\",\"@IdType\":\"pmc\"},{\"#text\":\"19035823\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pliatsikas + C., Verissimo J., Babcock L., Pullman M. Y., Glei D. A., Weinstein M., et + al. (2018). Working memory in older adults declines with age, but is modulated + by sex and education. Q. J. Exp. Psychol. 72 1308\u20131327. 10.1177/1747021818791994\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/1747021818791994\",\"@IdType\":\"doi\"},{\"#text\":\"30012055\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Poldrack + R. A. (2000). Imaging brain plasticity: conceptual and methodological issues + \u2014 a theoretical review. Neuroimage 12 1\u201313. 10.1006/nimg.2000.0596\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2000.0596\",\"@IdType\":\"doi\"},{\"#text\":\"10875897\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Power + J. D., Barnes K. A., Snyder A. Z., Schlaggar B. L., Petersen S. E. (2012). + Spurious but systematic correlations in functional connectivity MRI networks + arise from subject motion. Neuroimage 59 2142\u20132154. 10.1016/j.neuroimage.2011.10.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.10.018\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3254728\",\"@IdType\":\"pmc\"},{\"#text\":\"22019881\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Power + J. D., Mitra A., Laumann T. O., Synder A. Z., Schlaggar B. L., Petersen S. + E. (2014). Methods to detect, characterize, and remove motion artifact in + resting state fMRI. Neuroimage 84 1\u201345. 10.1016/j.neuroimage.2013.08.048.Methods\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2013.08.048.Methods\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3849338\",\"@IdType\":\"pmc\"},{\"#text\":\"23994314\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + P. A., Cappell K. A. (2008). Neurocognitive aging and the compensation hypothesis. + Curr. Direct. Psychol. Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/j.1467-8721.2008.00570.x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Rottschy + C., Langner R., Dogan I., Reetz K., Laird A. R., Schulz J. B., et al. (2012). + Modelling neural correlates of working memory: a coordinate-based meta-analysis. + Neuroimage 60 830\u2013846. 10.1016/j.neuroimage.2011.11.050\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.11.050\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3288533\",\"@IdType\":\"pmc\"},{\"#text\":\"22178808\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salmi + J., Nyberg L., Laine M. (2018). Working memory training mostly engages general-purpose + large-scale networks for learning. Neurosci. Biobehav. Rev. 93 108\u2013122. + 10.1016/j.neubiorev.2018.03.019\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neubiorev.2018.03.019\",\"@IdType\":\"doi\"},{\"#text\":\"29574197\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schmiedek + F., Hildebrandt A., L\xF6vd\xE9n M., Wilhelm O., Lindenberger U. (2009). Complex + span versus updating tasks of working memory: the gap is not that deep. J. + Exp. Psychol. 35 1089\u20131096. 10.1037/a0015730\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0015730\",\"@IdType\":\"doi\"},{\"#text\":\"19586272\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schneiders + J. A., Opitz B., Tang H., Deng Y., Xie C., Li H., et al. (2012). The impact + of auditory working memory training on the fronto-parietal working memory + network. Front. Hum. Neurosci. 6:173. 10.3389/fnhum.2012.00173\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2012.00173\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3373207\",\"@IdType\":\"pmc\"},{\"#text\":\"22701418\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schweizer + S., Grahn J., Hampshire A., Mobbs D., Dalgleish T. (2013). Training the emotional + brain: improving affective control through emotional working memory training. + J. Neurosci. 33 5301\u20135311. 10.1523/JNEUROSCI.2593-12.2013\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.2593-12.2013\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6704999\",\"@IdType\":\"pmc\"},{\"#text\":\"23516294\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sheehan + D. V., Lecrubier Y., Sheehan K. H., Amorim P., Janavs J., Weiller E., et al. + (1998). The mini-international neuropsychiatric interview (M.I.N.I.): the + development and validation of a structured diagnostic psychiatric interview + for DSM-IV and ICD-10. J. Clin. Psychiatry 59 22\u201357.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9881538\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Siegel + J. S., Power J. D., Dubis J. W., Vogel A. C., Church J. A., Schlaggar B. L., + et al. (2014). Statistical improvements in functional magnetic resonance imaging + analyses produced by censoring high-motion data points. Hum. Brain Mapp. 35 + 1981\u20131996. 10.1002/hbm.22307\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.22307\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3895106\",\"@IdType\":\"pmc\"},{\"#text\":\"23861343\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Thompson + T. W., Waskom M. L., Gabrieli J. D. E. (2016). Intensive working memory training + produces functional changes in large-scale fronto-parietal networks. J. Cogn. + Neurosci. 28 575\u2013588. 10.1162/jocn\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5724764\",\"@IdType\":\"pmc\"},{\"#text\":\"26741799\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tusch + E. S., Alperin B. R., Ryan E., Holcomb P. J., Mohammed A. H., Daffner K. R. + (2016). Changes in neural activity underlying working memory after computerized + cognitive training in older adults. Front. Aging Neurosci. 8:255. 10.3389/fnagi.2016.00255\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2016.00255\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5099139\",\"@IdType\":\"pmc\"},{\"#text\":\"27877122\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vartanian + O., Jobidon M., Bouak F., Nakashima A., Smith I., Lam Q., et al. (2013). Working + memory training is associated with lower prefrontal cortex activation in a + divergent thinking task. Neuroscience 236 186\u2013194. 10.1016/j.neuroscience.2012.12.060\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroscience.2012.12.060\",\"@IdType\":\"doi\"},{\"#text\":\"23357116\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"von + Bastian C. C., Oberauer K. (2014). Effects and mechanisms of working memory + training: a review. Psychol. Res. 78 803\u2013820. 10.1007/s00426-013-0524-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00426-013-0524-6\",\"@IdType\":\"doi\"},{\"#text\":\"24213250\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wiley + J., Jarosz A. F. (2012). Working memory capacity, attentional focus, and problem + solving. Curr. Dir. Psychol. Sci. 21 258\u2013262. 10.1177/0963721412447622\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/0963721412447622\",\"@IdType\":\"doi\"},{\"#text\":\"0\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yesavage + J. A., Brink T. L., Rose T. L., Lum O., Huang V., Adey M., et al. (1983). + Development and validation of a geriatric depression screening scale: a preliminary + report. J. Psychiatric Res. 17 37\u201349. 10.1016/0022-3956(82)90033-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0022-3956(82)90033-4\",\"@IdType\":\"doi\"},{\"#text\":\"7183759\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zilles + D., Lewandowski M., Vieker H., Henseler I., Diekhof E., Melcher T., et al. + (2016). Gender differences in verbal and visuospatial working memory performance + and networks. Neuropsychobiology 73 52\u201363. 10.1159/000443174\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000443174\",\"@IdType\":\"doi\"},{\"#text\":\"26859775\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"31736741\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"11\",\"PubDate\":{\"Year\":\"2019\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":{\"i\":[\"n\",\"n\"],\"#text\":\"Neural + correlates of working memory (WM) training remain a matter of debate, especially + in older adults. We used functional magnetic resonance imaging (fMRI) together + with an n-back task to measure brain plasticity in healthy middle-aged adults + following an 8-week adaptive online verbal WM training. Participants performed + 32 sessions of this training on their personal computers. In addition, we + assessed direct effects of the training by applying a verbal WM task before + and after the training. Participants (mean age 55.85 \xB1 4.24 years) were + pseudo-randomly assigned to the experimental group ( = 30) or an active control + group ( = 27). Training resulted in an activity decrease in regions known + to be involved in verbal WM (i.e., fronto-parieto-cerebellar circuitry and + subcortical regions), indicating that the brain became potentially more efficient + after the training. These activation decreases were associated with a significant + performance improvement in the n-back task inside the scanner reflecting considerable + practice effects. In addition, there were training-associated direct effects + in the additional, external verbal WM task (i.e., HAWIE-R digit span forward + task), and indicating that the training generally improved performance in + this cognitive domain. These results led us to conclude that even at advanced + age cognitive training can improve WM capacity and increase neural efficiency + in specific regions or networks.\"},\"CopyrightInformation\":\"Copyright \xA9 + 2019 Emch, Ripp, Wu, Yakushev and Koch.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"M\xF3nica\",\"Initials\":\"M\",\"LastName\":\"Emch\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Neuroradiology, School of Medicine, Klinikum Rechts der Isar, Technical + University of Munich, Munich, Germany.\"},{\"Affiliation\":\"TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany.\"},{\"Affiliation\":\"Graduate + School of Systemic Neurosciences, Ludwig-Maximilians-Universit\xE4t, Martinsried, + Germany.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Isabelle\",\"Initials\":\"I\",\"LastName\":\"Ripp\",\"AffiliationInfo\":[{\"Affiliation\":\"TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany.\"},{\"Affiliation\":\"Graduate + School of Systemic Neurosciences, Ludwig-Maximilians-Universit\xE4t, Martinsried, + Germany.\"},{\"Affiliation\":\"Department of Nuclear Medicine, School of Medicine, + Klinikum Rechts der Isar, Technical University of Munich, Munich, Germany.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Qiong\",\"Initials\":\"Q\",\"LastName\":\"Wu\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Neuroradiology, School of Medicine, Klinikum Rechts der Isar, Technical + University of Munich, Munich, Germany.\"},{\"Affiliation\":\"TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Igor\",\"Initials\":\"I\",\"LastName\":\"Yakushev\",\"AffiliationInfo\":[{\"Affiliation\":\"TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany.\"},{\"Affiliation\":\"Graduate + School of Systemic Neurosciences, Ludwig-Maximilians-Universit\xE4t, Martinsried, + Germany.\"},{\"Affiliation\":\"Department of Nuclear Medicine, School of Medicine, + Klinikum Rechts der Isar, Technical University of Munich, Munich, Germany.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Kathrin\",\"Initials\":\"K\",\"LastName\":\"Koch\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Neuroradiology, School of Medicine, Klinikum Rechts der Isar, Technical + University of Munich, Munich, Germany.\"},{\"Affiliation\":\"TUM-Neuroimaging + Center, Technical University of Munich, Munich, Germany.\"},{\"Affiliation\":\"Graduate + School of Systemic Neurosciences, Ludwig-Maximilians-Universit\xE4t, Martinsried, + Germany.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"300\",\"MedlinePgn\":\"300\"},\"ArticleDate\":{\"Day\":\"01\",\"Year\":\"2019\",\"Month\":\"11\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"300\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2019.00300\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Neural + and Behavioral Effects of an Adaptive Online Verbal Working Memory Training + in Healthy Middle-Aged Adults.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"04\",\"Year\":\"2023\",\"Month\":\"11\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"active + control group\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fronto-parietal activation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"middle-aged + adults\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"n-back task\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"supramarginal + gyrus\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"task-fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"verbal + working memory\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"working memory training\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Neural + and Behavioral Effects of an Adaptive Online Verbal Working Memory Training + in Healthy Middle-Aged Adults\",\"venue\":\"Frontiers in Aging Neuroscience\",\"authors\":[{\"name\":\"M\xF3nica + Emch\",\"authorId\":\"114409996\"},{\"name\":\"I. Ripp\",\"authorId\":\"91149694\"},{\"name\":\"Qiong + Wu\",\"authorId\":\"2117830044\"},{\"name\":\"I. Yakushev\",\"authorId\":\"144672519\"},{\"name\":\"K. + Koch\",\"authorId\":\"2856557\"}],\"paperId\":\"2daaceb3551e1e047b97732595148db11a227c87\",\"abstract\":\"Neural + correlates of working memory (WM) training remain a matter of debate, especially + in older adults. We used functional magnetic resonance imaging (fMRI) together + with an n-back task to measure brain plasticity in healthy middle-aged adults + following an 8-week adaptive online verbal WM training. Participants performed + 32 sessions of this training on their personal computers. In addition, we + assessed direct effects of the training by applying a verbal WM task before + and after the training. Participants (mean age 55.85 \xB1 4.24 years) were + pseudo-randomly assigned to the experimental group (n = 30) or an active control + group (n = 27). Training resulted in an activity decrease in regions known + to be involved in verbal WM (i.e., fronto-parieto-cerebellar circuitry and + subcortical regions), indicating that the brain became potentially more efficient + after the training. These activation decreases were associated with a significant + performance improvement in the n-back task inside the scanner reflecting considerable + practice effects. In addition, there were training-associated direct effects + in the additional, external verbal WM task (i.e., HAWIE-R digit span forward + task), and indicating that the training generally improved performance in + this cognitive domain. These results led us to conclude that even at advanced + age cognitive training can improve WM capacity and increase neural efficiency + in specific regions or networks.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2019.00300/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6838657, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2019-11-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T22:16:19.320143+00:00\",\"analyses\":[{\"id\":\"Q25ACBWeNS4H\",\"user\":null,\"name\":\"t2\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001_info.json\",\"table_label\":\"TABLE + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_001_info.json\",\"table_label\":\"TABLE + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"List + of higher brain activation in the experimental group at S1 compared to S2 + [i.e., experimental group (S1) > experimental group (S2) at p < 0.05 FDR corrected + with a cluster extension of k = 10 voxels].\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"yiCpB4HnUp37\",\"coordinates\":[-42.0,-76.0,-30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.11}]},{\"id\":\"tabqb2Jd8XvV\",\"coordinates\":[20.0,-20.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.99}]},{\"id\":\"NBLdxd2LtmdE\",\"coordinates\":[60.0,-48.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.9}]},{\"id\":\"iMYH7tosCp8R\",\"coordinates\":[-50.0,-50.0,38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.81}]},{\"id\":\"kyUBs5eTcEY9\",\"coordinates\":[-22.0,-72.0,-26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.79}]},{\"id\":\"3SQBNeqtWUXN\",\"coordinates\":[-56.0,-36.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.65}]},{\"id\":\"ZGAZVJTMb2Yv\",\"coordinates\":[22.0,-52.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.3}]},{\"id\":\"eSKjvA6vTW9c\",\"coordinates\":[16.0,-72.0,38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.27}]},{\"id\":\"2Dt2KWA7xCvu\",\"coordinates\":[4.0,-30.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.22}]},{\"id\":\"9vvZymZxeyJe\",\"coordinates\":[42.0,-78.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.21}]},{\"id\":\"D6oZ3TaAhHjJ\",\"coordinates\":[-12.0,4.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.18}]},{\"id\":\"zwDk3phnsHKz\",\"coordinates\":[22.0,-84.0,-26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.13}]},{\"id\":\"ZvA2tcMKKRg8\",\"coordinates\":[-28.0,-58.0,-48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.12}]},{\"id\":\"uiZxVMRQ7MgN\",\"coordinates\":[-18.0,-66.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.12}]},{\"id\":\"PPog8W2UHp9Z\",\"coordinates\":[0.0,-70.0,-22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.11}]},{\"id\":\"2RUaLAnSidJy\",\"coordinates\":[32.0,26.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.09}]},{\"id\":\"vMW2ddLrLpi4\",\"coordinates\":[-22.0,-50.0,-24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.09}]},{\"id\":\"VGiH8uSHRpQE\",\"coordinates\":[8.0,-64.0,-42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.01}]},{\"id\":\"S9BzKkrjXTtG\",\"coordinates\":[20.0,-30.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.97}]},{\"id\":\"YzKS6x4QyJNv\",\"coordinates\":[-40.0,-78.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.93}]},{\"id\":\"w2qPDPXFZTdQ\",\"coordinates\":[36.0,20.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.8}]},{\"id\":\"mpPg4xq37vMm\",\"coordinates\":[-2.0,-48.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.78}]},{\"id\":\"dE5hR4L376um\",\"coordinates\":[34.0,-20.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.78}]},{\"id\":\"sezYGnpDtzJu\",\"coordinates\":[-32.0,44.0,10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.78}]},{\"id\":\"ZuyYn9Y9j7Jv\",\"coordinates\":[28.0,56.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.75}]},{\"id\":\"7iwhas5zUSPD\",\"coordinates\":[26.0,-66.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.73}]},{\"id\":\"ptSxoVrQzJdh\",\"coordinates\":[-34.0,-74.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.72}]},{\"id\":\"76uQNuYWH5gk\",\"coordinates\":[-34.0,-88.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.69}]},{\"id\":\"4BgS5AkzGPcC\",\"coordinates\":[12.0,-80.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.65}]},{\"id\":\"hprpCjCB3F8A\",\"coordinates\":[6.0,-38.0,0.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.65}]},{\"id\":\"7syeDPZwmQVQ\",\"coordinates\":[52.0,-30.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.65}]},{\"id\":\"hbv9b8hXx7Uz\",\"coordinates\":[4.0,-2.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.62}]},{\"id\":\"26f7xhG2EXWK\",\"coordinates\":[32.0,-86.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.6}]},{\"id\":\"pC8k7zva6DUH\",\"coordinates\":[-38.0,-60.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.59}]},{\"id\":\"sS2tN2yJqcT4\",\"coordinates\":[-48.0,-72.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.59}]},{\"id\":\"gsGsP244GDWM\",\"coordinates\":[6.0,-12.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.55}]},{\"id\":\"emzFJ2JtZwAc\",\"coordinates\":[36.0,-52.0,-28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"aQFUu3LD9EbT\",\"coordinates\":[-4.0,46.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"btDq5i7HiqqS\",\"coordinates\":[-12.0,-42.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.51}]}],\"images\":[]},{\"id\":\"gjAmGsCZoKdo\",\"user\":null,\"name\":\"t3\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002_info.json\",\"table_label\":\"TABLE + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/588/pmcid_6838657/tables/table_002_info.json\",\"table_label\":\"TABLE + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31736741-10-3389-fnagi-2019-00300-pmc6838657/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"List + of brain activations for the interaction [i.e., experimental group (S1 > S2) + > control group (S1 > S2) at p < 0.05 FDR corrected with a cluster extension + of k = 6 voxels].\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Bz8WJ76mTh2F\",\"coordinates\":[0.0,-68.0,-22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.07}]},{\"id\":\"EzjHGuQP2ejn\",\"coordinates\":[-42.0,-76.0,-30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.79}]},{\"id\":\"jbf2fKnbEMD2\",\"coordinates\":[18.0,-22.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.66}]},{\"id\":\"BoczEaermZsK\",\"coordinates\":[-58.0,-38.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.65}]},{\"id\":\"jkRPooVKLcEu\",\"coordinates\":[16.0,-66.0,-34.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.44}]},{\"id\":\"URu8MeS3tko5\",\"coordinates\":[-22.0,-76.0,-36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.43}]},{\"id\":\"JUEYVHCT7GMu\",\"coordinates\":[40.0,-80.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.33}]},{\"id\":\"f4WG4pJiqwdq\",\"coordinates\":[46.0,-58.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.33}]},{\"id\":\"BkTNfJsAYvdr\",\"coordinates\":[-52.0,-70.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.23}]},{\"id\":\"4QbkX6Uc92fx\",\"coordinates\":[18.0,50.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.23}]},{\"id\":\"TVMPUrJbnwwj\",\"coordinates\":[32.0,28.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.13}]},{\"id\":\"tLE978GqMD3z\",\"coordinates\":[18.0,56.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.09}]},{\"id\":\"64gpMjayEN3K\",\"coordinates\":[-50.0,-50.0,38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.08}]},{\"id\":\"aqxwAPnudzPt\",\"coordinates\":[-12.0,-42.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.03}]},{\"id\":\"djKVPso4yqPL\",\"coordinates\":[60.0,-46.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.02}]},{\"id\":\"rT4E7rSzjhZa\",\"coordinates\":[-48.0,-62.0,38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.0}]},{\"id\":\"rXcqzouQu28Q\",\"coordinates\":[4.0,-44.0,10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.97}]},{\"id\":\"JCZ743rGaqxd\",\"coordinates\":[6.0,46.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.93}]},{\"id\":\"BLHexCuM6YDF\",\"coordinates\":[-2.0,-72.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.91}]},{\"id\":\"dFTPQVLVnCKT\",\"coordinates\":[12.0,-80.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.9}]}],\"images\":[]}]},{\"id\":\"DbLDoRQi3NZu\",\"created_at\":\"2025-12-03T18:06:08.549925+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Resting-state + functional brain connectivity in a predominantly African-American sample of + older adults: exploring links among personality traits, cognitive performance, + and the default mode network\",\"description\":\"Abstract The personality + traits of neuroticism, openness, and conscientiousness are relevant factors + for cognitive aging outcomes. The present study examined how these traits + were associated with cognitive abilities and corresponding resting-state functional + connectivity (RSFC) of the default mode network (DMN) in an older and predominantly + minority sample. A sample of 58 cognitively unimpaired, largely African-American, + older adults (M age = 68.28 \xB1 8.33) completed a standard RSFC magnetic + resonance imaging sequence, a Big Five measure of personality, and delayed + memory, Stroop, and verbal fluency tasks. Personality trait associations of + within-network connectivity of the posterior cingulate cortex (PCC), a hub + of the DMN, were examined using a seed-based approach. Trait scores were regressed + on cognitive performance (delayed memory for neuroticism, Stroop for conscientiousness, + and verbal fluency for openness). Greater openness predicted greater verbal + fluency and greater RSFC between the PCC and eight clusters, including the + medial prefrontal cortex, left middle frontal gyrus, and precuneus. Greater + PCC\u2013precuneus connectivity predicted greater verbal fluency. Neuroticism + and conscientiousness did not significantly predict either cognitive performance + or RSFC. Although requiring replication and elaboration, the results implicate + openness as a contributing factor to cognitive aging via concomitant cognitive + performance and connectivity within cortical hubs of the DMN and add to the + sparse literature on these variables in a diverse group of older adults.\",\"publication\":\"Personality + Neuroscience\",\"doi\":\"10.1017/pen.2020.4\",\"pmid\":\"32524064\",\"authors\":\"N. + Crane; J. Hayes; Raymond P. Viviano; T. Bogg; J. Damoiseaux\",\"year\":2020,\"metadata\":{\"slug\":\"32524064-10-1017-pen-2020-4-pmc7253688\",\"source\":\"semantic_scholar\",\"keywords\":[\"Big + Five traits\",\"Cognitive aging\",\"Neuroimaging\",\"Openness\",\"Verbal fluency\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"7\",\"Year\":\"2019\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"29\",\"Year\":\"2020\",\"Month\":\"1\",\"@PubStatus\":\"revised\"},{\"Day\":\"6\",\"Year\":\"2020\",\"Month\":\"2\",\"@PubStatus\":\"accepted\"},{\"Day\":\"12\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"6\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"12\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"6\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"12\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"6\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"27\",\"Year\":\"2020\",\"Month\":\"3\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"32524064\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC7253688\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1017/pen.2020.4\",\"@IdType\":\"doi\"},{\"#text\":\"S2513988620000048\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Adelstein, + J. S. , Shehzad, Z. , Mennes, M. , DeYoung, C. G. , Zuo, X. N. , Kelly, C. + , \u2026 Milham, M. P. (2011). Personality is reflected in the brain\u2019s + intrinsic functional architecture. PLoS ONE, 6, e27633 10.1371/journal.pone.0027633.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0027633\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3227579\",\"@IdType\":\"pmc\"},{\"#text\":\"22140453\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Aghajani, + M. , Veer, I. M. , Van Tol, M. J. , Aleman, A. , Van Buchem, M. A. , Veltman, + D. J. , \u2026 van der Wee, N. J. (2014). Neuroticism and extraversion are + associated with amygdala resting-state functional connectivity. Cognitive, + Affective, & Behavioral Neuroscience, 14, 836\u2013848. 10.3758/s13415-013-0224-0.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13415-013-0224-0\",\"@IdType\":\"doi\"},{\"#text\":\"24352685\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Andrews-Hanna, + J. R. , Snyder, A. Z. , Vincent, J. L. , Lustig, C. , Head, D. , Raichle, + M. E. , & Buckner, R. L. (2007). Disruption of large-scale brain systems in + advanced aging. Neuron, 56, 924\u2013935. 10.1016/j.neuron.2007.10.038.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuron.2007.10.038\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2709284\",\"@IdType\":\"pmc\"},{\"#text\":\"18054866\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ayotte, + B. J. , Potter, G. G. , Williams, H. T. , Steffens, D. C. , & Bosworth, H. + B. (2009). The moderating role of personality factors in the relationship + between depression and neuropsychological functioning among older adults. + International Journal of Geriatric Psychiatry: A Journal of the Psychiatry + of Late Life and Allied Sciences, 24, 1010\u20131019. 10.1002/gps.2213.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/gps.2213\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2730210\",\"@IdType\":\"pmc\"},{\"#text\":\"19226526\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Beaty, + R. E. , Kaufman, S. B. , Benedek, M. , Jung, R. E. , Kenett, Y. N. , Jauk, + E. , \u2026 Silvia, P. J. (2016). Personality and complex brain networks: + The role of openness to experience in default network efficiency. Human Brain + Mapping, 37, 773\u2013779. 10.1002/hbm.23065.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.23065\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4738373\",\"@IdType\":\"pmc\"},{\"#text\":\"26610181\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Binnewijzend, + M. A. , Schoonheim, M. M. , Sanz-Arigita, E. , Wink, A. M. , van der Flier, + W. M. , Tolboom, N. , \u2026 Barkhof, F. (2012). Resting-state fMRI changes + in Alzheimer\u2019s disease and mild cognitive impairment. Neurobiology of + Aging, 33, 2018\u20132028. 10.1016/j.neurobiolaging.2011.07.003.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2011.07.003\",\"@IdType\":\"doi\"},{\"#text\":\"21862179\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bogg, + T. , & Vo, P. T. (2014). Openness, neuroticism, conscientiousness, and family + health and aging concerns interact in the prediction of health-related internet + searches in a representative US sample. Frontiers in Psychology, 5, 370 10.3389/fpsyg.2014.00370.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2014.00370\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4010796\",\"@IdType\":\"pmc\"},{\"#text\":\"24808880\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chapman, + B. , Duberstein, P. , Tindle, H. A. , Sink, K. M. , Robbins, J. , Tancredi, + D. J. , \u2026 Gingko Evaluation of Memory Study Investigators. (2012). Personality + predicts cognitive function over 7 years in older persons. The American Journal + of Geriatric Psychiatry, 20, 612\u2013621. 10.1097/JGP.0b013e31822cc9cb.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/JGP.0b013e31822cc9cb\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3384996\",\"@IdType\":\"pmc\"},{\"#text\":\"22735597\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Damoiseaux, + J. S. , Beckmann, C. F. , Arigita, E. S. , Barkhof, F. , Scheltens, P. , Stam, + C. J. , \u2026 Rombouts, S. A. R. B. (2007). Reduced resting-state brain activity + in the \u201Cdefault network\u201D in normal aging. Cerebral Cortex, 18, 1856\u20131864. + 10.1093/cercor/bhm207.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhm207\",\"@IdType\":\"doi\"},{\"#text\":\"18063564\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Damoiseaux, + J. S. , Prater, K. E. , Miller, B. L. , & Greicius, M. D. (2012). Functional + connectivity tracks clinical deterioration in Alzheimer\u2019s disease. Neurobiology + of Aging, 33, 828.e19\u2013828.e30. 10.1016/j.neurobiolaging.2011.06.024.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2011.06.024\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3218226\",\"@IdType\":\"pmc\"},{\"#text\":\"21840627\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Damoiseaux, + J. S. , Rombouts, S. A. R. B. , Barkhof, F. , Scheltens, P. , Stam, C. J. + , Smith, S. M. , & Beckmann, C. F. (2006). Consistent resting-state networks + across healthy subjects. Proceedings of the National Academy of Sciences, + 103, 13848\u201313853. 10.1073/pnas.0601417103.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0601417103\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1564249\",\"@IdType\":\"pmc\"},{\"#text\":\"16945915\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"DeYoung, + C. G. , Grazioplene, R. G. , & Peterson, J. B. (2012). From madness to genius: + The Openness/Intellect trait domain as a paradoxical simplex. Journal of Research + in Personality, 46, 63\u201378. 10.1016/j.jrp.2011.12.003.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.jrp.2011.12.003\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Dubois, + J. , Galdi, P. , Han, Y. , Paul, L. K. , & Adolphs, R. (2018). Resting-state + functional brain connectivity best predicts the personality dimension of openness + to experience. Personality Neuroscience, 1, E6 10.1017/pen.2018.8.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/pen.2018.8\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6138449\",\"@IdType\":\"pmc\"},{\"#text\":\"30225394\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Falk, + E. B. , Hyde, L. W. , Mitchell, C. , Faul, J. , Gonzalez, R. , Heitzeg, M. + M. , \u2026 Morrison, F. J. (2013). What is a representative brain? Neuroscience + meets population science. Proceedings of the National Academy of Sciences, + 110, 17615\u201317622. 10.1073/pnas.1310134110.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1310134110\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3816464\",\"@IdType\":\"pmc\"},{\"#text\":\"24151336\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein, + M. F. , Folstein, S. E. , & Mchugh, P. R. (1975). \u201CMini-mental state\u201D: + A practical method for grading cognitive state of patients for clinician. + Journal of Psychiatric Research, 12, 189\u2013198. 10.1016/0022-3956(75)90026-6.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0022-3956(75)90026-6\",\"@IdType\":\"doi\"},{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fox, + M. D. , Snyder, A. Z. , Vincent, J. L. , Corbetta, M. , Van Essen, D. C. , + & Raichle, M. E. (2005). The human brain is intrinsically organized into dynamic, + anticorrelated functional networks. Proceedings of the National Academy of + Sciences of the United States of America, 102, 9673\u20139678. 10.1073/pnas.0504136102.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0504136102\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1157105\",\"@IdType\":\"pmc\"},{\"#text\":\"15976020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gili, + T. , Cercignani, M. , Serra, L. , Perri, R. , Giove, F. , Maraviglia, B. , + \u2026 Bozzali, M. (2011). Regional brain atrophy and functional disconnection + across Alzheimer\u2019s disease evolution. Journal of Neurology, Neurosurgery + & Psychiatry, 82, 58\u201366. 10.1136/jnnp.2009.199935.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1136/jnnp.2009.199935\",\"@IdType\":\"doi\"},{\"#text\":\"20639384\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Graham, + E. K. , & Lachman, M. E. (2014). Personality traits, facets and cognitive + performance: Age differences in their relations. Personality and Individual + Differences, 59, 89\u201395. 10.1016/j.paid.2013.11.011.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.paid.2013.11.011\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4014779\",\"@IdType\":\"pmc\"},{\"#text\":\"24821992\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Greicius, + M. D. , Krasnow, B. , Reiss, A. L. , & Menon, V. (2003). Functional connectivity + in the resting brain: A network analysis of the default mode hypothesis. Proceedings + of the National Academy of Sciences, 100, 253\u2013258. 10.1073/pnas.0135058100.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0135058100\",\"@IdType\":\"doi\"},{\"#text\":\"PMC140943\",\"@IdType\":\"pmc\"},{\"#text\":\"12506194\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hedden, + T. , Van Dijk, K. R. , Becker, J. A. , Mehta, A. , Sperling, R. A. , Johnson, + K. A. , & Buckner, R. L. (2009). Disruption of functional connectivity in + clinically normal older adults harboring amyloid burden. Journal of Neuroscience, + 29, 12686\u201312694. 10.1523/JNEUROSCI.3189-09.2009.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.3189-09.2009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2808119\",\"@IdType\":\"pmc\"},{\"#text\":\"19812343\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hsu, + W. T. , Rosenberg, M. D. , Scheinost, D. , Constable, R. T. , & Chun, M. M. + (2018). Resting state functional connectivity predicts neuroticism and extraversion + in novel individuals. Social Cognitive and Affective Neuroscience, 13, 224\u2013232. + 10.1093/scan/nsy002.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/scan/nsy002\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5827338\",\"@IdType\":\"pmc\"},{\"#text\":\"29373729\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jackson, + J. , Balota, D. A. , & Head, D. (2011). Exploring the relationship between + personality and regional brain volume in healthy aging. Neurobiology of Aging, + 32, 2162\u20132171. 10.1016/j.neurobiolaging.2009.12.009.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2009.12.009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2891197\",\"@IdType\":\"pmc\"},{\"#text\":\"20036035\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson, + M. , Bannister, P. , Brady, M. , & Smith, S. (2002). Improved optimization + for the robust and accurate linear registration and motion correction of brain + images. Neuroimage, 17, 825\u2013841. 10.1006/nimg.2002.1132.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2002.1132\",\"@IdType\":\"doi\"},{\"#text\":\"12377157\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson, + M. , Beckmann, C. F. , Behrens, T. E. , Woolrich, M. W. , & Smith, S. M. (2012). + FSL. Neuroimage, 62, 782\u2013790. 10.1016/j.neuroimage.2011.09.015.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.09.015\",\"@IdType\":\"doi\"},{\"#text\":\"21979382\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson, + M. , & Smith, S. (2001). A global optimisation method for robust affine registration + of brain images. Medical Image Analysis, 5, 143\u2013156. 10.1016/S1361-8415(01)00036-6.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1361-8415(01)00036-6\",\"@IdType\":\"doi\"},{\"#text\":\"11516708\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"John, + O. P. , Naumann, L. P. , & Soto, C. J. (2008) Paradigm shift to the integrative + big five trait taxonomy. In O. P. John, R. W. Robins, & L. A. Pervin (Eds.), + Handbook of personality: Theory and research (3rd ed., pp. 114\u2013158). + New York: Guilford Press.\"},{\"Citation\":\"John, O. P. , & Srivastava, S. + (1999). The Big Five trait taxonomy: History, measurement, and theoretical + perspectives. In O. P. John, R. W. Robins, & L. A. Pervin (Eds.), Handbook + of personality: Theory and research (2nd ed., pp. 102\u2013138). New York: + Guilford Press.\"},{\"Citation\":\"Jones, D. T. , Knopman, D. S. , Gunter, + J. L. , Graff-Radford, J. , Vemuri, P. , Boeve, B. F. , \u2026 Jack Jr, C. + R. (2015). Cascading network failure across the Alzheimer\u2019s disease spectrum. + Brain, 139, 547\u2013562. 10.1093/brain/awv338.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/awv338\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4805086\",\"@IdType\":\"pmc\"},{\"#text\":\"26586695\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kapogiannis, + D. , Sutin, A. , Davatzikos, C. , Costa Jr, P. , & Resnick, S. (2013). The + five factors of personality and regional cortical variability in the Baltimore + longitudinal study of aging. Human Brain Mapping, 34, 2829\u20132840. 10.1002/hbm.22108.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.22108\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3808519\",\"@IdType\":\"pmc\"},{\"#text\":\"22610513\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kunisato, + Y. , Okamoto, Y. , Okada, G. , Aoyama, S. , Nishiyama, Y. , Onoda, K. , & + Yamawaki, S. (2011). Personality traits and the amplitude of spontaneous low-frequency + oscillations during resting state. Neuroscience Letters, 492, 109\u2013113. + 10.1016/j.neulet.2011.01.067.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neulet.2011.01.067\",\"@IdType\":\"doi\"},{\"#text\":\"21291958\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kumar, + S. , Yadava, A. , & Sharma, N. R. (2016). Exploring the relations between + executive functions and personality. The International Journal of Indian Psychology, + 3, 161\u2013171.\"},{\"Citation\":\"Kuzma, E. , Sattler, C. , Toro, P. , Sch\xF6nknecht, + P. , & Schr\xF6der, J. (2011). Premorbid personality traits and their course + in mild cognitive impairment: Results from a prospective population-based + study in Germany. Dementia and Geriatric Cognitive Disorders, 32, 171\u2013177. + 10.1159/000332082.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000332082\",\"@IdType\":\"doi\"},{\"#text\":\"22005607\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu, + W. , Kohn, N. , & Fern\xE1ndez, G. (2019). Intersubject similarity of personality + is associated with intersubject similarity of brain connectivity patterns. + NeuroImage, 186, 56\u201369. 10.1016/j.neuroimage.2018.10.062.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2018.10.062\",\"@IdType\":\"doi\"},{\"#text\":\"30389630\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Luchetti, + M. , Terrcciano, A. , Stephan, Y. , & Sutin, A. R. (2015). Personality and + cognitive decline in older adults: Data from a longitudinal sample and meta-analysis. + Journals of Gerontology Series B: Psychological Sciences and Social Sciences, + 71, 591\u2013601. 10.1093/geronb/gbu184.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/geronb/gbu184\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4903032\",\"@IdType\":\"pmc\"},{\"#text\":\"25583598\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McCrae, + R. R. , & Costa, P. T. (1997). Conceptions and correlates of openness to experience + In R. Hogan, J. Johnson, & S. Briggs (Eds.), Handbook of personality psychology + (pp. 825\u2013847). Orlando, FL: Academic Press.\"},{\"Citation\":\"Pruim, + R. H. R. , Mennes, M. , van Rooij, D. , Llera, A. , Buitelaar, J. K. , & Beckmann, + C. F. (2015). ICA-AROMA: A robust ICA-based strategy for removing motion artifacts + from fMRI data. Neuroimage, 112, 267\u2013277. 10.1016/j.neuroimage.2015.02.064.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2015.02.064\",\"@IdType\":\"doi\"},{\"#text\":\"25770991\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rhodes, + R. E. , Courneya, K. S. , & Jones, L. W. (2003). Translating exercise intentions + into behavior: Personality and social cognitive correlates. Journal of Health + Psychology, 8, 447\u2013458. 10.1177/13591053030084004.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/13591053030084004\",\"@IdType\":\"doi\"},{\"#text\":\"19127711\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rombouts, + S. A. , Barkhof, F. , Goekoop, R. , Stam, C. J. , & Scheltens, P. (2005). + Altered resting state networks in mild cognitive impairment and mild Alzheimer\u2019s + disease: An fMRI study. Human Brain Mapping, 26, 231\u2013239. 10.1002/hbm.20160.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20160\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871685\",\"@IdType\":\"pmc\"},{\"#text\":\"15954139\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sambataro, + F. , Murty, V. P. , Callicott, J. H. , Tan, H. Y. , Das, S. , Weinberger, + D. R. , & Mattay, V. S. (2010). Age-related alterations in default mode network: + Impact on working memory performance. Neurobiology of Aging, 31, 839\u2013852. + 10.1016/j.neurobiolaging.2008.05.022.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2008.05.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2842461\",\"@IdType\":\"pmc\"},{\"#text\":\"18674847\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sampaio, + A. , Soares, J. M. , Coutinho, J. , Sousa, N. , & Gon\xE7alves, \xD3. F. (2014). + The Big Five default brain: Functional evidence. Brain Structure and Function, + 219, 1913\u20131922. 10.1007/s00429-013-0610-y.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00429-013-0610-y\",\"@IdType\":\"doi\"},{\"#text\":\"23881294\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith, + S. M. (2002). Fast robust automated brain extraction. Human Brain Mapping, + 17, 143\u2013155. 10.1002/hbm.10062.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.10062\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871816\",\"@IdType\":\"pmc\"},{\"#text\":\"12391568\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sneed, + C. D. , McCrae, R. R. , & Funder, D. C. (1998). Lay conceptions of the five-factor + model and its indicators. Personality and Social Psychology Bulletin, 24, + 115\u2013126. 10.1177/0146167298242001.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1177/0146167298242001\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Soto, + C. J. , & John, O. P. (2009). Ten facet scales for the Big Five Inventory: + Convergence with NEO PI-R facets, self-peer agreement, and discriminant validity. + Journal of Research in Personality, 43, 84\u201390. 10.1016/j.jrp.2008.10.002.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.jrp.2008.10.002\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Stroop, + J. R. (1935). Studies of interference in serial verbal reactions. Journal + of Experimental Psychology, 18, 643\u2013662. 10.1037/h0054651.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1037/h0054651\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Sutin, + A. R. , Terracciano, A. , Kitner-Triolo, M. H. , Uda, M. , Schlessinger, D. + , & Zonderman, A. B. (2011). Personality traits prospectively predict verbal + fluency in a lifespan sample. Psychology and Aging, 26, 994\u2013999. 10.1037/a0024276.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0024276\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3222775\",\"@IdType\":\"pmc\"},{\"#text\":\"21707179\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Terracciano, + A. , Sutin, A. R. , An, Y. , O\u2019Brien, R. J. , Ferrucci, L. , Zonderman, + A. B. , & Resnick, S. M. (2014). Personality and risk of Alzheimer\u2019s + disease: New data and meta- analysis. Alzheimer\u2019s & Dementia, 10, 179\u2013186. + 10.1016/j.jalz.2013.03.002.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jalz.2013.03.002\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3783589\",\"@IdType\":\"pmc\"},{\"#text\":\"23706517\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Viviano, + R. P. , Hayes, J. M. , Pruitt, P. J. , Fernandez, Z. J. , van Rooden, S. , + van der Grond, J. , \u2026 Damoiseaux, J. S. (2019). Aberrant memory system + connectivity and working memory performance in subjective cognitive decline. + NeuroImage, 185, 556\u2013564. 10.1016/j.neuroimage.2018.10.015.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2018.10.015\",\"@IdType\":\"doi\"},{\"#text\":\"30308246\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wechsler, + D. (2009). Wechsler memory scale - fourth edition (WMS-IV). San Antonio, TX: + Pearson.\"},{\"Citation\":\"Wechsler, D. (2011). Wechsler abbreviated scale + of intelligence -second edition (WASI-II). San Antonio, TX: Pearson.\"},{\"Citation\":\"Wierenga, + C. E. , & Bondi, M. W. (2007). Use of functional magnetic resonance imaging + in the early identification of Alzheimer\u2019s disease. Neuropsychology Review, + 17, 127\u2013143. 10.1007/s11065-007-9025-y.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11065-007-9025-y\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2084460\",\"@IdType\":\"pmc\"},{\"#text\":\"17476598\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wilson, + K. E. , & Dishman, R. K. (2015). Personality and physical activity: A systematic + review and meta-analysis. Personality and Individual Differences, 72, 230\u2013242. + 10.1016/j.paid.2014.08.023.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.paid.2014.08.023\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Wilson, + R. S. , Schneider, J. A. , Arnold, S. E. , Bienias, J. L. , & Bennett, D. + A. (2007). Conscientiousness and the incidence of Alzheimer disease and mild + cognitive impairment. Archives of General Psychiatry, 64, 1204\u20131212. + 10.1001/archpsyc.64.10.1204.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/archpsyc.64.10.1204\",\"@IdType\":\"doi\"},{\"#text\":\"17909133\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Winkler, + A. M. , Ridgway, G. R. , Webster, M. A. , Smith, S. M. , & Nichols, T. E. + (2014). Permutation inference for the general linear model. Neuroimage, 92, + 381\u2013397. 10.1016/j.neuroimage.2014.01.060.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2014.01.060\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4010955\",\"@IdType\":\"pmc\"},{\"#text\":\"24530839\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Woolrich, + M. W. , Ripley, B. D. , Brady, M. , & Smith, S. M. (2001). Temporal autocorrelation + in univariate linear modeling of FMRI data. Neuroimage, 14, 1370\u20131386. + 10.1006/nimg.2001.0931.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2001.0931\",\"@IdType\":\"doi\"},{\"#text\":\"11707093\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wright, + C. I. , Feczko, E. , Dickerson, B. , & Williams, D. (2007). Neuroanatomical + correlates of personality in the elderly. Neuroimage, 35, 263\u2013272. 10.1016/j.neuroimage.2006.11.039.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2006.11.039\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1868480\",\"@IdType\":\"pmc\"},{\"#text\":\"17229578\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"32524064\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"2513-9886\",\"@IssnType\":\"Electronic\"},\"Title\":\"Personality + neuroscience\",\"JournalIssue\":{\"Volume\":\"3\",\"PubDate\":{\"Year\":\"2020\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Personal + Neurosci\"},\"Abstract\":{\"AbstractText\":{\"i\":\"M\",\"#text\":\"The personality + traits of neuroticism, openness, and conscientiousness are relevant factors + for cognitive aging outcomes. The present study examined how these traits + were associated with cognitive abilities and corresponding resting-state functional + connectivity (RSFC) of the default mode network (DMN) in an older and predominantly + minority sample. A sample of 58 cognitively unimpaired, largely African-American, + older adults ( age = 68.28 \xB1 8.33) completed a standard RSFC magnetic resonance + imaging sequence, a Big Five measure of personality, and delayed memory, Stroop, + and verbal fluency tasks. Personality trait associations of within-network + connectivity of the posterior cingulate cortex (PCC), a hub of the DMN, were + examined using a seed-based approach. Trait scores were regressed on cognitive + performance (delayed memory for neuroticism, Stroop for conscientiousness, + and verbal fluency for openness). Greater openness predicted greater verbal + fluency and greater RSFC between the PCC and eight clusters, including the + medial prefrontal cortex, left middle frontal gyrus, and precuneus. Greater + PCC-precuneus connectivity predicted greater verbal fluency. Neuroticism and + conscientiousness did not significantly predict either cognitive performance + or RSFC. Although requiring replication and elaboration, the results implicate + openness as a contributing factor to cognitive aging via concomitant cognitive + performance and connectivity within cortical hubs of the DMN and add to the + sparse literature on these variables in a diverse group of older adults.\"},\"CopyrightInformation\":\"\xA9 + The Author(s) 2020.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Nicole + T\",\"Initials\":\"NT\",\"LastName\":\"Crane\",\"Identifier\":{\"#text\":\"0000-0001-6870-4010\",\"@Source\":\"ORCID\"},\"AffiliationInfo\":[{\"Affiliation\":\"Institute + of Gerontology, Wayne State University, Detroit, MI, USA.\"},{\"Affiliation\":\"Department + of Psychology, Drexel University, Philadelphia, PA, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jessica + M\",\"Initials\":\"JM\",\"LastName\":\"Hayes\",\"AffiliationInfo\":[{\"Affiliation\":\"Institute + of Gerontology, Wayne State University, Detroit, MI, USA.\"},{\"Affiliation\":\"Department + of Psychology, Wayne State University, Detroit, MI, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Raymond + P\",\"Initials\":\"RP\",\"LastName\":\"Viviano\",\"AffiliationInfo\":[{\"Affiliation\":\"Institute + of Gerontology, Wayne State University, Detroit, MI, USA.\"},{\"Affiliation\":\"Department + of Psychology, Wayne State University, Detroit, MI, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Tim\",\"Initials\":\"T\",\"LastName\":\"Bogg\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, Wayne State University, Detroit, MI, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jessica + S\",\"Initials\":\"JS\",\"LastName\":\"Damoiseaux\",\"AffiliationInfo\":[{\"Affiliation\":\"Institute + of Gerontology, Wayne State University, Detroit, MI, USA.\"},{\"Affiliation\":\"Department + of Psychology, Wayne State University, Detroit, MI, USA.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"e3\",\"MedlinePgn\":\"e3\"},\"ArticleDate\":{\"Day\":\"27\",\"Year\":\"2020\",\"Month\":\"03\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"e3\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.1017/pen.2020.4\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Resting-state + functional brain connectivity in a predominantly African-American sample of + older adults: exploring links among personality traits, cognitive performance, + and the default mode network.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"28\",\"Year\":\"2020\",\"Month\":\"09\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Big + Five traits\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Cognitive aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Neuroimaging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Openness\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Verbal + fluency\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"England\",\"MedlineTA\":\"Personal + Neurosci\",\"ISSNLinking\":\"2513-9886\",\"NlmUniqueID\":\"101718316\"}}},\"semantic_scholar\":{\"year\":2020,\"title\":\"Resting-state + functional brain connectivity in a predominantly African-American sample of + older adults: exploring links among personality traits, cognitive performance, + and the default mode network\",\"venue\":\"Personality Neuroscience\",\"authors\":[{\"name\":\"N. + Crane\",\"authorId\":\"153578360\"},{\"name\":\"J. Hayes\",\"authorId\":\"25137614\"},{\"name\":\"Raymond + P. Viviano\",\"authorId\":\"3410992\"},{\"name\":\"T. Bogg\",\"authorId\":\"4005456\"},{\"name\":\"J. + Damoiseaux\",\"authorId\":\"35062457\"}],\"paperId\":\"15b0625c5a902a50d494b64b096671d0d3a27a65\",\"abstract\":\"Abstract + The personality traits of neuroticism, openness, and conscientiousness are + relevant factors for cognitive aging outcomes. The present study examined + how these traits were associated with cognitive abilities and corresponding + resting-state functional connectivity (RSFC) of the default mode network (DMN) + in an older and predominantly minority sample. A sample of 58 cognitively + unimpaired, largely African-American, older adults (M age = 68.28 \xB1 8.33) + completed a standard RSFC magnetic resonance imaging sequence, a Big Five + measure of personality, and delayed memory, Stroop, and verbal fluency tasks. + Personality trait associations of within-network connectivity of the posterior + cingulate cortex (PCC), a hub of the DMN, were examined using a seed-based + approach. Trait scores were regressed on cognitive performance (delayed memory + for neuroticism, Stroop for conscientiousness, and verbal fluency for openness). + Greater openness predicted greater verbal fluency and greater RSFC between + the PCC and eight clusters, including the medial prefrontal cortex, left middle + frontal gyrus, and precuneus. Greater PCC\u2013precuneus connectivity predicted + greater verbal fluency. Neuroticism and conscientiousness did not significantly + predict either cognitive performance or RSFC. Although requiring replication + and elaboration, the results implicate openness as a contributing factor to + cognitive aging via concomitant cognitive performance and connectivity within + cortical hubs of the DMN and add to the sparse literature on these variables + in a diverse group of older adults.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://doi.org/10.1017/pen.2020.4\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC7253688, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2020-03-27\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T18:06:35.737141+00:00\",\"analyses\":[{\"id\":\"XTVAwNVWm5iq\",\"user\":null,\"name\":\"Regions + where RSFC with the PCC was associated with openness\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001_info.json\",\"table_label\":\"Table + 2.\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/32524064-10-1017-pen-2020-4-pmc7253688/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/8cb/pmcid_7253688/tables/table_001_info.json\",\"table_label\":\"Table + 2.\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/32524064-10-1017-pen-2020-4-pmc7253688/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Regions + where RSFC with the PCC was associated with openness\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"7imWx8VpNzdQ\",\"coordinates\":[4.0,50.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.91}]},{\"id\":\"p7rDnqSkPKQy\",\"coordinates\":[-44.0,18.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.01}]},{\"id\":\"wkXL8aGSte9e\",\"coordinates\":[12.0,-66.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.0}]},{\"id\":\"mbEDWTkSqCP6\",\"coordinates\":[8.0,-44.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.7}]},{\"id\":\"uywkqtDCJ5ZE\",\"coordinates\":[44.0,-62.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.54}]},{\"id\":\"mMpM2MbpJfq8\",\"coordinates\":[-10.0,42.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.63}]},{\"id\":\"yMpJZ4kD8sT3\",\"coordinates\":[-34.0,10.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.6}]},{\"id\":\"QyHY5Z7wzq4t\",\"coordinates\":[-14.0,66.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.74}]}],\"images\":[]}]},{\"id\":\"DLLcNXKNqJZM\",\"created_at\":\"2025-12-04T22:14:32.813085+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Increased + neural differentiation after a single session of aerobic exercise in older + adults\",\"description\":\"Aging is associated with decreased cognitive function. + One theory posits that this decline is in part due to multiple neural systems + becoming dedifferentiated in older adults. Exercise is known to improve cognition + in older adults, even after only a single session. We hypothesized that one + mechanism of improvement is a redifferentiation of neural systems. We used + a within-participant, cross-over design involving 2 sessions: either 30\_minutes + of aerobic exercise or 30\_minutes of seated rest (n\_=\_32; ages 55-81 years). + Both functional Magnetic Resonance Imaging (fMRI) and Stroop performance were + acquired soon after exercise and rest. We quantified neural differentiation + via general heterogeneity regression. There were 3 prominent findings following + the\_exercise. First, participants were better at reducing Stroop interference. + Second, while there was greater neural differentiation within the hippocampal + formation and cerebellum, there was lower neural differentiation within frontal + cortices. Third, this greater neural differentiation in the cerebellum and + temporal lobe was more pronounced in the older ages. These data suggest that + exercise can induce greater neural differentiation in healthy aging.\",\"publication\":\"Neurobiology + of Aging\",\"doi\":\"10.1016/j.neurobiolaging.2023.08.008\",\"pmid\":\"37742442\",\"authors\":\"J. + Purcell; R. Wiley; Junyeon Won; Daniel D. Callow; Lauren Weiss; Alfonso J + Alfini; Yi Wei; J. Carson Smith\",\"year\":2023,\"metadata\":{\"slug\":\"37742442-10-1016-j-neurobiolaging-2023-08-008\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Bayesian\",\"Dedifferentiation\",\"Exercise\",\"FMRI\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"22\",\"Year\":\"2022\",\"Month\":\"12\",\"@PubStatus\":\"received\"},{\"Day\":\"19\",\"Year\":\"2023\",\"Month\":\"8\",\"@PubStatus\":\"revised\"},{\"Day\":\"24\",\"Year\":\"2023\",\"Month\":\"8\",\"@PubStatus\":\"accepted\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2023\",\"Month\":\"11\",\"Minute\":\"42\",\"@PubStatus\":\"medline\"},{\"Day\":\"25\",\"Hour\":\"0\",\"Year\":\"2023\",\"Month\":\"9\",\"Minute\":\"42\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"24\",\"Hour\":\"18\",\"Year\":\"2023\",\"Month\":\"9\",\"Minute\":\"4\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"37742442\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neurobiolaging.2023.08.008\",\"@IdType\":\"doi\"},{\"#text\":\"S0197-4580(23)00207-5\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"37742442\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1558-1497\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neurobiology + of aging\",\"JournalIssue\":{\"Volume\":\"132\",\"PubDate\":{\"Year\":\"2023\",\"Month\":\"Dec\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neurobiol + Aging\"},\"Abstract\":{\"AbstractText\":\"Aging is associated with decreased + cognitive function. One theory posits that this decline is in part due to + multiple neural systems becoming dedifferentiated in older adults. Exercise + is known to improve cognition in older adults, even after only a single session. + We hypothesized that one mechanism of improvement is a redifferentiation of + neural systems. We used a within-participant, cross-over design involving + 2 sessions: either 30\_minutes of aerobic exercise or 30\_minutes of seated + rest (n\_=\_32; ages 55-81 years). Both functional Magnetic Resonance Imaging + (fMRI) and Stroop performance were acquired soon after exercise and rest. + We quantified neural differentiation via general heterogeneity regression. + There were 3 prominent findings following the\_exercise. First, participants + were better at reducing Stroop interference. Second, while there was greater + neural differentiation within the hippocampal formation and cerebellum, there + was lower neural differentiation within frontal cortices. Third, this greater + neural differentiation in the cerebellum and temporal lobe was more pronounced + in the older ages. These data suggest that exercise can induce greater neural + differentiation in healthy aging.\",\"CopyrightInformation\":\"Copyright \xA9 + 2023 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Jeremy\",\"Initials\":\"J\",\"LastName\":\"Purcell\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Kinesiology, University of Maryland, College Park, MD, USA; Maryland Neuroimaging + Center, University of Maryland, College Park, MD, USA. Electronic address: + jpurcel8@umd.edu.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Robert\",\"Initials\":\"R\",\"LastName\":\"Wiley\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, University of North Carolina at Greensboro, Greensboro, NC, + USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Junyeon\",\"Initials\":\"J\",\"LastName\":\"Won\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Kinesiology, University of Maryland, College Park, MD, USA; Institute for + Exercise and Environmental Medicine, Texas Health Presbyterian Dallas, Dallas, + TX, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Daniel\",\"Initials\":\"D\",\"LastName\":\"Callow\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Kinesiology, University of Maryland, College Park, MD, USA; Program in + Neuroscience and Cognitive Science, University of Maryland, College Park, + MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lauren\",\"Initials\":\"L\",\"LastName\":\"Weiss\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Kinesiology, University of Maryland, College Park, MD, USA; Program in + Neuroscience and Cognitive Science, University of Maryland, College Park, + MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Alfonso\",\"Initials\":\"A\",\"LastName\":\"Alfini\",\"AffiliationInfo\":{\"Affiliation\":\"National + Center on Sleep Disorders Research, Division of Lung Diseases, National Heart, + Lung, and Blood Institute, Bethesda, MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yi\",\"Initials\":\"Y\",\"LastName\":\"Wei\",\"AffiliationInfo\":{\"Affiliation\":\"Maryland + Neuroimaging Center, University of Maryland, College Park, MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"J\",\"Initials\":\"J\",\"LastName\":\"Carson + Smith\",\"AffiliationInfo\":{\"Affiliation\":\"Department of Kinesiology, + University of Maryland, College Park, MD, USA; Program in Neuroscience and + Cognitive Science, University of Maryland, College Park, MD, USA. Electronic + address: carson@umd.edu.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"84\",\"StartPage\":\"67\",\"MedlinePgn\":\"67-84\"},\"ArticleDate\":{\"Day\":\"28\",\"Year\":\"2023\",\"Month\":\"08\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neurobiolaging.2023.08.008\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0197-4580(23)00207-5\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Increased + neural differentiation after a single session of aerobic exercise in older + adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"28\",\"Year\":\"2024\",\"Month\":\"10\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Bayesian\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Dedifferentiation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Exercise\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"FMRI\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"14\",\"Year\":\"2023\",\"Month\":\"11\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Curated\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000523\",\"#text\":\"psychology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003071\",\"#text\":\"Cognition\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D015444\",\"#text\":\"Exercise\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D005625\",\"#text\":\"Frontal + Lobe\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D013702\",\"#text\":\"Temporal + Lobe\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D018592\",\"#text\":\"Cross-Over + Studies\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neurobiol Aging\",\"ISSNLinking\":\"0197-4580\",\"NlmUniqueID\":\"8100437\"}}},\"semantic_scholar\":{\"year\":2023,\"title\":\"Increased + neural differentiation after a single session of aerobic exercise in older + adults\",\"venue\":\"Neurobiology of Aging\",\"authors\":[{\"name\":\"J. Purcell\",\"authorId\":\"39899110\"},{\"name\":\"R. + Wiley\",\"authorId\":\"144728421\"},{\"name\":\"Junyeon Won\",\"authorId\":\"46178531\"},{\"name\":\"Daniel + D. Callow\",\"authorId\":\"50633307\"},{\"name\":\"Lauren Weiss\",\"authorId\":\"2061601488\"},{\"name\":\"Alfonso + J Alfini\",\"authorId\":\"5368783\"},{\"name\":\"Yi Wei\",\"authorId\":\"2219313979\"},{\"name\":\"J. + Carson Smith\",\"authorId\":\"1490637757\"}],\"paperId\":\"e1ea2febbadd33ffcd6f27b8701ae1ce84bb0db2\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2023.08.008?email= + or https://doi.org/10.1016/j.neurobiolaging.2023.08.008, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2023-08-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T22:17:33.079970+00:00\",\"analyses\":[{\"id\":\"vfu92dAgt5NK\",\"user\":null,\"name\":\"Cerebellum\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv\"},\"original_table_id\":\"tbl0015\"},\"table_metadata\":{\"table_id\":\"tbl0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv\"},\"sanitized_table_id\":\"tbl0015\"},\"description\":\"General + Hreg whole-brain results for the exercise-rest contrast (N\u2009=\u200932; + two-tailed corrected for multiple comparisons at an alpha = 0.05 using permutation-based + threshold-free cluster enhancement).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"kAr2SrrvDjaP\",\"coordinates\":[5.0,-65.0,-41.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.71}]},{\"id\":\"ocaKNcGSSVJV\",\"coordinates\":[-17.0,-83.0,-38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.27}]},{\"id\":\"cWGByoQKAuVu\",\"coordinates\":[-17.0,-65.0,-29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.02}]},{\"id\":\"MbfRnEnWbZTy\",\"coordinates\":[-29.0,-68.0,-23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.15}]},{\"id\":\"bRnqLQxCSWVC\",\"coordinates\":[-2.0,-56.0,-23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.03}]}],\"images\":[]},{\"id\":\"iPoBJfZrnenZ\",\"user\":null,\"name\":\"Cerebrum\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv\"},\"original_table_id\":\"tbl0015\"},\"table_metadata\":{\"table_id\":\"tbl0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/37742442-10-1016-j-neurobiolaging-2023-08-008/tables/tbl0015_coordinates.csv\"},\"sanitized_table_id\":\"tbl0015\"},\"description\":\"General + Hreg whole-brain results for the exercise-rest contrast (N\u2009=\u200932; + two-tailed corrected for multiple comparisons at an alpha = 0.05 using permutation-based + threshold-free cluster enhancement).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"RhLMr4bbCNcf\",\"coordinates\":[-26.0,-32.0,-26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.2}]},{\"id\":\"gQbpxPSmSWex\",\"coordinates\":[-20.0,-26.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.2}]},{\"id\":\"a3HWQDkYUjhf\",\"coordinates\":[-29.0,-95.0,-17.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.08}]},{\"id\":\"9YVFvBLWjesP\",\"coordinates\":[-20.0,-80.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.2}]}],\"images\":[]}]},{\"id\":\"doWyCNdwkmwY\",\"created_at\":\"2025-12-04T19:07:46.650811+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Effects + of Transcranial Direct Current Stimulation Paired With Cognitive Training + on Functional Connectivity of the Working Memory Network in Older Adults\",\"description\":\"BACKGROUND: + Working memory, a fundamental short-term cognitive process, is known to decline + with advanced age even in healthy older adults. Normal age-related declines + in working memory can cause loss of independence and decreased quality of + life. Cognitive training has shown some potential at enhancing certain cognitive + processes, although, enhancements are variable. Transcranial direct current + stimulation (tDCS), a form of non-invasive brain stimulation, has shown promise + at enhancing working memory abilities, and may further the benefits from cognitive + training interventions. However, the neural mechanisms underlying tDCS brain-based + enhancements remain unknown.\\n\\nOBJECTIVE/HYPOTHESIS: Assess the effects + of a 2-week intervention of active-tDCS vs. sham paired with cognitive training + on functional connectivity of the working memory network during an N-Back + working memory task.\\n\\nMETHODS: Healthy older adults ( = 28; mean age = + 74 \xB1 7.3) completed 10-sessions of cognitive training paired with active + or sham-tDCS. Functional connectivity was evaluated at baseline and post-intervention + during an N-Back task (2-Back vs. 0-Back).\\n\\nRESULTS: Active-tDCS vs. sham + demonstrated a significant increase in connectivity between the left dorsolateral + prefrontal cortex and right inferior parietal lobule at post-intervention + during 2-Back. Target accuracy on 2-Back was significantly improved for active + vs. sham at post-intervention.\\n\\nCONCLUSION: These results suggest pairing + tDCS with cognitive training enhances functional connectivity and working + memory performance in older adults, and thus may hold promise as a method + for remediating age-related cognitive decline. Future studies evaluating optimal + dose and long-term effects of tDCS on brain function will help to maximize + potential clinical impacts of tDCS paired with cognitive training in older + adults.\\n\\nCLINICAL TRIAL REGISTRATION: www.ClinicalTrials.gov, identifier + NCT02137122.\",\"publication\":\"Frontiers in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2019.00340\",\"pmid\":\"31998111\",\"authors\":\"N. + Nissim; A. O'Shea; A. Indahlastari; Jessica N. Kraft; Olivia von Mering; S. + Aksu; E. Porges; R. Cohen; A. Woods\",\"year\":2019,\"metadata\":{\"slug\":\"31998111-10-3389-fnagi-2019-00340-pmc6961663\",\"source\":\"semantic_scholar\",\"keywords\":[\"N-Back\",\"cognitive + aging\",\"cognitive training\",\"fMRI\",\"functional connectivity\",\"neuromodulation\",\"transcranial + direct current stimulation\",\"working memory\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"10\",\"Year\":\"2019\",\"Month\":\"9\",\"@PubStatus\":\"received\"},{\"Day\":\"22\",\"Year\":\"2019\",\"Month\":\"11\",\"@PubStatus\":\"accepted\"},{\"Day\":\"31\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"31\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"31\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"1\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2019\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"31998111\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6961663\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2019.00340\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Baddeley + A. (1992). Working memory. Curr. Biol. 255 556\u2013559. 10.1016/j.cub.2009.12.014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cub.2009.12.014\",\"@IdType\":\"doi\"},{\"#text\":\"1736359\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baddeley + A. (2000). The episodic buffer: a new component of working memory? Trends + Cogn. Sci. 4 417\u2013423. 10.1016/S1364-6613(00)01538-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1364-6613(00)01538-2\",\"@IdType\":\"doi\"},{\"#text\":\"11058819\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baddeley + A. (2003). Working memory: looking back and looking forward. Nat. Rev. Neurosci. + 4 829\u2013839. 10.1038/nrn1201\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn1201\",\"@IdType\":\"doi\"},{\"#text\":\"14523382\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baddeley + A. D., Hitch G. (1974). Working memory. Psychol. Learn. Motiv. 8 47\u201389.\"},{\"Citation\":\"Ball + K., Berch D. B., Helmers K. F., Jobe J. B., Leveck M. D., Marsiske M., et + al. (2002). Effects of cognitive training interventions with older adults: + a randomized controlled trial. JAMA 288 2271\u20132281.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2916176\",\"@IdType\":\"pmc\"},{\"#text\":\"12425704\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Batsikadze + G., Moliadze V., Paulus W., Kuo M.-F., Nitsche M. A. (2013). Partially non-linear + stimulation intensity-dependent effects of direct current stimulation on motor + cortex excitability in humans. J. Physiol. 591(Pt 7), 1987\u20132000. 10.1113/jphysiol.2012.249730\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1113/jphysiol.2012.249730\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3624864\",\"@IdType\":\"pmc\"},{\"#text\":\"23339180\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Behzadi + Y., Restom K., Liau J., Liu T. T. (2007). A component based noise correction + method (CompCor) for BOLD and perfusion based fMRI. NeuroImage 37 90\u2013101. + 10.1016/J.NEUROIMAGE.2007.04.042\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/J.NEUROIMAGE.2007.04.042\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2214855\",\"@IdType\":\"pmc\"},{\"#text\":\"17560126\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Berry + A. S., Zanto T. P., Clapp W. C., Hardy J. L., Delahunt P. B., Henry W., et + al. (2010). The influence of perceptual training on working memory in older + adults. PLoS One 5:e11537. 10.1371/journal.pone.0011537\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0011537\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2904363\",\"@IdType\":\"pmc\"},{\"#text\":\"20644719\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Anderson N. D., Locantore J. K., McIntosh A. R. (2002). Aging gracefully: + compensatory brain activity in high-performing older adults. NeuroImage 17 + 1394\u20131402. 10.1006/nimg.2002.1280\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2002.1280\",\"@IdType\":\"doi\"},{\"#text\":\"12414279\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Curtis + C. E., D\u2019Esposito M. (2003). Persistent activity in the prefrontal cortex + during working memory. Trends Cogn. Sci. 7 415\u2013423. 10.1016/S1364-6613(03)00197-9\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1364-6613(03)00197-9\",\"@IdType\":\"doi\"},{\"#text\":\"12963473\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Demirakca + T., Cardinale V., Dehn S., Ruf M., Ende G. (2016). The exercising brain: changes + in functional connectivity induced by an integrated multimodal cognitive and + whole body motor coordination training. Neural Plast. 2016:8240894.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4706972\",\"@IdType\":\"pmc\"},{\"#text\":\"26819776\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ebaid + D., Crewther S. G., MacCalman K., Brown A., Crewther D. P. (2017). Cognitive + processing speed across the lifespan: beyond the influence of motor speed. + Front. Aging Neurosci. 9:62. 10.3389/fnagi.2017.00062\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2017.00062\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5360696\",\"@IdType\":\"pmc\"},{\"#text\":\"28381999\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Edin + F., Klingberg T., Johansson P., McNab F., Tegner J., Compte A. (2009). Mechanism + for top-down control of working memory capacity. Proc. Natl. Acad. Sci. U.S.A. + 106 6802\u20136807. 10.1073/pnas.0901894106\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0901894106\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2672558\",\"@IdType\":\"pmc\"},{\"#text\":\"19339493\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fallon + N., Chiu Y., Nurmikko T., Stancak A. (2016). Functional connectivity with + the default mode network is altered in fibromyalgia patients. PLoS One 11:e0159198. + 10.1371/journal.pone.0159198\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0159198\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4956096\",\"@IdType\":\"pmc\"},{\"#text\":\"27442504\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Friston + K. J., Ashburner J., Kiebel S., Nichols T., Penny W. D. (2007). Statistical + Parametric Mapping: The Analysis of Funtional Brain Images. Cambridge, CA: + Elsevier Academic Press.\"},{\"Citation\":\"Gill J., Shah-basak P. P., Hamilton + R. (2015). It\u2019s the thought that counts: examining the task-dependent + effects of transcranial direct current stimulation on executive function. + Brain Stimul. 8 253\u2013259. 10.1016/j.brs.2014.10.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2014.10.018\",\"@IdType\":\"doi\"},{\"#text\":\"25465291\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Huang + Y., Datta A., Bikson M., Parra L. C. (2019). Realistic volumetric-approach + to simulate transcranial electric stimulation-ROAST-a fully automated open-source + pipeline. J. Neural. Eng. 16:056006. 10.1088/1741-2552/ab208d\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1088/1741-2552/ab208d\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7328433\",\"@IdType\":\"pmc\"},{\"#text\":\"31071686\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jones + K. T., Stephens J. A., Alam M., Bikson M., Berryhill M. E., Park Kramer A. + (2015). Longitudinal neurostimulation in older adults improves working memory. + PLoS One 10:e0121904. 10.1371/journal.pone.0121904\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0121904\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4388845\",\"@IdType\":\"pmc\"},{\"#text\":\"25849358\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Klingberg + T. (2010). Training and plasticity of working memory. Trends Cogn. Sci. 14 + 317\u2013324. 10.1016/j.tics.2010.05.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2010.05.002\",\"@IdType\":\"doi\"},{\"#text\":\"20630350\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Klingberg + T., Kawashima R., Roland P. E. (1995). Activation of multi-modal cortical + areas underlies short-term memory. Eur. J. Neurosci. 8 1965\u20131971. 10.1111/j.1460-9568.1996.tb01340.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1460-9568.1996.tb01340.x\",\"@IdType\":\"doi\"},{\"#text\":\"8921287\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kuo + M. F., Nitsche M. A. (2015). Exploring prefrontal cortex functions in healthy + humans by transcranial electrical stimulation. Neurosci. Bull. 31 198\u2013206. + 10.1007/s12264-014-1501-9\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s12264-014-1501-9\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5563696\",\"@IdType\":\"pmc\"},{\"#text\":\"25680572\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Linden + D. E. J. (2007). The working memory networks of the human Brain. Neuroscientist + 13 257\u2013267. 10.1177/1073858406298480\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/1073858406298480\",\"@IdType\":\"doi\"},{\"#text\":\"17519368\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Manoach + D. S., Schlaug C. A. G., Siewert B., Darby D. G., Bly B. M., Benfield A., + et al. (1997). Prefrontal cortex fMRI signal changes are correlated with working + memory load. Neuroreport 8 545\u2013549. 10.1097/00001756-199701200-00033\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/00001756-199701200-00033\",\"@IdType\":\"doi\"},{\"#text\":\"9080445\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Martin + D. M., Liu R., Alonzo A., Green M., Loo C. K. (2014). Use of transcranial + direct current stimulation (tDCS) to enhance cognitive training: effect of + timing of stimulation. Exp. Brain Res. 232 3345\u20133351. 10.1007/s00221-014-4022-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00221-014-4022-x\",\"@IdType\":\"doi\"},{\"#text\":\"24992897\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McLaren + M. E., Nissim N. R., Woods A. J. (2018). The effects of medication use in + transcranial direct current stimulation: a brief review. Brain Stimul. 11 + 52\u201358. 10.1016/j.brs.2017.10.006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2017.10.006\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5729094\",\"@IdType\":\"pmc\"},{\"#text\":\"29066167\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mograbi + D. C., Faria C., de A., Fichman H. C., Paradela E. M. P., Louren\xE7o R. A. + (2014). Relationship between activities of daily living and cognitive ability + in a sample of older adults with heterogeneous educational level. Ann. Indian + Acad. Neurol. 17 71\u201376. 10.4103/0972-2327.128558\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.4103/0972-2327.128558\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3992775\",\"@IdType\":\"pmc\"},{\"#text\":\"24753664\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Monte-Silva + K., Kuo M.-F., Hessenthaler S., Fresnoza S., Liebetanz D., Paulus W., et al. + (2013). Induction of late LTP-like plasticity in the human motor cortex by + repeated non-invasive brain stimulation. Brain Stimul. 6 424\u2013432. 10.1016/j.brs.2012.04.011\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2012.04.011\",\"@IdType\":\"doi\"},{\"#text\":\"22695026\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mosayebi + S. M., Agboada D., Jamil A., Kuo M. F., Nitsche M. A. (2019). Titrating the + neuroplastic effects of cathodal transcranial direct current stimulation (tDCS) + over the primary motor cortex. Cortex 119 350\u2013361. 10.1016/j.cortex.2019.04.016\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2019.04.016\",\"@IdType\":\"doi\"},{\"#text\":\"31195316\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nissim + N. R., O\u2019Shea A., Indahlastari A., Telles R., Richards L., Porges E., + et al. (2019). Effects of in-scanner bilateral frontal tDCS on functional + connectivity of the working memory network in older adults. Front. Aging Neurosci. + 11:51. 10.3389/fnagi.2019.00051\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2019.00051\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6428720\",\"@IdType\":\"pmc\"},{\"#text\":\"30930766\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nissim + N. R., O\u2019Shea A. M., Bryant V., Porges E. C., Cohen R., Woods A. J. (2017). + Frontal structural neural correlates of working memory performance in older + adults. Front. Aging Neurosci. 8:328 10.3389/fnagi.2016.00328\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2016.00328\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5210770\",\"@IdType\":\"pmc\"},{\"#text\":\"28101053\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nitsche + M. A., Paulus W. (2000). Excitability changes induced in the human motor cortex + by weak transcranial direct current stimulation. J. Physiol. 527(Pt 3), 633\u2013639. + 10.1111/j.1469-7793.2000.t01-1-00633.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1469-7793.2000.t01-1-00633.x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2270099\",\"@IdType\":\"pmc\"},{\"#text\":\"10990547\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Owen + A. M., Mcmillan K. M., Laird A. R. (2005). N-Back working memory paradigm: + a meta-analysis of normative functional neuroimaging studies. Hum. Brain Mapp. + 59 46\u201359. 10.1002/hbm.20131\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20131\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871745\",\"@IdType\":\"pmc\"},{\"#text\":\"15846822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Festini S. B. (2017). Theories of memory and aging: a look at the past + and a glimpse of the future. J. Gerontol. B Psychol. Sci. Soc. Sci. 72 82\u201390. + 10.1093/geronb/gbw066\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/geronb/gbw066\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5156492\",\"@IdType\":\"pmc\"},{\"#text\":\"27257229\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + S.-H., Seo J.-H., Kim Y.-H., Ko M.-H. (2013). Long-term effects of transcranial + direct current stimulation combined with computer-assisted cognitive training + in healthy older adults. Neuroreport 25 122\u2013126. 10.1097/WNR.0000000000000080\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/WNR.0000000000000080\",\"@IdType\":\"doi\"},{\"#text\":\"24176927\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pelletier + S. J., Cicchetti F. (2015). Cellular and molecular mechanisms of action of + transcranial direct current stimulation: evidence from in vitro and in vivo + models. Int. J. Neuropsychopharmacol. 18:Pyu047. 10.1093/ijnp/pyu047\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/ijnp/pyu047\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4368894\",\"@IdType\":\"pmc\"},{\"#text\":\"25522391\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rebok + G. W., Ball K., Guey L. T., Jones R. N., Kim H.-Y., King J. W., et al. (2014). + Ten-year effects of the advanced cognitive training for independent and vital + elderly cognitive training trial on cognition and everyday functioning in + older adults. J. Am. Geriat. Soc. 62 16\u201324. 10.1111/jgs.12607\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.12607\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4055506\",\"@IdType\":\"pmc\"},{\"#text\":\"24417410\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Richmond + L. L., Wolk D., Chein J., Olson I. R. (2014). Transcranial direct current + stimulation enhances verbal working memory training performance over time + and near transfer outcomes. J. Cogn. Neurosci. 26 2443\u20132454. 10.1162/jocn_a_00657\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_00657\",\"@IdType\":\"doi\"},{\"#text\":\"24742190\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Soyata + A. Z., Aksu S., Woods A. J., \u0130\u015F\xE7en P., Sa\xE7ar K. T., Karam\xFCrsel + S. (2019). Effect of transcranial direct current stimulation on decision making + and cognitive flexibility in gambling disorder. Eur. Arch. Psychiatry Clin. + Neurosci. 269 275\u2013284. 10.1007/s00406-018-0948-5\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00406-018-0948-5\",\"@IdType\":\"doi\"},{\"#text\":\"30367243\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stephens + J. A., Berryhill M. E. (2016). Older adults improve on everyday tasks after + working memory training and neurostimulation. Brain Stimul. 9 553\u2013559. + 10.1016/j.brs.2016.04.001\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brs.2016.04.001\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4957521\",\"@IdType\":\"pmc\"},{\"#text\":\"27178247\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Whitfield-Gabrieli + S., Nieto-Castanon A. (2012). Conn: a functional connectivity toolbox for + correlated and anticorrelated brain networks. Brain Connect. 2 125\u2013141. + 10.1089/brain.2012.0073\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1089/brain.2012.0073\",\"@IdType\":\"doi\"},{\"#text\":\"22642651\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Woods + A. J., Antal A., Bikson M., Boggio P. S., Brunoni A. R., Celnik P., et al. + (2016). A technical guide to tDCS, and related non-invasive brain stimulation + tools. Clin. Neurophysiol. 127 1031\u20131048. 10.1016/j.clinph.2015.11.012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.clinph.2015.11.012\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4747791\",\"@IdType\":\"pmc\"},{\"#text\":\"26652115\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Woods + A. J., Cohen R., Marsiske M., Alexander G. E., Czaja S. J., Wu S. (2018). + Augmenting cognitive training in older adults (The ACT Study): design and + methods of a phase III tDCS and cognitive training trial. Contemp. Clin. Trials + 65 19\u201332. 10.1016/j.cct.2017.11.017\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cct.2017.11.017\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5803439\",\"@IdType\":\"pmc\"},{\"#text\":\"29313802\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zaehle + T., Sandmann P., Thorne J. D., J\xE4ncke L., Herrmann C. S. (2011). Transcranial + direct current stimulation of the prefrontal cortex modulates working memory + performance: combined behavioural and electrophysiological evidence. BMC Neurosci. + 12:2. 10.1186/1471-2202-12-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/1471-2202-12-2\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3024225\",\"@IdType\":\"pmc\"},{\"#text\":\"21211016\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"31998111\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"11\",\"PubDate\":{\"Year\":\"2019\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"Working memory, + a fundamental short-term cognitive process, is known to decline with advanced + age even in healthy older adults. Normal age-related declines in working memory + can cause loss of independence and decreased quality of life. Cognitive training + has shown some potential at enhancing certain cognitive processes, although, + enhancements are variable. Transcranial direct current stimulation (tDCS), + a form of non-invasive brain stimulation, has shown promise at enhancing working + memory abilities, and may further the benefits from cognitive training interventions. + However, the neural mechanisms underlying tDCS brain-based enhancements remain + unknown.\",\"@Label\":\"BACKGROUND\",\"@NlmCategory\":\"BACKGROUND\"},{\"#text\":\"Assess + the effects of a 2-week intervention of active-tDCS vs. sham paired with cognitive + training on functional connectivity of the working memory network during an + N-Back working memory task.\",\"@Label\":\"OBJECTIVE/HYPOTHESIS\",\"@NlmCategory\":\"OBJECTIVE\"},{\"i\":\"N\",\"#text\":\"Healthy + older adults ( = 28; mean age = 74 \xB1 7.3) completed 10-sessions of cognitive + training paired with active or sham-tDCS. Functional connectivity was evaluated + at baseline and post-intervention during an N-Back task (2-Back vs. 0-Back).\",\"@Label\":\"METHODS\",\"@NlmCategory\":\"METHODS\"},{\"#text\":\"Active-tDCS + vs. sham demonstrated a significant increase in connectivity between the left + dorsolateral prefrontal cortex and right inferior parietal lobule at post-intervention + during 2-Back. Target accuracy on 2-Back was significantly improved for active + vs. sham at post-intervention.\",\"@Label\":\"RESULTS\",\"@NlmCategory\":\"RESULTS\"},{\"#text\":\"These + results suggest pairing tDCS with cognitive training enhances functional connectivity + and working memory performance in older adults, and thus may hold promise + as a method for remediating age-related cognitive decline. Future studies + evaluating optimal dose and long-term effects of tDCS on brain function will + help to maximize potential clinical impacts of tDCS paired with cognitive + training in older adults.\",\"@Label\":\"CONCLUSION\",\"@NlmCategory\":\"CONCLUSIONS\"},{\"#text\":\"www.ClinicalTrials.gov, + identifier NCT02137122.\",\"@Label\":\"CLINICAL TRIAL REGISTRATION\",\"@NlmCategory\":\"BACKGROUND\"}],\"CopyrightInformation\":\"Copyright + \xA9 2019 Nissim, O\u2019Shea, Indahlastari, Kraft, von Mering, Aksu, Porges, + Cohen and Woods.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIAAA + NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United States\",\"GrantID\":\"K01 + AA025306\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"K01 AG050707\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG054077\"},{\"Agency\":\"NIH HHS\",\"Acronym\":\"OD\",\"Country\":\"United + States\",\"GrantID\":\"S10 OD021726\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Nicole + R\",\"Initials\":\"NR\",\"LastName\":\"Nissim\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"},{\"Affiliation\":\"Department + of Neuroscience, University of Florida, Gainesville, FL, United States.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Andrew\",\"Initials\":\"A\",\"LastName\":\"O'Shea\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Aprinda\",\"Initials\":\"A\",\"LastName\":\"Indahlastari\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jessica + N\",\"Initials\":\"JN\",\"LastName\":\"Kraft\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Olivia\",\"Initials\":\"O\",\"LastName\":\"von + Mering\",\"AffiliationInfo\":{\"Affiliation\":\"Center for Cognitive Aging + and Memory, Department of Clinical and Health Psychology, McKnight Brain Institute, + University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Serkan\",\"Initials\":\"S\",\"LastName\":\"Aksu\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Eric\",\"Initials\":\"E\",\"LastName\":\"Porges\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ronald\",\"Initials\":\"R\",\"LastName\":\"Cohen\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Adam + J\",\"Initials\":\"AJ\",\"LastName\":\"Woods\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory, Department of Clinical and Health Psychology, + McKnight Brain Institute, University of Florida, Gainesville, FL, United States.\"},{\"Affiliation\":\"Department + of Neuroscience, University of Florida, Gainesville, FL, United States.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"340\",\"MedlinePgn\":\"340\"},\"ArticleDate\":{\"Day\":\"16\",\"Year\":\"2019\",\"Month\":\"12\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"340\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2019.00340\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Effects + of Transcranial Direct Current Stimulation Paired With Cognitive Training + on Functional Connectivity of the Working Memory Network in Older Adults.\",\"DataBankList\":{\"DataBank\":{\"DataBankName\":\"ClinicalTrials.gov\",\"AccessionNumberList\":{\"AccessionNumber\":\"NCT02137122\"}},\"@CompleteYN\":\"Y\"},\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"12\",\"Year\":\"2022\",\"Month\":\"04\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"N-Back\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cognitive + aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cognitive training\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"functional + connectivity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"neuromodulation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"transcranial + direct current stimulation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"working + memory\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Effects + of Transcranial Direct Current Stimulation Paired With Cognitive Training + on Functional Connectivity of the Working Memory Network in Older Adults\",\"venue\":\"Frontiers + in Aging Neuroscience\",\"authors\":[{\"name\":\"N. Nissim\",\"authorId\":\"40030163\"},{\"name\":\"A. + O'Shea\",\"authorId\":\"1393654628\"},{\"name\":\"A. Indahlastari\",\"authorId\":\"2289693\"},{\"name\":\"Jessica + N. Kraft\",\"authorId\":\"1470685254\"},{\"name\":\"Olivia von Mering\",\"authorId\":\"1470681783\"},{\"name\":\"S. + Aksu\",\"authorId\":\"5645471\"},{\"name\":\"E. Porges\",\"authorId\":\"5388749\"},{\"name\":\"R. + Cohen\",\"authorId\":\"152864616\"},{\"name\":\"A. Woods\",\"authorId\":\"2856044\"}],\"paperId\":\"7f1d0eb9b1f1e60ddabc2e146f551687848e7e3f\",\"abstract\":\"Background + Working memory, a fundamental short-term cognitive process, is known to decline + with advanced age even in healthy older adults. Normal age-related declines + in working memory can cause loss of independence and decreased quality of + life. Cognitive training has shown some potential at enhancing certain cognitive + processes, although, enhancements are variable. Transcranial direct current + stimulation (tDCS), a form of non-invasive brain stimulation, has shown promise + at enhancing working memory abilities, and may further the benefits from cognitive + training interventions. However, the neural mechanisms underlying tDCS brain-based + enhancements remain unknown. Objective/Hypothesis Assess the effects of a + 2-week intervention of active-tDCS vs. sham paired with cognitive training + on functional connectivity of the working memory network during an N-Back + working memory task. Methods Healthy older adults (N = 28; mean age = 74 \xB1 + 7.3) completed 10-sessions of cognitive training paired with active or sham-tDCS. + Functional connectivity was evaluated at baseline and post-intervention during + an N-Back task (2-Back vs. 0-Back). Results Active-tDCS vs. sham demonstrated + a significant increase in connectivity between the left dorsolateral prefrontal + cortex and right inferior parietal lobule at post-intervention during 2-Back. + Target accuracy on 2-Back was significantly improved for active vs. sham at + post-intervention. Conclusion These results suggest pairing tDCS with cognitive + training enhances functional connectivity and working memory performance in + older adults, and thus may hold promise as a method for remediating age-related + cognitive decline. Future studies evaluating optimal dose and long-term effects + of tDCS on brain function will help to maximize potential clinical impacts + of tDCS paired with cognitive training in older adults. Clinical Trial Registration: + www.ClinicalTrials.gov, identifier NCT02137122.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2019.00340/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6961663, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2019-12-16\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T19:08:58.248107+00:00\",\"analyses\":[{\"id\":\"mKw3WPRryuYB\",\"user\":null,\"name\":\"MNI + coordinates for each ROI and radius of sphere.\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001_info.json\",\"table_label\":\"TABLE + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31998111-10-3389-fnagi-2019-00340-pmc6961663/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/a37/pmcid_6961663/tables/table_001_info.json\",\"table_label\":\"TABLE + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31998111-10-3389-fnagi-2019-00340-pmc6961663/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"MNI + coordinates for each ROI and radius of sphere.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"VQdnVD2aYCkV\",\"coordinates\":[-37.75,50.19,13.6],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"G2WTg2oSSqAr\",\"coordinates\":[-46.26,22.71,18.6],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zDm2MP9AhGUV\",\"coordinates\":[-37.09,-47.7,45.58],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"rHXZSaufkB7b\",\"coordinates\":[-26.32,6.75,53.46],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"DtVQgQKeLCnh\",\"coordinates\":[-45.96,3.1,38.47],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"a9JxfKM5szMr\",\"coordinates\":[-31.36,21.11,0.58],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"TnRs4nVycWGC\",\"coordinates\":[3.12,-69.09,-24.69],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"VkxFUtvkotXe\",\"coordinates\":[44.53,38.76,24.43],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"THhhe35f575w\",\"coordinates\":[44.97,-45.49,41.73],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5rJXyojft58n\",\"coordinates\":[31.96,11.01,49.8],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"RxyebVnfPCnJ\",\"coordinates\":[12.77,-63.71,55.28],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"SsKtSh3tUoDz\",\"coordinates\":[35.58,23.26,-3.01],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"LM6FLvkYarrV\",\"coordinates\":[-0.588,18.57,40.65],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"dvZXoTaieJdA\",\"created_at\":\"2025-12-03T18:06:08.549925+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Independent + Contributions of Dorsolateral Prefrontal Structure and Function to Working + Memory in Healthy Older Adults.\",\"description\":\"Age-related differences + in dorsolateral prefrontal cortex (DLPFC) structure and function have each + been linked to working memory. However, few studies have integrated multimodal + imaging to simultaneously investigate relationships among structure, function, + and cognition. We aimed to clarify how specifically DLPFC structure and function + contribute to working memory in healthy older adults. In total, 138 participants + aged 65-88 underwent 3\_T neuroimaging and were divided into higher and lower + groups based on a median split of in-scanner n-back task performance. Three + a priori spherical DLPFC regions of interest (ROIs) were used to quantify + blood-oxygen-level-dependent (BOLD) signal and FreeSurfer-derived surface + area, cortical thickness, and white matter volume. Binary logistic regressions + adjusting for age, sex, education, and scanner type revealed that greater + left and right DLPFC BOLD signal predicted the probability of higher performing + group membership (P values<.05). Binary logistic regressions also adjusting + for total intracranial volume revealed left DLPFC surface area that significantly + predicted the probability of being in the higher performing group (P\u2009=\u20090.017). + The left DLPFC BOLD signal and surface area were not significantly associated + and did not significantly interact to predict group membership (P values>.05). + Importantly, this suggests BOLD signal and surface area may independently + contribute to working memory performance in healthy older adults.\",\"publication\":\"Cerebral + Cortex\",\"doi\":\"10.1093/cercor/bhaa322\",\"pmid\":\"33188384\",\"authors\":\"N. + Evangelista; A. O'Shea; Jessica N. Kraft; Hanna K. Hausman; Emanuel M. Boutzoukas; + N. Nissim; Alejandro Albizu; Cheshire Hardcastle; Emily J. Van Etten; P. Bharadwaj; + Samantha G. Smith; Hyun Song; G. Hishaw; S. DeKosky; S. Wu; E. Porges; G. + Alexander; M. Marsiske; R. Cohen; A. Woods\",\"year\":2020,\"metadata\":{\"slug\":\"33188384-10-1093-cercor-bhaa322-pmc7869098\",\"source\":\"semantic_scholar\",\"keywords\":[\"cognitive + aging\",\"dorsolateral prefrontal cortex\",\"multimodal neuroimaging\",\"structural + and functional magnetic resonance imaging\",\"working memory\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"23\",\"Year\":\"2020\",\"Month\":\"4\",\"@PubStatus\":\"received\"},{\"Day\":\"6\",\"Year\":\"2020\",\"Month\":\"10\",\"@PubStatus\":\"revised\"},{\"Day\":\"7\",\"Year\":\"2020\",\"Month\":\"10\",\"@PubStatus\":\"accepted\"},{\"Day\":\"15\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"27\",\"Hour\":\"6\",\"Year\":\"2022\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"14\",\"Hour\":\"5\",\"Year\":\"2020\",\"Month\":\"11\",\"Minute\":\"29\",\"@PubStatus\":\"entrez\"},{\"Day\":\"14\",\"Year\":\"2021\",\"Month\":\"11\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"33188384\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC7869098\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1093/cercor/bhaa322\",\"@IdType\":\"doi\"},{\"#text\":\"5981727\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Aiken + \_LS, West \_SG, Reno \_RR. 1991. Multiple regression: testing and interpreting + interactions. Nachdr. ed. Newbury Park, California: SAGE.\"},{\"Citation\":\"Bachelard + \_HS 1979. Brain energy metabolism. Biochem Soc Trans. \_7:264\u2013264.\"},{\"Citation\":\"Baddeley + \_A 1992. Working memory. Science. \_255:556\u2013559.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1736359\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Barbey + \_AK, Koenigs \_M, Grafman \_J. 2013. Dorsolateral prefrontal contributions + to human working memory. Cortex. \_49:1195\u20131205.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3495093\",\"@IdType\":\"pmc\"},{\"#text\":\"22789779\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Barnes + \_J, Ridgway \_GR, Bartlett \_J, Henley \_SMD, Lehmann \_M, Hobbs \_N, Clarkson + \_MJ, MacManus \_DG, Ourselin \_S, Fox \_NC. 2010. Head size, age and gender + adjustment in MRI studies: a necessary nuisance? \_NeuroImage. \_53:1244\u20131255.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20600995\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bizon + \_JL, Foster \_TC, Alexander \_GE, Glisky \_EL. 2012. Characterizing cognitive + aging of working memory and executive function in animal models. Front Aging + Neurosci. \_4:19.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3439637\",\"@IdType\":\"pmc\"},{\"#text\":\"22988438\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brickman + \_AM, Zimmerman \_ME, Paul \_RH, Grieve \_SM, Tate \_DF, Cohen \_RA, Williams + \_LM, Clark \_CR, Gordon \_E. 2006. Regional white matter and neuropsychological + functioning across the adult lifespan. Biol Psychiatry. \_60:444\u2013453.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16616725\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cabeza + \_R 2002. Hemispheric asymmetry reduction in older adults: the HAROLD model. + Psychol Aging. \_17:85\u2013100.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11931290\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cabeza + \_R, Anderson \_ND, Locantore \_JK, McIntosh \_AR. 2002. Aging gracefully: + compensatory brain activity in high-performing older adults. NeuroImage. \_17:1394\u20131402.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12414279\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cabeza + \_R, Albert \_M, Belleville \_S, Craik \_FIM, Duarte \_A, Grady \_CL, Lindenberger + \_U, Nyberg \_L, Park \_DC, Reuter-Lorenz \_PA \_et al. \_2018. Maintenance, + reserve and compensation: the cognitive neuroscience of healthy ageing. Nat + Rev Neurosci. \_19:701\u2013710.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6472256\",\"@IdType\":\"pmc\"},{\"#text\":\"30305711\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cieslik + \_EC, Zilles \_K, Caspers \_S, Roski \_C, Kellermann \_TS, Jakobs \_O, Langner + \_R, Laird \_AR, Fox \_PT, Eickhoff \_SB. 2013. Is there \u201Cone\u201D DLPFC + in cognitive action control? Evidence for heterogeneity from co-activation-based + parcellation. Cereb Cortex. \_23:2677\u20132689.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3792742\",\"@IdType\":\"pmc\"},{\"#text\":\"22918987\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Courtney + \_SM, Petit \_L, Haxby \_JV, Ungerleider \_LG. 1998. The role of prefrontal + cortex in working memory: examining the contents of consciousness. Philos + Trans R Soc B Biol Sci. \_353:1819\u20131828.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1692423\",\"@IdType\":\"pmc\"},{\"#text\":\"9854254\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dale + \_AM, Fischl \_B, Sereno \_MI. 1999. Cortical surface-based analysis.I. segmentation + and surface reconstruction. NeuroImage. \_9:179\u2013194.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9931268\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Dale + \_AM, Sereno \_MI. 1993. Improved localizadon of cortical activity by combining + EEG and MEG with MRI cortical surface reconstruction: a linear approach. J + Cogn Neurosci. \_5:162\u2013176.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"23972151\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Dennis + \_NA, Cabeza \_R. 2011. Neuroimaging of healthy cognitive aging In: The Handbook + of Aging and Cognition. Routledge.\"},{\"Citation\":\"Dotson \_VM, Szymkowicz + \_SM, Sozda \_CN, Kirton \_JW, Green \_ML, O\u2019Shea \_A, McLaren \_ME, + Anton \_SD, Manini \_TM, Woods \_AJ. 2016. Age differences in prefrontal surface + area and thickness in middle aged to older adults. Front Aging Neurosci. \_7:250.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4717301\",\"@IdType\":\"pmc\"},{\"#text\":\"26834623\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Du + \_A-T, Schuff \_N, Kramer \_JH, Rosen \_HJ, Gorno-Tempini \_ML, Rankin \_K, + Miller \_BL, Weiner \_MW. 2007. Different regional patterns of cortical thinning + in Alzheimer\u2019s disease and frontotemporal dementia. Brain J Neurol. \_130:1159\u20131166.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1853284\",\"@IdType\":\"pmc\"},{\"#text\":\"17353226\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Finn + \_ES, Huber \_L, Jangraw \_DC, Molfese \_PJ, Bandettini \_PA. 2019. Layer-dependent + activity in human prefrontal cortex during working memory. Nat Neurosci. \_22:1687\u20131695.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6764601\",\"@IdType\":\"pmc\"},{\"#text\":\"31551596\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fischl + \_B 2004. Automatically parcellating the human cerebral cortex. Cereb Cortex. + \_14:11\u201322.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14654453\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fischl + \_B 2012. FreeSurfer. NeuroImage. \_62:774\u2013781.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3685476\",\"@IdType\":\"pmc\"},{\"#text\":\"22248573\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fischl + \_B, Dale \_AM. 2000. Measuring the thickness of the human cerebral cortex + from magnetic resonance images. Proc Natl Acad Sci. \_97:11050\u201311055.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC27146\",\"@IdType\":\"pmc\"},{\"#text\":\"10984517\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fischl + \_B, Liu \_A, Dale \_AM. 2001. Automated manifold surgery: constructing geometrically + accurate topologically correct models of the human cerebral cortex. IEEE Trans + Med Imaging. \_20:70\u201380.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11293693\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fischl + \_B, Salat \_DH, Busa \_E, Albert \_M, Dieterich \_M, Haselgrove \_C, van + der \_Kouwe \_A, Killiany \_R, Kennedy \_D, Klaveness \_S \_et al. \_2002. + Whole brain segmentation. Neuron. \_33:341\u2013355.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11832223\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fischl + \_B, Salat \_DH, van der \_Kouwe \_AJW, Makris \_N, S\xE9gonne \_F, Quinn + \_BT, Dale \_AM. 2004. Sequence-independent segmentation of magnetic resonance + images. NeuroImage. \_23:S69\u2013S84.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15501102\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fischl + \_B, Sereno \_MI, Dale \_AM. 1999a. Cortical surface-based analysis. NeuroImage. + \_9:195\u2013207.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9931269\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fischl + \_B, Sereno \_MI, Tootell \_RB, Dale \_AM. 1999b. High-resolution intersubject + averaging and a coordinate system for the cortical surface. Hum Brain Mapp. + \_8:272\u2013284.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6873338\",\"@IdType\":\"pmc\"},{\"#text\":\"10619420\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Funahashi + \_S 2017. Working memory in the prefrontal cortex. Brain Sci. \_7:49.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5447931\",\"@IdType\":\"pmc\"},{\"#text\":\"28448453\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Glisky + \_E 2007. Changes in cognitive function in human aging In: Riddle \_D, editor. + Brain aging. Boca Raton, FL: CRC Press/Taylor & Francis, pp. 3\u201320.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21204355\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Goldman-Rakic + \_PS 1995. Cellular basis of working memory. Neuron. \_14:477\u2013485.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"7695894\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Goldman-Rakic + \_PS 2011. Circuitry of primate prefrontal cortex and regulation of behavior + by representational memory In: Terjung \_R, editor. Comprehensive physiology. + Hoboken. NJ, USA: John Wiley & Sons, Inc., cp010509.\"},{\"Citation\":\"Golestani + \_AM, Miles \_L, Babb \_J, Castellanos \_FX, Malaspina \_D, Lazar \_M. 2014. + Constrained by our connections: white matter\u2019s key role in interindividual + variability in visual working memory capacity. J Neurosci. \_34:14913\u201314918.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4220025\",\"@IdType\":\"pmc\"},{\"#text\":\"25378158\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Good + \_CD, Johnsrude \_IS, Ashburner \_J, Henson \_RNA, Friston \_KJ, Frackowiak + \_RSJ. 2001. A voxel-based morphometric study of ageing in 465 normal adult + human brains. NeuroImage. \_14:21\u201336.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11525331\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Guttmann + \_CRG, Jolesz \_FA, Kikinis \_R, Killiany \_RJ, Moss \_MB, Sandor \_T, Albert + \_MS. 1998. White matter changes with normal aging. Neurology. \_50:972\u2013978.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9566381\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Han + \_X, Jovicich \_J, Salat \_D, van der \_Kouwe \_A, Quinn \_B, Czanner \_S, + Busa \_E, Pacheco \_J, Albert \_M, Killiany \_R \_et al. \_2006. Reliability + of MRI-derived measurements of human cerebral cortical thickness: the effects + of field strength, scanner upgrade and manufacturer. NeuroImage. \_32:180\u2013194.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16651008\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Heinzel + \_S, Lorenz \_RC, Brockhaus \_W-R, Wustenberg \_T, Kathmann \_N, Heinz \_A, + Rapp \_MA. 2014. Working memory load-dependent brain response predicts behavioral + training gains in older adults. J Neurosci. \_34:1224\u20131233.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6705311\",\"@IdType\":\"pmc\"},{\"#text\":\"24453314\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Iordan + \_AD, Cooke \_KA, Moored \_KD, Katz \_B, Buschkuehl \_M, Jaeggi \_SM, Polk + \_TA, Peltier \_SJ, Jonides \_J, Reuter-Lorenz \_PA. 2020. Neural correlates + of working memory training: evidence for plasticity in older adults. NeuroImage. + \_217:116887.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC7755422\",\"@IdType\":\"pmc\"},{\"#text\":\"32376302\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + \_M, Beckmann \_CF, Behrens \_TEJ, Woolrich \_MW, Smith \_SM. 2012. FSL. NeuroImage. + \_62:782\u2013790.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21979382\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jovicich + \_J, Czanner \_S, Greve \_D, Haley \_E, van der \_Kouwe \_A, Gollub \_R, Kennedy + \_D, Schmitt \_F, Brown \_G, Macfall \_J \_et al. \_2006. Reliability in multi-site + structural MRI studies: effects of gradient non-linearity correction on phantom + and human data. NeuroImage. \_30:436\u2013443.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16300968\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kabani + \_N, Le Goualher \_G, MacDonald \_D, Evans \_AC. 2001. Measurement of cortical + thickness using an automated 3-D algorithm: a validation study. NeuroImage. + \_13:375\u2013380.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11162277\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Lemaitre + \_H, Goldman \_AL, Sambataro \_F, Verchinski \_BA, Meyer-Lindenberg \_A, Weinberger + \_DR, Mattay \_VS. 2012. Normal age-related brain morphometric changes: nonuniformity + across cortical thickness, surface area and gray matter volume? \_Neurobiol + Aging. \_33:617.e1\u2013617.e9.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3026893\",\"@IdType\":\"pmc\"},{\"#text\":\"20739099\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu + \_H, Yang \_Y, Xia \_Y, Zhu \_W, Leak \_RK, Wei \_Z, Wang \_J, Hu \_X. 2017. + Aging of cerebral white matter. Ageing Res Rev. \_34:64\u201376.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5250573\",\"@IdType\":\"pmc\"},{\"#text\":\"27865980\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Maldjian + \_JA, Laurienti \_PJ, Burdette \_JH. 2004. Precentral gyrus discrepancy in + electronic versions of the Talairach atlas. NeuroImage. \_21:450\u2013455.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14741682\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Maldjian + \_JA, Laurienti \_PJ, Kraft \_RA, Burdette \_JH. 2003. An automated method + for neuroanatomic and cytoarchitectonic atlas-based interrogation of fMRI + data sets. NeuroImage. \_19:1233\u20131239.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12880848\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Nissim + \_NR, O\u2019Shea \_AM, Bryant \_V, Porges \_EC, Cohen \_R, Woods \_AJ. 2017. + Frontal structural neural correlates of working memory performance in older + adults. Front Aging Neurosci. \_08:328.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5210770\",\"@IdType\":\"pmc\"},{\"#text\":\"28101053\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Owen + \_AM, McMillan \_KM, Laird \_AR, Bullmore \_E. 2005. N-back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum + Brain Mapp. \_25:46\u201359.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6871745\",\"@IdType\":\"pmc\"},{\"#text\":\"15846822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + \_DC, Lautenschlager \_G, Hedden \_T, Davidson \_NS, Smith \_AD, Smith \_PK. + 2002. Models of visuospatial and verbal memory across the adult life span. + Psychol Aging. \_17:299\u2013320.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12061414\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Park + \_DC, Reuter-Lorenz \_P. 2009. The adaptive brain: aging and neurocognitive + scaffolding. Annu Rev Psychol. \_60:173\u2013196.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3359129\",\"@IdType\":\"pmc\"},{\"#text\":\"19035823\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Penny + \_W, Friston \_K, Ashburner \_J, Kiebel \_S, Nichols \_T, editors. 2007. Statistical + parametric mapping: the analysis of funtional brain images. 1st ed. Amsterdam; + Boston: Elsevier/Academic Press.\"},{\"Citation\":\"Reuter \_M, Rosas \_HD, + Fischl \_B. 2010. Highly accurate inverse consistent registration: a robust + approach. NeuroImage. \_53:1181\u20131196.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2946852\",\"@IdType\":\"pmc\"},{\"#text\":\"20637289\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter + \_M, Schmansky \_NJ, Rosas \_HD, Fischl \_B. 2012. Within-subject template + estimation for unbiased longitudinal image analysis. NeuroImage. \_61:1402\u20131418.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3389460\",\"@IdType\":\"pmc\"},{\"#text\":\"22430496\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + \_PA, Park \_DC. 2014. How does it STAC up? Revisiting the scaffolding theory + of aging and cognition. Neuropsychol Rev. \_24:355\u2013370.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4150993\",\"@IdType\":\"pmc\"},{\"#text\":\"25143069\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Roberts + \_AW, Ogunwole \_SU, Blakeslee \_L, Rabe \_MA. \\n2018. \\nThe population + 65 years and older in the United States. 2016:25 Retrieved from https://www.census.gov/content/dam/Census/library/publications/2018/acs/ACS-38.pdf.\"},{\"Citation\":\"Salat + \_DH 2004. Thinning of the cerebral cortex in aging. Cereb Cortex. \_14:721\u2013730.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15054051\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Salat + \_DH, Kaye \_JA, Janowsky \_JS. 1999. Prefrontal gray and white matter volumes + in healthy aging and Alzheimer disease. Arch Neurol. \_56:338.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10190825\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Salat + \_DH, Kaye \_JA, Janowsky \_JS. 2001. Selective preservation and degeneration + within the prefrontal cortex in aging and Alzheimer disease. Arch Neurol. + \_58:1403.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11559311\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schmitz + \_B, Wang \_X, Barker \_PB, Pilatus \_U, Bronzlik \_P, Dadak \_M, Kahl \_KG, + Lanfermann \_H, Ding \_X-Q. 2018. Effects of aging on the human brain: a proton + and phosphorus MR spectroscopy study at 3T: H- and P-MRS study of aging effects. + J Neuroimaging. \_28:416\u2013421.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"29630746\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schneider-Garces + \_NJ, Gordon \_BA, Brumback-Peltz \_CR, Shin \_E, Lee \_Y, Sutton \_BP, Maclin + \_EL, Gratton \_G, Fabiani \_M. 2010. Span, CRUNCH, and beyond: working memory + capacity and the aging brain. J Cogn Neurosci. \_22:655\u2013669.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3666347\",\"@IdType\":\"pmc\"},{\"#text\":\"19320550\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schulze + \_ET, Geary \_EK, Susmaras \_TM, Paliga \_JT, Maki \_PM, Little \_DM. 2011. + Anatomical correlates of age-related working memory declines. J Aging Res. + \_2011:1\u20139.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3228338\",\"@IdType\":\"pmc\"},{\"#text\":\"22175019\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"S\xE9gonne + \_F, Pacheco \_J, Fischl \_B. 2007. Geometrically accurate topology-correction + of cortical surfaces using nonseparating loops. IEEE Trans Med Imaging. \_26:518\u2013529.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17427739\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Shefer + \_VF 1973. Absolute number of neurons and thickness of the cerebral cortex + during aging, senile and vascular dementia, and Pick\u2019s and Alzheimer\u2019s + diseases. Neurosci Behav Physiol. \_6:319\u2013324.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"4781784\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Smith + \_SM, Jenkinson \_M, Woolrich \_MW, Beckmann \_CF, Behrens \_TEJ, Johansen-Berg + \_H, Bannister \_PR, De Luca \_M, Drobnjak \_I, Flitney \_DE \_et al. \_2004. + Advances in functional and structural MR image analysis and implementation + as FSL. NeuroImage. \_23(Suppl 1):S208\u2013S219.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15501092\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Spreng + \_RN, Wojtowicz \_M, Grady \_CL. 2010. Reliable differences in brain activity + between young and old adults: a quantitative meta-analysis across multiple + cognitive domains. Neurosci Biobehav Rev. \_34:1178\u20131194.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20109489\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Stern + \_Y, Hesdorffer \_D, Sano \_M, Mayeux \_R. 1990. Measurement and prediction + of functional capacity in Alzheimer\u2019s disease. Neurology. \_40:8\u20138.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"2296387\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Suzuki + \_M, Kawagoe \_T, Nishiguchi \_S, Abe \_N, Otsuka \_Y, Nakai \_R, Asano \_K, + Yamada \_M, Yoshikawa \_S, Sekiyama \_K. 2018. Neural correlates of working + memory maintenance in advanced aging: evidence from fMRI. Front Aging Neurosci. + \_10:358.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6232505\",\"@IdType\":\"pmc\"},{\"#text\":\"30459595\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + \_M, Gamo \_NJ, Yang \_Y, Jin \_LE, Wang \_X-J, Laubach \_M, Mazer \_JA, Lee + \_D, Arnsten \_AFT. 2011. Neuronal basis of age-related working memory decline. + Nature. \_476:210\u2013213.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3193794\",\"@IdType\":\"pmc\"},{\"#text\":\"21796118\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Weintraub + \_S, Salmon \_D, Mercaldo \_N, Ferris \_S, Graff-Radford \_NR, Chui \_H, Cummings + \_J, DeCarli \_C, Foster \_NL, Galasko \_D \_et al. \_2009. The Alzheimer\u2019s + disease Centers\u2019 uniform data set (UDS): the neuropsychologic test battery. + Alzheimer Dis Assoc Disord. \_23:91\u2013101.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2743984\",\"@IdType\":\"pmc\"},{\"#text\":\"19474567\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Whitfield-Gabrieli + \_S, Nieto-Castanon \_A. 2012. Conn: a functional connectivity toolbox for + correlated and anticorrelated brain networks. Brain Connect. \_2:125\u2013141.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22642651\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Woods + \_AJ, Cohen \_R, Marsiske \_M, Alexander \_GE, Czaja \_SJ, Wu \_S. 2018. Augmenting + cognitive training in older adults (the ACT study): design and methods of + a phase III tDCS and cognitive training trial. Contemp Clin Trials. \_65:19\u201332.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5803439\",\"@IdType\":\"pmc\"},{\"#text\":\"29313802\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yam + \_A, Marsiske \_M. 2013. Cognitive longitudinal predictors of older adults\u2019 + self-reported IADL function. J Aging Health. \_25:163S\u2013185S.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3882335\",\"@IdType\":\"pmc\"},{\"#text\":\"24385635\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"33188384\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1460-2199\",\"@IssnType\":\"Electronic\"},\"Title\":\"Cerebral + cortex (New York, N.Y. : 1991)\",\"JournalIssue\":{\"Issue\":\"3\",\"Volume\":\"31\",\"PubDate\":{\"Day\":\"05\",\"Year\":\"2021\",\"Month\":\"Feb\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Cereb + Cortex\"},\"Abstract\":{\"AbstractText\":\"Age-related differences in dorsolateral + prefrontal cortex (DLPFC) structure and function have each been linked to + working memory. However, few studies have integrated multimodal imaging to + simultaneously investigate relationships among structure, function, and cognition. + We aimed to clarify how specifically DLPFC structure and function contribute + to working memory in healthy older adults. In total, 138 participants aged + 65-88 underwent 3\_T neuroimaging and were divided into higher and lower groups + based on a median split of in-scanner n-back task performance. Three a priori + spherical DLPFC regions of interest (ROIs) were used to quantify blood-oxygen-level-dependent + (BOLD) signal and FreeSurfer-derived surface area, cortical thickness, and + white matter volume. Binary logistic regressions adjusting for age, sex, education, + and scanner type revealed that greater left and right DLPFC BOLD signal predicted + the probability of higher performing group membership (P values<.05). Binary + logistic regressions also adjusting for total intracranial volume revealed + left DLPFC surface area that significantly predicted the probability of being + in the higher performing group (P\u2009=\u20090.017). The left DLPFC BOLD + signal and surface area were not significantly associated and did not significantly + interact to predict group membership (P values>.05). Importantly, this suggests + BOLD signal and surface area may independently contribute to working memory + performance in healthy older adults.\",\"CopyrightInformation\":\"\xA9 The + Author(s) 2020. Published by Oxford University Press. All rights reserved. + For permissions, please e-mail: journals.permission@oup.com.\"},\"Language\":\"eng\",\"@PubModel\":\"Print\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIAAA + NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United States\",\"GrantID\":\"K01 + AA025306\"},{\"Agency\":\"NHLBI NIH HHS\",\"Acronym\":\"HL\",\"Country\":\"United + States\",\"GrantID\":\"T32 HL134621\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG054077\"},{\"Agency\":\"NIH HHS\",\"Acronym\":\"OD\",\"Country\":\"United + States\",\"GrantID\":\"S10 OD021726\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"K01 AG050707\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"T32 AG020499\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Nicole + D\",\"Initials\":\"ND\",\"LastName\":\"Evangelista\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Andrew\",\"Initials\":\"A\",\"LastName\":\"O'Shea\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jessica + N\",\"Initials\":\"JN\",\"LastName\":\"Kraft\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Neuroscience, College of Medicine, University of Florida.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Hanna + K\",\"Initials\":\"HK\",\"LastName\":\"Hausman\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Emanuel + M\",\"Initials\":\"EM\",\"LastName\":\"Boutzoukas\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nicole + R\",\"Initials\":\"NR\",\"LastName\":\"Nissim\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Neurology, University of Pennsylvania, Philadelphia, PA, 19104, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Alejandro\",\"Initials\":\"A\",\"LastName\":\"Albizu\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Neuroscience, College of Medicine, University of Florida.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Cheshire\",\"Initials\":\"C\",\"LastName\":\"Hardcastle\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Emily + J\",\"Initials\":\"EJ\",\"LastName\":\"Van Etten\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Pradyumna K\",\"Initials\":\"PK\",\"LastName\":\"Bharadwaj\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Samantha G\",\"Initials\":\"SG\",\"LastName\":\"Smith\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Hyun\",\"Initials\":\"H\",\"LastName\":\"Song\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Georg A\",\"Initials\":\"GA\",\"LastName\":\"Hishaw\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Department of Neurology, College of Medicine, University of + Arizona, Tucson, AZ, 85721, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Steven\",\"Initials\":\"S\",\"LastName\":\"DeKosky\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Neurology, College of Medicine, University of Florida.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Samuel\",\"Initials\":\"S\",\"LastName\":\"Wu\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Biostatistics, College of Public Health and Health Professions, College + of Medicine, University of Florida, Gainesville, FL, 32611, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Eric\",\"Initials\":\"E\",\"LastName\":\"Porges\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Gene + E\",\"Initials\":\"GE\",\"LastName\":\"Alexander\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Psychology and McKnight Brain Institute, University of Arizona, Tucson, + AZ, 85721, USA.\"},{\"Affiliation\":\"Brain Imaging, Behavior and Aging Laboratory, + Departments of Psychology and Psychiatry, Neuroscience and Physiological Sciences + Graduate Interdisciplinary Programs, BIO5 Institute and McKnight Brain Institute, + University of Arizona, Tucson, AZ, 85721, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michael\",\"Initials\":\"M\",\"LastName\":\"Marsiske\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ronald\",\"Initials\":\"R\",\"LastName\":\"Cohen\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Adam + J\",\"Initials\":\"AJ\",\"LastName\":\"Woods\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Cognitive Aging and Memory Clinical Translational Research, McKnight Brain + Institute, University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Clinical and Health Psychology, College of Public Health and Health Professions, + University of Florida, Gainesville, FL, 32611, USA.\"},{\"Affiliation\":\"Department + of Neuroscience, College of Medicine, University of Florida.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"1743\",\"StartPage\":\"1732\",\"MedlinePgn\":\"1732-1743\"},\"ELocationID\":{\"#text\":\"10.1093/cercor/bhaa322\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":\"Independent + Contributions of Dorsolateral Prefrontal Structure and Function to Working + Memory in Healthy Older Adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D052061\",\"#text\":\"Research Support, N.I.H., Extramural\"},{\"@UI\":\"D013485\",\"#text\":\"Research + Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"15\",\"Year\":\"2025\",\"Month\":\"03\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"cognitive + aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"dorsolateral prefrontal cortex\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"multimodal + neuroimaging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"structural and functional + magnetic resonance imaging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"working + memory\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"24\",\"Year\":\"2022\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000369\",\"#text\":\"Aged, + 80 and over\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000379\",\"#text\":\"methods\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D000087643\",\"#text\":\"Dorsolateral + Prefrontal Cortex\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000379\",\"#text\":\"methods\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Cereb Cortex\",\"ISSNLinking\":\"1047-3211\",\"NlmUniqueID\":\"9110718\"}}},\"semantic_scholar\":{\"year\":2020,\"title\":\"Independent + Contributions of Dorsolateral Prefrontal Structure and Function to Working + Memory in Healthy Older Adults.\",\"venue\":\"Cerebral Cortex\",\"authors\":[{\"name\":\"N. + Evangelista\",\"authorId\":\"34566342\"},{\"name\":\"A. O'Shea\",\"authorId\":\"1393654628\"},{\"name\":\"Jessica + N. Kraft\",\"authorId\":\"1470685254\"},{\"name\":\"Hanna K. Hausman\",\"authorId\":\"89689306\"},{\"name\":\"Emanuel + M. Boutzoukas\",\"authorId\":\"12589342\"},{\"name\":\"N. Nissim\",\"authorId\":\"40030163\"},{\"name\":\"Alejandro + Albizu\",\"authorId\":\"51915887\"},{\"name\":\"Cheshire Hardcastle\",\"authorId\":\"9804778\"},{\"name\":\"Emily + J. Van Etten\",\"authorId\":\"113257771\"},{\"name\":\"P. Bharadwaj\",\"authorId\":\"32015415\"},{\"name\":\"Samantha + G. Smith\",\"authorId\":\"2111235309\"},{\"name\":\"Hyun Song\",\"authorId\":\"146936151\"},{\"name\":\"G. + Hishaw\",\"authorId\":\"6546102\"},{\"name\":\"S. DeKosky\",\"authorId\":\"3156078\"},{\"name\":\"S. + Wu\",\"authorId\":\"143919744\"},{\"name\":\"E. Porges\",\"authorId\":\"5388749\"},{\"name\":\"G. + Alexander\",\"authorId\":\"34776743\"},{\"name\":\"M. Marsiske\",\"authorId\":\"1743490\"},{\"name\":\"R. + Cohen\",\"authorId\":\"152864616\"},{\"name\":\"A. Woods\",\"authorId\":\"2856044\"}],\"paperId\":\"160e158364df453305ac097951a570f76beea42a\",\"abstract\":\"Age-related + differences in dorsolateral prefrontal cortex (DLPFC) structure and function + have each been linked to working memory. However, few studies have integrated + multimodal imaging to simultaneously investigate relationships among structure, + function, and cognition. We aimed to clarify how specifically DLPFC structure + and function contribute to working memory in healthy older adults. In total, + 138 participants aged 65-88 underwent 3\_T neuroimaging and were divided into + higher and lower groups based on a median split of in-scanner n-back task + performance. Three a priori spherical DLPFC regions of interest (ROIs) were + used to quantify blood-oxygen-level-dependent (BOLD) signal and FreeSurfer-derived + surface area, cortical thickness, and white matter volume. Binary logistic + regressions adjusting for age, sex, education, and scanner type revealed that + greater left and right DLPFC BOLD signal predicted the probability of higher + performing group membership (P values<.05). Binary logistic regressions also + adjusting for total intracranial volume revealed left DLPFC surface area that + significantly predicted the probability of being in the higher performing + group (P\u2009=\u20090.017). The left DLPFC BOLD signal and surface area were + not significantly associated and did not significantly interact to predict + group membership (P values>.05). Importantly, this suggests BOLD signal and + surface area may independently contribute to working memory performance in + healthy older adults.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7869098\",\"status\":\"GREEN\",\"license\":null,\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1093/cercor/bhaa322?email= + or https://doi.org/10.1093/cercor/bhaa322, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use.\"},\"publicationDate\":\"2020-11-14\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T18:10:43.786313+00:00\",\"analyses\":[{\"id\":\"jJ3MLhiNBeG9\",\"user\":null,\"name\":\"Left + DLPFC\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"label\":\"Table + 1\",\"position\":2,\"n_activations\":3},\"original_table_id\":\"1\"},\"table_metadata\":{\"label\":\"Table + 1\",\"position\":2,\"n_activations\":3},\"sanitized_table_id\":\"1\"},\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"YGsAud5x8xzw\",\"coordinates\":[-37.75,50.19,13.6],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"KMh5SaGRyuLr\",\"coordinates\":[-46.26,22.71,18.6],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"x5Wpn6YTrAwZ\",\"user\":null,\"name\":\"Right + DLPFC\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"label\":\"Table + 1\",\"position\":2,\"n_activations\":3},\"original_table_id\":\"1\"},\"table_metadata\":{\"label\":\"Table + 1\",\"position\":2,\"n_activations\":3},\"sanitized_table_id\":\"1\"},\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"NuMpRSfuW7Lf\",\"coordinates\":[44.53,38.76,24.43],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"DXC84L9Pm7Pw\",\"created_at\":\"2025-12-03T23:46:58.300339+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease\",\"description\":\"Patients with Parkinson's disease (PD) have difficulties + in executive functions including conflict monitoring. The neural mechanisms + underlying these difficulties are not yet fully understood. In order to examine + the neural mechanisms related to conflict monitoring in PD, we evaluated 35 + patients with PD and 20 healthy older adults while they performed a word-color + Stroop paradigm in the MRI. Specifically, we focused on changes between the + groups in task-related functional connectivity using psycho-physiological + interaction (PPI) analysis. The anterior cingulate cortex (ACC), which is + a brain node previously associated with the Stroop paradigm, was selected + as the seed region for this analysis. Patients with PD, as compared to healthy + controls, had reduced task-related functional connectivity between the ACC + and parietal regions including the precuneus and inferior parietal lobe. This + was seen only in the incongruent Stroop condition. A higher level of connectivity + between the ACC and precuneus was correlated with a lower error rate in the + conflicting, incongruent Stroop condition in the healthy controls, but not + in the patients with PD. Furthermore, the patients also had reduced functional + connectivity between the ACC and the superior frontal gyrus which was present + in both the incongruent and congruent task condition. The present findings + shed light on brain mechanisms that are apparently associated with specific + cognitive difficulties in patients with PD. Among patients with PD, impaired + conflict monitoring processing within the ACC-based fronto-parietal network + may contribute to difficulties under increased executive demands.\",\"publication\":\"Cortex\",\"doi\":\"10.1016/j.cortex.2016.06.014\",\"pmid\":\"27453508\",\"authors\":\"Keren + Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey + M Hausdorff\",\"year\":2016,\"metadata\":{\"slug\":\"27453508-10-1016-j-cortex-2016-06-014\",\"source\":\"semantic_scholar\",\"keywords\":[\"Conflict + monitoring\",\"Functional MRI\",\"Functional connectivity\",\"Parkinson's + disease\",\"Stroop\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"27\",\"Year\":\"2016\",\"Month\":\"3\",\"@PubStatus\":\"received\"},{\"Day\":\"2\",\"Year\":\"2016\",\"Month\":\"6\",\"@PubStatus\":\"revised\"},{\"Day\":\"16\",\"Year\":\"2016\",\"Month\":\"6\",\"@PubStatus\":\"accepted\"},{\"Day\":\"26\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"7\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"28\",\"Hour\":\"6\",\"Year\":\"2016\",\"Month\":\"7\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"3\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"10\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"27453508\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.cortex.2016.06.014\",\"@IdType\":\"doi\"},{\"#text\":\"S0010-9452(16)30168-X\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"27453508\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1973-8102\",\"@IssnType\":\"Electronic\"},\"Title\":\"Cortex; + a journal devoted to the study of the nervous system and behavior\",\"JournalIssue\":{\"Volume\":\"82\",\"PubDate\":{\"Year\":\"2016\",\"Month\":\"Sep\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Cortex\"},\"Abstract\":{\"AbstractText\":\"Patients + with Parkinson's disease (PD) have difficulties in executive functions including + conflict monitoring. The neural mechanisms underlying these difficulties are + not yet fully understood. In order to examine the neural mechanisms related + to conflict monitoring in PD, we evaluated 35 patients with PD and 20 healthy + older adults while they performed a word-color Stroop paradigm in the MRI. + Specifically, we focused on changes between the groups in task-related functional + connectivity using psycho-physiological interaction (PPI) analysis. The anterior + cingulate cortex (ACC), which is a brain node previously associated with the + Stroop paradigm, was selected as the seed region for this analysis. Patients + with PD, as compared to healthy controls, had reduced task-related functional + connectivity between the ACC and parietal regions including the precuneus + and inferior parietal lobe. This was seen only in the incongruent Stroop condition. + A higher level of connectivity between the ACC and precuneus was correlated + with a lower error rate in the conflicting, incongruent Stroop condition in + the healthy controls, but not in the patients with PD. Furthermore, the patients + also had reduced functional connectivity between the ACC and the superior + frontal gyrus which was present in both the incongruent and congruent task + condition. The present findings shed light on brain mechanisms that are apparently + associated with specific cognitive difficulties in patients with PD. Among + patients with PD, impaired conflict monitoring processing within the ACC-based + fronto-parietal network may contribute to difficulties under increased executive + demands.\",\"CopyrightInformation\":\"Copyright \xA9 2016 Elsevier Ltd. All + rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Keren\",\"Initials\":\"K\",\"LastName\":\"Rosenberg-Katz\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for the Study of Movement, Cognition, and Mobility, Neurological Institute, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Functional Brain Center, + Wohl Institute for Advanced Imaging, Tel Aviv Sourasky Medical Center, Tel + Aviv, Israel. Electronic address: keren_ros@hotmail.com.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Inbal\",\"Initials\":\"I\",\"LastName\":\"Maidan\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for the Study of Movement, Cognition, and Mobility, Neurological Institute, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel. Electronic address: Inbalmdn@gmail.com.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yael\",\"Initials\":\"Y\",\"LastName\":\"Jacob\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for the Study of Movement, Cognition, and Mobility, Neurological Institute, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Functional Brain Center, + Wohl Institute for Advanced Imaging, Tel Aviv Sourasky Medical Center, Tel + Aviv, Israel; Sagol School of Neuroscience, Tel Aviv University, Tel Aviv, + Israel. Electronic address: yaelja@gmail.com.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nir\",\"Initials\":\"N\",\"LastName\":\"Giladi\",\"AffiliationInfo\":{\"Affiliation\":\"Sieratzki + Chair in Neurology, Tel Aviv University, Tel Aviv, Israel; Department of Neurology, + Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel; Sagol + School of Neuroscience, Tel Aviv University, Tel Aviv, Israel; Neurological + Institute, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel. Electronic + address: nirg@tlvmc.gov.il.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Anat\",\"Initials\":\"A\",\"LastName\":\"Mirelman\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for the Study of Movement, Cognition, and Mobility, Neurological Institute, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Department of Neurology, + Sackler Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel. Electronic + address: anatmi@tlvmc.gov.il.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jeffrey + M\",\"Initials\":\"JM\",\"LastName\":\"Hausdorff\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for the Study of Movement, Cognition, and Mobility, Neurological Institute, + Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Sagol School of Neuroscience, + Tel Aviv University, Tel Aviv, Israel; Department of Physical Therapy, Sackler + Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel. Electronic address: + jhausdor@tlvmc.gov.il.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"286\",\"StartPage\":\"277\",\"MedlinePgn\":\"277-286\"},\"ArticleDate\":{\"Day\":\"25\",\"Year\":\"2016\",\"Month\":\"06\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.cortex.2016.06.014\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0010-9452(16)30168-X\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"10\",\"Year\":\"2019\",\"Month\":\"12\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Conflict + monitoring\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Functional MRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Functional + connectivity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Parkinson's disease\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Stroop\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"02\",\"Year\":\"2017\",\"Month\":\"10\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003220\",\"#text\":\"Conflict, + Psychological\",\"@MajorTopicYN\":\"Y\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D056344\",\"#text\":\"Executive + Function\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007091\",\"#text\":\"Image + Processing, Computer-Assisted\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D009415\",\"#text\":\"Nerve + Net\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D009434\",\"#text\":\"Neural + Pathways\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D010300\",\"#text\":\"Parkinson + Disease\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D057190\",\"#text\":\"Stroop + Test\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"Italy\",\"MedlineTA\":\"Cortex\",\"ISSNLinking\":\"0010-9452\",\"NlmUniqueID\":\"0100725\"}}},\"semantic_scholar\":{\"year\":2016,\"title\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease\",\"venue\":\"Cortex\",\"authors\":[{\"name\":\"K. Rosenberg-Katz\",\"authorId\":\"1397388833\"},{\"name\":\"I. + Maidan\",\"authorId\":\"1914169\"},{\"name\":\"Y. Jacob\",\"authorId\":\"1787769\"},{\"name\":\"Nir + Giladi\",\"authorId\":\"144701716\"},{\"name\":\"Jeffrey M. Hausdorff\",\"authorId\":\"7766661\"}],\"paperId\":\"275b02692d5dbc90c96aa3ae451469a652aef640\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.cortex.2016.06.014?email= + or https://doi.org/10.1016/j.cortex.2016.06.014, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use.\"},\"publicationDate\":\"2016-09-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T23:50:06.170971+00:00\",\"analyses\":[{\"id\":\"279rWYbbqJwj\",\"user\":null,\"name\":\"tbl1\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1_coordinates.csv\"},\"original_table_id\":\"tbl1\"},\"table_metadata\":{\"table_id\":\"tbl1\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl1_coordinates.csv\"},\"sanitized_table_id\":\"tbl1\"},\"description\":\"Regions + of interest coordinates used (from Laird et\_al., 2005).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"spVFMVtaj9vB\",\"coordinates\":[3.0,16.0,41.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"SnbZWygvBtR5\",\"coordinates\":[-34.0,21.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7FaaaDg9nHRF\",\"coordinates\":[-20.0,48.0,23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"9JHpD4k3JMYQ\",\"coordinates\":[-43.0,4.0,35.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"UXwUo8BASxDr\",\"coordinates\":[-21.0,-70.0,37.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"UWMNMWA7z44i\",\"coordinates\":[-47.0,-40.0,47.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"FTDtuEq6ixaZ\",\"user\":null,\"name\":\"Increased + connectivity for the incongruent condition\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Regions + showing increased connectivity with the ACC in the incongruent and congruent + conditions compared with baseline in the patients with PD and the healthy + controls.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"Ep3hSLniHzc7\",\"user\":null,\"name\":\"Patients + with PD\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Regions + showing increased connectivity with the ACC in the incongruent and congruent + conditions compared with baseline in the patients with PD and the healthy + controls.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"iWFtXbiYHbpg\",\"coordinates\":[6.0,-28.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.51}]},{\"id\":\"3D3Nd8UCGiAd\",\"coordinates\":[-30.0,32.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.78}]},{\"id\":\"EHc2FyMXChyF\",\"coordinates\":[39.0,-7.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.51}]},{\"id\":\"wDgaUkd2VXEA\",\"coordinates\":[-27.0,20.0,47.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.79}]},{\"id\":\"HQRujgJHvjUw\",\"coordinates\":[12.0,-16.0,-1.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.85}]}],\"images\":[]},{\"id\":\"Z4aELpy43zHL\",\"user\":null,\"name\":\"Healthy + controls\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Regions + showing increased connectivity with the ACC in the incongruent and congruent + conditions compared with baseline in the patients with PD and the healthy + controls.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"xfLMrKBhEj49\",\"coordinates\":[-48.0,-13.0,47.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.12}]},{\"id\":\"MM454chitDmN\",\"coordinates\":[-39.0,20.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.53}]},{\"id\":\"nj4KoWHKmoiw\",\"coordinates\":[-3.0,23.0,47.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.73}]},{\"id\":\"h3NbqXgTrbqB\",\"coordinates\":[-48.0,-55.0,38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.35}]}],\"images\":[]},{\"id\":\"RDjFJxariUgs\",\"user\":null,\"name\":\"Increased + connectivity for the congruent condition\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Regions + showing increased connectivity with the ACC in the incongruent and congruent + conditions compared with baseline in the patients with PD and the healthy + controls.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"HFaRxBDW2Xhe\",\"user\":null,\"name\":\"Patients + with PD-2\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Regions + showing increased connectivity with the ACC in the incongruent and congruent + conditions compared with baseline in the patients with PD and the healthy + controls.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"RofhQUg5C5WL\",\"coordinates\":[-3.0,-37.0,-10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.19}]},{\"id\":\"izmpL7DAHmWs\",\"coordinates\":[-15.0,-22.0,-1.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.19}]},{\"id\":\"PfrJZGeJYp8p\",\"coordinates\":[12.0,-19.0,-1.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.91}]},{\"id\":\"B55spdx44E86\",\"coordinates\":[-27.0,17.0,-1.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.21}]},{\"id\":\"SmHyeVBeV35c\",\"coordinates\":[-48.0,8.0,-1.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.46}]},{\"id\":\"q2hkTib2pgjj\",\"coordinates\":[58.0,4.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.71}]}],\"images\":[]},{\"id\":\"jqeUA5Yaf3Gu\",\"user\":null,\"name\":\"Healthy + controls-2\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/27453508-10-1016-j-cortex-2016-06-014/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Regions + showing increased connectivity with the ACC in the incongruent and congruent + conditions compared with baseline in the patients with PD and the healthy + controls.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"TCUN6K2Eu8wH\",\"coordinates\":[33.0,17.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.7}]},{\"id\":\"Q84UPnnv2bVg\",\"coordinates\":[45.0,23.0,35.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.16}]},{\"id\":\"2AhtoqL7D9E8\",\"coordinates\":[37.0,-70.0,-28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.32}]}],\"images\":[]}]},{\"id\":\"eJGXCqvZxzoM\",\"created_at\":\"2025-12-05T04:51:59.441429+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Task-Switching + Performance Improvements After Tai Chi Chuan Training Are Associated With + Greater Prefrontal Activation in Older Adults\",\"description\":\"Studies + have shown that Tai Chi Chuan (TCC) training has benefits on task-switching + ability. However, the neural correlates underlying the effects of TCC training + on task-switching ability remain unclear. Using task-related functional magnetic + resonance imaging (fMRI) with a numerical Stroop paradigm, we investigated + changes of prefrontal brain activation and behavioral performance during task-switching + before and after TCC training and examined the relationships between changes + in brain activation and task-switching behavioral performance. Cognitively + normal older adults were randomly assigned to either the TCC or control (CON) + group. Over a 12-week period, the TCC group received three 60-min sessions + of Yang-style TCC training weekly, whereas the CON group only received one + telephone consultation biweekly and did not alter their life style. All participants + underwent assessments of physical functions and neuropsychological functions + of task-switching, and fMRI scans, before and after the intervention. Twenty-six + (TCC, N = 16; CON, N = 10) participants completed the entire experimental + procedure. We found significant group by time interaction effects on behavioral + and brain activation measures. Specifically, the TCC group showed improved + physical function, decreased errors on task-switching performance, and increased + left superior frontal activation for Switch > Non-switch contrast from pre- + to post-intervention, that were not seen in the CON group. Intriguingly, TCC + participants with greater prefrontal activation increases in the switch condition + from pre- to post-intervention presented greater reductions in task-switching + errors. These findings suggest that TCC training could potentially provide + benefits to some, although not all, older adults to enhance the function of + their prefrontal activations during task-switching.\",\"publication\":\"Frontiers + in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2018.00280\",\"pmid\":\"30319391\",\"authors\":\"Meng-Tien + Wu; P. Tang; J. Goh; Tai-Li Chou; Yu-Kai Chang; Y. Hsu; Yu\u2010Jen Chen; + N. Chen; W. Tseng; S. Gau; M. Chiu; C. Lan\",\"year\":2018,\"metadata\":{\"slug\":\"30319391-10-3389-fnagi-2018-00280-pmc6165861\",\"source\":\"semantic_scholar\",\"keywords\":[\"Tai + Chi Chuan\",\"aging\",\"cognition\",\"executive function\",\"exercise intervention\",\"functional + neuroimaging\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"13\",\"Year\":\"2017\",\"Month\":\"9\",\"@PubStatus\":\"received\"},{\"Day\":\"28\",\"Year\":\"2018\",\"Month\":\"8\",\"@PubStatus\":\"accepted\"},{\"Day\":\"16\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"10\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"16\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"10\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"16\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"10\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"30319391\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6165861\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2018.00280\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Blackwood + J., Shubert T., Forgarty K., Chase C. (2016). Relationships between performance + on assessments of executive function and fall risk screening measures in community-dwelling + older adults. J. Geriatr. Phys. Ther. 39, 89\u201396. 10.1519/JPT.0000000000000056\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1519/JPT.0000000000000056\",\"@IdType\":\"doi\"},{\"#text\":\"26050194\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bohannon + R. W., Larkin P. A., Cook A. C., Gear J., Singer J. (1984). Decrease in timed + balance test scores with aging. Phys. Ther. 64, 1067\u20131070. 10.1093/ptj/64.7.1067\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/ptj/64.7.1067\",\"@IdType\":\"doi\"},{\"#text\":\"6739548\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brass + M., Zysset S., von Cramon D. Y. (2001). The inhibition of imitative response + tendencies. Neuroimage 14, 1416\u20131423. 10.1006/nimg.2001.0944\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2001.0944\",\"@IdType\":\"doi\"},{\"#text\":\"11707097\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Braver + T. S., Reynolds J. R., Donaldson D. I. (2003). Neural mechanisms of transient + and sustained cognitive control during task switching. Neuron 39, 713\u2013726. + 10.1016/s0896-6273(03)00466-5\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0896-6273(03)00466-5\",\"@IdType\":\"doi\"},{\"#text\":\"12925284\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brett + M., Anton J.-L., Valabregue R., Poline J.-B. (2002). Region of interest analysis + using an SPM toolbox. Neuroimage 16, 1140\u20131141. 10.1016/S1053-8119(02)90013-3\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/S1053-8119(02)90013-3\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Brooks + D., Solway S., Gibbons W. J. (2003). ATS statement on six-minute walk test. + Am. J. Respir. Crit. Care Med. 167:1287. 10.1164/ajrccm.167.9.950\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1164/ajrccm.167.9.950\",\"@IdType\":\"doi\"},{\"#text\":\"12714344\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buchsbaum + B. R., Greer S., Chang W. L., Berman K. F. (2005). Meta-analysis of neuroimaging + studies of the Wisconsin card-sorting task and component processes. Hum. Brain + Mapp. 25, 35\u201345. 10.1002/hbm.20128\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20128\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871753\",\"@IdType\":\"pmc\"},{\"#text\":\"15846821\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Dennis N. A. (2013). \u201CFrontal lobes and aging: deterioration and + compensation,\u201D in Principles of Frontal Lobe Function, eds Stuss I. D. + T., Knight R. T. (New York, NY: Oxford University Press; ), 628\u2013652.\"},{\"Citation\":\"Chan + A. W., Yu D. S., Choi K. C. (2017). Effects of Tai Chi Qigong on psychosocial + well-being among hidden elderly, using elderly neighborhood volunteer approach: + a pilot randomized controlled trial. Clin. Interv. Aging 12, 85\u201396. 10.2147/CIA.S124604\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2147/CIA.S124604\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5221552\",\"@IdType\":\"pmc\"},{\"#text\":\"28115837\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chang + Y.-K., Nien Y.-H., Chen A.-G., Yan J. (2014). Tai Ji Quan, the brain, and + cognition in older adults. J. Sport Health Sci. 3, 36\u201342. 10.1016/j.jshs.2013.09.003\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.jshs.2013.09.003\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Colcombe + S., Kramer A. F. (2003). Fitness effects on the cognitive function of older + adults: a meta-analytic study. Psychol. Sci. 14, 125\u2013130. 10.1111/1467-9280.t01-1-01430\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/1467-9280.t01-1-01430\",\"@IdType\":\"doi\"},{\"#text\":\"12661673\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + S. J., Kramer A. F., Erickson K. I., Scalf P., McAuley E., Cohen N. J., et + al. . (2004). Cardiovascular fitness, cortical plasticity, and aging. Proc. + Natl. Acad. Sci. U S A 101, 3316\u20133321. 10.1073/pnas.0400266101\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0400266101\",\"@IdType\":\"doi\"},{\"#text\":\"PMC373255\",\"@IdType\":\"pmc\"},{\"#text\":\"14978288\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Crone + E. A., Wendelken C., Donohue S. E., Bunge S. A. (2006). Neural evidence for + dissociable components of task-switching. Cereb. Cortex 16, 475\u2013486. + 10.1093/cercor/bhi127\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhi127\",\"@IdType\":\"doi\"},{\"#text\":\"16000652\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cutini + S., Scatturin P., Menon E., Bisiacchi P. S., Gamberini L., Zorzi M., et al. + . (2008). Selective activation of the superior frontal gyrus in task-switching: + an event-related fNIRS study. Neuroimage 42, 945\u2013955. 10.1016/j.neuroimage.2008.05.013\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2008.05.013\",\"@IdType\":\"doi\"},{\"#text\":\"18586525\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"DiGirolamo + G. J., Kramer A. F., Barad V., Cepeda N. J., Weissman D. H., Milham M. P., + et al. . (2001). General and task-specific frontal lobe recruitment in older + adults during executive processes: a fMRI investigation of task-switching. + Neuroreport 12, 2065\u20132071. 10.1097/00001756-200107030-00054\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/00001756-200107030-00054\",\"@IdType\":\"doi\"},{\"#text\":\"11435947\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dite + W., Temple V. A. (2002). A clinical test of stepping and change of direction + to identify multiple falling older adults. Arch. Phys. Med. Rehabil. 83, 1566\u20131571. + 10.1053/apmr.2002.35469\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1053/apmr.2002.35469\",\"@IdType\":\"doi\"},{\"#text\":\"12422327\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dove + A., Pollmann S., Schubert T., Wiggins C. J., Yves von Cramon D. (2000). Prefrontal + cortex activation in task switching: an event-related fMRI study. Cogn. Brain + Res. 9, 103\u2013109. 10.1016/s0926-6410(99)00029-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0926-6410(99)00029-4\",\"@IdType\":\"doi\"},{\"#text\":\"10666562\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"du + Boisgueheneuc F., Levy R., Volle E., Seassau M., Duffau H., Kinkingnehun S., + et al. . (2006). Functions of the left superior frontal gyrus in humans: a + lesion study. Brain 129, 3315\u20133328. 10.1093/brain/awl244\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/awl244\",\"@IdType\":\"doi\"},{\"#text\":\"16984899\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Eggenberger + P., Wolf M., Schumann M., de Bruin E. D. (2016). Exergame and balance training + modulate prefrontal brain activity during walking and enhance executive function + in older adults. Front. Aging Neurosci. 8:66. 10.3389/fnagi.2016.00066\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2016.00066\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4828439\",\"@IdType\":\"pmc\"},{\"#text\":\"27148041\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Elias + L. J., Bryden M. P., Bulman-Fleming M. B. (1998). Footedness is a better predictor + than is handedness of emotional lateralization. Neuropsychologia 36, 37\u201343. + 10.1016/s0028-3932(97)00107-3\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0028-3932(97)00107-3\",\"@IdType\":\"doi\"},{\"#text\":\"9533385\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Faul + F., Erdfelder E., Buchner A., Lang A. G. (2009). Statistical power analyses + using G*Power 3.1: tests for correlation and regression analyses. Behav. Res. + Methods 41, 1149\u20131160. 10.3758/brm.41.4.1149\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/brm.41.4.1149\",\"@IdType\":\"doi\"},{\"#text\":\"19897823\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fong + D. Y., Chi L. K., Li F., Chang Y. K. (2014). The benefits of endurance exercise + and Tai Chi Chuan for the task-switching aspect of executive function in older + adults: an ERP study. Front. Aging Neurosci. 6:295. 10.3389/fnagi.2014.00295\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2014.00295\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4211410\",\"@IdType\":\"pmc\"},{\"#text\":\"25389403\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fray + J. P., Robbins W. T., Sahakian J. B. (1996). Neuorpsychiatyric applications + of CANTAB. Int. J. Geriatr. Psychiatry 11, 329\u2013336. 10.1002/(sici)1099-1166(199604)11:4<329::aid-gps453>3.3.co;2-y\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1002/(sici)1099-1166(199604)11:4<329::aid-gps453>3.3.co;2-y\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Fu + C., Li Z., Mao Z. (2018). Association between social activities and cognitive + function among the elderly in China: a cross-sectional study. Int. J. Environ. + Res. Public Health 15:E231. 10.3390/ijerph15020231\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3390/ijerph15020231\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5858300\",\"@IdType\":\"pmc\"},{\"#text\":\"29385773\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Garavan + H., Ross T. J., Stein E. A. (1999). Right hemispheric dominance of inhibitory + control: an event-related functional MRI study. Proc. Natl. Acad. Sci. U S + A 96, 8301\u20138306. 10.1073/pnas.96.14.8301\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.96.14.8301\",\"@IdType\":\"doi\"},{\"#text\":\"PMC22229\",\"@IdType\":\"pmc\"},{\"#text\":\"10393989\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Garber + C. E., Blissmer B., Deschenes M. R., Franklin B. A., Lamonte M. J., Lee I. + M., et al. . (2011). Quantity and quality of exercise for developing and maintaining + cardiorespiratory, musculoskeletal, and neuromotor fitness in apparently healthy + adults: guidance for prescribing exercise. Med. Sci. Sports Exerc. 43, 1334\u20131359. + 10.1249/mss.0b013e318213fefb\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1249/mss.0b013e318213fefb\",\"@IdType\":\"doi\"},{\"#text\":\"21694556\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gazes + Y., Rakitin B. C., Habeck C., Steffener J., Stern Y. (2012). Age differences + of multivariate network expressions during task-switching and their associations + with behavior. Neuropsychologia 50, 3509\u20133518. 10.1016/j.neuropsychologia.2012.09.039\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2012.09.039\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3518579\",\"@IdType\":\"pmc\"},{\"#text\":\"23022432\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Glei + D. A., Landau D. A., Goldman N., Chuang Y. L., Rodriguez G., Weinstein M. + (2005). Participating in social activities helps preserve cognitive function: + an analysis of a longitudinal, population-based study of the elderly. Int. + J. Epidemiol. 34, 864\u2013871. 10.1093/ije/dyi049\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/ije/dyi049\",\"@IdType\":\"doi\"},{\"#text\":\"15764689\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gold + B. T., Powell D. K., Xuan L., Jicha G. A., Smith C. D. (2010). Age-related + slowing of task switching is associated with decreased integrity of frontoparietal + white matter. Neurobiol. Aging 31, 512\u2013522. 10.1016/j.neurobiolaging.2008.04.005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2008.04.005\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2815097\",\"@IdType\":\"pmc\"},{\"#text\":\"18495298\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gothe + N. P., Fanning J., Awick E., Chung D., Wojcicki T. R., Olson E. A., et al. + . (2014). Executive function processes predict mobility outcomes in older + adults. J. Am. Geriatr. Soc. 62, 285\u2013290. 10.1111/jgs.12654\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.12654\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3927159\",\"@IdType\":\"pmc\"},{\"#text\":\"24521364\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hakun + J. G., Zhu Z., Johnson N. F., Gold B. T. (2015). Evidence for reduced efficiency + and successful compensation in older adults during task switching. Cortex + 64, 352\u2013362. 10.1016/j.cortex.2014.12.006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2014.12.006\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4346415\",\"@IdType\":\"pmc\"},{\"#text\":\"25614233\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hawkes + T. D., Siu K. C., Silsupadol P., Woollacott M. H. (2012). Why does older adults\u2019 + balance become less stable when walking and performing a secondary task? Examination + of attentional switching abilities. Gait Posture 35, 159\u2013163. 10.1016/j.gaitpost.2011.09.001\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.gaitpost.2011.09.001\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3251721\",\"@IdType\":\"pmc\"},{\"#text\":\"21964051\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Henry + L. A., Bettenay C. (2010). The assessment of executive functioning in children. + Child Adolesc. Ment. Health 15, 110\u2013119. 10.1111/j.1475-3588.2010.00557.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1475-3588.2010.00557.x\",\"@IdType\":\"doi\"},{\"#text\":\"32847241\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hikichi + H., Kondo K., Takeda T., Kawachi I. (2017). Social interaction and cognitive + decline: results of a 7-year community intervention. Alzheimers Dement. 3, + 23\u201332. 10.1016/j.trci.2016.11.003\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.trci.2016.11.003\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5651375\",\"@IdType\":\"pmc\"},{\"#text\":\"29067317\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Huang + C. M., Polk T. A., Goh J. O., Park D. C. (2012). Both left and right posterior + parietal activations contribute to compensatory processes in normal aging. + Neuropsychologia 50, 55\u201366. 10.1016/j.neuropsychologia.2011.10.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2011.10.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3355662\",\"@IdType\":\"pmc\"},{\"#text\":\"22063904\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hughes + C. P., Berg L., Danziger W. L., Coben L. A., Martin R. L. (1982). A new clinical + scale for the staging of dementia. Br. J. Psychiatry 140, 566\u2013572. 10.1192/bjp.140.6.566\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1192/bjp.140.6.566\",\"@IdType\":\"doi\"},{\"#text\":\"7104545\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jimura + K., Braver T. S. (2010). Age-related shifts in brain activity dynamics during + task switching. Cereb. Cortex 20, 1420\u20131431. 10.1093/cercor/bhp206\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhp206\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2871374\",\"@IdType\":\"pmc\"},{\"#text\":\"19805420\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kim + H. S., An Y. M., Kwon J. S., Shin M. S. (2014). A preliminary validity study + of the cambridge neuropsychological test automated battery for the assessment + of executive function in schizophrenia and bipolar disorder. Psychiatry Investig. + 11, 394\u2013401. 10.4306/pi.2014.11.4.394\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.4306/pi.2014.11.4.394\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4225203\",\"@IdType\":\"pmc\"},{\"#text\":\"25395970\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kim + C., Johnson N. F., Cilles S. E., Gold B. T. (2011). Common and distinct mechanisms + of cognitive flexibility in prefrontal cortex. J. Neurosci. 31, 4771\u20134779. + 10.1523/JNEUROSCI.5923-10.2011\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.5923-10.2011\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3086290\",\"@IdType\":\"pmc\"},{\"#text\":\"21451015\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kray + J., Lindenberger U. (2000). Adult age differences in task switching. Psychol. + Aging 15, 126\u2013147. 10.1037/0882-7974.15.1.126\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.15.1.126\",\"@IdType\":\"doi\"},{\"#text\":\"10755295\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lan + C., Chen S. Y., Lai J. S. (2008). The exercise intensity of Tai Chi Chuan. + Med. Sport Sci. 52, 12\u201319. 10.1159/000134225\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000134225\",\"@IdType\":\"doi\"},{\"#text\":\"18487882\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lan + C., Chen S. Y., Lai J. S., Wong M. K. (2013). Tai Chi Chuan in medicine and + health promotion. Evid. Based Complement. Alternat. Med. 2013:502131. 10.1155/2013/502131\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2013/502131\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3789446\",\"@IdType\":\"pmc\"},{\"#text\":\"24159346\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lawton + M. P., Brody E. M. (1969). Assessment of older people: self-maintaining and + instrumental activities of daily living. Gerontologist 9, 179\u2013186. 10.1093/geront/9.3_part_1.179\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/geront/9.3_part_1.179\",\"@IdType\":\"doi\"},{\"#text\":\"5349366\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + J. X., Hong Y., Chan K. M. (2001). Tai Chi: physiological characteristics + and beneficial effects on health. Br. J. Sports Med. 35, 148\u2013156. 10.1136/bjsm.35.3.148\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1136/bjsm.35.3.148\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1724328\",\"@IdType\":\"pmc\"},{\"#text\":\"11375872\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + R., Zhu X., Yin S., Niu Y., Zheng Z., Huang X., et al. . (2014). Multimodal + intervention in older adults improves resting-state functional connectivity + between the medial prefrontal cortex and medial temporal lobe. Front. Aging + Neurosci. 6:39. 10.3389/fnagi.2014.00039\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2014.00039\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3948107\",\"@IdType\":\"pmc\"},{\"#text\":\"24653698\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liang + S. Y., Wu W. C. (1996). Tai Chi Chuan: 24 And 48 Postures With Martial Applications. + Boston, MA: Yang\u2019s Martial Arts Association Publication Center Press.\"},{\"Citation\":\"Liu-Ambrose + T., Nagamatsu L. S., Graf P., Beattie B. L., Ashe M. C., Handy T. C. (2010). + Resistance training and executive functions: a 12-month randomized controlled + trial. Arch. Intern. Med. 170, 170\u2013178. 10.1001/archinternmed.2009.494\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/archinternmed.2009.494\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3448565\",\"@IdType\":\"pmc\"},{\"#text\":\"20101012\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu-Ambrose + T., Nagamatsu L. S., Voss M. W., Khan K. M., Handy T. C. (2012). Resistance + training and functional plasticity of the aging brain: a 12-month randomized + controlled trial. Neurobiol. Aging 33, 1690\u20131698. 10.1016/j.neurobiolaging.2011.05.010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2011.05.010\",\"@IdType\":\"doi\"},{\"#text\":\"21741129\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ma + C., Zhou W., Tang Q., Huang S. (2018). The impact of group-based Tai chi on + health-status outcomes among community-dwelling older adults with hypertension. + Heart & Lung 47, 337\u2013344. 10.1016/j.hrtlng.2018.04.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.hrtlng.2018.04.007\",\"@IdType\":\"doi\"},{\"#text\":\"29778251\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"MacDonald + A. W., Cohen J. D., Stenger V. A., Carter C. S. (2000). Dissociating the role + of the dorsolateral prefrontal and anterior cingulate cortex in cognitive + control. Science 288, 1835\u20131838. 10.1126/science.288.5472.1835\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.288.5472.1835\",\"@IdType\":\"doi\"},{\"#text\":\"10846167\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Matthews + M. M., Williams H. G. (2008). Can Tai chi enhance cognitive vitality? A preliminary + study of cognitive executive control in older adults after a Tai chi intervention. + J. S C Med. Assoc. 104, 255\u2013257.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19326614\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Monchi + O., Petrides M., Petre V., Worsley K., Dagher A. (2001). Wisconsin Card Sorting + revisited: distinct neural circuits participating in different stages of the + task identified by event-related functional magnetic resonance imaging. J. + Neurosci. 21, 7733\u20137741. 10.1523/JNEUROSCI.21-19-07733.2001\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.21-19-07733.2001\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6762921\",\"@IdType\":\"pmc\"},{\"#text\":\"11567063\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Monsell + S. (2003). Task switching. Trends Cogn. Sci. 7, 134\u2013140. 10.1016/S1364-6613(03)00028-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1364-6613(03)00028-7\",\"@IdType\":\"doi\"},{\"#text\":\"12639695\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Moreau + D., Morrison A. B., Conway A. R. (2015). An ecological approach to cognitive + enhancement: complex motor training. Acta Psychol. 157, 44\u201355. 10.1016/j.actpsy.2015.02.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.actpsy.2015.02.007\",\"@IdType\":\"doi\"},{\"#text\":\"25725192\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mortimer + J. A., Ding D., Borenstein A. R., DeCarli C., Guo Q., Wu Y., et al. . (2012). + Changes in brain volume and cognition in a randomized trial of exercise and + social interaction in a community-based sample of non-demented chinese elders. + J. Alzheimers Dis. 30, 757\u2013766. 10.3233/JAD-2012-120079\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3233/JAD-2012-120079\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3788823\",\"@IdType\":\"pmc\"},{\"#text\":\"22451320\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Handy T. C., Hsu C. L., Voss M., Liu-Ambrose T. (2012). Resistance + training promotes cognitive and functional brain plasticity in seniors with + probable mild cognitive impairment. Arch. Intern. Med. 172, 666\u2013668. + 10.1001/archinternmed.2012.379\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/archinternmed.2012.379\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3514552\",\"@IdType\":\"pmc\"},{\"#text\":\"22529236\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nasreddine + Z. S., Phillips N. A., B\xE9dirian V., Charbonneau S., Whitehead V., Collin + I., et al. . (2005). The Montreal Cognitive Assessment, MoCA: a brief screening + tool for mild cognitive impairment. J. Am. Geriatr. Soc. 53, 695\u2013699. + 10.1111/j.1532-5415.2005.53221.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2005.53221.x\",\"@IdType\":\"doi\"},{\"#text\":\"15817019\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nguyen + M. H., Kruse A. (2012). A randomized controlled trial of Tai chi for balance, + sleep quality and cognitive performance in elderly Vietnamese. Clin. Interv. + Aging 7, 185\u2013190. 10.2147/cia.s32600\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2147/cia.s32600\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3396052\",\"@IdType\":\"pmc\"},{\"#text\":\"22807627\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nishiguchi + S., Yamada M., Tanigawa T., Sekiyama K., Kawagoe T., Suzuki M., et al. . (2015). + A 12-week physical and cognitive exercise program can improve cognitive function + and neural efficiency in community-dwelling older adults: a randomized controlled + trial. J. Am. Geriatr. Soc. 63, 1355\u20131363. 10.1111/jgs.13481\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.13481\",\"@IdType\":\"doi\"},{\"#text\":\"26114906\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nyunt + M. S., Fones C., Niti M., Ng T. P. (2009). Criterion-based validity and reliability + of the Geriatric Depression Screening Scale (GDS-15) in a large validation + sample of community-living Asian older adults. Aging Ment. Health 13, 376\u2013382. + 10.1080/13607860902861027\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13607860902861027\",\"@IdType\":\"doi\"},{\"#text\":\"19484601\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Oldfield + R. C. (1971). The assessment and analysis of handedness: the Edinburgh inventory. + Neuropsychologia 9, 97\u2013113. 10.1016/0028-3932(71)90067-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0028-3932(71)90067-4\",\"@IdType\":\"doi\"},{\"#text\":\"5146491\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reimers + S., Maylor E. A. (2005). Task switching across the life span: effects of age + on general and specific switch costs. Dev. Psychol. 41, 661\u2013671. 10.1037/0012-1649.41.4.661\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0012-1649.41.4.661\",\"@IdType\":\"doi\"},{\"#text\":\"16060812\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reitan + R. M. (1958). Validity of the Trail Making Test as an indicator of organic + brain damage. Percept. Motor Skills 8, 271\u2013276. 10.2466/pms.8.7.271-276\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.2466/pms.8.7.271-276\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Robbins + T. W., James M., Owen A. M., Sahakian B. J., Lawrence A. D., McInnes L., et + al. . (1998). A study of performance on tests from the CANTAB battery sensitive + to frontal lobe dysfunction in a large sample of normal volunteers: implications + for theories of executive functioning and cognitive aging. Cambridge Neuropsychological + Test Automated Battery. J. Int. Neuropsychol. Soc. 4, 474\u2013490. 10.1017/s1355617798455073\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/s1355617798455073\",\"@IdType\":\"doi\"},{\"#text\":\"9745237\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sakai + K., Passingham R. E. (2003). Prefrontal interactions reflect future task operations. + Nat. Neurosci. 6, 75\u201381. 10.1038/nn987\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nn987\",\"@IdType\":\"doi\"},{\"#text\":\"12469132\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"S\xE1nchez-Cubillo + I., Peri\xE1\xF1ez J. A., Adrover-Roig D., Rodr\xEDguez-S\xE1nchez J. M., + R\xEDos-Lago M., Tirapu J., et al. . (2009). Construct validity of the Trail + Making Test: role of task-switching, working memory, inhibition/interference + control, and visuomotor abilities. J. Int. Neuropsychol. Soc. 15, 438\u2013450. + 10.1017/s1355617709090626\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/s1355617709090626\",\"@IdType\":\"doi\"},{\"#text\":\"19402930\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + P. J., Blumenthal J. A., Hoffman B. M., Cooper H., Strauman T. A., Welsh-Bohmer + K., et al. . (2010). Aerobic exercise and neurocognitive performance: a meta-analytic + review of randomized controlled trials. Psychosom. Med. 72, 239\u2013252. + 10.1097/psy.0b013e3181d14633\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/psy.0b013e3181d14633\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2897704\",\"@IdType\":\"pmc\"},{\"#text\":\"20223924\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + J. C., Nielson K. A., Antuono P., Lyons J. A., Hanson R. J., Butts A. M., + et al. . (2013). Semantic memory functional MRI and cognitive function after + exercise intervention in mild cognitive impairment. J. Alzheimers Dis. 37, + 197\u2013215. 10.3233/jad-130467\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3233/jad-130467\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4643948\",\"@IdType\":\"pmc\"},{\"#text\":\"23803298\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tao + J., Chen X., Liu J., Egorova N., Xue X., Liu W., et al. . (2017). Tai Chi + Chuan and Baduanjin mind-body training changes resting-state low-frequency + fluctuations in the frontal lobe of older adults: a resting-state fMRI study. + Front. Hum. Neurosci. 11:514. 10.3389/fnhum.2017.00514\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2017.00514\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5670503\",\"@IdType\":\"pmc\"},{\"#text\":\"29163096\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tao + J., Liu J., Egorova N., Chen X., Sun S., Xue X., et al. . (2016). Increased + hippocampus-medial prefrontal cortex resting-state functional connectivity + and memory function after Tai Chi Chuan practice in elder adults. Front. Aging + Neurosci. 8:25. 10.3389/fnagi.2016.00025\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2016.00025\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4754402\",\"@IdType\":\"pmc\"},{\"#text\":\"26909038\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Taylor-Piliae + R. E. (2008). The effectiveness of Tai Chi exercise in improving aerobic capacity: + an updated meta-analysis. Med. Sport Sci. 52, 40\u201353. 10.1159/000134283\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000134283\",\"@IdType\":\"doi\"},{\"#text\":\"18487885\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Taylor-Piliae + R. E., Haskell W. L., Stotts N. A., Froelicher E. S. (2006). Improvement in + balance, strength, and flexibility after 12 weeks of Tai chi exercise in ethnic + Chinese adults with cardiovascular disease risk factors. Altern. Ther. Health + Med. 12, 50\u201358. 10.1016/j.ejcnurse.2005.10.008\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.ejcnurse.2005.10.008\",\"@IdType\":\"doi\"},{\"#text\":\"16541997\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Taylor-Piliae + R. E., Newell K. A., Cherin R., Lee M. J., King A. C., Haskell W. L. (2010). + Effects of Tai Chi and Western exercise on physical and cognitive functioning + in healthy community-dwelling older adults. J. Aging Phys. Act. 18, 261\u2013279. + 10.1123/japa.18.3.261\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1123/japa.18.3.261\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4699673\",\"@IdType\":\"pmc\"},{\"#text\":\"20651414\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tsai + C. F., Lee W. J., Wang S. J., Shia B. C., Nasreddine Z., Fuh J. L. (2012). + Psychometrics of the Montreal Cognitive Assessment (MoCA) and its subscales: + validation of the Taiwanese version of the MoCA and an item response theory + analysis. Int. Psychogeriatr. 24, 651\u2013658. 10.1017/s1041610211002298\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/s1041610211002298\",\"@IdType\":\"doi\"},{\"#text\":\"22152127\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Voelcker-Rehage + C., Godde B., Staudinger U. M. (2011). Cardiovascular and coordination training + differentially improve cognitive performance and neural processing in older + adults. Front. Hum. Neurosci. 5:26. 10.3389/fnhum.2011.00026\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2011.00026\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3062100\",\"@IdType\":\"pmc\"},{\"#text\":\"21441997\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Voss + M. W., Heo S., Prakash R. S., Erickson K. I., Alves H., Chaddock L., et al. + . (2013). The influence of aerobic fitness on cerebral white matter integrity + and cognitive function in older adults: results of a one-year exercise intervention. + Hum. Brain Mapp. 34, 2972\u20132985. 10.1002/hbm.22119\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.22119\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4096122\",\"@IdType\":\"pmc\"},{\"#text\":\"22674729\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + C., Bannuru R., Ramel J., Kupelnick B., Scott T., Schmid C. H. (2010). Tai + Chi on psychological well-being: systematic review and meta-analysis. BMC + Complement. Altern. Med. 10:23. 10.1186/1472-6882-10-23\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/1472-6882-10-23\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2893078\",\"@IdType\":\"pmc\"},{\"#text\":\"20492638\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + C. Y., Olson S. L., Protas E. J. (2002). Test-retest strength reliability: + hand-held dynamometry in community-dwelling elderly fallers. Arch. Phys. Med. + Rehabil. 83, 811\u2013815. 10.1053/apmr.2002.32743\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1053/apmr.2002.32743\",\"@IdType\":\"doi\"},{\"#text\":\"12048660\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Washburn + R. A., Smith K. W., Jette A. M., Janney C. A. (1993). The physical activity + scale for the elderly (PASE): development and evaluation. J. Clin. Epidemiol. + 46, 153\u2013162. 10.1016/0895-4356(93)90053-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0895-4356(93)90053-4\",\"@IdType\":\"doi\"},{\"#text\":\"8437031\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wasylyshyn + C., Verhaeghen P., Sliwinski M. J. (2011). Aging and task switching: a meta-analysis. + Psychol. Aging 26, 15\u201320. 10.1037/a0020912\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0020912\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4374429\",\"@IdType\":\"pmc\"},{\"#text\":\"21261411\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wayne + P. M., Walsh J. N., Taylor-Piliae R. E., Wells R. E., Papp K. V., Donovan + N. J., et al. . (2014). Effect of Tai Chi on cognitive performance in older + adults: systematic review and meta-analysis. J. Am. Geriatr. Soc. 62, 25\u201339. + 10.1111/jgs.12611\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.12611\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4055508\",\"@IdType\":\"pmc\"},{\"#text\":\"24383523\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wei + G. X., Dong H. M., Yang Z., Luo J., Zuo X. N. (2014). Tai Chi Chuan optimizes + the functional organization of the intrinsic human brain architecture in older + adults. Front. Aging Neurosci. 6:74. 10.3389/fnagi.2014.00074\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2014.00074\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4029006\",\"@IdType\":\"pmc\"},{\"#text\":\"24860494\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wei + G. X., Gong Z. Q., Yang Z., Zuo X. N. (2017). Mind-body practice changes fractional + amplitude of low frequency fluctuations in intrinsic control networks. Front. + Psychol. 8:1049. 10.3389/fpsyg.2017.01049\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2017.01049\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5500650\",\"@IdType\":\"pmc\"},{\"#text\":\"28736535\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wei + G. X., Xu T., Fan F. M., Dong H. M., Jiang L. L., Li H. J., et al. . (2013). + Can Taichi reshape the brain? A brain morphometry study. PLoS One 8:e61038. + 10.1371/journal.pone.0061038\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0061038\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3621760\",\"@IdType\":\"pmc\"},{\"#text\":\"23585869\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wollesen + B., Voelcker-Rehage C. (2013). Training effects on motor-cognitive dual-task + performance in older adults. Eur. Rev. Aging Phys. Act. 11, 5\u201324. 10.1007/s11556-013-0122-z\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1007/s11556-013-0122-z\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Yeh + G. Y., Chan C. W., Wayne P. M., Conboy L. (2016). The impact of Tai Chi exercise + on self-efficacy, social support, and empowerment in heart failure: insights + from a qualitative sub-study from a randomized controlled trial. PLoS One + 11:e0154678. 10.1371/journal.pone.0154678\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0154678\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4866692\",\"@IdType\":\"pmc\"},{\"#text\":\"27177041\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yin + S., Zhu X., Li R., Niu Y., Wang B., Zheng Z., et al. . (2014). Intervention-induced + enhancement in intrinsic brain activity in healthy older adults. Sci. Rep. + 4:7309. 10.1038/srep07309\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/srep07309\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4255189\",\"@IdType\":\"pmc\"},{\"#text\":\"25472002\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yu + A. P., Tam B. T., Lai C. W., Yu D. S., Woo J., Chung K. F., et al. . (2018). + Revealing the neural mechanisms underlying the beneficial effects of Tai Chi: + a neuroimaging perspective. Am. J. Chin. Med. 46, 231\u2013259. 10.1142/s0192415x18500131\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1142/s0192415x18500131\",\"@IdType\":\"doi\"},{\"#text\":\"29542330\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zahodne + L. B., Nowinski C. J., Gershon R. C., Manly J. J. (2014). Which psychosocial + factors best predict cognitive performance in older adults? J. Int. Neuropsychol. + Soc. 20, 487\u2013495. 10.1017/s1355617714000186\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/s1355617714000186\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4493753\",\"@IdType\":\"pmc\"},{\"#text\":\"24685143\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zheng + G., Liu F., Li S., Huang M., Tao J., Chen L. (2015). Tai Chi and the protection + of cognitive ability: a systematic review of prospective studies in healthy + adults. Am. J. Prev. Med. 49, 89\u201397. 10.1016/j.amepre.2015.01.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.amepre.2015.01.002\",\"@IdType\":\"doi\"},{\"#text\":\"26094229\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhu + Z., Hakun J. G., Johnson N. F., Gold B. T. (2014). Age-related increases in + right frontal activation during task switching are mediated by reaction time + and white matter microstructure. Neuroscience 278, 51\u201361. 10.1016/j.neuroscience.2014.07.076\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroscience.2014.07.076\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4194212\",\"@IdType\":\"pmc\"},{\"#text\":\"25130561\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"30319391\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"10\",\"PubDate\":{\"Year\":\"2018\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":{\"i\":[\"N\",\"N\"],\"#text\":\"Studies + have shown that Tai Chi Chuan (TCC) training has benefits on task-switching + ability. However, the neural correlates underlying the effects of TCC training + on task-switching ability remain unclear. Using task-related functional magnetic + resonance imaging (fMRI) with a numerical Stroop paradigm, we investigated + changes of prefrontal brain activation and behavioral performance during task-switching + before and after TCC training and examined the relationships between changes + in brain activation and task-switching behavioral performance. Cognitively + normal older adults were randomly assigned to either the TCC or control (CON) + group. Over a 12-week period, the TCC group received three 60-min sessions + of Yang-style TCC training weekly, whereas the CON group only received one + telephone consultation biweekly and did not alter their life style. All participants + underwent assessments of physical functions and neuropsychological functions + of task-switching, and fMRI scans, before and after the intervention. Twenty-six + (TCC, = 16; CON, = 10) participants completed the entire experimental procedure. + We found significant group by time interaction effects on behavioral and brain + activation measures. Specifically, the TCC group showed improved physical + function, decreased errors on task-switching performance, and increased left + superior frontal activation for Switch > Non-switch contrast from pre- to + post-intervention, that were not seen in the CON group. Intriguingly, TCC + participants with greater prefrontal activation increases in the switch condition + from pre- to post-intervention presented greater reductions in task-switching + errors. These findings suggest that TCC training could potentially provide + benefits to some, although not all, older adults to enhance the function of + their prefrontal activations during task-switching.\"}},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Meng-Tien\",\"Initials\":\"MT\",\"LastName\":\"Wu\",\"AffiliationInfo\":[{\"Affiliation\":\"School + and Graduate Institute of Physical Therapy, College of Medicine, National + Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Yonghe Cardinal Tien + Hospital, Taipei, Taiwan.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Pei-Fang\",\"Initials\":\"PF\",\"LastName\":\"Tang\",\"AffiliationInfo\":[{\"Affiliation\":\"School + and Graduate Institute of Physical Therapy, College of Medicine, National + Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Graduate Institute + of Brain and Mind Sciences, College of Medicine, National Taiwan University, + Taipei, Taiwan.\"},{\"Affiliation\":\"Department of Physical Medicine and + Rehabilitation, National Taiwan University Hospital, Taipei, Taiwan.\"},{\"Affiliation\":\"Neurobiology + and Cognitive Science Center, National Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Center + for Artificial Intelligence and Robotics, National Taiwan University, Taipei, + Taiwan.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Joshua O S\",\"Initials\":\"JOS\",\"LastName\":\"Goh\",\"AffiliationInfo\":[{\"Affiliation\":\"Graduate + Institute of Brain and Mind Sciences, College of Medicine, National Taiwan + University, Taipei, Taiwan.\"},{\"Affiliation\":\"Neurobiology and Cognitive + Science Center, National Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Center + for Artificial Intelligence and Robotics, National Taiwan University, Taipei, + Taiwan.\"},{\"Affiliation\":\"Department of Psychology, College of Science, + National Taiwan University, Taipei, Taiwan.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Tai-Li\",\"Initials\":\"TL\",\"LastName\":\"Chou\",\"AffiliationInfo\":[{\"Affiliation\":\"Graduate + Institute of Brain and Mind Sciences, College of Medicine, National Taiwan + University, Taipei, Taiwan.\"},{\"Affiliation\":\"Neurobiology and Cognitive + Science Center, National Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Department + of Psychology, College of Science, National Taiwan University, Taipei, Taiwan.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yu-Kai\",\"Initials\":\"YK\",\"LastName\":\"Chang\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Physical Education, National Taiwan Normal University, Taipei, Taiwan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yung-Chin\",\"Initials\":\"YC\",\"LastName\":\"Hsu\",\"AffiliationInfo\":{\"Affiliation\":\"Institute + of Medical Device and Imaging, College of Medicine, National Taiwan University, + Taipei, Taiwan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yu-Jen\",\"Initials\":\"YJ\",\"LastName\":\"Chen\",\"AffiliationInfo\":{\"Affiliation\":\"Institute + of Medical Device and Imaging, College of Medicine, National Taiwan University, + Taipei, Taiwan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nai-Chi\",\"Initials\":\"NC\",\"LastName\":\"Chen\",\"AffiliationInfo\":{\"Affiliation\":\"Graduate + Institute of Brain and Mind Sciences, College of Medicine, National Taiwan + University, Taipei, Taiwan.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Wen-Yih + Isaac\",\"Initials\":\"WI\",\"LastName\":\"Tseng\",\"AffiliationInfo\":[{\"Affiliation\":\"Graduate + Institute of Brain and Mind Sciences, College of Medicine, National Taiwan + University, Taipei, Taiwan.\"},{\"Affiliation\":\"Neurobiology and Cognitive + Science Center, National Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Institute + of Medical Device and Imaging, College of Medicine, National Taiwan University, + Taipei, Taiwan.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Susan Shur-Fen\",\"Initials\":\"SS\",\"LastName\":\"Gau\",\"AffiliationInfo\":[{\"Affiliation\":\"Graduate + Institute of Brain and Mind Sciences, College of Medicine, National Taiwan + University, Taipei, Taiwan.\"},{\"Affiliation\":\"Neurobiology and Cognitive + Science Center, National Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Department + of Psychology, College of Science, National Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Department + of Psychiatry, National Taiwan University Hospital, Taipei, Taiwan.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ming-Jang\",\"Initials\":\"MJ\",\"LastName\":\"Chiu\",\"AffiliationInfo\":[{\"Affiliation\":\"Graduate + Institute of Brain and Mind Sciences, College of Medicine, National Taiwan + University, Taipei, Taiwan.\"},{\"Affiliation\":\"Neurobiology and Cognitive + Science Center, National Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Department + of Psychology, College of Science, National Taiwan University, Taipei, Taiwan.\"},{\"Affiliation\":\"Department + of Neurology, National Taiwan University Hospital, Taipei, Taiwan.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ching\",\"Initials\":\"C\",\"LastName\":\"Lan\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Physical Medicine and Rehabilitation, National Taiwan University Hospital, + Taipei, Taiwan.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"280\",\"MedlinePgn\":\"280\"},\"ArticleDate\":{\"Day\":\"24\",\"Year\":\"2018\",\"Month\":\"09\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"280\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2018.00280\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Task-Switching + Performance Improvements After Tai Chi Chuan Training Are Associated With + Greater Prefrontal Activation in Older Adults.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"28\",\"Year\":\"2023\",\"Month\":\"09\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Tai + Chi Chuan\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cognition\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"executive + function\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"exercise intervention\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"functional + neuroimaging\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Task-Switching + Performance Improvements After Tai Chi Chuan Training Are Associated With + Greater Prefrontal Activation in Older Adults\",\"venue\":\"Frontiers in Aging + Neuroscience\",\"authors\":[{\"name\":\"Meng-Tien Wu\",\"authorId\":\"3811723\"},{\"name\":\"P. + Tang\",\"authorId\":\"98142961\"},{\"name\":\"J. Goh\",\"authorId\":\"1739475\"},{\"name\":\"Tai-Li + Chou\",\"authorId\":\"2053809\"},{\"name\":\"Yu-Kai Chang\",\"authorId\":\"3155854\"},{\"name\":\"Y. + Hsu\",\"authorId\":\"2949758\"},{\"name\":\"Yu\u2010Jen Chen\",\"authorId\":\"84277568\"},{\"name\":\"N. + Chen\",\"authorId\":\"2118769428\"},{\"name\":\"W. Tseng\",\"authorId\":\"145736163\"},{\"name\":\"S. + Gau\",\"authorId\":\"3144712\"},{\"name\":\"M. Chiu\",\"authorId\":\"50167326\"},{\"name\":\"C. + Lan\",\"authorId\":\"48981929\"}],\"paperId\":\"218b1300f2ccabf267a85a03468f0bcacd0ee0f5\",\"abstract\":\"Studies + have shown that Tai Chi Chuan (TCC) training has benefits on task-switching + ability. However, the neural correlates underlying the effects of TCC training + on task-switching ability remain unclear. Using task-related functional magnetic + resonance imaging (fMRI) with a numerical Stroop paradigm, we investigated + changes of prefrontal brain activation and behavioral performance during task-switching + before and after TCC training and examined the relationships between changes + in brain activation and task-switching behavioral performance. Cognitively + normal older adults were randomly assigned to either the TCC or control (CON) + group. Over a 12-week period, the TCC group received three 60-min sessions + of Yang-style TCC training weekly, whereas the CON group only received one + telephone consultation biweekly and did not alter their life style. All participants + underwent assessments of physical functions and neuropsychological functions + of task-switching, and fMRI scans, before and after the intervention. Twenty-six + (TCC, N = 16; CON, N = 10) participants completed the entire experimental + procedure. We found significant group by time interaction effects on behavioral + and brain activation measures. Specifically, the TCC group showed improved + physical function, decreased errors on task-switching performance, and increased + left superior frontal activation for Switch > Non-switch contrast from pre- + to post-intervention, that were not seen in the CON group. Intriguingly, TCC + participants with greater prefrontal activation increases in the switch condition + from pre- to post-intervention presented greater reductions in task-switching + errors. These findings suggest that TCC training could potentially provide + benefits to some, although not all, older adults to enhance the function of + their prefrontal activations during task-switching.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2018.00280/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6165861, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2018-09-24\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-05T04:53:52.080440+00:00\",\"analyses\":[{\"id\":\"zA7LJTYYzMX8\",\"user\":null,\"name\":\"Peak + Montreal Neurological Institute (MNI) coordinates and activation details in + frontoparietal regions identified in the disjunction map of the Switch > Non-switch + contrast across groups and time points.\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30319391-10-3389-fnagi-2018-00280-pmc6165861/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/512/pmcid_6165861/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30319391-10-3389-fnagi-2018-00280-pmc6165861/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"Peak + Montreal Neurological Institute (MNI) coordinates and activation details in + frontoparietal regions identified in the disjunction map of the Switch > Non-switch + contrast across groups and time points.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"etfTHuV3gShJ\",\"coordinates\":[-22.0,-4.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.48}]},{\"id\":\"uvGozM8MSARm\",\"coordinates\":[32.0,18.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.39}]},{\"id\":\"6BdyEsyy42yF\",\"coordinates\":[-50.0,20.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.72}]},{\"id\":\"MsjGezrvymDh\",\"coordinates\":[-32.0,-60.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.92}]},{\"id\":\"esP2HLBuo2op\",\"coordinates\":[32.0,-64.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.95}]}],\"images\":[]}]},{\"id\":\"F6PeZrTfbtKs\",\"created_at\":\"2025-12-03T08:26:14.277214+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Cognitive + Control Network Homogeneity and Executive Functions in Late-Life Depression.\",\"description\":\"BACKGROUND: + Late-life depression is characterized by network abnormalities, especially + within the cognitive control network. We used alternative functional connectivity + approaches, regional homogeneity (ReHo) and network homogeneity, to investigate + late-life depression functional homogeneity. We examined the association between + cognitive control network homogeneity and executive functions.\\n\\nMETHODS: + Resting-state functional magnetic resonance imaging data were analyzed for + 33 older adults with depression and 43 healthy control subjects. ReHo was + performed as the correlation between each voxel and the 27 neighbor voxels. + Network homogeneity was calculated as global brain connectivity restricted + to 7 networks. T-maps were generated for group comparisons. We measured cognitive + performance and executive functions with the Dementia Rating Scale, Trail-Making + Test (A and B), Stroop Color Word Test, and Digit Span Test.\\n\\nRESULTS: + Older adults with depression showed increased ReHo in the bilateral dorsal + anterior cingulate cortex (dACC) and the right middle temporal gyrus, with + no significant findings for network homogeneity. Hierarchical linear regression + models showed that higher ReHo in the dACC predicted better performance on + Trail-Making Test B (p\_<\_.001; R\_= .49), Digit Span Backward (p < .05; + R\_= .23), and Digit Span Total (p < .05; R\_= .23). Used as a seed, the dACC + cluster of higher ReHo showed lower functional connectivity with bilateral + precuneus.\\n\\nCONCLUSIONS: Higher ReHo within the dACC and right middle + temporal gyrus distinguish older adults with depression from control subjects. + The correlations with executive function performance support increased ReHo + in the dACC as a meaningful measure of the organization of the cognitive control + network and a potential compensatory mechanism. Lower functional connectivity + between the dACC and the precuneus in late-life depression suggests that clusters + of increased ReHo may be functionally segregated.\",\"publication\":\"Biological + Psychiatry: Cognitive Neuroscience and Neuroimaging\",\"doi\":\"10.1016/j.bpsc.2019.10.013\",\"pmid\":\"31901436\",\"authors\":\"M. + Respino; M. Hoptman; L. Victoria; G. Alexopoulos; N. Solomonov; Aliza T. Stein; + Maria Coluccio; S. Morimoto; Chloe Blau; Lila Abreu; K. Burdick; C. Liston; + F. Gunning\",\"year\":2019,\"metadata\":{\"slug\":\"31901436-10-1016-j-bpsc-2019-10-013-pmc7010539\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Cognitive + control\",\"Depression\",\"Executive functions\",\"Functional connectivity\",\"MRI\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"16\",\"Year\":\"2019\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"9\",\"Year\":\"2019\",\"Month\":\"10\",\"@PubStatus\":\"revised\"},{\"Day\":\"26\",\"Year\":\"2019\",\"Month\":\"10\",\"@PubStatus\":\"accepted\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"9\",\"Hour\":\"6\",\"Year\":\"2021\",\"Month\":\"3\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"1\",\"Year\":\"2021\",\"Month\":\"2\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"31901436\",\"@IdType\":\"pubmed\"},{\"#text\":\"NIHMS1542959\",\"@IdType\":\"mid\"},{\"#text\":\"PMC7010539\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1016/j.bpsc.2019.10.013\",\"@IdType\":\"doi\"},{\"#text\":\"S2451-9022(19)30277-0\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Tadayonnejad + R, Ajilore O. Brain network dysfunction in late-life depression: A literature + review. Journal of Geriatric Psychiatry and Neurology. 2014.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24381233\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Biswal + B, Zerrin Yetkin F, Haughton VM, Hyde JS. Functional connectivity in the motor + cortex of resting human brain using echo-planar mri. Magn Reson Med. 1995;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8524021\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Alexopoulos + GS, Hoptman MJ, Kanellopoulos D, Murphy CF, Lim KO, Gunning FM. Functional + connectivity in the cognitive control network and the default mode network + in late-life depression. J Affect Disord. 2012;139(1):56\u201365.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3340472\",\"@IdType\":\"pmc\"},{\"#text\":\"22425432\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Andreescu + C, Tudorascu DL, Butters MA, Tamburo E, Patel M, Price J, et al. Resting state + functional connectivity and treatment response in late-life depression. Psychiatry + Res - Neuroimaging. 2013;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3865521\",\"@IdType\":\"pmc\"},{\"#text\":\"24144505\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Alexopoulos + GS, Kiosses DN, Klimstra S, Kalayam B, Bruce ML. Clinical presentation of + the \u201Cdepression-executive dysfunction syndrome\u201D of late life. Am + J Geriatr Psychiatry. 2002;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11790640\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Alexopoulos + GS, Kiosses DN, Heo M, Murphy CF, Shanmugham B, Gunning-Dixon F. Executive + dysfunction and the course of geriatric depression. Biol Psychiatry. 2005;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16018984\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Manning + KJ, Alexopoulos GS, Banerjee S, Morimoto SS, Seirup JK, Klimstra SA, et al. + Executive functioning complaints and escitalopram treatment response in late-life + depression. Am J Geriatr Psychiatry. 2015;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4043930\",\"@IdType\":\"pmc\"},{\"#text\":\"24388222\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Potter + GG, Kittinger JD, Wagner HR, Steffens DC, Krishnan KRR. Prefrontal neuropsychological + predictors of treatment remission in late-life depression. Neuropsychopharmacology. + 2004;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15340392\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Rock + PL, Roiser JP, Riedel WJ, Blackwell AD. Cognitive impairment in depression: + A systematic review and meta-analysis. Psychological Medicine. 2014.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24168753\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cole + MW, Schneider W. The cognitive control network: Integrated cortical regions + with dissociable functions. Neuroimage. 2007;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17553704\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fox + MD, Raichle ME. Spontaneous fluctuations in brain activity observed with functional + magnetic resonance imaging. Nat Rev Neurosci. 2007;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17704812\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Greicius + M Resting-state functional connectivity in neuropsychiatric disorders. Curr + Opin Neurol. 2009;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18607202\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zang + Y, Jiang T, Lu Y, He Y, Tian L. Regional homogeneity approach to fMRI data + analysis. Neuroimage. 2004;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15110032\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Uddin + LQ, Kelly AMC, Biswal BB, Margulies DS, Shehzad Z, Shaw D, et al. Network + homogeneity reveals decreased integrity of default-mode network in ADHD. J + Neurosci Methods. 2008;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18190970\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jiang + L, Zuo XN. Regional Homogeneity: A Multimodal, Multiscale Neuroimaging Marker + of the Human Connectome. Neuroscientist. 2016.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5021216\",\"@IdType\":\"pmc\"},{\"#text\":\"26170004\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Iwabuchi + SJ, Krishnadas R, Li C, Auer DP, Radua J, Palaniyappan L. Localized connectivity + in depression: A meta-analysis of resting state functional imaging studies. + Neuroscience and Biobehavioral Reviews. 2015.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"25597656\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Chen + JD, Liu F, Xun GL, Chen HF, Hu MR, Guo XF, et al. Early and late onset, first-episode, + treatment-naive depression: Same clinical symptoms, different regional neural + activities. J Affect Disord. 2012;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22749158\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Liu + F, Hu M, Wang S, Guo W, Zhao J, Li J, et al. Abnormal regional spontaneous + neural activity in first-episode, treatment-naive patients with late-life + depression: A resting-state fMRI study. Prog Neuro-Psychopharmacology Biol + Psychiatry. 2012;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22796277\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Yue + Y, Yuan Y, Hou Z, Jiang W, Bai F, Zhang Z. Abnormal Functional Connectivity + of Amygdala in Late-Onset Depression Was Associated with Cognitive Deficits. + PLoS One. 2013;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3769296\",\"@IdType\":\"pmc\"},{\"#text\":\"24040385\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yuan + Y, Zhang Z, Bai F, Yu H, Shi Y, Qian Y, et al. Abnormal neural activity in + the patients with remitted geriatric depression: A resting-state functional + magnetic resonance imaging study. J Affect Disord. 2008;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18372048\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jiang + L, Xu Y, Zhu XT, Yang Z, Li HJ, Zuo XN. Local-to-remote cortical connectivity + in early-and adulthood-onset schizophrenia. Transl Psychiatry. 2015;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4471290\",\"@IdType\":\"pmc\"},{\"#text\":\"25966366\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lee + TW, Xue SW. Linking graph features of anatomical architecture to regional + brain activity: A multi-modal MRI study. Neurosci Lett. 2017;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"28479103\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Anticevic + A, Brumbaugh MS, Winkler AM, Lombardo LE, Barrett J, Corlett PR, et al. Global + prefrontal and fronto-amygdala dysconnectivity in bipolar i disorder with + psychosis history. Biol Psychiatry. 2013;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3549314\",\"@IdType\":\"pmc\"},{\"#text\":\"22980587\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Abdallah + CG, Averill LA, Collins KA, Geha P, Schwartz J, Averill C, et al. Ketamine + Treatment and Global Brain Connectivity in Major Depression. Neuropsychopharmacology. + 2017;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5437875\",\"@IdType\":\"pmc\"},{\"#text\":\"27604566\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Guo + W, Liu F, Zhang J, Zhang Z, Yu L, Liu J, et al. Abnormal default-mode network + homogeneity in first-episode, drug-naive major depressive disorder. PLoS One. + 2014;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3946684\",\"@IdType\":\"pmc\"},{\"#text\":\"24609111\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tomasi + D, Volkow ND. Aging and functional brain networks. Mol Psychiatry. 2012;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3193908\",\"@IdType\":\"pmc\"},{\"#text\":\"21727896\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Archer + JA, Lee A, Qiu A, Chen S-HA. A Comprehensive Analysis of Connectivity and + Aging Over the Adult Life Span. Brain Connect. 2016;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"26652914\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hamilton + MC. Hamilton Depression Rating Scale (HAM-D). Redloc. 1960;23:56\u201362.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC495331\",\"@IdType\":\"pmc\"},{\"#text\":\"14399272\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein + MF, Folstein SE, McHugh PR, Roth M, Shapiro MB, Post F, et al. "Mini-mental + state". A practical method for grading the cognitive state of patients + for the clinician. J Psychiatr Res. 1975;12(3):189\u201398.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mattis + S Dementia Rating Scale Professional Manual. Psychol Assess Resour. 1988;\"},{\"Citation\":\"Reitan + RM. Validity of the Trail Making Test as an Indicator or Organic Brain Damage. + Percept Mot Skills. 1958;8(3):271\u20136.\"},{\"Citation\":\"Stroop JR. Studies + of interference in serial verbal reactions. J Exp Psychol. 1935;\"},{\"Citation\":\"Dumont + R, Willis JO, Veizel K, Zibulsky J. Wechsler Adult Intelligence Scale-Fourth + Edition. In: Encyclopedia of Special Education. 2014.\"},{\"Citation\":\"Charlson + ME, Pompei P, Ales KL, MacKenzie CR. A new method of classifying prognostic + comorbidity in longitudinal studies: Development and validation. J Chronic + Dis. 1987;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"3558716\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Yan. + DPARSF: a MATLAB toolbox for \u201Cpipeline\u201D data analysis of resting-state + fMRI. Front Syst Neurosci. 2010;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2889691\",\"@IdType\":\"pmc\"},{\"#text\":\"20577591\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Saad + ZS, Gotts SJ, Murphy K, Chen G, Jo HJ, Martin A, et al. Trouble at Rest: How + Correlation Patterns and Group Differences Become Distorted After Global Signal + Regression. Brain Connect. 2012;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3484684\",\"@IdType\":\"pmc\"},{\"#text\":\"22432927\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Behzadi + Y, Restom K, Liau J, Liu TT. A component based noise correction method (CompCor) + for BOLD and perfusion based fMRI. Neuroimage. 2007;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2214855\",\"@IdType\":\"pmc\"},{\"#text\":\"17560126\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Klein + A, Andersson J, Ardekani BA, Ashburner J, Avants B, Chiang MC, et al. Evaluation + of 14 nonlinear deformation algorithms applied to human brain MRI registration. + Neuroimage. 2009;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2747506\",\"@IdType\":\"pmc\"},{\"#text\":\"19195496\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"van + Dijk KRA, Sabuncu MR, Buckner RL. The influence of head motion on intrinsic + functional connectivity MRI. Neuroimage. 2012;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3683830\",\"@IdType\":\"pmc\"},{\"#text\":\"21810475\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yan + CG, Craddock RC, Zuo XN, Zang YF, Milham MP. Standardizing the intrinsic brain: + Towards robust measurement of inter-individual variation in 1000 functional + connectomes. Neuroimage. 2013;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4074397\",\"@IdType\":\"pmc\"},{\"#text\":\"23631983\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cox + RW. AFNI: Software for analysis and visualization of functional magnetic resonance + neuroimages. Comput Biomed Res. 1996;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8812068\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Yeo + BTT, Krienen FM, Sepulcre J, Sabuncu MR, Lashkari D, Hollinshead M, et al. + The organization of the human cerebral cortex estimated by intrinsic functional + connectivity. J Neurophysiol. 2011;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3174820\",\"@IdType\":\"pmc\"},{\"#text\":\"21653723\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Xu + C, Li C, Wu H, Wu Y, Hu S, Zhu Y, et al. Gender Differences in Cerebral Regional + Homogeneity of Adult Healthy Volunteers: A Resting-State fMRI Study. Biomed + Res Int. 2015;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4299532\",\"@IdType\":\"pmc\"},{\"#text\":\"25629038\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Eklund + A, Nichols TE, Knutsson H. Cluster failure: Why fMRI inferences for spatial + extent have inflated false-positive rates. Proc Natl Acad Sci U S A. 2016;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4948312\",\"@IdType\":\"pmc\"},{\"#text\":\"27357684\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Slotnick + SD. Cluster success: fMRI inferences for spatial extent have acceptable false-positive + rates. Cogn Neurosci 2017;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"28403749\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gandelman + JA, Albert K, Boyd BD, Park JW, Riddle M, Woodward ND, et al. Intrinsic Functional + Network Connectivity Is Associated With Clinical Symptoms and Cognition in + Late-Life Depression. Biol Psychiatry Cogn Neurosci Neuroimaging. 2019;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6368882\",\"@IdType\":\"pmc\"},{\"#text\":\"30392844\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ma + Z, Li R, Yu J, He Y, Li J. Alterations in Regional Homogeneity of Spontaneous + Brain Activity in Late-Life Subthreshold Depression. PLoS One. 2013;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3534624\",\"@IdType\":\"pmc\"},{\"#text\":\"23301035\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Alexopoulos + GS, Hoptman MJ, Kanellopoulos D, Murphy CF, Lim KO, Gunning FM. Functional + connectivity in the cognitive control network and the default mode network + in late-life depression. J Affect Disord. 2012;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3340472\",\"@IdType\":\"pmc\"},{\"#text\":\"22425432\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McTeague + LM, Goodkind MS, Etkin A. Transdiagnostic impairment of cognitive control + in mental illness. Journal of Psychiatric Research. 2016.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5107153\",\"@IdType\":\"pmc\"},{\"#text\":\"27552532\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Botvinick + MM, Cohen JD, Carter CS. Conflict monitoring and anterior cingulate cortex: + An update. Trends in Cognitive Sciences. 2004.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15556023\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Wang + L, Potter GG, Krishnan RKR, Dolcos F, Smith GS, Steffens DC. Neural correlates + associated with cognitive decline in late-life depression. Am J Geriatr Psychiatry. + 2012;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3337345\",\"@IdType\":\"pmc\"},{\"#text\":\"22157280\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kerns + JG, Cohen JD, MacDonald AW, Cho RY, Stenger VA, Carter CS. Anterior Cingulate + Conflict Monitoring and Adjustments in Control. Science (80-). 2004;\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14963333\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gunning + FM, Cheng J, Murphy CF, Kanellopoulos D, Acuna J, Hoptman MJ, et al. Anterior + cingulate cortical volumes and treatment remission of geriatric depression. + Int J Geriatr Psychiatry. 2009;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2828674\",\"@IdType\":\"pmc\"},{\"#text\":\"19551696\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"La + Corte V, Sperduti M, Malherbe C, Vialatte F, Lion S, Gallarda T, Oppenheim + C, Piolino P. Cognitive decline and reorganization of functional connectivity + in healthy aging: the pivotal role of the salience network in the prediction + of age and cognitive performances. Frontiers in aging neuroscience. 2016; + 8:204.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5003020\",\"@IdType\":\"pmc\"},{\"#text\":\"27616991\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + R, Yin S, Zhu X, Ren W, Yu J, Wang P, Zheng Z, Niu YN, Huang X, Li J. Linking + inter-individual variability in functional brain connectivity to cognitive + ability in elderly individuals. Frontiers in aging neuroscience. 2017; 9:385.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5702299\",\"@IdType\":\"pmc\"},{\"#text\":\"29209203\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Davis + SW, Dennis NA, Buchler NG, White LE, Madden DJ, Cabeza R. Assessing the effects + of age on long white matter tracts using diffusion tensor tractography. Neuroimage. + 2009;46(2):530\u201341.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2775533\",\"@IdType\":\"pmc\"},{\"#text\":\"19385018\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cavanna + AE, Trimble MR. The precuneus: a review of its functional anatomy and behavioural + correlates. Brain. 2006;129(3):564\u201383.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16399806\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Piguet + C, Cojan Y, Sterpenich V, Desseilles M, Bertschy G, Vuilleumier P. Alterations + in neural systems mediating cognitive flexibility and inhibition in mood disorders. + Human brain mapping. 2016;37(4):1335\u201348.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6867498\",\"@IdType\":\"pmc\"},{\"#text\":\"26787138\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sheline + YI, Price JL, Yan Z, Mintun MA. Resting-state functional MRI in depression + unmasks increased connectivity between networks via the dorsal nexus. Proc + Natl Acad Sci. 2010;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2890754\",\"@IdType\":\"pmc\"},{\"#text\":\"20534464\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wylie + GR, Genova H, Deluca J, Chiaravalloti N, Sumowski JF. Functional magnetic + resonance imaging movers and shakers: Does subject-movement cause sampling + bias? Hum Brain Mapp. 2014;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3881195\",\"@IdType\":\"pmc\"},{\"#text\":\"22847906\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zuo + XN, Xu T, Jiang L, Yang Z, Cao XY, He Y, Zang YF, Castellanos FX, Milham MP. + Toward reliable characterization of functional homogeneity in the human brain: + preprocessing, scan duration, imaging resolution and computational space. + Neuroimage. 2013;65:374\u201386.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3609711\",\"@IdType\":\"pmc\"},{\"#text\":\"23085497\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zuo + XN, Xing XX. Test-retest reliabilities of resting-state FMRI measurements + in human brain functional connectomics: a systems neuroscience perspective. + Neuroscience & Biobehavioral Reviews. 2014;45:100\u201318.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24875392\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Xia + M, Wang J, He Y. BrainNet Viewer: A Network Visualization Tool for Human Brain + Connectomics. PLoS One. 2013;\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3701683\",\"@IdType\":\"pmc\"},{\"#text\":\"23861951\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"31901436\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"2451-9030\",\"@IssnType\":\"Electronic\"},\"Title\":\"Biological + psychiatry. Cognitive neuroscience and neuroimaging\",\"JournalIssue\":{\"Issue\":\"2\",\"Volume\":\"5\",\"PubDate\":{\"Year\":\"2020\",\"Month\":\"Feb\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Biol + Psychiatry Cogn Neurosci Neuroimaging\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"Late-life + depression is characterized by network abnormalities, especially within the + cognitive control network. We used alternative functional connectivity approaches, + regional homogeneity (ReHo) and network homogeneity, to investigate late-life + depression functional homogeneity. We examined the association between cognitive + control network homogeneity and executive functions.\",\"@Label\":\"BACKGROUND\"},{\"#text\":\"Resting-state + functional magnetic resonance imaging data were analyzed for 33 older adults + with depression and 43 healthy control subjects. ReHo was performed as the + correlation between each voxel and the 27 neighbor voxels. Network homogeneity + was calculated as global brain connectivity restricted to 7 networks. T-maps + were generated for group comparisons. We measured cognitive performance and + executive functions with the Dementia Rating Scale, Trail-Making Test (A and + B), Stroop Color Word Test, and Digit Span Test.\",\"@Label\":\"METHODS\"},{\"sup\":[\"2\",\"2\",\"2\"],\"#text\":\"Older + adults with depression showed increased ReHo in the bilateral dorsal anterior + cingulate cortex (dACC) and the right middle temporal gyrus, with no significant + findings for network homogeneity. Hierarchical linear regression models showed + that higher ReHo in the dACC predicted better performance on Trail-Making + Test B (p\_<\_.001; R\_= .49), Digit Span Backward (p < .05; R\_= .23), and + Digit Span Total (p < .05; R\_= .23). Used as a seed, the dACC cluster of + higher ReHo showed lower functional connectivity with bilateral precuneus.\",\"@Label\":\"RESULTS\"},{\"#text\":\"Higher + ReHo within the dACC and right middle temporal gyrus distinguish older adults + with depression from control subjects. The correlations with executive function + performance support increased ReHo in the dACC as a meaningful measure of + the organization of the cognitive control network and a potential compensatory + mechanism. Lower functional connectivity between the dACC and the precuneus + in late-life depression suggests that clusters of increased ReHo may be functionally + segregated.\",\"@Label\":\"CONCLUSIONS\"}],\"CopyrightInformation\":\"Copyright + \xA9 2019 Society of Biological Psychiatry. Published by Elsevier Inc. All + rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIMH + NIH HHS\",\"Acronym\":\"MH\",\"Country\":\"United States\",\"GrantID\":\"R01 + MH097735\"},{\"Agency\":\"NIMH NIH HHS\",\"Acronym\":\"MH\",\"Country\":\"United + States\",\"GrantID\":\"R01 MH118388\"},{\"Agency\":\"NIMH NIH HHS\",\"Acronym\":\"MH\",\"Country\":\"United + States\",\"GrantID\":\"T32 MH019132\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Matteo\",\"Initials\":\"M\",\"LastName\":\"Respino\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Matthew J\",\"Initials\":\"MJ\",\"LastName\":\"Hoptman\",\"AffiliationInfo\":{\"Affiliation\":\"Nathan + S. Kline Institute for Psychiatric Research, Orangeburg, New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lindsay + W\",\"Initials\":\"LW\",\"LastName\":\"Victoria\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"George S\",\"Initials\":\"GS\",\"LastName\":\"Alexopoulos\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nili\",\"Initials\":\"N\",\"LastName\":\"Solomonov\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Aliza T\",\"Initials\":\"AT\",\"LastName\":\"Stein\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Maria\",\"Initials\":\"M\",\"LastName\":\"Coluccio\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Sarah Shizuko\",\"Initials\":\"SS\",\"LastName\":\"Morimoto\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Chloe J\",\"Initials\":\"CJ\",\"LastName\":\"Blau\",\"AffiliationInfo\":{\"Affiliation\":\"Nathan + S. Kline Institute for Psychiatric Research, Orangeburg, New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lila\",\"Initials\":\"L\",\"LastName\":\"Abreu\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Katherine E\",\"Initials\":\"KE\",\"LastName\":\"Burdick\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Brigham & Women's Hospital, Harvard Medical School, Boston, + Massachusetts.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Conor\",\"Initials\":\"C\",\"LastName\":\"Liston\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Faith M\",\"Initials\":\"FM\",\"LastName\":\"Gunning\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Joan & Sanford I. Weill Medical College of Cornell University, + New York. Electronic address: fgd2002@med.cornell.edu.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"221\",\"StartPage\":\"213\",\"MedlinePgn\":\"213-221\"},\"ArticleDate\":{\"Day\":\"07\",\"Year\":\"2019\",\"Month\":\"11\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.bpsc.2019.10.013\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S2451-9022(19)30277-0\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Cognitive + Control Network Homogeneity and Executive Functions in Late-Life Depression.\",\"DataBankList\":{\"DataBank\":{\"DataBankName\":\"ClinicalTrials.gov\",\"AccessionNumberList\":{\"AccessionNumber\":\"NCT01728194\"}},\"@CompleteYN\":\"Y\"},\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D052061\",\"#text\":\"Research Support, N.I.H., Extramural\"}]}},\"DateRevised\":{\"Day\":\"28\",\"Year\":\"2024\",\"Month\":\"03\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Cognitive + control\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Depression\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Executive + functions\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Functional connectivity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"MRI\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"08\",\"Year\":\"2021\",\"Month\":\"03\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Curated\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003071\",\"#text\":\"Cognition\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D003863\",\"#text\":\"Depression\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D056344\",\"#text\":\"Executive + Function\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Biol Psychiatry Cogn Neurosci Neuroimaging\",\"ISSNLinking\":\"2451-9022\",\"NlmUniqueID\":\"101671285\"},\"CommentsCorrectionsList\":{\"CommentsCorrections\":{\"PMID\":{\"#text\":\"32035612\",\"@Version\":\"1\"},\"@RefType\":\"CommentIn\",\"RefSource\":\"Biol + Psychiatry Cogn Neurosci Neuroimaging. 2020 Feb;5(2):138-139. doi: 10.1016/j.bpsc.2019.12.014.\"}}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Cognitive + Control Network Homogeneity and Executive Functions in Late-Life Depression.\",\"venue\":\"Biological + Psychiatry: Cognitive Neuroscience and Neuroimaging\",\"authors\":[{\"name\":\"M. + Respino\",\"authorId\":\"6282332\"},{\"name\":\"M. Hoptman\",\"authorId\":\"2766223\"},{\"name\":\"L. + Victoria\",\"authorId\":\"5292872\"},{\"name\":\"G. Alexopoulos\",\"authorId\":\"2444847\"},{\"name\":\"N. + Solomonov\",\"authorId\":\"144616936\"},{\"name\":\"Aliza T. Stein\",\"authorId\":\"51256809\"},{\"name\":\"Maria + Coluccio\",\"authorId\":\"2094343091\"},{\"name\":\"S. Morimoto\",\"authorId\":\"31636747\"},{\"name\":\"Chloe + Blau\",\"authorId\":\"2080766315\"},{\"name\":\"Lila Abreu\",\"authorId\":\"1477680895\"},{\"name\":\"K. + Burdick\",\"authorId\":\"2122282\"},{\"name\":\"C. Liston\",\"authorId\":\"145624793\"},{\"name\":\"F. + Gunning\",\"authorId\":\"3568698\"}],\"paperId\":\"837a6ee2872544f79d29d24ce349c5d674867402\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://europepmc.org/articles/pmc7010539?pdf=render\",\"status\":\"GREEN\",\"license\":null,\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.bpsc.2019.10.013?email= + or https://doi.org/10.1016/j.bpsc.2019.10.013, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use.\"},\"publicationDate\":\"2019-11-07\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T08:30:27.409171+00:00\",\"analyses\":[{\"id\":\"nGdpEngE7QvZ\",\"user\":null,\"name\":\"Increased + ReHo\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Clusters + of Abnormal ReHo and ReHo-Seeded FC (Older Adults With Depression Versus Healthy + Control Subjects)\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"LDjonnU7xyMM\",\"coordinates\":[-6.0,39.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.14}]},{\"id\":\"uykeSrjB522i\",\"coordinates\":[57.0,-21.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.76}]}],\"images\":[]},{\"id\":\"ASc8eJJNsEKq\",\"user\":null,\"name\":\"ACC + ReHo-Seeded FC\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31901436-10-1016-j-bpsc-2019-10-013-pmc7010539/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Clusters + of Abnormal ReHo and ReHo-Seeded FC (Older Adults With Depression Versus Healthy + Control Subjects)\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"k2yveV24fpyp\",\"coordinates\":[-12.0,-51.0,69.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-3.56}]}],\"images\":[]}]},{\"id\":\"GftJQhHBhcAG\",\"created_at\":\"2026-01-26T17:34:11.540878+00:00\",\"updated_at\":null,\"user\":\"github|12564882\",\"name\":\"Alerting, + Orienting, and Executive Control: The Effect of Bilingualism and Age on the + Subcomponents of Attention\",\"description\":\"Life-long experience of using + two or more languages has been shown to enhance cognitive control abilities + in young and elderly bilinguals in comparison to their monolingual peers. + This advantage has been found to be larger in older adults in comparison to + younger adults, suggesting that bilingualism provides advantages in cognitive + control abilities. However, studies showing this effect have used a variety + of tasks (Simon Task, Stroop task, Flanker Task), each measuring different + subcomponents of attention and raising mixed results. At the same time, attention + is not a unitary function but comprises of subcomponents which can be distinctively + addressed within the Attention Network Test (ANT) (1, 2). The purpose of this + work was to examine the neurofunctional correlates of the subcomponents of + attention in healthy young and elderly bilinguals taking into account the + L2 age of acquisition, language usage, and proficiency. Participants performed + an fMRI version of the ANT task, and speed, accuracy, and BOLD data were collected. + As expected, results show slower overall response times with increasing age. + The ability to take advantage of the warning cues also decreased with age, + resulting in reduced alerting and orienting abilities in older adults. fMRI + results showed an increase in neurofunctional activity in the frontal and + parietal areas in elderly bilinguals when compared to young bilinguals. Furthermore, + higher L2 proficiency correlated negatively with activation in frontal area, + and that faster RTs correlated negatively with activation in frontal and parietal + areas. Such a correlation, especially with L2 proficiency was not present + in young bilinguals and provides evidence for a bilingual advantage in the + alerting subcomponent of attention that characterizes elderly bilinguals' + performance. This study thus provides extra details about the bilingual advantage + in the subcomponent of attention, in older bilinguals. Consequently, speaking + more than one language impacts cognition and the brain later in life.\",\"publication\":\"Frontiers + in Neurology\",\"doi\":\"10.3389/fneur.2019.01122\",\"pmid\":\"31736852\",\"authors\":\"Tanya + Dash; P. Berroir; Y. Joanette; A. Ansaldo\",\"year\":2019,\"metadata\":{\"slug\":\"31736852-10-3389-fneur-2019-01122-pmc6831726\",\"source\":\"semantic_scholar\",\"keywords\":[\"aging\",\"attention + network task\",\"bilingualism\",\"neuroimaging\",\"subcomponents of attention\"],\"sample_size\":\"5\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"5\",\"Year\":\"2019\",\"Month\":\"7\",\"@PubStatus\":\"received\"},{\"Day\":\"8\",\"Year\":\"2019\",\"Month\":\"10\",\"@PubStatus\":\"accepted\"},{\"Day\":\"19\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"19\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"19\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"11\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"30\",\"Year\":\"2019\",\"Month\":\"10\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"31736852\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6831726\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fneur.2019.01122\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Fan + J, McCandliss BD, Fossella J, Flombaum JI, Posner MI. The activation of attentional + networks. NeuroImage. (2005) 26:471\u20139. 10.1016/j.neuroimage.2005.02.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2005.02.004\",\"@IdType\":\"doi\"},{\"#text\":\"15907304\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fan + J, Gu X, Guise KG, Liu X, Fossella J, Wang H, et al. . Testing the behavioral + interaction and integration of attentional networks. Brain Cogn. (2009) 70:209\u201320. + 10.1016/j.bandc.2009.02.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bandc.2009.02.002\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2674119\",\"@IdType\":\"pmc\"},{\"#text\":\"19269079\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y. What is cognitive reserve? Theory and research application of the reserve + concept. J Int Neuropsychol Soc. (2002) 8:448\u201360. 10.1017/S1355617702813248\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1355617702813248\",\"@IdType\":\"doi\"},{\"#text\":\"11939702\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y. Cognitive reserve. Neuropsychologia. (2009) 47:2015\u201328. 10.1016/j.neuropsychologia.2009.03.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2009.03.004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2739591\",\"@IdType\":\"pmc\"},{\"#text\":\"19467352\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Steffener + J, Habeck C, O'Shea D, Razlighi Q, Bherer L, Stern Y. Differences between + chronological and brain age are related to education and self-reported physical + activity. Neurobiol Aging. (2016) 40:138\u201344. 10.1016/j.neurobiolaging.2016.01.01\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2016.01.01\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4792330\",\"@IdType\":\"pmc\"},{\"#text\":\"26973113\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y, Gurland B, Tatemichi TK, Tang MX, Wilder D, Mayeux R. Influence of education + and occupation on the incidence of Alzheimer's disease. JAMA. (1994) 271:1004\u201310. + 10.1001/jama.271.13.1004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/jama.271.13.1004\",\"@IdType\":\"doi\"},{\"#text\":\"8139057\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bialystok + E, Craik FIM, Luk G. Bilingualism: consequences for mind and brain. Trends + Cogn Sci. (2012) 16:240\u201350. 10.1016/j.tics.2012.03.001\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2012.03.001\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3322418\",\"@IdType\":\"pmc\"},{\"#text\":\"22464592\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Alladi + S, Bak TH, Duggirala V, Surampudi B, Shailaja M, Shukla AK, et al. . Bilingualism + delays age at onset of dementia, independent of education and immigration + status. Neurology. (2013) 81:1938\u201344. 10.1212/01.wnl.0000436620.33155.a4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/01.wnl.0000436620.33155.a4\",\"@IdType\":\"doi\"},{\"#text\":\"24198291\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Abutalebi + J, Guidi L, Borsa V, Canini M, Della Rosa PA, Parris BA, et al. . Bilingualism + provides a neural reserve for aging populations. Neuropsychologia. (2015) + 69:201\u201310. 10.1016/j.neuropsychologia.2015.01.040\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2015.01.040\",\"@IdType\":\"doi\"},{\"#text\":\"25637228\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hern\xE1ndez + M, Costa A, Fuentes LJ, Vivas AB, Sebasti\xE1n-Gall\xE9s N. The impact of + bilingualism on the executive control and orienting networks of attention. + Biling Lang Cogn. (2010) 13:315\u201325. 10.1017/S1366728909990010\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/S1366728909990010\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Ansaldo + AI, Ghazi-Saidi L, Adrover-Roig D. Interference control in elderly bilinguals: + appearances can be misleading. J Clin Exp Neuropsychol. (2015) 37:455\u201370. + 10.1080/13803395.2014.990359\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13803395.2014.990359\",\"@IdType\":\"doi\"},{\"#text\":\"25641572\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Costa + A, Hern\xE1ndez M, Sebasti\xE1n-Gall\xE9s N. Bilingualism aids conflict resolution: + evidence from the ANT task. Cognition. (2008) 106:59\u201386. 10.1016/j.cognition.2006.12.013\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cognition.2006.12.013\",\"@IdType\":\"doi\"},{\"#text\":\"17275801\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gold + BT, Kim C, Johnson NF, Kryscio RJ, Smith CD. Lifelong bilingualism maintains + neural efficiency for cognitive control in aging. J Neurosci. (2013) 33:387\u201396. + 10.1523/JNEUROSCI.3837-12.2013\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.3837-12.2013\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3710134\",\"@IdType\":\"pmc\"},{\"#text\":\"23303919\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + CL, Luk G, Craik FI, Bialystok E. Brain network activity in monolingual and + bilingual older adults. Neuropsychologia. (2015) 66:170\u201381. 10.1016/j.neuropsychologia.2014.10.042\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2014.10.042\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4898959\",\"@IdType\":\"pmc\"},{\"#text\":\"25445783\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Berroir + P, Ghazi-Saidi L, Dash T, Adrover-Roig D, Benali H, Ansaldo AI. Interference + control at the response level: functional networks reveal higher efficiency + in the bilingual brain. J Neurolinguistics. (2017) 43:4\u201316. 10.1016/j.jneuroling.2016.09.007\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.jneuroling.2016.09.007\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Dash + T, Berroir P, Ghazi-Saidi L, Adrover-Roig D, Ansaldo AI. A new look at the + question of the bilingual advantage: dual mechanisms of cognitive control. + Ling Approach Biling. (2019). [Epub ahead of print]. 10.1075/lab.18036.das\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1075/lab.18036.das\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Luk + G, Bialystok E, Craik FI, Grady CL. Lifelong bilingualism maintains white + matter integrity in older adults. J Neurosci. (2011) 31:16808\u201313. 10.1523/JNEUROSCI.4563-11.2011\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.4563-11.2011\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3259110\",\"@IdType\":\"pmc\"},{\"#text\":\"22090506\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bialystok + E, Craik FI, Grady C, Chau W, Ishii R, Gunji A, et al. . Effect of bilingualism + on cognitive control in the Simon task: evidence from MEG. NeuroImage. (2005) + 24:40\u20139. 10.1016/j.neuroimage.2004.09.044\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2004.09.044\",\"@IdType\":\"doi\"},{\"#text\":\"15588595\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Braver + TS. The variable nature of cognitive control: a dual mechanisms framework. + Trends Cogn Sci. (2012) 16:106\u201313. 10.1016/j.tics.2011.12.010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2011.12.010\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3289517\",\"@IdType\":\"pmc\"},{\"#text\":\"22245618\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Posner + MI, Fan J. Attention as an organ system. Topics Integr Neurosci. (2008) 31\u201361. + 10.1017/CBO9780511541681.005\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/CBO9780511541681.005\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Posner + MI, Petersen SE. The attention system of the human brain. Ann Rev Neurosci. + (1990) 13:25\u201342. 10.1146/annurev.ne.13.030190.000325\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev.ne.13.030190.000325\",\"@IdType\":\"doi\"},{\"#text\":\"2183676\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Petersen + SE, Posner MI. The attention system of the human brain: 20 years after. Ann + Rev Neurosci. (2012) 35:73\u201389. 10.1146/annurev-neuro-062111-150525\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev-neuro-062111-150525\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3413263\",\"@IdType\":\"pmc\"},{\"#text\":\"22524787\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tao + L, Marzecov\xE1 A, Taft M, Asanowicz D, Wodniecka Z. The efficiency of attentional + networks in early and late bilinguals: the role of age of acquisition. Front + Psychol. (2011) 2:123. 10.3389/fpsyg.2011.00123\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2011.00123\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3114252\",\"@IdType\":\"pmc\"},{\"#text\":\"21713011\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Marzecov\xE1 + A, Asanowicz D, Kriva LU, Wodniecka Z. The effects of bilingualism on efficiency + and lateralization of attentional networks. Bilingualism. (2013) 16:608\u201323. + 10.1017/S1366728912000569\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/S1366728912000569\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Luk + G, Bialystok E. Bilingualism is not a categorical variable: Interaction between + language proficiency and usage. J Cogn Psychol. (2013) 25:605\u201321. 10.1080/20445911.2013.795574\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/20445911.2013.795574\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3780436\",\"@IdType\":\"pmc\"},{\"#text\":\"24073327\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tse + CS, Altarriba J. The effects of first-and second-language proficiency on conflict + resolution and goal maintenance in bilinguals: evidence from reaction time + distributional analyses in a Stroop task. Bilingualism. (2012) 15:663\u201376. + 10.1017/S1366728912000077\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/S1366728912000077\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Luk + G, De Sa ERIC, Bialystok E. Is there a relation between onset age of bilingualism + and enhancement of cognitive control? Bilingualism. (2011) 14:588\u201395. + 10.1017/S1366728911000010\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/S1366728911000010\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Soveri + A, Rodriguez-Fornells A, Laine M. Is there a relationship between language + switching and executive functions in bilingualism? Introducing a within group + analysis approach. Front Psychol. (2011) 2:183. 10.3389/fpsyg.2011.00183\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2011.00183\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3150725\",\"@IdType\":\"pmc\"},{\"#text\":\"21869878\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Incera + S, McLennan CT. Bilingualism and age are continuous variables that influence + executive function. Aging Neuropsychol Cogn. (2018) 25:443\u201363. 10.1080/13825585.2017.1319902\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13825585.2017.1319902\",\"@IdType\":\"doi\"},{\"#text\":\"28436757\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jennings + JM, Dagenbach D, Engle CM, Funke LJ. Age-related changes and the attention + network task: an examination of alerting, orienting, and executive function. + Aging Neuropsychol Cogn. (2007) 14:353\u201369. 10.1080/13825580600788837\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13825580600788837\",\"@IdType\":\"doi\"},{\"#text\":\"17612813\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mahoney + JR, Verghese J, Goldin Y, Lipton R, Holtzer R. Alerting, orienting, and executive + attention in older adults. J Int Neuropsychol Soc. (2010) 16:877\u201389. + 10.1017/S1355617710000767\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1355617710000767\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3134373\",\"@IdType\":\"pmc\"},{\"#text\":\"20663241\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nasreddine + ZS, Phillips NA, B\xE9dirian V, Charbonneau S, Whitehead V, Collin I, et al. + . The montreal cognitive assessment, MoCA: a brief screening tool for mild + cognitive impairment. J Am Geriatr Soc. (2005) 53:695\u20139. 10.1111/j.1532-5415.2005.53221.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2005.53221.x\",\"@IdType\":\"doi\"},{\"#text\":\"15817019\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reitan + RM. Validity of the trail making test as an indicator of organic brain damage. + Percept Mot Skills. (1958) 8:271\u20136. 10.2466/pms.1958.8.3.271\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.2466/pms.1958.8.3.271\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Maruff + P, Collie A, Darby D, Weaver-Cargin J, McStephen M. Subtle Cognitive Decline + in Mild Cognitive Impairment. Technical document. Melbourne, VIC: CogState + Ltd. (2002).\"},{\"Citation\":\"Yesavage JA, Brink TL, Rose TL, Lum O, Huang + V, Adey M, et al. . Development and validation of a geriatric depression screening + scale: a preliminary report. J Psychiatr Res. (1982) 17:37\u201349. 10.1016/0022-3956(82)90033-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0022-3956(82)90033-4\",\"@IdType\":\"doi\"},{\"#text\":\"7183759\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Marian + V, Blumenfeld HK, Kaushanskaya M. The language experience and proficiency + questionnaire (LEAP-Q): assessing language profiles in bilinguals and multilinguals. + J Speech Lang Hear. (2007) 50:940\u201367. 10.1044/1092-4388(2007/067)\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1044/1092-4388(2007/067)\",\"@IdType\":\"doi\"},{\"#text\":\"17675598\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kaplan + E, Goodglass H, Weintraub S. Boston Naming Test. Austin, TX: Pro-ed; (2001).\"},{\"Citation\":\"Dash + T, Kar BR. Characterizing language proficiency in Hindi and English language: + implications for bilingual research. Int J Mind Brain Cogn. (2012) 3:73\u2013105.\"},{\"Citation\":\"Dash + T, Kar BR. Bilingual language control and general purpose cognitive control + among individuals with bilingual aphasia: evidence based on negative priming + and flanker tasks. Behav Neurol. (2014) 2014:679706. 10.1155/2014/679706\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2014/679706\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4042523\",\"@IdType\":\"pmc\"},{\"#text\":\"24982591\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ulatowska + H, Streit Olness G, Wertz R, Samson A, Keebler M, Goins K. Relationship between + discourse and Western Aphasia Battery performance in African Americans with + aphasia. Aphasiology. (2003) 17:511\u201321. 10.1080/0268703034400102\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1080/0268703034400102\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Kertesz + A. Western Aphasia Battery Test Manual. New York, NY: Psychological Corporation; + (1982).\"},{\"Citation\":\"Goodglass H, Kaplan E. Boston Diagnostic Examination + for Aphasia. Philadelphia, PA: Lea and Febiger; (1983).\"},{\"Citation\":\"Warmington + M, Stothard SE, Snowling MJ. Assessing dyslexia in higher education: the York + adult assessment battery-revised. J Res Special Educ Needs. (2013) 13:48\u201356. + 10.1111/j.1471-3802.2012.01264.x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/j.1471-3802.2012.01264.x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Lemh\xF6fer + K, Broersma M. Introducing LexTALE: a quick and valid lexical test for advanced + learners of English. Behav Res Method. (2012) 44:325\u201343. 10.3758/s13428-011-0146-0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13428-011-0146-0\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3356522\",\"@IdType\":\"pmc\"},{\"#text\":\"21898159\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Posner + MI. Orienting of attention. Q J Exp Psychol. (1980) 32:3\u201325. 10.1080/00335558008248231\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/00335558008248231\",\"@IdType\":\"doi\"},{\"#text\":\"7367577\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Eriksen + BA, Eriksen CW. Effects of noise letters upon the identification of a target + letter in a nonsearch task. Percept Psychophys. (1974) 16:143\u20139. 10.3758/BF03203267\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.3758/BF03203267\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Woods + DL, Wyma JM, Yund EW, Herron TJ, Reed B. Age-related slowing of response selection + and production in a visual choice reaction time task. Front Hum Neurosci. + (2015) 9:193 10.3389/fnhum.2015.00193\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2015.00193\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4407573\",\"@IdType\":\"pmc\"},{\"#text\":\"25954175\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + YF, Jing XJ, Liu F, Li ML, Long ZL, Yan JH, et al. . Reliable attention network + scores and mutually inhibited inter-network relationships revealed by mixed + design and non-orthogonal method. Sci Rep. (2015) 5:10251. 10.1038/srep10251\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/srep10251\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4440527\",\"@IdType\":\"pmc\"},{\"#text\":\"25997025\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Westlye + LT, Grydeland H, Walhovd KB, Fjell AM. Associations between regional cortical + thickness and attentional networks as measured by the attention network test. + Cereb Cortex. (2010) 21:345\u201356. 10.1093/cercor/bhq101\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhq101\",\"@IdType\":\"doi\"},{\"#text\":\"20525771\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brett + M, Anton JL, Valabregue R, Poline JB. Region of interest analysis using an + SPM toolbox. In: 8th International Conference on Functional Mapping of the + Human Brain. Vol. 16. (2002). p. 497\"},{\"Citation\":\"Williams RS, Biel + AL, Wegier P, Lapp LK, Dyson BJ, Spaniol J. Age differences in the attention + network test: evidence from behavior and event-related potentials. Brain Cogn. + (2016) 102:65\u201379. 10.1016/j.bandc.2015.12.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bandc.2015.12.007\",\"@IdType\":\"doi\"},{\"#text\":\"26760449\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhou + SS, Fan J, Lee TM, Wang CQ, Wang K. Age-related differences in attentional + networks of alerting and executive control in young, middle-aged, and older + Chinese adults. Brain Cogn. (2011) 75:205\u201310. 10.1016/j.bandc.2010.12.003\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bandc.2010.12.003\",\"@IdType\":\"doi\"},{\"#text\":\"21251744\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gamboz + N, Zamarian S, Cavallero C. Age-related differences in the attention network + test (ANT). Exp Aging Res. (2010) 36:287\u2013305. 10.1080/0361073X.2010.484729\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/0361073X.2010.484729\",\"@IdType\":\"doi\"},{\"#text\":\"20544449\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hilchey + MD, Klein RM. Are there bilingual advantages on nonlinguistic interference + tasks? Implications for the plasticity of executive control processes. Psychon + Bull Rev. (2011) 18:625\u201358. 10.3758/s13423-011-0116-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13423-011-0116-7\",\"@IdType\":\"doi\"},{\"#text\":\"21674283\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Campbell + KL, Grady CL, Ng C, Hasher L. Age differences in the frontoparietal cognitive + control network: implications for distractibility. Neuropsychologia. (2012) + 50:2212\u201323. 10.1016/j.neuropsychologia.2012.05.025\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2012.05.025\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4898951\",\"@IdType\":\"pmc\"},{\"#text\":\"22659108\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R, Albert M, Belleville S, Craik FI, Duarte A, Grady CL, et al. Maintenance, + reserve and compensation: the cognitive neuroscience of healthy ageing. Nat + Rev Neurosci. (2018) 19:701\u201310. 10.1038/s41583-018-0068-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41583-018-0068-2\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6472256\",\"@IdType\":\"pmc\"},{\"#text\":\"30305711\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R, Prince SE, Daselaar SM, Greenberg DL, Budde M, Dolcos F, et al. . Brain + activity during episodic retrieval of autobiographical and laboratory events: + an fMRI study using a novel photo paradigm. J Cogn Neurosci. (2004) 16:1583\u201394. + 10.1162/0898929042568578\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/0898929042568578\",\"@IdType\":\"doi\"},{\"#text\":\"15622612\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Beauchamp + MS, Petit L, Ellmore TM, Ingeholm J, Haxby JV. A parametric fMRI study of + overt and covert shifts of visuospatial attention. Neuroimage. (2001) 14:310\u201321. + 10.1006/nimg.2001.0788\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2001.0788\",\"@IdType\":\"doi\"},{\"#text\":\"11467905\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hirnstein + M, Bayer U, Ellison A, Hausmann M. TMS over the left angular gyrus impairs + the ability to discriminate left from right. Neuropsychologia. (2011) 49:29\u201333. + 10.1016/j.neuropsychologia.2010.10.028\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2010.10.028\",\"@IdType\":\"doi\"},{\"#text\":\"21035475\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Awh + E, Jonides J. Overlapping mechanisms of attention and spatial working memory. + Trends Cogn Sci. (2001) 5:119\u201326. 10.1016/S1364-6613(00)01593-X\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1364-6613(00)01593-X\",\"@IdType\":\"doi\"},{\"#text\":\"11239812\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Xiao + M, Ge H, Khundrakpam BS, Xu J, Bezgin G, Leng Y, et al. . Attention performance + measured by attention network test is correlated with global and regional + efficiency of structural brain networks. Front Behav. Neurosci. (2016) 10:194. + 10.3389/fnbeh.2016.00194\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnbeh.2016.00194\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5056177\",\"@IdType\":\"pmc\"},{\"#text\":\"27777556\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grundy + JG, Anderson JA, Bialystok E. Neural correlates of cognitive processing in + monolinguals and bilinguals. Ann N York Acad Sci. (2017) 1396:183. 10.1111/nyas.13333\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/nyas.13333\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5446278\",\"@IdType\":\"pmc\"},{\"#text\":\"28415142\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dash + T, Joanette Y, Ansaldo AI. Effect of bilingualism and perceptual load on the + subcomponents of attention in older adults: Evidence from the ANT task. In: + 10th Annual meeting of Society of Neurobiology of Language. Quebec (2018).\"},{\"Citation\":\"Abutalebi + J, Canini M, Della Rosa PA, Sheung LP, Green DW, Weekes BS. Bilingualism protects + anterior temporal lobe integrity in aging. Neurobiol Aging. (2014) 35:2126\u201333. + 10.1016/j.neurobiolaging.2014.03.010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2014.03.010\",\"@IdType\":\"doi\"},{\"#text\":\"24721820\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Garc\xEDa-Pent\xF3n + L, Fern\xE1ndez AP, Iturria-Medina Y, Gillon-Dowens M, Carreiras M. Anatomical + connectivity changes in the bilingual brain. Neuroimage. (2014) 84:495\u2013504. + 10.1016/j.neuroimage.2013.08.064\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2013.08.064\",\"@IdType\":\"doi\"},{\"#text\":\"24018306\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pliatsikas + C, Moschopoulou E, Saddy JD. The effects of bilingualism on the white matter + structure of the brain. Proc Natl Acad Sci USA. (2015) 112:1334\u20137. 10.1073/pnas.1414183112\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1414183112\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4321232\",\"@IdType\":\"pmc\"},{\"#text\":\"25583505\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + H, Fan J. Human attentional networks: a connectionist model. J Cogn Neurosci. + (2007) 19:1678\u201389. 10.1162/jocn.2007.19.10.1678\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2007.19.10.1678\",\"@IdType\":\"doi\"},{\"#text\":\"18271741\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Iluz-Cohen + P, Armon-Lotem S. Language proficiency and executive control in bilingual + children. Bilingualism. (2013) 16:884\u201399. 10.1017/S1366728912000788\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/S1366728912000788\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Kroll + JF, Bialystok E. Understanding the consequences of bilingualism for language + processing and cognition. J Cogn Psychol. (2013) 25:497\u2013514. 10.1080/20445911.2013.799170\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/20445911.2013.799170\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3820916\",\"@IdType\":\"pmc\"},{\"#text\":\"24223260\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"31736852\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1664-2295\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in neurology\",\"JournalIssue\":{\"Volume\":\"10\",\"PubDate\":{\"Year\":\"2019\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Neurol\"},\"Abstract\":{\"AbstractText\":\"Life-long experience of using two + or more languages has been shown to enhance cognitive control abilities in + young and elderly bilinguals in comparison to their monolingual peers. This + advantage has been found to be larger in older adults in comparison to younger + adults, suggesting that bilingualism provides advantages in cognitive control + abilities. However, studies showing this effect have used a variety of tasks + (Simon Task, Stroop task, Flanker Task), each measuring different subcomponents + of attention and raising mixed results. At the same time, attention is not + a unitary function but comprises of subcomponents which can be distinctively + addressed within the Attention Network Test (ANT) (1, 2). The purpose of this + work was to examine the neurofunctional correlates of the subcomponents of + attention in healthy young and elderly bilinguals taking into account the + L2 age of acquisition, language usage, and proficiency. Participants performed + an fMRI version of the ANT task, and speed, accuracy, and BOLD data were collected. + As expected, results show slower overall response times with increasing age. + The ability to take advantage of the warning cues also decreased with age, + resulting in reduced alerting and orienting abilities in older adults. fMRI + results showed an increase in neurofunctional activity in the frontal and + parietal areas in elderly bilinguals when compared to young bilinguals. Furthermore, + higher L2 proficiency correlated negatively with activation in frontal area, + and that faster RTs correlated negatively with activation in frontal and parietal + areas. Such a correlation, especially with L2 proficiency was not present + in young bilinguals and provides evidence for a bilingual advantage in the + alerting subcomponent of attention that characterizes elderly bilinguals' + performance. This study thus provides extra details about the bilingual advantage + in the subcomponent of attention, in older bilinguals. Consequently, speaking + more than one language impacts cognition and the brain later in life.\",\"CopyrightInformation\":\"Copyright + \xA9 2019 Dash, Berroir, Joanette and Ansaldo.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Tanya\",\"Initials\":\"T\",\"LastName\":\"Dash\",\"AffiliationInfo\":[{\"Affiliation\":\"Centre + de recherche de l'Institut Universitaire de G\xE9riatrie de Montr\xE9al, Montreal, + QC, Canada.\"},{\"Affiliation\":\"\xC9cole d'orthophonie et d'audiologie, + Facult\xE9 de m\xE9decine, Universit\xE9 de Montr\xE9al, Montreal, QC, Canada.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Pierre\",\"Initials\":\"P\",\"LastName\":\"Berroir\",\"AffiliationInfo\":[{\"Affiliation\":\"Centre + de recherche de l'Institut Universitaire de G\xE9riatrie de Montr\xE9al, Montreal, + QC, Canada.\"},{\"Affiliation\":\"Institute of Biomedical Engineering, Department + of Pharmacology and Physiology, Faculty of Medicine, Universit\xE9 de Montr\xE9al, + Montreal, QC, Canada.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yves\",\"Initials\":\"Y\",\"LastName\":\"Joanette\",\"AffiliationInfo\":[{\"Affiliation\":\"Centre + de recherche de l'Institut Universitaire de G\xE9riatrie de Montr\xE9al, Montreal, + QC, Canada.\"},{\"Affiliation\":\"\xC9cole d'orthophonie et d'audiologie, + Facult\xE9 de m\xE9decine, Universit\xE9 de Montr\xE9al, Montreal, QC, Canada.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ana + In\xE9s\",\"Initials\":\"AI\",\"LastName\":\"Ansaldo\",\"AffiliationInfo\":[{\"Affiliation\":\"Centre + de recherche de l'Institut Universitaire de G\xE9riatrie de Montr\xE9al, Montreal, + QC, Canada.\"},{\"Affiliation\":\"\xC9cole d'orthophonie et d'audiologie, + Facult\xE9 de m\xE9decine, Universit\xE9 de Montr\xE9al, Montreal, QC, Canada.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"1122\",\"MedlinePgn\":\"1122\"},\"ArticleDate\":{\"Day\":\"30\",\"Year\":\"2019\",\"Month\":\"10\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"1122\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fneur.2019.01122\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Alerting, + Orienting, and Executive Control: The Effect of Bilingualism and Age on the + Subcomponents of Attention.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"29\",\"Year\":\"2020\",\"Month\":\"09\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"attention + network task\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"bilingualism\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"neuroimaging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"subcomponents + of attention\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Neurol\",\"ISSNLinking\":\"1664-2295\",\"NlmUniqueID\":\"101546899\"}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Alerting, + Orienting, and Executive Control: The Effect of Bilingualism and Age on the + Subcomponents of Attention\",\"venue\":\"Frontiers in Neurology\",\"authors\":[{\"name\":\"Tanya + Dash\",\"authorId\":\"5704219\"},{\"name\":\"P. Berroir\",\"authorId\":\"3016363\"},{\"name\":\"Y. + Joanette\",\"authorId\":\"2259929\"},{\"name\":\"A. Ansaldo\",\"authorId\":\"1684556\"}],\"paperId\":\"6d583c04a81695531111d7678a292130f03d1141\",\"abstract\":\"Life-long + experience of using two or more languages has been shown to enhance cognitive + control abilities in young and elderly bilinguals in comparison to their monolingual + peers. This advantage has been found to be larger in older adults in comparison + to younger adults, suggesting that bilingualism provides advantages in cognitive + control abilities. However, studies showing this effect have used a variety + of tasks (Simon Task, Stroop task, Flanker Task), each measuring different + subcomponents of attention and raising mixed results. At the same time, attention + is not a unitary function but comprises of subcomponents which can be distinctively + addressed within the Attention Network Test (ANT) (1, 2). The purpose of this + work was to examine the neurofunctional correlates of the subcomponents of + attention in healthy young and elderly bilinguals taking into account the + L2 age of acquisition, language usage, and proficiency. Participants performed + an fMRI version of the ANT task, and speed, accuracy, and BOLD data were collected. + As expected, results show slower overall response times with increasing age. + The ability to take advantage of the warning cues also decreased with age, + resulting in reduced alerting and orienting abilities in older adults. fMRI + results showed an increase in neurofunctional activity in the frontal and + parietal areas in elderly bilinguals when compared to young bilinguals. Furthermore, + higher L2 proficiency correlated negatively with activation in frontal area, + and that faster RTs correlated negatively with activation in frontal and parietal + areas. Such a correlation, especially with L2 proficiency was not present + in young bilinguals and provides evidence for a bilingual advantage in the + alerting subcomponent of attention that characterizes elderly bilinguals' + performance. This study thus provides extra details about the bilingual advantage + in the subcomponent of attention, in older bilinguals. Consequently, speaking + more than one language impacts cognition and the brain later in life.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fneur.2019.01122/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6831726, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2019-10-30\"}}},\"source\":\"neurostore\",\"source_id\":\"seVbCfgRhZSf\",\"source_updated_at\":\"2025-12-04T23:20:00.250601+00:00\",\"analyses\":[{\"id\":\"L4B3fGGwHiMW\",\"user\":\"github|12564882\",\"name\":\"Alerting\",\"metadata\":null,\"description\":\"Results + from the random-effects analyses for the alerting, orienting, and executive + control condition, for young and older adults here.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"VKwQiuzEaJCs\",\"coordinates\":[42.0,-56.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"T59ToDVUujXS\",\"coordinates\":[-40.0,-62.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"Ddbg2kAJF5Ng\",\"coordinates\":[-46.0,2.0,34.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"oNuzPN6QGL9w\",\"coordinates\":[46.0,4.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"gLHNyoGUiB9e\",\"coordinates\":[-26.0,50.0,-10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"T7pVpwDKpME8\",\"coordinates\":[-33.0,31.0,-3.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]}],\"images\":[]},{\"id\":\"hzjTKj3hAAyh\",\"user\":\"github|12564882\",\"name\":\"Orienting\",\"metadata\":null,\"description\":\"Results + from the random-effects analyses for the alerting, orienting, and executive + control condition, for young and older adults.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"hykkjWYP69TR\",\"coordinates\":[-10.0,-98.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"QpSD7mxNchCo\",\"coordinates\":[10.0,-96.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"pAE68886iFoF\",\"coordinates\":[-20.0,-78.0,-10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"gXFcchtQDqzS\",\"coordinates\":[18.0,-76.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"Wa69C4JYeFPj\",\"coordinates\":[42.0,-50.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]}],\"images\":[]},{\"id\":\"p9UieEfJ7TXy\",\"user\":\"github|12564882\",\"name\":\"Executive + control\u2227\",\"metadata\":null,\"description\":\"Results from the random-effects + analyses for the alerting, orienting, and executive control condition, for + young and older adults.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"KbX4gBE53MPf\",\"coordinates\":[-4.0,-86.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"oVkzWwEQX3w3\",\"coordinates\":[-22.0,-50.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]}],\"images\":[]}]},{\"id\":\"imZpjSehcmEM\",\"created_at\":\"2022-06-02T17:12:09.250150+00:00\",\"updated_at\":\"2024-03-21T20:02:36.935051+00:00\",\"user\":null,\"name\":\"Relationships + between years of education, regional grey matter volumes, and working memory-related + brain activity in healthy older adults.\",\"description\":\"The aim of this + study was to examine the relationships between educational attainment, regional + grey matter volume, and functional working memory-related brain activation + in older adults. The final sample included 32 healthy older adults with 8 + to 22 years of education. Structural magnetic resonance imaging (MRI) was + used to measure regional volume and functional MRI was used to measure activation + associated with performing an n-back task. A positive correlation was found + between years of education and cortical grey matter volume in the right medial + and middle frontal gyri, in the middle and posterior cingulate gyri, and in + the right inferior parietal lobule. The education by age interaction was significant + for cortical grey matter volume in the left middle frontal gyrus and in the + right medial cingulate gyrus. In this region, the volume loss related to age + was larger in the low than high-education group. The education by age interaction + was also significant for task-related activity in the left superior, middle + and medial frontal gyri due to the fact that activation increased with age + in those with higher education. No correlation was found between regions that + are structurally related with education and those that are functionally related + with education and age. The data suggest a protective effect of education + on cortical volume. Furthermore, the brain regions involved in the working + memory network are getting more activated with age in those with higher educational + attainment.\",\"publication\":\"Brain imaging and behavior\",\"doi\":\"10.1007/s11682-016-9621-7\",\"pmid\":\"27734304\",\"authors\":\"Boller + B, Mellah S, Ducharme-Laliberte G, Belleville S\",\"year\":2017,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":\"27734304\",\"source_updated_at\":null,\"analyses\":[{\"id\":\"HDMHRg8x9vuJ\",\"user\":null,\"name\":\"43131\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4bQ54nTFRcoJ\",\"coordinates\":[45.0,-48.0,53.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6WKPWayqhz9c\",\"coordinates\":[38.0,-6.0,68.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5tGPc4SK9DRd\",\"coordinates\":[9.0,-54.0,9.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4ABjx2g4puW7\",\"coordinates\":[5.0,8.0,47.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"4izjnm8F7JSf\",\"user\":null,\"name\":\"43132\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"6vKzvnurJvMw\",\"coordinates\":[8.0,-6.0,39.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"LFQgL2gEVS8c\",\"coordinates\":[-50.0,32.0,23.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"8MBiQ3BctKK5\",\"user\":null,\"name\":\"43133\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"64iiH4QZxQ8e\",\"coordinates\":[-50.0,-12.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3JswR7UyERq8\",\"coordinates\":[-54.0,-26.0,-12.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6VoBNvEktscr\",\"coordinates\":[-33.0,36.0,-11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8MFxsp5c4d4q\",\"coordinates\":[9.0,-27.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"bAbPtqHs7RFC\",\"coordinates\":[23.0,29.0,-15.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4p6gaLo2Pa3r\",\"coordinates\":[-11.0,-90.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"jFcnvZMRwyhQ\",\"coordinates\":[-30.0,-2.0,48.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5NBKj6tV3DFN\",\"coordinates\":[36.0,-83.0,-2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6rWWrs8D4YpF\",\"coordinates\":[-56.0,-51.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7rVaNGWTaX8q\",\"coordinates\":[-42.0,9.0,-26.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"b4yk54TEy6nv\",\"coordinates\":[56.0,-39.0,6.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7yetSnTX6fJv\",\"coordinates\":[12.0,38.0,24.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"6Yrv5vhXadGZ\",\"user\":null,\"name\":\"43134\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"5EqBWbciq4Z3\",\"coordinates\":[18.0,2.0,11.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7FneCVbShQr4\",\"coordinates\":[42.0,29.0,35.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mxLG399U6iDk\",\"coordinates\":[-45.0,32.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"nSybKbnadBpZ\",\"coordinates\":[-6.0,20.0,47.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6FdnBc4NY8Zu\",\"coordinates\":[36.0,-55.0,-49.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"fJ95umNEZHrV\",\"coordinates\":[57.0,-49.0,-10.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4bYtgsd3pDdN\",\"coordinates\":[42.0,14.0,56.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5NaoE6fcPaba\",\"coordinates\":[33.0,-67.0,-28.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4Fyeujx56cGZ\",\"coordinates\":[-42.0,5.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5mU73uS74FwD\",\"coordinates\":[39.0,-58.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6mRiCKDZ8n2d\",\"coordinates\":[-30.0,-58.0,41.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6xWvTb8oT2Gv\",\"coordinates\":[42.0,-52.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6qVV7PnbcQH2\",\"coordinates\":[33.0,26.0,-4.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5cdhJGbFuuzZ\",\"coordinates\":[-30.0,-64.0,-31.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3CsPhNZgoJ9U\",\"coordinates\":[-45.0,32.0,32.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"F8A5gRK4z2Sg\",\"coordinates\":[-9.0,20.0,44.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4CHBbZhEWAqY\",\"coordinates\":[-6.0,8.0,53.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"7VkTsPpD6kxn\",\"coordinates\":[33.0,29.0,2.0],\"kind\":\"unknown\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"J6QdYVwZWddF\",\"created_at\":\"2025-12-03T22:43:57.366760+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Alteration + of brain function and systemic inflammatory tone in older adults by decreasing + the dietary palmitic acid intake\",\"description\":\"Prior studies in younger + adults showed that reducing the normally high intake of the saturated fatty + acid, palmitic acid (PA), in the North American diet by replacing it with + the monounsaturated fatty acid, oleic acid (OA), decreased blood concentrations + and secretion by peripheral blood mononuclear cells (PBMCs) of interleukin + (IL)-1\u03B2 and IL-6 and changed brain activation in regions of the working + memory network. We examined the effects of these fatty acid manipulations + in the diet of older adults. Ten subjects, aged 65-75\_years, participated + in a randomized, cross-over trial comparing 1-week high PA versus low PA/high + OA diets. We evaluated functional magnetic resonance imaging (fMRI) using + an N-back test of working memory and a resting state scan, cytokine secretion + by lipopolysaccharide (LPS)-stimulated PBMCs, and plasma cytokine concentrations. + During the low PA compared to the high PA diet, we observed increased activation + for the 2-back minus 0-back conditions in the right dorsolateral prefrontal + cortex (Broadman Area (BA) 9; p\_<\_0.005), but the effect of diet on working + memory performance was not significant (p\_=\_0.09). We observed increased + connectivity between anterior regions of the salience network during the low + PA/high OA diet (p\_<\_0.001). The concentrations of IL-1\u03B2 (p\_=\_0.026), + IL-8 (p\_=\_0.013), and IL-6 (p\_=\_0.009) in conditioned media from LPS-stimulated + PBMCs were lower during the low PA/high OA diet. This study suggests that + lowering the dietary intake of PA down-regulated pro-inflammatory cytokine + secretion and altered working memory, task-based activation and resting state + functional connectivity in older adults.\",\"publication\":\"Aging Brain\",\"doi\":\"10.1016/j.nbas.2023.100072\",\"pmid\":\"37408793\",\"authors\":\"J. + Dumas; J. Bunn; M. Lamantia; Catherine McIsaac; Anna Senft Miller; Olivia + Nop; Abigail Testo; Bruno P Soares; M. Mank; M. Poynter; C. Lawrence Kien\",\"year\":2023,\"metadata\":{\"slug\":\"37408793-10-1016-j-nbas-2023-100072-pmc10318304\",\"source\":\"semantic_scholar\",\"keywords\":[\"Fatty + acids\",\"Inflammation\",\"Working memory\",\"fMRI\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"14\",\"Year\":\"2022\",\"Month\":\"7\",\"@PubStatus\":\"received\"},{\"Day\":\"1\",\"Year\":\"2023\",\"Month\":\"3\",\"@PubStatus\":\"revised\"},{\"Day\":\"3\",\"Year\":\"2023\",\"Month\":\"3\",\"@PubStatus\":\"accepted\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2023\",\"Month\":\"7\",\"Minute\":\"42\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2023\",\"Month\":\"7\",\"Minute\":\"43\",\"@PubStatus\":\"medline\"},{\"Day\":\"6\",\"Hour\":\"4\",\"Year\":\"2023\",\"Month\":\"7\",\"Minute\":\"7\",\"@PubStatus\":\"entrez\"},{\"Day\":\"10\",\"Year\":\"2023\",\"Month\":\"3\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"37408793\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC10318304\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1016/j.nbas.2023.100072\",\"@IdType\":\"doi\"},{\"#text\":\"S2589-9589(23)00009-9\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Muscat + S.M., Barrientos R.M. The perfect cytokine storm: how peripheral immune challenges + impact brain plasticity & memory function in aging. Brain Plast. 2021;7(1):47\u201360.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC8461734\",\"@IdType\":\"pmc\"},{\"#text\":\"34631420\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dinarello + C.A., Gatti S., Bartfai T. Fever: links with an ancient receptor. Curr Biol. + 1999;9(4):R147\u2013R150.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10074418\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Franceschi + C., Capri M., Monti D., Giunta S., Olivieri F., Sevini F., et al. Inflammaging + and anti-inflammaging: a systemic perspective on aging and longevity emerged + from studies in humans. Mech Ageing Dev. 2007;128(1):92\u2013105.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17116321\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kien + C.L., Bunn J.Y., Poynter M.E., Stevens R., Bain J., Ikayeva O., et al. A lipidomics + analysis of the relationship between dietary fatty acid composition and insulin + sensitivity in young adults. Diabetes. 2013;62(4):1054\u20131063.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3609566\",\"@IdType\":\"pmc\"},{\"#text\":\"23238293\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kien + C.L., Bunn J.Y., Fukagawa N.K., Anathy V., Matthews D.E., Crain K.I., et al. + Lipidomic evidence that lowering the typical dietary palmitate to oleate ratio + in humans decreases the leukocyte production of proinflammatory cytokines + and muscle expression of redox-sensitive genes. J Nutr Biochem. 2015;26(1512):1599\u20131606.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4679618\",\"@IdType\":\"pmc\"},{\"#text\":\"26324406\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stienstra + R., Tack C.J., Kanneganti T.D., Joosten L.A., Netea M.G. The inflammasome + puts obesity in the danger zone. Cell Metab. 2012;15(1):10\u201318.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22225872\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Milner + M.T., Maddugoda M., G\xF6tz J., Burgener S.S., Schroder K. The NLRP3 inflammasome + triggers sterile neuroinflammation and Alzheimer\u2019s disease. Curr Opin + Immunol. 2021;68:116\u2013124.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"33181351\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kien + C.L., Bunn J.Y., Tompkins C.L., Dumas J.A., Crain K.I., Ebenstein D.B., et + al. Substituting dietary monounsaturated fat for saturated fat is associated + with increased daily physical activity and resting energy expenditure and + with changes in mood. Am J Clin Nutr. 2013;97(4):689\u2013697.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3607650\",\"@IdType\":\"pmc\"},{\"#text\":\"23446891\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sartorius + T., Ketterer C., Kullmann S., Balzer M., Rotermund C., Binder S., et al. Monounsaturated + fatty acids prevent the aversive effects of obesity on locomotion, brain activity, + and sleep behavior. Diabetes. 2012;61(7):1669\u20131679.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3379681\",\"@IdType\":\"pmc\"},{\"#text\":\"22492529\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dumas + J.A., Bunn J.Y., Nickerson J., Crain K.I., Ebenstein D.B., Tarleton E.K., + Makarewicz J., Poynter M.E., Kien C.L. Dietary saturated fat and monounsaturated + fat have reversible effects on brain function and the secretion of pro-inflammatory + cytokines in young women. Metab: Clin Exp. 2016;65:1582\u20131588.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5023067\",\"@IdType\":\"pmc\"},{\"#text\":\"27621193\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Craik + F.I., Salthouse T. Erlbaum; Mahwah, NJ: 2000. Handbook of Aging and Cogntion + II.\"},{\"Citation\":\"Kien C.L., Ugrasbul F. Prediction of daily energy expenditure + during a feeding trial using measurements of resting energy expenditure, fat-free + mass, or Harris-Benedict equations. Am J Clin Nutr. 2004;80(4):876\u2013880.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1409752\",\"@IdType\":\"pmc\"},{\"#text\":\"15447893\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein + M.F., Folstein S.E., McHugh P.R. \u201CMini-mental state\u201D: a practical + method for grading the cognitive state of patients for the clinician. J Psychiatr + Res. 1975;12(3):189\u2013198.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jurica + P.J., Leitten C.L., Mattis S. Psychological Assessment Resources Inc.; Lutz, + FL: 2001. Dementia rating scale-2.\"},{\"Citation\":\"Reisberg B., Ferris + S.H. Brief cognitive rating scale (BCRS) Psychopharmacol Bull. 1988;24(4):629\u2013635.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"3249764\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reisberg + B., Ferris S.H., de Leon M.J., Crook T. Global deterioration scale (GDS) Psychopharmacol + Bull. 1988;24(4):661\u2013663.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"3249768\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Randolph + C., Tierney M.C., Mohr E., Chase T.N. The repeatable battery for the assessment + of neuropsychological status (RBANS): preliminary clinical validity. J Clin + Exp Neuropsychol. 1998;20(3):310\u2013319.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9845158\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Delis + D.C., Kaplan E., Kramer J.H. Psychological Corporation; San Antonio, TX: 2001. + D-KEFS executive function system: examiner\u2019s manual.\"},{\"Citation\":\"Breuer + F.A., Blaimer M., Heidemann R.M., Mueller M.F., Griswold M.A., Jakob P.M. + Controlled aliasing in parallel imaging results in higher acceleration (CAIPIRINHA) + for multi-slice imaging. Magn Reson Med. 2005;53(3):684\u2013691.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15723404\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Setsompop + K., Cohen-Adad J., Gagoski B.A., Raij T., Yendiki A., Keil B., et al. Improving + diffusion MRI using simultaneous multi-slice echo planar imaging. Neuroimage. + 2012;63(1):569\u2013580.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3429710\",\"@IdType\":\"pmc\"},{\"#text\":\"22732564\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Setsompop + K., Gagoski B.A., Polimeni J.R., Witzel T., Wedeen V.J., Wald L.L. Blipped-controlled + aliasing in parallel imaging for simultaneous multislice echo planar imaging + with reduced g-factor penalty. Magn Reson Med. 2012;67(5):1210\u20131224.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3323676\",\"@IdType\":\"pmc\"},{\"#text\":\"21858868\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Snodgrass + J., Corwin J. Pragmatics of measuring recognition memory: applications to + dementia and amnesia. J Exp Psychol. 1988;117(1):34\u201350.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"2966230\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cohen + J.D., Perlstein W.M., Braver T.S., Nystrom L.E., Noll D.C., Jonides J., et + al. Temporal dynamics of brain activation during a working memory task. Nature. + 1997;6625:604\u2013608.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9121583\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kien + C.L., Bunn J.Y. Gender alters the effects of palmitate and oleate on fat oxidation + and energy expenditure. Obesity (Silver Spring) 2008;16(1):29\u201333.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2263004\",\"@IdType\":\"pmc\"},{\"#text\":\"18223608\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kien + C.L., Bunn J.Y., Stevens R., Bain J., Ikayeva O., Crain K., et al. Dietary + intake of palmitate and oleate has broad impact on systemic and tissue lipid + profiles in humans. Am J Clin Nutr. 2014;99(3):436\u2013445.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3927687\",\"@IdType\":\"pmc\"},{\"#text\":\"24429541\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kien + C.L., Everingham K.I., Stevens R.D., Fukagawa N.K., Muoio D.M. Short-term + effects of dietary fatty acids on muscle lipid composition and serum acylcarnitine + profile in human subjects. Obesity (Silver Spring) 2011;19(2):305\u2013311.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3003742\",\"@IdType\":\"pmc\"},{\"#text\":\"20559306\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Butler + M.J., Cole R.M., Deems N.P., Belury M.A., Barrientos R.M. Fatty food, fatty + acids, and microglial priming in the adult and aged hippocampus and amygdala. + Brain Behav Immun. 2020;89:145\u2013158.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC7572563\",\"@IdType\":\"pmc\"},{\"#text\":\"32544595\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Spencer + S.J., D'Angelo H., Soch A., Watkins L.R., Maier S.F., Barrientos R.M. High-fat + diet and aging interact to produce neuroinflammation and impair hippocampal- + and amygdalar-dependent memory. Neurobiol Aging. 2017;58:88\u2013101.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5581696\",\"@IdType\":\"pmc\"},{\"#text\":\"28719855\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kiecolt-Glaser + J.K., Fagundes C.P., Andridge R., Peng J., Malarkey W.B., Habash D., et al. + Depression, daily stressors and inflammatory responses to high-fat meals: + when stress overrides healthier food choices. Mol Psychiatry. 2017;22(3):476\u2013482.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5508550\",\"@IdType\":\"pmc\"},{\"#text\":\"27646264\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Patterson + S.L. Immune dysregulation and cognitive vulnerability in the aging brain: + interactions of microglia, IL-1beta, BDNF and synaptic plasticity. Neuropharmacology. + 2015;96(Pt A):11\u201318.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4475415\",\"@IdType\":\"pmc\"},{\"#text\":\"25549562\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhu + Y., Zhou M., Jia X., Zhang W., Shi Y., Bai S., et al. Inflammation disrupts + the brain network of executive function after cardiac surgery. Ann Surg. 2021\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC9891271\",\"@IdType\":\"pmc\"},{\"#text\":\"34225294\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sartorius + T., Lutz S.Z., Hoene M., Waak J., Peter A., Weigert C., et al. Toll-like receptors + 2 and 4 impair insulin-mediated brain activity by interleukin-6 and osteopontin + and alter sleep architecture. FASEB J. 2012;26(5):1799\u20131809.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22278939\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Talbot + K., Wang H.Y., Kazi H., Han L.Y., Bakshi K.P., Stucky A., et al. Demonstrated + brain insulin resistance in Alzheimer\u2019s disease patients is associated + with IGF-1 resistance, IRS-1 dysregulation, and cognitive decline. J Clin + Invest. 2012;122(4):1316\u20131338.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3314463\",\"@IdType\":\"pmc\"},{\"#text\":\"22476197\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hanson + A.J., Bayer J.L., Baker L.D., Cholerton B., VanFossen B., Trittschuh E., et + al. Differential effects of meal challenges on cognition, metabolism, and + biomarkers for Apolipoprotein E varepsilon4 carriers and adults with mild + cognitive impairment. J Alzheimers Dis. 2015;48(1):205\u2013218.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"26401941\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fernstrom + J.D. Large neutral amino acids: dietary effects on brain neurochemistry and + function. Amino Acids. 2013;45(3):419\u2013430.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22677921\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Huang + H.J., Chen Y.H., Liang K.C., Jheng Y.S., Jhao J.J., Su M.T., et al. Exendin-4 + protected against cognitive dysfunction in hyperglycemic mice receiving an + intrahippocampal lipopolysaccharide injection. PLoS One. 2012;7(7):e39656.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3402484\",\"@IdType\":\"pmc\"},{\"#text\":\"22844396\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Milton + J.E., Sananthanan C.S., Patterson M., Ghatei M.A., Bloom S.R., Frost G.S. + Glucagon-like peptide-1 (7\u201336) amide response to low versus high glycaemic + index preloads in overweight subjects with and without type II diabetes mellitus. + Eur J Clin Nutr. 2007;61(12):1364\u20131372.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17299480\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Marik + P.E., Raghavan M. Stress-hyperglycemia, insulin and immunomodulation in sepsis. + Intensive Care Med. 2004;30(5):748\u2013756.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14991101\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Au + A., Feher A., McPhee L., Jessa A., Oh S., Einstein G. Estrogens, inflammation + and cognition. Front Neuroendocrinol. 2016;40:87\u2013100.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"26774208\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Urien + S., Bardin C., Bader-Meunier B., Mouy R., Compeyrot-Lacassagne S., Foissac + F., et al. Anakinra pharmacokinetics in children and adolescents with systemic-onset + juvenile idiopathic arthritis and autoinflammatory syndromes. BMC Pharmacol + Toxicol. 2013;14:40.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3750485\",\"@IdType\":\"pmc\"},{\"#text\":\"23915458\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kaye + A.G., Siegel R. The efficacy of IL-6 inhibitor Tocilizumab in reducing severe + COVID-19 mortality: a systematic review. PeerJ. 2020;8:e10322.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC7643559\",\"@IdType\":\"pmc\"},{\"#text\":\"33194450\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Beck + A.T., Steer R.A., Brown G.T. Psychological Corporation; San Antonio, TX: 1996. + Manual for the beck depression inventory-II.\"},{\"Citation\":\"Beck A.T., + Steer R.A. The Psychological Corporation; San Antonio, TX: 1990. Manual for + the beck anxiety inventory.\"}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"37408793\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"2589-9589\",\"@IssnType\":\"Electronic\"},\"Title\":\"Aging + brain\",\"JournalIssue\":{\"Volume\":\"3\",\"PubDate\":{\"Year\":\"2023\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Aging + Brain\"},\"Abstract\":{\"AbstractText\":\"Prior studies in younger adults + showed that reducing the normally high intake of the saturated fatty acid, + palmitic acid (PA), in the North American diet by replacing it with the monounsaturated + fatty acid, oleic acid (OA), decreased blood concentrations and secretion + by peripheral blood mononuclear cells (PBMCs) of interleukin (IL)-1\u03B2 + and IL-6 and changed brain activation in regions of the working memory network. + We examined the effects of these fatty acid manipulations in the diet of older + adults. Ten subjects, aged 65-75\_years, participated in a randomized, cross-over + trial comparing 1-week high PA versus low PA/high OA diets. We evaluated functional + magnetic resonance imaging (fMRI) using an N-back test of working memory and + a resting state scan, cytokine secretion by lipopolysaccharide (LPS)-stimulated + PBMCs, and plasma cytokine concentrations. During the low PA compared to the + high PA diet, we observed increased activation for the 2-back minus 0-back + conditions in the right dorsolateral prefrontal cortex (Broadman Area (BA) + 9; p\_<\_0.005), but the effect of diet on working memory performance was + not significant (p\_=\_0.09). We observed increased connectivity between anterior + regions of the salience network during the low PA/high OA diet (p\_<\_0.001). + The concentrations of IL-1\u03B2 (p\_=\_0.026), IL-8 (p\_=\_0.013), and IL-6 + (p\_=\_0.009) in conditioned media from LPS-stimulated PBMCs were lower during + the low PA/high OA diet. This study suggests that lowering the dietary intake + of PA down-regulated pro-inflammatory cytokine secretion and altered working + memory, task-based activation and resting state functional connectivity in + older adults.\",\"CopyrightInformation\":\"\xA9 2023 The Author(s).\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NHLBI + NIH HHS\",\"Acronym\":\"HL\",\"Country\":\"United States\",\"GrantID\":\"R01 + HL142081\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R56 AG062105\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Julie + A\",\"Initials\":\"JA\",\"LastName\":\"Dumas\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Janice Y\",\"Initials\":\"JY\",\"LastName\":\"Bunn\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Medical Biostatistics, Larner College of Medicine, The University of Vermont, + Burlington, VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michael A\",\"Initials\":\"MA\",\"LastName\":\"LaMantia\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Medicine, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Catherine\",\"Initials\":\"C\",\"LastName\":\"McIsaac\",\"AffiliationInfo\":{\"Affiliation\":\"Clinical + Research Center, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Anna\",\"Initials\":\"A\",\"LastName\":\"Senft + Miller\",\"AffiliationInfo\":{\"Affiliation\":\"Department of Psychiatry, + Larner College of Medicine, The University of Vermont, Burlington, VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Olivia\",\"Initials\":\"O\",\"LastName\":\"Nop\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Abigail\",\"Initials\":\"A\",\"LastName\":\"Testo\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Bruno P\",\"Initials\":\"BP\",\"LastName\":\"Soares\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Radiology, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Madeleine M\",\"Initials\":\"MM\",\"LastName\":\"Mank\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Medicine, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Matthew E\",\"Initials\":\"ME\",\"LastName\":\"Poynter\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Medicine, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"C Lawrence\",\"Initials\":\"CL\",\"LastName\":\"Kien\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Medicine, Larner College of Medicine, The University of Vermont, Burlington, + VT, USA.\"},{\"Affiliation\":\"Department of Pediatrics, Larner College of + Medicine, The University of Vermont, Burlington, VT, USA.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"100072\",\"MedlinePgn\":\"100072\"},\"ArticleDate\":{\"Day\":\"10\",\"Year\":\"2023\",\"Month\":\"03\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"100072\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.1016/j.nbas.2023.100072\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Alteration + of brain function and systemic inflammatory tone in older adults by decreasing + the dietary palmitic acid intake.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"31\",\"Year\":\"2024\",\"Month\":\"07\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Fatty + acids\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Inflammation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Working + memory\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"}]},\"CoiStatement\":\"The + authors declare that they have no known competing financial interests or personal + relationships that could have appeared to influence the work reported in this + paper.\",\"MedlineJournalInfo\":{\"Country\":\"Netherlands\",\"MedlineTA\":\"Aging + Brain\",\"ISSNLinking\":\"2589-9589\",\"NlmUniqueID\":\"101776137\"}}},\"semantic_scholar\":{\"year\":2023,\"title\":\"Alteration + of brain function and systemic inflammatory tone in older adults by decreasing + the dietary palmitic acid intake\",\"venue\":\"Aging Brain\",\"authors\":[{\"name\":\"J. + Dumas\",\"authorId\":\"2180778\"},{\"name\":\"J. Bunn\",\"authorId\":\"1854173\"},{\"name\":\"M. + Lamantia\",\"authorId\":\"6396663\"},{\"name\":\"Catherine McIsaac\",\"authorId\":\"2180288808\"},{\"name\":\"Anna + Senft Miller\",\"authorId\":\"2088151393\"},{\"name\":\"Olivia Nop\",\"authorId\":\"2088151330\"},{\"name\":\"Abigail + Testo\",\"authorId\":\"2372907144\"},{\"name\":\"Bruno P Soares\",\"authorId\":\"2062132483\"},{\"name\":\"M. + Mank\",\"authorId\":\"51225144\"},{\"name\":\"M. Poynter\",\"authorId\":\"6945972\"},{\"name\":\"C. + Lawrence Kien\",\"authorId\":\"2211258807\"}],\"paperId\":\"4cbe41e46e82f7e714a901fb992b84d35f120083\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://doi.org/10.1016/j.nbas.2023.100072\",\"status\":\"GOLD\",\"license\":\"CCBYNCND\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC10318304, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2023-03-10\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T22:45:06.430083+00:00\",\"analyses\":[{\"id\":\"UrsXEWrnCFiL\",\"user\":null,\"name\":\"Salience + Network Anterior Insula Right\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37408793-10-1016-j-nbas-2023-100072-pmc10318304/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/c5a/pmcid_10318304/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37408793-10-1016-j-nbas-2023-100072-pmc10318304/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Seed: + right anterior insula; increased connectivity on the HOA diet compared to + the HPA diet\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"9ZRTgN4EQxPJ\",\"coordinates\":[-14.0,-54.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.000702}]},{\"id\":\"pGHvvnbmui9X\",\"coordinates\":[28.0,-70.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.003455}]},{\"id\":\"yDDoXwTH3GCj\",\"coordinates\":[20.0,-52.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.024059}]}],\"images\":[]}]},{\"id\":\"K7AyYJwUj5ML\",\"created_at\":\"2025-12-05T01:37:55.352910+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Attention-Related + Brain Activation Is Altered in Older Adults With White Matter Hyperintensities + Using Multi-Echo fMRI\",\"description\":\"Cognitive decline is often undetectable + in the early stages of accelerated vascular aging. Attentional processes are + particularly affected in older adults with white matter hyperintensities (WMH), + although specific neurovascular mechanisms have not been elucidated. We aimed + to identify differences in attention-related neurofunctional activation and + behavior between adults with and without WMH. Older adults with moderate to + severe WMH (n = 18, mean age = 70 years), age-matched adults (n = 28, mean + age = 72), and healthy younger adults (n = 19, mean age = 25) performed a + modified flanker task during multi-echo blood oxygenation level dependent + functional magnetic resonance imaging. Task-related activation was assessed + using a weighted-echo approach. Healthy older adults had more widespread response + and higher amplitude of activation compared to WMH adults in fronto-temporal + and parietal cortices. Activation associated with processing speed was absent + in the WMH group, suggesting attention-related activation deficits that may + be a consequence of cerebral small vessel disease. WMH adults had greater + executive contrast activation in the precuneous and posterior cingulate gyrus + compared to HYA, despite no performance benefits, reinforcing the network + dysfunction theory in WMH.\",\"publication\":\"Frontiers in Neuroscience\",\"doi\":\"10.3389/fnins.2018.00748\",\"pmid\":\"30405336\",\"authors\":\"Sarah + Atwi; Arron W. S. Metcalfe; Andrew Donald Robertson; J. Rezmovitz; N. Anderson; + B. MacIntosh\",\"year\":2018,\"metadata\":{\"slug\":\"30405336-10-3389-fnins-2018-00748-pmc6200839\",\"source\":\"semantic_scholar\",\"keywords\":[\"BOLD\",\"attention\",\"fMRI\",\"multi-echo\",\"small + vessel disease\",\"white matter hyperintensities\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"27\",\"Year\":\"2018\",\"Month\":\"2\",\"@PubStatus\":\"received\"},{\"Day\":\"28\",\"Year\":\"2018\",\"Month\":\"9\",\"@PubStatus\":\"accepted\"},{\"Day\":\"9\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"9\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"9\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"11\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2018\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"30405336\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6200839\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnins.2018.00748\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Andersson + J. L. R., Jenkinson M., Smith S. and Others (2007). Non-Linear Registration, + Aka Spatial Normalisation FMRIB Technical Report TR07JA2. FMRIB Analysis Group + of the University of Oxford 2. Available at: https://www.fmrib.ox.ac.uk/datasets/techrep/tr07ja2/tr07ja2.pdf\"},{\"Citation\":\"Babiloni + C., Pievani M., Vecchio F., Geroldi C., Eusebi F., Fracassi C., et al. (2009). + White-matter lesions along the cholinergic tracts are related to cortical + sources of EEG rhythms in amnesic mild cognitive impairment. Hum. Brain Mapp. + 30 1431\u20131443. 10.1002/hbm.20612\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20612\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871072\",\"@IdType\":\"pmc\"},{\"#text\":\"19097164\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baek + K., Morris L. S., Kundu P., Voon V. (2017). Disrupted resting-state brain + network properties in obesity: decreased global and putaminal cortico-striatal + network efficiency. Psychol. Med. 47 585\u2013596. 10.1017/S0033291716002646\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S0033291716002646\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5426347\",\"@IdType\":\"pmc\"},{\"#text\":\"27804899\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Barnes + J., Carmichael O. T., Leung K. K., Schwarz C., Ridgway G. R., Bartlett J. + W., et al. (2013). Vascular and Alzheimer\u2019s disease markers independently + predict brain atrophy rate in Alzheimer\u2019s disease neuroimaging initiative + controls. Neurobiol. Aging 34 1996\u20132002. 10.1016/j.neurobiolaging.2013.02.003\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2013.02.003\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3810644\",\"@IdType\":\"pmc\"},{\"#text\":\"23522844\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bastos-Leite + A. J., Kuijer J. P. A., Rombouts S. A. R. B., Sanz-Arigita E., van Straaten + E. C., Gouw A. A., et al. (2008). Cerebral blood flow by using pulsed arterial + spin-labeling in elderly subjects with white matter hyperintensities. AJNR + Am. J. Neuroradiol. 29 1296\u20131301. 10.3174/ajnr.A1091\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3174/ajnr.A1091\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8119130\",\"@IdType\":\"pmc\"},{\"#text\":\"18451090\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Beckmann + C. F., Jenkinson M., Smith S. M. (2003). General multilevel linear modeling + for group analysis in FMRI. Neuroimage 20 1052\u20131063. 10.1016/S1053-8119(03)00435-X\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1053-8119(03)00435-X\",\"@IdType\":\"doi\"},{\"#text\":\"14568475\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Birn + R. M., Diamond J. B., Smith M. A., Bandettini P. A. (2006). Separating respiratory-variation-related + fluctuations from neuronal-activity-related fluctuations in fMRI. Neuroimage + 31 1536\u20131548. 10.1016/j.neuroimage.2006.02.048\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2006.02.048\",\"@IdType\":\"doi\"},{\"#text\":\"16632379\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Biswal + B., Deyoe E. A., Hyde J. S. (1996). Reduction of physiological fluctuations + in fMRI using digital filters. Magn. Reson. Med. 35 107\u2013113. 10.1002/mrm.1910350114\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/mrm.1910350114\",\"@IdType\":\"doi\"},{\"#text\":\"8771028\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Blicher + J. U., Stagg C. J., O\u2019Shea J., \xD8stergaard L., MacIntosh B. J., Johansen-Berg + H., et al. (2012). Visualization of altered neurovascular coupling in chronic + stroke patients using multimodal functional MRI. J. Cereb. Blood Flow Metab. + 32 2044\u20132054. 10.1038/jcbfm.2012.105\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/jcbfm.2012.105\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3493993\",\"@IdType\":\"pmc\"},{\"#text\":\"22828998\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Breteler + M. M., van Amerongen N. M., van Swieten J. C., Claus J. J., Grobbee D. E., + van Gijn J., et al. (1994). Cognitive correlates of ventricular enlargement + and cerebral white matter lesions on magnetic resonance imaging, rotterdam + study. Stroke 25 1109\u20131115. 10.1161/01.STR.25.6.1109\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1161/01.STR.25.6.1109\",\"@IdType\":\"doi\"},{\"#text\":\"8202966\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brown + R. K. J., Bohnen N. I., Wong K. K., Minoshima S., Frey K. A. (2014). Brain + PET in suspected dementia: patterns of altered FDG metabolism. Radiographics + 34 684\u2013701. 10.1148/rg.343135065\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1148/rg.343135065\",\"@IdType\":\"doi\"},{\"#text\":\"24819789\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buur + P. F., Norris D. G., Hesse C. W. (2008). Extraction of task-related activation + from multi-echo BOLD fMRI. IEEE J. Sel. Top. Signal Process. 2 954\u2013964. + 10.1109/JSTSP.2008.2007817\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1109/JSTSP.2008.2007817\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Buur + P. F., Poser B. A., Norris D. G. (2009). A dual echo approach to removing + motion artefacts in fMRI time series. NMR Biomed. 22 551\u2013560. 10.1002/nbm.1371\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/nbm.1371\",\"@IdType\":\"doi\"},{\"#text\":\"19259989\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Caballero-Gaudes + C., Reynolds R. C. (2016). Methods for cleaning the BOLD fMRI signal. Neuroimage + 154 128\u2013149. 10.1016/j.neuroimage.2016.12.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2016.12.018\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5466511\",\"@IdType\":\"pmc\"},{\"#text\":\"27956209\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Anderson N. D., Locantore J. K., McIntosh A. R. (2002). Aging gracefully: + compensatory brain activity in high-performing older adults. Neuroimage 17 + 1394\u20131402. 10.1006/nimg.2002.1280\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2002.1280\",\"@IdType\":\"doi\"},{\"#text\":\"12414279\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cappell + K. A., Gmeindl L., Reuter-Lorenz P. A. (2010). Age differences in prefontal + recruitment during verbal working memory maintenance depend on memory load. + Cortex 46 462\u2013473. 10.1016/j.cortex.2009.11.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2009.11.009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2853232\",\"@IdType\":\"pmc\"},{\"#text\":\"20097332\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Castellanos + F. X., Margulies D. S., Kelly C., Uddin L. Q., Ghaffari M., Kirsch A., et + al. (2008). Cingulate-precuneus interactions: a new locus of dysfunction in + adult attention-deficit/hyperactivity disorder. Biol. Psychiatry 63 332\u2013337. + 10.1016/j.biopsych.2007.06.025\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.biopsych.2007.06.025\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2745053\",\"@IdType\":\"pmc\"},{\"#text\":\"17888409\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cheng + H.-L., Lin C.-J., Soong B.-W., Wang P.-N., Chang F.-C., Wu Y.-T., et al. (2012). + Impairments in cognitive function and brain connectivity in severe asymptomatic + carotid stenosis. Stroke 43 2567\u20132573. 10.1161/STROKEAHA.111.645614\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1161/STROKEAHA.111.645614\",\"@IdType\":\"doi\"},{\"#text\":\"22935402\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Choo + I. H., Lee D. Y., Youn J. C., Jhoo J. H., Kim K. W., Lee D. S., et al. (2007). + Topographic patterns of brain functional impairment progression according + to clinical severity staging in 116 Alzheimer disease patients: FDG-PET study. + Alzheimer Dis. Assoc. Disord. 21 77\u201384. 10.1097/WAD.0b013e3180687418\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/WAD.0b013e3180687418\",\"@IdType\":\"doi\"},{\"#text\":\"17545731\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"de + Groot J. C., de Leeuw F. E., Oudkerk M., van Gijn J., Hofman A., Jolles J., + et al. (2000). Cerebral white matter lesions and cognitive function: the Rotterdam + Scan Study. Ann. Neurol. 47 145\u2013151. 10.1002/1531-8249(200002)47:2<145::AID-ANA3>3.0.CO;2-P\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/1531-8249(200002)47:2<145::AID-ANA3>3.0.CO;2-P\",\"@IdType\":\"doi\"},{\"#text\":\"10665484\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"De + Marco M., Manca R., Mitolo M., Venneri A. (2017). White matter hyperintensity + load modulates brain morphometry and brain connectivity in healthy adults: + a neuroplastic mechanism? Neural Plast. 2017:4050536. 10.1155/2017/4050536\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2017/4050536\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5560090\",\"@IdType\":\"pmc\"},{\"#text\":\"28845309\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dey + A. K., Stamenova V., Turner G., Black S. E., Levine B. (2016). Pathoconnectomics + of cognitive impairment in small vessel disease: a systematic review. Alzheimers + Dement. 12 831\u2013845. 10.1016/j.jalz.2016.01.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jalz.2016.01.007\",\"@IdType\":\"doi\"},{\"#text\":\"26923464\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"DuPre + E., Luh W.-M., Spreng R. N. (2016). Multi-echo fMRI replication sample of + autobiographical memory, prospection and theory of mind reasoning tasks. Sci. + Data 3:160116. 10.1038/sdata.2016.116\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/sdata.2016.116\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5170594\",\"@IdType\":\"pmc\"},{\"#text\":\"27996964\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Eklund + A., Nichols T. E., Knutsson H. (2016). Cluster failure: why fMRI inferences + for spatial extent have inflated false-positive rates. Proc. Natl. Acad. Sci. + U.S.A. 113 7900\u20137905. 10.1073/pnas.1602413113\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1602413113\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4948312\",\"@IdType\":\"pmc\"},{\"#text\":\"27357684\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fan + J., McCandliss B. D., Fossella J., Flombaum J. I., Posner M. I. (2005). The + activation of attentional networks. Neuroimage 26 471\u2013479. 10.1016/j.neuroimage.2005.02.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2005.02.004\",\"@IdType\":\"doi\"},{\"#text\":\"15907304\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fan + J., McCandliss B. D., Sommer T., Raz A., Posner M. I. (2002). Testing the + efficiency and independence of attentional networks. J. Cogn. Neurosci. 14 + 340\u2013347. 10.1162/089892902317361886\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/089892902317361886\",\"@IdType\":\"doi\"},{\"#text\":\"11970796\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fazekas + F., Barkhof F., Wahlund L. O., Pantoni L., Erkinjuntti T., Scheltens P., et + al. (2002). CT and MRI rating of white matter lesions. Cerebrovasc. Dis. 13(Suppl. + 2), 31\u201336. 10.1159/000049147\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000049147\",\"@IdType\":\"doi\"},{\"#text\":\"11901240\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fernandez-Duque + D., Black S. E. (2006). Attentional networks in normal aging and Alzheimer\u2019s + disease. Neuropsychology 20 133\u2013143. 10.1037/0894-4105.20.2.133\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0894-4105.20.2.133\",\"@IdType\":\"doi\"},{\"#text\":\"16594774\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fu + J., Tang J., Han J., Hong Z. (2014). The reduction of regional cerebral blood + flow in normal-appearing white matter is associated with the severity of white + matter lesions in elderly: a Xeon-CT study. PLoS One 9:e112832. 10.1371/journal.pone.0112832\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0112832\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4234500\",\"@IdType\":\"pmc\"},{\"#text\":\"25401786\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gallivan + J. P., Chapman C. S., McLean D. A., Flanagan J. R., Culham J. C. (2013). Activity + patterns in the category-selective occipitotemporal cortex predict upcoming + motor actions. Eur. J. Neurosci. 38 2408\u20132424. 10.1111/ejn.12215\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/ejn.12215\",\"@IdType\":\"doi\"},{\"#text\":\"23581683\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gibson + E., Gao F., Black S. E., Lobaugh N. J. (2010). Automatic segmentation of white + matter hyperintensities in the elderly using FLAIR images at 3T. J. Magn. + Reson. Imaging 31 1311\u20131322. 10.1002/jmri.22004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/jmri.22004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2905619\",\"@IdType\":\"pmc\"},{\"#text\":\"20512882\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Glover + G. H., Li T., Ress D. (2000). Image-based method for retrospective correction + of physiological motion effects in fMRI: RETROICOR. Magn. Reson. Med. 44 162\u2013167. + 10.1002/1522-2594(200007)44:1<162::AID-MRM23>3.0.CO;2-E\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/1522-2594(200007)44:1<162::AID-MRM23>3.0.CO;2-E\",\"@IdType\":\"doi\"},{\"#text\":\"10893535\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gold + B. T., Brown C. A., Hakun J. G., Shaw L. M., Trojanowski J. Q., Smith C. D. + (2017). Clinically silent Alzheimer\u2019s and vascular pathologies influence + brain networks supporting executive function in healthy older adults. Neurobiol. + Aging 58 102\u2013111. 10.1016/j.neurobiolaging.2017.06.012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2017.06.012\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5581730\",\"@IdType\":\"pmc\"},{\"#text\":\"28719854\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gonzalez-Castillo + J., Panwar P., Buchanan L. C., Caballero-Gaudes C., Handwerker D. A., Jangraw + D. C., et al. (2016). Evaluation of multi-echo ICA denoising for task based + fMRI studies: block designs, rapid event-related designs, and cardiac-gated + fMRI. Neuroimage 141 452\u2013468. 10.1016/j.neuroimage.2016.07.049\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2016.07.049\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5026969\",\"@IdType\":\"pmc\"},{\"#text\":\"27475290\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. (2012). The cognitive neuroscience of ageing. Nat. Rev. Neurosci. 13 491\u2013505. + 10.1038/nrn3256\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn3256\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3800175\",\"@IdType\":\"pmc\"},{\"#text\":\"22714020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Greve + D. N., Fischl B. (2009). Accurate and robust brain image alignment using boundary-based + registration. Neuroimage 48 63\u201372. 10.1016/j.neuroimage.2009.06.060\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2009.06.060\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2733527\",\"@IdType\":\"pmc\"},{\"#text\":\"19573611\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hedden + T., Van Dijk K. R. A., Shire E. H., Sperling R. A., Johnson K. A., Buckner + R. L. (2012). Failure to modulate attentional control in advanced aging linked + to white matter pathology. Cereb. Cortex 22 1038\u20131051. 10.1093/cercor/bhr172\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhr172\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3328340\",\"@IdType\":\"pmc\"},{\"#text\":\"21765181\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hirono + N., Hashimoto M., Ishii K., Kazui H., Mori E. (2004). One-year change in cerebral + glucose metabolism in patients with Alzheimer\u2019s disease. J. Neuropsychiatry + Clin. Neurosci. 16 488\u2013492. 10.1176/jnp.16.4.488\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1176/jnp.16.4.488\",\"@IdType\":\"doi\"},{\"#text\":\"15616176\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hu + X., Le T. H., Parrish T., Erhard P. (1995). Retrospective estimation and correction + of physiological fluctuation in functional MRI. Magn. Reson. Med. 34 201\u2013212. + 10.1002/mrm.1910340211\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/mrm.1910340211\",\"@IdType\":\"doi\"},{\"#text\":\"7476079\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Huettel + S. A., Singerman J. D., McCarthy G. (2001). The effects of aging upon the + hemodynamic response measured by functional MRI. Neuroimage 13 161\u2013175. + 10.1006/nimg.2000.0675\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2000.0675\",\"@IdType\":\"doi\"},{\"#text\":\"11133319\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ishikawa + H., Meguro K., Ishii H., Tanaka N., Yamaguchi S. (2012). Silent infarction + or white matter hyperintensity and impaired attention task scores in a nondemented + population: the Osaki-Tajiri Project. J. Stroke Cerebrovasc. Dis. 21 275\u2013282. + 10.1016/j.jstrokecerebrovasdis.2010.08.008\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jstrokecerebrovasdis.2010.08.008\",\"@IdType\":\"doi\"},{\"#text\":\"20971655\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + M., Bannister P., Brady M., Smith S. (2002). Improved optimization for the + robust and accurate linear registration and motion correction of brain images. + Neuroimage 17 825\u2013841. 10.1006/nimg.2002.1132\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2002.1132\",\"@IdType\":\"doi\"},{\"#text\":\"12377157\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + M., Smith S. (2001). A global optimisation method for robust affine registration + of brain images. Med. Image Anal. 5 143\u2013156. 10.1016/S1361-8415(01)00036-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1361-8415(01)00036-6\",\"@IdType\":\"doi\"},{\"#text\":\"11516708\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jennings + J. M., Dagenbach D., Engle C. M., Funke L. J. (2007). Age-related changes + and the attention network task: an examination of alerting, orienting, and + executive function. Neuropsychol. Dev. Cogn. B Aging Neuropsychol. Cogn. 14 + 353\u2013369. 10.1080/13825580600788837\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13825580600788837\",\"@IdType\":\"doi\"},{\"#text\":\"17612813\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kennedy + K. M., Rieck J. R., Boylan M. A., Rodrigue K. M. (2017). Functional magnetic + resonance imaging data of incremental increases in visuo-spatial difficulty + in an adult lifespan sample. Data Brief 11 54\u201360. 10.1016/j.dib.2017.01.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.dib.2017.01.004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5256670\",\"@IdType\":\"pmc\"},{\"#text\":\"28138504\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kerchner + G. A., Racine C. A., Hale S., Wilheim R., Laluz V., Miller B. L., et al. (2012). + Cognitive processing speed in older adults: relationship with white matter + integrity. PLoS One 7:e50425. 10.1371/journal.pone.0050425\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0050425\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3503892\",\"@IdType\":\"pmc\"},{\"#text\":\"23185621\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kirilina + E., Lutti A., Poser B. A., Blankenburg F., Weiskopf N. (2016). The quest for + the best: the impact of different EPI sequences on the sensitivity of random + effect fMRI group analyses. Neuroimage 126 49\u201359. 10.1016/j.neuroimage.2015.10.071\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2015.10.071\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4739510\",\"@IdType\":\"pmc\"},{\"#text\":\"26515905\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kundu + P., Benson B. E., Baldwin K. L., Rosen D., Luh W.-M., Bandettini P. A., et + al. (2015). Robust resting state fMRI processing for studies on typical brain + development based on multi-echo EPI acquisition. Brain Imaging Behav. 9 56\u201373. + 10.1007/s11682-014-9346-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11682-014-9346-4\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6319659\",\"@IdType\":\"pmc\"},{\"#text\":\"25592183\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kundu + P., Brenowitz N. D., Voon V., Worbe Y., V\xE9rtes P. E., Inati S. J., et al. + (2013). Integrated strategy for improving functional connectivity mapping + using multiecho fMRI. Proc. Natl. Acad. Sci. U.S.A. 110 16187\u201316192. + 10.1073/pnas.1301725110\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1301725110\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3791700\",\"@IdType\":\"pmc\"},{\"#text\":\"24038744\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kundu + P., Voon V., Balchandani P., Lombardo M. V., Poser B. A., Bandettini P. A. + (2017). Multi-echo fMRI: a review of applications in fMRI denoising and analysis + of BOLD signals. Neuroimage 154 59\u201380. 10.1016/j.neuroimage.2017.03.033\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2017.03.033\",\"@IdType\":\"doi\"},{\"#text\":\"28363836\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Langenecker + S. A., Nielson K. A., Rao S. M. (2004). fMRI of healthy older adults during + Stroop interference. Neuroimage 21 192\u2013200. 10.1016/j.neuroimage.2003.08.027\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2003.08.027\",\"@IdType\":\"doi\"},{\"#text\":\"14741656\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lockhart + S. N., Luck S. J., Geng J., Beckett L., Disbrow E. A., Carmichael O., et al. + (2015). White matter hyperintensities among older adults are associated with + futile increase in frontal activation and functional connectivity during spatial + search. PLoS One 10:e0122445. 10.1371/journal.pone.0122445\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0122445\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4368687\",\"@IdType\":\"pmc\"},{\"#text\":\"25793922\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lombardo + M. V., Auyeung B., Holt R. J., Waldman J., Ruigrok A. N. V., Mooney N., et + al. (2016). Improving effect size estimation and statistical power with multi-echo + fMRI and its impact on understanding the neural systems supporting mentalizing. + Neuroimage 142 55\u201366. 10.1016/j.neuroimage.2016.07.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2016.07.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5102698\",\"@IdType\":\"pmc\"},{\"#text\":\"27417345\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Madden + D. J., Spaniol J., Whiting W. L., Bucur B., Provenzale J. M., Cabeza R., et + al. (2007). Adult age differences in the functional neuroanatomy of visual + attention: a combined fMRI and DTI study. Neurobiol. Aging 28 459\u2013476. + 10.1016/j.neurobiolaging.2006.01.005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2006.01.005\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1995072\",\"@IdType\":\"pmc\"},{\"#text\":\"16500004\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Makedonov + I., Black S. E., MacIntosh B. J. (2013). Cerebral small vessel disease in + aging and Alzheimer\u2019s disease: a comparative study using MRI and SPECT. + Eur. J. Neurol. 20 243\u2013250. 10.1111/j.1468-1331.2012.03785.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1468-1331.2012.03785.x\",\"@IdType\":\"doi\"},{\"#text\":\"22742818\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Marstaller + L., Williams M., Rich A., Savage G., Burianov\xE1 H. (2015). Aging and large-scale + functional networks: white matter integrity, gray matter volume, and functional + connectivity in the resting state. Neuroscience 290 369\u2013378. 10.1016/j.neuroscience.2015.01.049\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroscience.2015.01.049\",\"@IdType\":\"doi\"},{\"#text\":\"25644420\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mattay + V. S., Fera F., Tessitore A., Hariri A. R., Berman K. F., Das S., et al. (2006). + Neurophysiological correlates of age-related changes in working memory capacity. + Neurosci. Lett. 392 32\u201337. 10.1016/j.neulet.2005.09.025\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neulet.2005.09.025\",\"@IdType\":\"doi\"},{\"#text\":\"16213083\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McDonald + A. R., Muraskin J., Dam N. T. V., Froehlich C., Puccio B., Pellman J., et + al. (2017). The real-time fMRI neurofeedback based stratification of Default + Network Regulation Neuroimaging data repository. Neuroimage 146 157\u2013170. + 10.1016/j.neuroimage.2016.10.048\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2016.10.048\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5322045\",\"@IdType\":\"pmc\"},{\"#text\":\"27836708\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McKiernan + K. A., Kaufman J. N., Kucera-Thompson J., Binder J. R. (2003). A parametric + manipulation of factors affecting task-induced deactivation in functional + neuroimaging. J. Cogn. Neurosci. 15 394\u2013408. 10.1162/089892903321593117\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/089892903321593117\",\"@IdType\":\"doi\"},{\"#text\":\"12729491\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Miners + J. S., Palmer J. C., Love S. (2016). Pathophysiology of hypoperfusion of the + precuneus in early Alzheimer\u2019s disease. Brain Pathol. 26 533\u2013541. + 10.1111/bpa.12331\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/bpa.12331\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4982069\",\"@IdType\":\"pmc\"},{\"#text\":\"26452729\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Moretti + D. V., Frisoni G. B., Pievani M., Rosini S., Geroldi C., Binetti G., et al. + (2008). Cerebrovascular disease and hippocampal atrophy are differently linked + to functional coupling of brain areas: an EEG coherence study in MCI subjects. + J. Alzheimers Dis. 14 285\u2013299. 10.3233/JAD-2008-14303\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3233/JAD-2008-14303\",\"@IdType\":\"doi\"},{\"#text\":\"18599955\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nordahl + C. W., Ranganath C., Yonelinas A. P., Decarli C., Fletcher E., Jagust W. J. + (2006). White matter changes compromise prefrontal cortex function in healthy + elderly individuals. J. Cogn. Neurosci. 18 418\u2013429. 10.1162/jocn.2006.18.3.418\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2006.18.3.418\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3776596\",\"@IdType\":\"pmc\"},{\"#text\":\"16513006\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Olafsson + V., Kundu P., Wong E. C., Bandettini P. A., Liu T. T. (2015). Enhanced identification + of BOLD-like components with multi-echo simultaneous multi-slice (MESMS) fMRI + and multi-echo ICA. Neuroimage 112 43\u201351. 10.1016/j.neuroimage.2015.02.052\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2015.02.052\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4408238\",\"@IdType\":\"pmc\"},{\"#text\":\"25743045\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"O\u2019Sullivan + M., Lythgoe D. J., Pereira A. C., Summers P. E., Jarosz J. M., Williams S. + C. R., et al. (2002). Patterns of cerebral blood flow reduction in patients + with ischemic leukoaraiosis. Neurology 59 321\u2013326. 10.1212/WNL.59.3.321\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/WNL.59.3.321\",\"@IdType\":\"doi\"},{\"#text\":\"12177363\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pantoni + L. (2010). Cerebral small vessel disease: from pathogenesis and clinical characteristics + to therapeutic challenges. Lancet Neurol. 9 689\u2013701. 10.1016/S1474-4422(10)70104-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1474-4422(10)70104-6\",\"@IdType\":\"doi\"},{\"#text\":\"20610345\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Persson + J., Kalpouzos G., Nilsson L.-G., Ryberg M., Nyberg L. (2011). Preserved hippocampus + activation in normal aging as revealed by fMRI. Hippocampus 21 753\u2013766. + 10.1002/hipo.20794\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hipo.20794\",\"@IdType\":\"doi\"},{\"#text\":\"20865729\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Poser + B. A., Versluis M. J., Hoogduin J. M., Norris D. G. (2006). BOLD contrast + sensitivity enhancement and artifact reduction with multiecho EPI: parallel-acquired + inhomogeneity-desensitized fMRI. Magn. Reson. Med. 55 1227\u20131235. 10.1002/mrm.20900\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/mrm.20900\",\"@IdType\":\"doi\"},{\"#text\":\"16680688\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Posse + S., Wiese S., Gembris D., Mathiak K., Kessler C., Grosse-Ruyken M. L., et + al. (1999). Enhancement of BOLD-contrast sensitivity by single-shot multi-echo + functional MR imaging. Magn. Reson. Med. 42 87\u201397. 10.1002/(SICI)1522-2594(199907)42:1<87::AID-MRM13>3.0.CO;2-O\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/(SICI)1522-2594(199907)42:1<87::AID-MRM13>3.0.CO;2-O\",\"@IdType\":\"doi\"},{\"#text\":\"10398954\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Prins + N. D., van Dijk E. J., den Heijer T., Vermeer S. E., Jolles J., Koudstaal + P. J., et al. (2005). Cerebral small-vessel disease and decline in information + processing speed, executive function and memory. Brain 128 2034\u20132041. + 10.1093/brain/awh553\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/awh553\",\"@IdType\":\"doi\"},{\"#text\":\"15947059\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + P. A., Cappell K. A. (2008). Neurocognitive aging and the compensation hypothesis. + Curr. Dir. Psychol. Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/j.1467-8721.2008.00570.x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Roc + A. C., Wang J., Ances B. M., Liebeskind D. S., Kasner S. E., Detre J. A. (2006). + Altered hemodynamics and regional cerebral blood flow in patients with hemodynamically + significant stenoses. Stroke 37 382\u2013387. 10.1161/01.STR.0000198807.31299.43\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1161/01.STR.0000198807.31299.43\",\"@IdType\":\"doi\"},{\"#text\":\"16373653\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rost + N. S., Rahman R. M., Biffi A., Smith E. E., Kanakis A., Fitzpatrick K., et + al. (2010). White matter hyperintensity volume is increased in small vessel + stroke subtypes. Neurology 75 1670\u20131677. 10.1212/WNL.0b013e3181fc279a\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/WNL.0b013e3181fc279a\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3033608\",\"@IdType\":\"pmc\"},{\"#text\":\"21060091\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schaefer + A., Quinque E. M., Kipping J. A., Ar\xE9lin K., Roggenhofer E., Frisch S., + et al. (2014). Early small vessel disease affects frontoparietal and cerebellar + hubs in close correlation with clinical symptoms\u2014A resting-state fMRI + study. J. Cereb. Blood Flow Metab. 34 1091\u20131095. 10.1038/jcbfm.2014.70\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/jcbfm.2014.70\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4083384\",\"@IdType\":\"pmc\"},{\"#text\":\"24780899\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schmidt + W.-P., Roesler A., Kretzschmar K., Ladwig K.-H., Junker R., Berger K. (2004). + Functional and cognitive consequences of silent stroke discovered using brain + magnetic resonance imaging in an elderly population. J. Am. Geriatr. Soc. + 52 1045\u20131050. 10.1111/j.1532-5415.2004.52300.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2004.52300.x\",\"@IdType\":\"doi\"},{\"#text\":\"15209640\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schneider-Garces + N. J., Gordon B. A., Brumback-Peltz C. R., Shin E., Lee Y., Sutton B. P., + et al. (2010). Span, CRUNCH, and beyond: working memory capacity and the aging + brain. J. Cogn. Neurosci. 22 655\u2013669. 10.1162/jocn.2009.21230\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2009.21230\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3666347\",\"@IdType\":\"pmc\"},{\"#text\":\"19320550\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Shi + Y., Thrippleton M. J., Makin S. D., Marshall I., Geerlings M. I., de Craen + A. J., et al. (2016). Cerebral blood flow in small vessel disease: a systematic + review and meta-analysis. J. Cereb. Blood Flow Metab. 36 1653\u20131667. 10.1177/0271678X16662891\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/0271678X16662891\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5076792\",\"@IdType\":\"pmc\"},{\"#text\":\"27496552\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Slotnick + S. D. (2017). Cluster success: fMRI inferences for spatial extent have acceptable + false-positive rates. Cogn. Neurosci. 8 150\u2013155. 10.1080/17588928.2017.1319350\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/17588928.2017.1319350\",\"@IdType\":\"doi\"},{\"#text\":\"28403749\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + S. M. (2002). Fast robust automated brain extraction. Hum. Brain Mapp. 17 + 143\u2013155. 10.1002/hbm.10062\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.10062\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871816\",\"@IdType\":\"pmc\"},{\"#text\":\"12391568\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Snowdon + D. A., Greiner L. H., Mortimer J. A., Riley K. P., Greiner P. A., Markesbery + W. R. (1997). Brain infarction and the clinical expression of Alzheimer disease: + the nun study. JAMA 277 813\u2013817. 10.1001/jama.1997.03540340047031\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/jama.1997.03540340047031\",\"@IdType\":\"doi\"},{\"#text\":\"9052711\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Spreng + R. N., Sepulcre J., Turner G. R., Stevens W. D., Schacter D. L. (2013). Intrinsic + architecture underlying the relations among the default, dorsal attention, + and frontoparietal control networks of the human brain. J. Cogn. Neurosci. + 25 74\u201386. 10.1162/jocn_a_00281\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_00281\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3816715\",\"@IdType\":\"pmc\"},{\"#text\":\"22905821\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Utevsky + A. V., Smith D. V., Huettel S. A. (2014). Precuneus is a functional core of + the default-mode network. J. Neurosci. 34 932\u2013940. 10.1523/JNEUROSCI.4227-13.2014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.4227-13.2014\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3891968\",\"@IdType\":\"pmc\"},{\"#text\":\"24431451\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Venkatraman + V. K., Aizenstein H., Guralnik J., Newman A. B., Glynn N. W., Taylor C., et + al. (2010). Corrigendum to \u201CExecutive control function, brain activation + and white matter hyperintensities in older adults\u201D [NeuroImage 49 (2010) + 3436\u20133442]. Neuroimage 50:1711 10.1016/j.neuroimage.2010.01.074\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2010.01.074\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2818521\",\"@IdType\":\"pmc\"},{\"#text\":\"19922803\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vermeer + S. E., Hollander M., van Dijk E. J., Hofman A., Koudstaal P. J., Breteler + M. M. B., et al. (2003). Silent brain infarcts and white matter lesions increase + stroke risk in the general population: the rotterdam scan study. Stroke 34 + 1126\u20131129. 10.1161/01.STR.0000068408.82115.D2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1161/01.STR.0000068408.82115.D2\",\"@IdType\":\"doi\"},{\"#text\":\"12690219\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"V\xE9rtes + P. E., Rittman T., Whitaker K. J., Romero-Garcia R., V\xE1\u0161a F., Kitzbichler + M. G., et al. (2016). Gene transcription profiles associated with inter-modular + hubs and connection distance in human functional magnetic resonance imaging + networks. Philos. Trans. R. Soc. Lond. B Biol. Sci. 371. 10.1098/rstb.2015.0362\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1098/rstb.2015.0362\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5003862\",\"@IdType\":\"pmc\"},{\"#text\":\"27574314\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wagner + M., Helfrich M., Volz S., Magerkurth J., Blasel S., Porto L., et al. (2015). + Quantitative T2, T2\u2217, and T2\u2019 MR imaging in patients with ischemic + leukoaraiosis might detect microstructural changes and cortical hypoxia. Neuroradiology + 57 1023\u20131030. 10.1007/s00234-015-1565-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00234-015-1565-x\",\"@IdType\":\"doi\"},{\"#text\":\"26227168\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wardlaw + J. M., Smith C., Dichgans M. (2013). Mechanisms of sporadic cerebral small + vessel disease: insights from neuroimaging. Lancet Neurol. 12 483\u2013497. + 10.1016/S1474-4422(13)70060-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S1474-4422(13)70060-7\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3836247\",\"@IdType\":\"pmc\"},{\"#text\":\"23602162\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Witt + S. T., Warntjes M., Engstr\xF6m M. (2016). Increased fMRI sensitivity at equal + data burden using averaged shifted echo acquisition. Front. Neurosci. 10:544. + 10.3389/fnins.2016.00544\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnins.2016.00544\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5120083\",\"@IdType\":\"pmc\"},{\"#text\":\"27932947\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Woolrich + M. W., Behrens T. E. J., Beckmann C. F., Jenkinson M., Smith S. M. (2004). + Multilevel linear modelling for FMRI group analysis using Bayesian inference. + Neuroimage 21 1732\u20131747. 10.1016/j.neuroimage.2003.12.023\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2003.12.023\",\"@IdType\":\"doi\"},{\"#text\":\"15050594\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wowk + B., McIntyre M. C., Saunders J. K. (1997). k-Space detection and correction + of physiological artifacts in fMRI. Magn. Reson. Med. 38 1029\u20131034. 10.1002/mrm.1910380625\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/mrm.1910380625\",\"@IdType\":\"doi\"},{\"#text\":\"9402206\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wright + C. B., Festa J. R., Paik M. C., Schmiedigen A., Brown T. R., Yoshita M., et + al. (2008). White matter hyperintensities and subclinical infarction: associations + with psychomotor speed and cognitive flexibility. Stroke 39 800\u2013805. + 10.1161/STROKEAHA.107.484147\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1161/STROKEAHA.107.484147\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2267752\",\"@IdType\":\"pmc\"},{\"#text\":\"18258844\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhang + Y., Brady M., Smith S. (2001). Segmentation of brain MR images through a hidden + Markov random field model and the expectation-maximization algorithm. IEEE + Trans. Med. Imaging 20 45\u201357. 10.1109/42.906424\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1109/42.906424\",\"@IdType\":\"doi\"},{\"#text\":\"11293691\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zheng + J. J. J., Lord S. R., Close J. C. T., Sachdev P. S., Wen W., Brodaty H., et + al. (2012). Brain white matter hyperintensities, executive dysfunction, instability, + and falls in older people: a prospective cohort study. J. Gerontol. A Biol. + Sci. Med. Sci. 67 1085\u20131091. 10.1093/gerona/gls063\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/gerona/gls063\",\"@IdType\":\"doi\"},{\"#text\":\"22403055\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zheng + L. S., Xu J., Wang J. P. (2006). Quantitative evaluation of regional cerebral + blood flow in patients with silent Leukoaraiosis. Chin. J. Clin. Rehabil. + 10 80\u201382.\"}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"30405336\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1662-4548\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in neuroscience\",\"JournalIssue\":{\"Volume\":\"12\",\"PubDate\":{\"Year\":\"2018\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Neurosci\"},\"Abstract\":{\"AbstractText\":{\"i\":[\"n\",\"n\",\"n\"],\"#text\":\"Cognitive + decline is often undetectable in the early stages of accelerated vascular + aging. Attentional processes are particularly affected in older adults with + white matter hyperintensities (WMH), although specific neurovascular mechanisms + have not been elucidated. We aimed to identify differences in attention-related + neurofunctional activation and behavior between adults with and without WMH. + Older adults with moderate to severe WMH ( = 18, mean age = 70 years), age-matched + adults ( = 28, mean age = 72), and healthy younger adults ( = 19, mean age + = 25) performed a modified flanker task during multi-echo blood oxygenation + level dependent functional magnetic resonance imaging. Task-related activation + was assessed using a weighted-echo approach. Healthy older adults had more + widespread response and higher amplitude of activation compared to WMH adults + in fronto-temporal and parietal cortices. Activation associated with processing + speed was absent in the WMH group, suggesting attention-related activation + deficits that may be a consequence of cerebral small vessel disease. WMH adults + had greater executive contrast activation in the precuneous and posterior + cingulate gyrus compared to HYA, despite no performance benefits, reinforcing + the network dysfunction theory in WMH.\"}},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Sarah\",\"Initials\":\"S\",\"LastName\":\"Atwi\",\"AffiliationInfo\":[{\"Affiliation\":\"Heart + and Stroke Foundation Canadian Partnership for Stroke Recovery, Sunnybrook + Research Institute, University of Toronto, Toronto, ON, Canada.\"},{\"Affiliation\":\"Department + of Medical Biophysics, University of Toronto, Toronto, ON, Canada.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Arron + W S\",\"Initials\":\"AWS\",\"LastName\":\"Metcalfe\",\"AffiliationInfo\":[{\"Affiliation\":\"Heart + and Stroke Foundation Canadian Partnership for Stroke Recovery, Sunnybrook + Research Institute, University of Toronto, Toronto, ON, Canada.\"},{\"Affiliation\":\"Centre + for Youth Bipolar Disorder, Sunnybrook Research Institute, University of Toronto, + Toronto, ON, Canada.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Andrew D\",\"Initials\":\"AD\",\"LastName\":\"Robertson\",\"AffiliationInfo\":{\"Affiliation\":\"Heart + and Stroke Foundation Canadian Partnership for Stroke Recovery, Sunnybrook + Research Institute, University of Toronto, Toronto, ON, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jeremy\",\"Initials\":\"J\",\"LastName\":\"Rezmovitz\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Family and Community Medicine, Sunnybrook Health Sciences Centre, Toronto, + ON, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nicole D\",\"Initials\":\"ND\",\"LastName\":\"Anderson\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Psychiatry and Psychology, University of Toronto, Toronto, ON, Canada.\"},{\"Affiliation\":\"Rotman + Research Institute, Baycrest Centre, University of Toronto, Toronto, ON, Canada.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Bradley + J\",\"Initials\":\"BJ\",\"LastName\":\"MacIntosh\",\"AffiliationInfo\":[{\"Affiliation\":\"Heart + and Stroke Foundation Canadian Partnership for Stroke Recovery, Sunnybrook + Research Institute, University of Toronto, Toronto, ON, Canada.\"},{\"Affiliation\":\"Department + of Medical Biophysics, University of Toronto, Toronto, ON, Canada.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"748\",\"MedlinePgn\":\"748\"},\"ArticleDate\":{\"Day\":\"18\",\"Year\":\"2018\",\"Month\":\"10\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"748\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnins.2018.00748\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Attention-Related + Brain Activation Is Altered in Older Adults With White Matter Hyperintensities + Using Multi-Echo fMRI.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"29\",\"Year\":\"2020\",\"Month\":\"09\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"BOLD\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"attention\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"multi-echo\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"small + vessel disease\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"white matter hyperintensities\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Neurosci\",\"ISSNLinking\":\"1662-453X\",\"NlmUniqueID\":\"101478481\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Attention-Related + Brain Activation Is Altered in Older Adults With White Matter Hyperintensities + Using Multi-Echo fMRI\",\"venue\":\"Frontiers in Neuroscience\",\"authors\":[{\"name\":\"Sarah + Atwi\",\"authorId\":\"5306364\"},{\"name\":\"Arron W. S. Metcalfe\",\"authorId\":\"49834379\"},{\"name\":\"Andrew + Donald Robertson\",\"authorId\":\"144299525\"},{\"name\":\"J. Rezmovitz\",\"authorId\":\"7735483\"},{\"name\":\"N. + Anderson\",\"authorId\":\"2067846\"},{\"name\":\"B. MacIntosh\",\"authorId\":\"48707042\"}],\"paperId\":\"20e0c40e074bb3dd4f27461cdeb33d071ebfe645\",\"abstract\":\"Cognitive + decline is often undetectable in the early stages of accelerated vascular + aging. Attentional processes are particularly affected in older adults with + white matter hyperintensities (WMH), although specific neurovascular mechanisms + have not been elucidated. We aimed to identify differences in attention-related + neurofunctional activation and behavior between adults with and without WMH. + Older adults with moderate to severe WMH (n = 18, mean age = 70 years), age-matched + adults (n = 28, mean age = 72), and healthy younger adults (n = 19, mean age + = 25) performed a modified flanker task during multi-echo blood oxygenation + level dependent functional magnetic resonance imaging. Task-related activation + was assessed using a weighted-echo approach. Healthy older adults had more + widespread response and higher amplitude of activation compared to WMH adults + in fronto-temporal and parietal cortices. Activation associated with processing + speed was absent in the WMH group, suggesting attention-related activation + deficits that may be a consequence of cerebral small vessel disease. WMH adults + had greater executive contrast activation in the precuneous and posterior + cingulate gyrus compared to HYA, despite no performance benefits, reinforcing + the network dysfunction theory in WMH.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnins.2018.00748/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6200839, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2018-10-18\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-05T01:37:57.620358+00:00\",\"analyses\":[{\"id\":\"makhT3USeuUz\",\"user\":null,\"name\":\"Main + effect of HOA (HOA > HYA)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Peak + brain activation during all conditions versus baseline and executive contrasts.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"RCnkZVDViZYy\",\"coordinates\":[40.0,-48.0,-22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.62}]}],\"images\":[]},{\"id\":\"7jbCLbdhWXyo\",\"user\":null,\"name\":\"Main + effect of HOA (HOA > WMH)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Peak + brain activation during all conditions versus baseline and executive contrasts.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Hb7A6EQN5CYk\",\"coordinates\":[-60.0,8.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.82}]},{\"id\":\"W38Qi7dKzBPk\",\"coordinates\":[38.0,-46.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.94}]},{\"id\":\"K58scKpUzPi3\",\"coordinates\":[40.0,-50.0,-22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.09}]},{\"id\":\"Grvu3i3m388q\",\"coordinates\":[-6.0,-96.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.93}]},{\"id\":\"jXiJZPBEpK9D\",\"coordinates\":[28.0,4.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"uyi5R3cnRG3k\",\"coordinates\":[-34.0,-34.0,-22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.75}]}],\"images\":[]},{\"id\":\"qwTGEGvszp3S\",\"user\":null,\"name\":\"Main + effect of HYA (HYA > WMH)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Peak + brain activation during all conditions versus baseline and executive contrasts.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"ojP7f4gWC844\",\"coordinates\":[-16.0,-84.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.77}]},{\"id\":\"R4B9WDHTv9Wy\",\"coordinates\":[6.0,-62.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.4}]}],\"images\":[]},{\"id\":\"qLP3N7ZSjHDa\",\"user\":null,\"name\":\"Main + effect of WMH (WMH > HYA)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv\"},\"original_table_id\":\"t3\"},\"table_metadata\":{\"table_id\":\"T3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/b3d/pmcid_6200839/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30405336-10-3389-fnins-2018-00748-pmc6200839/tables/t3_coordinates.csv\"},\"sanitized_table_id\":\"t3\"},\"description\":\"Peak + brain activation during all conditions versus baseline and executive contrasts.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"kwhQenMSXGYm\",\"coordinates\":[-10.0,-54.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.21}]}],\"images\":[]}]},{\"id\":\"K9pHHEiFfYqF\",\"created_at\":\"2025-12-04T08:53:35.222934+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Cortical + iron disrupts functional connectivity networks supporting working memory performance + in older adults\",\"description\":\"Excessive brain iron negatively affects + working memory and related processes but the impact of cortical iron on task-relevant, + cortical brain networks is unknown. We hypothesized that high cortical iron + concentration may disrupt functional circuitry within cortical networks supporting + working memory performance. Fifty-five healthy older adults completed an N-Back + working memory paradigm while functional magnetic resonance imaging (fMRI) + was performed. Participants also underwent quantitative susceptibility mapping + (QSM) imaging for assessment of non-heme brain iron concentration. Additionally, + pseudo continuous arterial spin labeling scans were obtained to control for + potential contributions of cerebral blood volume and structural brain images + were used to control for contributions of brain volume. Task performance was + positively correlated with strength of task-based functional connectivity + (tFC) between brain regions of the frontoparietal working memory network. + However, higher cortical iron concentration was associated with lower tFC + within this frontoparietal network and with poorer working memory performance + after controlling for both cerebral blood flow and brain volume. Our results + suggest that high cortical iron concentration disrupts communication within + frontoparietal networks supporting working memory and is associated with reduced + working memory performance in older adults.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2020.117309\",\"pmid\":\"32861788\",\"authors\":\"Valentinos + Zachariou; Christopher E. Bauer; Elayna R. Seago; F. Raslau; D. Powell; B. + Gold\",\"year\":2020,\"metadata\":{\"slug\":\"32861788-10-1016-j-neuroimage-2020-117309-pmc7821351\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Brain\",\"QSM\",\"Working + memory\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"24\",\"Year\":\"2020\",\"Month\":\"7\",\"@PubStatus\":\"received\"},{\"Day\":\"19\",\"Year\":\"2020\",\"Month\":\"8\",\"@PubStatus\":\"accepted\"},{\"Day\":\"31\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"8\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"2\",\"Hour\":\"6\",\"Year\":\"2021\",\"Month\":\"3\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"31\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"8\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"22\",\"Year\":\"2021\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"32861788\",\"@IdType\":\"pubmed\"},{\"#text\":\"NIHMS1657549\",\"@IdType\":\"mid\"},{\"#text\":\"PMC7821351\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1016/j.neuroimage.2020.117309\",\"@IdType\":\"doi\"},{\"#text\":\"S1053-8119(20)30795-3\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Acosta-Cabronero + J, Machts J, Schreiber S, Abdulla S, Kollewe K, Petri S, Spotorno N, Kaufmann + J, Heinze H-J, Dengler R, Vielhaber S, Nestor PJ, 2018. Quantitative susceptibility + MRI to detect brain iron in amyotrophic lateral sclerosis. Radiology 289, + 195\u2013203.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6166868\",\"@IdType\":\"pmc\"},{\"#text\":\"30040038\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ayton + S, Fazlollahi A, Bourgeat P, Raniga P, Ng A, Lim YY, Diouf I, Farquharson + S, Fripp J, Ames D, Doecke J, Desmond P, Ordidge R, Masters CL, Rowe CC, Maruff + P, Villemagne VL, Salvado O, Bush AI, 2017. Cerebral quantitative susceptibility + mapping predicts amyloid-\u03B2-related cognitive decline. Brain 140, 2112\u20132119.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"28899019\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Buckner + RL, Head D, Parker J, Fotenos AF, Marcus D, Morris JC, Snyder AZ, 2004. A + unified approach for morphometric and functional data analysis in young, old, + and demented adults using automated atlas-based head size normalization: reliability + and validation against manual measurement of total intracranial volume. NeuroImage + 23, 724\u2013738.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15488422\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Buijs + M, Doan NT, van Rooden S, Versluis MJ, van Lew B, Milles J, van der Grond + J, van Buchem MA, 2016. In vivo assessment of iron content of the cerebral + cortex in healthy aging using 7-Tesla T2*-weighted phase imaging. Neurobiol. + Aging 53, 20\u201326.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"28199888\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bulk + M, Abdelmoula WM, Nabuurs RJA, van der Graaf LM, Mulders CWH, Mulder AA, Jost + CR, Koster AJ, van Buchem MA, Natt\xE9 R, Dijkstra J, van der Weerd L, 2018. + Postmortem MRI and histology demonstrate differential iron accumulation and + cortical myelin organization in early- and late-onset Alzheimer\u2019s disease. + Neurobiol. Aging 62, 231\u2013242.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"29195086\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bartzokis + G, Lu PH, Tingus K, Peters DG, Amar CP, Tishler TA, Finn JP, Villablanca P, + Altshuler LL, Mintz J, Neely E, Connor JR, 2011. Gender and iron genes may + modify associations between brain iron and memory in healthy aging. Neuropsychopharmacology + 36, 1375\u20131384.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3096807\",\"@IdType\":\"pmc\"},{\"#text\":\"21389980\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bianciardi + M, van Gelderen P, Duyn JH, 2014. Investigation of BOLD fMRI resonance frequency + shifts and quantitative susceptibility changes at 7 T. Hum. Brain Mapp 35, + 2191\u20132205.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4280841\",\"@IdType\":\"pmc\"},{\"#text\":\"23897623\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Becerril-Ortega + J, Bordji K, Fr\xE9ret T, Rush T, Buisson A, 2014. Iron overload accelerates + neuronal amyloid-\u03B2 production and cognitive impairment in transgenic + mice model of Alzheimer\u2019s disease. Neurobiol. Aging 35, 2288\u20132301.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24863668\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Behzadi + Y, Restom K, Liau J, Liu TT, 2007. A component based noise correction method + (CompCor) for BOLD and perfusion based fMRI. Neuroimage 37, 90\u2013101.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2214855\",\"@IdType\":\"pmc\"},{\"#text\":\"17560126\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Balla + DZ, Sanchez-Panchuelo RM, Wharton SJ, Hagberg GE, Scheffler K, Francis ST, + Bowtell R, 2014. Functional quantitative susceptibility mapping (fQSM). NeuroImage + 100, 112\u2013124.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"24945672\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Belleville + S, Sylvain-Roy S, de Boysson C, Menard MC, 2008. Characterizing the memory + changes in persons with mild cognitive impairment. Prog. Brain. Res 169, 365\u2013375.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18394487\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Betts + MJ, Acosta-Cabronero J, Cardenas-Blanco A, Nestor PJ, D\xFCzel E, 2016. High-resolution + characterisation of the aging brain using simultaneous quantitative susceptibility + mapping (QSM) and R2* measurements at 7 T. Neuroimage 138, 43\u201363.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"27181761\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Blacker + D, Lee H, Muzikansky A, Martin EC, Tanzi R, McArdle JJ, Albert M, 2007. Neuropsychological + measures in normal individuals that predict subsequent cognitive decline. + Arch. Neurol 64, 862\u2013871.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17562935\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Chein + JM, Moore AB, Conway ARA, 2010. Domain-general mechanisms of complex working + memory span. Neuroimage 54, 550\u2013559.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20691275\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Chen + G, Saad ZS, Britton JC, Pine DS, Cox RW, 2013. Linear mixed-effects modeling + approach to FMRI group analysis. Neuroimage 73, 176\u2013190.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3638840\",\"@IdType\":\"pmc\"},{\"#text\":\"23376789\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cox + RW, 1996. AFNI: software for analysis and visualization of functional magnetic + resonance neuroimages. Comput. Biomed. Res 29, 162\u2013173.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8812068\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Daugherty + AM, Haacke EM, Raz N, 2015. Striatal iron content predicts its shrinkage and + changes in verbal working memory after two years in healthy adults. J. Neurosci + 35, 6731\u20136743.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4412893\",\"@IdType\":\"pmc\"},{\"#text\":\"25926451\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Daugherty + AM, Raz N, 2016. Accumulation of iron in the putamen predicts its shrinkage + in healthy older adults: A multi-occasion longitudinal study. Neuroimage 128, + 11\u201320.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4762718\",\"@IdType\":\"pmc\"},{\"#text\":\"26746579\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Damoiseaux + JS, Prater KE, Miller BL, Greicius MD, 2012. Functional connectivity tracks + clinical deterioration in Alzheimer\u2019s disease. Neurobiol. Aging 33, 828.e19\u2013828.e30.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3218226\",\"@IdType\":\"pmc\"},{\"#text\":\"21840627\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Damoiseaux + JS, 2017. Effects of aging on functional and structural brain connectivity. + Neuroimage 160, 32\u201340.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"28159687\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Darki + F, Nemmi F, M\xF6ller A, Sitnikov R, Klingberg T, 2016. Quantitative susceptibility + mapping of striatum in children and adults, and its association with working + memory performance. Neuroimage 136, 208\u2013214.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"27132546\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Duncan + NW, Wiebking C, Tiret B, Marja\u0144ska M, Hayes DJ, Lyttleton O, Northoff + G, 2013. Glutamate concentration in the medial prefrontal cortex predicts + resting-state cortical-subcortical functional connectivity in humans. PLoS + One 8, e60312.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3616113\",\"@IdType\":\"pmc\"},{\"#text\":\"23573246\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fukunaga + M, Li TQ, van Gelderen P, de Zwart JA, Shmueli K, Yao B, \u2026, Leapman RD, + 2010. Layer-specific variation of iron content in cerebral cortex as a source + of MRI contrast. Proc. Natl. Acad. Sci 107, 3834\u20133839.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2840419\",\"@IdType\":\"pmc\"},{\"#text\":\"20133720\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Glisky + EL, 2007. Changes in cognitive function in human aging In: Riddle DR (Ed.), + Brain aging: Models, methods, and mechanisms. Taylor & Francis Group, Boca + Raton, pp. 3\u201320.\"},{\"Citation\":\"Gotts SJ, Saad ZS, Jo HJ, Wallace + GL, Cox RW, Martin A, 2013. The perils of global signal regression for group + comparisons: a case study of Autism Spectrum Disorders. Front. Hum. Neurosci + 7.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3709423\",\"@IdType\":\"pmc\"},{\"#text\":\"23874279\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gotts + SJ, Simmons WK, Milbury LA, Wallace GL, Cox RW, Martin A, 2012. Fractionation + of social brain circuits in autism spectrum disorders. Brain 135 (9), 2711\u20132725.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3437021\",\"@IdType\":\"pmc\"},{\"#text\":\"22791801\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grabner + G, Janke AL, Budge MM, Smith D, Pruessner J, Collins DL, 2006. Symmetric atlasing + and model based segmentation: an application to the hippocampus in older adults + In: Lecture Notes in Computer Science (including subseries Lecture Notes in + Artificial Intelligence and Lecture Notes in Bioinformatics). Springer Verlag, + pp. 58\u201366.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17354756\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Greicius + MD, Kimmel DL, 2012. Neuroimaging insights into network-based neurodegeneration. + Curr. Opin. Neurol 25, 727\u2013734.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"23108250\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hallgren + B, Sourander P, 1958. The effect of age on the non -haemin iron in the human + brain. J Neurochem 3, 41\u201351.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"13611557\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hakun + JG, Johnson NF, 2017. Dynamic range of frontoparietal functional modulation + is associated with working memory capacity limitations in older adults. Brain + Cogn 118, 128\u2013136.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5779093\",\"@IdType\":\"pmc\"},{\"#text\":\"28865310\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hametner + S, Endmayr V, Deistung A, Palmrich P, Prihoda M, Haimburger E, Menard C, Feng + X, Haider T, Leisser M, K\xF6ck U, Kaider A, H\xF6ftberger R, Robinson S, + Reichenbach JR, Lassmann H, Traxler H, Trattnig S, Grabner G, 2018. The influence + of brain iron and myelin on magnetic susceptibility and effective transverse + relaxation - a biochemical and histological validation study. Neuroimage 179, + 117\u2013133.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"29890327\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hare + DJ, Double KL, 2016. Iron and dopamine: a toxic couple. Brain 139, 1026\u20131035.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"26962053\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hentze + MW, Muckenthaler MU, Andrews NC, 2004. Balancing acts: molecular control of + mammalian iron metabolism. Cell 117, 285\u2013297.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15109490\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jenkinson + M, Beckmann CF, Behrens TE, Woolrich MW, Smith SM, 2012. Fsl. Neuroimage 62, + 782\u2013790.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21979382\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jo + HJ, Saad ZS, Simmons WK, Milbury LA, Cox RW, 2010. Mapping sources of correlation + in resting state FMRI, with artifact detection and removal. Neuroimage 52 + (2), 571\u2013582.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2897154\",\"@IdType\":\"pmc\"},{\"#text\":\"20420926\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kagerer + SM, van Bergen JM, Li X, Quevenco FC, Gietl AF, Studer S, \u2026, van Zijl + PC, 2020. APOE4 moderates effects of cortical iron on synchronized default + mode network activity in cognitively healthy old-aged adults. Alzheimer\u2019s + & dementia: diagnosis. Assess. Dis. Monit 12, e12002.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC7085281\",\"@IdType\":\"pmc\"},{\"#text\":\"32211498\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kalpouzos + G, Garz\xF3n B, Sitnikov R, Heiland C, Salami A, Persson J, B\xE4ckman L, + 2017. Higher striatal iron concentration is linked to frontostriatal underactivation + and poorer memory in normal aging. Cereb. Cortex 27, 3427\u20133436.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"28334149\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kapogiannis + D, Reiter DA, Willette AA, Mattson MP, 2013. Posteromedial cortex glutamate + and GABA predict intrinsic functional connectivity of the default mode network. + Neuroimage 64, 112\u2013119.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3801193\",\"@IdType\":\"pmc\"},{\"#text\":\"23000786\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kempton + MJ, Underwood TSA, Brunton S, Stylios F, Schmechtig A, Ettinger U, Smith MS, + Lovestone S, Crum WR, Frangou S, Williams SCR, Simmons A, 2011. A comprehensive + testing protocol for MRI neuroanatomical segmentation techniques: evaluation + of a novel lateral ventricle segmentation method. Neuroimage 58, 1051\u20131059.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3551263\",\"@IdType\":\"pmc\"},{\"#text\":\"21835253\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kim + HG, Park S, Rhee HY, Lee KM, Ryu CW, Rhee SJ, Lee SY, Wang Y, Jahng GH, 2017. + Quantitative susceptibility mapping to evaluate the early stage of Alzheimer\u2019s + disease. NeuroImage Clin 16, 429\u2013438.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5577408\",\"@IdType\":\"pmc\"},{\"#text\":\"28879084\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ke + YA, Qian ZM, 2007. Brain iron metabolism: neurobiology and neurochemistry. + Prog. Neurobiol 83, 149\u2013173.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17870230\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kwan + JY, Jeong SY, van Gelderen P, Deng HX, Quezado MM, Danielian LE, Butman JA, + Chen L, Bayat E, Russell J, Siddique T, Duyn JH, Rouault TA, Floeter MK, 2012. + Iron accumulation in deep cortical layers accounts for MRI signal abnormalities + in ALS: Correlating 7 tesla MRI and pathology. PLoS ONE 7 (4).\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3328441\",\"@IdType\":\"pmc\"},{\"#text\":\"22529995\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Langkammer + C, Schweser F, Krebs N, Deistung A, Goessler W, Scheurer E, Sommer K, Reishofer + G, Yen K, Fazekas F, Ropele S, Reichenbach JR, 2012. Quantitative susceptibility + mapping (QSM) as a means to measure brain iron? a post mortem validation study. + Neuroimage 62, 1593\u20131599.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3413885\",\"@IdType\":\"pmc\"},{\"#text\":\"22634862\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lauffer + RB, 1992. Iron, aging and human disease: historical background and new hypothesis + In: Lauffer RB (Ed.), Iron and human disease. Taylor & Francis Group, Boca + Raton, pp. 1\u201320.\"},{\"Citation\":\"Liu J, Liu T, De Rochefort L, Ledoux + J, Khalidov I, Chen W, Tsiouris AJ, Wisnieff C, Spincemaille P, Prince MR, + Wang Y, 2012. Morphology enabled dipole inversion for quantitative susceptibility + mapping using structural consistency between the magnitude image and the susceptibility + map. Neuroimage 59, 2560\u20132568.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3254812\",\"@IdType\":\"pmc\"},{\"#text\":\"21925276\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu + T, Khalidov I, de Rochefort L, Spincemaille P, Liu J, Tsiouris AJ, Wang Y, + 2011. A novel background field removal method for MRI using projection onto + dipole fields. NMR Biomed 24, 1129\u20131136.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3628923\",\"@IdType\":\"pmc\"},{\"#text\":\"21387445\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu + T, Liu J, de Rochefort L, Spincemaille P, Khalidov I, Ledoux JR, Wang Y, 2011b. + Morphology enabled dipole inversion (MEDI) from a single-angle acquisition: + comparison with COSMOS in human brain imaging. Magn. Reson. Med 66, 777\u2013783.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21465541\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Liu + T, Surapaneni K, Lou M, Cheng L, Spincemaille P, Wang Y, 2012. Cerebral microbleeds: + burden assessment by using quantitative susceptibility mapping. Radiology + 262, 269\u2013278.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3244668\",\"@IdType\":\"pmc\"},{\"#text\":\"22056688\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu + T, Eskreis-Winkler S, Schweitzer AD, Chen W, Kaplitt MG, Tsiouris AJ, Wang + Y, 2013. Improved subthalamic nucleus depiction with quantitative susceptibility + mapping. Radiology 269, 216\u2013223.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3781358\",\"@IdType\":\"pmc\"},{\"#text\":\"23674786\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + W, Wu B, Batrachenko A, Bancroft-Wu V, Morey RA, Shashi V, Langkammer C, De + Bellis M, Ropele S, Song W, Liu C, 2014. Differential developmental trajectories + of magnetic susceptibility in human brain gray and white matter over the lifespan. + Hum. Brain Mapp 35, 2698\u20132713.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3954958\",\"@IdType\":\"pmc\"},{\"#text\":\"24038837\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Matak + P, Matak A, Moustafa S, Aryal DK, Benner EJ, Wetsel W, Andrews NC, 2016. Disrupted + iron homeostasis causes dopaminergic neurodegeneration in mice. Proc Natl + Acad Sci U S A 113, 3428\u20133435.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4822577\",\"@IdType\":\"pmc\"},{\"#text\":\"26929359\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mills + E, Dong XP, Wang F, Xu H, 2010. Mechanisms of brain iron transport: insight + into neurodegeneration and CNS disorders. Futur. Med. Chem 2, 51\u201364.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2812924\",\"@IdType\":\"pmc\"},{\"#text\":\"20161623\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mitchell + RL, 2007. fMRI delineation of working memory for emotional prosody in the + brain: commonalities with the lexico-semantic emotion network. Neuroimage + 36, 1015\u20131025.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17481919\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Moos + T, Nielsen TR, Skj\xF8rringe T, Morgan EH, 2007. Iron trafficking inside the + brain. J Neurochem 103, 1730\u20131740.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17953660\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Morris + JC, Weintraub S, Chui HC, Cummings J, DeCarli C, Ferris S, Foster NL, Galasko + D, Graff-Radford N, Peskind ER, Beekly D, Ramos EM, Kukull WA, 2006. In: The + Uniform Data Set (UDS): Clinical and Cognitive Variables and Descriptive Data + From Alzheimer Disease Centers, 20(4). Alzheimer Disease & Associated Disorders, + pp. 210\u2013216. doi: 10.1097/01.wad.0000213865.09806.92.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/01.wad.0000213865.09806.92\",\"@IdType\":\"doi\"},{\"#text\":\"17132964\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nasreddine + ZS, Phillips NA, B\xE9dirian V, Charbonneau S, Whitehead V, Collin I, Cummings + JL, Chertkow H, 2005. The montreal cognitive assessment, MoCA: a brief screening + tool for mild cognitive impairment. J. Am. Geriatr. Soc 53, 695\u2013699.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15817019\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Park + DC, Hedden T, 2001. Working memory and aging In: Naveh-Benjamin M, Moscovitch + HL, Roediger HL (Eds.), Perspectives on human memory and cognitive aging: + Essays in honour of Fergus Craik. Taylor and Francis Group, New York, pp. + 148\u2013160.\"},{\"Citation\":\"Penke L, Vald\xE9s Hernand\xE9z MC, Maniega + SM, Gow AJ, Murray C, Starr JM, Bastin ME, Deary IJ, Wardlaw JM, 2012. Brain + iron deposits are associated with general cognitive ability and cognitive + aging. Neurobiol. Aging 33, 510\u2013517.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20542597\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Pessoa + L, Gutierrez E, Bandettini P, Ungerleider L, 2002. Neural correlates of visual + working memory: fMRI amplitude predicts task performance. Neuron 35, 975\u2013987.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12372290\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Raz + N, Gunning-Dixon F, Head D, Rodrigue KM, Williamson A, Acker JD, 2004. Aging, + sexual dimorphism, and hemispheric asymmetry of the cerebral cortex: replicability + of regional differences in volume. Neurobiol Aging 25, 377\u2013396.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15123343\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Raz + N, Daugherty AM, 2018. Pathways to brain aging and their modifiers: Free-radical-induced + energetic and neural decline in senescence (FRIENDS) model-a mini-review. + Gerontology 64, 49\u201357.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5828941\",\"@IdType\":\"pmc\"},{\"#text\":\"28858861\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + PA, Sylvester CYC, 2005. The cognitive neuroscience of working memory and + aging In: Cabeza R, Nyberg L, Park D (Eds.), Cognitive neuroscience of aging: + Linking cognitive and cerebral aging. Oxford UP, New York, pp. 186\u2013217.\"},{\"Citation\":\"Rodrigue + KM, Daugherty AM, Haacke EM, Raz N, 2012. The role of hippocampal iron concentration + and hippocampal volume in age-related differences in memory. Cereb Cortex + 23, 1533\u20131541.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3673172\",\"@IdType\":\"pmc\"},{\"#text\":\"22645251\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rodrigue + KM, Daugherty AM, Foster CM, Kennedy KM, 2020. Striatal iron content is linked + to reduced fronto-striatal brain function under working memory load. NeuroImage + 210, 116544.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC7054151\",\"@IdType\":\"pmc\"},{\"#text\":\"31972284\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rottschy + C, Langner R, Dogan I, Reetz K, Laird AR, Schulz JB, Fox PT, Eickhoff SB, + 2012. Modelling neural correlates of working memory: a coordinate-based meta-analysis. + Neuroimage 60, 830\u2013846.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3288533\",\"@IdType\":\"pmc\"},{\"#text\":\"22178808\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Saad + ZS, Reynolds RC, Jo HJ, Gotts SJ, Chen G, Martin A, Cox RW, 2013. Correcting + brain-wide correlation differences in resting-state FMRI. Brain Connect 3, + 339\u2013352.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3749702\",\"@IdType\":\"pmc\"},{\"#text\":\"23705677\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salami + A, Avelar-Pereira B, Garz\xF3n B, Sitnikov R, Kalpouzos G, 2018. Functional + coherence of striatal resting-state networks is modulated by striatal iron + content. Neuroimage 183, 495\u2013503.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"30125714\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Sanfilipo + MP, Benedict RHB, Zivadinov R, Bakshi R, 2004. Correction for intracranial + volume in analysis of whole brain atrophy in multiple sclerosis: The proportion + vs. residual method. NeuroImage 22, 1732\u20131743.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15275929\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schmitt + FA, Nelson PT, Abner E, Scheff S, Jicha GA, Smith C, Cooper G, Mendiondo M, + Danner DD, Van Eldik LJ, Caban-Holt A, Lovell MA, Kryscio RJ, 2012. University + of Kentucky Sanders-Brown healthy brain aging volunteers: donor characteristics, + procedures and neuropathology. Curr. Alzheimer Res 9, 724\u2013733.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3409295\",\"@IdType\":\"pmc\"},{\"#text\":\"22471862\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + SM, Jenkinson M, Woolrich MW, Beckmann CF, Behrens TEJ, Johansen-Berg H, Bannister + PR, De Luca M, Drobnjak I, Flitney DE, Niazy RK, Saunders J, Vickers J, Zhang + Y, De Stefano N, Brady JM, Matthews PM, 2004. Advances in functional and structural + MR image analysis and implementation as FSL. Neuroimage 23, S208\u2013S219.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15501092\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Stanislaw + H, Todorov N, 1999. Calculation of signal detection theory measures. Behav. + Res. Methods, Instrum., Comput 31, 137\u2013149.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10495845\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Sullivan + EV, Adalsteinsson E, Rohlfing T, Pfefferbaum A, 2009. Relevance of iron deposition + in deep gray matter brain structures to cognitive and motor performance in + healthy elderly men and women: Exploratory findings. Brain Imaging Behav 3, + 167\u2013175.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2727611\",\"@IdType\":\"pmc\"},{\"#text\":\"20161183\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sun + H, Walsh AJ, Lebel RM, Blevins G, Catz I, Lu JQ, Johnson ES, Emery DJ, Warren + KG, Wilman AH, 2015. Validation of quantitative susceptibility mapping with + Perls\u2019 iron staining for subcortical gray matter. Neuroimage 105, 486\u2013492.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"25462797\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Stoddard + J, Gotts SJ, Brotman MA, Lever S, Hsu D, Zarate C, Ernst M, Pine DS, Leibenluft + E, 2016. Aberrant intrinsic functional connectivity within and between corticostriatal + and temporal\u2013parietal networks in adults and youth with bipolar disorder. + Psychol Med 46, 1509\u20131522.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6996294\",\"@IdType\":\"pmc\"},{\"#text\":\"26924633\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Taylor + PA, Saad ZS, 2013. FATCAT: (an efficient) functional and tractographic connectivity + analysis toolbox. Brain Connect 3, 523\u2013535.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3796333\",\"@IdType\":\"pmc\"},{\"#text\":\"23980912\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Todorich + B, Pasquini JM, Garcia CI, Paez PM, Connor JR, 2009. Oligodendrocytes and + myelination: the role of iron. Glia 57, 467\u2013478.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18837051\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Van + Bergen JMG, Li X, Quevenco FC, Gietl AF, Treyer V, Meyer R, Buck A, Kaufmann + PA, Nitsch RM, van Zijl PCM, Hock C, Unschuld PG, 2018. Simultaneous quantitative + susceptibility mapping and Flutemetamol-PET suggests local correlation of + iron and \u03B2-amyloid as an indicator of cognitive performance at high age. + Neuroimage 174, 308\u2013316.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5949258\",\"@IdType\":\"pmc\"},{\"#text\":\"29548847\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Van + der Kouwe AJW, Benner T, Salat DH, Fischl B, 2008. Brain morphometry with + multiecho MPRAGE. Neuroimage 40, 559\u2013569.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2408694\",\"@IdType\":\"pmc\"},{\"#text\":\"18242102\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + Y, Liu T, 2015. Quantitative susceptibility mapping (QSM): decoding MRI data + for a tissue magnetic biomarker. Magn. Reson. Med 73, 82\u2013101.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4297605\",\"@IdType\":\"pmc\"},{\"#text\":\"25044035\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + Y, et al., 2017. Clinical quantitative susceptibility mapping (QSM): Biometal + imaging and its emerging roles in patient care. J. Magn. Reson. Imaging 46, + 951\u2013971.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5592126\",\"@IdType\":\"pmc\"},{\"#text\":\"28295954\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wayne + Martin WR, Ye FQ, Allen PS, 1998. Increasing striatal iron content associated + with normal aging. Mov. Disord 13, 281\u2013286.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9539342\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Wisnieff + C, Ramanan S, Olesik J, Gauthier S, Wang Y, Pitt D, 2015. Quantitative susceptibility + mapping (QSM) of white matter multiple sclerosis lesions: Interpreting positive + susceptibility and the presence of iron. Magn. Reson. Med 74, 564\u2013570.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4333139\",\"@IdType\":\"pmc\"},{\"#text\":\"25137340\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yarkoni + T, Poldrack RA, Nichols TE, Van Essen DC, Wager TD, 2011. Large-s-cale automated + synthesis of human functional neuroimaging data. Nat. Methods 8, 665\u2013670.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3146590\",\"@IdType\":\"pmc\"},{\"#text\":\"21706013\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zacks + RT, Hasher L, Li KZH, 2000. Human memory In: Craik FIM, Salthouse TA (Eds.), + The handbook of aging and cognition. Erlbaum, Mahwah, NJ, pp. 293\u2013357.\"},{\"Citation\":\"Zecca + L, Youdim MBH, Riederer P, Connor JR, Crichton RR, 2004. Iron, brain ageing + and neurodegenerative disorders. Nat. Rev. Neurosci 5, 863\u2013873.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15496864\",\"@IdType\":\"pubmed\"}}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"32861788\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1095-9572\",\"@IssnType\":\"Electronic\"},\"Title\":\"NeuroImage\",\"JournalIssue\":{\"Volume\":\"223\",\"PubDate\":{\"Year\":\"2020\",\"Month\":\"Dec\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neuroimage\"},\"Abstract\":{\"AbstractText\":\"Excessive + brain iron negatively affects working memory and related processes but the + impact of cortical iron on task-relevant, cortical brain networks is unknown. + We hypothesized that high cortical iron concentration may disrupt functional + circuitry within cortical networks supporting working memory performance. + Fifty-five healthy older adults completed an N-Back working memory paradigm + while functional magnetic resonance imaging (fMRI) was performed. Participants + also underwent quantitative susceptibility mapping (QSM) imaging for assessment + of non-heme brain iron concentration. Additionally, pseudo continuous arterial + spin labeling scans were obtained to control for potential contributions of + cerebral blood volume and structural brain images were used to control for + contributions of brain volume. Task performance was positively correlated + with strength of task-based functional connectivity (tFC) between brain regions + of the frontoparietal working memory network. However, higher cortical iron + concentration was associated with lower tFC within this frontoparietal network + and with poorer working memory performance after controlling for both cerebral + blood flow and brain volume. Our results suggest that high cortical iron concentration + disrupts communication within frontoparietal networks supporting working memory + and is associated with reduced working memory performance in older adults.\",\"CopyrightInformation\":\"Copyright + \xA9 2020. Published by Elsevier Inc.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIA + NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United States\",\"GrantID\":\"P30 + AG028383\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"P30 AG072946\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG055449\"},{\"Agency\":\"NIH HHS\",\"Acronym\":\"OD\",\"Country\":\"United + States\",\"GrantID\":\"S10 OD023573\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Valentinos\",\"Initials\":\"V\",\"LastName\":\"Zachariou\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Neuroscience, College of Medicine, University of Kentucky, Lexington, KY + 40536-0298 USA. Electronic address: vzachari@uky.edu.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Christopher + E\",\"Initials\":\"CE\",\"LastName\":\"Bauer\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Neuroscience, College of Medicine, University of Kentucky, Lexington, KY + 40536-0298 USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Elayna R\",\"Initials\":\"ER\",\"LastName\":\"Seago\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Neuroscience, College of Medicine, University of Kentucky, Lexington, KY + 40536-0298 USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Flavius D\",\"Initials\":\"FD\",\"LastName\":\"Raslau\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Radiology, College of Medicine, University of Kentucky, Lexington, KY 40536-0298 + USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"David K\",\"Initials\":\"DK\",\"LastName\":\"Powell\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Neuroscience, College of Medicine, University of Kentucky, Lexington, KY + 40536-0298 USA; Magnetic Resonance Imaging and Spectroscopy Center, College + of Medicine, University of Kentucky, Lexington, KY 40536-0298 USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Brian + T\",\"Initials\":\"BT\",\"LastName\":\"Gold\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Neuroscience, College of Medicine, University of Kentucky, Lexington, KY + 40536-0298 USA; Sanders-Brown Center on Aging, College of Medicine, University + of Kentucky, Lexington, KY 40536-0298 USA; Magnetic Resonance Imaging and + Spectroscopy Center, College of Medicine, University of Kentucky, Lexington, + KY 40536-0298 USA. Electronic address: brian.gold@uky.edu.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"117309\",\"MedlinePgn\":\"117309\"},\"ArticleDate\":{\"Day\":\"27\",\"Year\":\"2020\",\"Month\":\"08\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neuroimage.2020.117309\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S1053-8119(20)30795-3\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Cortical + iron disrupts functional connectivity networks supporting working memory performance + in older adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D052061\",\"#text\":\"Research Support, N.I.H., Extramural\"}]}},\"DateRevised\":{\"Day\":\"08\",\"Year\":\"2022\",\"Month\":\"04\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"QSM\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Working + memory\",\"@MajorTopicYN\":\"N\"}]},\"ChemicalList\":{\"Chemical\":[{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"D013113\",\"#text\":\"Spin + Labels\"}},{\"RegistryNumber\":\"E1UOL152H7\",\"NameOfSubstance\":{\"@UI\":\"D007501\",\"#text\":\"Iron\"}}]},\"CoiStatement\":\"Declaration + of Competing Interest The authors declare no competing financial interests.\",\"DateCompleted\":{\"Day\":\"01\",\"Year\":\"2021\",\"Month\":\"03\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000369\",\"#text\":\"Aged, + 80 and over\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000737\",\"#text\":\"chemistry\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D002540\",\"#text\":\"Cerebral + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000032\",\"#text\":\"analysis\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D007501\",\"#text\":\"Iron\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000737\",\"#text\":\"chemistry\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D009434\",\"#text\":\"Neural + Pathways\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D013113\",\"#text\":\"Spin + Labels\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neuroimage\",\"ISSNLinking\":\"1053-8119\",\"NlmUniqueID\":\"9215515\"}}},\"semantic_scholar\":{\"year\":2020,\"title\":\"Cortical + iron disrupts functional connectivity networks supporting working memory performance + in older adults\",\"venue\":\"NeuroImage\",\"authors\":[{\"name\":\"Valentinos + Zachariou\",\"authorId\":\"2502864\"},{\"name\":\"Christopher E. Bauer\",\"authorId\":\"46392196\"},{\"name\":\"Elayna + R. Seago\",\"authorId\":\"1911153617\"},{\"name\":\"F. Raslau\",\"authorId\":\"4830913\"},{\"name\":\"D. + Powell\",\"authorId\":\"3294690\"},{\"name\":\"B. Gold\",\"authorId\":\"2888586\"}],\"paperId\":\"5d8339384556ff6538f2f3af9ee86111abd42c28\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://doi.org/10.1016/j.neuroimage.2020.117309\",\"status\":\"GOLD\",\"license\":\"CCBYNCND\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC7821351, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2020-08-27\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T08:54:16.978350+00:00\",\"analyses\":[]},{\"id\":\"KB9ULDPpASvH\",\"created_at\":\"2025-12-03T20:27:37.426099+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Age-related + reorganization of functional networks for successful conflict resolution: + A combined functional and structural MRI study\",\"description\":\"Aging has + readily observable effects on the ability to resolve conflict between competing + stimulus attributes that are likely related to selective structural and functional + brain changes. To identify age-related differences in neural circuits subserving + conflict processing, we combined structural and functional MRI and a Stroop + Match-to-Sample task involving perceptual cueing and repetition to modulate + resources in healthy young and older adults. In our Stroop Match-to-Sample + task, older adults handled conflict by activating a frontoparietal attention + system more than young adults and engaged a visuomotor network more than young + adults when processing repetitive conflict and when processing conflict following + valid perceptual cueing. By contrast, young adults activated frontal regions + more than older adults when processing conflict with perceptual cueing. These + differential activation patterns were not correlated with regional gray matter + volume despite smaller volumes in older than young adults. Given comparable + performance in speed and accuracy of responding between both groups, these + data suggest that successful aging is associated with functional reorganization + of neural systems to accommodate functionally increasing task demands on perceptual + and attentional operations.\",\"publication\":\"Neurobiology of Aging\",\"doi\":\"10.1016/j.neurobiolaging.2009.12.002\",\"pmid\":\"20022675\",\"authors\":\"T. + Schulte; E. M\xFCller-Oehring; S. Chanraud; M. Rosenbloom; A. Pfefferbaum; + E. Sullivan\",\"year\":2011,\"metadata\":{\"slug\":\"20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896\",\"source\":\"semantic_scholar\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"13\",\"Year\":\"2009\",\"Month\":\"10\",\"@PubStatus\":\"received\"},{\"Day\":\"2\",\"Year\":\"2009\",\"Month\":\"12\",\"@PubStatus\":\"revised\"},{\"Day\":\"2\",\"Year\":\"2009\",\"Month\":\"12\",\"@PubStatus\":\"accepted\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2009\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2009\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"19\",\"Hour\":\"6\",\"Year\":\"2012\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2012\",\"Month\":\"11\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"20022675\",\"@IdType\":\"pubmed\"},{\"#text\":\"NIHMS166287\",\"@IdType\":\"mid\"},{\"#text\":\"PMC2888896\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1016/j.neurobiolaging.2009.12.002\",\"@IdType\":\"doi\"},{\"#text\":\"S0197-4580(09)00394-7\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Ashburner + J, Friston KJ. Voxel-based morphometry--the methods. Neuroimage. 2000;11:805\u2013821.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10860804\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bach + M. The Freiburg Visual Acuity test--automatic measurement of visual acuity. + Optom Vis Sci. 1996;73:49\u201353.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8867682\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Botvinick + MM. Conflict monitoring and decision making: reconciling two perspectives + on anterior cingulate function. Cogn Affect Behav Neurosci. 2007;7:356\u2013366.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18189009\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Braver + TS, Barch DM. A theory of cognitive control, aging cognition, and neuromodulation. + Neurosci Biobehav Rev. 2002;26:809\u2013817.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12470692\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Brett + M, Anton J-L, Valabregue R, Poline J-B. Region of interest analysis using + an SPM toolbox [abstract]. Presented at the 8th International Conference on + Functional Mapping of the Human Brain; Sendai, Japan. June 2\u20136; 2002. + Available on CD-ROM in NeuroImage 16, No 2.\"},{\"Citation\":\"Buckner RL, + Snyder AZ, Shannon BJ, LaRossa G, Sachs R, Fotenos AF, Sheline YI, Klunk WE, + Mathis CA, Morris JC, Mintun MA. Molecular, structural, and functional characterization + of Alzheimer's disease: evidence for a relationship between default activity, + amyloid, and memory. J Neurosci. 2005;25:7709\u20137717.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6725245\",\"@IdType\":\"pmc\"},{\"#text\":\"16120771\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Byrne + P, Becker S, Burgess N. Remembering the past and imagining the future: a neural + model of spatial memory and imagery. Psychol Rev. 2007;114:340\u2013375.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2678675\",\"@IdType\":\"pmc\"},{\"#text\":\"17500630\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R. Cognitive neuroscience of aging: contributions of functional neuroimaging. + Scand J Psychol. 2001;42:277\u2013286.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11501741\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cabeza + R, Anderson ND, Locantore JK, McIntosh AR. Aging gracefully: compensatory + brain activity in high-performing older adults. Neuroimage. 2002;17:1394\u20131402.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12414279\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Casey + BJ, Thomas KM, Welsh TF, Badgaiyan RD, Eccard CH, Jennings JR, Crone EA. Dissociation + of response conflict, attentional selection, and expectancy with functional + magnetic resonance imaging. Proc Natl Acad Sci U S A. 2000;97:8728\u20138733.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC27016\",\"@IdType\":\"pmc\"},{\"#text\":\"10900023\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cavanna + AE, Trimble MR. The precuneus: a review of its functional anatomy and behavioural + correlates. Brain. 2006;129:564\u201383.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16399806\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cohn + NB, Dustman RE, Bradford DC. Age-related decrements in Stroop Color Test performance. + J Clin Psychol. 1984;40:1244\u20131250.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"6490922\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Crovitz + HF, Zener K. A group test for assessing hand- and eye-dominance. American + Journal of Psychology. 1962;75:271\u2013276.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"13882420\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Davelaar + EJ. A computational study of conflict-monitoring at two levels of processing: + reaction time distributional analyses and hemodynamic responses. Brain Res. + 2008;2:109\u2013119.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17706186\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Downar + J, Crawley AP, Mikulis DJ, Davis KD. The effect of task relevance on the cortical + response to changes in visual and auditory stimuli: an event-related fMRI + study. Neuroimage. 2001;14:1256\u20131267.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11707082\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Egner + T, Hirsch J. Cognitive control mechanisms resolve conflict through cortical + amplification of task-relevant information. Nat Neurosci. 2005;8:1784\u20131790.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16286928\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Folstein + MF, Folstein SE, McHugh PR. Mini-mentalstate:a practical method for grading + the cognitive state of patients for the clinician. J Psychiatr Res. 1975;12:189\u2013198.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Friston + KJ, Holmes AP, Poline JB, Grasby PJ, Williams SC, Frackowiak RS, Turner R. + Analysis of fMRI time-series revisited. Neuroimage. 1995;2:45\u201353.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9343589\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gazzaley + A, Cooney JW, Rissman J, D'Esposito M. Top-down suppression deficit underlies + working memory impairment in normal aging. Nat Neurosci. 2005;8:1298\u20131300.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16158065\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gazzaley + A, D'Esposito M. Top-down modulation and normal aging. Ann N Y Acad Sci. 2007;1097:67\u201383.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17413013\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gazzaley + A, Clapp W, Kelley J, McEvoy K, Knight RT, D'Esposito M. Age-related top-down + suppression deficit in the early stages of cortical visual memory processing. + Proc Natl Acad Sci U S A. 2008;105:13122\u201313126.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2529045\",\"@IdType\":\"pmc\"},{\"#text\":\"18765818\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Good + CD, Johnsrude IS, Ashburner J, Henson RN, Friston KJ, Frackowiak RS. A voxel-based + morphometric study of ageing in 465 normal adult human brains. Neuroimage. + 2001;14:21\u201336.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11525331\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Grady + CL, Maisog JM, Horwitz B, Ungerleider LG, Mentis MJ, Salerno JA, Pietrini + P, Wagner E, Haxby JV. Age-related changes in cortical blood flow activation + during visual processing of faces and location. J Neurosci. 1994;14:1450\u20131462.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6577560\",\"@IdType\":\"pmc\"},{\"#text\":\"8126548\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + CL. Functional brain imaging and age-related changes in cognition. Biol Psychol. + 2000;54:259\u2013281.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11035226\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Grady + CL. Cognitive neuroscience of aging. Ann N Y Acad Sci. 2008;1124:127\u2013144.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18400928\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gratton + G, Coles MG, Donchin E. Optimizing the use of information: strategic control + of activation of responses. J Exp Psychol Gen. 1992;121:480\u2013506.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1431740\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Grieve + SM, Clark CR, Williams LM, Peduto AJ, Gordon E. Preservation of limbic and + paralimbic structures in aging. Hum Brain Mapp. 2005;25:391\u2013401.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6871717\",\"@IdType\":\"pmc\"},{\"#text\":\"15852381\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Harrison + BJ, Shaw M, Y\xFCcel M, Purcell R, Brewer WJ, Strother SC, Egan GF, Olver + JS, Nathan PJ, Pantelis C. Functional connectivity during Stroop task performance. + Neuroimage. 2005;24:181\u2013191.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15588609\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hazeltine + E, Bunge SA, Scanlon MD, Gabrieli JD. Material-dependent and material-independent + selection processes in the frontal and parietal lobes: an event-related fMRI + investigation of response competition. Neuropsychologia. 2003;41:1208\u20131217.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12753960\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Humphrey + DG, Kramer AF. Age differences in visual search for feature, conjunction, + and triple-conjunction targets. Psychol Aging. 1997;12:704\u2013717.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9416638\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kelley + WM, Miezin FM, McDermott KB, Buckner RL, Raichle ME, Cohen NJ, Ollinger JM, + Akbudak E, Conturo TE, Snyder AZ, Petersen SE. Hemispheric specialization + in human dorsal frontal cortex and medial temporal lobe for verbal and nonverbal + memory encoding. Neuron. 1998;20:927\u2013936.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9620697\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kennedy + KM, Raz N. Pattern of normal age-related regional differences in white matter + microstructure is modified by vascular risk. Brain Res. 2009;10:41\u201356.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2758325\",\"@IdType\":\"pmc\"},{\"#text\":\"19712671\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kerns + JG, Cohen JD, MacDonald AW, 3rd., Cho RY, Stenger VA, Carter CS. Anterior + cingulate conflict monitoring and adjustments in control. Science. 2004;303:1023\u20131026.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14963333\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kramer + AF, Humphrey DG, Larish JF, Logan GD, Strayer DL. Aging and inhibition: beyond + a unitary view of inhibitory processing in attention. Psychol Aging. 1994;9:491\u2013512.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"7893421\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kray + J, Eppinger B, Mecklinger A. Age differences in attentional control: an event-related + potential approach. Psychophysiology. 2005;42:407\u2013416.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16008769\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Lamar + M, Yousem DM, Resnick SM. Age differences in orbitofrontal activation: an + fMRI investigation of delayed match and nonmatch to sample. Neuroimage. 2004;21:1368\u20131376.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15050562\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Langenecker + SA, Nielson KA, Rao SM. fMRI of healthy older adults during Stroop interference. + Neuroimage. 2004;21:192\u2013200.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14741656\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Langley + LK, Vivas AB, Fuentes LJ, Bagne AG. Differential age effects on attention-based + inhibition: inhibitory tagging and inhibition of return. Psychol Aging. 2005;20:356\u2013360.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16029098\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Lavie + N. Perceptual load as a necessary condition for selective attention. J Exp + Psychol Hum Percept Perform. 1995;21:451\u2013468.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"7790827\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Larson + MJ, Kaufman DA, Perlstein WM. Neural time course of conflict adaptation effects + on the Stroop task. Neuropsychologia. 2009;47:663\u2013670.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19071142\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Li + S-C, Lindenberger U, Sikstr\xF6m S. Aging cognition: from neuromodulation + to representation. Trends in Cognitive Sciences. 2001;5:479\u2013486.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11684480\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"MacDonald + AW, 3rd, Cohen JD, Stenger VA, Carter CS. Dissociating the role of the dorsolateral + prefrontal and anterior cingulated cortex in cognitive control. Science. 2000;9:1835\u20131838.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10846167\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"McLeod + CM. Half a century of research on the Stroop effect: an integrative review. + Psychological Bulletin. 1991;109:163\u2013203.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"2034749\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Madden + DJ, Turkington TG, Provenzale JM, Hawk TC, Hoffman JM, Coleman RE. Selective + and divided visual attention: age related changes in regional cerebral blood + flow measured by H215O PET. Hum Brain Mapp. 1997;5:389\u2013409.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20408243\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Madden + DJ, Langley LK. Age-related changes in selective attention and perceptual + load during visual search. Psychol Aging. 2003;18:54\u201367.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1828841\",\"@IdType\":\"pmc\"},{\"#text\":\"12641312\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Madden + DJ, Whiting WL, Cabeza R, Huettel SA. Age-related preservation of top-down + attentional guidance during visual search. Psychol Aging. 2004;19:304\u2013309.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1829307\",\"@IdType\":\"pmc\"},{\"#text\":\"15222823\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Madden + DJ, Spaniol J, Whiting WL, Bucur B, Provenzale JM, Cabeza R, White LE, Huettel + SA. Adult age differences in the functional neuroanatomy of visual attention: + a combined fMRI and DTI study. Neurobiol Aging. 2007;28:459\u2013476.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1995072\",\"@IdType\":\"pmc\"},{\"#text\":\"16500004\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mars + RB, Coles MG, Hulstijn W, Toni I. Delay-related cerebral activity and motor + preparation. Cortex. 2008;44:507\u2013520.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18387584\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mattay + VS, Fera F, Tessitore A, Hariri AR, Berman KF, Das S, Meyer-Lindenberg A, + Goldberg TE, Callicott JH, Weinberger DR. Neurophysiological correlates of + age-related changes in working memory capacity. Neurosci Lett. 2006;9:32\u201337.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16213083\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mattis + S. Dementia Rating Scale (DRS) Professional Manual. Psychological Assessment + Resources, Inc.; Odessa, FL: 1988. motor tests in healthy elderly men and + women: Exploratory findings. Brain Imag.\"},{\"Citation\":\"Maylor EA, Lavie + N. The influence of perceptual load on age differences in selective attention. + Psychol Aging. 1998;13:563\u2013573.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9883457\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mayr + U, Awh E, Laurey P. Conflict adaptation effects in the absence of executive + control. Nat Neurosci. 2003;6:450\u2013452.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12704394\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Meehan + SK, Staines WR. Task-relevance and temporal synchrony between tactile and + visual stimuli modulates cortical activity and motor performance during sensory-guided + movement. Hum Brain Mapp. 2009;30:484\u2013496.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6870861\",\"@IdType\":\"pmc\"},{\"#text\":\"18095277\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Melcher + T, Gruber O. Oddball and incongruity effects during Stroop task performance: + a comparative fMRI study on selective attention. Brain Res. 2006;1121:136\u2013149.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17022954\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Milham + MP, Erickson KI, Banich MT, Kramer AF, Webb A, Wszalek T, Cohen NJ. Attentional + control in the aging brain: insights from an fMRI study of the stroop task. + Brain Cogn. 2002;49:277\u2013296.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12139955\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Milham + MP, Banich MT. Anterior cingulate cortex: an fMRI analysis of conflict specificity + and functional differentiation. Hum Brain Mapp. 2005;25:328\u201335.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6871683\",\"@IdType\":\"pmc\"},{\"#text\":\"15834861\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mishkin + M, Malamut BL, Bachevalier J. Memories and habits: Two neural systems. In: + Lynch G, McGaugh L, Weinberger NM, editors. Neurobiology of learning and memory. + Guilford Press; New York: 1984. pp. 65\u201377.\"},{\"Citation\":\"M\xFCller-Oehring + EM, Schulte T, Raassi C, Pfefferbaum A, Sullivan EV. Local-global interference + is modulated by age, sex and anterior corpus callosum size. Brain Res. 2007;1142:189\u2013205.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1876662\",\"@IdType\":\"pmc\"},{\"#text\":\"17335783\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nielson + KA, Langenecker SA, Garavan H. Differences in the functional neuroanatomy + of inhibitory control across the adult life span. Psychol Aging. 2004;17:56\u201371.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11931287\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Poline + JB, Worsley KJ, Evans AC, Friston KJ. Combining spatial extent and peak intensity + to test for activations in functional imaging. Neuroimage. 1997;5:83\u201396.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9345540\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Paxton + JL, Barch DM, Racine CA, Braver TS. Cognitive control, goal maintenance, and + prefrontal function in healthy aging. Cereb Cortex. 2008;18:1010\u20131028.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2904686\",\"@IdType\":\"pmc\"},{\"#text\":\"17804479\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pfefferbaum + A, Mathalon DH, Sullivan EV, Rawles JM, Zipursky RB, Lim KO. A quantitative + magnetic resonance imaging study of changes in brain morphology from infancy + to late adulthood. Arch Neurol. 1994;51:874\u2013887.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8080387\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Pfefferbaum + A, Adalsteinsson E, Spielman D, Sullivan EV, Lim KO. In vivo spectroscopic + quantification of the N-acetyl moiety, creatine, and choline from large volumes + of brain gray and white matter: effects of normal aging. Magn Reson Med. 1999;41:276\u2013284.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10080274\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Rabbitt + P. An age-decrement in the ability to ignore irrelevant information. J Gerontol. + 1965;20:233\u2013238.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14284802\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Rajah + MN, D'Esposito M. Region-specific changes in prefrontal function with age: + a review of PET and fMRI studies on working and episodic memory. Brain. 2005;128:1964\u20131983.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16049041\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Raz + N, Gunning-Dixon FM, Head D, Dupuis JH, Acker JD. Neuroanatomical correlates + of cognitive aging: evidence from structural magnetic resonance imaging. Neuropsychology. + 1998;12:95\u2013114.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9460738\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Raz + N. Aging of the brain and its impact on cognitive performance: Integration + of structural and functional findings. In: Craik FIM, Salthouse TA, editors. + Handbook of aging and cognition. 2nd ed Erlbaum; Mahwah, NJ: 2000. pp. 1\u201390.\"},{\"Citation\":\"Resnick + SM, Pham DL, Kraut MA, Zonderman AB, Davatzikos C. Longitudinal magnetic resonance + imaging studies of older adults: a shrinking brain. J Neurosci. 2003;15:3295\u20133301.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6742337\",\"@IdType\":\"pmc\"},{\"#text\":\"12716936\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Resnick + SM, Lamar M, Driscoll I. Vulnerability of the orbitofrontal cortex to age-associated + structural and functional brain changes. Ann N Y Acad Sci. 2007;1121:562\u2013575.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17846159\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reuter-Lorenz + P. New visions of the aging mind and brain. Trends Cogn Sci. 2002;6:394.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12200182\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reuter-Lorenz + PA, Lustig C. Brain aging: reorganizing discoveries about the aging mind. + Curr Opin Neurobiol. 2005;15:245\u2013251.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15831410\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reuter-Lorenz + PA, Cappell KA. Neurocognitive aging and the compensation hypothesis. Current + Directions in Psychological Science. 2008;17:177\u2013182.\"},{\"Citation\":\"Rosen + AC, Prull MW, O'Hara R, Race EA, Desmond JE, Glover GH, Yesavage JA, Gabrieli + JD. Variable effects of aging on frontal lobe contributions to memory. Neuroreport. + 2002;20:2425\u20132428.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12499842\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Saunders + D, Howe F, van den Boogaart A, Griffiths J, Brown M. Aging of the adult human + brain: in vivo quantitation of metabolite content with proton magnetic resonance + spectroscopy. J Magn Reson Imaging. 1999;9:711\u2013716.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10331768\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schiltz + K, Szentkuti A, Guderian S, Kaufmann J, M\xFCnte TF, Heinze HJ, D\xFCzel E. + Relationship between hippocampal structure and memory function in elderly + humans. J Cogn Neurosci. 2006;18:990\u20131003.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16839305\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schmahmann + JD, Doyon J, Toga AW, Petrides M, Evans AC. MRI Atlas of the Human Cerebellum. + Academic Press; San Diego: 2000.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10458940\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schneider + BA, Pichora-Fuller MK. The Handbook of Aging and Cognition. Second Edition + Lawrence Erlbaum Associates Publishers; 2000. Implications of Perceptual Deterioration + for Cognitive Aging Research; pp. 155\u2013219.\"},{\"Citation\":\"Schneider-Garces + NJ, Gordon BA, Brumback-Peltz CR, Shin E, Lee Y, Sutton BP, Maclin EL, Gratton + G, Fabiani M. Span, CRUNCH, and Beyond: Working Memory Capacity and the Aging + Brain. J Cogn Neurosci. 2009 Mar 25; in press.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3666347\",\"@IdType\":\"pmc\"},{\"#text\":\"19320550\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schulte + T, Mueller-Oehring EM, Rosenbloom MJ, Pfefferbaum A, Sullivan EV. Differential + effect of HIV infection and alcoholism on conflict processing, attentional + allocation, and perceptual load: evidence from a Stroop Match-to-Sample task. + Biol Psychiatry. 2005;57:67\u201375.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15607302\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schulte + T, Muller-Oehring EM, Salo R, Pfefferbaum A, Sullivan EV. Callosal involvement + in a lateralized stroop task in alcoholic and healthy subjects. Neuropsychology. + 2006;20:727\u2013736.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17100517\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schulte + T, Muller-Oehring EM, Pfefferbaum A, Sullivan EV. Callosal compromise differentially + affects conflict processing and attentional allocation in alcoholism, HIV-infection, + and their comorbidity. Brain Imaging and Behavior. 2008;2:27\u201338.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2666876\",\"@IdType\":\"pmc\"},{\"#text\":\"19360136\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schulte + T, M\xFCller-Oehring EM, Vinco S, Hoeft F, Pfefferbaum A, Sullivan EV. Double + dissociation between action-driven and perception-driven conflict resolution + invoking anterior versus posterior brain systems. Neuroimage. 2009;48:381\u2013390.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2753237\",\"@IdType\":\"pmc\"},{\"#text\":\"19573610\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Soldan + A, Gazes Y, Hilton HJ, Stern Y. Aging does not affect brain patterns of repetition + effects associated with perceptual priming of novel objects. J Cogn Neurosci. + 2008;20:1762\u20131776.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2600415\",\"@IdType\":\"pmc\"},{\"#text\":\"18370593\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sowell + ER, Peterson BS, Thompson PM, Welcome SE, Henkenius AL, Toga AW. Mapping cortical + change across the human life span. Nat Neurosci. 2003;6:309\u2013315.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12548289\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Stern + Y, Habeck C, Moeller J, Scarmeas N, Anderson KE, Hilton HJ, Flynn J, Sackeim + H, van Heertum R. Brain networks associated with cognitive reserve in healthy + young and old adults. Cereb Cortex. 2005:394\u2013402.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3025536\",\"@IdType\":\"pmc\"},{\"#text\":\"15749983\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"van + Boxtel MP, ten Tusscher MP, Metsemakers JF, Willems B, Jolles J. Visual determinants + of reduced performance on the Stroop color-word test in normal aging individuals. + J Clin Exp Neuropsychol. 2001;23:620\u2013627.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11778639\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Stroop + JR. Studies of interference in serial verbal reactions. J Exp Psychol. 1935;12:643\u2013662.\"},{\"Citation\":\"Teipel + SJ, Bokde AL, Born C, Meindl T, Reiser M, M\xF6ller HJ, Hampel H. Morphological + substrate of face matching in healthy ageing and mild cognitive impairment: + a combined MRI-fMRI study. Brain. 2007;130:1745\u20131758.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17566054\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Trinkler + I, King JA, Doeller CF, Rugg MD, Burgess N. Neural bases of autobiographical + support for episodic recollection of faces. Hippocampus. 2009 Jan 27; in press.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19173228\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Voss + MW, Erickson KI, Chaddock L, Prakash RS, Colcombe SJ, Morris KS, Doerksen + S, Hu L, McAuley E, Kramer AF. Dedifferentiation in the visual cortex: an + fMRI investigation of individual differences in older adults. Brain Res. 2008;9:121\u2013131.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18848823\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Wallentin + M, Roepstorff A, Glover R, Burgess N. Parallel memory systems for talking + about location and age in precuneus, caudate and Broca's region. Neuroimage. + 2006;32:1850\u20131864.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16828565\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Wagner + AD, Shannon BJ, Kahn I, Buckner RL. Parietal lobe contributions to episodic + memory retrieval. Trends Cogn Sci. 2005;9:445\u2013453.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16054861\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Ward + NS. Compensatory mechanisms in the aging motor system. Ageing Res Rev. 2006;5:239\u2013254.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16905372\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zahr + NM, Mayer D, Pfefferbaum A, Sullivan EV. Low striatal glutamate levels underlie + cognitive decline in the elderly: evidence from in vivo molecular spectroscopy. + Cereb Cortex. 2008;18:2241\u20132250.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2733311\",\"@IdType\":\"pmc\"},{\"#text\":\"18234683\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zysset + S, Schroeter ML, Neumann J, Yves von Cramon D. Stroop interference, hemodynamic + response and aging: An event-related fMRI study. Neurobiol Aging. 2007;28:937\u2013946.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21887888\",\"@IdType\":\"pubmed\"}}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"20022675\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1558-1497\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neurobiology + of aging\",\"JournalIssue\":{\"Issue\":\"11\",\"Volume\":\"32\",\"PubDate\":{\"Year\":\"2011\",\"Month\":\"Nov\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neurobiol + Aging\"},\"Abstract\":{\"AbstractText\":\"Aging has readily observable effects + on the ability to resolve conflict between competing stimulus attributes that + are likely related to selective structural and functional brain changes. To + identify age-related differences in neural circuits subserving conflict processing, + we combined structural and functional MRI and a Stroop Match-to-Sample task + involving perceptual cueing and repetition to modulate resources in healthy + young and older adults. In our Stroop Match-to-Sample task, older adults handled + conflict by activating a frontoparietal attention system more than young adults + and engaged a visuomotor network more than young adults when processing repetitive + conflict and when processing conflict following valid perceptual cueing. By + contrast, young adults activated frontal regions more than older adults when + processing conflict with perceptual cueing. These differential activation + patterns were not correlated with regional gray matter volume despite smaller + volumes in older than young adults. Given comparable performance in speed + and accuracy of responding between both groups, these data suggest that successful + aging is associated with functional reorganization of neural systems to accommodate + functionally increasing task demands on perceptual and attentional operations.\",\"CopyrightInformation\":\"Copyright + \xA9 2009 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIAAA + NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United States\",\"GrantID\":\"R01 + AA005965\"},{\"Agency\":\"NIAAA NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United + States\",\"GrantID\":\"AA017168\"},{\"Agency\":\"NIAAA NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United + States\",\"GrantID\":\"AA005965\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"AG017919\"},{\"Agency\":\"NIAAA NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United + States\",\"GrantID\":\"K05 AA017168\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG017919\"},{\"Agency\":\"NIAAA NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United + States\",\"GrantID\":\"R01 AA010723\"},{\"Agency\":\"NIAAA NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United + States\",\"GrantID\":\"R37 AA005965\"},{\"Agency\":\"NIAAA NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United + States\",\"GrantID\":\"R37 AA010723\"},{\"Agency\":\"NIAAA NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United + States\",\"GrantID\":\"R01 AA018022\"},{\"Agency\":\"NIAAA NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United + States\",\"GrantID\":\"AA010723\"},{\"Agency\":\"NIAAA NIH HHS\",\"Acronym\":\"AA\",\"Country\":\"United + States\",\"GrantID\":\"R01 AA017923\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Tilman\",\"Initials\":\"T\",\"LastName\":\"Schulte\",\"AffiliationInfo\":{\"Affiliation\":\"Neuroscience + Program, SRI International, Menlo Park, CA 94025, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Eva + M\",\"Initials\":\"EM\",\"LastName\":\"M\xFCller-Oehring\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Sandra\",\"Initials\":\"S\",\"LastName\":\"Chanraud\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Margaret + J\",\"Initials\":\"MJ\",\"LastName\":\"Rosenbloom\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Adolf\",\"Initials\":\"A\",\"LastName\":\"Pfefferbaum\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Edith + V\",\"Initials\":\"EV\",\"LastName\":\"Sullivan\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"2090\",\"StartPage\":\"2075\",\"MedlinePgn\":\"2075-90\"},\"ArticleDate\":{\"Day\":\"22\",\"Year\":\"2009\",\"Month\":\"12\",\"@DateType\":\"Electronic\"},\"ELocationID\":{\"#text\":\"10.1016/j.neurobiolaging.2009.12.002\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":\"Age-related + reorganization of functional networks for successful conflict resolution: + a combined functional and structural MRI study.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D052061\",\"#text\":\"Research Support, N.I.H., Extramural\"}]}},\"DateRevised\":{\"Day\":\"29\",\"Year\":\"2025\",\"Month\":\"05\"},\"DateCompleted\":{\"Day\":\"18\",\"Year\":\"2012\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000369\",\"#text\":\"Aged, + 80 and over\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D001288\",\"#text\":\"Attention\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000033\",\"#text\":\"anatomy + & histology\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003220\",\"#text\":\"Conflict, + Psychological\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000033\",\"#text\":\"anatomy + & histology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D009415\",\"#text\":\"Nerve + Net\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D009929\",\"#text\":\"Organ + Size\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D011597\",\"#text\":\"Psychomotor + Performance\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D011930\",\"#text\":\"Reaction + Time\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neurobiol Aging\",\"ISSNLinking\":\"0197-4580\",\"NlmUniqueID\":\"8100437\"}}},\"semantic_scholar\":{\"year\":2011,\"title\":\"Age-related + reorganization of functional networks for successful conflict resolution: + A combined functional and structural MRI study\",\"venue\":\"Neurobiology + of Aging\",\"authors\":[{\"name\":\"T. Schulte\",\"authorId\":\"2127726\"},{\"name\":\"E. + M\xFCller-Oehring\",\"authorId\":\"1396128529\"},{\"name\":\"S. Chanraud\",\"authorId\":\"5620800\"},{\"name\":\"M. + Rosenbloom\",\"authorId\":\"2821103\"},{\"name\":\"A. Pfefferbaum\",\"authorId\":\"3160106\"},{\"name\":\"E. + Sullivan\",\"authorId\":\"2126307\"}],\"paperId\":\"dce468c8f9930630e834357a7d742504e9aea16f\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://europepmc.org/articles/pmc2888896?pdf=render\",\"status\":\"GREEN\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2009.12.002?email= + or https://doi.org/10.1016/j.neurobiolaging.2009.12.002, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2011-11-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T20:32:10.390519+00:00\",\"analyses\":[{\"id\":\"H4P37vrhByGj\",\"user\":null,\"name\":\"Stroop\u2013mixed + response blocks - Older > young (parsed)\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Parsing + check\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"RhFFAFGBgfzj\",\"coordinates\":[22.0,-56.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.84}]},{\"id\":\"4fnPiTwCUg53\",\"coordinates\":[12.0,40.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.82}]},{\"id\":\"2M75AnLJfgaP\",\"coordinates\":[8.0,12.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.74}]},{\"id\":\"kmADfyerZDeL\",\"coordinates\":[8.0,2.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.71}]},{\"id\":\"KKaJRHTwPTLi\",\"coordinates\":[-6.0,-6.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.69}]},{\"id\":\"LZrQhm38Hihf\",\"coordinates\":[42.0,4.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.57}]}],\"images\":[]},{\"id\":\"adceCdxh7GrE\",\"user\":null,\"name\":\"Older + > young\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Comparison + of young and older adults: (1) functional MRI (fMRI): Activity of brain regions + preferentially invoked in each group for Stroop (INC\u2013CON) contrasts for + cue-target match or nonmatch trials. Coordinates are reported as given by + SPM2 (MNI space) and correspond only approximately to Talairach and Tournoux + space. Z=Z-value, two sample t-test (p<0.001 uncorrected, extent threshold + k=10 voxels); BA: Brodmann area; kE: number of voxels in a cluster; * regions + significant at p<0.05 corrected for the whole brain; (2) voxel-based morphometry + (VBM): gray matter volumes for regions-of-interest (ROIs), MANOVA, regions + significant at p<0.05 (SPSS); (3) activity of brain regions after gray matter + volume correction, ANCOVA, 1 regions significant at p<0.05 corrected for regional + gray matter volumes (SPSS).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"SRKtUYmmNM8V\",\"coordinates\":[-4.0,-40.0,70.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.96}]},{\"id\":\"k4wzEkFaBet7\",\"coordinates\":[-12.0,-44.0,74.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.71}]},{\"id\":\"WUgFyr4JdR62\",\"coordinates\":[-16.0,-34.0,76.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.27}]},{\"id\":\"jQHfqHs7gzpq\",\"coordinates\":[2.0,-22.0,74.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.5}]},{\"id\":\"jbdj8Rs7rGJz\",\"coordinates\":[-4.0,-66.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.87}]},{\"id\":\"BsrVs9fCRERM\",\"coordinates\":[4.0,-46.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.79}]},{\"id\":\"sHnv78rGF5Za\",\"coordinates\":[4.0,-76.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.63}]}],\"images\":[]},{\"id\":\"XdkWgTypNpxR\",\"user\":null,\"name\":\"Young + > older\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Comparison + of young and older adults: (1) functional MRI (fMRI): Activity of brain regions + preferentially invoked in each group for Stroop (INC\u2013CON) contrasts for + cue-target match or nonmatch trials. Coordinates are reported as given by + SPM2 (MNI space) and correspond only approximately to Talairach and Tournoux + space. Z=Z-value, two sample t-test (p<0.001 uncorrected, extent threshold + k=10 voxels); BA: Brodmann area; kE: number of voxels in a cluster; * regions + significant at p<0.05 corrected for the whole brain; (2) voxel-based morphometry + (VBM): gray matter volumes for regions-of-interest (ROIs), MANOVA, regions + significant at p<0.05 (SPSS); (3) activity of brain regions after gray matter + volume correction, ANCOVA, 1 regions significant at p<0.05 corrected for regional + gray matter volumes (SPSS).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"fnSKfyZxNYuj\",\"coordinates\":[38.0,32.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.48}]},{\"id\":\"A4FCsqDUbBRc\",\"coordinates\":[36.0,32.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.5}]},{\"id\":\"hgVLGHiKUe5F\",\"coordinates\":[20.0,42.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.0}]},{\"id\":\"Yy9ZD7aCnemZ\",\"coordinates\":[42.0,2.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.98}]},{\"id\":\"YT7jozKwQnxQ\",\"coordinates\":[-32.0,34.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.45}]},{\"id\":\"AE4eyr2xBP5A\",\"coordinates\":[-58.0,6.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.26}]}],\"images\":[]},{\"id\":\"rwMnt7TVNJeu\",\"user\":null,\"name\":\"(A) + Incongruent-Nonmatch versus Incongruent-Match\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Comparison + of young and older adults: (1) functional MRI (fMRI): Activity of brain regions + preferentially invoked in each group for (A) incongruent match versus nonmatch + and (B) congruent match versus nonmatch trials. Coordinates are reported as + given by SPM2 (MNI space) and correspond only approximately to Talairach and + Tournoux space. Z=Z-value, two sample t-test (p<0.001 uncorrected, extent + threshold k=10 voxels); BA: Brodmann area; kE: number of voxels in a cluster; + *regions significant at p<0.05 corrected for the whole brain; (2) voxel-based + morphometry (VBM): gray matter volumes for regions-of-interest (ROIs), MANOVA, + regions significant at p<0.05, two-tailed (SPSS); (3) activity of brain regions + after gray matter volume correction, ANCOVA, 1 regions significant at p<0.05 + corrected for regional gray matter volumes (SPSS).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Sij3rU3XEZ7F\",\"coordinates\":[24.0,42.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.8}]},{\"id\":\"CcHUNdR8DnWF\",\"coordinates\":[56.0,-44.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.75}]},{\"id\":\"8gX3f3bBzdp8\",\"coordinates\":[56.0,-42.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.24}]},{\"id\":\"qSW4SYd4qFKj\",\"coordinates\":[-34.0,40.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.7}]},{\"id\":\"ePap3xzeoFmA\",\"coordinates\":[44.0,14.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.65}]},{\"id\":\"TmCkeZFeu857\",\"coordinates\":[-20.0,20.0,64.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.29}]},{\"id\":\"Hz4jQnF88Kav\",\"coordinates\":[-2.0,-72.0,-38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.5}]},{\"id\":\"a29tjmvnyfEL\",\"coordinates\":[-8.0,-64.0,-44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.41}]},{\"id\":\"gebPCBKFTivk\",\"coordinates\":[-22.0,-40.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.48}]}],\"images\":[]},{\"id\":\"DXoBdSjLCusi\",\"user\":null,\"name\":\"(B) + Congruent-Nonmatch versus Congruent-Match\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table + 4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/20022675-10-1016-j-neurobiolaging-2009-12-002-pmc2888896/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Comparison + of young and older adults: (1) functional MRI (fMRI): Activity of brain regions + preferentially invoked in each group for (A) incongruent match versus nonmatch + and (B) congruent match versus nonmatch trials. Coordinates are reported as + given by SPM2 (MNI space) and correspond only approximately to Talairach and + Tournoux space. Z=Z-value, two sample t-test (p<0.001 uncorrected, extent + threshold k=10 voxels); BA: Brodmann area; kE: number of voxels in a cluster; + *regions significant at p<0.05 corrected for the whole brain; (2) voxel-based + morphometry (VBM): gray matter volumes for regions-of-interest (ROIs), MANOVA, + regions significant at p<0.05, two-tailed (SPSS); (3) activity of brain regions + after gray matter volume correction, ANCOVA, 1 regions significant at p<0.05 + corrected for regional gray matter volumes (SPSS).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"SEoGPPn2pfCp\",\"coordinates\":[-36.0,-58.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.6}]},{\"id\":\"vTfej9Cz25D3\",\"coordinates\":[-44.0,-48.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.4}]},{\"id\":\"ykU4djBiC39E\",\"coordinates\":[56.0,-46.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.14}]},{\"id\":\"rwNyXXvnkwEL\",\"coordinates\":[-58.0,10.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.74}]},{\"id\":\"FU3yhCv4dRSM\",\"coordinates\":[-40.0,2.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.37}]},{\"id\":\"9mRJiAdNMQQm\",\"coordinates\":[-36.0,24.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.73}]},{\"id\":\"q3GCaJi9pCPx\",\"coordinates\":[-36.0,46.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.32}]},{\"id\":\"5NVsyh8wRHti\",\"coordinates\":[-38.0,42.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.12}]},{\"id\":\"3stRYWoHfiq4\",\"coordinates\":[-28.0,4.0,64.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.3}]}],\"images\":[]}]},{\"id\":\"KD47mLc3nr76\",\"created_at\":\"2025-12-05T00:30:23.211147+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Neural + patterns underlying the effect of negative distractors on working memory in + older adults\",\"description\":\"Working memory (WM) declines with age. Older + adults, however, perform similar to younger adults in WM tasks with negative + distractors at low WM load. To clarify the neural basis of this phenomenon, + older (n\_= 28) and younger (n\_= 24) adults performed an emotional n-back + task during an fMRI scan, and activity in task-related regions was examined. + Comparing negative with neutral distraction at low WM load, older adults demonstrated + shorter reaction times (RT) and reduced activation in frontoparietal regions:\_bilateral + middle frontal gyrus (MFG) and left parietal cortex. They also had greater + coherence within the frontoparietal network, as well as greater deactivation + of the ventromedial prefrontal cortex and the amygdala. These patterns probably + contributed to the older adults' diminished distractibility by negative task-irrelevant + stimuli. Since recruitment of control mechanisms was less required, the frontoparietal + network was less activated and performance was improved. Faster RT during + the negative condition was related to lesser activation of the MFG in both + age groups, corroborating the functional significance of this region to WM + across the lifespan.\",\"publication\":\"Neurobiology of Aging\",\"doi\":\"10.1016/j.neurobiolaging.2017.01.020\",\"pmid\":\"28242539\",\"authors\":\"Noga + Oren; E. Ash; R. Tarrasch; T. Hendler; Nir Giladi; I. Shapira-Lichter\",\"year\":2017,\"metadata\":{\"slug\":\"28242539-10-1016-j-neurobiolaging-2017-01-020\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Distractibility\",\"Emotion\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"9\",\"Year\":\"2016\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"23\",\"Year\":\"2017\",\"Month\":\"1\",\"@PubStatus\":\"revised\"},{\"Day\":\"25\",\"Year\":\"2017\",\"Month\":\"1\",\"@PubStatus\":\"accepted\"},{\"Day\":\"1\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"3\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"29\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"3\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"28242539\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neurobiolaging.2017.01.020\",\"@IdType\":\"doi\"},{\"#text\":\"S0197-4580(17)30028-3\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"28242539\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1558-1497\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neurobiology + of aging\",\"JournalIssue\":{\"Volume\":\"53\",\"PubDate\":{\"Year\":\"2017\",\"Month\":\"May\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neurobiol + Aging\"},\"Abstract\":{\"AbstractText\":\"Working memory (WM) declines with + age. Older adults, however, perform similar to younger adults in WM tasks + with negative distractors at low WM load. To clarify the neural basis of this + phenomenon, older (n\_= 28) and younger (n\_= 24) adults performed an emotional + n-back task during an fMRI scan, and activity in task-related regions was + examined. Comparing negative with neutral distraction at low WM load, older + adults demonstrated shorter reaction times (RT) and reduced activation in + frontoparietal regions:\_bilateral middle frontal gyrus (MFG) and left parietal + cortex. They also had greater coherence within the frontoparietal network, + as well as greater deactivation of the ventromedial prefrontal cortex and + the amygdala. These patterns probably contributed to the older adults' diminished + distractibility by negative task-irrelevant stimuli. Since recruitment of + control mechanisms was less required, the frontoparietal network was less + activated and performance was improved. Faster RT during the negative condition + was related to lesser activation of the MFG in both age groups, corroborating + the functional significance of this region to WM across the lifespan.\",\"CopyrightInformation\":\"Copyright + \xA9 2017 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Noga\",\"Initials\":\"N\",\"LastName\":\"Oren\",\"AffiliationInfo\":{\"Affiliation\":\"Sackler + Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel; Tel Aviv Center + for Brain Functions, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel. Electronic + address: nd.m101@gmail.com.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Elissa + L\",\"Initials\":\"EL\",\"LastName\":\"Ash\",\"AffiliationInfo\":{\"Affiliation\":\"Sackler + Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel; Department of + Neurology, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Center for + Memory and Attention Disorders, Tel Aviv Sourasky Medical Center, Tel Aviv, + Israel.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ricardo\",\"Initials\":\"R\",\"LastName\":\"Tarrasch\",\"AffiliationInfo\":{\"Affiliation\":\"Sagol + School of Neuroscience, Tel Aviv University, Tel Aviv, Israel; School of Education, + Tel Aviv University, Tel Aviv, Israel.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Talma\",\"Initials\":\"T\",\"LastName\":\"Hendler\",\"AffiliationInfo\":{\"Affiliation\":\"Sackler + Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel; Tel Aviv Center + for Brain Functions, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Sagol + School of Neuroscience, Tel Aviv University, Tel Aviv, Israel; School of Psychological + Sciences, Tel Aviv University, Tel Aviv, Israel.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nir\",\"Initials\":\"N\",\"LastName\":\"Giladi\",\"AffiliationInfo\":{\"Affiliation\":\"Sackler + Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel; Department of + Neurology, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel; Sagol School + of Neuroscience, Tel Aviv University, Tel Aviv, Israel.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Irit\",\"Initials\":\"I\",\"LastName\":\"Shapira-Lichter\",\"AffiliationInfo\":{\"Affiliation\":\"Sackler + Faculty of Medicine, Tel Aviv University, Tel Aviv, Israel; Department of + Neurology, Tel Aviv Sourasky Medical Center, Tel Aviv, Israel.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"102\",\"StartPage\":\"93\",\"MedlinePgn\":\"93-102\"},\"ArticleDate\":{\"Day\":\"03\",\"Year\":\"2017\",\"Month\":\"02\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neurobiolaging.2017.01.020\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0197-4580(17)30028-3\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Neural + patterns underlying the effect of negative distractors on working memory in + older adults.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"28\",\"Year\":\"2017\",\"Month\":\"11\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Distractibility\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Emotion\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"16\",\"Year\":\"2017\",\"Month\":\"11\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000523\",\"#text\":\"psychology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D000679\",\"#text\":\"Amygdala\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D004644\",\"#text\":\"Emotions\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D010296\",\"#text\":\"Parietal + Lobe\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D017397\",\"#text\":\"Prefrontal + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D011930\",\"#text\":\"Reaction + Time\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neurobiol Aging\",\"ISSNLinking\":\"0197-4580\",\"NlmUniqueID\":\"8100437\"}}},\"semantic_scholar\":{\"year\":2017,\"title\":\"Neural + patterns underlying the effect of negative distractors on working memory in + older adults\",\"venue\":\"Neurobiology of Aging\",\"authors\":[{\"name\":\"Noga + Oren\",\"authorId\":\"3438417\"},{\"name\":\"E. Ash\",\"authorId\":\"38044241\"},{\"name\":\"R. + Tarrasch\",\"authorId\":\"2237705\"},{\"name\":\"T. Hendler\",\"authorId\":\"1705259\"},{\"name\":\"Nir + Giladi\",\"authorId\":\"144701716\"},{\"name\":\"I. Shapira-Lichter\",\"authorId\":\"1397011430\"}],\"paperId\":\"1b39bbc1aceeb994aad0d1c7610d957b22f50f54\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2017.01.020?email= + or https://doi.org/10.1016/j.neurobiolaging.2017.01.020, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2017-05-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-05T00:32:56.644943+00:00\",\"analyses\":[{\"id\":\"qgJqqLt2qdmD\",\"user\":null,\"name\":\"Cognitive + load main effect: younger adults\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Results + of activation analyses\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Ne5wH8gHmzzB\",\"coordinates\":[-46.0,-44.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":16.27}]},{\"id\":\"Yei2uJQr67Nz\",\"coordinates\":[38.0,34.0,33.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.03}]},{\"id\":\"qVtVBAbBHhGv\",\"coordinates\":[-40.0,-5.0,37.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":9.8}]},{\"id\":\"zAdXnrCryANa\",\"coordinates\":[29.0,-59.0,-33.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":8.7}]},{\"id\":\"nb7sUwPPGgjg\",\"coordinates\":[-28.0,-62.0,-30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.37}]},{\"id\":\"PQyRzNCagNuv\",\"coordinates\":[-28.0,-17.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-13.97}]},{\"id\":\"SfsBrjkfnAhz\",\"coordinates\":[-11.0,-56.0,12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-11.6}]},{\"id\":\"8T9XHhQ3974Y\",\"coordinates\":[2.0,52.0,-6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-10.25}]},{\"id\":\"pSfVk2S56JUP\",\"coordinates\":[23.0,33.0,-3.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-8.43}]},{\"id\":\"KnTL4uDiXwWt\",\"coordinates\":[2.0,13.0,-6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-7.97}]}],\"images\":[]},{\"id\":\"p7LZp7MWBGhV\",\"user\":null,\"name\":\"Cognitive + load main effect: older adults\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Results + of activation analyses\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"ZseAvqhyWZTJ\",\"coordinates\":[-37.0,4.0,60.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.6}]},{\"id\":\"TTxZGLFkVu5f\",\"coordinates\":[-34.0,22.0,9.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.56}]},{\"id\":\"qgVX4dp7v8Tw\",\"coordinates\":[-37.0,-74.0,39.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":7.21}]},{\"id\":\"e6pVrFRquXKx\",\"coordinates\":[-4.0,-5.0,9.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.38}]}],\"images\":[]},{\"id\":\"eRjzSZtCyBMT\",\"user\":null,\"name\":\"Cognitive + load by group interaction\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28242539-10-1016-j-neurobiolaging-2017-01-020/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Results + of activation analyses\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"KDoXnnuoHNVZ\",\"coordinates\":[-7.0,-53.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":43.7}]},{\"id\":\"FcKEutpD3ZxG\",\"coordinates\":[-28.0,-29.0,-12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":41.14}]},{\"id\":\"Vs2zrqzmF3Da\",\"coordinates\":[5.0,55.0,-6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":35.53}]},{\"id\":\"KbBK44sfGBYU\",\"coordinates\":[23.0,-2.0,-12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":33.3}]},{\"id\":\"EBTR5VwYh3gH\",\"coordinates\":[26.0,-29.0,-12.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":33.17}]},{\"id\":\"m6B2pPPMY5xw\",\"coordinates\":[-52.0,-8.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":32.77}]},{\"id\":\"VAu9G68rCVJe\",\"coordinates\":[32.0,32.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":28.78}]}],\"images\":[]}]},{\"id\":\"kqWunfwffXmQ\",\"created_at\":\"2025-12-04T23:20:00.250601+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"The + association between aerobic fitness and executive function is mediated by + prefrontal cortex volume\",\"description\":\"Aging is marked by a decline + in cognitive function, which is often preceded by losses in gray matter volume. + Fortunately, higher cardiorespiratory fitness (CRF) levels are associated + with an attenuation of age-related losses in gray matter volume and a reduced + risk for cognitive impairment. Despite these links, we have only a rudimentary + understanding of whether fitness-related increases in gray matter volume lead + to elevated cognitive function. In this cross-sectional study, we examined + whether the association between higher aerobic fitness levels and elevated + executive function was mediated by greater gray matter volume in the prefrontal + cortex (PFC). One hundred and forty-two older adults (mean age=66.6 years) + completed structural magnetic resonance imaging (MRI) scans, CRF assessments, + and performed Stroop and spatial working memory (SPWM) tasks. Gray matter + volume was assessed using an optimized voxel-based morphometry approach. Consistent + with our predictions, higher fitness levels were associated with: (a) better + performance on both the Stroop and SPWM tasks, and (b) greater gray matter + volume in several regions, including the dorsolateral PFC (DLPFC). Volume + of the right inferior frontal gyrus and precentral gyrus mediated the relationship + between CRF and Stroop interference while a non-overlapping set of regions + bilaterally in the DLPFC mediated the association between CRF and SPWM accuracy. + These results suggest that specific regions of the DLPFC differentially relate + to inhibition and spatial working memory. Thus, fitness may influence cognitive + function by reducing brain atrophy in targeted areas in healthy older adults.\",\"publication\":\"Brain, + behavior, and immunity\",\"doi\":\"10.1016/j.bbi.2011.11.008\",\"pmid\":\"22172477\",\"authors\":\"A. + Weinstein; M. Voss; R. Prakash; L. Chaddock; A. Szabo; S. White; T. W\xF3jcicki; + E. Mailey; E. McAuley; A. Kramer; K. Erickson\",\"year\":2012,\"metadata\":{\"slug\":\"22172477-10-1016-j-bbi-2011-11-008-pmc3321393\",\"source\":\"semantic_scholar\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"11\",\"Year\":\"2011\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"19\",\"Year\":\"2011\",\"Month\":\"11\",\"@PubStatus\":\"revised\"},{\"Day\":\"23\",\"Year\":\"2011\",\"Month\":\"11\",\"@PubStatus\":\"accepted\"},{\"Day\":\"17\",\"Hour\":\"6\",\"Year\":\"2011\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"17\",\"Hour\":\"6\",\"Year\":\"2011\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"20\",\"Hour\":\"6\",\"Year\":\"2012\",\"Month\":\"10\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2013\",\"Month\":\"7\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"22172477\",\"@IdType\":\"pubmed\"},{\"#text\":\"NIHMS343177\",\"@IdType\":\"mid\"},{\"#text\":\"PMC3321393\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1016/j.bbi.2011.11.008\",\"@IdType\":\"doi\"},{\"#text\":\"S0889-1591(11)00599-X\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"American + College of Sports Medicine. Guidelines for Exercise Testing and Prescription. + Lea & Febiger; Philadelphia: 1991.\"},{\"Citation\":\"Andel R, Crowe M, Pedersen + NL, Fratiglioni L, Johansson B, Gatz M. Physical exercise at midlife and risk + of dementia three decades later: a population-based study of Swedish twins. + J Gerontol A Biol Sci Med Sci. 2008;63:62\u201366.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18245762\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Andersson + J, Jenkinson M, Smith S. Non-linear optimisation, aka Spatial normalisation. + FMRIB technical report TR07JA1. 2007 Available online at: www.fmrib.ox.ac.uk/analysis/techrep.\"},{\"Citation\":\"Ashburner + J, Friston KJ. Voxel-based morphometry--the methods. Neuroimage. 2000;11:805\u2013821.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10860804\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Banich + MT, Milham MP, Atchley RA, Cohen NJ, Webb A, Wszalek T, Kramer AF, Liang Z, + Barad V, Gullett D, Shah C, Brown C. Prefrontal regions play a predominant + role in imposing an attentional \u2018set\u2019: evidence from fMRI. Brain + Res Cogn Brain Res. 2000;10:1\u20139.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10978687\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Black + JE, Isaacs KR, Anderson BJ, Alcantara AA, Greenough WT. Learning causes synaptogenesis, + whereas motor activity causes angiogenesis, in cerebellar cortex of adult + rats. Proc Natl Acad Sci U S A. 1990;87:5568\u20135572.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC54366\",\"@IdType\":\"pmc\"},{\"#text\":\"1695380\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Braver + TS, Cohen JD, Nystrom LE, Jonides J, Smith EE, Noll DC. A parametric study + of prefrontal cortex involvement in human working memory. Neuroimage. 1997;5:49\u201362.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9038284\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bugg + JM, Head D. Exercise moderates age-related atrophy of the medial temporal + lobe. Neurobiol Aging. 2011;32:506\u2013514.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2891908\",\"@IdType\":\"pmc\"},{\"#text\":\"19386382\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burdette + JH, Laurienti PJ, Espeland MA, Morgan A, Telesford Q, Vechlekar CD, Hayasaka + S, Jennings JM, Katula JA, Kraft RA, Rejeski WJ. Using network science to + evaluate exercise-associated brain changes in older adults. Front Aging Neurosci. + 2010;2:23.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2893375\",\"@IdType\":\"pmc\"},{\"#text\":\"20589103\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Carro + E, Nunez A, Busiguina S, Torres-Aleman I. Circulating insulin-like growth + factor I mediates effects of exercise on the brain. J Neurosci. 2000;20:2926\u20132933.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6772191\",\"@IdType\":\"pmc\"},{\"#text\":\"10751445\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + S, Kramer AF. Fitness effects on the cognitive function of older adults: a + meta-analytic study. Psychol Sci. 2003;14:125\u2013130.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12661673\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Colcombe + SJ, Erickson KI, Raz N, Webb AG, Cohen NJ, McAuley E, Kramer AF. Aerobic fitness + reduces brain tissue loss in aging humans. J Gerontol A Biol Sci Med Sci. + 2003;58:176\u2013180.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12586857\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Colcombe + SJ, Erickson KI, Scalf PE, Kim JS, Prakash R, McAuley E, Elavsky S, Marquez + DX, Hu L, Kramer AF. Aerobic exercise training increases brain volume in aging + humans. J Gerontol A Biol Sci Med Sci. 2006;61:1166\u20131170.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17167157\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Colcombe + SJ, Kramer AF, McAuley E, Erickson KI, Scalf P. Neurocognitive aging and cardiovascular + fitness: recent findings and future directions. J Mol Neurosci. 2004;24:9\u201314.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15314244\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cotman + CW, Berchtold NC, Christie LA. Exercise builds brain health: key roles of + growth factor cascades and inflammation. Trends Neurosci. 2007;30:464\u2013472.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17765329\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Curtis + CE, D\u2019Esposito M. The effects of prefrontal lesions on working memory + performance and theory. Cogn Affect Behav Neurosci. 2004;4:528\u2013539.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15849895\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Ding + YH, Li J, Zhou Y, Rafols JA, Clark JC, Ding Y. Cerebral angiogenesis and expression + of angiogenic factors in aging rats after exercise. Curr Neurovasc Res. 2006;3:15\u201323.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16472122\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Erickson + KI, Prakash RS, Voss MW, Chaddock L, Hu L, Morris KS, White SM, Wojcicki TR, + McAuley E, Kramer AF. Aerobic fitness is associated with hippocampal volume + in elderly humans. Hippocampus. 2009;19:1030\u20131039.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3072565\",\"@IdType\":\"pmc\"},{\"#text\":\"19123237\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Erickson + KI, Raji CA, Lopez OL, Becker JT, Rosano C, Newman AB, Gach HM, Thompson PM, + Ho AJ, Kuller LH. Physical activity predicts gray matter volume in late adulthood: + the Cardiovascular Health Study. Neurology. 2010;75:1415\u20131422.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3039208\",\"@IdType\":\"pmc\"},{\"#text\":\"20944075\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Erickson + KI, Voss MW, Prakash RS, Basak C, Szabo A, Chaddock L, Kim JS, Heo S, Alves + H, White SM, Wojcicki TR, Mailey E, Vieira VJ, Martin SA, Pence BD, Woods + JA, McAuley E, Kramer AF. Exercise training increases size of hippocampus + and improves memory. Proc Natl Acad Sci U S A. 2011;108:3017\u20133022.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3041121\",\"@IdType\":\"pmc\"},{\"#text\":\"21282661\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Farmer + J, Zhao X, van Praag H, Wodtke K, Gage FH, Christie BR. Effects of voluntary + exercise on synaptic plasticity and gene expression in the dentate gyrus of + adult male Sprague-Dawley rats in vivo. Neuroscience. 2004;124:71\u201379.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14960340\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Floel + A, Ruscheweyh R, Kruger K, Willemer C, Winter B, Volker K, Lohmann H, Zitzmann + M, Mooren F, Breitenstein C, Knecht S. Physical activity and memory functions: + are neurotrophins and cerebral gray matter volume the missing link? Neuroimage. + 2010;49:2756\u20132763.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19853041\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gelfand + LA, Mensinger JL, Tenhave T. Mediation analysis: a retrospective snapshot + of practice and more recent directions. J Gen Psychol. 2009;136:153\u2013176.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2670477\",\"@IdType\":\"pmc\"},{\"#text\":\"19350833\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Giorgio + A, Santelli L, Tomassini V, Bosnell R, Smith S, De Stefano N, Johansen-Berg + H. Age-related changes in grey and white matter structure throughout adulthood. + Neuroimage. 2010;51:943\u2013951.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2896477\",\"@IdType\":\"pmc\"},{\"#text\":\"20211265\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Good + CD, Johnsrude I, Ashburner J, Henson RN, Friston KJ, Frackowiak RS. Cerebral + asymmetry and the effects of sex and handedness on brain structure: a voxel-based + morphometric analysis of 465 normal adult human brains. Neuroimage. 2001;14:685\u2013700.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11506541\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gordon + BA, Rykhlevskaia EI, Brumback CR, Lee Y, Elavsky S, Konopack JF, McAuley E, + Kramer AF, Colcombe S, Gratton G, Fabiani M. Neuroanatomical correlates of + aging, cardiopulmonary fitness level, and education. Psychophysiology. 2008;45:825\u2013838.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5287394\",\"@IdType\":\"pmc\"},{\"#text\":\"18627534\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hawkins + HL, Kramer AF, Capaldi D. Aging, exercise, and attention. Psychol Aging. 1992;7:643\u2013653.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1466833\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hayasaka + S, Phan KL, Liberzon I, Worsley KJ, Nichols TE. Nonstationary cluster-size + inference with random field and permutation methods. Neuroimage. 2004;22:676\u2013687.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15193596\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Heyn + P, Abreu BC, Ottenbacher KJ. The effects of exercise training on elderly persons + with cognitive impairment and dementia: a meta-analysis. Arch Phys Med Rehabil. + 2004;85:1694\u20131704.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15468033\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hillman + CH, Erickson KI, Kramer AF. Be smart, exercise your heart: exercise effects + on brain and cognition. Nat Rev Neurosci. 2008;9:58\u201365.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18094706\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jenkinson + M, Smith S. A global optimisation method for robust affine registration of + brain images. Med Image Anal. 2001;5:143\u2013156.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11516708\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jernigan + TL, Archibald SL, Fennema-Notestine C, Gamst AC, Stout JC, Bonner J, Hesselink + JR. Effects of age on tissues and regions of the cerebrum and cerebellum. + Neurobiol Aging. 2001;22:581\u2013594.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11445259\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kennedy + KM, Erickson KI, Rodrigue KM, Voss MW, Colcombe SJ, Kramer AF, Acker JD, Raz + N. Age-related differences in regional brain volumes: a comparison of optimized + voxel-based morphometry to manual volumetry. Neurobiol Aging. 2009;30:1657\u20131676.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2756236\",\"@IdType\":\"pmc\"},{\"#text\":\"18276037\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kramer + AF, Hahn S, Cohen NJ, Banich MT, McAuley E, Harrison CR, Chason J, Vakil E, + Bardell L, Boileau RA, Colcombe A. Ageing, fitness and neurocognitive function. + Nature. 1999;400:418\u2013419.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10440369\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"MacLeod + CM. Half a century of research on the Stroop effect: an integrative review. + Psychol Bull. 1991;109:163\u2013203.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"2034749\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"MacLeod + CM. The Stroop task: The \u201Cgold standard\u201D of attentional measures. + Journal of Experimental Psychology: General. 1992:12\u201314.\"},{\"Citation\":\"McAuley + E, Mailey EL, Mullen SP, Szabo AN, Wojcicki TR, White SM, Gothe N, Olson EA, + Kramer AF. Growth trajectories of exercise self-efficacy in older adults: + influence of measures and initial status. Health Psychol. 2011a;30:75\u201383.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3521039\",\"@IdType\":\"pmc\"},{\"#text\":\"21038962\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McAuley + E, Szabo AN, Mailey EL, Erickson KI, Voss M, White SM, Wojcicki TR, Gothe + N, Olson EA, Mullen SP, Kramer AF. Non-Exercise Estimated Cardiorespiratory + Fitness: Associations with Brain Structure, Cognition, and Memory Complaints + in Older Adults. Ment Health Phys Act. 2011b;4:5\u201311.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3146052\",\"@IdType\":\"pmc\"},{\"#text\":\"21808657\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Medicine, + ACoS; Medicine, ACoS. Guidelines for Exercise Testing and Prescription. Lea + & Febiger: Philadelphia; 1991.\"},{\"Citation\":\"Milham MP, Erickson KI, + Banich MT, Kramer AF, Webb A, Wszalek T, Cohen NJ. Attentional control in + the aging brain: insights from an fMRI study of the stroop task. Brain Cogn. + 2002;49:277\u2013296.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12139955\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Peters + J, Dauvermann M, Mette C, Platen P, Franke J, Hinrichs T, Daum I. Voxel-based + morphometry reveals an association between aerobic capacity and grey matter + density in the right anterior insula. Neuroscience. 2009;163:1102\u20131108.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19628025\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Petersen + AM, Pedersen BK. The anti-inflammatory effect of exercise. J Appl Physiol. + 2005;98:1154\u20131162.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15772055\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Plum + L, Schubert M, Bruning JC. The role of insulin receptor signaling in the brain. + Trends Endocrinol Metab. 2005;16:59\u201365.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15734146\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Podewils + LJ, Guallar E, Kuller LH, Fried LP, Lopez OL, Carlson M, Lyketsos CG. Physical + activity, APOE genotype, and dementia risk: findings from the Cardiovascular + Health Cognition Study. Am J Epidemiol. 2005;161:639\u2013651.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15781953\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Poldrack + RA. Region of interest analysis for fMRI. Soc Cogn Affect Neurosci. 2007;2:67\u201370.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2555436\",\"@IdType\":\"pmc\"},{\"#text\":\"18985121\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Prakash + RS, Erickson KI, Colcombe SJ, Kim JS, Voss MW, Kramer AF. Age-related differences + in the involvement of the prefrontal cortex in attentional control. Brain + Cogn. 2009;71:328\u2013335.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2783271\",\"@IdType\":\"pmc\"},{\"#text\":\"19699019\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Prakash + RS, Voss MW, Erickson KI, Lewis JM, Chaddock L, Malkowski E, Alves H, Kim + J, Szabo A, White SM, Wojcicki TR, Klamm EL, McAuley E, Kramer AF. Cardiorespiratory + fitness and attentional control in the aging brain. Front Hum Neurosci. 2011;4:229.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3024830\",\"@IdType\":\"pmc\"},{\"#text\":\"21267428\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Preacher + KJ, Hayes AF. Asymptotic and resampling strategies for assessing and comparing + indirect effects in multiple mediator models. Behav Res Methods. 2008;40:879\u2013891.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18697684\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Raz + N. Aging of the brain and its impact on cognitive performance: integration + of structural and functional findings. In: Craik FIM, Salthouse TA, editors. + The Handbook of Aging and Cognition. Lawrence Erlbaum Associates; Mahweh, + NJ: 2000. pp. 1\u201390.\"},{\"Citation\":\"Raz N, Lindenberger U, Rodrigue + KM, Kennedy KM, Head D, Williamson A, Dahle C, Gerstorf D, Acker JD. Regional + brain changes in aging healthy adults: general trends, individual differences + and modifiers. Cereb Cortex. 2005;15:1676\u20131689.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15703252\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Raz + N, Rodrigue KM, Head D, Kennedy KM, Acker JD. Differential aging of the medial + temporal lobe: a study of a five-year change. Neurology. 2004;62:433\u2013438.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14872026\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Salimi-Khorshidi + G, Smith SM, Nichols TE. Adjusting the effect of nonstationarity in cluster-based + and TFCE inference. Neuroimage. 2011;54:2006\u20132019.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20955803\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schmidt-Hieber + C, Jonas P, Bischofberger J. Enhanced synaptic plasticity in newly generated + granule cells of the adult hippocampus. Nature. 2004;429:184\u2013187.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15107864\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Smith + SM. Overview of fMRI analysis. Br J Radiol. 2004;77(Spec No 2):S167\u2013175.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15677358\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Smith + SM, Jenkinson M, Woolrich MW, Beckmann CF, Behrens TE, Johansen-Berg H, Bannister + PR, De Luca M, Drobnjak I, Flitney DE, Niazy RK, Saunders J, Vickers J, Zhang + Y, De Stefano N, Brady JM, Matthews PM. Advances in functional and structural + MR image analysis and implementation as FSL. Neuroimage. 2004;23(Suppl 1):S208\u2013219.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15501092\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Smith + SM, Nichols TE. Threshold-free cluster enhancement: addressing problems of + smoothing, threshold dependence and localisation in cluster inference. Neuroimage. + 2009;44:83\u201398.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18501637\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Szabo + AN, McAuley E, Erickson KI, Voss M, Prakash RS, Mailey EL, Wojcicki TR, White + SM, Gothe N, Olson EA, Kramer AF. Cardiorespiratory fitness, hippocampal volume, + and frequency of forgetting in older adults. Neuropsychology. 2011;25:545\u2013553.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3140615\",\"@IdType\":\"pmc\"},{\"#text\":\"21500917\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"van + Praag H, Christie BR, Sejnowski TJ, Gage FH. Running enhances neurogenesis, + learning, and long-term potentiation in mice. Proc Natl Acad Sci U S A. 1999;96:13427\u201313431.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC23964\",\"@IdType\":\"pmc\"},{\"#text\":\"10557337\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"van + Praag H, Shubert T, Zhao C, Gage FH. Exercise enhances learning and hippocampal + neurogenesis in aged mice. J Neurosci. 2005;25:8680\u20138685.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1360197\",\"@IdType\":\"pmc\"},{\"#text\":\"16177036\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Voss + MW, Erickson KI, Prakash RS, Chaddock L, Malkowski E, Alves H, Kim JS, Morris + KS, White SM, Wojcicki TR, Hu L, Szabo A, Klamm E, McAuley E, Kramer AF. Functional + connectivity: a source of variance in the association between cardiorespiratory + fitness and cognition? Neuropsychologia. 2010a;48:1394\u20131406.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3708614\",\"@IdType\":\"pmc\"},{\"#text\":\"20079755\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Voss + MW, Prakash RS, Erickson KI, Basak C, Chaddock L, Kim JS, Alves H, Heo S, + Szabo AN, White SM, Wojcicki TR, Mailey EL, Gothe N, Olson EA, McAuley E, + Kramer AF. Plasticity of brain networks in a randomized intervention trial + of exercise training in older adults. Front Aging Neurosci. 2010b:2.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2947936\",\"@IdType\":\"pmc\"},{\"#text\":\"20890449\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Washburn + RA, Smith KW, Jette AM, Janney CA. The Physical Activity Scale for the Elderly + (PASE): development and evaluation. J Clin Epidemiol. 1993;46:153\u2013162.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8437031\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Weisman + D, et al. Interleukins, inflammation, and mechanisms of Alzheimer\u2019s disease. + Vitam Horm. 2006;74:505\u2013530.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17027528\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Xu + H, Barnes GT, Yang Q, Tan G, Yang D, Chou CJ, Sole J, Nichols A, Ross JA, + Tartaglia LA, Chen H. Chronic inflammation in fat plays a crucial role in + the development of obesity-related insulin resistance. J Clin Invest. 2003;112:1821\u20131830.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC296998\",\"@IdType\":\"pmc\"},{\"#text\":\"14679177\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yaffe + K, Fiocco AJ, Lindquist K, Vittinghoff E, Simonsick EM, Newman AB, Satterfield + S, Rosano C, Rubin SM, Ayonayon HN, Harris TB. Predictors of maintaining cognitive + function in older adults: the Health ABC study. Neurology. 2009;72:2029\u20132035.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2692177\",\"@IdType\":\"pmc\"},{\"#text\":\"19506226\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhang + Y, Brady M, Smith S. Segmentation of brain MR images through a hidden Markov + random field model and the expectation-maximization algorithm. IEEE Trans + Med Imaging. 2001;20:45\u201357.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11293691\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zhao + X, Lynch JGJ, Chen Q. Reconsidering Baron and Kenny: Myths and Truths about + Mediation Analysis. Journal of Consumer Research. 2010 Available at SSRN: + \ http://ssrn.com/abstract=1554563.\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"22172477\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1090-2139\",\"@IssnType\":\"Electronic\"},\"Title\":\"Brain, + behavior, and immunity\",\"JournalIssue\":{\"Issue\":\"5\",\"Volume\":\"26\",\"PubDate\":{\"Year\":\"2012\",\"Month\":\"Jul\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Brain + Behav Immun\"},\"Abstract\":{\"AbstractText\":\"Aging is marked by a decline + in cognitive function, which is often preceded by losses in gray matter volume. + Fortunately, higher cardiorespiratory fitness (CRF) levels are associated + with an attenuation of age-related losses in gray matter volume and a reduced + risk for cognitive impairment. Despite these links, we have only a rudimentary + understanding of whether fitness-related increases in gray matter volume lead + to elevated cognitive function. In this cross-sectional study, we examined + whether the association between higher aerobic fitness levels and elevated + executive function was mediated by greater gray matter volume in the prefrontal + cortex (PFC). One hundred and forty-two older adults (mean age=66.6 years) + completed structural magnetic resonance imaging (MRI) scans, CRF assessments, + and performed Stroop and spatial working memory (SPWM) tasks. Gray matter + volume was assessed using an optimized voxel-based morphometry approach. Consistent + with our predictions, higher fitness levels were associated with: (a) better + performance on both the Stroop and SPWM tasks, and (b) greater gray matter + volume in several regions, including the dorsolateral PFC (DLPFC). Volume + of the right inferior frontal gyrus and precentral gyrus mediated the relationship + between CRF and Stroop interference while a non-overlapping set of regions + bilaterally in the DLPFC mediated the association between CRF and SPWM accuracy. + These results suggest that specific regions of the DLPFC differentially relate + to inhibition and spatial working memory. Thus, fitness may influence cognitive + function by reducing brain atrophy in targeted areas in healthy older adults.\",\"CopyrightInformation\":\"Copyright + \xA9 2011 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIGMS + NIH HHS\",\"Acronym\":\"GM\",\"Country\":\"United States\",\"GrantID\":\"T32GM081760\"},{\"Agency\":\"NIA + NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United States\",\"GrantID\":\"R37 + AG025667\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG025032\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG25032\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"P50 AG005133\"},{\"Agency\":\"NICHD NIH HHS\",\"Acronym\":\"HD\",\"Country\":\"United + States\",\"GrantID\":\"R01 HD069381\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG25667\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG025667\"},{\"Agency\":\"NIGMS NIH HHS\",\"Acronym\":\"GM\",\"Country\":\"United + States\",\"GrantID\":\"T32 GM081760\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"P30 AG024827\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Andrea + M\",\"Initials\":\"AM\",\"LastName\":\"Weinstein\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology and the Center for the Neural Basis of Cognition, University + of Pittsburgh, PA 15260, USA. andrea.weinstein@gmail.com\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michelle + W\",\"Initials\":\"MW\",\"LastName\":\"Voss\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ruchika + Shaurya\",\"Initials\":\"RS\",\"LastName\":\"Prakash\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Laura\",\"Initials\":\"L\",\"LastName\":\"Chaddock\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Amanda\",\"Initials\":\"A\",\"LastName\":\"Szabo\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Siobhan + M\",\"Initials\":\"SM\",\"LastName\":\"White\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Thomas + R\",\"Initials\":\"TR\",\"LastName\":\"Wojcicki\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Emily\",\"Initials\":\"E\",\"LastName\":\"Mailey\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Edward\",\"Initials\":\"E\",\"LastName\":\"McAuley\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Arthur + F\",\"Initials\":\"AF\",\"LastName\":\"Kramer\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Kirk + I\",\"Initials\":\"KI\",\"LastName\":\"Erickson\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"819\",\"StartPage\":\"811\",\"MedlinePgn\":\"811-9\"},\"ArticleDate\":{\"Day\":\"07\",\"Year\":\"2011\",\"Month\":\"12\",\"@DateType\":\"Electronic\"},\"ELocationID\":{\"#text\":\"10.1016/j.bbi.2011.11.008\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":\"The + association between aerobic fitness and executive function is mediated by + prefrontal cortex volume.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D052061\",\"#text\":\"Research Support, N.I.H., Extramural\"}]}},\"DateRevised\":{\"Day\":\"29\",\"Year\":\"2025\",\"Month\":\"05\"},\"CoiStatement\":{\"b\":\"Conflict + of Interest Statement:\",\"#text\":\"All authors declare that there are no + conflicts of interest.\"},\"DateCompleted\":{\"Day\":\"19\",\"Year\":\"2012\",\"Month\":\"10\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000369\",\"#text\":\"Aged, + 80 and over\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D003071\",\"#text\":\"Cognition\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D016001\",\"#text\":\"Confidence + Intervals\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003430\",\"#text\":\"Cross-Sectional + Studies\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003627\",\"#text\":\"Data + Interpretation, Statistical\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D019706\",\"#text\":\"Excitatory + Postsynaptic Potentials\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D056344\",\"#text\":\"Executive + Function\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007091\",\"#text\":\"Image + Processing, Computer-Assisted\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000523\",\"#text\":\"psychology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D010809\",\"#text\":\"Physical + Fitness\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000033\",\"#text\":\"anatomy + & histology\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D017397\",\"#text\":\"Prefrontal + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D013028\",\"#text\":\"Space + Perception\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D057190\",\"#text\":\"Stroop + Test\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"Netherlands\",\"MedlineTA\":\"Brain + Behav Immun\",\"ISSNLinking\":\"0889-1591\",\"NlmUniqueID\":\"8800478\"}}},\"semantic_scholar\":{\"year\":2012,\"title\":\"The + association between aerobic fitness and executive function is mediated by + prefrontal cortex volume\",\"venue\":\"Brain, behavior, and immunity\",\"authors\":[{\"name\":\"A. + Weinstein\",\"authorId\":\"3137579\"},{\"name\":\"M. Voss\",\"authorId\":\"2437622\"},{\"name\":\"R. + Prakash\",\"authorId\":\"2465943\"},{\"name\":\"L. Chaddock\",\"authorId\":\"2330191\"},{\"name\":\"A. + Szabo\",\"authorId\":\"4830120\"},{\"name\":\"S. White\",\"authorId\":\"4365321\"},{\"name\":\"T. + W\xF3jcicki\",\"authorId\":\"3411065\"},{\"name\":\"E. Mailey\",\"authorId\":\"3410727\"},{\"name\":\"E. + McAuley\",\"authorId\":\"3206663\"},{\"name\":\"A. Kramer\",\"authorId\":\"2172224901\"},{\"name\":\"K. + Erickson\",\"authorId\":\"3298565\"}],\"paperId\":\"aeeca8fd0e72f4b7ce7588becb0cc3311236f6d4\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://europepmc.org/articles/pmc3321393?pdf=render\",\"status\":\"GREEN\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.bbi.2011.11.008?email= + or https://doi.org/10.1016/j.bbi.2011.11.008, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use.\"},\"publicationDate\":\"2012-07-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T23:24:11.053179+00:00\",\"analyses\":[{\"id\":\"QjWwMatAegUV\",\"user\":null,\"name\":\"t0010\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"t0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010_coordinates.csv\"},\"original_table_id\":\"t0010\"},\"table_metadata\":{\"table_id\":\"t0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/22172477-10-1016-j-bbi-2011-11-008-pmc3321393/tables/t0010_coordinates.csv\"},\"sanitized_table_id\":\"t0010\"},\"description\":\"Mediation + indirect effects and 95% confidence intervals for the Stroop and spatial working + memory task variables. The first three regions of interest were chosen from + the overlapping brain regions that showed a main effect of fitness and a correlation + with Stroop percent interference. The second two regions of interest were + chosen from the overlapping brain regions that showed a main effect of fitness + and a correlation with SPWM 3-Item accuracy.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"HjFe7Qpcbxdm\",\"coordinates\":[56.0,6.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"TC2CQMvjggZN\",\"coordinates\":[-44.0,10.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"QcjoZ36nPF8x\",\"coordinates\":[-48.0,2.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ELBtNKZNx335\",\"coordinates\":[-36.0,-8.0,60.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"YY5VhvWmeh6Y\",\"coordinates\":[42.0,4.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"LhDecKrEtm2v\",\"created_at\":\"2025-12-03T08:26:14.277214+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Overall + reductions in functional brain activation are associated with falls in older + adults: an fMRI study\",\"description\":\"Falls are a common geriatric condition, + and while impaired cognitive function has been identified as a key risk factor, + the neural correlates that contribute to reduced executive functioning and + falls currently remain unknown. In this study, community-dwelling adults aged + 65\u201375 years were divided into two groups based on their recent history + of falls (fallers versus non-fallers). All participants completed the Flanker + task during functional magnetic resonance imaging (fMRI). We examined the + hemodynamic response of congruent and incongruent trials separately in order + to separate the relative contribution of each trial type as a function of + falls history. We found that fallers exhibited a smaller difference in functional + activation between congruent and incongruent trials relative to non-fallers, + as well as an overall reduction in level of blood-oxygen-level dependent response. + Of particular note, the medial frontal gyrus \u2013 a region implicated in + motor planning \u2013 demonstrated hypo-activation in fallers, providing evidence + that the prefrontal cortex might play a central role in falls risk in older + adults.\",\"publication\":\"Frontiers in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2013.00091\",\"pmid\":\"24391584\",\"authors\":\"L. + Nagamatsu; L. Boyd; C. Hsu; T. Handy; T. Liu-Ambrose\",\"year\":2013,\"metadata\":{\"slug\":\"24391584-10-3389-fnagi-2013-00091-pmc3867665\",\"source\":\"semantic_scholar\",\"keywords\":[\"Flanker + task\",\"executive cognitive functions\",\"fMRI\",\"falls\",\"medial frontal + gyrus\",\"older adults\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"9\",\"Year\":\"2013\",\"Month\":\"9\",\"@PubStatus\":\"received\"},{\"Day\":\"24\",\"Year\":\"2013\",\"Month\":\"11\",\"@PubStatus\":\"accepted\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2014\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2014\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2014\",\"Month\":\"1\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2013\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"24391584\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC3867665\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2013.00091\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Anstey + K. J., Von Sanden C., Luszcz M. A. (2006). An 8-year prospective study of + the relationship between cognitive performance and falling in very old adults. + J. Am. Geriatr. Soc. 54 1169\u20131176 10.1111/j.1532-5415.2006.00813.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2006.00813.x\",\"@IdType\":\"doi\"},{\"#text\":\"16913981\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Boyd + L. A., Vidoni E. D., Siengsukon C. F., Wessel B. D. (2009). Manipulating time-to-plan + alters patterns of brain activation during the Fitts\u2019 task. Exp. Brain + Res. 194 527\u2013539 10.1007/s00221-009-1726-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00221-009-1726-4\",\"@IdType\":\"doi\"},{\"#text\":\"19214489\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burgess + P. W., Dumontheil I., Gilbert S. J. (2007a). The gateway hypothesis of rostral + prefrontal cortex (area 10) function. Trends Cogn. Sci. 11 290\u2013298 10.1016/j.tics.2007.05.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2007.05.004\",\"@IdType\":\"doi\"},{\"#text\":\"17548231\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burgess + P. W., Gilbert S. J., Dumontheil I. (2007b). Function and localization within + rostral prefrontal cortex (area 10). Philos. Trans. R. Soc. Lond. B Biol. + Sci. 362 887\u2013899 10.1098/rstb.2007.2095\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1098/rstb.2007.2095\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2430004\",\"@IdType\":\"pmc\"},{\"#text\":\"17403644\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R. (2002). Hemispheric asymmetry reduction in older adults: the HAROLD model. + Psychol. Aging 17 85\u2013100 10.1037/0882-7974.17.1.85\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.17.1.85\",\"@IdType\":\"doi\"},{\"#text\":\"11931290\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Christoff + K., Ream J. M., Geddes L. P. T, Gabrieli J. D. E. (2003). Evaluating self-generated + information: anterior prefrontal contributions to human cognition. Behav. + Neurosci. 117 1161\u20131168 10.1037/0735-7044.117.6.1161\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0735-7044.117.6.1161\",\"@IdType\":\"doi\"},{\"#text\":\"14674837\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + S. J., Kramer A. F., Erickson K. I., Scalf P., McAuley E., Cohen N. J., et + al. (2004). Cardiovascular fitness, cortical plasticity, and aging. Proc. + Natl. Acad. Sci. U.S.A. 101 3316\u20133321 10.1073/pnas.0400266101\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0400266101\",\"@IdType\":\"doi\"},{\"#text\":\"PMC373255\",\"@IdType\":\"pmc\"},{\"#text\":\"14978288\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Corrigan + J. D., Hinkeldey N. S. (1987). Relationships between parts A and B of the + trail making test. J. Clin. Psychol. 43 402\u2013409 10.1002/1097-4679(198707)43:4<402::AID-JCLP2270430411>3.0.CO;2-E\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/1097-4679(198707)43:4<402::AID-JCLP2270430411>3.0.CO;2-E\",\"@IdType\":\"doi\"},{\"#text\":\"3611374\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cox + R. W. (1996). AFNI: software for analysis and visualization of functional + magnetic resonance neuroimages. Comput. Biomed. Res. 29 162\u2013173 10.1006/cbmr.1996.0014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/cbmr.1996.0014\",\"@IdType\":\"doi\"},{\"#text\":\"8812068\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"D\u2019Esposito + M., Deouell L. Y., Gazzaley A. (2003). Alterations in the BOLD fMRI signal + with ageing and disease: a challenge for neuroimaging. Nat. Rev. Neurosci. + 4 863\u2013872 10.1038/nrn1246\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn1246\",\"@IdType\":\"doi\"},{\"#text\":\"14595398\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Eriksen + C. W, St James J. D. (1986). Visual attention within and around the field + of focal attention: a zoom lens model. Percept. Psychophys. 40 225\u2013240 + 10.3758/BF03211502\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/BF03211502\",\"@IdType\":\"doi\"},{\"#text\":\"3786090\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein + M. F., Folstein S. E., Mchugh P. R. (1975). \u201CMini-mental state\u201D. + A practical method for grading the cognitive state of patients for the clinician. + J. Psychiatr. Res. 12 189\u2013198 10.1016/0022-3956(75)90026-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0022-3956(75)90026-6\",\"@IdType\":\"doi\"},{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Forman + S. D., Cohen J. D., Fitzgerald M., Eddy W. F., Mintun M. A., Noll D. C. (1995). + Improved assessment of significant activation in functional magnetic resonance + imaging (fMRI): use of a cluster-size threshold. Magn. Reson. Med. 33 636\u2013647 + 10.1002/mrm.1910330508\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/mrm.1910330508\",\"@IdType\":\"doi\"},{\"#text\":\"7596267\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grimley-Evans + J. (1990). Fallers, non-fallers, and poisson. Age Ageing 19 268\u2013269 10.1093/ageing/19.4.268\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/ageing/19.4.268\",\"@IdType\":\"doi\"},{\"#text\":\"2220487\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Handy + T. C., Mangun G. R. (2000). Attention and spatial selection: electrophysiological + evidence for modulation by perceptual load. Percept. Psychophys. 62 175\u2013186 + 10.3758/BF03212070\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/BF03212070\",\"@IdType\":\"doi\"},{\"#text\":\"10703265\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Handy + T. C., Soltani M., Mangun G. R. (2001). Perceptual load and visuocortical + processing: event-related potentials reveal sensory-level selection. Psychol. + Sci. 12 213\u2013218 10.1111/1467-9280.00338\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/1467-9280.00338\",\"@IdType\":\"doi\"},{\"#text\":\"11437303\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Holtzer + R., Friedman R., Lipton R. B., Katz M., Xue X., Verghese J. (2007). The relationship + between specific cognitive functions and falls in aging. Neuropsychology 21 + 540\u2013548 10.1037/0894-4105.21.5.540\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0894-4105.21.5.540\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3476056\",\"@IdType\":\"pmc\"},{\"#text\":\"17784802\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kellogg + International Work Group. (1987). The prevention of falls in later life. A + report of the Kellogg International Work Group on the prevention of falls + in the elderly. Dan. Med. Bull. 34 1\u201324\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"3595217\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kimberley + T. J., Birkholz D. D., Hancock R. A., VonBank S. M., Werth T. N. (2008). Reliability + of fMRI during a continuous motor task: assessment of analysis techniques. + J. Neuroimaging 18 18\u201327 10.1111/j.1552-6569.2007.00163.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1552-6569.2007.00163.x\",\"@IdType\":\"doi\"},{\"#text\":\"18190491\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kramer + A. F., Hahn S., Gopher D. (1999). Task coordination and aging: explorations + of executive control processes in the task switching paradigm. Acta Psychologica. + 101 339\u2013378 10.1016/S0001-6918(99)00011-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0001-6918(99)00011-6\",\"@IdType\":\"doi\"},{\"#text\":\"10344190\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu-Ambrose + T., Donaldson M. G., Ahamed Y., Graf P., Cook W. L., Close J., et al. (2008a). + Otago home-based strength and balance retraining improves executive functioning + in older fallers: a randomized controlled trial. J. Am. Geriatr. Soc. 56 1821\u20131830 + 10.1111/j.1532-5415.2008.01931.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2008.01931.x\",\"@IdType\":\"doi\"},{\"#text\":\"18795987\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu-Ambrose + T., Nagamatsu L. S., Leghari A., Handy T. C. (2008b). Does impaired cerebellar + function contribute to risk of falls in seniors? A pilot study using functional + magnetic resonance imaging. J. Am. Geriatr. Soc. 56 2153\u20132155 10.1111/j.1532-5415.2008.01984.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1532-5415.2008.01984.x\",\"@IdType\":\"doi\"},{\"#text\":\"19016955\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liu-Ambrose + T., Nagamatsu L. S., Graf P., Beattie B. L., Ashe M., Handy T. C. (2010). + Resistance training and executive functions: A 12-month randomized controlled + trial. Arch. Intern. Med. 170 170\u2013178 10.1001/archinternmed.2009.494\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/archinternmed.2009.494\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3448565\",\"@IdType\":\"pmc\"},{\"#text\":\"20101012\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lord + S., Menz H. B., Tiedemann A. (2003). A physiological profile approach to falls-risk + assessment and prevention. Phys. Ther. 83 237\u2013252\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12620088\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Lord + S. R., Fitzpatrick R. C. (2001). Choice stepping reaction time: a composite + measure of falls risk in older people. J. Gerontol. A. Biol. Sci. Med. Sci. + 56 M627\u2013M632 10.1093/gerona/56.10.M627\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/gerona/56.10.M627\",\"@IdType\":\"doi\"},{\"#text\":\"11584035\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lundin-Olsson + L., Nyberg L., Gustafson Y. (1997). \u201CStops walking when talking\u201D + as a predictor of falls in elderly people. Lancet 349 61710.1016/S0140-6736(97)24009-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0140-6736(97)24009-2\",\"@IdType\":\"doi\"},{\"#text\":\"9057736\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Carolan P., Liu-Ambrose T., Handy T. C. (2009). Are impairments in + visual-spatial attention a critical factor for increased falls risk in seniors? + An event-related potential study. Neuropsychologia 47 2749\u20132755 10.1016/j.neuropsychologia.2009.05.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2009.05.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3448564\",\"@IdType\":\"pmc\"},{\"#text\":\"19501605\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Hsu C. L., Handy T. C., Liu-Ambrose T. (2011a). Functional neural correlates + of reduced physiological falls risk. Behav. Brain Sci. 7 3710.1186/1744-9081-7-37\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/1744-9081-7-37\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3178476\",\"@IdType\":\"pmc\"},{\"#text\":\"21846395\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Voss M., Neider M. B., Gaspar J. G., Handy T. C., Kramer A. F., et + al. (2011b). Increased cognitive load leads to impaired mobility decisions + in seniors at risk for falls. Psychol. Aging 26 253\u2013259 10.1037/a0022929\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0022929\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3123036\",\"@IdType\":\"pmc\"},{\"#text\":\"21463063\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagamatsu + L. S., Kam J. W. Y., Liu-Ambrose T., Chan A., Handy T. C. (2013). Mind-wandering + and falls risk in older adults. Psychol. Aging. 28 685\u2013691 10.1037/a0034197\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0034197\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4357518\",\"@IdType\":\"pmc\"},{\"#text\":\"24041001\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Podsiadlo + D., Richardson S. (1991). The timed \u201CUp & Go\u201D: a test of basic functional + mobility for frail elderly persons. J. Am. Geriatr. Soc. 39 142\u2013148\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1991946\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Rapport + L. J., Hanks R. A., Millis S. R., Deshpande S. A. (1998). Executive functioning + and predictors of falls in the rehabilitation setting. Arch. Phys. Med. Rehabil. + 79 629\u2013633 10.1016/S0003-9993(98)90035-1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0003-9993(98)90035-1\",\"@IdType\":\"doi\"},{\"#text\":\"9630140\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schmahmann + J. D., Doyon J., McDonald D., Holmes C., Lavoie K., Hurwitz A. S., et al. + (1999). Three-dimensional MRI atlas of the human cerebellum in proportional + stereotaxic space. Neuroimage 10 233\u2013260 10.1006/nimg.1999.0459\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.1999.0459\",\"@IdType\":\"doi\"},{\"#text\":\"10458940\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schmahmann + J. D., Doyon J., Toga A. W., Petrides M., Evans A. C. (2000). MRI Atlas of + the Human Cerebellum. San Diego: American Press\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10458940\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Smallwood + J., Brown K., Baird B., Schooler J. W. (2012). Cooperation between the default + mode network and the frontal-parietal network in the production of an internal + train of thought. Brain Res. 1428 60\u201370 10.1016/j.brainres.2011.03.072\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brainres.2011.03.072\",\"@IdType\":\"doi\"},{\"#text\":\"21466793\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Talaraich + J., Tournoux P. (1988). Co-Planar Stereotaxic Atlas of the Human Brain. New + York:Thieme\"},{\"Citation\":\"Tinetti M. E., Speechley M., Ginter S. F. (1988). + Risk factors for falls among elderly persons living in the community. N. Engl. + J. Med. 319 1701\u20131707 10.1056/NEJM198812293192604\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1056/NEJM198812293192604\",\"@IdType\":\"doi\"},{\"#text\":\"3205267\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"24391584\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"5\",\"PubDate\":{\"Year\":\"2013\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":\"Falls are a common geriatric + condition, and while impaired cognitive function has been identified as a + key risk factor, the neural correlates that contribute to reduced executive + functioning and falls currently remain unknown. In this study, community-dwelling + adults aged 65-75 years were divided into two groups based on their recent + history of falls (fallers versus non-fallers). All participants completed + the Flanker task during functional magnetic resonance imaging (fMRI). We examined + the hemodynamic response of congruent and incongruent trials separately in + order to separate the relative contribution of each trial type as a function + of falls history. We found that fallers exhibited a smaller difference in + functional activation between congruent and incongruent trials relative to + non-fallers, as well as an overall reduction in level of blood-oxygen-level + dependent response. Of particular note, the medial frontal gyrus - a region + implicated in motor planning - demonstrated hypo-activation in fallers, providing + evidence that the prefrontal cortex might play a central role in falls risk + in older adults.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Lindsay + S\",\"Initials\":\"LS\",\"LastName\":\"Nagamatsu\",\"AffiliationInfo\":{\"Affiliation\":\"Attentional + Neuroscience Laboratory, Department of Psychology, University of British Columbia + Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lara A\",\"Initials\":\"LA\",\"LastName\":\"Boyd\",\"AffiliationInfo\":{\"Affiliation\":\"Brain + Behaviour Laboratory, Department of Physical Therapy, University of British + Columbia Vancouver, BC, Canada ; Brain Research Centre, Centre for Brain Health, + University of British Columbia Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Chun + Liang\",\"Initials\":\"CL\",\"LastName\":\"Hsu\",\"AffiliationInfo\":{\"Affiliation\":\"Aging, + Mobility, and Cognitive Neuroscience Laboratory, Department of Physical Therapy, + University of British Columbia Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Todd + C\",\"Initials\":\"TC\",\"LastName\":\"Handy\",\"AffiliationInfo\":{\"Affiliation\":\"Attentional + Neuroscience Laboratory, Department of Psychology, University of British Columbia + Vancouver, BC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Teresa\",\"Initials\":\"T\",\"LastName\":\"Liu-Ambrose\",\"AffiliationInfo\":{\"Affiliation\":\"Brain + Research Centre, Centre for Brain Health, University of British Columbia Vancouver, + BC, Canada ; Aging, Mobility, and Cognitive Neuroscience Laboratory, Department + of Physical Therapy, University of British Columbia Vancouver, BC, Canada.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"91\",\"MedlinePgn\":\"91\"},\"ArticleDate\":{\"Day\":\"19\",\"Year\":\"2013\",\"Month\":\"12\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"91\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2013.00091\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Overall + reductions in functional brain activation are associated with falls in older + adults: an fMRI study.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"21\",\"Year\":\"2021\",\"Month\":\"10\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Flanker + task\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"executive cognitive functions\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"falls\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"medial + frontal gyrus\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"older adults\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"06\",\"Year\":\"2014\",\"Month\":\"01\"},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2013,\"title\":\"Overall + reductions in functional brain activation are associated with falls in older + adults: an fMRI study\",\"venue\":\"Frontiers in Aging Neuroscience\",\"authors\":[{\"name\":\"L. + Nagamatsu\",\"authorId\":\"1918816\"},{\"name\":\"L. Boyd\",\"authorId\":\"2274382\"},{\"name\":\"C. + Hsu\",\"authorId\":\"2383346823\"},{\"name\":\"T. Handy\",\"authorId\":\"2544303\"},{\"name\":\"T. + Liu-Ambrose\",\"authorId\":\"1398171534\"}],\"paperId\":\"0f27ee8b13adaa6c07f75bc16ee0975243c9f007\",\"abstract\":\"Falls + are a common geriatric condition, and while impaired cognitive function has + been identified as a key risk factor, the neural correlates that contribute + to reduced executive functioning and falls currently remain unknown. In this + study, community-dwelling adults aged 65\u201375 years were divided into two + groups based on their recent history of falls (fallers versus non-fallers). + All participants completed the Flanker task during functional magnetic resonance + imaging (fMRI). We examined the hemodynamic response of congruent and incongruent + trials separately in order to separate the relative contribution of each trial + type as a function of falls history. We found that fallers exhibited a smaller + difference in functional activation between congruent and incongruent trials + relative to non-fallers, as well as an overall reduction in level of blood-oxygen-level + dependent response. Of particular note, the medial frontal gyrus \u2013 a + region implicated in motor planning \u2013 demonstrated hypo-activation in + fallers, providing evidence that the prefrontal cortex might play a central + role in falls risk in older adults.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2013.00091/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC3867665, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2013-12-19\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T08:27:59.489046+00:00\",\"analyses\":[{\"id\":\"aToFKTuakZhQ\",\"user\":null,\"name\":\"t2\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/24391584-10-3389-fnagi-2013-00091-pmc3867665/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/3f0/pmcid_3867665/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/24391584-10-3389-fnagi-2013-00091-pmc3867665/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"Regions + of interest and percent signal change for the significant group by condition + interaction.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"9aXTL9VQVaE3\",\"coordinates\":[5.9,63.5,14.1],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"6yD8V44ABvnz\",\"coordinates\":[-25.2,-16.3,14.1],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"UxAJ8Cb6YULG\",\"coordinates\":[17.6,16.5,30.9],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"PDLLpfad7xXv\",\"coordinates\":[-43.6,16.7,-10.2],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"JEK2n7kF8Ln8\",\"coordinates\":[32.4,38.5,39.2],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"XbowoofiZVxy\",\"coordinates\":[-38.6,65.9,16.5],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oYFxke5P2r4u\",\"coordinates\":[-2.7,18.0,-14.4],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"gNZHApkDocQs\",\"coordinates\":[-51.1,14.7,29.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GwUZfJDevnaq\",\"coordinates\":[-21.9,-1.8,59.9],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"U38NZnHnsuKX\",\"coordinates\":[-40.1,-40.7,-0.1],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"U3zwrAotRCrL\",\"coordinates\":[4.2,-11.8,53.9],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"TwbYS8Xf6rgt\",\"coordinates\":[44.8,-39.6,12.8],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ecLpQpye72bf\",\"coordinates\":[-21.8,59.4,-13.1],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"txNe8joYA5jC\",\"coordinates\":[13.3,43.2,44.7],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"9Hqfuomqzy9w\",\"coordinates\":[-17.8,-42.3,9.5],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"LLBcP7j4zJcB\",\"created_at\":\"2025-12-04T07:43:25.954327+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Deficient + prefrontal attentional control in late-life generalized anxiety disorder: + an fMRI investigation\",\"description\":\"Younger adults with anxiety disorders + are known to show an attentional bias toward negative information. Little + is known regarding the role of biased attention in anxious older adults, and + even less is known about the neural substrates of any such bias. Functional + magnetic resonance imaging (fMRI) was used to assess the mechanisms of attentional + bias in late life by contrasting predictions of a top-down model emphasizing + deficient prefrontal cortex (PFC) control and a bottom-up model emphasizing + amygdalar hyperreactivity. In all, 16 older generalized anxiety disorder (GAD) + patients (mean age=66 years) and 12 non-anxious controls (NACs; mean age=67 + years) completed the emotional Stroop task to assess selective attention to + negative words. Task-related fMRI data were concurrently acquired. Consistent + with hypotheses, GAD participants were slower to identify the color of negative + words relative to neutral, whereas NACs showed the opposite bias, responding + more quickly to negative words. During negative words (in comparison with + neutral), the NAC group showed PFC activations, coupled with deactivation + of task-irrelevant emotional processing regions such as the amygdala and hippocampus. + By contrast, GAD participants showed PFC decreases during negative words and + no differences in amygdalar activity across word types. Across all participants, + greater attentional bias toward negative words was correlated with decreased + PFC recruitment. A significant positive correlation between attentional bias + and amygdala activation was also present, but this relationship was mediated + by PFC activity. These results are consistent with reduced prefrontal attentional + control in late-life GAD. Strategies to enhance top-down attentional control + may be particularly relevant in late-life GAD treatment.\",\"publication\":\"Translational + Psychiatry\",\"doi\":\"10.1038/tp.2011.46\",\"pmid\":\"22833192\",\"authors\":\"Rebecca + B. Price; Rebecca B. Price; Dana A. Eldreth; Jan Mohlman\",\"year\":2011,\"metadata\":{\"slug\":\"22833192-10-1038-tp-2011-46-pmc3309492\",\"source\":\"semantic_scholar\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"27\",\"Hour\":\"6\",\"Year\":\"2012\",\"Month\":\"7\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"1\",\"Hour\":\"0\",\"Year\":\"2011\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"5\",\"Hour\":\"6\",\"Year\":\"2013\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2011\",\"Month\":\"10\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"22833192\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC3309492\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1038/tp.2011.46\",\"@IdType\":\"doi\"},{\"#text\":\"tp201146\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Bar-Haim + Y, Lamy D, Pergamin L, Bakermans-Kranenburg MJ, van IMH. Threat-related attentional + bias in anxious and nonanxious individuals: a meta-analytic study. Psychol + Bull. 2007;133:1\u201324.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17201568\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mogg + K, Mathews A, Weinman J. Selective processing of threat cues in anxiety states: + a replication. Behav Res Ther. 1989;27:317\u2013323.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"2775141\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fox + E, Russo R, Bowles R, Dutton K. Do threatening stimuli draw or hold visual + attention in subclinical anxiety. J Exp Psychol Gen. 2001;130:681\u2013700.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1924776\",\"@IdType\":\"pmc\"},{\"#text\":\"11757875\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Beekman + AT, Bremmer MA, Deeg DJ, van Balkom AJ, Smit JH, de Beurs E, et al. Anxiety + disorders in later life: a report from the Longitudinal Aging Study Amsterdam. + Int J Geriatr Psychiatry. 1998;13:717\u2013726.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9818308\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fox + LS, Knight BG. The effects of anxiety on attentional processes in older adults. + Aging Ment Health. 2005;9:585\u2013593.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16214707\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Price + RB, Siegle G, Mohlman J.Emotional Stroop performance in older adults: effects + of habitual worry Am J Geriatr Psychiatryin press).\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3246555\",\"@IdType\":\"pmc\"},{\"#text\":\"21941169\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lee + LO, Knight BG. Attentional bias for threat in older adults: moderation of + the positivity bias by trait anxiety and stimulus modality. Psychol Aging. + 2009;24:741\u2013747.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2743240\",\"@IdType\":\"pmc\"},{\"#text\":\"19739931\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mather + M, Carstensen LL. Aging and motivated cognition: the positivity effect in + attention and memory. Trends Cogn Sci. 2005;9:496\u2013502.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16154382\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Scheibe + S, Carstensen LL. Emotional aging: recent findings and future trends. J Gerontol + B Psychol Sci Soc Sci. 2010;65B:135\u2013144.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2821944\",\"@IdType\":\"pmc\"},{\"#text\":\"20054013\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mogg + K, Bradley BP. A cognitive-motivational analysis of anxiety. Behav Res Ther. + 1998;36:809\u2013848.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9701859\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"LeDoux + JE. Emotion circuits in the brain. Annu Rev Neurosci. 2000;23:155\u2013184.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10845062\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Zald + DH. The human amygdala and the emotional evaluation of sensory stimuli. Brain + Res Brain Res Rev. 2003;41:88\u2013123.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12505650\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Eysenck + MW, Derakshan N, Santos R, Calvo MG. Anxiety and cognitive performance: attentional + control theory. Emotion. 2007;7:336\u2013353.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17516812\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Banich + MT, Mackiewicz KL, Depue BE, Whitmer AJ, Miller GA, Heller W. Cognitive control + mechanisms, emotion and memory: a neural perspective with implications for + psychopathology. Neurosci Biobehav Rev. 2009;33:613\u2013630.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2865433\",\"@IdType\":\"pmc\"},{\"#text\":\"18948135\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Desimone + R, Duncan J. Neural mechanisms of selective visual attention. Annu Rev Neurosci. + 1995;18:193\u2013222.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"7605061\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Pessoa + L, Kastner S, Ungerleider LG. Attentional control of the processing of neural + and emotional stimuli. Brain Res Cogn Brain Res. 2002;15:31\u201345.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12433381\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bishop + SJ, Jenkins R, Lawrence AD. Neural processing of fearful faces: effects of + anxiety are gated by perceptual capacity limitations. Cereb Cortex. 2007;17:1595\u20131603.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16956980\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bishop + S, Duncan J, Brett M, Lawrence AD. Prefrontal cortical function and anxiety: + controlling attention to threat-related stimuli. Nat Neurosci. 2004;7:184\u2013188.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14703573\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bishop + SJ, Duncan J, Lawrence AD. State anxiety modulation of the amygdala response + to unattended threat-related stimuli. J Neurosci. 2004;24:10364\u201310368.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6730310\",\"@IdType\":\"pmc\"},{\"#text\":\"15548650\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bishop + SJ. Neural mechanisms underlying selective attention to threat. Ann N Y Acad + Sci. 2008;1129:141\u2013152.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18591476\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bishop + SJ. Neurocognitive mechanisms of anxiety: an integrative account. Trends Cogn + Sci. 2007;11:307\u2013316.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17553730\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Byers + AL, Yaffe K, Covinsky KE, Friedman MB, Bruce ML. High occurrence of mood and + anxiety disorders among older adults: The National Comorbidity Survey Replication. + Arch Gen Psychiatry. 2010;67:489\u2013496.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2933177\",\"@IdType\":\"pmc\"},{\"#text\":\"20439830\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mogg + K, Bradley BP. Attentional bias in generalized anxiety disorder versus depressive + disorder. Cognitive Ther Res. 2005;29:29\u201345.\"},{\"Citation\":\"Mather + M, Carstensen LL. Aging and attentional biases for emotional faces. Psychol + Sci. 2003;14:409\u2013415.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12930469\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mohlman + J, Eldreth DA, Price RB, Staples AM, Hanson C.Prefrontal-limbic connectivity + during worry in older adults with generalized anxiety disorderUnpublished + data.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"26566020\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"First + MB, Spitzer RL, Williams JBW, Gibbon M. Structured Clinical Interview for + DSM-IV Axis I Disorders - Patient Edition. New York Psychiatric Institute: + New York; 1995.\"},{\"Citation\":\"Kaplan E, Goodglass H, Wieintraub S. Boston + Naming Test. Experimental Edition. Aphasia Research Center, Boston University: + Boston; 1976.\"},{\"Citation\":\"Wechsler D. Wechsler Abbreviated Scale of + Intelligence (WASI) Harcourt Assessment: San Antonio; 1999.\"},{\"Citation\":\"Trenerry + MR, Crosson B, DeBoe J, Leber WR. Stroop Neuropsychological Screening Test + Manual. Psychological Assessment Resources: Odessa, FL; 1989.\"},{\"Citation\":\"Gotlib + IH, McCann CD. Construct accessibility and depression: an examination of cognitive + and affective factors. J Pers Soc Psychol. 1984;47:427\u2013439.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"6481620\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mohlman + J, Price RB, Vietri J. Accentuate the Positive, Eliminate the Negative? Performance + of Older GAD Patients and Healthy Controls on a Dot Probe Task. Annual Meeting + of the Association for Behavioral and Cognitive Therapies: Orlando, FL; 2008.\"},{\"Citation\":\"Ashburner + J. A fast diffeomorphic image registration algorithm. Neuroimage. 2007;38:95\u2013113.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17761438\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Klein + A, Andersson J, Ardekani BA, Ashburner J, Avants B, Chiang MC, et al. Evaluation + of 14 nonlinear deformation algorithms applied to human brain MRI registration. + Neuroimage. 2009;46:786\u2013802.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2747506\",\"@IdType\":\"pmc\"},{\"#text\":\"19195496\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mechelli + A, Henson RN, Price CJ, Friston KJ. Comparing event-related and epoch analysis + in blocked design fMRI. Neuroimage. 2003;18:806\u2013810.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12667857\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Baron + RM, Kenny DA. The moderator-mediator variable distinction in social psychological + research: conceptual, strategic, and statistical considerations. J Pers Soc + Psychol. 1986;51:1173\u20131182.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"3806354\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Compton + RJ, Banich MT, Mohanty A, Milham MP, Herrington J, Miller GA, et al. Paying + attention to emotion: an fMRI investigation of cognitive and emotional stroop + tasks. Cogn Affect Behav Neurosci. 2003;3:81\u201396.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12943324\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Nee + DE, Wager TD, Jonides J. Interference resolution: insights from a meta-analysis + of neuroimaging tasks. Cogn Affect Behav Neurosci. 2007;7:1\u201317.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17598730\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mansouri + FA, Tanaka K, Buckley MJ. Conflict-induced behavioural adjustment: a clue + to the executive functions of the prefrontal cortex. Nat Rev Neurosci. 2009;10:141\u2013152.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19153577\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Venkatraman + V, Rosati AG, Taren AA, Huettel SA. Resolving response, decision, and strategic + control: evidence for a functional topography in dorsomedial prefrontal cortex. + J Neurosci. 2009;29:13158\u201313164.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2801415\",\"@IdType\":\"pmc\"},{\"#text\":\"19846703\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ochsner + KN, Gross JJ. The cognitive control of emotion. Trends Cogn Sci. 2005;9:242\u2013249.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15866151\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Johnstone + T, van Reekum CM, Urry HL, Kalin NH, Davidson RJ. Failure to regulate: counterproductive + recruitment of top-down prefrontal-subcortical circuitry in major depression. + J Neurosci. 2007;27:8877\u20138884.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6672169\",\"@IdType\":\"pmc\"},{\"#text\":\"17699669\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ochsner + KN, Ray RD, Cooper JC, Robertson ER, Chopra S, Gabrieli JD, et al. For better + or for worse: neural systems supporting the cognitive down- and up-regulation + of negative emotion. Neuroimage. 2004;23:483\u2013499.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15488398\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Lieberman + MD, Eisenberger NI, Crockett MJ, Tom SM, Pfeifer JH, Way BM. Putting feelings + into words: affect labeling disrupts amygdala activity in response to affective + stimuli. Psychol Sci. 2007;18:421\u2013428.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17576282\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cahn + BR, Polich J. Meditation states and traits: EEG, ERP, and neuroimaging studies. + Psychol Bull. 2006;132:180\u2013211.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16536641\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Paulesu + E, Sambugaro E, Torti T, Danelli L, Ferri F, Scialfa G, et al. Neural correlates + of worry in generalized anxiety disorder and in normal controls: a functional + MRI study. Psychol Med. 2010;40:117\u2013124.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19419593\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Etkin + A, Prater KE, Schatzberg AF, Menon V, Greicius MD. Disrupted amygdalar subregion + functional connectivity and evidence of a compensatory network in generalized + anxiety disorder. Arch Gen Psychiatry. 2009;66:1361\u20131372.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19996041\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Etkin + A, Prater KE, Hoeft F, Menon V, Schatzberg AF. Failure of anterior cingulate + activation and connectivity with the amygdala during implicit regulation of + emotional processing in generalized anxiety disorder. Am J Psychiatry. 2010;167:545\u2013554.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4367202\",\"@IdType\":\"pmc\"},{\"#text\":\"20123913\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Engels + AS, Heller W, Mohanty A, Herrington JD, Banich MT, Webb AG, et al. Specificity + of regional brain activity in anxiety types during emotion processing. Psychophysiology. + 2007;44:352\u2013363.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17433094\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Etkin + A, Egner T, Kalisch R. Emotional processing in anterior cingulate and medial + prefrontal cortex. Trends Cogn Sci. 2011;15:85\u201393.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3035157\",\"@IdType\":\"pmc\"},{\"#text\":\"21167765\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Shin + LM, Whalen PJ, Pitman RK, Bush G, Macklin ML, Lasko NB, et al. An fMRI study + of anterior cingulate function in posttraumatic stress disorder. Biol Psychiatry. + 2001;50:932\u2013942.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11750889\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Whalen + PJ, Bush G, McNally RJ, Wilhelm S, McInerney SC, Jenike MA, et al. The emotional + counting Stroop paradigm: a functional magnetic resonance imaging probe of + the anterior cingulate affective division. Biol Psychiatry. 1998;44:1219\u20131228.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9861465\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Britton + JC, Gold AL, Deckersbach T, Rauch SL. Functional MRI study of specific animal + phobia using an event-related emotional counting Stroop paradigm. Depress + Anxiety. 2009;26:796\u2013805.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2792204\",\"@IdType\":\"pmc\"},{\"#text\":\"19434621\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Isenberg + N, Silbersweig D, Engelien A, Emmerich S, Malavade K, Beattie B, et al. Linguistic + threat activates the human amygdala. Proc Natl Acad Sci USA. 1999;96:10456\u201310459.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC17910\",\"@IdType\":\"pmc\"},{\"#text\":\"10468630\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"George + MS, Ketter TA, Parekh PI, Rosinsky N, Ring HA, Pazzaglia PJ, et al. Blunted + left cingulate activation in mood disorder subjects during a response interference + task (the Stroop) J Neuropsychiatry Clin Neurosci. 1997;9:55\u201363.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9017529\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Milham + MP, Banich MT, Claus ED, Cohen NJ. Practice-related effects demonstrate complementary + roles of anterior cingulate and prefrontal cortices in attentional control. + Neuroimage. 2003;18:483\u2013493.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12595201\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Milham + MP, Banich MT, Barad V. Competition for priority in processing increases prefrontal + cortex's involvement in top-down control: an event-related fMRI study of the + stroop task. Brain Res Cogn Brain Res. 2003;17:212\u2013222.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12880892\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Wright + CI, Wedig MM, Williams D, Rauch SL, Albert MS. Novel fearful faces activate + the amygdala in healthy young and elderly adults. Neurobiol Aging. 2006;27:361\u2013374.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16399218\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Etkin + A, Wager TD. Functional neuroimaging of anxiety: a meta-analysis of emotional + processing in PTSD, social anxiety disorder, and specific phobia. Am J Psychiatry. + 2007;164:1476\u20131488.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3318959\",\"@IdType\":\"pmc\"},{\"#text\":\"17898336\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nitschke + JB, Sarinopoulos I, Oathes DJ, Johnstone T, Whalen PJ, Davidson RJ, et al. + Anticipatory activation in the amygdala and anterior cingulate in generalized + anxiety disorder and prediction of treatment response. Am J Psychiatry. 2009;166:302\u2013310.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2804441\",\"@IdType\":\"pmc\"},{\"#text\":\"19122007\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Borkovec + TD, Lyonfields JD, Wiser SL, Deihl L. The role of worrisome thinking in the + suppression of cardiovascular response to phobic imagery. Behav Res Ther. + 1993;31:321\u2013324.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8476407\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Davidson + RJ. Affective style, psychopathology, and resilience: brain mechanisms and + plasticity. Am Psychol. 2000;55:1196\u20131214.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11280935\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Depue + BE, Curran T, Banich MT. Prefrontal regions orchestrate suppression of emotional + memories via a two-phase process. Science. 2007;317:215\u2013219.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17626877\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Anderson + MC, Ochsner KN, Kuhl B, Cooper J, Robertson E, Gabrieli SW, et al. Neural + systems underlying the suppression of unwanted memories. Science. 2004;303:232\u2013235.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14716015\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Siegle + GJ, Thompson W, Carter CS, Steinhauer SR, Thase ME. Increased amygdala and + decreased dorsolateral prefrontal BOLD responses in unipolar depression: related + and independent features. Biol Psychiatry. 2007;61:198\u2013209.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17027931\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mohlman + J. More power to the executive? A preliminary test of CBT plus executive skills + training for treatment of late-life GAD. Cogn Behav Pract. 2008;15:306\u2013316.\"},{\"Citation\":\"Amir + N, Beard C, Taylor CT, Klumpp H, Elias J, Burns M, et al. Attention training + in individuals with generalized social phobia: a randomized controlled trial. + J Consult Clin Psychol. 2009;77:961\u2013973.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2796508\",\"@IdType\":\"pmc\"},{\"#text\":\"19803575\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hazen + RA, Vasey MW, Schmidt NB. Attentional retraining: a randomized clinical trial + for pathological worry. J Psychiatr Res. 2009;43:627\u2013633.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18722627\",\"@IdType\":\"pubmed\"}}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"22833192\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"2158-3188\",\"@IssnType\":\"Electronic\"},\"Title\":\"Translational + psychiatry\",\"JournalIssue\":{\"Issue\":\"10\",\"Volume\":\"1\",\"PubDate\":{\"Day\":\"04\",\"Year\":\"2011\",\"Month\":\"Oct\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Transl + Psychiatry\"},\"Abstract\":{\"AbstractText\":\"Younger adults with anxiety + disorders are known to show an attentional bias toward negative information. + Little is known regarding the role of biased attention in anxious older adults, + and even less is known about the neural substrates of any such bias. Functional + magnetic resonance imaging (fMRI) was used to assess the mechanisms of attentional + bias in late life by contrasting predictions of a top-down model emphasizing + deficient prefrontal cortex (PFC) control and a bottom-up model emphasizing + amygdalar hyperreactivity. In all, 16 older generalized anxiety disorder (GAD) + patients (mean age=66 years) and 12 non-anxious controls (NACs; mean age=67 + years) completed the emotional Stroop task to assess selective attention to + negative words. Task-related fMRI data were concurrently acquired. Consistent + with hypotheses, GAD participants were slower to identify the color of negative + words relative to neutral, whereas NACs showed the opposite bias, responding + more quickly to negative words. During negative words (in comparison with + neutral), the NAC group showed PFC activations, coupled with deactivation + of task-irrelevant emotional processing regions such as the amygdala and hippocampus. + By contrast, GAD participants showed PFC decreases during negative words and + no differences in amygdalar activity across word types. Across all participants, + greater attentional bias toward negative words was correlated with decreased + PFC recruitment. A significant positive correlation between attentional bias + and amygdala activation was also present, but this relationship was mediated + by PFC activity. These results are consistent with reduced prefrontal attentional + control in late-life GAD. Strategies to enhance top-down attentional control + may be particularly relevant in late-life GAD treatment.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIMH + NIH HHS\",\"Acronym\":\"MH\",\"Country\":\"United States\",\"GrantID\":\"F31 + MH081468\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"T32 AG027668\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"R + B\",\"Initials\":\"RB\",\"LastName\":\"Price\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, Rutgers, The State University of New Jersey, New Brunswick, + NJ, USA. rebecca.price@stanfordalumni.org\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"D + A\",\"Initials\":\"DA\",\"LastName\":\"Eldreth\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"J\",\"Initials\":\"J\",\"LastName\":\"Mohlman\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"e46\",\"MedlinePgn\":\"e46\"},\"ArticleDate\":{\"Day\":\"04\",\"Year\":\"2011\",\"Month\":\"10\",\"@DateType\":\"Electronic\"},\"ELocationID\":{\"#text\":\"10.1038/tp.2011.46\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":\"Deficient + prefrontal attentional control in late-life generalized anxiety disorder: + an fMRI investigation.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D052061\",\"#text\":\"Research Support, N.I.H., Extramural\"},{\"@UI\":\"D013485\",\"#text\":\"Research + Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"21\",\"Year\":\"2021\",\"Month\":\"10\"},\"DateCompleted\":{\"Day\":\"04\",\"Year\":\"2013\",\"Month\":\"04\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D000679\",\"#text\":\"Amygdala\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D001008\",\"#text\":\"Anxiety + Disorders\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D001288\",\"#text\":\"Attention\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D004644\",\"#text\":\"Emotions\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D056344\",\"#text\":\"Executive + Function\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000379\",\"#text\":\"methods\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008960\",\"#text\":\"Models, + Psychological\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D017397\",\"#text\":\"Prefrontal + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D057190\",\"#text\":\"Stroop + Test\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Transl Psychiatry\",\"ISSNLinking\":\"2158-3188\",\"NlmUniqueID\":\"101562664\"}}},\"semantic_scholar\":{\"year\":2011,\"title\":\"Deficient + prefrontal attentional control in late-life generalized anxiety disorder: + an fMRI investigation\",\"venue\":\"Translational Psychiatry\",\"authors\":[{\"name\":\"Rebecca + B. Price\",\"authorId\":\"2271220390\"},{\"name\":\"Rebecca B. Price\",\"authorId\":\"2271220390\"},{\"name\":\"Dana + A. Eldreth\",\"authorId\":\"2271608729\"},{\"name\":\"Jan Mohlman\",\"authorId\":\"2271608776\"}],\"paperId\":\"4ef8c9b61a4c3d00454ba8f8daee5da57ef5c26c\",\"abstract\":\"Younger + adults with anxiety disorders are known to show an attentional bias toward + negative information. Little is known regarding the role of biased attention + in anxious older adults, and even less is known about the neural substrates + of any such bias. Functional magnetic resonance imaging (fMRI) was used to + assess the mechanisms of attentional bias in late life by contrasting predictions + of a top-down model emphasizing deficient prefrontal cortex (PFC) control + and a bottom-up model emphasizing amygdalar hyperreactivity. In all, 16 older + generalized anxiety disorder (GAD) patients (mean age=66 years) and 12 non-anxious + controls (NACs; mean age=67 years) completed the emotional Stroop task to + assess selective attention to negative words. Task-related fMRI data were + concurrently acquired. Consistent with hypotheses, GAD participants were slower + to identify the color of negative words relative to neutral, whereas NACs + showed the opposite bias, responding more quickly to negative words. During + negative words (in comparison with neutral), the NAC group showed PFC activations, + coupled with deactivation of task-irrelevant emotional processing regions + such as the amygdala and hippocampus. By contrast, GAD participants showed + PFC decreases during negative words and no differences in amygdalar activity + across word types. Across all participants, greater attentional bias toward + negative words was correlated with decreased PFC recruitment. A significant + positive correlation between attentional bias and amygdala activation was + also present, but this relationship was mediated by PFC activity. These results + are consistent with reduced prefrontal attentional control in late-life GAD. + Strategies to enhance top-down attentional control may be particularly relevant + in late-life GAD treatment.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.nature.com/articles/tp201146.pdf\",\"status\":\"GOLD\",\"license\":\"CCBYNCND\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC3309492, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2011-10-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T07:45:39.034121+00:00\",\"analyses\":[{\"id\":\"6CqY8NqHDkeX\",\"user\":null,\"name\":\"NAC>GAD\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Between-group + comparisons of BOLD signal for generalized anxiety disorder and non-anxious + control participants during the negative-neutral run (negative>neutral contrast)\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"QSEW2LuQG9ri\",\"coordinates\":[-58.0,18.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.66}]},{\"id\":\"DUcfB5Mb27aj\",\"coordinates\":[22.0,38.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.27}]}],\"images\":[]},{\"id\":\"atfmcWhnSbQv\",\"user\":null,\"name\":\"GAD>NAC\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Between-group + comparisons of BOLD signal for generalized anxiety disorder and non-anxious + control participants during the negative-neutral run (negative>neutral contrast)\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"99Q8XnTySSXP\",\"coordinates\":[-24.0,-2.0,-26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.1}]}],\"images\":[]},{\"id\":\"keNkjQUf4ujs\",\"user\":null,\"name\":\"GAD + group\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Within-group + comparisons of BOLD signal for generalized anxiety disorder and non-anxious + control participants\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"prndLAY2crii\",\"user\":null,\"name\":\"NAC + group\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Within-group + comparisons of BOLD signal for generalized anxiety disorder and non-anxious + control participants\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"R4FdUFCZ6xWv\",\"coordinates\":[10.0,54.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.25}]},{\"id\":\"68RFYhxBbZt6\",\"coordinates\":[-50.0,26.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.26}]}],\"images\":[]},{\"id\":\"GkaqPhSoeXMs\",\"user\":null,\"name\":\"GAD + group-2\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Within-group + comparisons of BOLD signal for generalized anxiety disorder and non-anxious + control participants\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"9e79Uj2TWTVP\",\"coordinates\":[48.0,26.0,20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.27}]},{\"id\":\"aM2hzbEPRuEU\",\"coordinates\":[-40.0,28.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.7}]}],\"images\":[]},{\"id\":\"nTYCPCYSjurQ\",\"user\":null,\"name\":\"NAC + group-2\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/26b/pmcid_3309492/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/22833192-10-1038-tp-2011-46-pmc3309492/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Within-group + comparisons of BOLD signal for generalized anxiety disorder and non-anxious + control participants\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"UN7sJRNd59PY\",\"coordinates\":[-24.0,-2.0,-26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.49}]}],\"images\":[]}]},{\"id\":\"MTNr8YwnKqNv\",\"created_at\":\"2025-12-03T16:54:46.525109+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Age-related + differences in the involvement of the prefrontal cortex in attentional control\",\"description\":\"We + investigated the relative involvement of cortical regions supporting attentional + control in older and younger adults during performance on a modified version + of the Stroop task. Participants were exposed to two different types of incongruent + trials. One of these, an incongruent-ineligible condition, produces conflict + at the non-response level, while the second, an incongruent-eligible condition, + produces conflict at both non-response and response levels of information + processing. Greater attentional control is needed to perform the incongruent-eligible + condition compared to other conditions. We examined the cortical recruitment + associated with this task in an event-related functional magnetic resonance + imaging paradigm in 25 older and 25 younger adults. Our results indicated + that while younger adults demonstrated an increase in the activation of cortical + regions responsible for maintaining attentional control in response to increased + levels of conflict, such sensitivity and flexibility of the cortical regions + to increased attentional control demands was absent in older adults. These + results suggest a limitation in older adults' capabilities for flexibly recruiting + the attentional network in response to increasing attentional demands.\",\"publication\":\"Brain + and Cognition\",\"doi\":\"10.1016/j.bandc.2009.07.005\",\"pmid\":\"19699019\",\"authors\":\"R. + Prakash; K. Erickson; S. Colcombe; Jennifer S. Kim; M. Voss; A. Kramer\",\"year\":2009,\"metadata\":{\"slug\":\"19699019-10-1016-j-bandc-2009-07-005-pmc2783271\",\"source\":\"semantic_scholar\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"21\",\"Year\":\"2008\",\"Month\":\"4\",\"@PubStatus\":\"received\"},{\"Day\":\"8\",\"Year\":\"2009\",\"Month\":\"7\",\"@PubStatus\":\"revised\"},{\"Day\":\"10\",\"Year\":\"2009\",\"Month\":\"7\",\"@PubStatus\":\"accepted\"},{\"Day\":\"25\",\"Hour\":\"9\",\"Year\":\"2009\",\"Month\":\"8\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"25\",\"Hour\":\"9\",\"Year\":\"2009\",\"Month\":\"8\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"16\",\"Hour\":\"6\",\"Year\":\"2009\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2010\",\"Month\":\"12\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"19699019\",\"@IdType\":\"pubmed\"},{\"#text\":\"NIHMS140406\",\"@IdType\":\"mid\"},{\"#text\":\"PMC2783271\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1016/j.bandc.2009.07.005\",\"@IdType\":\"doi\"},{\"#text\":\"S0278-2626(09)00111-0\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Banich + MT, Milhalm MP, Atchley R, Cohen NJ, Webb A, Wszalek T, Kramer AF, Liang Z, + Wright A, Shenker J, Magin J. fMRI studies of Stroop tasks reveal unique roles + of anterior and posterior brain systems in attentional selection. Journal + of Cognitive Neuroscience. 2000;12:988\u20131000.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11177419\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Banich + MT, Milhalm MP, Jacobson BL, Webb A, Wszalek T, Cohen NJ. Attentional selection + and the processing of task-irrelevant information: insights from fMRI examinations + of the Stroop task. Progress in Brain Research. 2001;134:450\u2013470.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11702561\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Beckmann + CF, Jenkinson M, Smith SM. General multi-level linear modeling for group analysis + in FMRI. NeuroImage. 2003;20:1052\u20131063.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14568475\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Blasi + G, Goldberg TE, Weickert T, Das S, Kohn P, Zoltick B, Bertolino A, Callicott + JH, Weinberger DR, Mattay VS. Brain regions underlying response inhibition + and interference monitoring and suppression. The European Journal of Neuroscience. + 2006;23:1658\u20131664.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16553630\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bench + CJ, Frith CD, Grasby PM, Friston KJ, Paulesu E, Frackowiak RSJ, Dolan RJ. + Investigations of the functional anatomy of attention using the Stroop test. + Neuropsychologia. 1993;31:907\u2013922.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8232848\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Braver + TS, Cohen JD, Nystrom LE, Jonides J, Smith EE, Noll DC. A parametric study + of prefrontal cortex involvement in human working memory. NeuroImage. 1997;5:49\u201362.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9038284\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cabeza + R, Nyberg L. Imaging cognition II: An empirical review of 275 PET and fMRI + studies. Journal of Cognitive Neuroscience. 2000;12:1\u201347.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10769304\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Culham + JC, Kanwisher NG. Neuroimaging of cognitive functions in human parietal cortex. + Current Opinions in Neurobiology. 2001;11:157\u2013163.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11301234\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Dale + AM, Greve DN, Burock MA. Optimal Stimulus sequences for Event-Related fMRI. + 5th International Conference on Functional Mapping of the Human Brain; Duesseldorf, + Germany. June 11\u201316.1999.\"},{\"Citation\":\"Dale AM. Optimal experimental + design for event-related fMRI. Human Brain Mapping. 1999;8:109\u2013114.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6873302\",\"@IdType\":\"pmc\"},{\"#text\":\"10524601\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Desimone + R, Duncan J. Neural mechanisms of selective visual attention. Annual Review + of Neuroscience. 1995;18:193\u2013222.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"7605061\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"D\u2019Esposito + M, Aguirre GK, Zarahn E, Ballard D, Shin RK, Lease J. Functional MRI studies + of spatial and nonspatial working memory. Cognitive Brain Research. 1998;7:1\u201313.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9714705\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"D\u2019Esposito + M, Zarahan E, Aguirre GK, Rypma B. The effect of normal aging on the coupling + of neural activity to the bold hemodynamic response. NeuroImage. 1999;10:6\u201314.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10385577\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"DiGirolamo + GJ, Kramer AF, Barad V, Cepeda N, Weissman DH, Wszalek TM, Cohen NJ, Banich + M, Webb A, Beloposky A. General and task-specific frontal lobe recruitment + in older adults during executive processes: A fMRI investigation of task switching. + Neuroreport. 2001;12(9):2065\u20132072.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11435947\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Dishman + RK, Berthoud HR, Boot FW, Cotman CW, Edgerton VR, Fleshner MR, Gandevia SC, + Gomez-Pinilla F, Greenwood BN, Hillman CH, Kramer AF, Levin BE, Toran TH, + Russo-Neustadt AA, Salamone JD, Van Hoomissen JD, Wade CE, York DA, Zigmound + MJ. The neurobiology of exercise. Obesity Research. 2006;14(3):345\u2013356.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16648603\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Durston + S, Davidson MC, Thomas KM, Worden MS, Tottenham N, Martinez A, Watts R, Ulug + AM, Casey BJ. Parametric manipulation of conflict and response competition + using rapid mixed-trial event-related fMRI. NeuroImage. 2003;20:2135\u20132141.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14683717\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Erickson + KI, Colcombe SJ, Wadhwa R, Bherer L, Peterson MS, Scalf PE, Kim JS, Alvarado + M, Kramer AF. Training-induced plasticity in older adults: effects of training + on hemispheric asymmetry. Neurobiology of Aging. 2007;28:272\u2013283.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16480789\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Erickson + KI, Prakash RS, Colcombe SJ, Kramer AF. Top-down attentional control in the + Stroop task enhances activity in color-sensitive regions of visual cortex. + Behavioral Brain Research (in press)\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2845993\",\"@IdType\":\"pmc\"},{\"#text\":\"18804123\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + M. A fast, automated, n-dimensional phase unwarping algorithm. Magnetic Resonance + in Medicine. 2003;49:193\u2013197.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12509838\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kramer + A, Humphrey D, Larish J, Logan G, Strayer D. Aging and inhibition: Beyond + a unitary view of inhibitory processing in attention. Psychology and Aging. + 1994;9:491\u2013512.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"7893421\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kramer + AF, Willis SL. Enhancing the cognitive vitality of older adults. Current Directions + in Psychological Science. 2002;11:173\u2013176.\"},{\"Citation\":\"Liu X, + Banich MT, Jacobson BL, Tanabe JL. Functional dissociation of attentional + selection within PFC: response and non-response related aspects of attentional + selection as ascertained by fMRI. Cerebral Cortex. 2006;16:827\u2013834.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16135781\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Milhalm + MP, Banich MT, Webb A, Barad V, Cohen NJ, Wszalek T. The relative involvement + of anterior cingulate and prefrontal cortex in attentional control depends + on nature of conflict. Brain Research and Cognition. 2001;12:1325\u20131346.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11689307\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Milham + MP, Erickson KI, Banich MT, Kramer AF, Webb A, Wszalek T, Cohen NJ. Attentional + control in the aging brain: Insights from an fMRI study of the Stroop task. + Brain & Cognition. 2002;49:467\u201373.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12139955\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Owen + AM. The functional organization of working memory processes within human lateral + frontal cortex: The contribution of functional neuroimaging. The European + Journal of Neuroscience. 1997;9:1329\u20131339.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9240390\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reuter-Lorenz + PA, Mikels J. The aging brain: implications of enduring plasticity for behavioral + and cultural change. In: Baltes P, Reuter-Lorenz PA, Roesler F, editors. Lifespan + Development and the brain: The perspective of biocultural co-constructivism. + Cambridge University Press; Cambridge, UK: 2006.\"},{\"Citation\":\"Smith + SM, Zhang Y, Jenkinson M, Chen J, Mathews PM, Federico A, De Stefano N. Accurate, + robust and automated longitudinal and cross-sectional brain change analysis. + NeuroImage. 2002;17:479\u2013489.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12482100\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Smith + EE, Jonides J. Storage and executive processes in the frontal lobes. Science. + 1999;283:1657\u20131661.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10073923\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Stern + Y, Sano M, Paulsen J, Mayeux R. Modified Mini-Mental State Examination: Validity + and Reliability. Neurology. 1987;37:179.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"0\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"vanVeen + V, Carter JS. Separating semantic and response conflict in the Stroop task: + A functional MRI study. NeuroImage. 2005;27:297\u2013504.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15964208\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Woolrich + MW, Behrens TE, Beckmann CF, Jenkinson M, Smith SM. Multi-level linear modelling + for FMRI group analysis using Bayesian inference. NeuroImage. 2004;21:1732\u20131747.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15050594\",\"@IdType\":\"pubmed\"}}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"19699019\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1090-2147\",\"@IssnType\":\"Electronic\"},\"Title\":\"Brain + and cognition\",\"JournalIssue\":{\"Issue\":\"3\",\"Volume\":\"71\",\"PubDate\":{\"Year\":\"2009\",\"Month\":\"Dec\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Brain + Cogn\"},\"Abstract\":{\"AbstractText\":\"We investigated the relative involvement + of cortical regions supporting attentional control in older and younger adults + during performance on a modified version of the Stroop task. Participants + were exposed to two different types of incongruent trials. One of these, an + incongruent-ineligible condition, produces conflict at the non-response level, + while the second, an incongruent-eligible condition, produces conflict at + both non-response and response levels of information processing. Greater attentional + control is needed to perform the incongruent-eligible condition compared to + other conditions. We examined the cortical recruitment associated with this + task in an event-related functional magnetic resonance imaging paradigm in + 25 older and 25 younger adults. Our results indicated that while younger adults + demonstrated an increase in the activation of cortical regions responsible + for maintaining attentional control in response to increased levels of conflict, + such sensitivity and flexibility of the cortical regions to increased attentional + control demands was absent in older adults. These results suggest a limitation + in older adults' capabilities for flexibly recruiting the attentional network + in response to increasing attentional demands.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIA + NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United States\",\"GrantID\":\"R37 + AG025667\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG025032\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG25032\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG25667\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"R01 AG025667\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Ruchika + Shaurya\",\"Initials\":\"RS\",\"LastName\":\"Prakash\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, The Ohio State University, USA. prakash.30@osu.edu\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Kirk + I\",\"Initials\":\"KI\",\"LastName\":\"Erickson\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Stanley + J\",\"Initials\":\"SJ\",\"LastName\":\"Colcombe\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jennifer + S\",\"Initials\":\"JS\",\"LastName\":\"Kim\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michelle + W\",\"Initials\":\"MW\",\"LastName\":\"Voss\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Arthur + F\",\"Initials\":\"AF\",\"LastName\":\"Kramer\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"335\",\"StartPage\":\"328\",\"MedlinePgn\":\"328-35\"},\"ArticleDate\":{\"Day\":\"20\",\"Year\":\"2009\",\"Month\":\"08\",\"@DateType\":\"Electronic\"},\"ELocationID\":{\"#text\":\"10.1016/j.bandc.2009.07.005\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":\"Age-related + differences in the involvement of the prefrontal cortex in attentional control.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D052061\",\"#text\":\"Research Support, N.I.H., Extramural\"},{\"@UI\":\"D013485\",\"#text\":\"Research + Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"29\",\"Year\":\"2025\",\"Month\":\"05\"},\"DateCompleted\":{\"Day\":\"09\",\"Year\":\"2009\",\"Month\":\"12\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000293\",\"#text\":\"Adolescent\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000367\",\"#text\":\"Age + Factors\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000704\",\"#text\":\"Analysis + of Variance\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D001288\",\"#text\":\"Attention\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007091\",\"#text\":\"Image + Processing, Computer-Assisted\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D010470\",\"#text\":\"Perceptual + Masking\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D010775\",\"#text\":\"Photic + Stimulation\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D017397\",\"#text\":\"Prefrontal + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D011597\",\"#text\":\"Psychomotor + Performance\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D011930\",\"#text\":\"Reaction + Time\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D057190\",\"#text\":\"Stroop + Test\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D014796\",\"#text\":\"Visual + Perception\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Brain Cogn\",\"ISSNLinking\":\"0278-2626\",\"NlmUniqueID\":\"8218014\"}}},\"semantic_scholar\":{\"year\":2009,\"title\":\"Age-related + differences in the involvement of the prefrontal cortex in attentional control\",\"venue\":\"Brain + and Cognition\",\"authors\":[{\"name\":\"R. Prakash\",\"authorId\":\"2465943\"},{\"name\":\"K. + Erickson\",\"authorId\":\"3298565\"},{\"name\":\"S. Colcombe\",\"authorId\":\"2961967\"},{\"name\":\"Jennifer + S. Kim\",\"authorId\":\"2109208585\"},{\"name\":\"M. Voss\",\"authorId\":\"2437622\"},{\"name\":\"A. + Kramer\",\"authorId\":\"2172224901\"}],\"paperId\":\"dad9a100a32a3e8406002aa9f9c005be18b888bb\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://europepmc.org/articles/pmc2783271?pdf=render\",\"status\":\"GREEN\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.bandc.2009.07.005?email= + or https://doi.org/10.1016/j.bandc.2009.07.005, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use.\"},\"publicationDate\":\"2009-12-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T16:59:05.925032+00:00\",\"analyses\":[{\"id\":\"V32g8oGc4msv\",\"user\":null,\"name\":\"(A)\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Local + maxima in the incongruent>neutral contrast for (A) older adults and (B) younger + adults.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"L6VuiJ65nkER\",\"coordinates\":[12.0,-96.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.8}]},{\"id\":\"CVxhftFzG87a\",\"coordinates\":[-42.0,3.0,35.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.39}]},{\"id\":\"CJQo9yYmEgk2\",\"coordinates\":[-36.0,-68.0,43.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.38}]},{\"id\":\"6Ftww6g7r5Mm\",\"coordinates\":[-55.0,19.0,34.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.48}]},{\"id\":\"wNnvmanugqj2\",\"coordinates\":[-6.0,-78.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.94}]},{\"id\":\"a9HBAEaqCfqN\",\"coordinates\":[-48.0,-61.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.22}]}],\"images\":[]},{\"id\":\"8H9bobfcJQHk\",\"user\":null,\"name\":\"(B)\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/19699019-10-1016-j-bandc-2009-07-005-pmc2783271/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Local + maxima in the incongruent>neutral contrast for (A) older adults and (B) younger + adults.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"JjA2KqmABB55\",\"coordinates\":[-22.0,-72.0,-19.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.28}]},{\"id\":\"KHn34cVdF8Bi\",\"coordinates\":[-48.0,7.0,29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.68}]},{\"id\":\"7dWnTDTP2Tzx\",\"coordinates\":[48.0,11.0,20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.43}]},{\"id\":\"VDqnt3d4KH6d\",\"coordinates\":[-51.0,-37.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.92}]},{\"id\":\"WoHrvRV6jaKh\",\"coordinates\":[-32.0,20.0,5.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.21}]},{\"id\":\"tdj5z4rmzuvz\",\"coordinates\":[40.0,14.0,3.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.81}]},{\"id\":\"6Lv79UnFegA3\",\"coordinates\":[-8.0,-87.0,-9.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.0}]},{\"id\":\"pGsui5x9BJzQ\",\"coordinates\":[12.0,-82.0,-18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.2}]},{\"id\":\"FJNionLunjqA\",\"coordinates\":[-26.0,-72.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.52}]},{\"id\":\"LB4heJAHGSrN\",\"coordinates\":[14.0,-71.0,7.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.08}]},{\"id\":\"JSRcnbg42n35\",\"coordinates\":[-14.0,-75.0,62.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.09}]},{\"id\":\"oq5nBmk2fADj\",\"coordinates\":[-65.0,-51.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.37}]}],\"images\":[]}]},{\"id\":\"NpyJt4hQWaoo\",\"created_at\":\"2025-12-03T22:43:57.366760+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Right + anterior cerebellum BOLD responses reflect age related changes in Simon task + sequential effects\",\"description\":\"Participants are slower to report a + feature, such as color, when the target appears on the side opposite the instructed + response, than when the target appears on the same side. This finding suggests + that target location, even when task-irrelevant, interferes with response + selection. This effect is magnified in older adults. Lengthening the inter-trial + interval, however, suffices to normalize the congruency effect in older adults, + by re-establishing young-like sequential effects (Aisenberg et al., 2014). + We examined the neurological correlates of age related changes by comparing + BOLD signals in young and old participants performing a visual version of + the Simon task. Participants reported the color of a peripheral target, by + a left or right-hand keypress. Generally, BOLD responses were greater following + incongruent than congruent targets. Also, they were delayed and of smaller + amplitude in old than young participants. BOLD responses in visual and motor + regions were also affected by the congruency of the previous target, suggesting + that sequential effects may reflect remapping of stimulus location onto the + hand used to make a response. Crucially, young participants showed larger + BOLD responses in right anterior cerebellum to incongruent targets, when the + previous target was congruent, but smaller BOLD responses to incongruent targets + when the previous target was incongruent. Old participants, however, showed + larger BOLD responses to congruent than incongruent targets, irrespective + of the previous target congruency. We conclude that aging may interfere with + the trial by trial updating of the mapping between the task-irrelevant target + location and response, which takes place during the inter-trial interval in + the cerebellum and underlays sequential effects in a Simon task.\",\"publication\":\"Neuropsychologia\",\"doi\":\"10.1016/j.neuropsychologia.2017.12.012\",\"pmid\":\"29233718\",\"authors\":\"D. + Aisenberg; D. Aisenberg; A. Sapir; Alex Close; A. Henik; G. d'Avossa\",\"year\":2018,\"metadata\":{\"slug\":\"29233718-10-1016-j-neuropsychologia-2017-12-012\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Cerebellum\",\"Sequential + effects\",\"Simon task\",\"Stimulus-response remapping\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"15\",\"Year\":\"2017\",\"Month\":\"2\",\"@PubStatus\":\"received\"},{\"Day\":\"6\",\"Year\":\"2017\",\"Month\":\"12\",\"@PubStatus\":\"revised\"},{\"Day\":\"7\",\"Year\":\"2017\",\"Month\":\"12\",\"@PubStatus\":\"accepted\"},{\"Day\":\"14\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"29\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"14\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"29233718\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neuropsychologia.2017.12.012\",\"@IdType\":\"doi\"},{\"#text\":\"S0028-3932(17)30477-3\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"29233718\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1873-3514\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neuropsychologia\",\"JournalIssue\":{\"Volume\":\"109\",\"PubDate\":{\"Day\":\"31\",\"Year\":\"2018\",\"Month\":\"Jan\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neuropsychologia\"},\"Abstract\":{\"AbstractText\":\"Participants + are slower to report a feature, such as color, when the target appears on + the side opposite the instructed response, than when the target appears on + the same side. This finding suggests that target location, even when task-irrelevant, + interferes with response selection. This effect is magnified in older adults. + Lengthening the inter-trial interval, however, suffices to normalize the congruency + effect in older adults, by re-establishing young-like sequential effects (Aisenberg + et al., 2014). We examined the neurological correlates of age related changes + by comparing BOLD signals in young and old participants performing a visual + version of the Simon task. Participants reported the color of a peripheral + target, by a left or right-hand keypress. Generally, BOLD responses were greater + following incongruent than congruent targets. Also, they were delayed and + of smaller amplitude in old than young participants. BOLD responses in visual + and motor regions were also affected by the congruency of the previous target, + suggesting that sequential effects may reflect remapping of stimulus location + onto the hand used to make a response. Crucially, young participants showed + larger BOLD responses in right anterior cerebellum to incongruent targets, + when the previous target was congruent, but smaller BOLD responses to incongruent + targets when the previous target was incongruent. Old participants, however, + showed larger BOLD responses to congruent than incongruent targets, irrespective + of the previous target congruency. We conclude that aging may interfere with + the trial by trial updating of the mapping between the task-irrelevant target + location and response, which takes place during the inter-trial interval in + the cerebellum and underlays sequential effects in a Simon task.\",\"CopyrightInformation\":\"Copyright + \xA9 2017 Elsevier Ltd. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"D\",\"Initials\":\"D\",\"LastName\":\"Aisenberg\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology and Zlotowski Center for Neuroscience, Ben-Gurion University + of the Negev, Beer Sheva, Israel; Department of clinical Psychology - Gerontology, + Ruppin Academic center, Emek Hefer, Israel. Electronic address: danielaa@ruppin.ac.il.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"A\",\"Initials\":\"A\",\"LastName\":\"Sapir\",\"AffiliationInfo\":{\"Affiliation\":\"School + of Psychology and Wolfson Center of Clinical and Cognitive Neuroscience, Bangor + University, Wales, UK.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"A\",\"Initials\":\"A\",\"LastName\":\"Close\",\"AffiliationInfo\":{\"Affiliation\":\"School + of Psychology and Wolfson Center of Clinical and Cognitive Neuroscience, Bangor + University, Wales, UK.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"A\",\"Initials\":\"A\",\"LastName\":\"Henik\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology and Zlotowski Center for Neuroscience, Ben-Gurion University + of the Negev, Beer Sheva, Israel.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"G\",\"Initials\":\"G\",\"LastName\":\"d'Avossa\",\"AffiliationInfo\":{\"Affiliation\":\"School + of Psychology and Wolfson Center of Clinical and Cognitive Neuroscience, Bangor + University, Wales, UK.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"164\",\"StartPage\":\"155\",\"MedlinePgn\":\"155-164\"},\"ArticleDate\":{\"Day\":\"09\",\"Year\":\"2017\",\"Month\":\"12\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neuropsychologia.2017.12.012\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0028-3932(17)30477-3\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Right + anterior cerebellum BOLD responses reflect age related changes in Simon task + sequential effects.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"28\",\"Year\":\"2019\",\"Month\":\"01\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Cerebellum\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Sequential + effects\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Simon task\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Stimulus-response + remapping\",\"@MajorTopicYN\":\"N\"}]},\"ChemicalList\":{\"Chemical\":{\"RegistryNumber\":\"S88TT14065\",\"NameOfSubstance\":{\"@UI\":\"D010100\",\"#text\":\"Oxygen\"}}},\"DateCompleted\":{\"Day\":\"28\",\"Year\":\"2019\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000523\",\"#text\":\"psychology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000098\",\"#text\":\"blood + supply\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D002531\",\"#text\":\"Cerebellum\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D002560\",\"#text\":\"Cerebrovascular + Circulation\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D007839\",\"#text\":\"Functional + Laterality\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D009043\",\"#text\":\"Motor + Activity\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000097\",\"#text\":\"blood\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D010100\",\"#text\":\"Oxygen\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D013028\",\"#text\":\"Space + Perception\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D014796\",\"#text\":\"Visual + Perception\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"England\",\"MedlineTA\":\"Neuropsychologia\",\"ISSNLinking\":\"0028-3932\",\"NlmUniqueID\":\"0020713\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Right + anterior cerebellum BOLD responses reflect age related changes in Simon task + sequential effects\",\"venue\":\"Neuropsychologia\",\"authors\":[{\"name\":\"D. + Aisenberg\",\"authorId\":\"5462757\"},{\"name\":\"D. Aisenberg\",\"authorId\":\"5462757\"},{\"name\":\"A. + Sapir\",\"authorId\":\"32001069\"},{\"name\":\"Alex Close\",\"authorId\":\"32422222\"},{\"name\":\"A. + Henik\",\"authorId\":\"143665696\"},{\"name\":\"G. d'Avossa\",\"authorId\":\"1402430383\"}],\"paperId\":\"015d642dea9f5898816837df471549bbfcdc087f\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://research.bangor.ac.uk/portal/files/20060282/2017_Right_anterior.pdf\",\"status\":\"GREEN\",\"license\":\"CCBYNCND\",\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neuropsychologia.2017.12.012?email= + or https://doi.org/10.1016/j.neuropsychologia.2017.12.012, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2018-01-31\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T22:46:30.674073+00:00\",\"analyses\":[{\"id\":\"aN93d77Wm8Nt\",\"user\":null,\"name\":\"t0010\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"t0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010_coordinates.csv\"},\"original_table_id\":\"t0010\"},\"table_metadata\":{\"table_id\":\"t0010\",\"table_label\":\"Table + 2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0010_coordinates.csv\"},\"sanitized_table_id\":\"t0010\"},\"description\":\"Talairach + Coordinates of the Peaks in the present target congruency by age by time multiple + comparison corrected z-transformed map.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"LepjBW7nVnv2\",\"coordinates\":[-29.0,0.0,-45.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.82}]},{\"id\":\"jMT23WdAh78r\",\"coordinates\":[3.0,-53.0,23.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.46}]},{\"id\":\"BXg7M4GL9ojo\",\"coordinates\":[-8.0,-80.0,32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.3}]},{\"id\":\"enbX2WdyCpso\",\"coordinates\":[47.0,-52.0,-21.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.87}]},{\"id\":\"okEnGDzB2EXM\",\"coordinates\":[5.0,-55.0,37.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.81}]},{\"id\":\"KRrwMyg84kuw\",\"coordinates\":[-43.0,0.0,-45.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.79}]},{\"id\":\"X27GgWBj8ZLc\",\"coordinates\":[-3.0,-19.0,55.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.73}]},{\"id\":\"HVbydeF7XcnN\",\"coordinates\":[0.0,-46.0,29.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.67}]}],\"images\":[]},{\"id\":\"N259WfACrE2h\",\"user\":null,\"name\":\"Talairach + Coordinates of the Peaks in the previous target congruency by present target + congruency by time multiple comparison corrected z-transformed map.\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/29233718-10-1016-j-neuropsychologia-2017-12-012/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Talairach + Coordinates of the Peaks in the previous target congruency by present target + congruency by time multiple comparison corrected z-transformed map.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"S5Q8xeCKfWkR\",\"coordinates\":[-41.0,-26.0,58.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.46}]},{\"id\":\"p84GPBpN9ax5\",\"coordinates\":[-42.0,-28.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.65}]},{\"id\":\"mDDZxKziAgPf\",\"coordinates\":[22.0,-56.0,-21.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.27}]},{\"id\":\"Fc7GJMKkTwkB\",\"coordinates\":[15.0,-61.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.07}]},{\"id\":\"tvU6gWwDePZP\",\"coordinates\":[36.0,-24.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.67}]},{\"id\":\"brSWinGHa9So\",\"coordinates\":[-14.0,-75.0,-1.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.35}]},{\"id\":\"waPWNCGXCpdH\",\"coordinates\":[-39.0,-15.0,59.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.1}]}],\"images\":[]}]},{\"id\":\"NWsVB7HRR89W\",\"created_at\":\"2026-01-26T17:35:49.787757+00:00\",\"updated_at\":null,\"user\":\"github|12564882\",\"name\":\"Both + left and right posterior parietal activations contribute to compensatory processes + in normal aging\",\"description\":\"Older adults often exhibit greater brain + activation in prefrontal cortex compared to younger adults, and there is some + evidence that this increased activation compensates for age-related neural + degradation that would otherwise adversely affect cognitive performance. Less + is known about aging and compensatory recruitment in the parietal cortex. + In this event-related functional magnetic resonance imaging study, we presented + healthy young and old participants with two Stroop-like tasks (number magnitude + and physical size). In young, the number magnitude task activated right parietal + cortex and the physical size task activated left parietal cortex. In older + adults, we observed contralateral parietal recruitment that depended on the + task: in the number magnitude task older participants recruited left posterior + parietal cortex (in addition to the right parietal activity observed in young) + while in the physical size task they recruited right (in addition to left) + posterior parietal cortex. In both cases, the additional parietal activity + was associated with better performance suggesting that it played a compensatory + role. Older adults also recruited left prefrontal cortex during both tasks + and this common activation was also associated with better performance. The + results provide evidence for task-specific compensatory recruitment in parietal + cortex as well as task-independent compensatory recruitment in prefrontal + cortex in normal aging.\",\"publication\":\"Neuropsychologia\",\"doi\":\"10.1016/j.neuropsychologia.2011.10.022\",\"pmid\":\"22063904\",\"authors\":\"Huang + CM, Polk TA, Goh JO, Park DC\",\"year\":2012,\"metadata\":{\"sample_size\":null},\"source\":\"neurostore\",\"source_id\":\"3gAhmkckz4Gc\",\"source_updated_at\":\"2024-03-22T01:22:00.071558+00:00\",\"analyses\":[{\"id\":\"q3PJS9nnQmyT\",\"user\":\"github|12564882\",\"name\":\"T3\",\"metadata\":null,\"description\":\"new + description\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"qeTVH93ApKML\",\"coordinates\":[44.0,24.0,2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"YefV3wDJMUWR\",\"coordinates\":[-54.0,12.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"8wZii8gGAP2M\",\"coordinates\":[32.0,44.0,10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"TtzVrbnEZQUF\",\"coordinates\":[-38.0,8.0,34.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"gckwP7Eehzcg\",\"coordinates\":[10.0,20.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"Sf9i7xv75syC\",\"coordinates\":[14.0,8.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"inMapYQizp8Q\",\"coordinates\":[-30.0,10.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"ytCQbjuPnwGJ\",\"coordinates\":[-48.0,6.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"AsNicUg3x6SP\",\"coordinates\":[-32.0,-50.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"Yajsd2agK6T8\",\"coordinates\":[38.0,-48.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"L5sEByJxb59G\",\"coordinates\":[60.0,-32.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"mxrmqutKdoWV\",\"coordinates\":[12.0,-66.0,64.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"Wwv6TiH55ssu\",\"coordinates\":[34.0,-56.0,60.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"ySWbBWHHoZRJ\",\"coordinates\":[-8.0,-46.0,-18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"k8pCavxJwYsr\",\"coordinates\":[16.0,-48.0,-44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"HK5vaUKTLh3i\",\"coordinates\":[46.0,-28.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"22BUwitkCWNM\",\"coordinates\":[-52.0,-50.0,14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"NeWEbZq6xEMr\",\"coordinates\":[-6.0,-22.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"reZLcMR5PjXY\",\"coordinates\":[52.0,20.0,14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"QxCYEJVzbm7E\",\"coordinates\":[-36.0,28.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"uFG7Z35aRBrS\",\"coordinates\":[28.0,58.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"rvtwMKbtZ5cA\",\"coordinates\":[8.0,22.0,20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"5dnJu3t929qJ\",\"coordinates\":[-32.0,50.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"hZXtreSihyiD\",\"coordinates\":[40.0,56.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"wF5uwM6wLpdi\",\"coordinates\":[16.0,-68.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"whWpfVaLFFjv\",\"coordinates\":[16.0,-68.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"S9Ew4wKk6WT8\",\"coordinates\":[-48.0,-38.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"2FJFuWBAt4qL\",\"coordinates\":[-12.0,-70.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"CcvhBBuNeKKZ\",\"coordinates\":[62.0,-36.0,34.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"pFTYVSTWaxvs\",\"coordinates\":[-30.0,-58.0,-36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"5ZmXbgGqNVGV\",\"coordinates\":[36.0,-50.0,-32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"YGGypWrPsJZX\",\"coordinates\":[-24.0,-72.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"uPUwrY8VJaGK\",\"coordinates\":[-14.0,-24.0,10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]}],\"images\":[]},{\"id\":\"MeqYCosVNRyN\",\"user\":\"github|12564882\",\"name\":\"T4\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"LW2ddFUyY2SS\",\"coordinates\":[-28.0,-18.0,72.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"RFKVt68eoSH5\",\"coordinates\":[32.0,-32.0,74.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"cJykcYCRAybN\",\"coordinates\":[38.0,-6.0,66.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"RNZEUcFUtDy4\",\"coordinates\":[6.0,-2.0,70.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"J8iDY7QdQcBV\",\"coordinates\":[-4.0,30.0,-10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"3cUhXuaaEehX\",\"coordinates\":[-24.0,12.0,-26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"Fn3nKVjMwdYW\",\"coordinates\":[34.0,62.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"TtmESa7trB2y\",\"coordinates\":[36.0,-44.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"LfzPhTgn6WTR\",\"coordinates\":[-22.0,-44.0,-24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"pK3M2bAU7oY8\",\"coordinates\":[20.0,-68.0,-20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"sQcdNBbUWkPt\",\"coordinates\":[46.0,-28.0,14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"JaVqNcDsrCvK\",\"coordinates\":[-30.0,-62.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"TwRbByLEp8GZ\",\"coordinates\":[38.0,-50.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"Y32HNyXyvsLa\",\"coordinates\":[-32.0,-54.0,34.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"aUNAyxxxS6k6\",\"coordinates\":[-12.0,-72.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"ZKSSVBSGEmqt\",\"coordinates\":[58.0,-32.0,0.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]}],\"images\":[]},{\"id\":\"ShPoM5QXnUi4\",\"user\":\"github|12564882\",\"name\":\"T5\",\"metadata\":null,\"description\":null,\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"PAQzphP3Busy\",\"coordinates\":[-52.0,-6.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"YrdtaMmMYNWq\",\"coordinates\":[-36.0,52.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"TKpUBvGHtWgi\",\"coordinates\":[34.0,60.0,22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"PLYK3rMvJemV\",\"coordinates\":[-10.0,-10.0,62.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"dJgd2AcRdjtv\",\"coordinates\":[-60.0,-36.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"JVn8u4xf6iDB\",\"coordinates\":[-20.0,-34.0,-26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]},{\"id\":\"fivCbD2KdDxg\",\"coordinates\":[12.0,-54.0,-22.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":null,\"value\":null}]}],\"images\":[]}]},{\"id\":\"o2PMFZ53Gbtj\",\"created_at\":\"2025-12-03T18:06:08.549925+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Relationships + between dietary nutrients intake and lipid levels with functional MRI dorsolateral + prefrontal cortex activation\",\"description\":\"BACKGROUND: Dorsolateral + prefrontal cortex (DLPFC) is a key node in the cognitive control network that + supports working memory. DLPFC dysfunction is related to cognitive impairment. + It has been suggested that dietary components and high-density lipoprotein + cholesterol (HDL-C) play a vital role in brain health and cognitive function.\\n\\nPURPOSE: + This study aimed to investigate the relationships between dietary nutrient + intake and lipid levels with functional MRI (fMRI) brain activation in DLPFC + among older adults with mild cognitive impairment.\\n\\nPARTICIPANTS AND METHODS: + A total of 15 community-dwelling older adults with mild cognitive impairment, + aged \u226560 years, participated in this cross-sectional study at selected + senior citizen clubs in Klang Valley, Malaysia. The 7-day recall Diet History + Questionnaire was used to assess participants' dietary nutrient intake. Fasting + blood samples were also collected for lipid profile assessment. All participants + performed N-back (0- and 1-back) working memory tasks during fMRI scanning. + DLPFC (Brodmann's areas 9 and 46, and inferior, middle, and superior frontal + gyrus) was identified as a region of interest for analysis.\\n\\nRESULTS: + Positive associations were observed between dietary intake of energy, protein, + cholesterol, vitamins B6 and B12, potassium, iron, phosphorus, magnesium, + and HDL-C with DLPFC activation (<0.05). Multivariate analysis showed that + vitamin B6 intake, =0.505, (14)=3.29, =0.023, and Digit Symbol score, =0.413, + \ (14)=2.89, =0.045; =0.748, were positively related to DLPFC activation.\\n\\nCONCLUSION: + Increased vitamin B6 intake and cognitive processing speed were related to + greater activation in the DLPFC region, which was responsible for working + memory, executive function, attention, planning, and decision making. Further + studies are needed to elucidate the mechanisms underlying the association.\",\"publication\":\"Clinical + Interventions in Aging\",\"doi\":\"10.2147/CIA.S183425\",\"pmid\":\"30613138\",\"authors\":\"Huijin + Lau; S. Shahar; M. Mohamad; N. Rajab; H. M. Yahya; Normah Che Din; H. Abdul + Hamid\",\"year\":2018,\"metadata\":{\"slug\":\"30613138-10-2147-cia-s183425-pmc6307498\",\"source\":\"semantic_scholar\",\"keywords\":[\"HDL-C\",\"brain + activation\",\"fMRI\",\"vitamin B6\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"8\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"8\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"12\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"2\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"24\",\"Year\":\"2018\",\"Month\":\"12\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"30613138\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6307498\",\"@IdType\":\"pmc\"},{\"#text\":\"10.2147/CIA.S183425\",\"@IdType\":\"doi\"},{\"#text\":\"cia-14-043\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Breukelaar + IA, Antees C, Grieve SM, et al. Cognitive control network anatomy correlates + with neurocognitive behavior: A longitudinal study. Hum Brain Mapp. 2017;38(2):631\u2013643.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5347905\",\"@IdType\":\"pmc\"},{\"#text\":\"27623046\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kumar + S, Zomorrodi R, Ghazala Z. Dorsolateral prefrontal cortex neuroplasticity + deficits in Alzheimer\u2019s disease. JAMA. 2017;81(10):S148.\"},{\"Citation\":\"Pa + J, Boxer A, Chao LL, et al. Clinical-neuroimaging characteristics of dysexecutive + mild cognitive impairment. Ann Neurol. 2009;65(4):414\u2013423.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2680500\",\"@IdType\":\"pmc\"},{\"#text\":\"19399879\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vaynman + S, Ying Z, Wu A, Gomez-Pinilla F. Coupling energy metabolism with a mechanism + to support brain-derived neurotrophic factor-mediated synaptic plasticity. + Neuroscience. 2006;139(4):1221\u20131234.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16580138\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"G\xF3mez-Pinilla + F. Brain foods: the effects of nutrients on brain function. Nat Rev Neurosci. + 2008;9(7):568\u2013578.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2805706\",\"@IdType\":\"pmc\"},{\"#text\":\"18568016\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Weinstock-Guttman + B, Zivadinov R, Mahfooz N, et al. Serum lipid profiles are associated with + disability and MRI outcomes in multiple sclerosis. J Neuroinflammation. 2011;8:127.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3228782\",\"@IdType\":\"pmc\"},{\"#text\":\"21970791\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hottman + DA, Chernick D, Cheng S, Wang Z, Li L. HDL and cognition in neurodegenerative + disorders. Neurobiol Dis. 2014;72(Pt A):22\u201336.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4252583\",\"@IdType\":\"pmc\"},{\"#text\":\"25131449\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nik + Mohd Fakhruddin NNI, Shahar S, Abd Aziz NA, Yahya HM, Rajikan R. Which aging + group prone to have inadequate nutrient intake?: TUA Study. Sains Malaysiana. + 2016;45(9):1381\u20131391.\"},{\"Citation\":\"Wong SH, Rajikan R, das S. Antioxidants + intake and mild cognitive impairment among elderly people in Klang Valley: + a pilot study. Sains Malaysiana. 2010;39(4):689\u2013696.\"},{\"Citation\":\"Vanoh + D, Shahar S, Din NC, et al. Predictors of poor cognitive status among older + Malaysian adults: baseline findings from the LRGS TUA cohort study. Aging + Clin Exp Res. 2017;29(2):173\u2013182.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"26980453\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Shahar + S, Omar A, Vanoh D, et al. Approaches in methodology for population-based + longitudinal study on neuroprotective model for healthy longevity (TUA) among + Malaysian Older Adults. Aging Clin Exp Res. 2016;28(6):1089\u20131104.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"26670602\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Shahar + S, Earland J, Abdulrahman S. Validation of a dietary history questionnaire + against a 7-D weighed record for estimating nutrient intake among rural elderly + Malays. Malays J Nutr. 2000;6(1):33\u201344.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22692390\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Preston + AR, Eichenbaum H. Interplay of hippocampus and prefrontal cortex in memory. + Curr Biol. 2013;23(17):R764\u2013R773.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3789138\",\"@IdType\":\"pmc\"},{\"#text\":\"24028960\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mesulam + M. Brain, mind, and the evolution of connectivity. Brain Cogn. 2000;42(1):4\u20136.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10739582\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fan + J, Mccandliss BD, Fossella J, Flombaum JI, Posner MI. The activation of attentional + networks. Neuroimage. 2005;26(2):471\u2013479.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15907304\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fedorenko + E, Duncan J, Kanwisher N. Broad domain generality in focal regions of frontal + and parietal cortex. Proc Natl Acad Sci U S A. 2013;110(41):16616\u201316621.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3799302\",\"@IdType\":\"pmc\"},{\"#text\":\"24062451\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Koyama + MS, O\u2019Connor D, Shehzad Z, Milham MP. Differential contributions of the + middle frontal gyrus functional connectivity to literacy and numeracy. Sci + Rep. 2017;7(1):17548.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5727510\",\"@IdType\":\"pmc\"},{\"#text\":\"29235506\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Roberts + RO, Roberts LA, Geda YE, et al. Relative intake of macro-nutrients impacts + risk of mild cognitive impairment or dementia. J Alzheimers Dis. 2012;32(2):329\u2013339.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3494735\",\"@IdType\":\"pmc\"},{\"#text\":\"22810099\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kim + H, Kim G, Jang W, Kim SY, Chang N. Association between intake of B vitamins + and cognitive function in elderly Koreans with cognitive impairment. Nutr + J. 2014;13(1):118.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4290102\",\"@IdType\":\"pmc\"},{\"#text\":\"25516359\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Qin + B, Xun P, Jacobs DR, et al. Intake of niacin, folate, vitamin B-6, and vitamin + B-12 through young adulthood and cognitive function in midlife: the Coronary + Artery Risk Development in Young Adults (CARDIA) study. Am J Clin Nutr. 2017;106(4):1032\u20131040.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5611785\",\"@IdType\":\"pmc\"},{\"#text\":\"28768650\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Morris + MC, Evans DA, Bienias JL, et al. Dietary niacin and the risk of incident Alzheimer\u2019s + disease and of cognitive decline. J Neurol Neurosurg Psychiatry. 2004;75(8):1093\u20131099.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1739176\",\"@IdType\":\"pmc\"},{\"#text\":\"15258207\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jerner\xE9n + F, Elshorbagy AK, Oulhaj A, Smith SM, Refsum H, Smith AD. Brain atrophy in + cognitively impaired elderly: the importance of long-chain \u03C9-3 fatty + acids and B vitamin status in a randomized controlled trial. Am J Clin Nutr. + 2015;102(1):215\u2013221.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"25877495\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Smith + AD, Smith SM, de Jager CA, et al. Homocysteine-lowering by B vitamins slows + the rate of accelerated brain atrophy in mild cognitive impairment: a randomized + controlled trial. PLoS One. 2010;5(9):e12244.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2935890\",\"@IdType\":\"pmc\"},{\"#text\":\"20838622\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + AD, Refsum H. Homocysteine, B vitamins, and cognitive impairment. Annu Rev + Nutr. 2016;36:211\u2013239.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"27431367\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Clarke + R, Birks J, Nexo E, et al. Low vitamin B-12 status and risk of cognitive decline + in older adults. Am J Clin Nutr. 2007;86(5):1384\u20131391.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17991650\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Haan + MN, Miller JW, Aiello AE, et al. Homocysteine, B vitamins, and the incidence + of dementia and cognitive impairment: results from the Sacramento Area Latino + Study on Aging. Am J Clin Nutr. 2007;85(2):511\u2013517.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1892349\",\"@IdType\":\"pmc\"},{\"#text\":\"17284751\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ozawa + M, Ninomiya T, Ohara T, et al. Self-reported dietary intake of potassium, + calcium, and magnesium and risk of dementia in the Japanese: the Hisayama + Study. J Am Geriatr Soc. 2012;60(8):1515\u20131520.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22860881\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mackness + B, Mackness M. Anti-inflammatory properties of paraoxonase-1 in atherosclerosis. + Adv Exp Med Biol. 2010;660:143\u2013151.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20221877\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Mineo + C, Deguchi H, Griffin JH, Shaul PW. Endothelial and antithrombotic actions + of HDL. Circ Res. 2006;98(11):1352\u20131364.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16763172\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Norata + GD, Pirillo A, Ammirati E, Catapano AL. Emerging role of high density lipoproteins + as a player in the immune system. Atherosclerosis. 2012;220(1):11\u201321.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21783193\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"van + den Kommer TN, Dik MG, Comijs HC, Jonker C, Deeg DJ. Role of lipoproteins + and inflammation in cognitive decline: do they interact? Neurobiol Aging. + 2012;33(1):196.e1\u2013e12.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20594617\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Eckert + GP, Kirsch C, Leutz S, Wood WG, M\xFCller WE. Cholesterol modulates amyloid + beta-peptide\u2019s membrane interactions. Pharma-copsychiatry. 2003;36(Suppl + 2):S136\u2013S143.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14574628\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Koudinov + AR, Koudinova NV. Essential role for cholesterol in synaptic plasticity and + neuronal degeneration. FASEB J. 2001;15(10):1858\u20131860.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11481254\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"He + Q, Li Q, Zhao J, et al. Relationship between plasma lipids and mild cognitive + impairment in the elderly Chinese: a case-control study. Lipids Health Dis. + 2016;15(1):146.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5011904\",\"@IdType\":\"pmc\"},{\"#text\":\"27595570\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lv + YB, Yin ZX, Chei CL, et al. Serum cholesterol levels within the high normal + range are associated with better cognitive performance among Chinese elderly. + J Nutr Health Aging. 2016;20(3):280\u2013287.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4955538\",\"@IdType\":\"pmc\"},{\"#text\":\"26892577\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ihle + A, Gouveia \xC9R, Gouveia BR, et al. High-density lipoprotein cholesterol + level relates to working memory, immediate and delayed cued recall in Brazilian + older adults: the role of cognitive reserve. Dement Geriatr Cogn Disord. 2017;44(1\u20132):84\u201391.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"28743108\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Sinha + S, Misra A, Kumar V, et al. Proton magnetic resonance spectroscopy and single + photon emission computed tomography study of the brain in asymptomatic young + hyperlipidaemic Asian Indians in North India show early abnormalities. Clin + Endocrinol. 2004;61(2):182\u2013189.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15272912\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reiman + EM, Chen K, Langbaum JB, et al. Higher serum total cholesterol levels in late + middle age are associated with glucose hypometabolism in brain regions affected + by Alzheimer\u2019s disease and normal aging. Neuroimage. 2010;49(1):169\u2013176.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2888804\",\"@IdType\":\"pmc\"},{\"#text\":\"19631758\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gonzales + MM, Tarumi T, Eagan DE, Tanaka H, Biney FO, Haley AP. Current serum lipoprotein + levels and FMRI response to working memory in midlife. Dement Geriatr Cogn + Disord. 2011;31(4):259\u2013267.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3085033\",\"@IdType\":\"pmc\"},{\"#text\":\"21494033\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Selhub + J, Troen A, Rosenberg IH. B vitamins and the aging brain. Nutr Rev. 2010;68(Suppl + 2):S112\u2013S118.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21091944\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Erickson + KI, Suever BL, Prakash RS, Colcombe SJ, Mcauley E, Kramer AF. Greater intake + of vitamins B6 and B12 spares gray matter in healthy elderly: a voxel-based + morphometry study. Brain Res. 2008;1199:20\u201326.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2323025\",\"@IdType\":\"pmc\"},{\"#text\":\"18281020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jannusch + K, Jockwitz C, Bidmon HJ, Moebus S, Amunts K, Caspers S. A complex interplay + of vitamin b1 and b6 metabolism with cognition, brain structure, and functional + connectivity in older adults. Front Neurosci. 2017;11:596.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5663975\",\"@IdType\":\"pmc\"},{\"#text\":\"29163003\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Douaud + G, Refsum H, de Jager CA, et al. Preventing Alzheimer\u2019s disease-related + gray matter atrophy by B-vitamin treatment. Proc Natl Acad Sci U S A. 2013;110(23):9523\u20139528.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3677457\",\"@IdType\":\"pmc\"},{\"#text\":\"23690582\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hlais + S, Reslan DR, Sarieddine HK, et al. Effect of lysine, vitamin B(6), and carnitine + supplementation on the lipid profile of male patients with hypertriglyceridemia: + a 12-week, open-label, randomized, placebo-controlled trial. Clin Ther. 2012;34(8):1674\u20131682.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22818869\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Adaikalakoteswari + A, Finer S, Voyias PD, et al. Vitamin B12 insufficiency induces cholesterol + biosynthesis by limiting s-adenosylmethionine and modulating the methylation + of SREBF1 and LDLR genes. Clin Epigenetics. 2015;7(1):14.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4356060\",\"@IdType\":\"pmc\"},{\"#text\":\"25763114\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Montoya + MT, Porres A, Serrano S, et al. Fatty acid saturation of the diet and plasma + lipid concentrations, lipoprotein particle concentrations, and cholesterol + efflux capacity. Am J Clin Nutr. 2002;75(3):484\u2013491.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11864853\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Axelrod + BN, Goldman RS, Henry RR. Sensitivity of the mini-mental state examination + to frontal lobe dysfunction in normal aging. J Clin Psychol. 1992;48(1):68\u201371.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1556219\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Buckholtz + JW, Martin JW, Treadway MT, et al. From blame to punishment: disrupting prefrontal + cortex activity reveals norm enforcement mechanisms. Neuron. 2015;87(6):1369\u20131380.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC5488876\",\"@IdType\":\"pmc\"},{\"#text\":\"26386518\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Speck + O, Ernst T, Braun J, Koch C, Miller E, Chang L. Gender differences in the + functional organization of the brain for working memory. Neuroreport. 2000;11(11):2581\u20132585.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10943726\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Wechsler + WD. Manual for the Wechsler Adult Intelligence Scale-Revised. New York: Psychological + Corporation; 1981.\"},{\"Citation\":\"Turken A, Whitfield-Gabrieli S, Bammer + R, Baldo JV, Dronkers NF, Gabrieli JD. Cognitive processing speed and the + structure of white matter pathways: convergent evidence from normal variation + and lesion studies. Neuroimage. 2008;42(2):1032\u20131044.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2630965\",\"@IdType\":\"pmc\"},{\"#text\":\"18602840\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bondi + MW, Houston WS, Eyler LT, Brown GG. FMRI evidence of compensatory mechanisms + in older adults at genetic risk for Alzheimer disease. Neurology. 2005;64(3):501\u2013508.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1761695\",\"@IdType\":\"pmc\"},{\"#text\":\"15699382\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bookheimer + SY, Strojwas MH, Cohen MS, et al. Patterns of brain activation in people at + risk for Alzheimer\u2019s disease. N Engl J Med. 2000;343(7):450\u2013456.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2831477\",\"@IdType\":\"pmc\"},{\"#text\":\"10944562\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hebert + JR, Ockene IS, Hurley TG, Luippold R, Well AD, Harmatz MG. Development and + testing of a seven-day dietary recall. J Clin Epidemiol. 1997;50(8):925\u2013937.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9291878\",\"@IdType\":\"pubmed\"}}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"30613138\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1178-1998\",\"@IssnType\":\"Electronic\"},\"Title\":\"Clinical + interventions in aging\",\"JournalIssue\":{\"Volume\":\"14\",\"PubDate\":{\"Year\":\"2019\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Clin + Interv Aging\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"Dorsolateral + prefrontal cortex (DLPFC) is a key node in the cognitive control network that + supports working memory. DLPFC dysfunction is related to cognitive impairment. + It has been suggested that dietary components and high-density lipoprotein + cholesterol (HDL-C) play a vital role in brain health and cognitive function.\",\"@Label\":\"BACKGROUND\",\"@NlmCategory\":\"BACKGROUND\"},{\"#text\":\"This + study aimed to investigate the relationships between dietary nutrient intake + and lipid levels with functional MRI (fMRI) brain activation in DLPFC among + older adults with mild cognitive impairment.\",\"@Label\":\"PURPOSE\",\"@NlmCategory\":\"OBJECTIVE\"},{\"#text\":\"A + total of 15 community-dwelling older adults with mild cognitive impairment, + aged \u226560 years, participated in this cross-sectional study at selected + senior citizen clubs in Klang Valley, Malaysia. The 7-day recall Diet History + Questionnaire was used to assess participants' dietary nutrient intake. Fasting + blood samples were also collected for lipid profile assessment. All participants + performed N-back (0- and 1-back) working memory tasks during fMRI scanning. + DLPFC (Brodmann's areas 9 and 46, and inferior, middle, and superior frontal + gyrus) was identified as a region of interest for analysis.\",\"@Label\":\"PARTICIPANTS + AND METHODS\",\"@NlmCategory\":\"METHODS\"},{\"i\":[\"P\",\"\u03B2\",\"t\",\"P\",\"\u03B2\",\"t\",\"P\",\"R\"],\"sup\":\"2\",\"#text\":\"Positive + associations were observed between dietary intake of energy, protein, cholesterol, + vitamins B6 and B12, potassium, iron, phosphorus, magnesium, and HDL-C with + DLPFC activation (<0.05). Multivariate analysis showed that vitamin B6 intake, + =0.505, (14)=3.29, =0.023, and Digit Symbol score, =0.413, (14)=2.89, =0.045; + \ =0.748, were positively related to DLPFC activation.\",\"@Label\":\"RESULTS\",\"@NlmCategory\":\"RESULTS\"},{\"#text\":\"Increased + vitamin B6 intake and cognitive processing speed were related to greater activation + in the DLPFC region, which was responsible for working memory, executive function, + attention, planning, and decision making. Further studies are needed to elucidate + the mechanisms underlying the association.\",\"@Label\":\"CONCLUSION\",\"@NlmCategory\":\"CONCLUSIONS\"}]},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Huijin\",\"Initials\":\"H\",\"LastName\":\"Lau\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Healthy Aging and Wellness, Faculty of Health Sciences, Universiti Kebangsaan + Malaysia, Kuala Lumpur, Malaysia, suzana.shahar@ukm.edu.my.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Suzana\",\"Initials\":\"S\",\"LastName\":\"Shahar\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Healthy Aging and Wellness, Faculty of Health Sciences, Universiti Kebangsaan + Malaysia, Kuala Lumpur, Malaysia, suzana.shahar@ukm.edu.my.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Mazlyfarina\",\"Initials\":\"M\",\"LastName\":\"Mohamad\",\"AffiliationInfo\":{\"Affiliation\":\"Diagnostic + Imaging and Radiotherapy Program, Faculty of Health Sciences, Universiti Kebangsaan + Malaysia, Kuala Lumpur, Malaysia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nor + Fadilah\",\"Initials\":\"NF\",\"LastName\":\"Rajab\",\"AffiliationInfo\":{\"Affiliation\":\"Biomedical + Science Program, Faculty of Health Sciences, Universiti Kebangsaan Malaysia, + Kuala Lumpur, Malaysia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Hanis Mastura\",\"Initials\":\"HM\",\"LastName\":\"Yahya\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Healthy Aging and Wellness, Faculty of Health Sciences, Universiti Kebangsaan + Malaysia, Kuala Lumpur, Malaysia, suzana.shahar@ukm.edu.my.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Normah + Che\",\"Initials\":\"NC\",\"LastName\":\"Din\",\"AffiliationInfo\":{\"Affiliation\":\"Health + Psychology Program, School of Healthcare Sciences, Faculty of Health Sciences, + Universiti Kebangsaan Malaysia, Kuala Lumpur, Malaysia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Hamzaini + Abdul\",\"Initials\":\"HA\",\"LastName\":\"Hamid\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Radiology, Faculty of Medicine, Universiti Kebangsaan Malaysia Medical + Center, Kuala Lumpur, Malaysia.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"51\",\"StartPage\":\"43\",\"MedlinePgn\":\"43-51\"},\"ArticleDate\":{\"Day\":\"24\",\"Year\":\"2018\",\"Month\":\"12\",\"@DateType\":\"Electronic\"},\"ELocationID\":{\"#text\":\"10.2147/CIA.S183425\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":\"Relationships + between dietary nutrients intake and lipid levels with functional MRI dorsolateral + prefrontal cortex activation.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"31\",\"Year\":\"2022\",\"Month\":\"03\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"HDL-C\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"brain + activation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"vitamin + B6\",\"@MajorTopicYN\":\"N\"}]},\"ChemicalList\":{\"Chemical\":[{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"D008076\",\"#text\":\"Cholesterol, + HDL\"}},{\"RegistryNumber\":\"8059-24-3\",\"NameOfSubstance\":{\"@UI\":\"D025101\",\"#text\":\"Vitamin + B 6\"}}]},\"CoiStatement\":\"Disclosure The authors report no conflicts of + interest in this work.\",\"DateCompleted\":{\"Day\":\"11\",\"Year\":\"2019\",\"Month\":\"02\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Curated\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000097\",\"#text\":\"blood\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008076\",\"#text\":\"Cholesterol, + HDL\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003071\",\"#text\":\"Cognition\",\"@MajorTopicYN\":\"Y\"}},{\"QualifierName\":[{\"@UI\":\"Q000097\",\"#text\":\"blood\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D060825\",\"#text\":\"Cognitive + Dysfunction\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D003430\",\"#text\":\"Cross-Sectional + Studies\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D004032\",\"#text\":\"Diet\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D015930\",\"#text\":\"Diet + Records\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000008\",\"#text\":\"administration + & dosage\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D000078622\",\"#text\":\"Nutrients\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D017397\",\"#text\":\"Prefrontal + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000008\",\"#text\":\"administration + & dosage\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D025101\",\"#text\":\"Vitamin + B 6\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"New + Zealand\",\"MedlineTA\":\"Clin Interv Aging\",\"ISSNLinking\":\"1176-9092\",\"NlmUniqueID\":\"101273480\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Relationships + between dietary nutrients intake and lipid levels with functional MRI dorsolateral + prefrontal cortex activation\",\"venue\":\"Clinical Interventions in Aging\",\"authors\":[{\"name\":\"Huijin + Lau\",\"authorId\":\"38965880\"},{\"name\":\"S. Shahar\",\"authorId\":\"2773427\"},{\"name\":\"M. + Mohamad\",\"authorId\":\"3875922\"},{\"name\":\"N. Rajab\",\"authorId\":\"5145536\"},{\"name\":\"H. + M. Yahya\",\"authorId\":\"36770753\"},{\"name\":\"Normah Che Din\",\"authorId\":\"7887352\"},{\"name\":\"H. + Abdul Hamid\",\"authorId\":\"38810160\"}],\"paperId\":\"995f817017cf1bafe09b949a88604fa5ae599d5b\",\"abstract\":\"Background + Dorsolateral prefrontal cortex (DLPFC) is a key node in the cognitive control + network that supports working memory. DLPFC dysfunction is related to cognitive + impairment. It has been suggested that dietary components and high-density + lipoprotein cholesterol (HDL-C) play a vital role in brain health and cognitive + function. Purpose This study aimed to investigate the relationships between + dietary nutrient intake and lipid levels with functional MRI (fMRI) brain + activation in DLPFC among older adults with mild cognitive impairment. Participants + and methods A total of 15 community-dwelling older adults with mild cognitive + impairment, aged \u226560 years, participated in this cross-sectional study + at selected senior citizen clubs in Klang Valley, Malaysia. The 7-day recall + Diet History Questionnaire was used to assess participants\u2019 dietary nutrient + intake. Fasting blood samples were also collected for lipid profile assessment. + All participants performed N-back (0- and 1-back) working memory tasks during + fMRI scanning. DLPFC (Brodmann\u2019s areas 9 and 46, and inferior, middle, + and superior frontal gyrus) was identified as a region of interest for analysis. + Results Positive associations were observed between dietary intake of energy, + protein, cholesterol, vitamins B6 and B12, potassium, iron, phosphorus, magnesium, + and HDL-C with DLPFC activation (P<0.05). Multivariate analysis showed that + vitamin B6 intake, \u03B2=0.505, t (14)=3.29, P=0.023, and Digit Symbol score, + \u03B2=0.413, t (14)=2.89, P=0.045; R2=0.748, were positively related to DLPFC + activation. Conclusion Increased vitamin B6 intake and cognitive processing + speed were related to greater activation in the DLPFC region, which was responsible + for working memory, executive function, attention, planning, and decision + making. Further studies are needed to elucidate the mechanisms underlying + the association.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.dovepress.com/getfile.php?fileID=47155\",\"status\":\"GOLD\",\"license\":\"CCBYNC\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6307498, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2018-12-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T18:07:15.085129+00:00\",\"analyses\":[{\"id\":\"i5yMrDuuJbTT\",\"user\":null,\"name\":\"t2-cia-14-043\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"t2-cia-14-043\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30613138-10-2147-cia-s183425-pmc6307498/tables/t2-cia-14-043_coordinates.csv\"},\"original_table_id\":\"t2-cia-14-043\"},\"table_metadata\":{\"table_id\":\"t2-cia-14-043\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/449/pmcid_6307498/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30613138-10-2147-cia-s183425-pmc6307498/tables/t2-cia-14-043_coordinates.csv\"},\"sanitized_table_id\":\"t2-cia-14-043\"},\"description\":\"Activated + brain regions during N-back task (P<0.05, corrected for FWE)\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"No24vw5kvN2p\",\"coordinates\":[38.0,6.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":25.12}]},{\"id\":\"me9EK3SWqCbn\",\"coordinates\":[-4.0,32.0,38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":11.84}]},{\"id\":\"zpZavW6JxBCm\",\"coordinates\":[10.0,26.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":10.85}]},{\"id\":\"NcVgec7nEZM7\",\"coordinates\":[30.0,34.0,-18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":6.35}]},{\"id\":\"9HVmYGKiQpdt\",\"coordinates\":[24.0,-18.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.86}]},{\"id\":\"eFobja9iXd4t\",\"coordinates\":[-26.0,44.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.46}]},{\"id\":\"8dKvnVu2rmwA\",\"coordinates\":[8.0,-20.0,70.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.3}]},{\"id\":\"gjJsG33fAjB5\",\"coordinates\":[-18.0,50.0,-10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.29}]},{\"id\":\"KV53jQ6BqAoj\",\"coordinates\":[14.0,46.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.18}]},{\"id\":\"wzP3jSNyBWqb\",\"coordinates\":[8.0,50.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.04}]}],\"images\":[]}]},{\"id\":\"oCbt6XuWSVvp\",\"created_at\":\"2025-12-04T23:20:00.250601+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"5-HT, + prefrontal function and aging: fMRI of inhibition and acute tryptophan depletion\",\"description\":\"Age-related + declines in prefrontal functions and age-related declines in prefrontal serotonin + (5-HT) are documented. The effect of 5-HT on prefrontal cortex (PFC) is also + documented; however, no one has examined the effect of experimental 5-HT modulation + on PFC in healthy older adults. We investigated the effect of 5-HT on brain + functioning in 10 women over 55 (mean=63.0+/-5.3 years) during cognitive interference + inhibition (Simon task) using fMRI and acute tryptophan depletion (ATD). ATD + did not affect task performance; it did affect brain function. During sham/no + depletion, participants activated brain regions associated with the Simon + (e.g., left inferior PFC). During ATD, there was no prefrontal but alternative + posterior brain activation. ATD relative to sham reduced activity in left + inferior PFC, anterior cingulate and basal ganglia but increased activity + within neocerebellum and parietal lobe. In older adults, ATD modulates task-relevant + brain activation for cognitive interference inhibition and is associated with + an anterior-to-posterior activation shift. Maintaining successful Simon performance + during ATD is achieved by increasing cerebellar and parietal contributions + to compensate for decreased fronto-cingulo-striatal involvement.\",\"publication\":\"Neurobiology + of Aging\",\"doi\":\"10.1016/j.neurobiolaging.2007.09.013\",\"pmid\":\"18061310\",\"authors\":\"M. + Lamar; W. Cutter; K. Rubia; M. Brammer; E. Daly; M. Craig; A. Cleare; D. Murphy\",\"year\":2009,\"metadata\":{\"slug\":\"18061310-10-1016-j-neurobiolaging-2007-09-013\",\"source\":\"semantic_scholar\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"26\",\"Year\":\"2007\",\"Month\":\"6\",\"@PubStatus\":\"received\"},{\"Day\":\"20\",\"Year\":\"2007\",\"Month\":\"9\",\"@PubStatus\":\"revised\"},{\"Day\":\"29\",\"Year\":\"2007\",\"Month\":\"9\",\"@PubStatus\":\"accepted\"},{\"Day\":\"7\",\"Hour\":\"9\",\"Year\":\"2007\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"22\",\"Hour\":\"9\",\"Year\":\"2009\",\"Month\":\"8\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"7\",\"Hour\":\"9\",\"Year\":\"2007\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"18061310\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neurobiolaging.2007.09.013\",\"@IdType\":\"doi\"},{\"#text\":\"S0197-4580(07)00385-5\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"18061310\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1558-1497\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neurobiology + of aging\",\"JournalIssue\":{\"Issue\":\"7\",\"Volume\":\"30\",\"PubDate\":{\"Year\":\"2009\",\"Month\":\"Jul\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neurobiol + Aging\"},\"Abstract\":{\"AbstractText\":\"Age-related declines in prefrontal + functions and age-related declines in prefrontal serotonin (5-HT) are documented. + The effect of 5-HT on prefrontal cortex (PFC) is also documented; however, + no one has examined the effect of experimental 5-HT modulation on PFC in healthy + older adults. We investigated the effect of 5-HT on brain functioning in 10 + women over 55 (mean=63.0+/-5.3 years) during cognitive interference inhibition + (Simon task) using fMRI and acute tryptophan depletion (ATD). ATD did not + affect task performance; it did affect brain function. During sham/no depletion, + participants activated brain regions associated with the Simon (e.g., left + inferior PFC). During ATD, there was no prefrontal but alternative posterior + brain activation. ATD relative to sham reduced activity in left inferior PFC, + anterior cingulate and basal ganglia but increased activity within neocerebellum + and parietal lobe. In older adults, ATD modulates task-relevant brain activation + for cognitive interference inhibition and is associated with an anterior-to-posterior + activation shift. Maintaining successful Simon performance during ATD is achieved + by increasing cerebellar and parietal contributions to compensate for decreased + fronto-cingulo-striatal involvement.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"GrantList\":{\"Grant\":{\"Agency\":\"Medical + Research Council\",\"Acronym\":\"MRC_\",\"Country\":\"United Kingdom\",\"GrantID\":\"G84/6518\"},\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Melissa\",\"Initials\":\"M\",\"LastName\":\"Lamar\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, Institute of Psychiatry, King's College London, London, UK. + m.lamar@iop.kcl.ac.uk\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"William J\",\"Initials\":\"WJ\",\"LastName\":\"Cutter\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Katya\",\"Initials\":\"K\",\"LastName\":\"Rubia\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michael\",\"Initials\":\"M\",\"LastName\":\"Brammer\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Eileen + M\",\"Initials\":\"EM\",\"LastName\":\"Daly\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michael + C\",\"Initials\":\"MC\",\"LastName\":\"Craig\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Anthony + J\",\"Initials\":\"AJ\",\"LastName\":\"Cleare\"},{\"@ValidYN\":\"Y\",\"ForeName\":\"Declan + G M\",\"Initials\":\"DG\",\"LastName\":\"Murphy\"}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"1146\",\"StartPage\":\"1135\",\"MedlinePgn\":\"1135-46\"},\"ArticleDate\":{\"Day\":\"03\",\"Year\":\"2007\",\"Month\":\"12\",\"@DateType\":\"Electronic\"},\"ArticleTitle\":\"5-HT, + prefrontal function and aging: fMRI of inhibition and acute tryptophan depletion.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"29\",\"Year\":\"2025\",\"Month\":\"05\"},\"ChemicalList\":{\"Chemical\":[{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"D015415\",\"#text\":\"Biomarkers\"}},{\"RegistryNumber\":\"333DO1RDJY\",\"NameOfSubstance\":{\"@UI\":\"D012701\",\"#text\":\"Serotonin\"}},{\"RegistryNumber\":\"8DUH1N11BX\",\"NameOfSubstance\":{\"@UI\":\"D014364\",\"#text\":\"Tryptophan\"}}]},\"DateCompleted\":{\"Day\":\"21\",\"Year\":\"2009\",\"Month\":\"08\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000208\",\"#text\":\"Acute + Disease\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D000222\",\"#text\":\"Adaptation, + Physiological\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000378\",\"#text\":\"metabolism\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000032\",\"#text\":\"analysis\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000378\",\"#text\":\"metabolism\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D015415\",\"#text\":\"Biomarkers\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000378\",\"#text\":\"metabolism\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D007839\",\"#text\":\"Functional + Laterality\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D009433\",\"#text\":\"Neural + Inhibition\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000378\",\"#text\":\"metabolism\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D009434\",\"#text\":\"Neural + Pathways\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000378\",\"#text\":\"metabolism\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D017397\",\"#text\":\"Prefrontal + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000096\",\"#text\":\"biosynthesis\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D012701\",\"#text\":\"Serotonin\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D011795\",\"#text\":\"Surveys + and Questionnaires\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000172\",\"#text\":\"deficiency\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D014364\",\"#text\":\"Tryptophan\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neurobiol Aging\",\"ISSNLinking\":\"0197-4580\",\"NlmUniqueID\":\"8100437\"}}},\"semantic_scholar\":{\"year\":2009,\"title\":\"5-HT, + prefrontal function and aging: fMRI of inhibition and acute tryptophan depletion\",\"venue\":\"Neurobiology + of Aging\",\"authors\":[{\"name\":\"M. Lamar\",\"authorId\":\"144002362\"},{\"name\":\"W. + Cutter\",\"authorId\":\"143624093\"},{\"name\":\"K. Rubia\",\"authorId\":\"9037188\"},{\"name\":\"M. + Brammer\",\"authorId\":\"2730391\"},{\"name\":\"E. Daly\",\"authorId\":\"2088796\"},{\"name\":\"M. + Craig\",\"authorId\":\"35107591\"},{\"name\":\"A. Cleare\",\"authorId\":\"5165063\"},{\"name\":\"D. + Murphy\",\"authorId\":\"143799270\"}],\"paperId\":\"f776d040115f413d9365fac6fa4a10d2b4a91867\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2007.09.013?email= + or https://doi.org/10.1016/j.neurobiolaging.2007.09.013, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2009-07-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T23:22:33.885991+00:00\",\"analyses\":[{\"id\":\"2aV9Q3HMcTaH\",\"user\":null,\"name\":\"Sham + depletion\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Generic + brain activation for the contrast of incongruent trials to congruent trials + for the sham depletion and the tryptophan depletion\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"2NJJptG4CEg3\",\"coordinates\":[-43.0,40.0,-7.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.001}]},{\"id\":\"dHfEpWvEJF8y\",\"coordinates\":[-47.0,22.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.001}]},{\"id\":\"5RWxvaZ7hmpD\",\"coordinates\":[-43.0,41.0,-2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.001}]},{\"id\":\"wtxv7MDXPNZr\",\"coordinates\":[-47.0,4.0,-18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.001}]}],\"images\":[]},{\"id\":\"CUb5MyTURi22\",\"user\":null,\"name\":\"Acute + tryptophan depletion\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/18061310-10-1016-j-neurobiolaging-2007-09-013/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Generic + brain activation for the contrast of incongruent trials to congruent trials + for the sham depletion and the tryptophan depletion\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"DkznJ9rP26cd\",\"coordinates\":[-22.0,-67.0,31.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.002}]},{\"id\":\"cBGbAJQXga98\",\"coordinates\":[-18.0,-70.0,37.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.002}]},{\"id\":\"jMbKhn7pnz2K\",\"coordinates\":[-18.0,-74.0,26.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.002}]},{\"id\":\"YDKRT88jqHCB\",\"coordinates\":[-25.0,-78.0,20.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.002}]},{\"id\":\"5YpuEbYWCQTL\",\"coordinates\":[-32.0,-78.0,15.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.002}]}],\"images\":[]}]},{\"id\":\"pSDYT3a7AEAF\",\"created_at\":\"2025-12-04T05:27:32.256396+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Dopamine + D2/3 Binding Potential Modulates Neural Signatures of Working Memory in a + Load-Dependent Fashion\",\"description\":\"Dopamine (DA) modulates corticostriatal + connections. Studies in which imaging of the DA system is integrated with + functional imaging during cognitive performance have yielded mixed findings. + Some work has shown a link between striatal DA (measured by PET) and fMRI + activations, whereas others have failed to observe such a relationship. One + possible reason for these discrepant findings is differences in task demands, + such that a more demanding task with greater prefrontal activations may yield + a stronger association with DA. Moreover, a potential DA\u2013BOLD association + may be modulated by task performance. We studied 155 (104 normal-performing + and 51 low-performing) healthy older adults (43% females) who underwent fMRI + scanning while performing a working memory (WM) n-back task along with DA + D2/3 PET assessment using [11C]raclopride. Using multivariate partial-least-squares + analysis, we observed a significant pattern revealing positive associations + of striatal as well as extrastriatal DA D2/3 receptors to BOLD response in + the thalamo\u2013striatal\u2013cortical circuit, which supports WM functioning. + Critically, the DA\u2013BOLD association in normal-performing, but not low-performing, + individuals was expressed in a load-dependent fashion, with stronger associations + during 3-back than 1-/2-back conditions. Moreover, normal-performing adults + expressing upregulated BOLD in response to increasing task demands showed + a stronger DA\u2013BOLD association during 3-back, whereas low-performing + individuals expressed a stronger association during 2-back conditions. This + pattern suggests a nonlinear DA\u2013BOLD performance association, with the + strongest link at the maximum capacity level. Together, our results suggest + that DA may have a stronger impact on functional brain responses during more + demanding cognitive tasks. SIGNIFICANCE STATEMENT Dopamine (DA) is a major + neuromodulator in the CNS and plays a key role in several cognitive processes + via modulating the blood oxygenation level-dependent (BOLD) signal. Some studies + have shown a link between DA and BOLD, whereas others have failed to observe + such a relationship. A possible reason for the discrepancy is differences + in task demands, such that a more demanding task with greater prefrontal activations + may yield a stronger association with DA. We examined the relationship of + DA to BOLD response during working memory under three load conditions and + found that the DA\u2013BOLD association is expressed in a load-dependent fashion. + These findings may help explain the disproportionate impairment evident in + more effortful cognitive tasks in normal aging and in those suffering dopamine-dependent + neurodegenerative diseases (e.g., Parkinson's disease).\",\"publication\":\"Journal + of Neuroscience\",\"doi\":\"10.1523/JNEUROSCI.1493-18.2018\",\"pmid\":\"30478031\",\"authors\":\"Alireza + Salami; D. Garrett; A. W\xE5hlin; A. Rieckmann; G. Papenberg; Nina Karalija; + Lars S. Jonasson; M. Andersson; J. Axelsson; J. Johansson; K. Riklund; M. + L\xF6vd\xE9n; U. Lindenberger; L. B\xE4ckman; L. Nyberg\",\"year\":2018,\"metadata\":{\"slug\":\"30478031-10-1523-jneurosci-1493-18-2018-pmc6335744\",\"source\":\"semantic_scholar\",\"keywords\":[\"PET\",\"aging\",\"dopamine\",\"fMRI\",\"working + memory\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"12\",\"Year\":\"2018\",\"Month\":\"6\",\"@PubStatus\":\"received\"},{\"Day\":\"19\",\"Year\":\"2018\",\"Month\":\"10\",\"@PubStatus\":\"revised\"},{\"Day\":\"5\",\"Year\":\"2018\",\"Month\":\"11\",\"@PubStatus\":\"accepted\"},{\"Day\":\"28\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"17\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"10\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"28\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"11\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"16\",\"Year\":\"2019\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"30478031\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6335744\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1523/JNEUROSCI.1493-18.2018\",\"@IdType\":\"doi\"},{\"#text\":\"JNEUROSCI.1493-18.2018\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Alakurtti + K, Johansson JJ, Joutsa J, Laine M, Backman L, Nyberg L, Rinne JO (2015) Long-term + test-retest reliability of striatal and extrastriatal dopamine D2/3 receptor + binding: study with [(11)C]raclopride and high-resolution PET. J Cereb Blood + Flow Metab 35:1199\u20131205. 10.1038/jcbfm.2015.53\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/jcbfm.2015.53\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4640276\",\"@IdType\":\"pmc\"},{\"#text\":\"25853904\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Arbuckle + JL. (2006) Amos (Version 7.0) [Computer Program]. Chicago: SPSS.\"},{\"Citation\":\"Ashburner + J. (2007) A fast diffeomorphic image registration algorithm. Neuroimage 38:95\u2013113. + 10.1016/j.neuroimage.2007.07.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2007.07.007\",\"@IdType\":\"doi\"},{\"#text\":\"17761438\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"B\xE4ckman + L, Karlsson S, Fischer H, Karlsson P, Brehmer Y, Rieckmann A, MacDonald SW, + Farde L, Nyberg L (2011) Dopamine D(1) receptors and age differences in brain + activation during working memory. Neurobiol Aging 32:1849\u20131856. 10.1016/j.neurobiolaging.2009.10.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2009.10.018\",\"@IdType\":\"doi\"},{\"#text\":\"19962789\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Black + KJ, Hershey T, Koller JM, Videen TO, Mintun MA, Price JL, Perlmutter JS (2002) + A possible substrate for dopamine-related changes in mood and behavior: prefrontal + and limbic effects of a D3-preferring dopamine agonist. Proc Natl Acad Sci + U S A 99:17113\u201317118. 10.1073/pnas.012260599\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.012260599\",\"@IdType\":\"doi\"},{\"#text\":\"PMC139278\",\"@IdType\":\"pmc\"},{\"#text\":\"12482941\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Boker + SM, McArdle JJ, Neale M (2002) An algorithm for the hierarchical organization + of path diagrams and calculation of components of expected covariance. Struct + Equation Modeling Multidiscipl J 9:174\u2013194. 10.1207/S15328007SEM0902_2\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1207/S15328007SEM0902_2\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Buckholtz + JW, Treadway MT, Cowan RL, Woodward ND, Benning SD, Li R, Ansari MS, Baldwin + RM, Schwartzman AN, Shelby ES, Smith CE, Cole D, Kessler RM, Zald DH (2010) + Mesolimbic dopamine reward system hypersensitivity in individuals with psychopathic + traits. Nat Neurosci 13:419\u2013421. 10.1038/nn.2510\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nn.2510\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2916168\",\"@IdType\":\"pmc\"},{\"#text\":\"20228805\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R, Nyberg L (2000) Imaging cognition II: an empirical review of 275 PET and + fMRI studies. J Cogn Neurosci 12:1\u201347.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10769304\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Clatworthy + PL, Lewis SJ, Brichard L, Hong YT, Izquierdo D, Clark L, Cools R, Aigbirhio + FI, Baron JC, Fryer TD, Robbins TW (2009) Dopamine release in dissociable + striatal subregions predicts the different effects of oral methylphenidate + on reversal learning and spatial working memory. J Neurosci 29:4690\u20134696. + 10.1523/JNEUROSCI.3266-08.2009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.3266-08.2009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6665353\",\"@IdType\":\"pmc\"},{\"#text\":\"19369539\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cole + DM, Oei NY, Soeter RP, Both S, van Gerven JM, Rombouts SA, Beckmann CF (2013) + Dopamine-dependent architecture of cortico-subcortical network connectivity. + Cereb Cortex 23:1509\u20131516. 10.1093/cercor/bhs136\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhs136\",\"@IdType\":\"doi\"},{\"#text\":\"22645252\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cools + R, D'Esposito M (2011) Inverted-U-shaped dopamine actions on human working + memory and cognitive control. Biol Psychiatry 69:e113\u2013125. 10.1016/j.biopsych.2011.03.028\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.biopsych.2011.03.028\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3111448\",\"@IdType\":\"pmc\"},{\"#text\":\"21531388\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"D'Ardenne + K, McClure SM, Nystrom LE, Cohen JD (2008) BOLD responses reflecting dopaminergic + signals in the human ventral tegmental area. Science 319:1264\u20131267. 10.1126/science.1150605\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.1150605\",\"@IdType\":\"doi\"},{\"#text\":\"18309087\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"de + Boer L, Axelsson J, Riklund K, Nyberg L, Dayan P, B\xE4ckman L, Guitart-Masip + M (2017) Attenuation of dopamine-modulated prefrontal value signals underlies + probabilistic reward learning deficits in old age. eLIFE 6:e26424. 10.7554/eLife.26424\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.7554/eLife.26424\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5593512\",\"@IdType\":\"pmc\"},{\"#text\":\"28870286\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Desikan + RS, S\xE9gonne F, Fischl B, Quinn BT, Dickerson BC, Blacker D, Buckner RL, + Dale AM, Maguire RP, Hyman BT, Albert MS, Killiany RJ (2006) An automated + labeling system for subdividing the human cerebral cortex on MRI scans into + gyral based regions of interest. Neuroimage 31:968\u2013980. 10.1016/j.neuroimage.2006.01.021\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2006.01.021\",\"@IdType\":\"doi\"},{\"#text\":\"16530430\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Efron + B, Tibshirani R (1986) Bootstrap methods for standard errors, confidence intervals, + and other measures of statistical accuracy. Stat Sci 1:54\u201377. 10.1214/ss/1177013815\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1214/ss/1177013815\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Farde + L, Pauli S, Hall H, Eriksson L, Halldin C, H\xF6gberg T, Nilsson L, Sj\xF6gren + I, Stone-Elander S (1988) Stereoselective binding of l lC-raclopride in living + human brain a search for extrastriatal central D2-dopamine receptors by PET. + Psychopharmacology 94:471\u2013478. 10.1007/BF00212840\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/BF00212840\",\"@IdType\":\"doi\"},{\"#text\":\"3131792\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fischl + B, Salat DH, Busa E, Albert M, Dieterich M, Haselgrove C, van der Kouwe A, + Killiany R, Kennedy D, Klaveness S, Montillo A, Makris N, Rosen B, Dale AM + (2002) Whole brain segmentation: automated labeling of neuroanatomical structures + in the human brain. Neuron 33:341\u2013355. 10.1016/S0896-6273(02)00569-X\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0896-6273(02)00569-X\",\"@IdType\":\"doi\"},{\"#text\":\"11832223\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fischl + B, Salat DH, van der Kouwe AJ, Makris N, Segonne F, Quinn BT, Dale AM (2004) + Sequence-independent segmentation of magnetic resonance images. Neuroimage + 23 [Suppl 1]:S69\u2013S84.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15501102\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Garrett + DD, Kovacevic N, McIntosh AR, Grady CL (2010) Blood oxygen level-dependent + signal variability is more than just noise. J Neurosci 30:4914\u20134921. + 10.1523/JNEUROSCI.5166-09.2010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.5166-09.2010\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6632804\",\"@IdType\":\"pmc\"},{\"#text\":\"20371811\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + CL, Garrett DD (2014) Understanding variability in the BOLD signal and why + it matters for aging. Brain Imaging Behav 8:274\u2013283. 10.1007/s11682-013-9253-0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11682-013-9253-0\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3922711\",\"@IdType\":\"pmc\"},{\"#text\":\"24008589\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Guitart-Masip + M, Salami A, Garrett D, Rieckmann A, Lindenberger U, Backman L (2015) BOLD + variability is related to dopaminergic neurotransmission and cognitive aging. + Cereb Cortex 26:2074\u20132083. 10.1093/cercor/bhv029\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhv029\",\"@IdType\":\"doi\"},{\"#text\":\"25750252\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hall + H, Sedvall G, Magnusson O, Kopp J, Halldin C, Farde L (1994) Distribution + of D1- and D2-dopamine receptors, and dopamine and its metabolites in the + human brain. Neuropsychopharmacology 11:245\u2013256. 10.1038/sj.npp.1380111\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/sj.npp.1380111\",\"@IdType\":\"doi\"},{\"#text\":\"7531978\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Han + X, Fischl B (2007) Atlas renormalization for improved brain MR image segmentation + across scanner platforms. IEEE Trans Med Imaging 26:479\u2013486. 10.1109/TMI.2007.893282\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1109/TMI.2007.893282\",\"@IdType\":\"doi\"},{\"#text\":\"17427735\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hazy + TE, Frank MJ, O'Reilly RC (2006) Banishing the homunculus: making working + memory work. Neuroscience 139:105\u2013118. 10.1016/j.neuroscience.2005.04.067\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroscience.2005.04.067\",\"@IdType\":\"doi\"},{\"#text\":\"16343792\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jonasson + LS, Axelsson J, Riklund K, Braver TS, \xD6gren M, B\xE4ckman L, Nyberg L (2014) + Dopamine release in nucleus accumbens during rewarded task switching measured + by [(1)(1)C]raclopride. Neuroimage 99:357\u2013364. 10.1016/j.neuroimage.2014.05.047\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2014.05.047\",\"@IdType\":\"doi\"},{\"#text\":\"24862078\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kaboodvand + N, Backman L, Nyberg L, Salami A (2018) The retrosplenial cortex: a memory + gateway between the cortical default mode network and the medial temporal + lobe. Hum Brain Mapp 39:2020\u20132034. 10.1002/hbm.23983\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.23983\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6866613\",\"@IdType\":\"pmc\"},{\"#text\":\"29363256\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Karlsson + S, Nyberg L, Karlsson P, Fischer H, Thilers P, Macdonald S, Brehmer Y, Rieckmann + A, Halldin C, Farde L, B\xE4ckman L (2009) Modulation of striatal dopamine + D1 binding by cognitive processing. Neuroimage 48:398\u2013404. 10.1016/j.neuroimage.2009.06.030\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2009.06.030\",\"@IdType\":\"doi\"},{\"#text\":\"19539768\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Knutson + B, Gibbs SE (2007) Linking nucleus accumbens dopamine and blood oxygenation. + Psychopharmacology 191:813\u2013822. 10.1007/s00213-006-0686-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00213-006-0686-7\",\"@IdType\":\"doi\"},{\"#text\":\"17279377\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"K\xF6hncke + Y, Papenberg G, Jonasson L, Karalija N, Wahlin A, Salami A, Andersson M, Axelsson + JE, Nyberg L, Riklund K, Backman L, Lindenberger U, Lovden M (2018) Self-rated + intensity of habitual physical activities is positively associated with dopamine + D2/3 receptor availability and cognition. NeuroImage 181:605\u2013616. 10.1016/j.neuroimage.2018.07.036\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2018.07.036\",\"@IdType\":\"doi\"},{\"#text\":\"30041059\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Krimer + LS, Muly EC 3rd, Williams GV, Goldman-Rakic PS (1998) Dopaminergic regulation + of cerebral cortical microcirculation. Nat Neuroscience 1:286\u2013289. 10.1038/1099\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/1099\",\"@IdType\":\"doi\"},{\"#text\":\"10195161\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Landau + SM, Lal R, O'Neil JP, Baker S, Jagust WJ (2009) Striatal dopamine and working + memory. Cereb Cortex 19:445\u2013454. 10.1093/cercor/bhn095\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhn095\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2733326\",\"@IdType\":\"pmc\"},{\"#text\":\"18550595\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Logan + J, Fowler JS, Volkow ND, Wolf AP, Dewey SL, Schlyer DJ, MacGregor RR, Hitzemann + R, Bendriem B, Gatley SJ, Christman DR (1990) Graphical analysis of reversible + radioligand binding from time-activity measurements applied to [N-11C-methyl]-(-)-cocaine + PET studies in human subjects. J Cereb Blood Flow Metab 10:740\u2013747. 10.1038/jcbfm.1990.127\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/jcbfm.1990.127\",\"@IdType\":\"doi\"},{\"#text\":\"2384545\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"L\xF6vden + M, Karalija N, Andersson M, W\xE5hlin A, Axelsson J, K\xF6hncke Y, Jonasson + LS, Rieckmann A, Papenberg G, Garrett D, Guitart-Masip M, Salami A, Riklund + K, B\xE4ckman L, Nyberg L, Lindenberger U (2017) Latent-profile analysis reveals + behavioral and brain correlates of dopamine-cognition associations. Cereb + Cortex 28:3894\u20133907. 10.1093/cercor/bhx253\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhx253\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5823239\",\"@IdType\":\"pmc\"},{\"#text\":\"29028935\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McIntosh + AR, Lobaugh NJ (2004) Partial least squares analysis of neuroimaging data: + applications and advances. Neuroimage 23 [Suppl. 1]:S250\u2013S263.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15501095\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"McIntosh + AR, Bookstein FL, Haxby JV, Grady CL (1996) Spatial pattern analysis of functional + brain images using partial least squares. Neuroimage 3:143\u2013157. 10.1006/nimg.1996.0016\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.1996.0016\",\"@IdType\":\"doi\"},{\"#text\":\"9345485\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McIntosh + AR, Chau WK, Protzner AB (2004) Spatiotemporal analysis of event-related fMRI + data using partial least squares. Neuroimage 23:764\u2013775. 10.1016/j.neuroimage.2004.05.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2004.05.018\",\"@IdType\":\"doi\"},{\"#text\":\"15488426\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nevalainen + N, Riklund K, Andersson M, Axelsson J, Ogren M, Lovden M, Lindenberger U, + Backman L, Nyberg L (2015) COBRA: a prospective multimodal imaging study of + dopamine, brain structure and function, and cognition. Brain Res 1612:83\u2013103. + 10.1016/j.brainres.2014.09.010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brainres.2014.09.010\",\"@IdType\":\"doi\"},{\"#text\":\"25239478\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nyberg + L, Andersson M, Forsgren L, Jakobsson-Mo S, Larsson A, Marklund P, Nilsson + LG, Riklund K, B\xE4ckman L (2009) Striatal dopamine D2 binding is related + to frontal BOLD response during updating of long-term memory representations. + Neuroimage 46:1194\u20131199. 10.1016/j.neuroimage.2009.03.035\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2009.03.035\",\"@IdType\":\"doi\"},{\"#text\":\"19327403\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nyberg + L, Andersson M, Kauppi K, Lundquist A, Persson J, Pudas S, Nilsson LG (2013) + Age-related and genetic modulation of frontal cortex efficiency. J Cogn Neurosci + 26:746\u2013754. 10.1162/jocn_a_00521\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_00521\",\"@IdType\":\"doi\"},{\"#text\":\"24236764\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nyberg + L, Karalija N, Salami A, Andersson M, W\xE5hlin A, Kaboodvand N, K\xF6hncke + Y, Axelsson J, Rieckmann A, Papenberg G, Garrett DD, Riklund K, L\xF6vd\xE9n + M, Lindenberger U, B\xE4ckman L (2016) Dopamine D2 receptor availability is + linked to hippocampal\u2013caudate functional connectivity and episodic memory. + Proc Natl Acad Sci U S A 113:7918\u20137923. 10.1073/pnas.1606309113\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1606309113\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4948341\",\"@IdType\":\"pmc\"},{\"#text\":\"27339132\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Raz + N, Lindenberger U, Rodrigue KM, Kennedy KM, Head D, Williamson A, Dahle C, + Gerstorf D, Acker JD (2005) Regional brain changes in aging healthy adults: + general trends, individual differences and modifiers. Cereb Cortex 15:1676\u20131689. + 10.1093/cercor/bhi044\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhi044\",\"@IdType\":\"doi\"},{\"#text\":\"15703252\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rieckmann + A, Karlsson S, Fischer H, B\xE4ckman L (2011) Caudate dopamine D1 receptor + density is associated with individual differences in frontoparietal connectivity + during working memory. J Neurosci 31:14284\u201314290. 10.1523/JNEUROSCI.3114-11.2011\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.3114-11.2011\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6623648\",\"@IdType\":\"pmc\"},{\"#text\":\"21976513\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rieckmann + A, Karlsson S, Fischer H, B\xE4ckman L (2012) Increased bilateral frontal + connectivity during working memory in young adults under the influence of + a dopamine D1 receptor antagonist. J Neurosci 32:17067\u201317072. 10.1523/JNEUROSCI.1431-12.2012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.1431-12.2012\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6621848\",\"@IdType\":\"pmc\"},{\"#text\":\"23197700\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Roffman + JL, Tanner AS, Eryilmaz H, Rodriguez-Thompson A, Silverstein NJ, Fei Ho NF, + Nitenson AZ, Chonde DB, Greve DN, Abi-Dargham A, Buckner RL, Manoach DS, Rosen + BR, Hooker JM, Catana C (2016) Dopamine D1 signaling organizes network dynamics + underlying working memory. Sci Adv 2:e1501672. 10.1126/sciadv.1501672\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/sciadv.1501672\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4928887\",\"@IdType\":\"pmc\"},{\"#text\":\"27386561\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salami + A, Eriksson J, Kompus K, Habib R, Kauppi K, Nyberg L (2010) Characterizing + the neural correlates of modality-specific and modality-independent accessibility + and availability signals in memory using partial-least squares. Neuroimage + 52:686\u2013698. 10.1016/j.neuroimage.2010.04.195\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2010.04.195\",\"@IdType\":\"doi\"},{\"#text\":\"20420925\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salami + A, Eriksson J, Nyberg L (2012) Opposing effects of aging on large-scale brain + systems for memory encoding and cognitive control. J Neurosci 32:10749\u201310757. + 10.1523/JNEUROSCI.0278-12.2012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.0278-12.2012\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6621394\",\"@IdType\":\"pmc\"},{\"#text\":\"22855822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salami + A, Rieckmann A, Fischer H, B\xE4ckman L (2013) A multivariate analysis of + age-related differences in functional networks supporting conflict resolution. + Neuroimage 86:150\u2013163. 10.1016/j.neuroimage.2013.08.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2013.08.002\",\"@IdType\":\"doi\"},{\"#text\":\"23939020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salami + A, Rieckmann A, Karalija N, Avelar-Pereira B, Andersson M, W\xE5hlin A, Papenberg + G, Garrett D, Riklund K, L\xF6vden M, Lindenberger U, B\xE4ckman L, Nyberg + L (2018) Neurocognitive profiles of older adults with working-memory dysfunction. + Cereb Cortex 28:2525\u20132539. 10.1093/cercor/bhy062\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhy062\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5998950\",\"@IdType\":\"pmc\"},{\"#text\":\"29901790\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Selvaggi + P, Hawkins PCT, Dipasquale O, Rizzo G, Bertolino A, Dukart J, Sambataro F, + Pergola G, Williams SCR, Turkheimer FE, Zelaya F, Veronese M, Mehta MA (2018) + Increased cerebral blood flow after single dose of antipsychotics in healthy + volunteers depends on dopamine D2 receptor density profiles. BioRxiv. Advance + online publication. Retrieved June 02, 2018. doi:10.1101/336933\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1101/336933\",\"@IdType\":\"doi\"},{\"#text\":\"30553916\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"van + den Brink RL, Nieuwenhuis S, Donner TH (2018) Amplification and suppression + of distinct brainwide activity patterns by catecholamines. J Neurosci 38:7476\u20137491. + 10.1523/JNEUROSCI.0514-18.2018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.0514-18.2018\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6104304\",\"@IdType\":\"pmc\"},{\"#text\":\"30037827\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"van + Schouwenburg MR, den Ouden HE, Cools R (2010) The human basal ganglia modulate + frontal-posterior connectivity during attention shifting. J Neurosci 30:9910\u20139918. + 10.1523/JNEUROSCI.1111-10.2010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.1111-10.2010\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6632831\",\"@IdType\":\"pmc\"},{\"#text\":\"20660273\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vermunt + J, Magidson J (2002) Latent class cluster analysis, pp 89\u2013106. Cambridge, + UK: Cambridge UP.\"},{\"Citation\":\"Wallst\xE9n E, Axelsson J, Sundstr\xF6m + T, Riklund K, Larsson A (2013) Subcentimeter tumor lesion delineation for + high-resolution 18F-FDG PET images: optimizing correction for partial-volume + effects. J Nucl Med Technol 41:85\u201391. 10.2967/jnmt.112.117234\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2967/jnmt.112.117234\",\"@IdType\":\"doi\"},{\"#text\":\"23658206\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Weingartner + H, Burns S, Diebel R, LeWitt PA (1984) Cognitive impairments in Parkinson's + disease: distinguishing between effort-demanding and automatic cognitive processes. + Psychiatry Res 11:223\u2013235. 10.1016/0165-1781(84)90071-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0165-1781(84)90071-4\",\"@IdType\":\"doi\"},{\"#text\":\"6587415\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"30478031\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1529-2401\",\"@IssnType\":\"Electronic\"},\"Title\":\"The + Journal of neuroscience : the official journal of the Society for Neuroscience\",\"JournalIssue\":{\"Issue\":\"3\",\"Volume\":\"39\",\"PubDate\":{\"Day\":\"16\",\"Year\":\"2019\",\"Month\":\"Jan\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"J + Neurosci\"},\"Abstract\":{\"AbstractText\":{\"b\":\"SIGNIFICANCE STATEMENT\",\"i\":\"n\",\"sub\":[\"2/3\",\"2/3\"],\"sup\":\"11\",\"#text\":\"Dopamine + (DA) modulates corticostriatal connections. Studies in which imaging of the + DA system is integrated with functional imaging during cognitive performance + have yielded mixed findings. Some work has shown a link between striatal DA + (measured by PET) and fMRI activations, whereas others have failed to observe + such a relationship. One possible reason for these discrepant findings is + differences in task demands, such that a more demanding task with greater + prefrontal activations may yield a stronger association with DA. Moreover, + a potential DA-BOLD association may be modulated by task performance. We studied + 155 (104 normal-performing and 51 low-performing) healthy older adults (43% + females) who underwent fMRI scanning while performing a working memory (WM) + -back task along with DA D PET assessment using [C]raclopride. Using multivariate + partial-least-squares analysis, we observed a significant pattern revealing + positive associations of striatal as well as extrastriatal DA D receptors + to BOLD response in the thalamo-striatal-cortical circuit, which supports + WM functioning. Critically, the DA-BOLD association in normal-performing, + but not low-performing, individuals was expressed in a load-dependent fashion, + with stronger associations during 3-back than 1-/2-back conditions. Moreover, + normal-performing adults expressing upregulated BOLD in response to increasing + task demands showed a stronger DA-BOLD association during 3-back, whereas + low-performing individuals expressed a stronger association during 2-back + conditions. This pattern suggests a nonlinear DA-BOLD performance association, + with the strongest link at the maximum capacity level. Together, our results + suggest that DA may have a stronger impact on functional brain responses during + more demanding cognitive tasks. Dopamine (DA) is a major neuromodulator in + the CNS and plays a key role in several cognitive processes via modulating + the blood oxygenation level-dependent (BOLD) signal. Some studies have shown + a link between DA and BOLD, whereas others have failed to observe such a relationship. + A possible reason for the discrepancy is differences in task demands, such + that a more demanding task with greater prefrontal activations may yield a + stronger association with DA. We examined the relationship of DA to BOLD response + during working memory under three load conditions and found that the DA-BOLD + association is expressed in a load-dependent fashion. These findings may help + explain the disproportionate impairment evident in more effortful cognitive + tasks in normal aging and in those suffering dopamine-dependent neurodegenerative + diseases (e.g., Parkinson's disease).\"},\"CopyrightInformation\":\"Copyright + \xA9 2019 Salami et al.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Alireza\",\"Initials\":\"A\",\"LastName\":\"Salami\",\"Identifier\":{\"#text\":\"0000-0002-4675-8437\",\"@Source\":\"ORCID\"},\"AffiliationInfo\":[{\"Affiliation\":\"Wallenberg + Centre for Molecular Medicine, alireza.salami@ki.se.\"},{\"Affiliation\":\"Ume\xE5 + Center for Functional Brain Imaging.\"},{\"Affiliation\":\"Department of Radiation + Sciences.\"},{\"Affiliation\":\"Department of Integrative Medical Biology, + Ume\xE5 University, Ume\xE5 S-90187, Sweden.\"},{\"Affiliation\":\"Aging Research + Center, Karolinska Institutet and Stockholm University, S-113 30 Stockholm, + Sweden.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Douglas D\",\"Initials\":\"DD\",\"LastName\":\"Garrett\",\"Identifier\":{\"#text\":\"0000-0002-0629-7672\",\"@Source\":\"ORCID\"},\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Lifespan Psychology, Max Planck Institute for Human Development, Berlin + D-14195, Germany, and.\"},{\"Affiliation\":\"Max Planck UCL Centre for Computational + Psychiatry and Ageing Research, Berlin, Germany, and London D-14195, United + Kingdom.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Anders\",\"Initials\":\"A\",\"LastName\":\"W\xE5hlin\",\"AffiliationInfo\":[{\"Affiliation\":\"Ume\xE5 + Center for Functional Brain Imaging.\"},{\"Affiliation\":\"Department of Radiation + Sciences.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Anna\",\"Initials\":\"A\",\"LastName\":\"Rieckmann\",\"AffiliationInfo\":[{\"Affiliation\":\"Ume\xE5 + Center for Functional Brain Imaging.\"},{\"Affiliation\":\"Department of Radiation + Sciences.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Goran\",\"Initials\":\"G\",\"LastName\":\"Papenberg\",\"AffiliationInfo\":{\"Affiliation\":\"Aging + Research Center, Karolinska Institutet and Stockholm University, S-113 30 + Stockholm, Sweden.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nina\",\"Initials\":\"N\",\"LastName\":\"Karalija\",\"AffiliationInfo\":[{\"Affiliation\":\"Ume\xE5 + Center for Functional Brain Imaging.\"},{\"Affiliation\":\"Department of Radiation + Sciences.\"},{\"Affiliation\":\"Center for Lifespan Psychology, Max Planck + Institute for Human Development, Berlin D-14195, Germany, and.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lars\",\"Initials\":\"L\",\"LastName\":\"Jonasson\",\"Identifier\":{\"#text\":\"0000-0001-6169-5836\",\"@Source\":\"ORCID\"},\"AffiliationInfo\":[{\"Affiliation\":\"Ume\xE5 + Center for Functional Brain Imaging.\"},{\"Affiliation\":\"Department of Integrative + Medical Biology, Ume\xE5 University, Ume\xE5 S-90187, Sweden.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Micael\",\"Initials\":\"M\",\"LastName\":\"Andersson\",\"Identifier\":{\"#text\":\"0000-0003-4743-6365\",\"@Source\":\"ORCID\"},\"AffiliationInfo\":[{\"Affiliation\":\"Ume\xE5 + Center for Functional Brain Imaging.\"},{\"Affiliation\":\"Department of Radiation + Sciences.\"},{\"Affiliation\":\"Department of Integrative Medical Biology, + Ume\xE5 University, Ume\xE5 S-90187, Sweden.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jan\",\"Initials\":\"J\",\"LastName\":\"Axelsson\",\"Identifier\":{\"#text\":\"0000-0002-3731-3612\",\"@Source\":\"ORCID\"},\"AffiliationInfo\":{\"Affiliation\":\"Department + of Radiation Sciences.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jarkko\",\"Initials\":\"J\",\"LastName\":\"Johansson\",\"AffiliationInfo\":[{\"Affiliation\":\"Ume\xE5 + Center for Functional Brain Imaging.\"},{\"Affiliation\":\"Department of Radiation + Sciences.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Katrine\",\"Initials\":\"K\",\"LastName\":\"Riklund\",\"Identifier\":{\"#text\":\"0000-0001-5227-8117\",\"@Source\":\"ORCID\"},\"AffiliationInfo\":[{\"Affiliation\":\"Ume\xE5 + Center for Functional Brain Imaging.\"},{\"Affiliation\":\"Department of Radiation + Sciences.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Martin\",\"Initials\":\"M\",\"LastName\":\"L\xF6vd\xE9n\",\"AffiliationInfo\":{\"Affiliation\":\"Aging + Research Center, Karolinska Institutet and Stockholm University, S-113 30 + Stockholm, Sweden.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ulman\",\"Initials\":\"U\",\"LastName\":\"Lindenberger\",\"AffiliationInfo\":[{\"Affiliation\":\"Center + for Lifespan Psychology, Max Planck Institute for Human Development, Berlin + D-14195, Germany, and.\"},{\"Affiliation\":\"Max Planck UCL Centre for Computational + Psychiatry and Ageing Research, Berlin, Germany, and London D-14195, United + Kingdom.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lars\",\"Initials\":\"L\",\"LastName\":\"B\xE4ckman\",\"AffiliationInfo\":{\"Affiliation\":\"Aging + Research Center, Karolinska Institutet and Stockholm University, S-113 30 + Stockholm, Sweden.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lars\",\"Initials\":\"L\",\"LastName\":\"Nyberg\",\"AffiliationInfo\":[{\"Affiliation\":\"Ume\xE5 + Center for Functional Brain Imaging.\"},{\"Affiliation\":\"Department of Radiation + Sciences.\"},{\"Affiliation\":\"Department of Integrative Medical Biology, + Ume\xE5 University, Ume\xE5 S-90187, Sweden.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"547\",\"StartPage\":\"537\",\"MedlinePgn\":\"537-547\"},\"ArticleDate\":{\"Day\":\"26\",\"Year\":\"2018\",\"Month\":\"11\",\"@DateType\":\"Electronic\"},\"ELocationID\":{\"#text\":\"10.1523/JNEUROSCI.1493-18.2018\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},\"ArticleTitle\":{\"sub\":\"2/3\",\"#text\":\"Dopamine + D Binding Potential Modulates Neural Signatures of Working Memory in a Load-Dependent + Fashion.\"},\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"09\",\"Year\":\"2020\",\"Month\":\"03\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"PET\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"dopamine\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"working + memory\",\"@MajorTopicYN\":\"N\"}]},\"ChemicalList\":{\"Chemical\":[{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"C581293\",\"#text\":\"DRD2 + protein, human\"}},{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"C493593\",\"#text\":\"DRD3 + protein, human\"}},{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"D018492\",\"#text\":\"Dopamine + Antagonists\"}},{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"D019275\",\"#text\":\"Radiopharmaceuticals\"}},{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"D017448\",\"#text\":\"Receptors, + Dopamine D2\"}},{\"RegistryNumber\":\"0\",\"NameOfSubstance\":{\"@UI\":\"D050637\",\"#text\":\"Receptors, + Dopamine D3\"}},{\"RegistryNumber\":\"430K3SOZ7G\",\"NameOfSubstance\":{\"@UI\":\"D020891\",\"#text\":\"Raclopride\"}}]},\"DateCompleted\":{\"Day\":\"16\",\"Year\":\"2019\",\"Month\":\"10\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000378\",\"#text\":\"metabolism\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D003342\",\"#text\":\"Corpus + Striatum\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D018492\",\"#text\":\"Dopamine + Antagonists\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D007091\",\"#text\":\"Image + Processing, Computer-Assisted\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D009415\",\"#text\":\"Nerve + Net\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D049268\",\"#text\":\"Positron-Emission + Tomography\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D017397\",\"#text\":\"Prefrontal + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D011597\",\"#text\":\"Psychomotor + Performance\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D020891\",\"#text\":\"Raclopride\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D019275\",\"#text\":\"Radiopharmaceuticals\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000187\",\"#text\":\"drug + effects\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000378\",\"#text\":\"metabolism\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D017448\",\"#text\":\"Receptors, + Dopamine D2\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000187\",\"#text\":\"drug + effects\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000378\",\"#text\":\"metabolism\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D050637\",\"#text\":\"Receptors, + Dopamine D3\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D013788\",\"#text\":\"Thalamus\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"J Neurosci\",\"ISSNLinking\":\"0270-6474\",\"NlmUniqueID\":\"8102140\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Dopamine + D2/3 Binding Potential Modulates Neural Signatures of Working Memory in a + Load-Dependent Fashion\",\"venue\":\"Journal of Neuroscience\",\"authors\":[{\"name\":\"Alireza + Salami\",\"authorId\":\"1825234\"},{\"name\":\"D. Garrett\",\"authorId\":\"1683173\"},{\"name\":\"A. + W\xE5hlin\",\"authorId\":\"3619079\"},{\"name\":\"A. Rieckmann\",\"authorId\":\"2697376\"},{\"name\":\"G. + Papenberg\",\"authorId\":\"1687069\"},{\"name\":\"Nina Karalija\",\"authorId\":\"4131152\"},{\"name\":\"Lars + S. Jonasson\",\"authorId\":\"40315692\"},{\"name\":\"M. Andersson\",\"authorId\":\"2192186\"},{\"name\":\"J. + Axelsson\",\"authorId\":\"144235554\"},{\"name\":\"J. Johansson\",\"authorId\":\"32365546\"},{\"name\":\"K. + Riklund\",\"authorId\":\"50338538\"},{\"name\":\"M. L\xF6vd\xE9n\",\"authorId\":\"2869333\"},{\"name\":\"U. + Lindenberger\",\"authorId\":\"1687669\"},{\"name\":\"L. B\xE4ckman\",\"authorId\":\"35019448\"},{\"name\":\"L. + Nyberg\",\"authorId\":\"144688889\"}],\"paperId\":\"c3bcd57888248521a78c50250506bbf8a7057f54\",\"abstract\":\"Dopamine + (DA) modulates corticostriatal connections. Studies in which imaging of the + DA system is integrated with functional imaging during cognitive performance + have yielded mixed findings. Some work has shown a link between striatal DA + (measured by PET) and fMRI activations, whereas others have failed to observe + such a relationship. One possible reason for these discrepant findings is + differences in task demands, such that a more demanding task with greater + prefrontal activations may yield a stronger association with DA. Moreover, + a potential DA\u2013BOLD association may be modulated by task performance. + We studied 155 (104 normal-performing and 51 low-performing) healthy older + adults (43% females) who underwent fMRI scanning while performing a working + memory (WM) n-back task along with DA D2/3 PET assessment using [11C]raclopride. + Using multivariate partial-least-squares analysis, we observed a significant + pattern revealing positive associations of striatal as well as extrastriatal + DA D2/3 receptors to BOLD response in the thalamo\u2013striatal\u2013cortical + circuit, which supports WM functioning. Critically, the DA\u2013BOLD association + in normal-performing, but not low-performing, individuals was expressed in + a load-dependent fashion, with stronger associations during 3-back than 1-/2-back + conditions. Moreover, normal-performing adults expressing upregulated BOLD + in response to increasing task demands showed a stronger DA\u2013BOLD association + during 3-back, whereas low-performing individuals expressed a stronger association + during 2-back conditions. This pattern suggests a nonlinear DA\u2013BOLD performance + association, with the strongest link at the maximum capacity level. Together, + our results suggest that DA may have a stronger impact on functional brain + responses during more demanding cognitive tasks. SIGNIFICANCE STATEMENT Dopamine + (DA) is a major neuromodulator in the CNS and plays a key role in several + cognitive processes via modulating the blood oxygenation level-dependent (BOLD) + signal. Some studies have shown a link between DA and BOLD, whereas others + have failed to observe such a relationship. A possible reason for the discrepancy + is differences in task demands, such that a more demanding task with greater + prefrontal activations may yield a stronger association with DA. We examined + the relationship of DA to BOLD response during working memory under three + load conditions and found that the DA\u2013BOLD association is expressed in + a load-dependent fashion. These findings may help explain the disproportionate + impairment evident in more effortful cognitive tasks in normal aging and in + those suffering dopamine-dependent neurodegenerative diseases (e.g., Parkinson's + disease).\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.jneurosci.org/content/jneuro/39/3/537.full.pdf\",\"status\":\"HYBRID\",\"license\":\"CCBYNCSA\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6335744, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2018-11-26\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T05:28:59.650810+00:00\",\"analyses\":[{\"id\":\"Ed5JzUPprX3w\",\"user\":null,\"name\":\"Regions + from LV1 showing positive BOLD\u2013DA associations\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"T1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000_info.json\",\"table_label\":\"Table + 1.\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30478031-10-1523-jneurosci-1493-18-2018-pmc6335744/tables/t1_coordinates.csv\"},\"original_table_id\":\"t1\"},\"table_metadata\":{\"table_id\":\"T1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/4a8/pmcid_6335744/tables/table_000_info.json\",\"table_label\":\"Table + 1.\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/30478031-10-1523-jneurosci-1493-18-2018-pmc6335744/tables/t1_coordinates.csv\"},\"sanitized_table_id\":\"t1\"},\"description\":\"Regions + from LV1 showing positive BOLD\u2013DA associations\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"fe7EW4NbdRdy\",\"coordinates\":[-14.0,-38.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.82}]},{\"id\":\"282AMHDvpUqv\",\"coordinates\":[-10.0,-4.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.25}]},{\"id\":\"RiuqirN5SJve\",\"coordinates\":[-44.0,12.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.02}]},{\"id\":\"6nacLX8rkQom\",\"coordinates\":[-52.0,6.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.98}]},{\"id\":\"tkWvP8kQUR4H\",\"coordinates\":[-30.0,-36.0,-10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.69}]},{\"id\":\"d7czPdu4GaBt\",\"coordinates\":[-14.0,8.0,10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.65}]},{\"id\":\"nHLRHdPcpsEK\",\"coordinates\":[-42.0,-2.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.61}]},{\"id\":\"NpPGmUHvyJKa\",\"coordinates\":[-38.0,50.0,14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.13}]},{\"id\":\"7FmDyb2NfAUM\",\"coordinates\":[-24.0,60.0,10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.12}]},{\"id\":\"TfgkxqjgdYa2\",\"coordinates\":[-34.0,56.0,2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.12}]},{\"id\":\"p6SZrFfRpYU5\",\"coordinates\":[-26.0,8.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.94}]},{\"id\":\"VNDA24KADcvV\",\"coordinates\":[-38.0,34.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.67}]},{\"id\":\"BLf466ZrqszH\",\"coordinates\":[28.0,-42.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.57}]},{\"id\":\"5f6tQ3qngtKC\",\"coordinates\":[-50.0,-68.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.47}]},{\"id\":\"VMyofMuJusQH\",\"coordinates\":[10.0,-58.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.45}]},{\"id\":\"wixdd7aqMucG\",\"coordinates\":[-54.0,-18.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.3}]},{\"id\":\"YaUSmj5zNg26\",\"coordinates\":[-32.0,-2.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.11}]},{\"id\":\"MYruA43oWyTf\",\"coordinates\":[-36.0,-84.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.23}]},{\"id\":\"xS2SejdtiNsW\",\"coordinates\":[20.0,-18.0,14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.31}]},{\"id\":\"e9U7YQmibE7Y\",\"coordinates\":[22.0,22.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.81}]},{\"id\":\"MuXMLSwg4vRB\",\"coordinates\":[16.0,-24.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.1}]},{\"id\":\"84A9Vu9njNea\",\"coordinates\":[-2.0,10.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.22}]},{\"id\":\"cv2GiswDcf3Y\",\"coordinates\":[28.0,12.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.4}]},{\"id\":\"p4qEH8WLrcxb\",\"coordinates\":[-6.0,-76.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.32}]},{\"id\":\"oMRJFRxN53ih\",\"coordinates\":[52.0,-56.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.2}]},{\"id\":\"e5qLJGABvAuc\",\"coordinates\":[12.0,-76.0,14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.17}]},{\"id\":\"fSUn9KfPkZV2\",\"coordinates\":[10.0,32.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.16}]},{\"id\":\"n2a4ESR5in8D\",\"coordinates\":[8.0,-42.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.06}]},{\"id\":\"C2tpABhXysEc\",\"coordinates\":[58.0,-14.0,2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.02}]},{\"id\":\"rnPrGstxfR4Y\",\"coordinates\":[26.0,44.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.85}]},{\"id\":\"dQJum7bi39Pv\",\"coordinates\":[46.0,24.0,20.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.8}]},{\"id\":\"3WB6C8sLG9YW\",\"coordinates\":[-32.0,24.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.72}]}],\"images\":[]}]},{\"id\":\"PuEBcXVh3amA\",\"created_at\":\"2025-12-05T04:51:59.441429+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Cardiovascular + risks and brain function: a functional magnetic resonance imaging study of + executive function in older adults\",\"description\":\"Cardiovascular (CV) + risk factors, such as hypertension, diabetes, and hyperlipidemia are associated + with cognitive impairment and risk of dementia in older adults. However, the + mechanisms linking them are not clear. This study aims to investigate the + association between aggregate CV risk, assessed by the Framingham general + cardiovascular risk profile, and functional brain activation in a group of + community-dwelling older adults. Sixty participants (mean age: 64.6 years) + from the Brain Health Study, a nested study of the Baltimore Experience Corps + Trial, underwent functional magnetic resonance imaging using the Flanker task. + We found that participants with higher CV risk had greater task-related activation + in the left inferior parietal region, and this increased activation was associated + with poorer task performance. Our results provide insights into the neural + systems underlying the relationship between CV risk and executive function. + Increased activation of the inferior parietal region may offer a pathway through + which CV risk increases risk for cognitive impairment.\",\"publication\":\"Neurobiology + of Aging\",\"doi\":\"10.1016/j.neurobiolaging.2013.12.008\",\"pmid\":\"24439485\",\"authors\":\"Y. + Chuang; D. Eldreth; K. Erickson; V. Varma; Gregory C. Harris; L. Fried; G. + Rebok; E. Tanner; M. Carlson\",\"year\":2014,\"metadata\":{\"slug\":\"24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177\",\"source\":\"semantic_scholar\",\"keywords\":[\"Brain + function\",\"Cardiovascular risk\",\"Executive function\",\"Framingham risk + score\",\"Older adults\",\"fMRI\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"15\",\"Year\":\"2013\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"9\",\"Year\":\"2013\",\"Month\":\"12\",\"@PubStatus\":\"revised\"},{\"Day\":\"12\",\"Year\":\"2013\",\"Month\":\"12\",\"@PubStatus\":\"accepted\"},{\"Day\":\"21\",\"Hour\":\"6\",\"Year\":\"2014\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"21\",\"Hour\":\"6\",\"Year\":\"2014\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"15\",\"Hour\":\"6\",\"Year\":\"2014\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"2\",\"Year\":\"2015\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"24439485\",\"@IdType\":\"pubmed\"},{\"#text\":\"NIHMS650967\",\"@IdType\":\"mid\"},{\"#text\":\"PMC4282177\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1016/j.neurobiolaging.2013.12.008\",\"@IdType\":\"doi\"},{\"#text\":\"S0197-4580(13)00647-7\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Albert + MS, Moss MB, Tanzi R, Jones K. Preclinical prediction of AD using neuropsychological + tests. J Int Neuropsychol Soc. 2001;7:631\u2013639.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11459114\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Beason-Held + LL, Thambisetty M, Deib G, Sojkova J, Landman BA, Zonderman AB, Ferrucci L, + Kraut MA, Resnick SM. Baseline cardiovascular risk predicts subsequent changes + in resting brain function. Stroke. 2012;43:1542\u20131547.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3361601\",\"@IdType\":\"pmc\"},{\"#text\":\"22492519\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Beckmann + CF, Jenkinson M, Smith SM. General multilevel linear modeling for group analysis + in FMRI. Neuroimage. 2003;20:1052\u20131063.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14568475\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Beckmann + CF, Smith SM. Probabilistic independent component analysis for functional + magnetic resonance imaging. IEEE Trans Med Imaging. 2004;23:137\u2013152. + \ http://dx.doi.org/10.1109/TMI.2003.822821.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1109/TMI.2003.822821\",\"@IdType\":\"doi\"},{\"#text\":\"14964560\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bokde + AL, Lopez-Bayo P, Born C, Dong W, Meindl T, Leinsinger G, Teipel SJ, Faltraco + F, Reiser M, Moller HJ, Hampel H. Functional abnormalities of the visual processing + system in subjects with mild cognitive impairment: an fMRI study. Psychiatry + Res. 2008;163:248\u2013259. http://dx.doi.org/10.1016/j.pscychresns.2007.08.013.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.pscychresns.2007.08.013\",\"@IdType\":\"doi\"},{\"#text\":\"18672352\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bokde + AL, Lopez-Bayo P, Born C, Ewers M, Meindl T, Teipel SJ, Faltraco F, Reiser + MF, Moller HJ, Hampel H. Alzheimer disease: functional abnormalities in the + dorsal visual pathway. Radiology. 2010;254:219\u2013226. http://dx.doi.org/10.1148/radiol.2541090558.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1148/radiol.2541090558\",\"@IdType\":\"doi\"},{\"#text\":\"20032154\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bondi + MW, Houston WS, Eyler LT, Brown GG. fMRI evidence of compensatory mechanisms + in older adults at genetic risk for Alzheimer disease. Neurology. 2005;64:501\u2013508.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1761695\",\"@IdType\":\"pmc\"},{\"#text\":\"15699382\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bookheimer + SY, Strojwas MH, Cohen MS, Saunders AM, Pericak-Vance MA, Mazziotta JC, Small + GW. Patterns of brain activation in people at risk for Alzheimer\u2019s disease. + N Engl J Med. 2000;343:450\u2013456. http://dx.doi.org/10.1056/NEJM200008173430701.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1056/NEJM200008173430701\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2831477\",\"@IdType\":\"pmc\"},{\"#text\":\"10944562\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Botvinick + M, Nystrom LE, Fissell K, Carter CS, Cohen JD. Conflict monitoring versus + selection-for-action in anterior cingulate cortex. Nature. 1999;402:179\u2013181. + \ http://dx.doi.org/10.1038/46035.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/46035\",\"@IdType\":\"doi\"},{\"#text\":\"10647008\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Braak + H, Braak E. Development of Alzheimer-related neurofibrillary changes in the + neocortex inversely recapitulates cortical myelogenesis. Acta Neuropathol. + 1996;92:197\u2013201.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8841666\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Braskie + MN, Small GW, Bookheimer SY. Vascular health risks and fMRI activation during + a memory task in older adults. Neurobiol Aging. 2010;31:1532\u20131542.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2965069\",\"@IdType\":\"pmc\"},{\"#text\":\"18829134\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buckner + RL. Memory and executive function in aging and AD: multiple factors that cause + decline and reserve factors that compensate. Neuron. 2004;44:195\u2013208.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15450170\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Buckner + RL, Snyder AZ, Shannon BJ, LaRossa G, Sachs R, Fotenos AF, Sheline YI, Klunk + WE, Mathis CA, Morris JC, Mintun MA. Molecular, structural, and functional + characterization of Alzheimer\u2019s disease: evidence for a relationship + between default activity, amyloid, and memory. J Neurosci. 2005;25:7709\u20137717.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6725245\",\"@IdType\":\"pmc\"},{\"#text\":\"16120771\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bunge + SA, Hazeltine E, Scanlon MD, Rosen AC, Gabrieli JD. Dissociable contributions + of prefrontal and parietal cortices to response selection. Neuro-image. 2002;17:1562\u20131571.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12414294\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Carlson + MC, Saczynski JS, Rebok GW, Seeman T, Glass TA, McGill S, Tielsch J, Frick + KD, Hill J, Fried LP. Exploring the effects of an \u201Ceveryday\u201D activity + program on executive function and memory in older adults: Experience Corps. + Gerontologist. 2008;48:793\u2013801.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"19139252\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Carlson + MC, Xue QL, Zhou J, Fried LP. Executive decline and dysfunction precedes declines + in memory: the Women\u2019s Health and Aging Study II. J Gerontol A Biol Sci + Med Sci. 2009;64:110\u2013117.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2691188\",\"@IdType\":\"pmc\"},{\"#text\":\"19182230\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Casey + BJ, Thomas KM, Welsh TF, Badgaiyan RD, Eccard CH, Jennings JR, Crone EA. Dissociation + of response conflict, attentional selection, and expectancy with functional + magnetic resonance imaging. Proc Natl Acad Sci USA. 2000;97:8728\u20138733.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC27016\",\"@IdType\":\"pmc\"},{\"#text\":\"10900023\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colby + CL, Goldberg ME. Space and attention in parietal cortex. Annu Rev Neurosci. + 1999;22:319\u2013349. http://dx.doi.org/10.1146/annurev.neuro.22.1.319.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev.neuro.22.1.319\",\"@IdType\":\"doi\"},{\"#text\":\"10202542\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + SJ, Kramer AF, Erickson KI, Scalf P. The implications of cortical recruitment + and brain morphology for individual differences in inhibitory function in + aging humans. Psychol Aging. 2005;20:363\u2013375.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16248697\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Colcombe + SJ, Kramer AF, Erickson KI, Scalf P, McAuley E, Cohen NJ, Webb A, Jerome GJ, + Marquez DX, Elavsky S. Cardiovascular fitness, cortical plasticity, and aging. + Proc Natl Acad Sci USA. 2004;101:3316\u20133321.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC373255\",\"@IdType\":\"pmc\"},{\"#text\":\"14978288\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Corbetta + M, Akbudak E, Conturo TE, Snyder AZ, Ollinger JM, Drury HA, Linenweber MR, + Petersen SE, Raichle ME, Van Essen DC, Shulman GL. A common network of functional + areas for attention and eye movements. Neuron. 1998;21:761\u2013773.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9808463\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Corbetta + M, Kincade JM, Ollinger JM, McAvoy MP, Shulman GL. Voluntary orienting is + dissociated from target detection in human posterior parietal cortex. Nat + Neurosci. 2000;3:292\u2013297. http://dx.doi.org/10.1038/73009.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/73009\",\"@IdType\":\"doi\"},{\"#text\":\"10700263\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"D\u2019Agostino + RB, Sr, Vasan RS, Pencina MJ, Wolf PA, Cobain M, Massaro JM, Kannel WB. General + cardiovascular risk profile for use in primary care: the Framingham Heart + Study. Circulation. 2008;117:743\u2013753.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18212285\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Dufouil + C, de Kersaint-Gilly A, Besancon V, Levy C, Auffray E, Brunnereau L, Alperovitch + A, Tzourio C. Longitudinal study of blood pressure and white matter hyperintensities: + the EVA MRI Cohort. Neurology. 2001;56:921\u2013926.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11294930\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Durston + S, Davidson MC, Thomas KM, Worden MS, Tottenham N, Martinez A, Watts R, Ulug + AM, Casey BJ. Parametric manipulation of conflict and response competition + using rapid mixed-trial event-related fMRI. NeuroImage. 2003;20:2135\u20132141.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14683717\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Elias + PK, Elias MF, Robbins MA, Budge MM. Blood pressure-related cognitive decline: + does age make a difference? Hypertension. 2004;44:631\u2013636.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15466661\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Eriksen + BA, Eriksen CW. Effects of noise letters upon the identification of a target + letter in a nonsearch task. Perception & Psychophysics. 1974;16:143\u2013149.\"},{\"Citation\":\"Folstein + MF, Folstein SE, McHugh PR. \u201CMini-mental state\u201D A practical method + for grading the cognitive state of patients for the clinician. J Psychiatr + Res. 1975;12:189\u2013198.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fontbonne + A, Berr C, Ducimetiere P, Alperovitch A. Changes in cognitive abilities over + a 4-year period are unfavorably affected in elderly diabetic subjects: results + of the Epidemiology of Vascular Aging Study. Diabetes Care. 2001;24:366\u2013370.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11213894\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Fried + LP, Carlson MC, McGill S, Seeman T, Xue QL, Frick K, Tan E, Tanner EK, Barron + J, Frangakis C, Piferi R, Martinez I, Gruenewald T, Martin BK, Berry-Vaughn + L, Stewart J, Dickersin K, Willging PR, Rebok GW. Experience Corps: a dual + trial to promote the health of older adults and children\u2019s academic success. + Contemp Clin Trials. 2013;36:1\u201313. http://dx.doi.org/10.1016/j.cct.2013.05.003.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cct.2013.05.003\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4112377\",\"@IdType\":\"pmc\"},{\"#text\":\"23680986\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Garrett + KD, Browndyke JN, Whelihan W, Paul RH, DiCarlo M, Moser DJ, Cohen RA, Ott + BR. The neuropsychological profile of vascular cognitive impairment\u2013no + dementia: comparisons to patients at risk for cerebrovascular disease and + vascular dementia. Arch Clin Neuropsychol. 2004;19:745\u2013757.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15288328\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Gottesman + RF, Coresh J, Catellier DJ, Sharrett AR, Rose KM, Coker LH, Shibata DK, Knopman + DS, Jack CR, Mosley TH., Jr Blood pressure and white-matter disease progression + in a biethnic cohort: Atherosclerosis Risk in Communities (ARIC) study. Stroke. + 2010;41:3\u20138.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2803313\",\"@IdType\":\"pmc\"},{\"#text\":\"19926835\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Head + D, Buckner RL, Shimony JS, Williams LE, Akbudak E, Conturo TE, McAvoy M, Morris + JC, Snyder AZ. Differential vulnerability of anterior white matter in nondemented + aging with minimal acceleration in dementia of the Alzheimer type:evidence + from diffusion tensor imaging. Cereb Cortex. 2004;14:410\u2013423.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15028645\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hedden + T, Gabrieli JD. Insights into the ageing mind: a view from cognitive neuroscience. + Nat Rev Neurosci. 2004;5:87\u201396.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"14735112\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Hopfinger + JB, Buonocore MH, Mangun GR. The neural mechanisms of top-down attentional + control. Nat Neurosci. 2000;3:284\u2013291. http://dx.doi.org/10.1038/72999.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/72999\",\"@IdType\":\"doi\"},{\"#text\":\"10700262\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hurley + LP, Dickinson LM, Estacio RO, Steiner JF, Havranek EP. Prediction of cardiovascular + death in racial/ethnic minorities using Framingham risk factors. Circ Cardiovasc + Qual Outcomes. 2010;3:181\u2013187.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2853913\",\"@IdType\":\"pmc\"},{\"#text\":\"20124526\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jacobs + HI, Van Boxtel MP, Heinecke A, Gronenschild EH, Backes WH, Ramakers IH, Jolles + J, Verhey FR. Functional integration of parietal lobe activity in early Alzheimer + disease. Neurology. 2012a;78:352\u2013360.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"22262753\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jacobs + HI, Van Boxtel MP, Jolles J, Verhey FR, Uylings HB. Parietal cortex matters + in Alzheimer\u2019s disease: an overview of structural, functional and metabolic + findings. Neurosci Biobehav Rev. 2012b;36:297\u2013309.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21741401\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jenkinson + M, Bannister P, Brady M, Smith S. Improved optimization for the robust and + accurate linear registration and motion correction of brain images. NeuroImage. + 2002;17:825\u2013841.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12377157\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Jennings + JR, Muldoon MF, Ryan C, Price JC, Greer P, Sutton-Tyrrell K, van der Veen + FM, Meltzer CC. Reduced cerebral blood flow response and compensation among + patients with untreated hypertension. Neurology. 2005;64:1358\u20131365.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15851723\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kalmijn + S, Foley D, White L, Burchfiel CM, Curb JD, Petrovitch H, Ross GW, Havlik + RJ, Launer LJ. Metabolic cardiovascular syndrome and risk of dementia in Japanese-American + elderly men. The Honolulu-Asia aging study. Arterioscler Thromb Vasc Biol. + 2000;20:2255\u20132260.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11031212\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kanaya + AM, Barrett-Connor E, Gildengorin G, Yaffe K. Change in cognitive function + by glucose tolerance status in older adults: a 4-year prospective study of + the Rancho Bernardo study cohort. Arch Intern Med. 2004;164:1327\u20131333.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15226167\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kanwisher + N, Wojciulik E. Visual attention: insights from brain imaging. Nat Rev Neurosci. + 2000;1:91\u2013100. http://dx.doi.org/10.1038/35039043.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/35039043\",\"@IdType\":\"doi\"},{\"#text\":\"11252779\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kastner + S, Pinsk MA, De Weerd P, Desimone R, Ungerleider LG. Increased activity in + human visual cortex during directed attention in the absence of visual stimulation. + Neuron. 1999;22:751\u2013761.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10230795\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kivipelto + M, Helkala EL, Laakso MP, Hanninen T, Hallikainen M, Alhainen K, Soininen + H, Tuomilehto J, Nissinen A. Midlife vascular risk factors and Alzheimer\u2019s + disease in later life: longitudinal, population based study. BMJ. 2001;322:1447\u20131451.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC32306\",\"@IdType\":\"pmc\"},{\"#text\":\"11408299\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kloppenborg + RP, van den Berg E, Kappelle LJ, Biessels GJ. Diabetes and other vascular + risk factors for dementia: which factor matters most? A systematic review. + Eur J Pharmacol. 2008;585:97\u2013108.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18395201\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Kuo + HK, Sorond F, Iloputaife I, Gagnon M, Milberg W, Lipsitz LA. Effect of blood + pressure on cognitive functions in elderly persons. J Gerontol A Biol Sci + Med Sci. 2004;59:1191\u20131194.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC4418553\",\"@IdType\":\"pmc\"},{\"#text\":\"15602074\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Luchsinger + JA, Reitz C, Honig LS, Tang MX, Shea S, Mayeux R. Aggregation of vascular + risk factors and risk of incident Alzheimer disease. Neurology. 2005;65:545\u2013551.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC1619350\",\"@IdType\":\"pmc\"},{\"#text\":\"16116114\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McKee + AC, Au R, Cabral HJ, Kowall NW, Seshadri S, Kubilus CA, Drake J, Wolf PA. + Visual association pathology in preclinical Alzheimer disease. J Neuropathol + Exp Neurol. 2006;65:621\u2013630.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16783172\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Nyenhuis + DL, Gorelick PB, Geenen EJ, Smith CA, Gencheva E, Freels S, deToledo-Morrell + L. The pattern of neuropsychological deficits in vascular cognitive impairment-no + dementia (Vascular CIND) Clin Neuropsychol. 2004;18:41\u201349.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15595357\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Prvulovic + D, Hubl D, Sack AT, Melillo L, Maurer K, Frolich L, Lanfermann H, Zanella + FE, Goebel R, Linden DE, Dierks T. Functional imaging of visuospatial processing + in Alzheimer\u2019s disease. NeuroImage. 2002;17:1403\u20131414.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12414280\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Raz + N, Gunning-Dixon FM, Head D, Dupuis JH, Acker JD. Neuroanatomical correlates + of cognitive aging: evidence from structural magnetic resonance imaging. Neuropsychology. + 1998;12:95\u2013114.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"9460738\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Reitan + RM. Validity of the trail making test as an indicator of organic brain damage. + Percept Mot Skills. 1958;8:271\u2013276.\"},{\"Citation\":\"Shulman GL, Ollinger + JM, Akbudak E, Conturo TE, Snyder AZ, Petersen SE, Corbetta M. Areas involved + in encoding and applying directional expectations to moving objects. J Neurosci. + 1999;19:9480\u20139496.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6782891\",\"@IdType\":\"pmc\"},{\"#text\":\"10531451\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + SM, Jenkinson M, Woolrich MW, Beckmann CF, Behrens TE, Johansen-Berg H, Bannister + PR, De Luca M, Drobnjak I, Flitney DE, Niazy RK, Saunders J, Vickers J, Zhang + Y, De Stefano N, Brady JM, Matthews PM. Advances in functional and structural + MR image analysis and implementation as FSL. NeuroImage. 2004;23(Suppl 1):S208\u2013S219.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15501092\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Smith + SM, Zhang Y, Jenkinson M, Chen J, Matthews PM, Federico A, De Stefano N. Accurate, + robust, and automated longitudinal and cross-sectional brain change analysis. + NeuroImage. 2002;17:479\u2013489.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12482100\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Sperling + RA, Dickerson BC, Pihlajamaki M, Vannini P, LaViolette PS, Vitolo OV, Hedden + T, Becker JA, Rentz DM, Selkoe DJ, Johnson KA. Functional alterations in memory + networks in early Alzheimer\u2019s disease. Neuromolecular Med. 2010;12:27\u201343. + \ http://dx.doi.org/10.1007/s12017-009-8109-7.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s12017-009-8109-7\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3036844\",\"@IdType\":\"pmc\"},{\"#text\":\"20069392\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Steiger + JH. Tests for comparing elements of a correlation matrix. Psychol Bull. 1980;87:245\u2013251. + \ http://dx.doi.org/10.1037/0033-2909.87.2.245.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1037/0033-2909.87.2.245\",\"@IdType\":\"doi\"}}},{\"Citation\":\"van + Harten B, de Leeuw FE, Weinstein HC, Scheltens P, Biessels GJ. Brain imaging + in patients with diabetes: a systematic review. Diabetes Care. 2006;29:2539\u20132548.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17065699\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"van + Veen V, Cohen JD, Botvinick MM, Stenger VA, Carter CS. Anterior cingulate + cortex, conflict monitoring, and levels of processing. NeuroImage. 2001;14:1302\u20131308.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"11707086\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Vannini + P, Almkvist O, Dierks T, Lehmann C, Wahlund LO. Reduced neuronal efficacy + in progressive mild cognitive impairment: a prospective fMRI study on visuospatial + processing. Psychiatry Res. 2007;156:43\u201357. http://dx.doi.org/10.1016/j.pscychresns.2007.02.003.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.pscychresns.2007.02.003\",\"@IdType\":\"doi\"},{\"#text\":\"17719211\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"West + RL. An application of prefrontal cortex function theory to cognitive aging. + Psychol Bull. 1996;120:272\u2013292.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8831298\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Whitfield-Gabrieli + S. Artifact detection tool. MIT; 2009. http://web.mit.edu/swg/art/art.pdf.\"},{\"Citation\":\"Whitmer + RA, Sidney S, Selby J, Johnston SC, Yaffe K. Midlife cardiovascular risk factors + and risk of dementia in late life. Neurology. 2005;64:277\u2013281.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15668425\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Wilkinson + GS. The Wide Range Achievement Test: Manual. 3. Wide Range Inc; Wilmington, + DE: 1993.\"},{\"Citation\":\"Wojciulik E, Kanwisher N. The generality of parietal + involvement in visual attention. Neuron. 1999;23:747\u2013764.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10482241\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Worsley + KJ. Statistical analysis of activation images. In: Jezzard P, Matthews PM, + Smith SM, editors. Functional MRI: An Introduciton to Methods. Oxford University + Press; New York: 2001.\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"24439485\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1558-1497\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neurobiology + of aging\",\"JournalIssue\":{\"Issue\":\"6\",\"Volume\":\"35\",\"PubDate\":{\"Year\":\"2014\",\"Month\":\"Jun\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neurobiol + Aging\"},\"Abstract\":{\"AbstractText\":\"Cardiovascular (CV) risk factors, + such as hypertension, diabetes, and hyperlipidemia are associated with cognitive + impairment and risk of dementia in older adults. However, the mechanisms linking + them are not clear. This study aims to investigate the association between + aggregate CV risk, assessed by the Framingham general cardiovascular risk + profile, and functional brain activation in a group of community-dwelling + older adults. Sixty participants (mean age: 64.6 years) from the Brain Health + Study, a nested study of the Baltimore Experience Corps Trial, underwent functional + magnetic resonance imaging using the Flanker task. We found that participants + with higher CV risk had greater task-related activation in the left inferior + parietal region, and this increased activation was associated with poorer + task performance. Our results provide insights into the neural systems underlying + the relationship between CV risk and executive function. Increased activation + of the inferior parietal region may offer a pathway through which CV risk + increases risk for cognitive impairment.\",\"CopyrightInformation\":\"Copyright + \xA9 2014 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NIA + NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United States\",\"GrantID\":\"P01 + AG027735\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"P30 AG021334\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"T32 AG027668\"},{\"Agency\":\"NIA NIH HHS\",\"Acronym\":\"AG\",\"Country\":\"United + States\",\"GrantID\":\"P01 AG027735-03\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Yi-Fang\",\"Initials\":\"YF\",\"LastName\":\"Chuang\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Mental Health, Johns Hopkins University Bloomberg School of Public Health, + Baltimore, MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Dana\",\"Initials\":\"D\",\"LastName\":\"Eldreth\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Mental Health, Johns Hopkins University Bloomberg School of Public Health, + Baltimore, MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Kirk I\",\"Initials\":\"KI\",\"LastName\":\"Erickson\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, University of Pittsburgh, PA, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Vijay\",\"Initials\":\"V\",\"LastName\":\"Varma\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Mental Health, Johns Hopkins University Bloomberg School of Public Health, + Baltimore, MD, USA; Johns Hopkins Center on Aging and Health, Baltimore, MD, + USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Gregory\",\"Initials\":\"G\",\"LastName\":\"Harris\",\"AffiliationInfo\":{\"Affiliation\":\"Johns + Hopkins Center on Aging and Health, Baltimore, MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Linda + P\",\"Initials\":\"LP\",\"LastName\":\"Fried\",\"AffiliationInfo\":{\"Affiliation\":\"Columbia + University Mailman School of Public Health, New York, NY, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"George + W\",\"Initials\":\"GW\",\"LastName\":\"Rebok\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Mental Health, Johns Hopkins University Bloomberg School of Public Health, + Baltimore, MD, USA; Johns Hopkins Center on Aging and Health, Baltimore, MD, + USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Elizabeth K\",\"Initials\":\"EK\",\"LastName\":\"Tanner\",\"AffiliationInfo\":{\"Affiliation\":\"Johns + Hopkins Center on Aging and Health, Baltimore, MD, USA; Schools of Nursing, + Johns Hopkins University, Baltimore, MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michelle + C\",\"Initials\":\"MC\",\"LastName\":\"Carlson\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Mental Health, Johns Hopkins University Bloomberg School of Public Health, + Baltimore, MD, USA; Johns Hopkins Center on Aging and Health, Baltimore, MD, + USA. Electronic address: mcarlson@jhsph.edu.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"1403\",\"StartPage\":\"1396\",\"MedlinePgn\":\"1396-403\"},\"ArticleDate\":{\"Day\":\"18\",\"Year\":\"2013\",\"Month\":\"12\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neurobiolaging.2013.12.008\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0197-4580(13)00647-7\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Cardiovascular + risks and brain function: a functional magnetic resonance imaging study of + executive function in older adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D052061\",\"#text\":\"Research Support, N.I.H., Extramural\"},{\"@UI\":\"D013485\",\"#text\":\"Research + Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"16\",\"Year\":\"2022\",\"Month\":\"03\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Brain + function\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Cardiovascular risk\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Executive + function\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Framingham risk score\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Older + adults\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"25\",\"Year\":\"2014\",\"Month\":\"11\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000473\",\"#text\":\"pathology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000150\",\"#text\":\"complications\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D002318\",\"#text\":\"Cardiovascular + Diseases\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000175\",\"#text\":\"diagnosis\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000209\",\"#text\":\"etiology\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000473\",\"#text\":\"pathology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D003072\",\"#text\":\"Cognition + Disorders\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000175\",\"#text\":\"diagnosis\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000209\",\"#text\":\"etiology\",\"@MajorTopicYN\":\"Y\"},{\"@UI\":\"Q000473\",\"#text\":\"pathology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D003704\",\"#text\":\"Dementia\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D056344\",\"#text\":\"Executive + Function\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000379\",\"#text\":\"methods\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D059907\",\"#text\":\"Functional + Neuroimaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000379\",\"#text\":\"methods\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D012307\",\"#text\":\"Risk + Factors\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neurobiol Aging\",\"ISSNLinking\":\"0197-4580\",\"NlmUniqueID\":\"8100437\"}}},\"semantic_scholar\":{\"year\":2014,\"title\":\"Cardiovascular + risks and brain function: a functional magnetic resonance imaging study of + executive function in older adults\",\"venue\":\"Neurobiology of Aging\",\"authors\":[{\"name\":\"Y. + Chuang\",\"authorId\":\"15245774\"},{\"name\":\"D. Eldreth\",\"authorId\":\"3095610\"},{\"name\":\"K. + Erickson\",\"authorId\":\"3298565\"},{\"name\":\"V. Varma\",\"authorId\":\"40538889\"},{\"name\":\"Gregory + C. Harris\",\"authorId\":\"2111026\"},{\"name\":\"L. Fried\",\"authorId\":\"1810620\"},{\"name\":\"G. + Rebok\",\"authorId\":\"5727604\"},{\"name\":\"E. Tanner\",\"authorId\":\"31233069\"},{\"name\":\"M. + Carlson\",\"authorId\":\"47972954\"}],\"paperId\":\"f2b3bb745c6191118789032019b77f311be6c7c2\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://europepmc.org/articles/pmc4282177?pdf=render\",\"status\":\"GREEN\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2013.12.008?email= + or https://doi.org/10.1016/j.neurobiolaging.2013.12.008, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2014-06-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-05T04:56:25.717049+00:00\",\"analyses\":[{\"id\":\"UwjfJnKdFeGK\",\"user\":null,\"name\":\"IncLg + > ConLg (High inhibitory executive demand)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Cluster + and peak voxel characteristics for regions that showed significant differences + between incongruent and congruent conditions in whole-brain analysis\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"yYmafBqmGtMJ\",\"coordinates\":[16.0,-66.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.23}]},{\"id\":\"TovigHY6r6Po\",\"coordinates\":[46.0,-72.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.63}]},{\"id\":\"GFsgdNmgpoNS\",\"coordinates\":[-28.0,-58.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.47}]},{\"id\":\"87vC8pA8zxQV\",\"coordinates\":[34.0,-50.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.45}]},{\"id\":\"28TMEzGSzqrf\",\"coordinates\":[-48.0,-80.0,-8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.21}]},{\"id\":\"eCPJykCNTtGw\",\"coordinates\":[2.0,16.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.64}]},{\"id\":\"iwzV6xwbkeNz\",\"coordinates\":[-42.0,0.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.26}]},{\"id\":\"WG6RJoJEfgwx\",\"coordinates\":[38.0,12.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.84}]}],\"images\":[]},{\"id\":\"Qas43VyZ3kqu\",\"user\":null,\"name\":\"IncSm + > ConSm (Low inhibitory executive demand)\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv\"},\"original_table_id\":\"tbl3\"},\"table_metadata\":{\"table_id\":\"tbl3\",\"table_label\":\"Table\_3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl3_coordinates.csv\"},\"sanitized_table_id\":\"tbl3\"},\"description\":\"Cluster + and peak voxel characteristics for regions that showed significant differences + between incongruent and congruent conditions in whole-brain analysis\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"DVsVCeSCg6pq\",\"coordinates\":[48.0,-88.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.85}]}],\"images\":[]},{\"id\":\"qp3vU9aa4TfK\",\"user\":null,\"name\":\"IncLg + > ConLg\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table\_4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table\_4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Cluster + and peak voxel characteristics for regions that showed significant correlation + with Framingham general cardiovascular risk score in whole-brain analysis\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"jdyHZYsttEwz\",\"coordinates\":[-48.0,-60.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.33}]},{\"id\":\"EQkYjeMvTWgt\",\"coordinates\":[-34.0,-66.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.24}]},{\"id\":\"qbBAMSanV2ga\",\"coordinates\":[-56.0,-36.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.22}]}],\"images\":[]},{\"id\":\"FKfNMTTK33MQ\",\"user\":null,\"name\":\"IncSm + > ConSm\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table\_4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv\"},\"original_table_id\":\"tbl4\"},\"table_metadata\":{\"table_id\":\"tbl4\",\"table_label\":\"Table\_4\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/24439485-10-1016-j-neurobiolaging-2013-12-008-pmc4282177/tables/tbl4_coordinates.csv\"},\"sanitized_table_id\":\"tbl4\"},\"description\":\"Cluster + and peak voxel characteristics for regions that showed significant correlation + with Framingham general cardiovascular risk score in whole-brain analysis\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]}]},{\"id\":\"qAdPtRwHse6m\",\"created_at\":\"2025-12-03T06:11:50.844468+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"description\":\"Working + memory, a fundamental cognitive function that is highly dependent on the integrity + of the prefrontal cortex, is known to show age-related decline across the + typical healthy adult lifespan. Moreover, we know from work in neurophysiology + that the prefrontal cortex is disproportionately susceptibly to the pathological + effects of aging. The n-back task is arguably the most ubiquitous cognitive + task for investigating working memory performance. Many functional magnetic + resonance imaging (fMRI) studies examine brain regions engaged during performance + of the n-back task in adults. The current meta-analyses are the first to examine + concordance and age-related changes across the healthy adult lifespan in brain + areas engaged when performing the n-back task. We compile data from eligible + fMRI articles that report stereotaxic coordinates of brain activity from healthy + adults in three age-groups: young (23.57\u202F\xB1\u202F5.63 years), middle-aged + (38.13\u202F\xB1\u202F5.63 years) and older (66.86\u202F\xB1\u202F5.70 years) + adults. Findings show that the three groups share concordance in the engagement + of parietal and cingulate cortices, which have been consistently identified + as core areas involved in working memory; as well as the insula, claustrum, + and cerebellum, which have not been highlighted as areas involved in working + memory. Critically, prefrontal cortex engagement is concordant for young, + to a lesser degree for middle-aged adults, and absent in older adults, suggesting + a gradual linear decline in concordance of prefrontal cortex engagement. Our + results provide important new knowledge for improving methodology and theories + of cognition across the lifespan.\",\"publication\":\"NeuroImage\",\"doi\":\"10.1016/j.neuroimage.2019.03.074\",\"pmid\":\"30954708\",\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"year\":2019,\"metadata\":{\"slug\":\"30954708-10-1016-j-neuroimage-2019-03-074\",\"source\":\"semantic_scholar\",\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"13\",\"Year\":\"2018\",\"Month\":\"10\",\"@PubStatus\":\"received\"},{\"Day\":\"20\",\"Year\":\"2019\",\"Month\":\"3\",\"@PubStatus\":\"revised\"},{\"Day\":\"30\",\"Year\":\"2019\",\"Month\":\"3\",\"@PubStatus\":\"accepted\"},{\"Day\":\"8\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"2\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"8\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"30954708\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neuroimage.2019.03.074\",\"@IdType\":\"doi\"},{\"#text\":\"S1053-8119(19)30281-2\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"30954708\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1095-9572\",\"@IssnType\":\"Electronic\"},\"Title\":\"NeuroImage\",\"JournalIssue\":{\"Volume\":\"196\",\"PubDate\":{\"Day\":\"01\",\"Year\":\"2019\",\"Month\":\"Aug\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neuroimage\"},\"Abstract\":{\"AbstractText\":\"Working + memory, a fundamental cognitive function that is highly dependent on the integrity + of the prefrontal cortex, is known to show age-related decline across the + typical healthy adult lifespan. Moreover, we know from work in neurophysiology + that the prefrontal cortex is disproportionately susceptibly to the pathological + effects of aging. The n-back task is arguably the most ubiquitous cognitive + task for investigating working memory performance. Many functional magnetic + resonance imaging (fMRI) studies examine brain regions engaged during performance + of the n-back task in adults. The current meta-analyses are the first to examine + concordance and age-related changes across the healthy adult lifespan in brain + areas engaged when performing the n-back task. We compile data from eligible + fMRI articles that report stereotaxic coordinates of brain activity from healthy + adults in three age-groups: young (23.57\u202F\xB1\u202F5.63 years), middle-aged + (38.13\u202F\xB1\u202F5.63 years) and older (66.86\u202F\xB1\u202F5.70 years) + adults. Findings show that the three groups share concordance in the engagement + of parietal and cingulate cortices, which have been consistently identified + as core areas involved in working memory; as well as the insula, claustrum, + and cerebellum, which have not been highlighted as areas involved in working + memory. Critically, prefrontal cortex engagement is concordant for young, + to a lesser degree for middle-aged adults, and absent in older adults, suggesting + a gradual linear decline in concordance of prefrontal cortex engagement. Our + results provide important new knowledge for improving methodology and theories + of cognition across the lifespan.\",\"CopyrightInformation\":\"Copyright \xA9 + 2019 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Zachary + A\",\"Initials\":\"ZA\",\"LastName\":\"Yaple\",\"AffiliationInfo\":{\"Affiliation\":\"Centre + for Cognition and Decision Making, National Research University Higher School + of Economics, Moscow, Russian Federation; Department of Psychology, National + University of Singapore, Singapore.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"W + Dale\",\"Initials\":\"WD\",\"LastName\":\"Stevens\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, York University, Toronto, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Marie\",\"Initials\":\"M\",\"LastName\":\"Arsalidou\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, York University, Toronto, Canada; NeuropsyLab, Department of + Psychology, National Research University Higher School of Economics, Moscow, + Russian Federation. Electronic address: marie.arsalidou@gmail.com.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"31\",\"StartPage\":\"16\",\"MedlinePgn\":\"16-31\"},\"ArticleDate\":{\"Day\":\"04\",\"Year\":\"2019\",\"Month\":\"04\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neuroimage.2019.03.074\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S1053-8119(19)30281-2\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D017418\",\"#text\":\"Meta-Analysis\"},{\"@UI\":\"D013485\",\"#text\":\"Research + Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"01\",\"Year\":\"2020\",\"Month\":\"01\"},\"DateCompleted\":{\"Day\":\"01\",\"Year\":\"2020\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001931\",\"#text\":\"Brain + Mapping\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008136\",\"#text\":\"Longevity\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D017397\",\"#text\":\"Prefrontal + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D011930\",\"#text\":\"Reaction + Time\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neuroimage\",\"ISSNLinking\":\"1053-8119\",\"NlmUniqueID\":\"9215515\"}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"venue\":\"NeuroImage\",\"authors\":[{\"name\":\"Z. + Yaple\",\"authorId\":\"3292849\"},{\"name\":\"Z. Yaple\",\"authorId\":\"3292849\"},{\"name\":\"W. + Stevens\",\"authorId\":\"145180628\"},{\"name\":\"Marie Arsalidou\",\"authorId\":\"2237639400\"},{\"name\":\"Marie + Arsalidou\",\"authorId\":\"2237639400\"}],\"paperId\":\"1e729ae1260f819fa6f803805464be325eee4e09\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neuroimage.2019.03.074?email= + or https://doi.org/10.1016/j.neuroimage.2019.03.074, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use.\"},\"publicationDate\":\"2019-08-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T06:13:57.010910+00:00\",\"analyses\":[{\"id\":\"8my5Qg5ijB6z\",\"user\":null,\"name\":\"Young + adults\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"mL77gzN42tum\",\"coordinates\":[-42.0,2.0,32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.065}]},{\"id\":\"NfNtn9xW5Dmg\",\"coordinates\":[-34.0,46.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.056}]},{\"id\":\"KQszbjhZptKR\",\"coordinates\":[-44.0,20.0,32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.054}]},{\"id\":\"L64V3hBwfreT\",\"coordinates\":[-30.0,-6.0,54.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.052}]},{\"id\":\"pnnuBq4pgXTg\",\"coordinates\":[-42.0,36.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.029}]},{\"id\":\"aKqDzRJTUpLY\",\"coordinates\":[-32.0,-58.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.06}]},{\"id\":\"GYydGZtNUHB2\",\"coordinates\":[-40.0,-48.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.059}]},{\"id\":\"s6wmQpJ4Xaok\",\"coordinates\":[-34.0,-52.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.056}]},{\"id\":\"z5mDKxNjpULW\",\"coordinates\":[-10.0,-72.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.045}]},{\"id\":\"3UU8FAY9ZmtJ\",\"coordinates\":[36.0,-48.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.081}]},{\"id\":\"E2Ti2LwV8u7T\",\"coordinates\":[30.0,-58.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.059}]},{\"id\":\"tBP7Uxs7bbfW\",\"coordinates\":[-2.0,12.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.059}]},{\"id\":\"seWoZZwUheEL\",\"coordinates\":[-4.0,0.0,56.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.045}]},{\"id\":\"iLFyRT7hFuKE\",\"coordinates\":[6.0,26.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.024}]},{\"id\":\"zoycrW2UigpA\",\"coordinates\":[38.0,32.0,32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.055}]},{\"id\":\"vFxjsdXMXvzB\",\"coordinates\":[26.0,-4.0,54.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.062}]},{\"id\":\"tLfarxLWF5dv\",\"coordinates\":[-30.0,20.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.077}]},{\"id\":\"a3a5P3We7gwz\",\"coordinates\":[-50.0,10.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.027}]},{\"id\":\"UyHeFPmU8F3J\",\"coordinates\":[28.0,20.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.083}]},{\"id\":\"7VSBXFtW38xZ\",\"coordinates\":[-30.0,-54.0,-32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.043}]},{\"id\":\"5DdAFQzGgMJ8\",\"coordinates\":[14.0,-70.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.033}]},{\"id\":\"XWT3YTyYzdiD\",\"coordinates\":[30.0,-58.0,-30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.042}]},{\"id\":\"Yi4BRmV8Urcx\",\"coordinates\":[-16.0,2.0,14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.041}]},{\"id\":\"w8gqE7PKqeC9\",\"coordinates\":[18.0,4.0,14.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.031}]},{\"id\":\"Bwb9detYEcpP\",\"coordinates\":[12.0,-6.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.026}]},{\"id\":\"4mM76A2bjSPN\",\"coordinates\":[44.0,0.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.03}]},{\"id\":\"4FGV5Q4f7YCa\",\"coordinates\":[50.0,12.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.02}]},{\"id\":\"mBRKYhE5qXHq\",\"coordinates\":[8.0,-72.0,-26.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.038}]}],\"images\":[]},{\"id\":\"etMS8uUhGb6H\",\"user\":null,\"name\":\"Middle-aged + adults\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"i9QU25jaFJEw\",\"coordinates\":[-2.0,14.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.03}]},{\"id\":\"7pomGjEx7dPC\",\"coordinates\":[-2.0,6.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.027}]},{\"id\":\"AoUEH8ATXjUQ\",\"coordinates\":[8.0,20.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.015}]},{\"id\":\"EcmSMEsTBiKh\",\"coordinates\":[-48.0,6.0,24.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.023}]},{\"id\":\"cdSCrkDYRBM5\",\"coordinates\":[-40.0,0.0,34.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.023}]},{\"id\":\"ZmCvLxFqFqAy\",\"coordinates\":[-40.0,6.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.022}]},{\"id\":\"8d9JLsgxHcvx\",\"coordinates\":[-42.0,20.0,34.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.018}]},{\"id\":\"ZeVC3VFzoXSt\",\"coordinates\":[40.0,-48.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.038}]},{\"id\":\"vuv5R96GsD23\",\"coordinates\":[28.0,-60.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.016}]},{\"id\":\"5dLYU7hoV5oz\",\"coordinates\":[32.0,-66.0,42.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.015}]},{\"id\":\"BrCPuAzjsLB7\",\"coordinates\":[-36.0,-48.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.03}]},{\"id\":\"FvTR4tdvo63u\",\"coordinates\":[-36.0,-62.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.026}]},{\"id\":\"HtDCJPUVc2cJ\",\"coordinates\":[32.0,-58.0,-32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.022}]},{\"id\":\"2bB9M5YoiWpm\",\"coordinates\":[32.0,-62.0,-22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.019}]},{\"id\":\"cmPSrDZKZssL\",\"coordinates\":[36.0,28.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.021}]},{\"id\":\"Z7LGDGc5MERC\",\"coordinates\":[30.0,20.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.024}]},{\"id\":\"74k9e2e3mp6k\",\"coordinates\":[-34.0,22.0,-2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.021}]},{\"id\":\"VMQzCtcwAnwB\",\"coordinates\":[-30.0,18.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.021}]},{\"id\":\"ADmtTj44gUK2\",\"coordinates\":[-14.0,-4.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.02}]},{\"id\":\"WVAXusuDZ4Rf\",\"coordinates\":[-16.0,0.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.018}]},{\"id\":\"3xutNXxgcsUc\",\"coordinates\":[-30.0,2.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.021}]}],\"images\":[]},{\"id\":\"wTcTsdwUHJzY\",\"user\":null,\"name\":\"Older + adults\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"k5EPdEAF6oqw\",\"coordinates\":[32.0,-54.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.02}]},{\"id\":\"Fs7te3UjQmJ5\",\"coordinates\":[36.0,-58.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.02}]},{\"id\":\"8JRLnRbQYRKw\",\"coordinates\":[28.0,-62.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.017}]},{\"id\":\"yVM4a5W2b3LR\",\"coordinates\":[38.0,-50.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.016}]},{\"id\":\"AqYbgFDb9FEH\",\"coordinates\":[28.0,-64.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.015}]},{\"id\":\"qaUB8UkN533y\",\"coordinates\":[-6.0,16.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.018}]},{\"id\":\"VAChEJUFaDHL\",\"coordinates\":[-6.0,10.0,48.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.017}]},{\"id\":\"sNjhoqu7njd7\",\"coordinates\":[6.0,14.0,44.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.015}]},{\"id\":\"DGtXWRSCkUSt\",\"coordinates\":[6.0,22.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.015}]},{\"id\":\"Yj4GUUXHnZrT\",\"coordinates\":[-6.0,2.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.013}]},{\"id\":\"tuFDBBbFwqcp\",\"coordinates\":[4.0,6.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.012}]},{\"id\":\"pXTKDUX3g4zc\",\"coordinates\":[-32.0,-54.0,34.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.018}]},{\"id\":\"vdqCw5sUnJbi\",\"coordinates\":[-28.0,-66.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.018}]},{\"id\":\"dzefRZeevjQh\",\"coordinates\":[30.0,22.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.024}]},{\"id\":\"qQKwKgg5C58x\",\"coordinates\":[-34.0,-8.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.018}]},{\"id\":\"EepQPYGGdQbD\",\"coordinates\":[-24.0,-2.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.015}]},{\"id\":\"NZ7vLgzb4gEH\",\"coordinates\":[-34.0,4.0,58.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.013}]},{\"id\":\"AX7QmWEvdSSw\",\"coordinates\":[-32.0,20.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.019}]},{\"id\":\"QnmLkngdNg87\",\"coordinates\":[26.0,-58.0,-30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.016}]},{\"id\":\"6hLwVYUXhg5g\",\"coordinates\":[36.0,-58.0,-24.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.015}]}],\"images\":[]},{\"id\":\"y3GRK3EwKPro\",\"user\":null,\"name\":\"Conjunctions\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"axrDY2xBYsmr\",\"user\":null,\"name\":\"Young-AND-Middle-aged\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"GBYRpAcQmmMi\",\"coordinates\":[-2.0,14.0,46.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.03}]},{\"id\":\"2pCvTtCUsuvE\",\"coordinates\":[-2.0,6.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.027}]},{\"id\":\"QdRWpV3WbfCT\",\"coordinates\":[-48.0,6.0,24.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.023}]},{\"id\":\"HcUj7ED42pmt\",\"coordinates\":[-40.0,0.0,34.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.023}]},{\"id\":\"HstnsGn9wvEK\",\"coordinates\":[-40.0,6.0,28.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.022}]},{\"id\":\"AvemMrTecBi8\",\"coordinates\":[-42.0,20.0,34.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.018}]},{\"id\":\"3wYmXQwGaPFR\",\"coordinates\":[40.0,-48.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.038}]},{\"id\":\"Vp75v3eXU4ff\",\"coordinates\":[28.0,-60.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.016}]},{\"id\":\"brxdXE3G7t9e\",\"coordinates\":[32.0,-66.0,42.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.015}]},{\"id\":\"veGKgHSgVHLA\",\"coordinates\":[-36.0,-48.0,38.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.03}]},{\"id\":\"aiAofkHiNXWD\",\"coordinates\":[-36.0,-60.0,40.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.024}]},{\"id\":\"iochrUkkHmzf\",\"coordinates\":[30.0,20.0,4.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.024}]},{\"id\":\"czJozaz3bWiP\",\"coordinates\":[36.0,28.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.021}]},{\"id\":\"EPKcpNKNQZd4\",\"coordinates\":[-34.0,22.0,-2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.021}]},{\"id\":\"KTb7XggF7HSf\",\"coordinates\":[-30.0,18.0,2.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.021}]},{\"id\":\"4g2eMezfi5BH\",\"coordinates\":[32.0,-58.0,-32.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.022}]},{\"id\":\"FARhPjkZMp7X\",\"coordinates\":[-30.0,2.0,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.021}]},{\"id\":\"SNDG9PEwM6Zd\",\"coordinates\":[-14.0,-4.0,18.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.02}]},{\"id\":\"igDj7xV6QQTi\",\"coordinates\":[8.0,24.0,36.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.012}]}],\"images\":[]},{\"id\":\"VoRdQSbArw8k\",\"user\":null,\"name\":\"Young-AND-Older\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"eTJjFuqBBYpJ\",\"user\":null,\"name\":\"Middle-aged-AND-Older\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"cmpQLmDE8qZE\",\"user\":null,\"name\":\"Contrasts\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"caVGa3vX3DwK\",\"user\":null,\"name\":\"Young + > Middle\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"dhWhd7gwvkeL\",\"coordinates\":[-35.3,40.7,27.5],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.54}]},{\"id\":\"gN6z4het3rKp\",\"coordinates\":[-31.5,44.2,24.5],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.353}]},{\"id\":\"RR92ys2Xrqc5\",\"coordinates\":[26.9,-9.8,57.6],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.719}]},{\"id\":\"RR4HbjWLaLf5\",\"coordinates\":[22.6,-8.6,52.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.54}]},{\"id\":\"6RTdTnEAVdLi\",\"coordinates\":[-41.0,15.0,7.5],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.239}]}],\"images\":[]},{\"id\":\"dRHCBZJ5hsWA\",\"user\":null,\"name\":\"Young + > Older\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"A5FtzBxZ4NL5\",\"coordinates\":[-38.0,39.1,29.3],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.719}]},{\"id\":\"4d9DW3tuRuJs\",\"coordinates\":[-34.4,43.8,25.7],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.54}]},{\"id\":\"2pnynG95e448\",\"coordinates\":[38.0,39.0,19.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.156}]}],\"images\":[]},{\"id\":\"FAo5acHfjGgF\",\"user\":null,\"name\":\"Middle-aged + > Young no suprathreshold clusters\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"gyhkRiUHyHvt\",\"user\":null,\"name\":\"Middle-aged + > Older no suprathreshold clusters\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"fyEpspXdkodg\",\"user\":null,\"name\":\"Older + > Young no suprathreshold clusters\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"ayf5Zayqy6si\",\"user\":null,\"name\":\"Older + > Middle no suprathreshold clusters\",\"metadata\":{\"table\":{\"table_number\":5,\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"original_table_id\":\"tbl5\"},\"table_metadata\":{\"table_id\":\"tbl5\",\"table_label\":\"Table\_5\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/30954708-10-1016-j-neuroimage-2019-03-074/tables/tbl5_coordinates.csv\"},\"sanitized_table_id\":\"tbl5\"},\"description\":\"Concordant + brain regions related to the n-back task across adulthood.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]}]},{\"id\":\"seKkS4tSq6Bb\",\"created_at\":\"2025-12-04T18:05:25.262131+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"description\":\"BACKGROUND: This study aimed + to investigate the neural mechanisms that differentiate mind-body practices + from aerobic physical activities and elucidate their effects on cognition + and healthy aging. We examined functional brain connectivity in older adults + (age\u2009>\u200960) without pre-existing uncontrolled chronic diseases, comparing + Tai Chi with Water Aerobics practitioners.\\n\\nMETHODS: We conducted a cross-sectional, + case-control fMRI study involving two strictly matched groups (\u2009=\u200932) + based on gender, age, education, and years of practice. Seed-to-voxel analysis + was performed using the Salience, and Frontoparietal Networks as seed regions + in Stroop Word-Color and N-Back tasks and Resting State.\\n\\nRESULTS: During + Resting State condition and using Salience network as a seed, Tai Chi group + exhibited a stronger correlation between Anterior Cingulate Cortex and Insular + Cortex areas (regions related to interoceptive awareness, cognitive control + and motor organization of subjective aspects of experience). In N-Back task + and using Salience network as seed, Tai Chi group showed increased correlation + between Left Supramarginal Gyrus and various cerebellar regions (related to + memory, attention, cognitive processing, sensorimotor control and cognitive + flexibility). In Stroop task, using Salience network as seed, Tai Chi group + showed enhanced correlation between Left Rostral Prefrontal Cortex and Right + Occipital Pole, and Right Lateral Occipital Cortex (areas associated with + sustained attention, prospective memory, mediate attention between external + stimuli and internal intention). Additionally, in Stroop task, using Frontoparietal + network as seed, Water Aerobics group exhibited a stronger correlation between + Left Posterior Parietal Lobe (specialized in word meaning, representing motor + actions, motor planning directed to objects, and general perception) and different + cerebellar regions (linked to object mirroring).\\n\\nCONCLUSION: Our study + provides evidence of differences in functional connectivity between older + adults who have received training in a mind-body practice (Tai Chi) or in + an aerobic physical activity (Water Aerobics) when performing attentional + and working memory tasks, as well as during resting state.\",\"publication\":\"Frontiers + in Integrative Neuroscience\",\"doi\":\"10.3389/fnint.2024.1420339\",\"pmid\":\"39323912\",\"authors\":\"Ana + Paula Port; Artur Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\xE3o Radvany; D. F. Santaella; E. Kozasa\",\"year\":2024,\"metadata\":{\"slug\":\"39323912-10-3389-fnint-2024-1420339-pmc11422087\",\"source\":\"semantic_scholar\",\"keywords\":[\"Stroop\",\"Tai + Chi\",\"embodied cognition\",\"fMRI\",\"functional connectivity\",\"longevity\",\"mind\u2013body\",\"self-regulation\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"19\",\"Year\":\"2024\",\"Month\":\"4\",\"@PubStatus\":\"received\"},{\"Day\":\"30\",\"Year\":\"2024\",\"Month\":\"8\",\"@PubStatus\":\"accepted\"},{\"Day\":\"26\",\"Hour\":\"10\",\"Year\":\"2024\",\"Month\":\"9\",\"Minute\":\"18\",\"@PubStatus\":\"medline\"},{\"Day\":\"26\",\"Hour\":\"10\",\"Year\":\"2024\",\"Month\":\"9\",\"Minute\":\"17\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"26\",\"Hour\":\"4\",\"Year\":\"2024\",\"Month\":\"9\",\"Minute\":\"22\",\"@PubStatus\":\"entrez\"},{\"Day\":\"1\",\"Year\":\"2024\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"39323912\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC11422087\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnint.2024.1420339\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Balasubramaniam + R., Haegens S., Jazayeri M., Merchant H., Sternad D., Song J. H. (2021). Neural + encoding and representation of time for sensorimotor control and learning. + J. Neurosci. 41, 866\u2013872. doi: 10.1523/JNEUROSCI.1652-20.2020\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.1652-20.2020\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7880297\",\"@IdType\":\"pmc\"},{\"#text\":\"33380468\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Barbosa + T. M., Marinho D. A., Reis V. M., Silva A. J., Bragada J. A. (2009). Physiological + assessment of head-out aquatic exercises in healthy subjects: a qualitative + review. J. Sports Sci. Med. 8, 179\u2013189., PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3761490\",\"@IdType\":\"pmc\"},{\"#text\":\"24149524\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Beck + A. T., Epstein N., Brown G., Steer R. A. (1988a). An inventory for measuring + clinical anxiety: psychometric properties. J. Consult. Clin. Psychol. 56, + 893\u2013897.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"3204199\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Beck + A. T., Steer R. A., Carbin M. G. (1988b). Psychometric properties of the Beck + depression inventory: twenty-five years of evaluation. Clin. Psychol. Rev. + 8, 77\u2013100.\"},{\"Citation\":\"Benoit R. G., Gilbert S. J., Frith C. D., + Burgess P. W. (2012). Rostral prefrontal cortex and the focus of attention + in prospective memory. Cereb. Cortex 22, 1876\u20131886. doi: 10.1093/cercor/bhr264, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhr264\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3388891\",\"@IdType\":\"pmc\"},{\"#text\":\"21976356\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bertolucci + P. H. F., Brucki S. M. D., Campacci S. R., Juliano Y. (1994). O Mini-Exame + do Estado Mental em uma popula\xE7\xE3o geral: impacto da escolaridade. Arq. + Neuropsiquiatr. 52, 01\u201307.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8002795\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bidonde + J., Busch A. J., Webber S. C., Schachter C. L., Danyliw A., Overend T. J., + et al. (2014). Aquatic exercise training for fibromyalgia. Cochrane Database + Syst. Rev. 2014. doi: 10.1002/14651858.CD011336, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/14651858.CD011336\",\"@IdType\":\"doi\"},{\"#text\":\"PMC10638613\",\"@IdType\":\"pmc\"},{\"#text\":\"25350761\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Binder + J. R., Desai R. H., Graves W. W., Conant L. L. (2009). Where is the semantic + system? A critical review and Meta-analysis of 120 functional neuroimaging + studies. Cereb. Cortex 19, 2767\u20132796. doi: 10.1093/cercor/bhp055\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhp055\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2774390\",\"@IdType\":\"pmc\"},{\"#text\":\"19329570\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Birdee + G. S., Wayne P. M., Davis R. B., Phillips R. S., Yeh G. Y. (2009). T\u2019ai + chi and Qigong for health: patterns of use in the United States. J. Altern. + Complement. Med. 15, 969\u2013973. doi: 10.1089/acm.2009.0174, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1089/acm.2009.0174\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2852519\",\"@IdType\":\"pmc\"},{\"#text\":\"19757974\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brewer + J. A., Worhunsky P. D., Gray J. R., Tang Y. Y., Weber J., Kober H. (2011). + Meditation experience is associated with differences in default mode network + activity and connectivity. Proc. Natl. Acad. Sci. 108, 20254\u201320259. doi: + 10.1073/pnas.1112029108\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1112029108\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3250176\",\"@IdType\":\"pmc\"},{\"#text\":\"22114193\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buckner + R. L., Snyder A. Z., Shannon B. J., LaRossa G., Sachs R., Fotenos A. F., et + al. (2005). Molecular, structural, and functional characterization of Alzheimer\u2019s + disease: evidence for a relationship between default activity, amyloid, and + memory. J. Neurosci. 25, 7709\u20137717. doi: 10.1523/JNEUROSCI.2177-05.2005, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.2177-05.2005\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6725245\",\"@IdType\":\"pmc\"},{\"#text\":\"16120771\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burgess + P. W., Veitch E., de Lacy C. A., Shallice T. (2000). The cognitive and neuroanatomical + correlates of multitasking. Neuropsychologia 38, 848\u2013863.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10689059\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Butts + N. K., Tucker M., Smith R. (1991). Maximal responses to treadmill and deep + water running in high school female cross country runners. Res. Q. Exerc. + Sport 62, 236\u2013239. doi: 10.1080/02701367.1991.10608716, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/02701367.1991.10608716\",\"@IdType\":\"doi\"},{\"#text\":\"1925049\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buysse + D. J., Reynolds C. F., Monk T. H., Berman S. R., Kupfer D. J. (1989). The + Pittsburgh sleep quality index: a new instrument for psychiatric practice + and research. Psychiatry Res. 28, 193\u2013213.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"2748771\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cabeza + R., Ciaramelli E., Olson I. R., Moscovitch M. (2008). The parietal cortex + and episodic memory: an attentional account. Nat. Rev. Neurosci. 9, 613\u2013625. + doi: 10.1038/nrn2459\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn2459\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2692883\",\"@IdType\":\"pmc\"},{\"#text\":\"18641668\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Nyberg L. (2000). Imaging cognition II: an empirical review of 275 PET + and fMRI studies. J. Cogn. Neurosci. 12, 1\u201347.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10769304\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Chong + J. S. X., Ng G. J. P., Lee S. C., Zhou J. (2017). Salience network connectivity + in the insula is associated with individual differences in interoceptive accuracy. + Brain Struct. Funct. 222, 1635\u20131644. doi: 10.1007/s00429-016-1297-7, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00429-016-1297-7\",\"@IdType\":\"doi\"},{\"#text\":\"27573028\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Craig + A. (2003). Interoception: the sense of the physiological condition of the + body. Curr. Opin. Neurobiol. 13, 500\u2013505. doi: 10.1016/s0959-4388(03)00090-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0959-4388(03)00090-4\",\"@IdType\":\"doi\"},{\"#text\":\"12965300\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Craig + A. D. (2009a). How do you feel \u2014 now? The anterior insula and human awareness. + Nat. Rev. Neurosci. 10, 59\u201370. doi: 10.1038/nrn2555\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn2555\",\"@IdType\":\"doi\"},{\"#text\":\"19096369\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Craig + A. D. (2009b). A rat is not a monkey is not a human: comment on Mogil. Nat. + Rev. Neurosci. 10:466. doi: 10.1038/nrn2606-c1, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn2606-c1\",\"@IdType\":\"doi\"},{\"#text\":\"19455175\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Craig + A. D. (2011). Significance of the insula for the evolution of human awareness + of feelings from the body. Ann. N. Y. Acad. Sci. 1225, 72\u201382. doi: 10.1111/j.1749-6632.2011.05990.x, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1749-6632.2011.05990.x\",\"@IdType\":\"doi\"},{\"#text\":\"21534994\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Critchley + H. D. (2005). Neural mechanisms of autonomic, affective, and cognitive integration. + J. Comp. Neurol. 493, 154\u2013166. doi: 10.1002/cne.20749, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/cne.20749\",\"@IdType\":\"doi\"},{\"#text\":\"16254997\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Critchley + H. D., Wiens S., Rotshtein P., \xD6hman A., Dolan R. J. (2004). Neural systems + supporting interoceptive awareness. Nat. Neurosci. 7, 189\u2013195. doi: 10.1038/nn1176\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nn1176\",\"@IdType\":\"doi\"},{\"#text\":\"14730305\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cui + L., Tao S., Yin H. (2021). Tai chi Chuan alters brain functional network plasticity + and promotes cognitive flexibility. Front. Psychol. 12:12. doi: 10.3389/fpsyg.2021.665419\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2021.665419\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8275936\",\"@IdType\":\"pmc\"},{\"#text\":\"34267705\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"da + Silva L. A., Tortelli L., Motta J., Menguer L., Mariano S., Tasca G., et al. + (2019). Effects of aquatic exercise on mental health, functional autonomy + and oxidative stress in depressed elderly individuals: a randomized clinical + trial. Clinics 74:e322. doi: 10.6061/clinics/2019/e322, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.6061/clinics/2019/e322\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6585867\",\"@IdType\":\"pmc\"},{\"#text\":\"31271585\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Damasio + A. R. (1989). The brain binds entities and events by multiregional activation + from convergence zones. Neural Comput. 1, 123\u2013132. doi: 10.1162/neco.1989.1.1.123\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1162/neco.1989.1.1.123\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Duquette + P. (2017). Increasing our insular world view: Interoception and psychopathology + for psychotherapists. Front. Neurosci. 11:11. doi: 10.3389/fnins.2017.00135\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnins.2017.00135\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5359279\",\"@IdType\":\"pmc\"},{\"#text\":\"28377690\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Erickson + K. I., Donofry S. D., Sewell K. R., Brown B. M., Stillman C. M. (2022). Cognitive + aging and the promise of physical activity. Annu. Rev. Clin. Psychol. 18, + 417\u2013442. doi: 10.1146/annurev-clinpsy-072720-014213\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev-clinpsy-072720-014213\",\"@IdType\":\"doi\"},{\"#text\":\"35044793\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Erickson + K. I., Voss M. W., Prakash R. S., Basak C., Szabo A., Chaddock L., et al. + (2011). Exercise training increases size of hippocampus and improves memory. + Proc. Natl. Acad. Sci. 108, 3017\u20133022. doi: 10.1073/pnas.1015950108, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1015950108\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3041121\",\"@IdType\":\"pmc\"},{\"#text\":\"21282661\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Farb + N., Daubenmier J., Price C. J., Gard T., Kerr C., Dunn B. D., et al. (2015). + Interoception, contemplative practice, and health. Front. Psychol. 6:6. doi: + 10.3389/fpsyg.2015.00763\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2015.00763\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4460802\",\"@IdType\":\"pmc\"},{\"#text\":\"26106345\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Farb + N. A. S., Segal Z. V., Anderson A. K. (2013). Mindfulness meditation training + alters cortical representations of interoceptive attention. Soc. Cogn. Affect. + Neurosci. 8, 15\u201326. doi: 10.1093/scan/nss066, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/scan/nss066\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3541492\",\"@IdType\":\"pmc\"},{\"#text\":\"22689216\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fleck + M. P., Louzada S., Xavier M., Chachamovich E., Vieira G., Santos L., et al. + (2000). Aplica\xE7\xE3o da vers\xE3o em portugu\xEAs do instrumento abreviado + de avalia\xE7\xE3o da qualidade de vida \\\"WHOQOL-bref\\\". Rev. Saude Publica + 34, 178\u2013183. doi: 10.1590/S0034-89102000000200012, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1590/S0034-89102000000200012\",\"@IdType\":\"doi\"},{\"#text\":\"10881154\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gardner + R. C., Boxer A. L., Trujillo A., Mirsky J. B., Guo C. C., Gennatas E. D., + et al. (2013). Intrinsic connectivity network disruption in progressive supranuclear + palsy. Ann. Neurol. 73, 603\u2013616. doi: 10.1002/ana.23844, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/ana.23844\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3732833\",\"@IdType\":\"pmc\"},{\"#text\":\"23536287\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. (2012). The cognitive neuroscience of ageing. Nat. Rev. Neurosci. 13, 491\u2013505. + doi: 10.1038/nrn3256, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn3256\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3800175\",\"@IdType\":\"pmc\"},{\"#text\":\"22714020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Guell + X., Gabrieli J. D. E., Schmahmann J. D. (2018). Embodied cognition and the + cerebellum: perspectives from the Dysmetria of thought and the universal cerebellar + transform theories. Cortex 100, 140\u2013148. doi: 10.1016/j.cortex.2017.07.005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2017.07.005\",\"@IdType\":\"doi\"},{\"#text\":\"28779872\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Guidali + G., Pisoni A., Bolognini N., Papagno C. (2019). Keeping order in the brain: + the supramarginal gyrus and serial order in short-term memory. Cortex 119, + 89\u201399. doi: 10.1016/j.cortex.2019.04.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2019.04.009\",\"@IdType\":\"doi\"},{\"#text\":\"31091486\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hartwigsen + G., Bestmann S., Ward N. S., Woerbel S., Mastroeni C., Granert O., et al. + (2012). Left dorsal premotor cortex and Supramarginal gyrus complement each + other during rapid action reprogramming. J. Neurosci. 32, 16162\u201316171. + doi: 10.1523/JNEUROSCI.1010-12.2012, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.1010-12.2012\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3558742\",\"@IdType\":\"pmc\"},{\"#text\":\"23152600\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Huang + Y., Su L., Ma Q. (2020). The Stroop effect: an activation likelihood estimation + meta-analysis in healthy young adults. Neurosci. Lett. 716:134683. doi: 10.1016/j.neulet.2019.134683\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neulet.2019.134683\",\"@IdType\":\"doi\"},{\"#text\":\"31830505\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"JASP + Team (202). JASP statistics software version 0.19.0., PMID:\"},{\"Citation\":\"Jenkinson + M., Bannister P., Brady M., Smith S. (2002). Improved optimization for the + robust and accurate linear registration and motion correction of brain images. + NeuroImage 17, 825\u2013841. doi: 10.1016/s1053-8119(02)91132-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s1053-8119(02)91132-8\",\"@IdType\":\"doi\"},{\"#text\":\"12377157\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + M., Smith S. (2001). A global optimisation method for robust affine registration + of brain images. Med. Image Anal. 5, 143\u2013156. doi: 10.1016/s1361-8415(01)00036-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s1361-8415(01)00036-6\",\"@IdType\":\"doi\"},{\"#text\":\"11516708\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jiang + W., Liao S., Chen X., Lundborg C. S., Marrone G., Wen Z., et al. (2021). Tai + chi and Qigong for depressive symptoms in patients with chronic heart failure: + a systematic review with Meta-analysis. Evid. Based Complement. Alternat. + Med. 2021, 1\u201312. doi: 10.1155/2021/5585239\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2021/5585239\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8302391\",\"@IdType\":\"pmc\"},{\"#text\":\"34326885\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Khalsa + S. S., Adolphs R., Cameron O. G., Critchley H. D., Davenport P. W., Feinstein + J. S., et al. (2018). Interoception and mental health: a roadmap. Biol Psychiatry + Cogn Neurosci Neuroimaging. 3, 501\u2013513. doi: 10.1016/j.bpsc.2017.12.004, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bpsc.2017.12.004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6054486\",\"@IdType\":\"pmc\"},{\"#text\":\"29884281\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kiefer + M., Pulverm\xFCller F. (2012). Conceptual representations in mind and brain: + theoretical developments, current evidence and future directions. Cortex 48, + 805\u2013825. doi: 10.1016/j.cortex.2011.04.006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2011.04.006\",\"@IdType\":\"doi\"},{\"#text\":\"21621764\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kong + J., Wilson G., Park J., Pereira K., Walpole C., Yeung A. (2019). Treating + Depression With Tai Chi: State of the Art and Future Perspectives. Front Psychiatry + 10:10. doi: 10.3389/fpsyt.2019.00237\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyt.2019.00237\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6474282\",\"@IdType\":\"pmc\"},{\"#text\":\"31031663\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kozasa + E. H., Sato J. R., Lacerda S. S., Barreiros M. A. M., Radvany J., Russell + T. A., et al. (2012). Meditation training increases brain efficiency in an + attention task. NeuroImage 59, 745\u2013749. doi: 10.1016/j.neuroimage.2011.06.088, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.06.088\",\"@IdType\":\"doi\"},{\"#text\":\"21763432\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kuehn + E., Mueller K., Lohmann G., Schuetz-Bosbach S. (2016). Interoceptive awareness + changes the posterior insula functional connectivity profile. Brain Struct. + Funct. 221, 1555\u20131571. doi: 10.1007/s00429-015-0989-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00429-015-0989-8\",\"@IdType\":\"doi\"},{\"#text\":\"25613901\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kuhnke + P., Beaupain M. C., Cheung V. K. M., Weise K., Kiefer M., Hartwigsen G. (2020). + Left posterior inferior parietal cortex causally supports the retrieval of + action knowledge. NeuroImage 219:117041. doi: 10.1016/j.neuroimage.2020.117041\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2020.117041\",\"@IdType\":\"doi\"},{\"#text\":\"32534127\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + D., Chen P. (2021). Effects of aquatic exercise and land-based exercise on + cardiorespiratory fitness, motor function, balance, and functional Independence + in stroke patients\u2014a Meta-analysis of randomized controlled trials. Brain + Sci. 11:1097. doi: 10.3390/brainsci11081097, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3390/brainsci11081097\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8394174\",\"@IdType\":\"pmc\"},{\"#text\":\"34439716\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + Y., Wu K., Hu X., Xu T., Li Z., Zhang Y., et al. (2022). Altered effective + connectivity of resting-state networks by tai chi Chuan in chronic fatigue + syndrome patients: a multivariate granger causality study. Front. Neurol.:13. + doi: 10.3389/fneur.2022.858833\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fneur.2022.858833\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9203735\",\"@IdType\":\"pmc\"},{\"#text\":\"35720086\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Marek + S., Dosenbach N. U. F. (2018). The frontoparietal network: function, electrophysiology, + and importance of individual precision mapping. Dialogues Clin. Neurosci. + 20, 133\u2013140. doi: 10.31887/DCNS.2018.20.2/smarek, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.31887/DCNS.2018.20.2/smarek\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6136121\",\"@IdType\":\"pmc\"},{\"#text\":\"30250390\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Menon + V. (2011). Large-scale brain networks and psychopathology: a unifying triple + network model. Trends Cogn. Sci. 15, 483\u2013506. doi: 10.1016/j.tics.2011.08.003, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2011.08.003\",\"@IdType\":\"doi\"},{\"#text\":\"21908230\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Menon + V., Palaniyappan L., Supekar K. (2022). Integrative brain network and salience + models of psychopathology and cognitive dysfunction in schizophrenia. Biol. + Psychiatry 94, 108\u2013120. doi: 10.1016/j.biopsych.2022.09.029\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.biopsych.2022.09.029\",\"@IdType\":\"doi\"},{\"#text\":\"36702660\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25, 46\u201359. doi: 10.1002/hbm.20131, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20131\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871745\",\"@IdType\":\"pmc\"},{\"#text\":\"15846822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pannekoek + J. N., Veer I. M., van Tol M. J., van der Werff S. J. A., Demenescu L. R., + Aleman A., et al. (2013). Aberrant limbic and salience network resting-state + functional connectivity in panic disorder without comorbidity. J. Affect. + Disord. 145, 29\u201335. doi: 10.1016/j.jad.2012.07.006, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jad.2012.07.006\",\"@IdType\":\"doi\"},{\"#text\":\"22858265\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Parkes + L., Fulcher B., Y\xFCcel M., Fornito A. (2018). An evaluation of the efficacy, + reliability, and sensitivity of motion correction strategies for resting-state + functional MRI. NeuroImage 171, 415\u2013436. doi: 10.1016/j.neuroimage.2017.12.073\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2017.12.073\",\"@IdType\":\"doi\"},{\"#text\":\"29278773\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pereira + Neiva H., Brand\xE3o Fa\xEDl L., Izquierdo M., Marques M. C., Marinho D. A. + (2018). The effect of 12 weeks of water-aerobics on health status and physical + fitness: an ecological approach. PLoS One 13:e0198319. doi: 10.1371/journal.pone.0198319\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0198319\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5978883\",\"@IdType\":\"pmc\"},{\"#text\":\"29851998\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Peterson + B. S., Skudlarski P., Gatenby J. C., Zhang H., Anderson A. W., Gore J. C. + (1999). An fMRI study of Stroop word-color interference: evidence for cingulate + subregions subserving multiple distributed attentional systems. Biol. Psychiatry + 45, 1237\u20131258.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10349031\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Pollatos + O., Gramann K., Schandry R. (2007). Neural systems connecting interoceptive + awareness and feelings. Hum. Brain Mapp. 28, 9\u201318. doi: 10.1002/hbm.20258\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20258\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871500\",\"@IdType\":\"pmc\"},{\"#text\":\"16729289\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Port + A. P., Santaella D. F., Lacerda S. S., Speciali D. S., Balardin J. B., Lopes + P. B., et al. (2018). Cognition and brain function in elderly tai chi practitioners: + a case-control study. Exp. Dermatol. 14, 352\u2013356. doi: 10.1016/j.explore.2018.04.007, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.explore.2018.04.007\",\"@IdType\":\"doi\"},{\"#text\":\"30122327\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Quadt + L., Critchley H. D., Garfinkel S. N. (2018). The neurobiology of interoception + in health and disease. Ann. N. Y. Acad. Sci. 1428, 112\u2013128. doi: 10.1111/nyas.13915\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/nyas.13915\",\"@IdType\":\"doi\"},{\"#text\":\"29974959\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rehman + A, Al Khalili Y. Neuroanatomy, Occipital Lobe. StatPearls Publishing LLC (2022).\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"31335040\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Salgado + J. V., Malloy-Diniz L. F., Abrantes S. S. C., Moreira L., Schlottfeldt C. + G., Guimar\xE3es W., et al. (2011). Applicability of the Rey Auditory-Verbal + Learning Test to an adult sample in Brazil. Brazilian Journal of Psychiatry, + 33, 234\u2013237., PMID:\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21971775\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Schimmelpfennig + J., Topczewski J., Zajkowski W., Jankowiak-Siuda K. (2023). The role of the + salience network in cognitive and affective deficits. Front. Hum. Neurosci. + 17. doi: 10.3389/fnhum.2023.1133367, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2023.1133367\",\"@IdType\":\"doi\"},{\"#text\":\"PMC10067884\",\"@IdType\":\"pmc\"},{\"#text\":\"37020493\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schmahmann + J. D. (2019). The cerebellum and cognition. Neurosci. Lett. 688, 62\u201375. + doi: 10.1016/j.neulet.2018.07.005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neulet.2018.07.005\",\"@IdType\":\"doi\"},{\"#text\":\"29997061\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Scholte + W. F., Verduin F., van Lammeren A., Rutayisire T., Kamperman A. M. (2011). + Psychometric properties and longitudinal validation of the self-reporting + questionnaire (SRQ-20) in a Rwandan community setting: a validation study. + BMC Med. Res. Methodol. 11:116. doi: 10.1186/1471-2288-11-116, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/1471-2288-11-116\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3173390\",\"@IdType\":\"pmc\"},{\"#text\":\"21846391\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Seeley + W. W., Crawford R. K., Zhou J., Miller B. L., Greicius M. D. (2009). Neurodegenerative + diseases target large-scale human brain networks. Neuron 62, 42\u201352. doi: + 10.1016/j.neuron.2009.03.024, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuron.2009.03.024\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2691647\",\"@IdType\":\"pmc\"},{\"#text\":\"19376066\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + S. M. (2002). Fast robust automated brain extraction. Hum. Brain Mapp. 17, + 143\u2013155. doi: 10.1002/hbm.10062, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.10062\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871816\",\"@IdType\":\"pmc\"},{\"#text\":\"12391568\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + S. D., Nadeau C., Sorokopud-Jones M., Kornelsen J. (2022). The relationship + between functional connectivity and interoceptive sensibility. Brain Connect. + 12, 417\u2013431. doi: 10.1089/brain.2020.0777\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1089/brain.2020.0777\",\"@IdType\":\"doi\"},{\"#text\":\"34210151\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smitha + K., Akhil Raja K., Arun K., Rajesh P., Thomas B., Kapilamoorthy T., et al. + (2017). Resting state fMRI: a review on methods in resting state connectivity + analysis and resting state networks. Neuroradiol. J. 30, 305\u2013317. doi: + 10.1177/1971400917697342, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/1971400917697342\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5524274\",\"@IdType\":\"pmc\"},{\"#text\":\"28353416\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Song + R., Grabowska W., Park M., Osypiuk K., Vergara-Diaz G. P., Bonato P., et al. + (2017). The impact of tai chi and Qigong mind-body exercises on motor and + non-motor function and quality of life in Parkinson\u2019s disease: a systematic + review and meta-analysis. Parkinsonism Relat. Disord. 41, 3\u201313. doi: + 10.1016/j.parkreldis.2017.05.019, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.parkreldis.2017.05.019\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5618798\",\"@IdType\":\"pmc\"},{\"#text\":\"28602515\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Spreen + O., Strauss E. (1998). A compendium of neuropsychological tests: Administration, + norms, and commentary. 2nd Edn: Oxford University Press.\"},{\"Citation\":\"Stein + M. B., Simmons A. N., Feinstein J. S., Paulus M. P. (2007). Increased amygdala + and insula activation during emotion processing in anxiety-prone subjects. + Am. J. Psychiatry 164, 318\u2013327. doi: 10.1176/ajp.2007.164.2.318\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1176/ajp.2007.164.2.318\",\"@IdType\":\"doi\"},{\"#text\":\"17267796\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stillman + C. M., Esteban-Cornejo I., Brown B., Bender C. M., Erickson K. I. (2020). + Effects of exercise on brain and cognition across age groups and health states. + Trends Neurosci. 43, 533\u2013543. doi: 10.1016/j.tins.2020.04.010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tins.2020.04.010\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9068803\",\"@IdType\":\"pmc\"},{\"#text\":\"32409017\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tamin + T. Z., Loekito N. (2018). Aquatic versus land-based exercise for cardiorespiratory + endurance and quality of life in obese patients with knee osteoarthritis: + a randomized controlled trial. Medical J. Indonesia. 27, 284\u2013292. doi: + 10.13181/mji.v27i4.2107\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.13181/mji.v27i4.2107\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Tang + Y. Y., H\xF6lzel B. K., Posner M. I. (2015). The neuroscience of mindfulness + meditation. Nat. Rev. Neurosci. 16, 213\u2013225. doi: 10.1038/nrn3916\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn3916\",\"@IdType\":\"doi\"},{\"#text\":\"25783612\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tang + Y. Y., Lu Q., Geng X., Stein E. A., Yang Y., Posner M. I. (2010). Short-term + meditation induces white matter changes in the anterior cingulate. Proc. Natl. + Acad. Sci. 107, 15649\u201315652. doi: 10.1073/pnas.1011043107\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1011043107\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2932577\",\"@IdType\":\"pmc\"},{\"#text\":\"20713717\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tomasi + D., Volkow N. D. (2012). Aging and functional brain networks. Mol. Psychiatry + 17, 549\u2013558. doi: 10.1038/mp.2011.81\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/mp.2011.81\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3193908\",\"@IdType\":\"pmc\"},{\"#text\":\"21727896\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"United + Nations . (2019). World population ageing 2019: Highlights. Available from: + https://www.un.org/development/desa/pd/ (Accessed May 10, 2024)\"},{\"Citation\":\"Vago + D. R., Silbersweig D. A. (2012). Self-awareness, self-regulation, and self-transcendence + (S-ART): a framework for understanding the neurobiological mechanisms of mindfulness. + Front. Hum. Neurosci. 6. doi: 10.3389/fnhum.2012.00296, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2012.00296\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3480633\",\"@IdType\":\"pmc\"},{\"#text\":\"23112770\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Van + Overwalle F., Baetens K., Mari\xEBn P., Vandekerckhove M. (2014). Social cognition + and the cerebellum: a meta-analysis of over 350 fMRI studies. NeuroImage 86, + 554\u2013572. doi: 10.1016/j.neuroimage.2013.09.033\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2013.09.033\",\"@IdType\":\"doi\"},{\"#text\":\"24076206\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Van + Overwalle F., Manto M., Cattaneo Z., Clausi S., Ferrari C., Gabrieli J. D. + E., et al. (2020). Consensus paper: cerebellum and social cognition. Cerebellum + 19, 833\u2013868. doi: 10.1007/s12311-020-01155-1, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s12311-020-01155-1\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7588399\",\"@IdType\":\"pmc\"},{\"#text\":\"32632709\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Voss + M. W., Vivar C., Kramer A. F., van Praag H. (2013). Bridging animal and human + models of exercise-induced brain plasticity. Trends Cogn. Sci. 17, 525\u2013544. + doi: 10.1016/j.tics.2013.08.001\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2013.08.001\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4565723\",\"@IdType\":\"pmc\"},{\"#text\":\"24029446\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wayne + P. M., Walsh J. N., Taylor-Piliae R. E., Wells R. E., Papp K. V., Donovan + N. J., et al. (2014). Effect of tai chi on cognitive performance in older + adults: systematic review and Meta-analysis. J. Am. Geriatr. Soc. 62, 25\u201339. + doi: 10.1111/jgs.12611, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.12611\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4055508\",\"@IdType\":\"pmc\"},{\"#text\":\"24383523\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wechsler + D. (2004). Escala de Intelig\xEAncia de Wechsler para Adultos: Manual. S\xE3o + Paulo: Casa Do Psic\xF3logo.\"},{\"Citation\":\"Whitfield-Gabrieli S., Nieto-Castanon + A. (2012). Conn: a functional connectivity toolbox for correlated and Anticorrelated + brain networks. Brain Connect. 2, 125\u2013141. doi: 10.1089/brain.2012.0073\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1089/brain.2012.0073\",\"@IdType\":\"doi\"},{\"#text\":\"22642651\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Woolrich + M. W., Ripley B. D., Brady M., Smith S. M. (2001). Temporal autocorrelation + in univariate linear modeling of FMRI data. NeuroImage 14, 1370\u20131386. + doi: 10.1006/nimg.2001.0931, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2001.0931\",\"@IdType\":\"doi\"},{\"#text\":\"11707093\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"World + Health Organization (2017). Integrated care for older people: guidelines + on community-level interventions to manage declines in intrinsic capacity. + World Health Organization\\nix:46. Available at: https://www.who.int/publications/i/item/9789241550109\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"29608259\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Xie + X., Cai C., Damasceno P. F., Nagarajan S. S., Raj A. (2021). Emergence of + canonical functional networks from the structural connectome. NeuroImage 237:118190. + doi: 10.1016/j.neuroimage.2021.118190, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2021.118190\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8451304\",\"@IdType\":\"pmc\"},{\"#text\":\"34022382\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Xu + A., Zimmerman C. S., Lazar S. W., Ma Y., Kerr C. E., Yeung A. (2020). Distinct + insular functional connectivity changes related to mood and fatigue improvements + in major depressive disorder following tai chi training: a pilot study. Front. + Integr. Neurosci. 14:14. doi: 10.3389/fnins.2020.00014, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnins.2020.00014\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7295154\",\"@IdType\":\"pmc\"},{\"#text\":\"32581734\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yang + Y., Chen T., Shao M., Yan S., Yue G. H., Jiang C. (2020). Effects of tai chi + Chuan on inhibitory control in elderly women: an fNIRS study. Front. Hum. + Neurosci. 13:13. doi: 10.3389/fnhum.2019.00476\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2019.00476\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6988574\",\"@IdType\":\"pmc\"},{\"#text\":\"32038205\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yue + C., Zhang Y., Jian M., Herold F., Yu Q., Mueller P., et al. (2020). Differential + effects of tai chi Chuan (motor-cognitive training) and walking on brain networks: + a resting-state fMRI study in Chinese women aged 60. Health 8:67. doi: 10.3390/healthcare8010067, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3390/healthcare8010067\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7151113\",\"@IdType\":\"pmc\"},{\"#text\":\"32213980\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhou + J., Gennatas E. D., Kramer J. H., Miller B. L., Seeley W. W. (2012). Predicting + regional neurodegeneration from the healthy brain functional connectome. Neuron + 73, 1216\u20131227. doi: 10.1016/j.neuron.2012.03.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuron.2012.03.004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3361461\",\"@IdType\":\"pmc\"},{\"#text\":\"22445348\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"39323912\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1662-5145\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in integrative neuroscience\",\"JournalIssue\":{\"Volume\":\"18\",\"PubDate\":{\"Year\":\"2024\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Integr Neurosci\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"This study + aimed to investigate the neural mechanisms that differentiate mind-body practices + from aerobic physical activities and elucidate their effects on cognition + and healthy aging. We examined functional brain connectivity in older adults + (age\u2009>\u200960) without pre-existing uncontrolled chronic diseases, comparing + Tai Chi with Water Aerobics practitioners.\",\"@Label\":\"BACKGROUND\",\"@NlmCategory\":\"UNASSIGNED\"},{\"i\":\"n\",\"#text\":\"We + conducted a cross-sectional, case-control fMRI study involving two strictly + matched groups (\u2009=\u200932) based on gender, age, education, and years + of practice. Seed-to-voxel analysis was performed using the Salience, and + Frontoparietal Networks as seed regions in Stroop Word-Color and N-Back tasks + and Resting State.\",\"@Label\":\"METHODS\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"During + Resting State condition and using Salience network as a seed, Tai Chi group + exhibited a stronger correlation between Anterior Cingulate Cortex and Insular + Cortex areas (regions related to interoceptive awareness, cognitive control + and motor organization of subjective aspects of experience). In N-Back task + and using Salience network as seed, Tai Chi group showed increased correlation + between Left Supramarginal Gyrus and various cerebellar regions (related to + memory, attention, cognitive processing, sensorimotor control and cognitive + flexibility). In Stroop task, using Salience network as seed, Tai Chi group + showed enhanced correlation between Left Rostral Prefrontal Cortex and Right + Occipital Pole, and Right Lateral Occipital Cortex (areas associated with + sustained attention, prospective memory, mediate attention between external + stimuli and internal intention). Additionally, in Stroop task, using Frontoparietal + network as seed, Water Aerobics group exhibited a stronger correlation between + Left Posterior Parietal Lobe (specialized in word meaning, representing motor + actions, motor planning directed to objects, and general perception) and different + cerebellar regions (linked to object mirroring).\",\"@Label\":\"RESULTS\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"Our + study provides evidence of differences in functional connectivity between + older adults who have received training in a mind-body practice (Tai Chi) + or in an aerobic physical activity (Water Aerobics) when performing attentional + and working memory tasks, as well as during resting state.\",\"@Label\":\"CONCLUSION\",\"@NlmCategory\":\"UNASSIGNED\"}],\"CopyrightInformation\":\"Copyright + \xA9 2024 Port, Paulo, de Azevedo Neto, Lacerda, Radvany, Santaella and Kozasa.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Ana + Paula\",\"Initials\":\"AP\",\"LastName\":\"Port\",\"AffiliationInfo\":{\"Affiliation\":\"Hospital + Israelita Albert Einstein, S\xE3o Paulo, Brazil.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Artur + Jos\xE9 Marques\",\"Initials\":\"AJM\",\"LastName\":\"Paulo\",\"AffiliationInfo\":{\"Affiliation\":\"Hospital + Israelita Albert Einstein, S\xE3o Paulo, Brazil.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Raymundo + Machado\",\"Initials\":\"RM\",\"LastName\":\"de Azevedo Neto\",\"AffiliationInfo\":{\"Affiliation\":\"Hospital + Israelita Albert Einstein, S\xE3o Paulo, Brazil.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Shirley + Silva\",\"Initials\":\"SS\",\"LastName\":\"Lacerda\",\"AffiliationInfo\":{\"Affiliation\":\"Hospital + Israelita Albert Einstein, S\xE3o Paulo, Brazil.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jo\xE3o\",\"Initials\":\"J\",\"LastName\":\"Radvany\",\"AffiliationInfo\":{\"Affiliation\":\"Hospital + Israelita Albert Einstein, S\xE3o Paulo, Brazil.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Danilo + Forghieri\",\"Initials\":\"DF\",\"LastName\":\"Santaella\",\"AffiliationInfo\":{\"Affiliation\":\"Centro + de Pr\xE1ticas Esportivas da Universidade de S\xE3o Paulo - CEPEUSP, S\xE3o + Paulo, Brazil.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Elisa Harumi\",\"Initials\":\"EH\",\"LastName\":\"Kozasa\",\"AffiliationInfo\":{\"Affiliation\":\"Hospital + Israelita Albert Einstein, S\xE3o Paulo, Brazil.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"1420339\",\"MedlinePgn\":\"1420339\"},\"ArticleDate\":{\"Day\":\"11\",\"Year\":\"2024\",\"Month\":\"09\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"1420339\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnint.2024.1420339\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case-control study.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"27\",\"Year\":\"2024\",\"Month\":\"09\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Stroop\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Tai + Chi\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"embodied cognition\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"functional + connectivity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"longevity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"mind\u2013body\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"self-regulation\",\"@MajorTopicYN\":\"N\"}]},\"CoiStatement\":\"The + authors declare that the research was conducted in the absence of any commercial + or financial relationships that could be construed as a potential conflict + of interest. The author(s) declared that they were an editorial board member + of Frontiers, at the time of submission. This had no impact on the peer review + process and the final decision.\",\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Integr Neurosci\",\"ISSNLinking\":\"1662-5145\",\"NlmUniqueID\":\"101477950\"}}},\"semantic_scholar\":{\"year\":2024,\"title\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"venue\":\"Frontiers in Integrative Neuroscience\",\"authors\":[{\"name\":\"Ana + Paula Port\",\"authorId\":\"88583252\"},{\"name\":\"Artur Jos\xE9 Marques + Paulo\",\"authorId\":\"2320924566\"},{\"name\":\"R. M. de Azevedo Neto\",\"authorId\":\"4184192\"},{\"name\":\"S. + Lacerda\",\"authorId\":\"40049705\"},{\"name\":\"Jo\xE3o Radvany\",\"authorId\":\"2320923268\"},{\"name\":\"D. + F. Santaella\",\"authorId\":\"2151956\"},{\"name\":\"E. Kozasa\",\"authorId\":\"1880130\"}],\"paperId\":\"b19ac14bbb684128130e46fcc92c7ba097ecf3cb\",\"abstract\":\"Background + This study aimed to investigate the neural mechanisms that differentiate mind\u2013body + practices from aerobic physical activities and elucidate their effects on + cognition and healthy aging. We examined functional brain connectivity in + older adults (age\u2009>\u200960) without pre-existing uncontrolled chronic + diseases, comparing Tai Chi with Water Aerobics practitioners. Methods We + conducted a cross-sectional, case\u2013control fMRI study involving two strictly + matched groups (n\u2009=\u200932) based on gender, age, education, and years + of practice. Seed-to-voxel analysis was performed using the Salience, and + Frontoparietal Networks as seed regions in Stroop Word-Color and N-Back tasks + and Resting State. Results During Resting State condition and using Salience + network as a seed, Tai Chi group exhibited a stronger correlation between + Anterior Cingulate Cortex and Insular Cortex areas (regions related to interoceptive + awareness, cognitive control and motor organization of subjective aspects + of experience). In N-Back task and using Salience network as seed, Tai Chi + group showed increased correlation between Left Supramarginal Gyrus and various + cerebellar regions (related to memory, attention, cognitive processing, sensorimotor + control and cognitive flexibility). In Stroop task, using Salience network + as seed, Tai Chi group showed enhanced correlation between Left Rostral Prefrontal + Cortex and Right Occipital Pole, and Right Lateral Occipital Cortex (areas + associated with sustained attention, prospective memory, mediate attention + between external stimuli and internal intention). Additionally, in Stroop + task, using Frontoparietal network as seed, Water Aerobics group exhibited + a stronger correlation between Left Posterior Parietal Lobe (specialized in + word meaning, representing motor actions, motor planning directed to objects, + and general perception) and different cerebellar regions (linked to object + mirroring). Conclusion Our study provides evidence of differences in functional + connectivity between older adults who have received training in a mind\u2013body + practice (Tai Chi) or in an aerobic physical activity (Water Aerobics) when + performing attentional and working memory tasks, as well as during resting + state.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://doi.org/10.3389/fnint.2024.1420339\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC11422087, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2024-09-11\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T18:07:15.068401+00:00\",\"analyses\":[{\"id\":\"hAzL7cPjEwQU\",\"user\":null,\"name\":\"Tai + Chi (neutro>congruent)\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"original_table_id\":\"tab2\"},\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"sanitized_table_id\":\"tab2\"},\"description\":\"fMRI + activation analysis for Stroop task, no comparison between groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"fg6agpiiPbr7\",\"coordinates\":[-50.0,4.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"gxPVavJresfz\",\"coordinates\":[-44.0,-66.0,-10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"DkagdTAJ2nUX\",\"coordinates\":[8.0,-64.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"i4sHn4YBT4KQ\",\"coordinates\":[-64.0,-4.0,0.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"2LncCjtoDNqs\",\"user\":null,\"name\":\"WA + (neutro>congruent)\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"original_table_id\":\"tab2\"},\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"sanitized_table_id\":\"tab2\"},\"description\":\"fMRI + activation analysis for Stroop task, no comparison between groups.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]},{\"id\":\"YtvJZ4RkWMzH\",\"user\":null,\"name\":\"Tai + Chi (incongruent>congruent)\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"original_table_id\":\"tab2\"},\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"sanitized_table_id\":\"tab2\"},\"description\":\"fMRI + activation analysis for Stroop task, no comparison between groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"MssRGZhSvHXf\",\"coordinates\":[-38.0,-38.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Uqb6tBEMFgoG\",\"coordinates\":[18.0,-72.0,58.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wdaDnohSACqT\",\"coordinates\":[38.0,2.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"2jxMPg2wqX76\",\"coordinates\":[46.0,10.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"az6T5uXSfJZd\",\"user\":null,\"name\":\"WA + (incongruent>congruent)\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"original_table_id\":\"tab2\"},\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"sanitized_table_id\":\"tab2\"},\"description\":\"fMRI + activation analysis for Stroop task, no comparison between groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4VDTgsrTHMjX\",\"coordinates\":[-26.0,-96.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"TkUzSSUwWkqx\",\"coordinates\":[-30.0,-58.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"Wa3bkL7jh459\",\"user\":null,\"name\":\"Tai + Chi [incongruent>congruent] > [neutro> congruent]\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"original_table_id\":\"tab2\"},\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"sanitized_table_id\":\"tab2\"},\"description\":\"fMRI + activation analysis for Stroop task, no comparison between groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Ly5Yv8z9aafa\",\"coordinates\":[0.0,-64.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mx7qjmbeM9es\",\"coordinates\":[42.0,20.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"PiWDRiHDnrMC\",\"coordinates\":[-42.0,12.0,32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"AM5JPBhWZxox\",\"coordinates\":[56.0,-46.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"aty4myVwU2Qm\",\"coordinates\":[0.0,20.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"rNAK5jGiCWDe\",\"coordinates\":[-36.0,2.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"NRG2Pu8BKhAE\",\"user\":null,\"name\":\"WA + [incongruent>congruent] > [neutro>congruent]\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"original_table_id\":\"tab2\"},\"table_metadata\":{\"table_id\":\"tab2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab2_coordinates.csv\"},\"sanitized_table_id\":\"tab2\"},\"description\":\"fMRI + activation analysis for Stroop task, no comparison between groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"ukicQAmfFMEp\",\"coordinates\":[14.0,-90.0,0.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"ETn37GPWZA2o\",\"coordinates\":[-36.0,-56.0,50.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"MNnfkViguweB\",\"user\":null,\"name\":\"Resting + State\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tab3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv\"},\"original_table_id\":\"tab3\"},\"table_metadata\":{\"table_id\":\"tab3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv\"},\"sanitized_table_id\":\"tab3\"},\"description\":\"Connectivity + comparison between Tai Chi and Water Aerobics groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"JFKomZ4KNKjW\",\"coordinates\":[42.0,2.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.040456}]}],\"images\":[]},{\"id\":\"gdP6UNTEJL2h\",\"user\":null,\"name\":\"N-Back\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tab3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv\"},\"original_table_id\":\"tab3\"},\"table_metadata\":{\"table_id\":\"tab3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv\"},\"sanitized_table_id\":\"tab3\"},\"description\":\"Connectivity + comparison between Tai Chi and Water Aerobics groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"nEYMhYKyPJo5\",\"coordinates\":[-4.0,-76.0,-38.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.021126}]}],\"images\":[]},{\"id\":\"QB9JjFNBaDa9\",\"user\":null,\"name\":\"Stroop\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tab3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv\"},\"original_table_id\":\"tab3\"},\"table_metadata\":{\"table_id\":\"tab3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/b71/pmcid_11422087/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39323912-10-3389-fnint-2024-1420339-pmc11422087/tables/tab3_coordinates.csv\"},\"sanitized_table_id\":\"tab3\"},\"description\":\"Connectivity + comparison between Tai Chi and Water Aerobics groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"97L5p9gjXzY4\",\"coordinates\":[16.0,-94.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":1e-7}]},{\"id\":\"gHU7fWz6Kxhn\",\"coordinates\":[-30.0,-70.0,-32.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.000311}]}],\"images\":[]}]},{\"id\":\"tDKTP8ZrMUWe\",\"created_at\":\"2025-12-04T19:07:46.650811+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Is + There Any Relationship Between Biochemical Indices and Anthropometric Measurements + With Dorsolateral Prefrontal Cortex Activation Among Older Adults With Mild + Cognitive Impairment?\",\"description\":\"Working memory is developed in one + region of the brain called the dorsolateral prefrontal cortex (DLPFC). The + dysfunction of this region leads to synaptic neuroplasticity impairment. It + has been reported that several biochemical parameters and anthropometric measurements + play a vital role in cognition and brain health. This study aimed to investigate + the relationships between cognitive function, serum biochemical profile, and + anthropometric measurements using DLPFC activation. A cross-sectional study + was conducted among 35 older adults (\u226560 years) who experienced mild + cognitive impairment (MCI). For this purpose, we distributed a comprehensive + interview-based questionnaire for collecting sociodemographic information + from the participants and conducting cognitive tests. Anthropometric values + were measured, and fasting blood specimens were collected. We investigated + their brain activation using the task-based functional MRI (fMRI; N-back), + specifically in the DLPFC region. Positive relationships were observed between + brain-derived neurotrophic factor (BDNF) (\u03B2 = 0.494, p < 0.01) and Mini-Mental + State Examination (MMSE) (\u03B2 = 0.698, p < 0.01); however, negative relationships + were observed between serum triglyceride (\u03B2 = \u22120.402, p < 0.05) + and serum malondialdehyde (MDA) (\u03B2 = \u22120.326, p < 0.05) with right + DLPFC activation (R2 = 0.512) while the participants performed 1-back task + after adjustments for age, gender, and years of education. In conclusion, + higher serum triglycerides, higher oxidative stress, and lower neurotrophic + factor were associated with lower right DLPFC activation among older adults + with MCI. A further investigation needs to be carried out to understand the + causal-effect mechanisms of the significant parameters and the DLPFC activation + so that better intervention strategies can be developed for reducing the risk + of irreversible neurodegenerative diseases among older adults with MCI.\",\"publication\":\"Frontiers + in Human Neuroscience\",\"doi\":\"10.3389/fnhum.2021.765451\",\"pmid\":\"35046782\",\"authors\":\"Y. + You; S. Shahar; M. Mohamad; N. Rajab; Normah Che Din; Hui Jin Lau; H. Abdul + Hamid\",\"year\":2022,\"metadata\":{\"slug\":\"35046782-10-3389-fnhum-2021-765451-pmc8762169\",\"source\":\"semantic_scholar\",\"keywords\":[\"anthropometry\",\"biochemical\",\"biomarkers\",\"brain + activation\",\"cognitive\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"27\",\"Year\":\"2021\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"3\",\"Year\":\"2021\",\"Month\":\"11\",\"@PubStatus\":\"accepted\"},{\"Day\":\"20\",\"Hour\":\"6\",\"Year\":\"2022\",\"Month\":\"1\",\"Minute\":\"1\",\"@PubStatus\":\"entrez\"},{\"Day\":\"21\",\"Hour\":\"6\",\"Year\":\"2022\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"21\",\"Hour\":\"6\",\"Year\":\"2022\",\"Month\":\"1\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2021\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"35046782\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC8762169\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnhum.2021.765451\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Badhwar + A., Tam A., Dansereau C., Orban P., Hoffstaedter F., Bellec P. (2017). Resting-state + network dysfunction in Alzheimer\u2019s disease: a systematic review and meta-analysis. + Alzheimers Dement. (Amst.) 8 73\u201385. 10.1016/j.dadm.2017.03.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.dadm.2017.03.007\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5436069\",\"@IdType\":\"pmc\"},{\"#text\":\"28560308\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Banks + W. A. (2012). Role of the blood-brain barrier in the evolution of feeding + and cognition. Ann. N. Y. Acad. Sci. 1264 13\u201319. 10.1111/j.1749-6632.2012.06568.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1749-6632.2012.06568.x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3464352\",\"@IdType\":\"pmc\"},{\"#text\":\"22612379\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Banks + W. A., Farr S. A., Salameh T. S., Niehoff M. L., Rhea E. M., Morley J. E., + et al. (2018). Triglycerides cross the blood-brain barrier and induce central + leptin and insulin receptor resistance. Int. J. Obesity (2005) 42 391\u2013397. + 10.1038/ijo.2017.231\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/ijo.2017.231\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5880581\",\"@IdType\":\"pmc\"},{\"#text\":\"28990588\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Barbey + A. K., Koenigs M., Grafman J. (2013). Dorsolateral prefrontal contributions + to human working memory. Cortex 49 1195\u20131205. 10.1016/j.cortex.2012.05.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2012.05.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3495093\",\"@IdType\":\"pmc\"},{\"#text\":\"22789779\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baumgart + M., Snyder H. M., Carrillo M. C., Fazio S., Kim H., Johns H. (2015). Summary + of the evidence on modifiable risk factors for cognitive decline and dementia: + a population-based perspective. Alzheimers Dement. 11 718\u2013726. 10.1016/j.jalz.2015.05.016\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jalz.2015.05.016\",\"@IdType\":\"doi\"},{\"#text\":\"26045020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bela\xEFch + R., Boujraf S., Housni A., Maaroufi M., Batta F., Magoul R., et al. (2015). + Assessment of hemodialysis impact by Polysulfone membrane on brain plasticity + using BOLD-fMRI. Neuroscience 288 94\u2013104. 10.1016/j.neuroscience.2014.11.064\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroscience.2014.11.064\",\"@IdType\":\"doi\"},{\"#text\":\"25522721\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Belleville + S., Bherer L. (2012). Biomarkers of cognitive training effects in aging. Curr. + Transl. Geriatr. Exp. Gerontol. Rep. 1 104\u2013110. 10.1007/s13670-012-0014-5\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s13670-012-0014-5\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3693427\",\"@IdType\":\"pmc\"},{\"#text\":\"23864998\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bosch + O. G., Wagner M., Jessen F., K\xFChn K.-U., Joe A., Seifritz E., et al. (2013). + Verbal memory deficits are correlated with prefrontal hypometabolism in (18)FDG + PET of recreational MDMA users. PLoS One 8:e61234. 10.1371/journal.pone.0061234\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0061234\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3621736\",\"@IdType\":\"pmc\"},{\"#text\":\"23585882\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Boyle + P. A., Yu L., Fleischman D. A., Leurgans S., Yang J., Wilson R. S., et al. + (2016). White matter hyperintensities, incident mild cognitive impairment, + and cognitive decline in old age. Ann. Clin. Transl. Neurol. 3 791\u2013800. + 10.1002/acn3.343\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/acn3.343\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5048389\",\"@IdType\":\"pmc\"},{\"#text\":\"27752514\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bradley-Whitman + M. A., Lovell M. A. (2015). Biomarkers of lipid peroxidation in Alzheimer + disease (AD): an update. Arch. Toxicol. 89 1035\u20131044. 10.1007/s00204-015-1517-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00204-015-1517-6\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4466146\",\"@IdType\":\"pmc\"},{\"#text\":\"25895140\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brett + M., Anton J.-L., Valabregue R., Poline J.-B. (2002). \u201CRegion of interest + analysis using an SPM toolbox,\u201D in Proceedings of the 8th International + Conference on Functional Mapping of the Human Brain, Sendai.\"},{\"Citation\":\"Buckholtz + J. W., Martin J. W., Treadway M. T., Jan K., Zald D. H., Jones O., et al. + (2015). From blame to punishment: disrupting prefrontal cortex activity reveals + norm enforcement mechanisms. Neuron 87 1369\u20131380. 10.1016/j.neuron.2015.08.023\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuron.2015.08.023\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5488876\",\"@IdType\":\"pmc\"},{\"#text\":\"26386518\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cl\xE9ment + F., Belleville S. (2012). Effect of disease severity on neural compensation + of item and associative recognition in mild cognitive impairment. J. Alzheimers + Dis. 29 109\u2013123. 10.3233/jad-2012-110426\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3233/jad-2012-110426\",\"@IdType\":\"doi\"},{\"#text\":\"22214785\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Diamond + A. (2013). Executive functions. Annu. Rev. Psychol. 64 135\u2013168. 10.1146/annurev-psych-113011-143750\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev-psych-113011-143750\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4084861\",\"@IdType\":\"pmc\"},{\"#text\":\"23020641\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Erickson + K. I., Prakash R. S., Voss M. W., Chaddock L., Heo S., McLaren M., et al. + (2010). Brain-derived neurotrophic factor is associated with age-related decline + in hippocampal volume. J. Neurosci. 30 5368\u20135375. 10.1523/jneurosci.6251-09.2010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/jneurosci.6251-09.2010\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3069644\",\"@IdType\":\"pmc\"},{\"#text\":\"20392958\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Garc\xEDa-Blanco + A., Baquero M., Vento M., Gil E., Bataller L., Ch\xE1fer-Peric\xE1s C. (2017). + Potential oxidative stress biomarkers of mild cognitive impairment due to + Alzheimer disease. J. Neurol. Sci. 373 295\u2013302. 10.1016/j.jns.2017.01.020\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jns.2017.01.020\",\"@IdType\":\"doi\"},{\"#text\":\"28131209\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gibson + R. S. (1990). Principles of Nutritional Assessment. New York, NY: Oxford University + Press.\"},{\"Citation\":\"He W., Wang C., Chen Y., He Y., Cai Z. (2017). Berberine + attenuates cognitive impairment and ameliorates tau hyperphosphorylation by + limiting the self-perpetuating pathogenic cycle between NF-\u03BAB signaling, + oxidative stress and neuroinflammation. Pharmacol. Rep. 69 1341\u20131348. + 10.1016/j.pharep.2017.06.006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.pharep.2017.06.006\",\"@IdType\":\"doi\"},{\"#text\":\"29132092\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hermida + A. P., McDonald W. M., Steenland K., Levey A. (2012). The association between + late-life depression, mild cognitive impairment and dementia: is inflammation + the missing link? Expert Rev. Neurother. 12 1339\u20131350. 10.1586/ern.12.127\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1586/ern.12.127\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4404497\",\"@IdType\":\"pmc\"},{\"#text\":\"23234395\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hottman + D. A., Chernick D., Cheng S., Wang Z., Li L. (2014). HDL and cognition in + neurodegenerative disorders. Neurobiol. Dis. 72(Pt A) 22\u201336. 10.1016/j.nbd.2014.07.015\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.nbd.2014.07.015\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4252583\",\"@IdType\":\"pmc\"},{\"#text\":\"25131449\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hulley + S. B., Cummings S. R., Browner W. S., Grady D. G., Newman T. B. (2013). Designing + Clinical Research, 4th Edn. San Francisco, CA: Lippincott Williams & Wilkins.\"},{\"Citation\":\"Ibrahim + N. M., Shohaimi S., Chong H. T., Rahman A. H., Razali R., Esther E., et al. + (2009). Validation study of the mini-mental state examination in a Malay-speaking + elderly population in Malaysia. Dement. Geriatr. Cogn. Disord. 27 247\u2013253. + 10.1159/000203888\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000203888\",\"@IdType\":\"doi\"},{\"#text\":\"19246909\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jamaluddin + R., Othman Z., Musa K. I., Alwi M. N. M. (2009). Validation of the malay version + of auditory verbal learning test (Mvavlt) among schizophrenia patients in + hospital Universiti Sains Malaysia (Husm), Malaysia. ASEAN J. Psychiatry 10 + 54\u201374.\"},{\"Citation\":\"Kobe T., Witte A. V., Schnelle A., Lesemann + A., Fabian S., Tesky V. A., et al. (2016). Combined omega-3 fatty acids, aerobic + exercise and cognitive stimulation prevents decline in gray matter volume + of the frontal, parietal and cingulate cortex in patients with mild cognitive + impairment. Neuroimage 131 226\u2013238. 10.1016/j.neuroimage.2015.09.050\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2015.09.050\",\"@IdType\":\"doi\"},{\"#text\":\"26433119\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Koyama + M. S., O\u2019Connor D., Shehzad Z., Milham M. P. (2017). Differential contributions + of the middle frontal gyrus functional connectivity to literacy and numeracy. + Sci. Rep. 7:17548. 10.1038/s41598-017-17702-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41598-017-17702-6\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5727510\",\"@IdType\":\"pmc\"},{\"#text\":\"29235506\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kumar + S., Zomorrodi R., Ghazala Z., Blumberger D., Fischer C., Daskalakis Z., et + al. (2017). Dorsolateral prefrontal cortex neuroplasticity deficits in Alzheimer\u2019s + disease. Biol. Psychiatry 81:S148. 10.1016/j.biopsych.2017.02.378\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.biopsych.2017.02.378\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Lara + A. H., Wallis J. D. (2015). The role of prefrontal cortex in working memory: + a mini review. Front. Syst. Neurosci. 9:173. 10.3389/fnsys.2015.00173\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnsys.2015.00173\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4683174\",\"@IdType\":\"pmc\"},{\"#text\":\"26733825\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lau + H., Shahar S., Mohamad M., Rajab N. F., Yahya H. M., Din N. C., et al. (2018). + Relationships between dietary nutrients intake and lipid levels with functional + MRI dorsolateral prefrontal cortex activation. Clin. Intervent. Aging 14 43\u201351. + 10.2147/CIA.S183425\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2147/CIA.S183425\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6307498\",\"@IdType\":\"pmc\"},{\"#text\":\"30613138\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lau + H., Shahar S., Mohamad M., Rajab N. F., Yahya H. M., Din N. C., et al. (2020). + The effects of six months Persicaria minor extract supplement among older + adults with mild cognitive impairment: a double-blinded, randomized, and placebo-controlled + trial. BMC Complement. Med. Ther. 20:315. 10.1186/s12906-020-03092-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/s12906-020-03092-2\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7574246\",\"@IdType\":\"pmc\"},{\"#text\":\"33076878\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Libetta + C., Sepe V., Esposito P., Galli F., Dal Canton A. (2011). Oxidative stress + and inflammation: implications in uremia and hemodialysis. Clin. Biochem. + 44 1189\u20131198. 10.1016/j.clinbiochem.2011.06.988\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.clinbiochem.2011.06.988\",\"@IdType\":\"doi\"},{\"#text\":\"21777574\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Luo + J., Mills K., le Cessie S., Noordam R., van Heemst D. (2020). Ageing, age-related + diseases and oxidative stress: what to do next? Ageing Res. Rev. 57:100982. + 10.1016/j.arr.2019.100982\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.arr.2019.100982\",\"@IdType\":\"doi\"},{\"#text\":\"31733333\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Maldjian + J. A., Laurienti P. J., Kraft R. A., Burdette J. H. (2003). An automated method + for neuroanatomic and cytoarchitectonic atlas-based interrogation of fMRI + data sets. Neuroimage 19 1233\u20131239. 10.1016/s1053-8119(03)00169-1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s1053-8119(03)00169-1\",\"@IdType\":\"doi\"},{\"#text\":\"12880848\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Malek + Rivan N. F., Shahar S., Rajab N. F., Singh D. K. A., Din N. C., Hazlina M., + et al. (2019). Cognitive frailty among Malaysian older adults: baseline findings + from the LRGS TUA cohort study. Clin. Intervent. Aging 14 1343\u20131352. + 10.2147/CIA.S211027\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2147/CIA.S211027\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6663036\",\"@IdType\":\"pmc\"},{\"#text\":\"31413555\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mattson + M. P., Maudsley S., Martin B. (2004). BDNF and 5-HT: a dynamic duo in age-related + neuronal plasticity and neurodegenerative disorders. Trends Neurosci. 27 589\u2013594. + 10.1016/j.tins.2004.08.001\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tins.2004.08.001\",\"@IdType\":\"doi\"},{\"#text\":\"15374669\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Numakawa + T., Matsumoto T., Numakawa Y., Richards M., Yamawaki S., Kunugi H. (2011). + Protective action of neurotrophic factors and estrogen against oxidative stress-mediated + neurodegeneration. J. Toxicol. 2011:405194. 10.1155/2011/405194\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2011/405194\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3135156\",\"@IdType\":\"pmc\"},{\"#text\":\"21776259\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Papachristou + E., Ramsay S. E., Lennon L. T., Papacosta O., Iliffe S., Whincup P. H., et + al. (2015). The relationships between body composition characteristics and + cognitive functioning in a population-based sample of older British men. BMC + Geriatr. 15:172. 10.1186/s12877-015-0169-y\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/s12877-015-0169-y\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4687114\",\"@IdType\":\"pmc\"},{\"#text\":\"26692280\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Parthasarathy + V., Frazier D. T., Bettcher B. M., Jastrzab L., Chao L., Reed B., et al. (2017). + Triglycerides are negatively correlated with cognitive function in nondemented + aging adults. Neuropsychology 31 682\u2013688. 10.1037/neu0000335\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/neu0000335\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5726405\",\"@IdType\":\"pmc\"},{\"#text\":\"28604016\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Petersen + R. C., Caracciolo B., Brayne C., Gauthier S., Jelic V., Fratiglioni L. (2014). + Mild cognitive impairment: a concept in evolution. J. Int. Med. 275 214\u2013228. + 10.1111/joim.12190\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/joim.12190\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3967548\",\"@IdType\":\"pmc\"},{\"#text\":\"24605806\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Phillips + C. (2017). Brain-Derived Neurotrophic Factor, Depression, and Physical Activity: + Making the Neuroplastic Connection. Neural Plast. 2017:7260130. 10.1155/2017/7260130\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2017/7260130\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5591905\",\"@IdType\":\"pmc\"},{\"#text\":\"28928987\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Piepmeier + A. T., Etnier J. L. (2015). Brain-derived neurotrophic factor (BDNF) as a + potential mechanism of the effects of acute exercise on cognitive performance. + J. Sport Health Sci. 4 14\u201323. 10.1016/j.jshs.2014.11.001\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.jshs.2014.11.001\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Pisella + L., Alahyane N., Blangero A., Thery F., Blanc S., Pelisson D. (2011). Right-hemispheric + dominance for visual remapping in humans. Philos. Trans. R. Soc. B Biol. Sci. + 366 572\u2013585. 10.1098/rstb.2010.0258\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1098/rstb.2010.0258\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3030835\",\"@IdType\":\"pmc\"},{\"#text\":\"21242144\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Redza-Dutordoir + M., Averill-Bates D. A. (2016). Activation of apoptosis signalling pathways + by reactive oxygen species. Biochim. Biophys. Acta (BBA) Mol. Cell Res. 1863 + 2977\u20132992. 10.1016/j.bbamcr.2016.09.012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bbamcr.2016.09.012\",\"@IdType\":\"doi\"},{\"#text\":\"27646922\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Revel + F., Gilbert T., Roche S., Drai J., Blond E., Ecochard R., et al. (2015). Influence + of oxidative stress biomarkers on cognitive decline. J. Alzheimers Dis. 45 + 553\u2013560. 10.3233/jad-141797\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3233/jad-141797\",\"@IdType\":\"doi\"},{\"#text\":\"25589716\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rivan + N. F. M., Shahar S., Rajab N. F., Singh D. K. A., Che Din N., Mahadzir H., + et al. (2020). Incidence and predictors of cognitive frailty among older adults: + a community-based longitudinal study. Int. J. Environ. Res. Public Health + 17:1547.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC7084438\",\"@IdType\":\"pmc\"},{\"#text\":\"32121194\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sachdev + P. S., Lipnicki D. M., Crawford J., Reppermund S., Kochan N. A., Trollor J. + N., et al. (2013). Factors predicting reversion from mild cognitive impairment + to normal cognitive functioning: a population-based study. PLoS One 8:e59649. + 10.1371/journal.pone.0059649\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0059649\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3609866\",\"@IdType\":\"pmc\"},{\"#text\":\"23544083\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salim + S. (2017). Oxidative stress and the central nervous system. J. Pharmacol. + Exp. Ther. 360 201\u2013205. 10.1124/jpet.116.237503\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1124/jpet.116.237503\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5193071\",\"@IdType\":\"pmc\"},{\"#text\":\"27754930\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Shahar + S., Omar A., Vanoh D., Hamid T. A., Mukari S. Z., Din N. C., et al. (2016). + Approaches in methodology for population-based longitudinal study on neuroprotective + model for healthy longevity (TUA) among Malaysian older adults. Aging Clin. + Exp. Res. 28 1089\u20131104. 10.1007/s40520-015-0511-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s40520-015-0511-4\",\"@IdType\":\"doi\"},{\"#text\":\"26670602\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Taylor + J. L., Hambro B. C., Strossman N. D., Bhatt P., Hernandez B., Ashford J. W., + et al. (2019). The effects of repetitive transcranial magnetic stimulation + in older adults with mild cognitive impairment: a protocol for a randomized, + controlled three-arm trial. BMC Neurol. 19:326. 10.1186/s12883-019-1552-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/s12883-019-1552-7\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6912947\",\"@IdType\":\"pmc\"},{\"#text\":\"31842821\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Townsend + J., Bookheimer S. Y., Foland-Ross L. C., Sugar C. A., Altshuler L. L. (2010). + fMRI abnormalities in dorsolateral prefrontal cortex during a working memory + task in manic, euthymic and depressed bipolar subjects. Psychiatry Res. 182 + 22\u201329. 10.1016/j.pscychresns.2009.11.010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.pscychresns.2009.11.010\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2918407\",\"@IdType\":\"pmc\"},{\"#text\":\"20227857\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Turken + A., Whitfield-Gabrieli S., Bammer R., Baldo J. V., Dronkers N. F., Gabrieli + J. D. (2008). Cognitive processing speed and the structure of white matter + pathways: convergent evidence from normal variation and lesion studies. Neuroimage + 42 1032\u20131044. 10.1016/j.neuroimage.2008.03.057\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2008.03.057\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2630965\",\"@IdType\":\"pmc\"},{\"#text\":\"18602840\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Urayama + A., Banks W. A. (2008). Starvation and triglycerides reverse the obesity-induced + impairment of insulin transport at the blood-brain barrier. Endocrinology + 149 3592\u20133597. 10.1210/en.2008-0008\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1210/en.2008-0008\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2453080\",\"@IdType\":\"pmc\"},{\"#text\":\"18403490\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vanoh + D., Shahar S., Din N. C., Omar A., Vyrn C. A., Razali R., et al. (2017). Predictors + of poor cognitive status among older Malaysian adults: baseline findings from + the LRGS TUA cohort study. Aging Clin. Exp. Res. 29 173\u2013182. 10.1007/s40520-016-0553-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s40520-016-0553-2\",\"@IdType\":\"doi\"},{\"#text\":\"26980453\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + J. X., Rogers L. M., Gross E. Z., Ryals A. J., Dokucu M. E., Brandstatt K. + L., et al. (2014). Targeted enhancement of cortical-hippocampal brain networks + and associative memory. Science 345 1054\u20131057. 10.1126/science.1252900\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.1252900\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4307924\",\"@IdType\":\"pmc\"},{\"#text\":\"25170153\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Weinstock-Guttman + B., Zivadinov R., Mahfooz N., Carl E., Drake A., Schneider J., et al. (2011). + Serum lipid profiles are associated with disability and MRI outcomes in multiple + sclerosis. J. Neuroinflamm. 8:127. 10.1186/1742-2094-8-127\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/1742-2094-8-127\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3228782\",\"@IdType\":\"pmc\"},{\"#text\":\"21970791\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Weshsler + D. (1997). Wechsler Adult Intelligence Scale-III. San Antonio, TX: The Psychological + Corporation.\"},{\"Citation\":\"Winter J. E., MacInnis R. J., Wattanapenpaiboon + N., Nowson C. A. (2014). BMI and all-cause mortality in older adults: a meta-analysis. + Am. J. Clin. Nutr. 99 875\u2013890. 10.3945/ajcn.113.068122\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3945/ajcn.113.068122\",\"@IdType\":\"doi\"},{\"#text\":\"24452240\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Won + H., Abdul M. Z., Mat Ludin A. F., Omar M. A., Razali R., Shahar S. (2017). + The cut-off values of anthropometric variables for predicting mild cognitive + impairment in Malaysian older adults: a large population based cross-sectional + study. Clin. Intervent. Aging 12 275\u2013282. 10.2147/CIA.S118942\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2147/CIA.S118942\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5304972\",\"@IdType\":\"pmc\"},{\"#text\":\"28223785\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"World + Health Organisation (2011). Waist Circumference and Waist\u2013Hip Ratio: + Report of a WHO Expert Consultation. Geneva: World Health Organisation.\"},{\"Citation\":\"Wright + M. E., Wise R. G. (2018). Can blood oxygenation level dependent functional + magnetic resonance imaging be used accurately to compare older and younger + populations? a mini literature review. Front. Aging Neurosci. 10:371. 10.3389/fnagi.2018.00371\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2018.00371\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6243068\",\"@IdType\":\"pmc\"},{\"#text\":\"30483117\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"You + Y. X., Shahar S., Haron H., Yahya H. M., Che Din N. (2020). High traditional + Asian vegetables(ulam) intake relates to better nutritional status, cognition + and mood among aging adults from low-income residential areas. Br. Food J. + 122 3179\u20133191. 10.1108/BFJ-01-2020-0009\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1108/BFJ-01-2020-0009\",\"@IdType\":\"doi\"}}},{\"Citation\":\"You + Y. X., Shahar S., Mohamad M., Yahya H. M., Haron H., Abdul Hamid H. (2019). + Does traditional asian vegetables (ulam) consumption correlate with brain + activity using fMRI? A study among aging adults from low-income households. + J. Magn. Reson. Imaging 51 1142\u20131153. 10.1002/jmri.26891\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/jmri.26891\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7079031\",\"@IdType\":\"pmc\"},{\"#text\":\"31386268\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"You + Y. X., Shahar S., Rajab N. F., Haron H., Yahya H. M., Mohamad M., et al. (2021). + Effects of 12 weeks Cosmos caudatus supplement among older adults with mild + cognitive impairment: a randomized, double-blind and placebo-controlled trial. + Nutrients 13:434. 10.3390/nu13020434\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3390/nu13020434\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7912368\",\"@IdType\":\"pmc\"},{\"#text\":\"33572715\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"You + Y., Shahar S., Haron H., Yahya H. (2018). More ulam for your brain: a review + on the potential role of ulam in protecting against cognitive decline. Sains + Malaysiana 47 2713\u20132729. 10.17576/jsm-2018-4711-15\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.17576/jsm-2018-4711-15\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Zabel + M., Nackenoff A., Kirsch W. M., Harrison F. E., Perry G., Schrag M. (2018). + Markers of oxidative damage to lipids, nucleic acids and proteins and antioxidant + enzymes activities in Alzheimer\u2019s disease brain: a meta-analysis in human + pathological specimens. Free Radic. Biol. Med. 115 351\u2013360. 10.1016/j.freeradbiomed.2017.12.016\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.freeradbiomed.2017.12.016\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6435270\",\"@IdType\":\"pmc\"},{\"#text\":\"29253591\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"35046782\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1662-5161\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in human neuroscience\",\"JournalIssue\":{\"Volume\":\"15\",\"PubDate\":{\"Year\":\"2021\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Hum Neurosci\"},\"Abstract\":{\"AbstractText\":{\"i\":[\"p\",\"p\",\"p\",\"p\",\"R\"],\"sup\":\"2\",\"#text\":\"Working + memory is developed in one region of the brain called the dorsolateral prefrontal + cortex (DLPFC). The dysfunction of this region leads to synaptic neuroplasticity + impairment. It has been reported that several biochemical parameters and anthropometric + measurements play a vital role in cognition and brain health. This study aimed + to investigate the relationships between cognitive function, serum biochemical + profile, and anthropometric measurements using DLPFC activation. A cross-sectional + study was conducted among 35 older adults (\u226560 years) who experienced + mild cognitive impairment (MCI). For this purpose, we distributed a comprehensive + interview-based questionnaire for collecting sociodemographic information + from the participants and conducting cognitive tests. Anthropometric values + were measured, and fasting blood specimens were collected. We investigated + their brain activation using the task-based functional MRI (fMRI; N-back), + specifically in the DLPFC region. Positive relationships were observed between + brain-derived neurotrophic factor (BDNF) (\u03B2 = 0.494, < 0.01) and Mini-Mental + State Examination (MMSE) (\u03B2 = 0.698, < 0.01); however, negative relationships + were observed between serum triglyceride (\u03B2 = -0.402, < 0.05) and serum + malondialdehyde (MDA) (\u03B2 = -0.326, < 0.05) with right DLPFC activation + ( = 0.512) while the participants performed 1-back task after adjustments + for age, gender, and years of education. In conclusion, higher serum triglycerides, + higher oxidative stress, and lower neurotrophic factor were associated with + lower right DLPFC activation among older adults with MCI. A further investigation + needs to be carried out to understand the causal-effect mechanisms of the + significant parameters and the DLPFC activation so that better intervention + strategies can be developed for reducing the risk of irreversible neurodegenerative + diseases among older adults with MCI.\"},\"CopyrightInformation\":\"Copyright + \xA9 2022 You, Shahar, Mohamad, Rajab, Che Din, Lau and Abdul Hamid.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Yee + Xing\",\"Initials\":\"YX\",\"LastName\":\"You\",\"AffiliationInfo\":{\"Affiliation\":\"Dietetics + Program and Center for Healthy Aging and Wellness (H-Care), Faculty of Health + Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, Malaysia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Suzana\",\"Initials\":\"S\",\"LastName\":\"Shahar\",\"AffiliationInfo\":{\"Affiliation\":\"Dietetics + Program and Center for Healthy Aging and Wellness (H-Care), Faculty of Health + Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, Malaysia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Mazlyfarina\",\"Initials\":\"M\",\"LastName\":\"Mohamad\",\"AffiliationInfo\":{\"Affiliation\":\"Diagnostic + Imaging and Radiotherapy Program, Faculty of Health Sciences, Universiti Kebangsaan + Malaysia, Kuala Lumpur, Malaysia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nor + Fadilah\",\"Initials\":\"NF\",\"LastName\":\"Rajab\",\"AffiliationInfo\":{\"Affiliation\":\"Biomedical + Sciences Program and Center for Healthy Aging and Wellness (H-Care), Faculty + of Health Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, Malaysia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Normah\",\"Initials\":\"N\",\"LastName\":\"Che + Din\",\"AffiliationInfo\":{\"Affiliation\":\"Health Psychology Program, Centre + of Rehabilitation and Special Needs, Faculty of Health Sciences, Universiti + Kebangsaan Malaysia, Kuala Lumpur, Malaysia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Hui + Jin\",\"Initials\":\"HJ\",\"LastName\":\"Lau\",\"AffiliationInfo\":{\"Affiliation\":\"Nutritional + Sciences Program and Center for Healthy Aging and Wellness (H-Care), Faculty + of Health Sciences, Universiti Kebangsaan Malaysia, Kuala Lumpur, Malaysia.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Hamzaini\",\"Initials\":\"H\",\"LastName\":\"Abdul + Hamid\",\"AffiliationInfo\":{\"Affiliation\":\"Department of Radiology, Faculty + of Medicine, Universiti Kebangsaan Malaysia Medical Center, Kuala Lumpur, + Malaysia.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"765451\",\"MedlinePgn\":\"765451\"},\"ArticleDate\":{\"Day\":\"03\",\"Year\":\"2022\",\"Month\":\"01\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"765451\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnhum.2021.765451\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Is + There Any Relationship Between Biochemical Indices and Anthropometric Measurements + With Dorsolateral Prefrontal Cortex Activation Among Older Adults With Mild + Cognitive Impairment?\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"21\",\"Year\":\"2022\",\"Month\":\"01\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"anthropometry\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"biochemical\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"biomarkers\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"brain + activation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cognitive\",\"@MajorTopicYN\":\"N\"}]},\"CoiStatement\":\"The + authors declare that the research was conducted in the absence of any commercial + or financial relationships that could be construed as a potential conflict + of interest.\",\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Hum Neurosci\",\"ISSNLinking\":\"1662-5161\",\"NlmUniqueID\":\"101477954\"}}},\"semantic_scholar\":{\"year\":2022,\"title\":\"Is + There Any Relationship Between Biochemical Indices and Anthropometric Measurements + With Dorsolateral Prefrontal Cortex Activation Among Older Adults With Mild + Cognitive Impairment?\",\"venue\":\"Frontiers in Human Neuroscience\",\"authors\":[{\"name\":\"Y. + You\",\"authorId\":\"113969009\"},{\"name\":\"S. Shahar\",\"authorId\":\"2773427\"},{\"name\":\"M. + Mohamad\",\"authorId\":\"3875922\"},{\"name\":\"N. Rajab\",\"authorId\":\"5145536\"},{\"name\":\"Normah + Che Din\",\"authorId\":\"7887352\"},{\"name\":\"Hui Jin Lau\",\"authorId\":\"2125903104\"},{\"name\":\"H. + Abdul Hamid\",\"authorId\":\"38810160\"}],\"paperId\":\"141e1bb8f2289ca1978c328d567f3f88ac128964\",\"abstract\":\"Working + memory is developed in one region of the brain called the dorsolateral prefrontal + cortex (DLPFC). The dysfunction of this region leads to synaptic neuroplasticity + impairment. It has been reported that several biochemical parameters and anthropometric + measurements play a vital role in cognition and brain health. This study aimed + to investigate the relationships between cognitive function, serum biochemical + profile, and anthropometric measurements using DLPFC activation. A cross-sectional + study was conducted among 35 older adults (\u226560 years) who experienced + mild cognitive impairment (MCI). For this purpose, we distributed a comprehensive + interview-based questionnaire for collecting sociodemographic information + from the participants and conducting cognitive tests. Anthropometric values + were measured, and fasting blood specimens were collected. We investigated + their brain activation using the task-based functional MRI (fMRI; N-back), + specifically in the DLPFC region. Positive relationships were observed between + brain-derived neurotrophic factor (BDNF) (\u03B2 = 0.494, p < 0.01) and Mini-Mental + State Examination (MMSE) (\u03B2 = 0.698, p < 0.01); however, negative relationships + were observed between serum triglyceride (\u03B2 = \u22120.402, p < 0.05) + and serum malondialdehyde (MDA) (\u03B2 = \u22120.326, p < 0.05) with right + DLPFC activation (R2 = 0.512) while the participants performed 1-back task + after adjustments for age, gender, and years of education. In conclusion, + higher serum triglycerides, higher oxidative stress, and lower neurotrophic + factor were associated with lower right DLPFC activation among older adults + with MCI. A further investigation needs to be carried out to understand the + causal-effect mechanisms of the significant parameters and the DLPFC activation + so that better intervention strategies can be developed for reducing the risk + of irreversible neurodegenerative diseases among older adults with MCI.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnhum.2021.765451/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC8762169, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2022-01-03\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T19:09:35.629266+00:00\",\"analyses\":[]},{\"id\":\"tj4FavBEnueQ\",\"created_at\":\"2025-12-03T20:27:37.426099+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Intrinsic + Resting-State Activity in Older Adults With Video Game Experience\",\"description\":\"Playing + video games is a prevalent leisure activity in current daily life, and studies + have found that video game experience has positive effects in several cognitive + domains. However, few studies have examined the effect of video game experience + on the amplitude of low-frequency fluctuations (ALFF) among older adults. + In the current study, we compared behavioral performance in the flanker task + and ALFF activities of older adults, of whom 15 were video game players (VGPs) + and 18 non-video game players (NVGPs). The results showed that VGPs outperformed + NVGPs in the flanker task and that VGPs showed significantly increased ALFF + relative to NVGPs in the left inferior occipital gyrus, left cerebellum and + left lingual gyrus. Furthermore, the ALFF in the left inferior occipital gyrus + and left lingual gyrus was positively correlated with cognitive performance + as measured by Mini-Mental State Examination (MMSE) scores. These results + revealed that playing video games might improve behavioral performance and + change intrinsic brain activity in older adults. Future video game training + studies in older adults are warranted to provide more evidence of the positive + effects of video game experience on behavioral and brain function.\",\"publication\":\"Frontiers + in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2019.00119\",\"pmid\":\"31164816\",\"authors\":\"Hai-Yan + Hou; Xiaohua Jia; Ping Wang; Jia-Xin Zhang; Silin Huang; Huijie Li\",\"year\":2019,\"metadata\":{\"slug\":\"31164816-10-3389-fnagi-2019-00119-pmc6536594\",\"source\":\"semantic_scholar\",\"keywords\":[\"amplitude + of low-frequency fluctuations\",\"non-video game players\",\"older adults\",\"video + game experience\",\"video game players\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"1\",\"Year\":\"2019\",\"Month\":\"2\",\"@PubStatus\":\"received\"},{\"Day\":\"6\",\"Year\":\"2019\",\"Month\":\"5\",\"@PubStatus\":\"accepted\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"6\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"6\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"6\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"6\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2019\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"31164816\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6536594\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2019.00119\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Anguera + J. A., Boccanfuso J., Rintoul J. L., Al-Hashimi O., Faraji F., Janowich J., + et al. . (2013). Video game training enhances cognitive control in older adults. + Nature 501, 97\u2013101. 10.1038/nature12486\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nature12486\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3983066\",\"@IdType\":\"pmc\"},{\"#text\":\"24005416\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ballesteros + S., Prieto A., Mayas J., Toril P., Pita C., Ponce de Leon L., et al. . (2014). + Brain training with non-action video games enhances aspects of cognition in + older adults: a randomized controlled trial. Front. Aging Neurosci. 6:277. + 10.3389/fnagi.2014.00277\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2014.00277\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4196565\",\"@IdType\":\"pmc\"},{\"#text\":\"25352805\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Basak + C., Boot W. R., Voss M. W., Kramer A. F. (2008). Can training in a real-time + strategy video game attenuate cognitive decline in older adults? Psychol. + Aging 23, 765\u2013777. 10.1037/a0013494\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0013494\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4041116\",\"@IdType\":\"pmc\"},{\"#text\":\"19140648\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Belchior + P., Marsiske M., Sisco S. M., Yam A., Bavelier D., Ball K., et al. . (2013). + Video game training to improve selective visual attention in older adults. + Comput. Human Behav. 29, 1318\u20131324. 10.1016/j.chb.2013.01.034\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.chb.2013.01.034\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3758751\",\"@IdType\":\"pmc\"},{\"#text\":\"24003265\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bavelier + D., Achtman R. L., Mani M., Foecker J. (2012). Neural bases of selective attention + in action video game players. Vision Res. 61, 132\u2013143. 10.1016/j.visres.2011.08.007\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.visres.2011.08.007\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3260403\",\"@IdType\":\"pmc\"},{\"#text\":\"21864560\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Betker + A. L., Szturm T., Moussavi Z. K., Nett C. (2006). Video game-based exercises + for balance rehabilitation: a single-subject design. Arch. Phys. Med. Rehabil. + 87, 1141\u20131149. 10.1016/j.apmr.2006.04.010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.apmr.2006.04.010\",\"@IdType\":\"doi\"},{\"#text\":\"16876562\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Biswal + B., Yetkin F. Z., Haughton V. M., Hyde J. S. (1995). Functional connectivity + in the motor cortex of resting human brain using echo-planar mri. Magn. Reson. + Med. 34, 537\u2013541. 10.1002/mrm.1910340409\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/mrm.1910340409\",\"@IdType\":\"doi\"},{\"#text\":\"8524021\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Blennow + K., de Leon M. J., Zetterberg H. (2006). Alzheimer\u2019s disease. Lancet + 368, 387\u2013403. 10.1016/S0140-6736(06)69113-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0140-6736(06)69113-7\",\"@IdType\":\"doi\"},{\"#text\":\"16876668\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Boot + W. R., Blakely D. P., Simons D. J. (2011). Do action video games improve perception + and cognition? Front. Psychol. 2:226. 10.3389/fpsyg.2011.00226\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2011.00226\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3171788\",\"@IdType\":\"pmc\"},{\"#text\":\"21949513\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brehmer + Y., Kalpouzos G., Wenger E., L\xF6vd\xE9n M. (2014). Plasticity of brain and + cognition in older adults. Psychol. Res. 78, 790\u2013802. 10.1007/s00426-014-0587-z\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00426-014-0587-z\",\"@IdType\":\"doi\"},{\"#text\":\"25261907\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buitenweg + J. I. V., van de Ven R. M., Prinssen S., Murre J. M. J., Ridderinkhof K. R. + (2017). Cognitive flexibility training: a large-scale multimodal adaptive + active-control intervention study in healthy older adults. Front. Hum. Neurosci. + 11:529. 10.3389/fnhum.2017.00529\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2017.00529\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5701641\",\"@IdType\":\"pmc\"},{\"#text\":\"29209183\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"B\xFCtefisch + C. M., Davis B. C., Wise S. P., Sawaki L., Kopylev L., Classen J., et al. + . (2000). Mechanisms of use-dependent plasticity in the human motor cortex. + Proc. Natl. Acad. Sci. U S A 97, 3661\u20133665. 10.1073/pnas.050350297\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.050350297\",\"@IdType\":\"doi\"},{\"#text\":\"PMC16296\",\"@IdType\":\"pmc\"},{\"#text\":\"10716702\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cai + S., Chong T., Peng Y., Shen W., Li J., von Deneen K. M., et al. . (2017). + Altered functional brain networks in amnestic mild cognitive impairment: a + resting-state fMRI study. Brain Imaging Behav. 11, 619\u2013631. 10.1007/s11682-016-9539-0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11682-016-9539-0\",\"@IdType\":\"doi\"},{\"#text\":\"26972578\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Castel + A. D., Pratt J., Drummond E. (2005). The effects of action video game experience + on the time course of inhibition of return and the efficiency of visual search. + Acta Psychol. 119, 217\u2013230. 10.1016/j.actpsy.2005.02.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.actpsy.2005.02.004\",\"@IdType\":\"doi\"},{\"#text\":\"15877981\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chisholm + J. D., Kingstone A. (2012). Improved top-down control reduces oculomotor capture: + the case of action video game players. Atten. Percept. Psychophys. 74, 257\u2013262. + 10.3758/s13414-011-0253-0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13414-011-0253-0\",\"@IdType\":\"doi\"},{\"#text\":\"22160821\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cohen + J. (1988). Statistical Power Analysis for the Behavioral Sciences. 2nd Edn. + Hillsdale, NJ: L. Erlbaum Associates.\"},{\"Citation\":\"Coubard O. A., Duretz + S., Lefebvre V., Lapalus P., Ferrufino L. (2011). Practice of contemporary + dance improves cognitive flexibility in aging. Front. Aging Neurosci. 3:13. + 10.3389/fnagi.2011.00013\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2011.00013\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3176453\",\"@IdType\":\"pmc\"},{\"#text\":\"21960971\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dye + M. W. G., Green C. S., Bavelier D. (2009). The development of attention skills + in action video game players. Neuropsychologia 47, 1780\u20131789. 10.1016/j.neuropsychologia.2009.02.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2009.02.002\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2680769\",\"@IdType\":\"pmc\"},{\"#text\":\"19428410\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Erickson + K. I., Kramer A. F. (2009). Aerobic exercise effects on cognitive and neural + plasticity in older adults. Br. J. Sports Med. 43, 22\u201324. 10.1136/bjsm.2008.052498\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1136/bjsm.2008.052498\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2853472\",\"@IdType\":\"pmc\"},{\"#text\":\"18927158\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein + M. F., Folstein S. E., Mchugh P. R. (1975). \u201CMini-mental state\u201D. + A practical method for grading the cognitive state of patients for the clinician. + J. Psychiatr. Res. 12, 189\u2013198. 10.1016/0022-3956(75)90026-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0022-3956(75)90026-6\",\"@IdType\":\"doi\"},{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fox + M. D., Raichle M. E. (2007). Spontaneous fluctuations in brain activity observed + with functional magnetic resonance imaging. Nat. Rev. Neurosci. 8, 700\u2013711. + 10.1038/nrn2201\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn2201\",\"@IdType\":\"doi\"},{\"#text\":\"17704812\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gong + D., He H., Liu D., Ma W., Li D., Luo C., et al. . (2015). Enhanced functional + connectivity and increased gray matter volume of insula related to action + video game playing. Sci. Rep. 5:9763. 10.1038/srep09763\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/srep09763\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5381748\",\"@IdType\":\"pmc\"},{\"#text\":\"25880157\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gong + D., He H., Ma W., Liu D., Huang M., Li D., et al. . (2016). Functional integration + between salience and central executive networks: a role for action video game + experience. Neural Plast. 2016:9803165. 10.1155/2016/9803165\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2016/9803165\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4739029\",\"@IdType\":\"pmc\"},{\"#text\":\"26885408\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Granek + J. A., Gorbet D. J., Sergio L. E. (2010). Extensive video-game experience + alters cortical networks for complex visuomotor transformations. Cortex 46, + 1165\u20131177. 10.1016/j.cortex.2009.10.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2009.10.009\",\"@IdType\":\"doi\"},{\"#text\":\"20060111\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Green + C. S., Bavelier D. (2003). Action video game modifies visual selective attention. + Nature 423, 534\u2013537. 10.1038/nature01647\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nature01647\",\"@IdType\":\"doi\"},{\"#text\":\"12774121\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Green + C. S., Bavelier D. (2006). Effect of action video games on the spatial distribution + of visuospatial attention. J. Exp. Psychol. Hum. Percept. Perform. 32, 1465\u20131478. + 10.1037/0096-1523.32.6.1465\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0096-1523.32.6.1465\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2896828\",\"@IdType\":\"pmc\"},{\"#text\":\"17154785\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hedden + T., Gabrieli J. D. E. (2004). Insights into the ageing mind: a view from cognitive + neuroscience. Nat. Rev. Neurosci. 5, 87\u201396. 10.1038/nrn1323\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn1323\",\"@IdType\":\"doi\"},{\"#text\":\"14735112\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Herrup + K. (2010). Reimagining Alzheimer\u2019s disease-an age-based hypothesis. J. + Neurosci. 30, 16755\u201316762. 10.1523/JNEUROSCI.4521-10.2010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.4521-10.2010\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3004746\",\"@IdType\":\"pmc\"},{\"#text\":\"21159946\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jung + J., Kang J., Won E., Nam K., Lee M.-S., Tae W. S., et al. . (2014). Impact + of lingual gyrus volume on antidepressant response and neurocognitive functions + in Major depressive disorder: a voxel-based morphometry study. J. Affect. + Disord. 169, 179\u2013187. 10.1016/j.jad.2014.08.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jad.2014.08.018\",\"@IdType\":\"doi\"},{\"#text\":\"25200096\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Katz + S., Ford A. B., Moskowitz R. W., Jackson B. A., Jaffe M. W. (1963). Studies + of illness in the aged. The index of ADL: a standardized measure of biological + and psychosocial function. JAMA 185, 914\u2013919. 10.1001/jama.1963.03060120024016\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/jama.1963.03060120024016\",\"@IdType\":\"doi\"},{\"#text\":\"14044222\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"K\xFChn + S., Gallinat J. (2014). Amount of lifetime video gaming is positively associated + with entorhinal, hippocampal and occipital volume. Mol. Psychiatry 19, 842\u2013847. + 10.1038/mp.2013.100\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/mp.2013.100\",\"@IdType\":\"doi\"},{\"#text\":\"23958958\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"K\xFChn + S., Gleich T., Lorenz R. C., Lindenberger U., Gallinat J. (2014). Playing + super Mario induces structural brain plasticity: gray matter changes resulting + from training with a commercial video game. Mol. Psychiatry 19, 265\u2013271. + 10.1038/mp.2013.120\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/mp.2013.120\",\"@IdType\":\"doi\"},{\"#text\":\"24166407\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Levy + G. (2007). The relationship of Parkinson disease with aging. Arch. Neurol. + 64, 1242\u20131246. 10.1001/archneur.64.9.1242\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/archneur.64.9.1242\",\"@IdType\":\"doi\"},{\"#text\":\"17846263\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + R., Polat U., Makous W., Bavelier D. (2009). Enhancing the contrast sensitivity + function through action video game training. Nat. Neurosci. 12, 549\u2013551. + 10.1038/nn.2296\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nn.2296\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2921999\",\"@IdType\":\"pmc\"},{\"#text\":\"19330003\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + B., Zhu X., Hou J., Chen T., Wang P., Li J. (2016). Combined cognitive training + vs. memory strategy training in healthy older adults. Front. Psychol. 7:834. + 10.3389/fpsyg.2016.00834\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2016.00834\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4896109\",\"@IdType\":\"pmc\"},{\"#text\":\"27375521\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Luck + T., Luppa M., Briel S., Riedel-Heller S. G. (2010). Incidence of mild cognitive + impairment: a systematic review. Dement. Geriatr. Cogn. Disord. 29, 164\u2013175. + 10.1159/000272424\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000272424\",\"@IdType\":\"doi\"},{\"#text\":\"20150735\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Manto + M., Bower J. M., Conforto A. B., Delgado-Garc\xEDa J. M., Farias da Guarda + S. N., Gerwig M., et al. . (2012). Consensus paper: roles of the cerebellum + in motor control-the diversity of ideas on cerebellar involvement in movement. + Cerebellum 11, 457\u2013487. 10.1007/s12311-011-0331-9\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s12311-011-0331-9\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4347949\",\"@IdType\":\"pmc\"},{\"#text\":\"22161499\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McDermott + A. F., Bavelier D., Green C. S. (2014). Memory abilities in action video game + players. Comput. Human Behav. 34, 69\u201378. 10.1016/j.chb.2014.01.018\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.chb.2014.01.018\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Mennes + M., Zuo X.-N., Kelly C., Di Martino A., Zang Y.-F., Biswal B., et al. . (2011). + Linking inter-individual differences in neural activation and behavior to + intrinsic brain dynamics. Neuroimage 54, 2950\u20132959. 10.1016/j.neuroimage.2010.10.046\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2010.10.046\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3091620\",\"@IdType\":\"pmc\"},{\"#text\":\"20974260\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mitchell + A. J., Kemp S., Benito-Le\xF3n J., Reuber M. (2010). The influence of cognitive + impairment on health-related quality of life in neurological disease. Acta + Neuropsychiatrica 22, 2\u201313. 10.1111/j.1601-5215.2009.00439.x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/j.1601-5215.2009.00439.x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Mui\xF1os + M., Ballesteros S. (2014). Peripheral vision and perceptual asymmetries in + young and older martial arts athletes and nonathletes. Atten. Percept. Psychophys. + 76, 2465\u20132476. 10.3758/s13414-014-0719-y\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13414-014-0719-y\",\"@IdType\":\"doi\"},{\"#text\":\"25005071\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mui\xF1os + M., Ballesteros S. (2015). Sports can protect dynamic visual acuity from aging: + a study with young and older judo and karate martial arts athletes. Atten. + Percept. Psychophys. 77, 2061\u20132073. 10.3758/s13414-015-0901-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13414-015-0901-x\",\"@IdType\":\"doi\"},{\"#text\":\"25893472\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nugent + A. C., Martinez A., D\u2019Alfonso A., Zarate C. A., Theodore W. H. (2015). + The relationship between glucose metabolism, resting-state fMRI BOLD signal + and GABA(A)-binding potential: a preliminary study in healthy subjects and + those with temporal lobe epilepsy. J. Cereb. Blood Flow Metab. 35, 583\u2013591. + 10.1038/jcbfm.2014.228\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/jcbfm.2014.228\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4420874\",\"@IdType\":\"pmc\"},{\"#text\":\"25564232\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Oei + A. C., Patterson M. D. (2013). Enhancing cognition with video games: a multiple + game training study. PLoS One 8:e58546. 10.1371/journal.pone.0058546\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0058546\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3596277\",\"@IdType\":\"pmc\"},{\"#text\":\"23516504\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Oei + A. C., Patterson M. D. (2014). Playing a puzzle video game with changing requirements + improves executive functions. Comput. Human Behav. 37, 216\u2013228. 10.1016/j.chb.2014.04.046\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.chb.2014.04.046\",\"@IdType\":\"doi\"}}},{\"Citation\":\"O\u2019Sullivan + M., Jones D. K., Summers P. E., Morris R. G., Williams S. C. R., Markus H. + S. (2001). Evidence for cortical \u201Cdisconnection\u201D as a mechanism + of age-related cognitive decline. Neurology 57, 632\u2013638. 10.1212/wnl.57.4.632\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/wnl.57.4.632\",\"@IdType\":\"doi\"},{\"#text\":\"11524471\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Bischof G. N. (2013). The aging mind: neuroplasticity in response to + cognitive training. Dialogues Clin. Neurosci. 15, 109\u2013119. 10.1016/b9780-12-380882-0.00007-3\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/b9780-12-380882-0.00007-3\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3622463\",\"@IdType\":\"pmc\"},{\"#text\":\"23576894\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Lautenschlager G., Hedden T., Davidson N. S., Smith A. D., Smith P. + K. (2002). Models of visuospatial and verbal memory across the adult life + span. Psychol. Aging 17, 299\u2013320. 10.1037/0882-7974.17.2.299\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.17.2.299\",\"@IdType\":\"doi\"},{\"#text\":\"12061414\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Reuter-Lorenz P. (2009). The adaptive brain: aging and neurocognitive + scaffolding. Annu. Rev. Psychol. 60, 173\u2013196). 10.1146/annurev.psych.59.103006.093656\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev.psych.59.103006.093656\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3359129\",\"@IdType\":\"pmc\"},{\"#text\":\"19035823\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Paulsen + O., Moser E. I. (1998). A model of hippocampal memory encoding and retrieval: + GABAergic control of synaptic plasticity. Trends in Neurosci. 21, 273\u2013278. + 10.1016/s0166-2236(97)01205-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0166-2236(97)01205-8\",\"@IdType\":\"doi\"},{\"#text\":\"9683315\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Qiu + N., Ma W., Fan X., Zhang Y., Li Y., Yan Y., et al. . (2018). Rapid improvement + in visual selective attention related to action video gaming experience. Front. + Hum. Neurosci. 12:47. 10.3389/fnhum.2018.00047\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2018.00047\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5816940\",\"@IdType\":\"pmc\"},{\"#text\":\"29487514\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Raz + N., Lindenberger U., Rodrigue K. M., Kennedy K. M., Head D., Williamson A., + et al. . (2005). Regional brain changes in aging healthy adults: general trends, + individual differences and modifiers. Cereb. Cortex 15, 1676\u20131689. 10.1093/cercor/bhi044\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhi044\",\"@IdType\":\"doi\"},{\"#text\":\"15703252\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + P. A., Park D. C. (2014). How does it STAC up? Revisiting the scaffolding + theory of aging and cognition. Neuropsychol. Rev. 24, 355\u2013370. 10.1007/s11065-014-9270-9\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11065-014-9270-9\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4150993\",\"@IdType\":\"pmc\"},{\"#text\":\"25143069\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salthouse + T. A. (2004). What and when of cognitive aging. Curr. Dir. Psychol. Sci. 13, + 140\u2013144. 10.1111/j.0963-7214.2004.00293.x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/j.0963-7214.2004.00293.x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Tanaka + S., Ikeda H., Kasahara K., Kato R., Tsubomi H., Sugawara S. K., et al. . (2013). + Larger right posterior parietal volume in action video game experts: a behavioral + and voxel-based morphometry (VBM) study. PLoS One 8:e66998. 10.1371/journal.pone.0066998\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0066998\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3679077\",\"@IdType\":\"pmc\"},{\"#text\":\"23776706\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Toril + P., Reales J. M., Ballesteros S. (2014). Video game training enhances cognition + of older adults: a meta-analytic study. Psychol. Aging 29, 706\u2013716. 10.1037/a0037507\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0037507\",\"@IdType\":\"doi\"},{\"#text\":\"25244488\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + P., Liu H.-H., Zhu X.-T., Meng T., Li H.-J., Zuo X.-N. (2016). Action video + game training for healthy adults: a meta-analytic study. Front. Psychol. 7:907. + 10.3389/fpsyg.2016.00907\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2016.00907\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4911405\",\"@IdType\":\"pmc\"},{\"#text\":\"27378996\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + P., Zhu X.-T., Liu H.-H., Zhang Y. W., Hu Y., Li H. J., et al. . (2017a). + Age-related cognitive effects of videogame playing across the adult life span. + Games Health J. 6, 237\u2013248. 10.1089/g4h.2017.0005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1089/g4h.2017.0005\",\"@IdType\":\"doi\"},{\"#text\":\"28609152\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + P., Zhu X.-T., Qi Z., Huang S., Li H.-J. (2017b). Neural basis of enhanced + executive function in older video game players: an fMRI study. Front. Aging + Neurosci. 9:382. 10.3389/fnagi.2017.00382\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2017.00382\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5702357\",\"@IdType\":\"pmc\"},{\"#text\":\"29209202\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wei + T., Liang X., He Y., Zang Y., Han Z., Caramazza A., et al. . (2012). Predicting + conceptual processing capacity from spontaneous neuronal activity of the left + middle temporal gyrus. J. Neurosci. 32, 481\u2013489. 10.1523/JNEUROSCI.1953-11.2012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.1953-11.2012\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6621087\",\"@IdType\":\"pmc\"},{\"#text\":\"22238084\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"White-Schwoch + T., Carr K. W., Anderson S., Strait D. L., Kraus N. (2013). Older adults benefit + from music training early in life: biological evidence for long-term training-driven + plasticity. J. Neurosci. 33, 17667\u201317674. 10.1523/JNEUROSCI.2560-13.2013\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.2560-13.2013\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3818545\",\"@IdType\":\"pmc\"},{\"#text\":\"24198359\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Williams + A. (2005). An aging population-burden or blessing? Value Health 8, 447\u2013450. + 10.1111/j.1524-4733.2005.00034.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1524-4733.2005.00034.x\",\"@IdType\":\"doi\"},{\"#text\":\"16091020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wu + S., Cheng C. K., Feng J., D\u2019Angelo L., Alain C., Spence I. (2012). Playing + a first-person shooter video game induces neuroplastic change. J. Cogn. Neurosci. + 24, 1286\u20131293. 10.1162/jocn_a_00192\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_00192\",\"@IdType\":\"doi\"},{\"#text\":\"22264193\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yang + H., Long X.-Y., Yang Y., Yan H., Zhu C.-Z., Zhou X.-P., et al. . (2007). Amplitude + of low frequency fluctuation within visual areas revealed by resting-state + functional MRI. Neuroimage 36, 144\u2013152. 10.1016/j.neuroimage.2007.01.054\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2007.01.054\",\"@IdType\":\"doi\"},{\"#text\":\"17434757\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zang + Y. F., He Y., Zhu C.-Z., Cao Q.-J., Sui M.-Q., Liang M., et al. . (2007). + Altered baseline brain activity in children with ADHD revealed by resting-state + functional MRI. Brain Dev. 29, 83\u201391. 10.1016/j.braindev.2006.07.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.braindev.2006.07.002\",\"@IdType\":\"doi\"},{\"#text\":\"16919409\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zelinski + E. M., Reyes R. (2009). Cognitive benefits of computer games for older adults. + Gerontechnology 8, 220\u2013235. 10.4017/gt.2009.08.04.004.00\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.4017/gt.2009.08.04.004.00\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4130645\",\"@IdType\":\"pmc\"},{\"#text\":\"25126043\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ziemann + U., Muellbacher W., Hallett M., Cohen L. G. (2001). Modulation of practice-dependent + plasticity in human motor cortex. Brain 124, 1171\u20131181. 10.1093/brain/124.6.1171\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/124.6.1171\",\"@IdType\":\"doi\"},{\"#text\":\"11353733\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"31164816\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"11\",\"PubDate\":{\"Year\":\"2019\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":\"Playing video games is + a prevalent leisure activity in current daily life, and studies have found + that video game experience has positive effects in several cognitive domains. + However, few studies have examined the effect of video game experience on + the amplitude of low-frequency fluctuations (ALFF) among older adults. In + the current study, we compared behavioral performance in the flanker task + and ALFF activities of older adults, of whom 15 were video game players (VGPs) + and 18 non-video game players (NVGPs). The results showed that VGPs outperformed + NVGPs in the flanker task and that VGPs showed significantly increased ALFF + relative to NVGPs in the left inferior occipital gyrus, left cerebellum and + left lingual gyrus. Furthermore, the ALFF in the left inferior occipital gyrus + and left lingual gyrus was positively correlated with cognitive performance + as measured by Mini-Mental State Examination (MMSE) scores. These results + revealed that playing video games might improve behavioral performance and + change intrinsic brain activity in older adults. Future video game training + studies in older adults are warranted to provide more evidence of the positive + effects of video game experience on behavioral and brain function.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Hai-Yan\",\"Initials\":\"HY\",\"LastName\":\"Hou\",\"AffiliationInfo\":[{\"Affiliation\":\"Chinese + Academy of Sciences (CAS) Key Laboratory of Behavioral Science, Institute + of Psychology, Beijing, China.\"},{\"Affiliation\":\"Department of Psychology, + University of Chinese Academy of Sciences, Beijing, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Xi-Ze\",\"Initials\":\"XZ\",\"LastName\":\"Jia\",\"AffiliationInfo\":[{\"Affiliation\":\"Chinese + Academy of Sciences (CAS) Key Laboratory of Behavioral Science, Institute + of Psychology, Beijing, China.\"},{\"Affiliation\":\"Department of Psychology, + University of Chinese Academy of Sciences, Beijing, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ping\",\"Initials\":\"P\",\"LastName\":\"Wang\",\"AffiliationInfo\":[{\"Affiliation\":\"Chinese + Academy of Sciences (CAS) Key Laboratory of Behavioral Science, Institute + of Psychology, Beijing, China.\"},{\"Affiliation\":\"Department of Psychology, + University of Chinese Academy of Sciences, Beijing, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jia-Xin\",\"Initials\":\"JX\",\"LastName\":\"Zhang\",\"AffiliationInfo\":[{\"Affiliation\":\"Chinese + Academy of Sciences (CAS) Key Laboratory of Behavioral Science, Institute + of Psychology, Beijing, China.\"},{\"Affiliation\":\"Department of Psychology, + University of Chinese Academy of Sciences, Beijing, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Silin\",\"Initials\":\"S\",\"LastName\":\"Huang\",\"AffiliationInfo\":{\"Affiliation\":\"Institute + of Developmental Psychology, Faculty of Psychology, Beijing Normal University, + Beijing, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Hui-Jie\",\"Initials\":\"HJ\",\"LastName\":\"Li\",\"AffiliationInfo\":[{\"Affiliation\":\"Chinese + Academy of Sciences (CAS) Key Laboratory of Behavioral Science, Institute + of Psychology, Beijing, China.\"},{\"Affiliation\":\"Department of Psychology, + University of Chinese Academy of Sciences, Beijing, China.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"119\",\"MedlinePgn\":\"119\"},\"ArticleDate\":{\"Day\":\"21\",\"Year\":\"2019\",\"Month\":\"05\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"119\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2019.00119\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Intrinsic + Resting-State Activity in Older Adults With Video Game Experience.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"09\",\"Year\":\"2022\",\"Month\":\"04\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"amplitude + of low-frequency fluctuations\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"non-video + game players\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"older adults\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"video + game experience\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"video game players\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Intrinsic + Resting-State Activity in Older Adults With Video Game Experience\",\"venue\":\"Frontiers + in Aging Neuroscience\",\"authors\":[{\"name\":\"Hai-Yan Hou\",\"authorId\":\"2064684070\"},{\"name\":\"Xiaohua + Jia\",\"authorId\":\"2112829073\"},{\"name\":\"Ping Wang\",\"authorId\":\"2152210630\"},{\"name\":\"Jia-Xin + Zhang\",\"authorId\":\"2107931268\"},{\"name\":\"Silin Huang\",\"authorId\":\"50880298\"},{\"name\":\"Huijie + Li\",\"authorId\":\"119886101\"}],\"paperId\":\"fe38905b37b1c339ceb48fa1a022cd3c91980ea0\",\"abstract\":\"Playing + video games is a prevalent leisure activity in current daily life, and studies + have found that video game experience has positive effects in several cognitive + domains. However, few studies have examined the effect of video game experience + on the amplitude of low-frequency fluctuations (ALFF) among older adults. + In the current study, we compared behavioral performance in the flanker task + and ALFF activities of older adults, of whom 15 were video game players (VGPs) + and 18 non-video game players (NVGPs). The results showed that VGPs outperformed + NVGPs in the flanker task and that VGPs showed significantly increased ALFF + relative to NVGPs in the left inferior occipital gyrus, left cerebellum and + left lingual gyrus. Furthermore, the ALFF in the left inferior occipital gyrus + and left lingual gyrus was positively correlated with cognitive performance + as measured by Mini-Mental State Examination (MMSE) scores. These results + revealed that playing video games might improve behavioral performance and + change intrinsic brain activity in older adults. Future video game training + studies in older adults are warranted to provide more evidence of the positive + effects of video game experience on behavioral and brain function.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2019.00119/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6536594, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2019-05-21\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T20:28:17.808333+00:00\",\"analyses\":[]},{\"id\":\"TuXKJVc4rRe6\",\"created_at\":\"2025-12-04T04:26:00.633970+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Neurocompensatory + Effects of the Default Network in Older Adults\",\"description\":\"The hemispheric + asymmetry reduction in older adults (HAROLD) is a neurocompensatory process + that has been observed across several cognitive functions but has not yet + been examined in relation to task-induced relative deactivations of the default + mode network. The present study investigated the presence of HAROLD effects + specific to neural activations and deactivations using a functional magnetic + resonance imaging (fMRI) n-back paradigm. It was hypothesized that HAROLD + effects would be identified in relative activations and deactivations during + the paradigm, and that they would be associated with better 2-back performance. + Forty-five older adults (M age = 63.8; range = 53\u201383) were administered + a verbal n-back paradigm during fMRI. For each participant, the volume of + brain response was summarized by left and right frontal regions of interest, + and laterality indices (LI; i.e., left/right) were calculated to assess HAROLD + effects. Group level results indicated that age was significantly and negatively + correlated with LI (i.e., reduced left lateralization) for deactivations, + but positively correlated with LI (i.e., increased left lateralization) for + activations. The relationship between age and LI for deactivation was significantly + moderated by performance level, revealing a stronger relationship between + age and LI at higher levels of 2-back performance. Findings suggest that older + adults may employ neurocompensatory processes specific to deactivations, and + task-independent processes may be particularly sensitive to age-related neurocompensation.\",\"publication\":\"Frontiers + in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2019.00111\",\"pmid\":\"31214012\",\"authors\":\"B. + Duda; L. Sweet; E. Hallowell; M. Owens\",\"year\":2018,\"metadata\":{\"slug\":\"31214012-10-3389-fnagi-2019-00111-pmc6558200\",\"source\":\"semantic_scholar\",\"keywords\":[\"HAROLD\",\"default + mode network\",\"fMRI\",\"neurocompensation\",\"older adults\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"22\",\"Year\":\"2018\",\"Month\":\"4\",\"@PubStatus\":\"received\"},{\"Day\":\"29\",\"Year\":\"2019\",\"Month\":\"4\",\"@PubStatus\":\"accepted\"},{\"Day\":\"20\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"6\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"20\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"6\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"20\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"6\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2019\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"31214012\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC6558200\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2019.00111\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Aiken + L., West S. (1991). Testing and Interpreting Interactions. Newbury Park, CA: + Sage Publications.\"},{\"Citation\":\"Alzheimer\u2019s Disease International + (2010). World Alzheimer Report. Available at: http://www.alz.co.uk/research/world-report + (accessed April 19 2018).\"},{\"Citation\":\"Ansado J., Monchi O., Ennabil + N., Faure S., Joanette Y. (2012). Load-dependent posterior\u2013anterior shift + in aging in complex visual selective attention situations. Brain Res. 1454 + 14\u201322. 10.1016/j.brainres.2012.02.061\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brainres.2012.02.061\",\"@IdType\":\"doi\"},{\"#text\":\"22483790\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Anticevic + A., Cole M. W., Murray J. D., Corlett P. R., Wang X. J., Krystal J. H. (2012). + The role of default network deactivation in cognition and disease. Trends + Cogn. Sci. 16 584\u2013592. 10.1016/j.tics.2012.10.008\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2012.10.008\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3501603\",\"@IdType\":\"pmc\"},{\"#text\":\"23142417\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Avelar-Pereira + B., B\xE4ckman L., W\xE5hlin A., Nyberg L., Salami A. (2017). Age-related + differences in dynamic interactions among default mode, frontoparietal control, + and dorsal attention networks during resting-state and interference resolution. + Front. Aging Neurosci. 9:152. 10.3389/fnagi.2017.00152\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2017.00152\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5438979\",\"@IdType\":\"pmc\"},{\"#text\":\"28588476\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baciu + M. V., Watson J. M., Maccotta L., McDermott K. B., Buckner R. L., Gilliam + F. G. (2005). Evaluating functional MRI procedures for assessing hemispheric + language dominance in neurosurgical patients. Neuroradiology 47 835\u2013844. + 10.1007/s00234-005-1431-3\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00234-005-1431-3\",\"@IdType\":\"doi\"},{\"#text\":\"16142480\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"B\xE4ckman + L., Almkvist O., Andersson J., Nordberg A., Windblad B., Rineck R., et al. + (1997). Brain activation in young and older adults during implicit and explicit + retrieval. J. Cogn. Neurosci. 9 378\u2013391. 10.1162/jocn.1997.9.3.378\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.1997.9.3.378\",\"@IdType\":\"doi\"},{\"#text\":\"23965013\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bahar-Fuchs + A., Clare L., Woods B. (2013). Cognitive training and cognitive rehabilitation + for mild to moderate Alzheimer\u2019s disease and vascular dementia. Cochrane + Database Syst. Rev. 6:CD003260.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC7144738\",\"@IdType\":\"pmc\"},{\"#text\":\"23740535\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Balota + D. A., Dolan P. O., Duchek J. M. (2000). \u201CMemory changes in healthy older + adults,\u201D in The Oxford Handbook of Memory eds Tulving E., Craik F. I. + M. (New York, NY: Oxford University Press; ) 395\u2013409.\"},{\"Citation\":\"Bamidis + P. D., Vivas A. B., Styliadis C., Frantzidis C., Klados M., Schlee W., et + al. (2014). A review of physical and cognitive interventions in aging. Neurosci. + Biobehav. Rev. 44 206\u2013220. 10.1016/j.neubiorev.2014.03.019\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neubiorev.2014.03.019\",\"@IdType\":\"doi\"},{\"#text\":\"24705268\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Barr + R. A., Giambra L. M. (1990). Age-related decrement in auditory selective attention. + Psychol. Aging 5:597 10.1037/0882-7974.5.4.597\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.5.4.597\",\"@IdType\":\"doi\"},{\"#text\":\"2278686\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Barulli + D., Stern Y. (2013). Efficiency, capacity, compensation, maintenance, plasticity: + emerging concepts in cognitive reserve. Trends Cogn. Sci. 17 502\u2013509. + 10.1016/j.tics.2013.08.012\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2013.08.012\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3840716\",\"@IdType\":\"pmc\"},{\"#text\":\"24018144\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Berlingeri + M., Bottini G., Danelli L., Ferri F., Traficante D., Sacheli L., et al. (2010). + With time on our side? Task-dependent compensatory processes in graceful aging. + Exp. Brain Res. 205 307\u2013324. 10.1007/s00221-010-2363-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00221-010-2363-7\",\"@IdType\":\"doi\"},{\"#text\":\"20680252\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Berlingeri + M., Danelli L., Bottini G., Sberna M., Paulesu E. (2013). Reassessing the + HAROLD model: Is the hemispheric asymmetry reduction in older adults a special + case of compensatory-related utilisation of neural circuits? Exp. Brain Res. + 224 393\u2013410. 10.1007/s00221-012-3319-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00221-012-3319-x\",\"@IdType\":\"doi\"},{\"#text\":\"23178904\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bherer + L. (2015). Cognitive plasticity in older adults: effects of cognitive training + and physical exercise. Ann. N.Y. Acad. Sci. 1337 1\u20136. 10.1111/nyas.12682\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/nyas.12682\",\"@IdType\":\"doi\"},{\"#text\":\"25773610\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Binder + J. R. (2012). Task-induced deactivation and the\u201D resting\u201D state. + NeuroImage 62 1086\u20131091. 10.1016/j.neuroimage.2011.09.026\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.09.026\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3389183\",\"@IdType\":\"pmc\"},{\"#text\":\"21979380\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bosch + B., Bartr\xE9s-Faz D., Rami L., Arenaza-Urquijo E. M., Fern\xE1ndez-Espejo + D., Junqu\xE9 C., et al. (2010). Cognitive reserve modulates task-induced + activations and deactivations in healthy elders, amnestic mild cognitive impairment + and mild Alzheimer\u2019s disease. Cortex 46 451\u2013461. 10.1016/j.cortex.2009.05.006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2009.05.006\",\"@IdType\":\"doi\"},{\"#text\":\"19560134\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Braver + T. S., Cohen J. D., Nystrom L. E., Jonides J., Smith E. E., Noll D. C. (1997). + A parametric study of prefrontal cortex involvement in human working memory. + Neuroimage 5 49\u201362. 10.1006/nimg.1996.0247\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.1996.0247\",\"@IdType\":\"doi\"},{\"#text\":\"9038284\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buckner + R. L., Andrews-Hanna J. R., Schacter D. L. (2008). The brain\u2019s default + network. Ann. N.Y. Acad. Sci. 1124 1\u201338. 10.1196/annals.1440.011\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1196/annals.1440.011\",\"@IdType\":\"doi\"},{\"#text\":\"18400922\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R. (2001). Cognitive neuroscience of aging: contributions of functional neuroimaging. + Scand. J. Psychol. 42 277\u2013286. 10.1111/1467-9450.00237\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/1467-9450.00237\",\"@IdType\":\"doi\"},{\"#text\":\"11501741\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R. (2002). Hemispheric asymmetry reduction in older adults: the HAROLD model. + Psychol. Aging 17 85\u2013100. 10.1037/0882-7974.17.1.85\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.17.1.85\",\"@IdType\":\"doi\"},{\"#text\":\"11931290\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Daselaar S. M., Dolcos F., Prince S. E., Budde M., Nyberg L. (2004). Task-independent + and task- specific age effects on brain activity during working memory, visual + attention and episodic retrieval. Cereb. Cortex 14 364\u2013375. 10.1093/cercor/bhg133\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhg133\",\"@IdType\":\"doi\"},{\"#text\":\"15028641\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R., Grady C., Nyberg L., McIntosh A., Tulving E., Kapur S., et al. (1997). + Age-related differences in neural activity during memory encoding and retrieval: + a position emission tomography study. J. Neurosci. 17 391\u2013400. 10.1523/jneurosci.17-01-00391.1997\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/jneurosci.17-01-00391.1997\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6793692\",\"@IdType\":\"pmc\"},{\"#text\":\"8987764\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Carp + J., Gmeindl L., Reuter-Lorenz P. A. (2010). Age differences in the neural + representation of working memory revealed by multi-voxel pattern analysis. + Front. Hum. Neurosci. 4:217. 10.3389/fnhum.2010.00217\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2010.00217\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2996172\",\"@IdType\":\"pmc\"},{\"#text\":\"21151373\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Charness + N. (2008). Aging and human performance. Hum. Fact. 50 548\u2013555.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18689066\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cohen + J., Cohen P., West S. G., Aiken L. S. (2003). Applied Multiple Regression/Correlation + Analysis for the Behavioral Sciences 3rd Edn. Mahwah, NJ: Erlbaum.\"},{\"Citation\":\"Cox + R. (1996). AFNI: software for analysis and visualization of functional magnetic + resonance neuroimages. Comput. Biomed. Res. 29 162\u2013173. 10.1006/cbmr.1996.0014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/cbmr.1996.0014\",\"@IdType\":\"doi\"},{\"#text\":\"8812068\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Davis + S. W., Dennis N. A., Daselaar S. M., Fleck M. S., Cabeza R. (2008). Que\u2019 + PASA? The posterior-anterior shift in aging. Cereb. Cortex 18 1201\u20131209. + 10.1093/cercor/bhm155\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhm155\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2760260\",\"@IdType\":\"pmc\"},{\"#text\":\"17925295\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Davis + S. W., Kragel J. E., Madden D. J., Cabeza R. (2011). The architecture of cross- + hemispheric communication in the aging brain: Linking behavior to functional, + and structural connectivity. Cereb. Cortex. 22 232\u2013242. 10.1093/cercor/bhr123\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhr123\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3236798\",\"@IdType\":\"pmc\"},{\"#text\":\"21653286\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Deblaere + K., Boon P. A., Vandemaele P., Tieleman A., Vonck K., Vingerhoets G. (2004). + MRI language dominance assessment in epilepsy patients at 1.0 T: Region of + interest analysis and comparison with intracarotid amytal testing. Neuroradiology + 46 413\u2013420.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15127167\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Duda + B., Puente A. N., Miller L. S. (2014). Cognitive reserve moderates relation + between global cognition and functional status in older adults. J. Clin. Exp. + Neuropsychol. 36 368\u2013378. 10.1080/13803395.2014.892916\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13803395.2014.892916\",\"@IdType\":\"doi\"},{\"#text\":\"24611794\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Duverne + S., Habibi A., Rugg M. D. (2008). Regional specificity of age effects on the + neural correlates of episodic retrieval. Neurobiol. Aging 29 1902\u20131916. + 10.1016/j.neurobiolaging.2007.04.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2007.04.022\",\"@IdType\":\"doi\"},{\"#text\":\"17560691\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fox + M. D., Snyder A. Z., Vincent J. L., Corbetta M., Van Essen D. C., Raichle + M. E. (2005). The human brain is intrinsically organized into dynamic, anticorrelated + functional networks. Proc. Natl. Acad. Sci. U.S.A. 102 9673\u20139678. 10.1073/pnas.0504136102\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0504136102\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1157105\",\"@IdType\":\"pmc\"},{\"#text\":\"15976020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gilbert + S., Bird G., Frith C., Burgess P. (2012). Does \u201Ctask difficulty\u201D + explain \u201Ctask-induced deactivation?\u201D. Front. Psychol. 3:125. 10.3389/fpsyg.2012.00125\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2012.00125\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3336185\",\"@IdType\":\"pmc\"},{\"#text\":\"22539930\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Goh + J. O. (2011). Functional dedifferentiation and altered connectivity in older + adults: Neural accounts of cognitive aging. Aging Dis. 2:30.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3066008\",\"@IdType\":\"pmc\"},{\"#text\":\"21461180\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. (2012). The cognitive neuroscience of ageing. Nat. Rev. Neurosci. 13 491\u2013505. + 10.1038/nrn3256\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn3256\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3800175\",\"@IdType\":\"pmc\"},{\"#text\":\"22714020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. L. (2008). Cognitive neuroscience of aging. Ann. N.Y. Acad. Sci. 1124 127\u2013144.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"18400928\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Grady + C. L., McIntosh A. R., Craik F. I. (2003). Age-related differences in the + functional connectivity of the hippocampus during memory encoding. Hippocampus + 13 572\u2013586. 10.1002/hipo.10114\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hipo.10114\",\"@IdType\":\"doi\"},{\"#text\":\"12921348\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Grady + C. L., Springer M. V., Hongwanishkul D., McIntosh A. R., Winocur G. (2006). + Age-related changes in brain activity across the adult lifespan. J. Cogn. + Neurosci. 18 227\u2013241. 10.1162/jocn.2006.18.2.227\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2006.18.2.227\",\"@IdType\":\"doi\"},{\"#text\":\"16494683\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Greenwood + P. M. (2007). Functional plasticity in cognitive aging: Review and hypothesis. + Neuropsychology 21 657\u2013673. 10.1037/0894-4105.21.6.657\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0894-4105.21.6.657\",\"@IdType\":\"doi\"},{\"#text\":\"17983277\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Greicius + M. D., Srivastava G., Reiss A. L., Menon V. (2004). Default-mode network activity + distinguishes Alzheimer\u2019s disease from healthy aging: Evidence from functional + MRI. Proc. Natl. Acad. Sci. 101 4637\u20134642. 10.1073/pnas.0308627101\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0308627101\",\"@IdType\":\"doi\"},{\"#text\":\"PMC384799\",\"@IdType\":\"pmc\"},{\"#text\":\"15070770\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gutchess + A. H., Welsh R. C., Hedden T., Bangert A., Minear M., Liu L. L., et al. (2005). + Aging and the neural correlates of successful picture encoding: frontal activations + for decreased medial temporal activity. J. Cogn. Neurosci. 17:96.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"15701241\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Haley + A. P., Hoth K. F., Gunstad J., Paul R. H., Jefferson A. L., Tate D. F., et + al. (2009). Subjective cognitive complaints relate to white matter hyperintensities + and future cognitive decline in patients with cardiovascular disease. Am. + J. Geriatr. Psychiatry 17 976\u2013985. 10.1097/JGP.0b013e3181b208ef\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1097/JGP.0b013e3181b208ef\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2813459\",\"@IdType\":\"pmc\"},{\"#text\":\"20104055\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hampson + M., Driesen N. R., Skudlarski P., Gore J. C., Constable R. T. (2006). Brain + connectivity related to working memory performance. J. Neurosci. 26 13338\u201313343. + 10.1523/jneurosci.3408-06.2006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/jneurosci.3408-06.2006\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2677699\",\"@IdType\":\"pmc\"},{\"#text\":\"17182784\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hansen + N. L., Lauritzen M., Mortensen E. L., Osler M., Avlund K., Fagerlund B., et + al. (2014). Subclinical cognitive decline in middle-age is associated with + reduced task- induced deactivation of the brain\u2019s default mode network. + Hum. Brain Mapp. 35 4488\u20134498. 10.1002/hbm.22489\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.22489\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6869675\",\"@IdType\":\"pmc\"},{\"#text\":\"24578157\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Haug + H., Eggers R. (1991). Morphometry of the human cortex cerebri and corpus striatum + during aging. Neurobiol. Aging 12 336\u2013338. 10.1016/0197-4580(91)90013-a\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0197-4580(91)90013-a\",\"@IdType\":\"doi\"},{\"#text\":\"1961364\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hayes + A. F. (2012). PROCESS: A Versatile Computational Tool for Observed Variable + Mediation, Moderation, and Conditional Process Modeling.\\nAvailable at: http://www.afhayes.com/public/process2012.pdf + (accessed January 17 2017).\"},{\"Citation\":\"Hayes A. F. (2013). Introduction + to Mediation, Moderation, and Conditional Process Analysis: A Regression-Based + Approach. New York, NY: Guilford Press.\"},{\"Citation\":\"Hsieh S., Fang + W. (2012). Elderly adults through compensatory responses can be just as capable + as young adults in inhibiting the flanker influence. Biol. Psychol. 90 113\u2013126. + 10.1016/j.biopsycho.2012.03.006\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.biopsycho.2012.03.006\",\"@IdType\":\"doi\"},{\"#text\":\"22445781\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Johnson + M. K., Mitchell K. J., Raye C. L., Greene E. J. (2004). An age-related deficit + in prefrontal cortical function associated with refreshing information. Psychol. + Sci. 15 127\u2013132. 10.1111/j.0963-7214.2004.01502009.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.0963-7214.2004.01502009.x\",\"@IdType\":\"doi\"},{\"#text\":\"14738520\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jonides + J., Schumacher E. H., Smith E. E., Lauber E. J., Awh E., Minoshima S., et + al. (1997). Verbal working memory load affects regional brain activation as + measured by PET. J. Cogn. Neurosci. 9 462\u2013475. 10.1162/jocn.1997.9.4.462\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.1997.9.4.462\",\"@IdType\":\"doi\"},{\"#text\":\"23968211\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Karbach + J., Verhaeghen P. (2014). Making working memory work: a meta-analysis of executive + control and working memory training in older adults. Psychol. Sci. 25 2027\u20132037. + 10.1177/0956797614548725\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/0956797614548725\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4381540\",\"@IdType\":\"pmc\"},{\"#text\":\"25298292\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Katzman + R. (1993). Education and the prevalence of dementia and Alzheimer\u2019s disease. + Neurology 43 13\u201320.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"8423876\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Klaassens + B. L., van Gerven J. M., van der Grond J., de Vos F., M\xF6ller C., Rombouts + S. A. (2017). Diminished posterior precuneus connectivity with the default + mode network differentiates normal aging from Alzheimer\u2019s disease. Front. + Aging Neurosci. 9:97. 10.3389/fnagi.2017.00097\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2017.00097\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5395570\",\"@IdType\":\"pmc\"},{\"#text\":\"28469571\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kray + J., Li K. Z., Lindenberger U. (2002). Age-related changes in task-switching + components: the role of task uncertainty. Brain Cogn. 49 363\u2013381. 10.1006/brcg.2001.1505\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/brcg.2001.1505\",\"@IdType\":\"doi\"},{\"#text\":\"12139959\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kray + J., Lindenberger U. (2000). Adult age differences in task switching. Psychol. + Aging 15:126 10.1037//0882-7974.15.1.126\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037//0882-7974.15.1.126\",\"@IdType\":\"doi\"},{\"#text\":\"10755295\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lee + Y., Grady C. L., Habak C., Wilson H. R., Moscovitch M. (2011). Face processing + changes in normal aging revealed by fMRI adaptation. J. Cogn. Neurosci. 23 + 3433\u20133447. 10.1162/jocn_a_00026\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_00026\",\"@IdType\":\"doi\"},{\"#text\":\"21452937\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + S. C., Lindenberger U. (1999). \u201CCross-level unification: A computational + exploration of the link between deterioration of neurotransmitter systems + and dedifferentiation of cognitive abilities in old age,\u201D in Cognitive + Neuroscience of Memory eds Nilsson L.-G., Markowitsch H. J. (Ashland, OH: + Hogrefe & Huber; ) 103\u2013146.\"},{\"Citation\":\"Li S. C., Sikstr\xF6m + S. (2002). Integrative neurocomputational perspectives on cognitive aging, + neuromodulation, and representation. Neurosci. Biobehav. Rev. 26 795\u2013808. + 10.1016/s0149-7634(02)00066-0\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0149-7634(02)00066-0\",\"@IdType\":\"doi\"},{\"#text\":\"12470691\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + Z., Moore A. B., Tyner C., Hu X. (2009). Asymmetric connectivity reduction + and its relationship to \u201CHAROLD\u201D in aging brain. Brain Res. 1295 + 149\u2013158. 10.1016/j.brainres.2009.08.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.brainres.2009.08.004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2753726\",\"@IdType\":\"pmc\"},{\"#text\":\"19666011\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Logan + J. M., Sanders A. L., Snyder A. Z., Morris J. C., Buckner R. L. (2002). Under- + recruitment and nonselective recruitment: dissociable neural mechanisms associated + with aging. Neuron 33 827\u2013840. 10.1016/s0896-6273(02)00612-8\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0896-6273(02)00612-8\",\"@IdType\":\"doi\"},{\"#text\":\"11879658\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lustig + C., Snyder A. Z., Bhakta M., O\u2019Brien K. C., McAvoy M., Raichle M. E., + et al. (2003). Functional deactivations: change with age and dementia of the + Alzheimer type. Proc. Natl. Acad. Sci. 100 14504\u201314509. 10.1073/pnas.2235925100\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.2235925100\",\"@IdType\":\"doi\"},{\"#text\":\"PMC283621\",\"@IdType\":\"pmc\"},{\"#text\":\"14608034\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Madden + D. J. (1990). Adult age differences in attentional selectivity and capacity. + Eur. J. Cogn. Psychol. 2 229\u2013252. 10.1080/09541449008406206\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1080/09541449008406206\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Madden + D. J., Gottlob L. R., Denny L. L., Turkington T. G., Provenzale J. M., Hawk + T. C., et al. (1999a). Aging and recognition memory: changes in regional cerebral + blood flow associated with components of reaction time distributions. J. Cogn. + Neurosci. 11 511\u2013520. 10.1162/089892999563571\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/089892999563571\",\"@IdType\":\"doi\"},{\"#text\":\"10511640\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Madden + D. J., Turkington T. G., Provenzale J. M., Denny L. L., Hawk T. C., Gottlob + L. R., et al. (1999b). Adult age differences in the functional neuroanatomy + of verbal recognition memory. Hum. Brain Mapp. 7 115\u2013135. 10.1002/(sici)1097-0193(1999)7:2<115::aid-hbm5>3.0.co;2-n\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/(sici)1097-0193(1999)7:2<115::aid-hbm5>3.0.co;2-n\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6873331\",\"@IdType\":\"pmc\"},{\"#text\":\"9950069\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mattay + V. S., Fera F., Tessitore M. D., Hariri A. R., Das S., Callicott J. H., et + al. (2002). Neurophysiological correlates of age-related changes in human + motor function. Neurology 58 630\u2013635. 10.1212/wnl.58.4.630\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/wnl.58.4.630\",\"@IdType\":\"doi\"},{\"#text\":\"11865144\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McDonough + I. M., Wong J. T., Gallo D. A. (2012). Age-related differences in prefrontal + cortex activity during retrieval monitoring: testing the compensation and + dysfunction accounts. Cereb. Cortex 23 1049\u20131060. 10.1093/cercor/bhs064\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhs064\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3615343\",\"@IdType\":\"pmc\"},{\"#text\":\"22510532\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McIntosh + A. R., Sekuler A. B., Penpeci C., Rajah M. N., Grady C. L., Sekuler R., et + al. (1999). Recruitment of unique neural systems to support visual memory + in normal aging. Curr. Biol. 9 1275\u20131278.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10556091\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Milham + M. P., Erickson K. I., Banich M. T., Kramer A. F., Webb A., Wszalek T., et + al. (2002). Attentional control in the aging brain: insights from an fMRI + study of the stroop task. Brain Cogn. 49 277\u2013296. 10.1006/brcg.2001.1501\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/brcg.2001.1501\",\"@IdType\":\"doi\"},{\"#text\":\"12139955\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Miller + S. L., Celone K., DePeau K., Diamond E., Dickerson B. C., Rentz D., et al. + (2008). Age-related memory impairment associated with loss of parietal deactivation + but preserved hippocampal activation. Proc. Natl. Acad. Sci. 105 2181\u20132186. + 10.1073/pnas.0706818105\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0706818105\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2538895\",\"@IdType\":\"pmc\"},{\"#text\":\"18238903\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Morcom + A. M., Friston K. J. (2012). Decoding episodic memory in ageing: a Bayesian + analysis of activity patterns predicting memory. Neuroimage 59 1772\u20131782. + 10.1016/j.neuroimage.2011.08.071\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.08.071\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3236995\",\"@IdType\":\"pmc\"},{\"#text\":\"21907810\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"National + Institute on Aging and World Health Organization (2011). Global Health and + Aging.\\nAvailable at: http://www.nia.nih.gov/research/publication/global-health-andaging/humanity\u2019s-aging + (accessed April 19 2018).\"},{\"Citation\":\"Ng K. K., Lo J. C., Lim J. K., + Chee M. W., Zhou J. (2016). Reduced functional segregation between the default + mode network and the executive control network in healthy older adults: a + longitudinal study. NeuroImage 133 321\u2013330. 10.1016/j.neuroimage.2016.03.029\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2016.03.029\",\"@IdType\":\"doi\"},{\"#text\":\"27001500\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Owen + A. M., McMillan K. M., Laird A. R., Bullmore E. (2005). N-Back working memory + paradigm: a meta-analysis of normative functional neuroimaging studies. Hum. + Brain Mapp. 25 46\u201359. 10.1002/hbm.20131\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20131\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871745\",\"@IdType\":\"pmc\"},{\"#text\":\"15846822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Polk T. A., Hebrank A. C., Jenkins L. (2010). Age differences in default + mode activity on easy and difficult spatial judgment tasks. Front. Hum. Neurosci. + 3:75. 10.3389/neuro.09.075.2009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/neuro.09.075.2009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2814559\",\"@IdType\":\"pmc\"},{\"#text\":\"20126437\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Polk T. A., Park R., Minear M., Savage A., Smith M. R. (2004). Aging + reduces neural specialization in ventral visual cortex. Proc. Natl. Acad. + Sci. 101 13091\u201313095. 10.1073/pnas.0405148101\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0405148101\",\"@IdType\":\"doi\"},{\"#text\":\"PMC516469\",\"@IdType\":\"pmc\"},{\"#text\":\"15322270\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + D. C., Reuter-Lorenz P. (2009). The adaptive brain: aging and neurocognitive + scaffolding. Ann. Rev. Psychol. 60 173\u2013196. 10.1146/annurev.psych.59.103006.093656\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev.psych.59.103006.093656\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3359129\",\"@IdType\":\"pmc\"},{\"#text\":\"19035823\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Parker + S., Jagger C., Lamura G., Chiatti C., Wahl H., Iwarsson S., et al. (2012). + FUTURAGE: creating a roadmap for ageing research. Eur. Geriatr. Med. 3 S100\u2013S101.\"},{\"Citation\":\"Persson + J., Lustig C., Nelson J. K., Reuter-Lorenz P. A. (2007). Age differences in + deactivation: a link to cognitive control? J. Cogn. Neurosci. 19 1021\u20131032. + 10.1162/jocn.2007.19.6.1021\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2007.19.6.1021\",\"@IdType\":\"doi\"},{\"#text\":\"17536972\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Persson + J., Nyberg L., Lind J., Larsson A., Nilsson L.-G., Ingvar M., et al. (2005). + Structure\u2013function correlates of cognitive decline in aging. Cereb. Cortex + 16 907\u2013915. 10.1093/cercor/bhj036\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhj036\",\"@IdType\":\"doi\"},{\"#text\":\"16162855\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Persson + J., Sylvester C. Y., Nelson J. K., Welsh K. M., Jonides J., Reuter-Lorenz + P. A. (2004). Selection requirements during verb generation: differential + recruitment in older and younger adults. Neuroimage 23 1382\u20131390. 10.1016/j.neuroimage.2004.08.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2004.08.004\",\"@IdType\":\"doi\"},{\"#text\":\"15589102\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Petrella + J. R., Sheldon F. C., Prince S. E., Calhoun V. D., Doraiswamy P. M. (2011). + Default mode network connectivity in stable vs progressive mild cognitive + impairment. Neurology 76 511\u2013517. 10.1212/WNL.0b013e31820af94e\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/WNL.0b013e31820af94e\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3053179\",\"@IdType\":\"pmc\"},{\"#text\":\"21228297\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rajah + M. N., D\u2019Esposito M. (2005). Region-specific changes in prefrontal function + with age: a review of PET and fMRI studies on working and episodic memory. + Brain 128 1964\u20131983. 10.1093/brain/awh608\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/awh608\",\"@IdType\":\"doi\"},{\"#text\":\"16049041\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Raz + N., Rodrigue K. M., Head D., Kennedy K. M., Acker J. D. (2004). Differential + aging of the medial temporal lobe: a study of a five-year change. Neurology + 62 433\u2013438. 10.1212/01.wnl.0000106466.09835.46\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/01.wnl.0000106466.09835.46\",\"@IdType\":\"doi\"},{\"#text\":\"14872026\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + P. A., Cappell K. A. (2008). Neurocognitive aging and the compensation hypothesis. + Curr. Dir. Psychol. Sci. 17 177\u2013182. 10.1111/j.1467-8721.2008.00570.x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/j.1467-8721.2008.00570.x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Reuter-Lorenz + P. A., Jonides J., Smith E. E., Hartley A., Miller A., Marshuetz C., et al. + (2000). Age differences in the frontal lateralization of verbal and spatial + working memory revealed by PET. J. Cogn. Neurosci. 12 174\u2013187. 10.1162/089892900561814\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/089892900561814\",\"@IdType\":\"doi\"},{\"#text\":\"10769314\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rombouts + S. A., Barkhof F., Goekoop R., Stam C. J., Scheltens P. (2005). Altered resting + state networks in mild cognitive impairment and mild Alzheimer\u2019s disease: + an fMRI study. Hum. Brain Mapp. 26 231\u2013239. 10.1002/hbm.20160\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20160\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871685\",\"@IdType\":\"pmc\"},{\"#text\":\"15954139\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rossi + S., Miniussi C., Pasqualetti P., Babiloni C., Rossini P. M., Cappa S. F. (2004). + Age-related functional changes in prefrontal cortex and long-term memory: + a repetitive transcranial magnetic stimulation study. J. Neurosci. 24 7939\u20137944. + 10.1523/jneurosci.0703-04.2004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/jneurosci.0703-04.2004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6729939\",\"@IdType\":\"pmc\"},{\"#text\":\"15356207\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rypma + B., Eldreth D. A., Rebbechi D. (2007). Age-related differences in activation- + performance relations in delayed-response tasks: a multiple component analysis. + Cortex 43 65\u201376. 10.1016/s0010-9452(08)70446-5\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0010-9452(08)70446-5\",\"@IdType\":\"doi\"},{\"#text\":\"17334208\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salthouse + T. A. (1996). The processing-speed theory of adult age differences in cognition. + Psychol. Rev. 103 403\u2013428. 10.1037//0033-295x.103.3.403\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037//0033-295x.103.3.403\",\"@IdType\":\"doi\"},{\"#text\":\"8759042\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sebastian + A., Baldermann C., Feige B., Katzev M., Scheller E., Hellwig B., et al. (2013). + Differential effects of age on subcomponents of response inhibition. Neurobiol. + Aging 34 2183\u20132193. 10.1016/j.neurobiolaging.2013.03.013\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2013.03.013\",\"@IdType\":\"doi\"},{\"#text\":\"23591131\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Smith + E. E., Jonides J. (1999). Storage and executive processes in the frontal lobes. + Science 283 1657\u20131661. 10.1126/science.283.5408.1657\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.283.5408.1657\",\"@IdType\":\"doi\"},{\"#text\":\"10073923\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Spreng + R. N. (2012). The fallacy of a \u201Ctask-negative\u201D network. Front. Psychol. + 3:145. 10.3389/fpsyg.2012.00145\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2012.00145\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3349953\",\"@IdType\":\"pmc\"},{\"#text\":\"22593750\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Spreng + R. N., Stevens W. D., Viviano J. D., Schacter D. L. (2016). Attenuated anticorrelation + between the default and dorsal attention networks with aging: evidence from + task and rest. Neurobiol. Aging 45 149\u2013160. 10.1016/j.neurobiolaging.2016.05.020\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2016.05.020\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5003045\",\"@IdType\":\"pmc\"},{\"#text\":\"27459935\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y. (2012). Cognitive reserve in ageing and Alzheimer\u2019s disease. Lancet + Neurol. 29 997\u20131003. 10.1016/j.biotechadv.2011.08.021\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.biotechadv.2011.08.021\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3507991\",\"@IdType\":\"pmc\"},{\"#text\":\"23079557\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y. (2016). An approach to studying the neural correlates of reserve. Brain + Imag. Behav. 11 410\u2013416. 10.1007/s11682-016-9566-x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11682-016-9566-x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5810375\",\"@IdType\":\"pmc\"},{\"#text\":\"27450378\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Suchy + Y., Kraybill M. L., Franchow E. (2011). Instrumental activities of daily living + among community-dwelling older adults: discrepancies between self-report and + performance are mediated by cognitive reserve. J. Clin. Exp. Neuropsychol. + 33 92\u2013100. 10.1080/13803395.2010.493148\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13803395.2010.493148\",\"@IdType\":\"doi\"},{\"#text\":\"20623400\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sweet + L. H., Paskavitz J. F., Haley A. P., Gunstad J. J., Mulligan R. C., Nyalakanti + P. K., et al. (2008). Imaging phonological similarity effects on verbal working + memory. Neuropsychologia 46 1114\u20131123. 10.1016/j.neuropsychologia.2007.10.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2007.10.022\",\"@IdType\":\"doi\"},{\"#text\":\"18155074\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Thomsen + T., Specht K., Hammar A., Nyttingnes J., Ersland L., Hugdahl K. (2004). Brain + localization of attention control in different age groups by combining functional + and structural MRI. Neuroimage 22 912\u2013919. 10.1016/j.neuroimage.2004.02.015\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2004.02.015\",\"@IdType\":\"doi\"},{\"#text\":\"15193622\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Turner + G. R., Spreng R. N. (2015). Prefrontal engagement and reduced default network + suppression co-occur and are dynamically coupled in older adults: the default\u2013executive + coupling hypothesis of aging. J. Cogn. Neurosci. 27 2462\u20132476. 10.1162/jocn_a_00869\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_00869\",\"@IdType\":\"doi\"},{\"#text\":\"26351864\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Valenzuela + M. J., Sachdev P., Wen W., Chen X., Brodaty H. (2008). Lifespan mental activity + predicts diminished rate of hippocampal atrophy. PLoS One 3:e2598. 10.1371/journal.pone.0002598\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0002598\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2440814\",\"@IdType\":\"pmc\"},{\"#text\":\"18612379\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yuan + W., Szaflarski J. P., Schmithorst V. J., Schapiro M., Byars A. W., Strawsburg + R. H. (2006). FMRI shows atypical language lateralization in pediatric epilepsy + patients. Epilepsia 47 593\u2013600. 10.1111/j.1528-1167.2006.00474.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1528-1167.2006.00474.x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1402337\",\"@IdType\":\"pmc\"},{\"#text\":\"16529628\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zacks + R. T., Hasher L., Li K. Z. (2000). \u201CHuman memory,\u201D in Handbook of + Aging and Cognition 2nd Edn eds Salthouse T. A., Craik F. I. M. (Mahwah, NJ: + Lawrence Erlbaum; ) 293\u2013357.\"},{\"Citation\":\"Zarahn E., Rakitin B., + Abela D., Flynn J., Stern Y. (2007). Age-related changes in brain activation + during a delayed item recognition task. Neurobiol. Aging 28 784\u2013798. + 10.1016/j.neurobiolaging.2006.03.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2006.03.002\",\"@IdType\":\"doi\"},{\"#text\":\"16621168\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"31214012\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"11\",\"PubDate\":{\"Year\":\"2019\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":{\"i\":\"M\",\"#text\":\"The + hemispheric asymmetry reduction in older adults (HAROLD) is a neurocompensatory + process that has been observed across several cognitive functions but has + not yet been examined in relation to task-induced relative deactivations of + the default mode network. The present study investigated the presence of HAROLD + effects specific to neural activations and deactivations using a functional + magnetic resonance imaging (fMRI) n-back paradigm. It was hypothesized that + HAROLD effects would be identified in relative activations and deactivations + during the paradigm, and that they would be associated with better 2-back + performance. Forty-five older adults ( age = 63.8; range = 53-83) were administered + a verbal n-back paradigm during fMRI. For each participant, the volume of + brain response was summarized by left and right frontal regions of interest, + and laterality indices (LI; i.e., left/right) were calculated to assess HAROLD + effects. Group level results indicated that age was significantly and negatively + correlated with LI (i.e., reduced left lateralization) for deactivations, + but positively correlated with LI (i.e., increased left lateralization) for + activations. The relationship between age and LI for deactivation was significantly + moderated by performance level, revealing a stronger relationship between + age and LI at higher levels of 2-back performance. Findings suggest that older + adults may employ neurocompensatory processes specific to deactivations, and + task-independent processes may be particularly sensitive to age-related neurocompensation.\"}},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"GrantList\":{\"Grant\":{\"Agency\":\"NHLBI + NIH HHS\",\"Acronym\":\"HL\",\"Country\":\"United States\",\"GrantID\":\"R01 + HL084178\"},\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Bryant + M\",\"Initials\":\"BM\",\"LastName\":\"Duda\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, University of Georgia, Athens, GA, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Max + M\",\"Initials\":\"MM\",\"LastName\":\"Owens\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, University of Georgia, Athens, GA, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Emily + S\",\"Initials\":\"ES\",\"LastName\":\"Hallowell\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, University of Georgia, Athens, GA, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lawrence + H\",\"Initials\":\"LH\",\"LastName\":\"Sweet\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Psychology, University of Georgia, Athens, GA, United States.\"},{\"Affiliation\":\"Department + of Psychiatry & Human Behavior, The Warren Alpert Medical School of Brown + University, Providence, RI, United States.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"111\",\"MedlinePgn\":\"111\"},\"ArticleDate\":{\"Day\":\"04\",\"Year\":\"2019\",\"Month\":\"06\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"111\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2019.00111\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Neurocompensatory + Effects of the Default Network in Older Adults.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"22\",\"Year\":\"2024\",\"Month\":\"09\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"HAROLD\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"default + mode network\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"neurocompensation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"older + adults\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2018,\"title\":\"Neurocompensatory + Effects of the Default Network in Older Adults\",\"venue\":\"Frontiers in + Aging Neuroscience\",\"authors\":[{\"name\":\"B. Duda\",\"authorId\":\"49009510\"},{\"name\":\"L. + Sweet\",\"authorId\":\"2779212\"},{\"name\":\"E. Hallowell\",\"authorId\":\"13953288\"},{\"name\":\"M. + Owens\",\"authorId\":\"32281113\"}],\"paperId\":\"4a52e1834b5e283cdae76256c009979e76b13466\",\"abstract\":\"The + hemispheric asymmetry reduction in older adults (HAROLD) is a neurocompensatory + process that has been observed across several cognitive functions but has + not yet been examined in relation to task-induced relative deactivations of + the default mode network. The present study investigated the presence of HAROLD + effects specific to neural activations and deactivations using a functional + magnetic resonance imaging (fMRI) n-back paradigm. It was hypothesized that + HAROLD effects would be identified in relative activations and deactivations + during the paradigm, and that they would be associated with better 2-back + performance. Forty-five older adults (M age = 63.8; range = 53\u201383) were + administered a verbal n-back paradigm during fMRI. For each participant, the + volume of brain response was summarized by left and right frontal regions + of interest, and laterality indices (LI; i.e., left/right) were calculated + to assess HAROLD effects. Group level results indicated that age was significantly + and negatively correlated with LI (i.e., reduced left lateralization) for + deactivations, but positively correlated with LI (i.e., increased left lateralization) + for activations. The relationship between age and LI for deactivation was + significantly moderated by performance level, revealing a stronger relationship + between age and LI at higher levels of 2-back performance. Findings suggest + that older adults may employ neurocompensatory processes specific to deactivations, + and task-independent processes may be particularly sensitive to age-related + neurocompensation.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2019.00111/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC6558200, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2018-12-21\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T04:27:46.281373+00:00\",\"analyses\":[{\"id\":\"ceQR9YdiACKJ\",\"user\":null,\"name\":\"t2\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31214012-10-3389-fnagi-2019-00111-pmc6558200/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/450/pmcid_6558200/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/31214012-10-3389-fnagi-2019-00111-pmc6558200/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"Clusters + of significant neural response to 2-back versus resting state.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"GHkhE2RNN7xv\",\"coordinates\":[34.0,50.0,41.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"mzcjRJ9ph7um\",\"coordinates\":[0.0,-47.0,10.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"xB2AuXNZncEr\",\"coordinates\":[-26.0,53.0,-22.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"eDN9ZSh6Q28a\",\"coordinates\":[5.0,-5.0,51.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"L74KJ7r6dGkQ\",\"coordinates\":[35.0,22.0,53.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"QcrZBDsFJrgN\",\"coordinates\":[2.0,48.0,30.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"vsjF6AT3VrhP\",\"coordinates\":[42.0,-3.0,33.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"XkXEsrzjm5x3\",\"coordinates\":[29.0,-22.0,9.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"piUKreBF5EmV\",\"coordinates\":[-42.0,44.0,41.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Hpb9K7bngr35\",\"coordinates\":[-31.0,-23.0,6.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"8BkuyvxLbhFH\",\"coordinates\":[-9.0,-15.0,45.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"fajzsjD3WpgN\",\"coordinates\":[32.0,50.0,-26.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"FuPWnBoGGKD8\",\"coordinates\":[-39.0,-29.0,29.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"LPn5BPZG6RjW\",\"coordinates\":[-30.0,60.0,42.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"hVYMEqkTDf22\",\"coordinates\":[25.0,6.0,50.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"ujpp8bg3uiUe\",\"created_at\":\"2025-12-05T02:55:17.051551+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Neural + Basis of Enhanced Executive Function in Older Video Game Players: An fMRI + Study\",\"description\":\"Video games have been found to have positive influences + on executive function in older adults; however, the underlying neural basis + of the benefits from video games has been unclear. Adopting a task-based functional + magnetic resonance imaging (fMRI) study targeted at the flanker task, the + present study aims to explore the neural basis of the improved executive function + in older adults with video game experiences. Twenty video game players (VGPs) + and twenty non-video game players (NVGPs) of 60 years of age or older participated + in the present study, and there are no significant differences in age (t = + 0.62, p = 0.536), gender ratio (t = 1.29, p = 0.206) and years of education + (t = 1.92, p = 0.062) between VGPs and NVGPs. The results show that older + VGPs present significantly better behavioral performance than NVGPs. Older + VGPs activate greater than NVGPs in brain regions, mainly in frontal-parietal + areas, including the right dorsolateral prefrontal cortex, the left supramarginal + gyrus, the right angular gyrus, the right precuneus and the left paracentral + lobule. The present study reveals that video game experiences may have positive + influences on older adults in behavioral performance and the underlying brain + activation. These results imply the potential role that video games can play + as an effective tool to improve cognitive ability in older adults.\",\"publication\":\"Frontiers + in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2017.00382\",\"pmid\":\"29209202\",\"authors\":\"Ping + Wang; Xing-Ting Zhu; Zhigang Qi; Silin Huang; Huijie Li\",\"year\":2017,\"metadata\":{\"slug\":\"29209202-10-3389-fnagi-2017-00382-pmc5702357\",\"source\":\"semantic_scholar\",\"keywords\":[\"executive + function\",\"fMRI\",\"older non-video game players\",\"older video game players\",\"video + game experience\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"22\",\"Year\":\"2017\",\"Month\":\"5\",\"@PubStatus\":\"received\"},{\"Day\":\"6\",\"Year\":\"2017\",\"Month\":\"11\",\"@PubStatus\":\"accepted\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"12\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"7\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"12\",\"Minute\":\"1\",\"@PubStatus\":\"medline\"},{\"Day\":\"1\",\"Year\":\"2017\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"29209202\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC5702357\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2017.00382\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Bailey + K., West R., Anderson C. A. (2010). A negative association between video game + experience and proactive cognitive control. Psychophysiology 47, 34\u201342. + 10.1111/j.1469-8986.2009.00925.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1469-8986.2009.00925.x\",\"@IdType\":\"doi\"},{\"#text\":\"19818048\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Basak + C., Boot W. R., Voss M. W., Kramer A. F. (2008). Can training in a real-time + strategy video game attenuate cognitive decline in older adults? Psychol. + Aging 23, 765\u2013777. 10.1037/a0013494\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0013494\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4041116\",\"@IdType\":\"pmc\"},{\"#text\":\"19140648\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Braver + T. S., Barch D. M. (2002). A theory of cognitive control, aging cognition, + and neuromodulation. Neurosci. Biobehav. Rev. 26, 809\u2013817. 10.1016/s0149-7634(02)00067-2\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/s0149-7634(02)00067-2\",\"@IdType\":\"doi\"},{\"#text\":\"12470692\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burgess + P. W., Alderman N., Evans J., Emslie H., Wilson B. A. (1998). The ecological + validity of tests of executive function. J. Int. Neuropsychol. Soc. 4, 547\u2013558. + 10.1017/S1355617798466037\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1355617798466037\",\"@IdType\":\"doi\"},{\"#text\":\"10050359\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chan + R. C. K., Shum D., Toulopoulou T., Chen E. Y. H. (2008). Assessment of executive + functions: review of instruments and identification of critical issues. Arch. + Clin. Neuropsychol. 23, 201\u2013216. 10.1016/j.acn.2007.08.010\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.acn.2007.08.010\",\"@IdType\":\"doi\"},{\"#text\":\"18096360\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Coderre + E. L., van Heuven W. J. B. (2013). Modulations of the executive control network + by stimulus onset asynchrony in a Stroop task. BMC Neurosci. 14:79. 10.1186/1471-2202-14-79\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/1471-2202-14-79\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3734141\",\"@IdType\":\"pmc\"},{\"#text\":\"23902451\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cohen + J. (1988). Statistical Power Analysis for the Behavioral Sciences. 2nd Edn. + Hillsdale, NJ: Lawrence Erlbaum Associates.\"},{\"Citation\":\"Collette F., + Hogge M., Salmon E., Van der Linden M. (2006). Exploration of the neural substrates + of executive functioning by functional neuroimaging. Neuroscience 139, 209\u2013221. + 10.1016/j.neuroscience.2005.05.035\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroscience.2005.05.035\",\"@IdType\":\"doi\"},{\"#text\":\"16324796\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Desco + M., Navas-Sanchez F. J., Sanchez-Gonz\xE1lez J., Reig S., Robles O., Franco + C., et al. . (2011). Mathematically gifted adolescents use more extensive + and more bilateral areas of the fronto-parietal network than controls during + executive functioning and fluid reasoning tasks. Neuroimage 57, 281\u2013292. + 10.1016/j.neuroimage.2011.03.063\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.03.063\",\"@IdType\":\"doi\"},{\"#text\":\"21463696\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dustman + R. E., Emmerson R. Y., Steinhaus L. A., Shearer D. E., Dustman T. J. (1992). + The effects of videogame playing on neuropsychological performance of elderly + individuals. J. Gerontol. 47, P168\u2013P171. 10.1093/geronj/47.3.p168\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/geronj/47.3.p168\",\"@IdType\":\"doi\"},{\"#text\":\"1573200\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Eriksen + B. A., Eriksen C. W. (1974). Effects of noise letters upon identification + of a target letter in a nonsearch task. Percept. Psychophys. 16, 143\u2013149. + 10.3758/bf03203267\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.3758/bf03203267\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Esposito + N. (2005). \u201CA short and simple definition of what a videogame is,\u201D + in Proceedings of the 2005 DIGRA International Conference: Changing Views\u2014Worlds + in Play (Vancouver, BC: University of Vancouver).\"},{\"Citation\":\"Fan J., + Flombaum J. I., McCandliss B. D., Thomas K. M., Posner M. I. (2003). Cognitive + and brain consequences of conflict. Neuroimage 18, 42\u201357. 10.1006/nimg.2002.1319\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2002.1319\",\"@IdType\":\"doi\"},{\"#text\":\"12507442\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fan + J., McCandliss B. D., Fossella J., Flombaum J. I., Posner M. I. (2005). The + activation of attentional networks. Neuroimage 26, 471\u2013479. 10.1016/j.neuroimage.2005.02.004\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2005.02.004\",\"@IdType\":\"doi\"},{\"#text\":\"15907304\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Folstein + M. F., Folstein S. E., McHugh P. R. (1975). \u201CMini-mental state\u201D. + A practical method for grading cognitive state of patients for clinician. + J. Psychiatr. Res. 12, 189\u2013198. 10.1016/0022-3956(75)90026-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/0022-3956(75)90026-6\",\"@IdType\":\"doi\"},{\"#text\":\"1202204\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gleich + T., Lorenz R. C., Gallinat J., Kuhn S. (2017). Functional changes in the reward + circuit in response to gaming-related cues after training with a commercial + video game. Neuroimage 152, 467\u2013475. 10.1016/j.neuroimage.2017.03.032\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2017.03.032\",\"@IdType\":\"doi\"},{\"#text\":\"28323159\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Goldstein + J., Cajko L., Oosterbroek M., Michielsen M., van Houten O., Salverda F. (1997). + Video games and the elderly. Soc. Behav. Pers. 25, 345\u2013352. 10.2224/sbp.1997.25.4.345\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.2224/sbp.1997.25.4.345\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Gong + D., He H., Liu D., Ma W., Dong L., Luo C., et al. . (2015). Enhanced functional + connectivity and increased gray matter volume of insula related to action + video game playing. Sci. Rep. 5:9763. 10.1038/srep09763\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/srep09763\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5381748\",\"@IdType\":\"pmc\"},{\"#text\":\"25880157\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gong + D., He H., Ma W., Liu D., Huang M., Dong L., et al. . (2016). Functional integration + between salience and central executive networks: a role for action video game + experience. Neural Plast. 2016:9803165. 10.1155/2016/9803165\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2016/9803165\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4739029\",\"@IdType\":\"pmc\"},{\"#text\":\"26885408\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Granek + J. A., Gorbet D. J., Sergio L. E. (2010). Extensive video-game experience + alters cortical networks for complex visuomotor transformations. Cortex 46, + 1165\u20131177. 10.1016/j.cortex.2009.10.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2009.10.009\",\"@IdType\":\"doi\"},{\"#text\":\"20060111\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Katz + S., Ford A. B., Moskowitz R. W., Jackson B. A., Jaffe M. W. (1963). Studies + of illness in the aged- the index of ADL-a standardized measure of biological + and psychological function. JAMA 185, 914\u2013919. 10.1001/jama.1963.03060120024016\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1001/jama.1963.03060120024016\",\"@IdType\":\"doi\"},{\"#text\":\"14044222\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kueider + A. M., Parisi J. M., Gross A. L., Rebok G. W. (2012). Computerized cognitive + training with older adults: a systematic review. PLoS One 7:e40588. 10.1371/journal.pone.0040588\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0040588\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3394709\",\"@IdType\":\"pmc\"},{\"#text\":\"22792378\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"K\xFChn + S., Gleich T., Lorenz R. C., Lindenberger U., Gallinat J. (2014a). Playing + Super Mario induces structural brain plasticity: gray matter changes resulting + from training with a commercial video game. Mol. Psychiatry 19, 265\u2013271. + 10.1038/mp.2013.120\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/mp.2013.120\",\"@IdType\":\"doi\"},{\"#text\":\"24166407\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"K\xFChn + S., Lorenz R., Banaschewski T., Barker G. J., B\xFCchel C., Conrod P. J., + et al. . (2014b). Positive association of video game playing with left frontal + cortical thickness in adolescents. PLoS One 9:e91506. 10.1371/journal.pone.0091506\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0091506\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3954649\",\"@IdType\":\"pmc\"},{\"#text\":\"24633348\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lampit + A., Hallock H., Valenzuela M. (2014). Computerized cognitive training in cognitively + healthy older adults: a systematic review and meta-analysis of effect modifiers. + PLoS Med. 11:e1001756. 10.1371/journal.pmed.1001756\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pmed.1001756\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4236015\",\"@IdType\":\"pmc\"},{\"#text\":\"25405755\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"MacDonald + A. W., III., Cohen J. D., Stenger V. A., Carter C. S. (2000). Dissociating + the role of the dorsolateral prefrontal and anterior cingulate cortex in cognitive + control. Science 288, 1835\u20131838. 10.1126/science.288.5472.1835\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.288.5472.1835\",\"@IdType\":\"doi\"},{\"#text\":\"10846167\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Maillot + P., Perrot A., Hartley A. (2012). Effects of interactive physical-activity + video-game training on physical and cognitive function in older adults. Psychol. + Aging 27, 589\u2013600. 10.1037/a0026268\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0026268\",\"@IdType\":\"doi\"},{\"#text\":\"22122605\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McDermott + A. F. (2014). A Comparison of Two Video Game Genres as Cognitive Training + Tools in Older Adults. Rochester, NY: University of Rochester.\"},{\"Citation\":\"National + Bureau of Statistics of the People\u2019s Republic of China (2015). The national + economic and social development statistical bulletin of the People\u2019s + Republic of China in 2015. Available online at: http://www.stats.gov.cn/tjsj/zxfb/201502/t20150226_685799.html\"},{\"Citation\":\"Nee + D. E., Wager T. D., Jonides J. (2007). Interference resolution: insights from + a meta-analysis of neuroimaging tasks. Cogn. Affect. Behav. Neurosci. 7, 1\u201317. + 10.3758/cabn.7.1.1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/cabn.7.1.1\",\"@IdType\":\"doi\"},{\"#text\":\"17598730\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Osaka + N., Osaka M., Kondo H., Morishita M., Fukuyama H., Shibasaki H. (2004). The + neural basis of executive function in working memory: an fMRI study based + on individual differences. Neuroimage 21, 623\u2013631. 10.1016/j.neuroimage.2003.09.069\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2003.09.069\",\"@IdType\":\"doi\"},{\"#text\":\"14980565\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Peretz + C., Korczyn A. D., Shatil E., Aharonson V., Birnboim S., Giladi N. (2011). + Computer-based, personalized cognitive training versus classical computer + games: a randomized double-blind prospective trial of cognitive stimulation. + Neuroepidemiology 36, 91\u201399. 10.1159/000323950\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000323950\",\"@IdType\":\"doi\"},{\"#text\":\"21311196\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Qiu + Y., Liu S., Hilal S., Loke Y. M., Ikram M. K., Xu X., et al. . (2016). Inter-hemispheric + functional dysconnectivity mediates the association of corpus callosum degeneration + with memory impairment in AD and amnestic MCI. Sci. Rep. 6:32573. 10.1038/srep32573\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/srep32573\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5007647\",\"@IdType\":\"pmc\"},{\"#text\":\"27581062\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Radloff + L. S. (1977). The CES-D scale: a self-report depression scale for research + in the general population. Appl. Psychol. Meas. 1, 385\u2013401. 10.1177/014662167700100306\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1177/014662167700100306\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Roy + A. K., Shehzad Z., Margulies D. S., Kelly A. M. C., Uddin L. Q., Gotimer K., + et al. . (2009). Functional connectivity of the human amygdala using resting + state fMRI. Neuroimage 45, 614\u2013626. 10.1016/j.neuroimage.2008.11.030\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2008.11.030\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2735022\",\"@IdType\":\"pmc\"},{\"#text\":\"19110061\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rupp + M. A., McConnell D. S., Smither J. A. (2016). Examining the relationship between + action video game experience and performance in a distracted driving task. + Curr. Psychol. 35, 527\u2013539. 10.1007/s12144-015-9318-x\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1007/s12144-015-9318-x\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Salmon + E., Van der Linden M., Collette F., Delfiore G., Maquet P., Degueldre C., + et al. . (1996). Regional brain activity during working memory tasks. Brain + 119, 1617\u20131625. 10.1093/brain/119.5.1617\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/119.5.1617\",\"@IdType\":\"doi\"},{\"#text\":\"8931584\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Sauseng + P., Klimesch W., Schabus M., Doppelmayr M. (2005). Fronto-parietal EEG coherence + in theta and upper alpha reflect central executive functions of working memory. + Int. J. Psychophysiol. 57, 97\u2013103. 10.1016/j.ijpsycho.2005.03.018\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.ijpsycho.2005.03.018\",\"@IdType\":\"doi\"},{\"#text\":\"15967528\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Seghier + M. L. (2013). The angular gyrus: multiple functions and multiple subdivisions. + Neuroscientist 19, 43\u201361. 10.1177/1073858412440596\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/1073858412440596\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4107834\",\"@IdType\":\"pmc\"},{\"#text\":\"22547530\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Spielberger + C. D., Gorsuch R. L., Lushene R. E. (1970). STAT Manual for The State-Trait + Anxiety Inventory. Palo Alto, CA: Consulting Psychologists Press.\"},{\"Citation\":\"Tanaka + S., Ikeda H., Kasahara K., Kato R., Tsubomi H., Sugawara S. K., et al. . (2013). + Larger right posterior parietal volume in action video game experts: a behavioral + and voxel-based morphometry (VBM) study. PLoS One 8:e66998. 10.1371/journal.pone.0066998\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0066998\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3679077\",\"@IdType\":\"pmc\"},{\"#text\":\"23776706\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + P., Liu H.-H., Zhu X.-T., Meng T., Li H.-J., Zuo X.-N. (2016). action video + game training for healthy adults: a meta-analytic study. Front. Psychol. 7:907. + 10.3389/fpsyg.2016.00907\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2016.00907\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4911405\",\"@IdType\":\"pmc\"},{\"#text\":\"27378996\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + P., Zhu X.-T., Liu H.-H., Zhang Y.-W., Hu Y., Li H.-J., et al. . (2017). Age-related + cognitive effects of video game playing across the adult lifespan. Games Health + J. 6, 237\u2013248. 10.1089/g4h.2017.0005\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1089/g4h.2017.0005\",\"@IdType\":\"doi\"},{\"#text\":\"28609152\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wu + Y.-S. (2013). China Report of the Development on Aging Cause (2013). Beijing: + Social Sciences Academic Press.\"},{\"Citation\":\"Yan C.-G., Wang X.-D., + Zuo X.-N., Zang Y.-F. (2016). DPABI: data processing and analysis for (resting-state) + brain imaging. Neuroinformatics 14, 339\u2013351. 10.1007/s12021-016-9299-4\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s12021-016-9299-4\",\"@IdType\":\"doi\"},{\"#text\":\"27075850\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ye + Z., Zhou X. (2009). Conflict control during sentence comprehension: fMRI evidence. + Neuroimage 48, 280\u2013290. 10.1016/j.neuroimage.2009.06.032\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2009.06.032\",\"@IdType\":\"doi\"},{\"#text\":\"19540923\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhang + S., Tsai S.-J., Hu S., Xu J., Chao H. H., Calhoun V. D., et al. . (2015). + Independent component analysis of functional networks for response inhibition: + inter-subject variation in stop signal reaction time. Hum. Brain Mapp. 36, + 3289\u20133302. 10.1002/hbm.22819\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.22819\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4545723\",\"@IdType\":\"pmc\"},{\"#text\":\"26089095\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhu + D. C., Zacks R. T., Slade J. M. (2010). Brain activation during interference + resolution in young and older adults: an fMRI study. Neuroimage 50, 810\u2013817. + 10.1016/j.neuroimage.2009.12.087\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2009.12.087\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2823923\",\"@IdType\":\"pmc\"},{\"#text\":\"20045067\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"29209202\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"9\",\"PubDate\":{\"Year\":\"2017\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":{\"i\":[\"t\",\"p\",\"t\",\"p\",\"t\",\"p\"],\"#text\":\"Video + games have been found to have positive influences on executive function in + older adults; however, the underlying neural basis of the benefits from video + games has been unclear. Adopting a task-based functional magnetic resonance + imaging (fMRI) study targeted at the flanker task, the present study aims + to explore the neural basis of the improved executive function in older adults + with video game experiences. Twenty video game players (VGPs) and twenty non-video + game players (NVGPs) of 60 years of age or older participated in the present + study, and there are no significant differences in age ( = 0.62, = 0.536), + gender ratio ( = 1.29, = 0.206) and years of education ( = 1.92, = 0.062) + between VGPs and NVGPs. The results show that older VGPs present significantly + better behavioral performance than NVGPs. Older VGPs activate greater than + NVGPs in brain regions, mainly in frontal-parietal areas, including the right + dorsolateral prefrontal cortex, the left supramarginal gyrus, the right angular + gyrus, the right precuneus and the left paracentral lobule. The present study + reveals that video game experiences may have positive influences on older + adults in behavioral performance and the underlying brain activation. These + results imply the potential role that video games can play as an effective + tool to improve cognitive ability in older adults.\"}},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Ping\",\"Initials\":\"P\",\"LastName\":\"Wang\",\"AffiliationInfo\":[{\"Affiliation\":\"CAS + Key Laboratory of Behavioral Science, Institute of Psychology, Beijing, China.\"},{\"Affiliation\":\"Department + of Psychology, University of Chinese Academy of Sciences, Beijing, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Xing-Ting\",\"Initials\":\"XT\",\"LastName\":\"Zhu\",\"AffiliationInfo\":[{\"Affiliation\":\"CAS + Key Laboratory of Behavioral Science, Institute of Psychology, Beijing, China.\"},{\"Affiliation\":\"Department + of Psychology, University of Chinese Academy of Sciences, Beijing, China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Zhigang\",\"Initials\":\"Z\",\"LastName\":\"Qi\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Radiology, Xuanwu Hospital, Capital Medical University, Beijing, China.\"},{\"Affiliation\":\"Beijing + Key Laboratory of Magnetic Resonance Imaging and Brain Informatics, Beijing, + China.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Silin\",\"Initials\":\"S\",\"LastName\":\"Huang\",\"AffiliationInfo\":{\"Affiliation\":\"Institute + of Developmental Psychology, Faculty of Psychology, Beijing Normal University, + Beijing, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Hui-Jie\",\"Initials\":\"HJ\",\"LastName\":\"Li\",\"AffiliationInfo\":[{\"Affiliation\":\"CAS + Key Laboratory of Behavioral Science, Institute of Psychology, Beijing, China.\"},{\"Affiliation\":\"Department + of Psychology, University of Chinese Academy of Sciences, Beijing, China.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"382\",\"MedlinePgn\":\"382\"},\"ArticleDate\":{\"Day\":\"21\",\"Year\":\"2017\",\"Month\":\"11\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"382\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2017.00382\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Neural + Basis of Enhanced Executive Function in Older Video Game Players: An fMRI + Study.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"01\",\"Year\":\"2020\",\"Month\":\"10\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"executive + function\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"older + non-video game players\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"older video + game players\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"video game experience\",\"@MajorTopicYN\":\"N\"}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2017,\"title\":\"Neural + Basis of Enhanced Executive Function in Older Video Game Players: An fMRI + Study\",\"venue\":\"Frontiers in Aging Neuroscience\",\"authors\":[{\"name\":\"Ping + Wang\",\"authorId\":\"2152210630\"},{\"name\":\"Xing-Ting Zhu\",\"authorId\":\"2218976393\"},{\"name\":\"Zhigang + Qi\",\"authorId\":\"3480061\"},{\"name\":\"Silin Huang\",\"authorId\":\"50880298\"},{\"name\":\"Huijie + Li\",\"authorId\":\"119886101\"}],\"paperId\":\"e1bf6154af1d2852fc8bb8b4ef3b1a54829b8c83\",\"abstract\":\"Video + games have been found to have positive influences on executive function in + older adults; however, the underlying neural basis of the benefits from video + games has been unclear. Adopting a task-based functional magnetic resonance + imaging (fMRI) study targeted at the flanker task, the present study aims + to explore the neural basis of the improved executive function in older adults + with video game experiences. Twenty video game players (VGPs) and twenty non-video + game players (NVGPs) of 60 years of age or older participated in the present + study, and there are no significant differences in age (t = 0.62, p = 0.536), + gender ratio (t = 1.29, p = 0.206) and years of education (t = 1.92, p = 0.062) + between VGPs and NVGPs. The results show that older VGPs present significantly + better behavioral performance than NVGPs. Older VGPs activate greater than + NVGPs in brain regions, mainly in frontal-parietal areas, including the right + dorsolateral prefrontal cortex, the left supramarginal gyrus, the right angular + gyrus, the right precuneus and the left paracentral lobule. The present study + reveals that video game experiences may have positive influences on older + adults in behavioral performance and the underlying brain activation. These + results imply the potential role that video games can play as an effective + tool to improve cognitive ability in older adults.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2017.00382/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC5702357, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2017-11-21\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-05T02:57:01.433081+00:00\",\"analyses\":[{\"id\":\"55yBZcLuKAuK\",\"user\":null,\"name\":\"Clusters + VGPs activated stronger than NVGPs in incongruent-congruent condition.\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/29209202-10-3389-fnagi-2017-00382-pmc5702357/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_title_abstract/query_953be51911e9f62884cbc03b0ac4f919/articles/315/pmcid_5702357/tables/table_001_info.json\",\"table_label\":\"Table + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/29209202-10-3389-fnagi-2017-00382-pmc5702357/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"Clusters + VGPs activated stronger than NVGPs in incongruent-congruent condition.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"hHkgMyWp5sKr\",\"coordinates\":[0.0,-24.0,63.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.313}]},{\"id\":\"SZiKC9vmLiq7\",\"coordinates\":[-21.0,-72.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.622}]},{\"id\":\"yGgEwgVFrMmj\",\"coordinates\":[-63.0,-24.0,33.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":5.004}]},{\"id\":\"QDUjA46SbZuY\",\"coordinates\":[36.0,54.0,21.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.067}]},{\"id\":\"A7PqFKMyN3nd\",\"coordinates\":[21.0,-57.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.641}]},{\"id\":\"Vrjg3AZQEemQ\",\"coordinates\":[42.0,-42.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.926}]},{\"id\":\"djTuGSJJZNUH\",\"coordinates\":[51.0,-51.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.51}]}],\"images\":[]}]},{\"id\":\"USmkQKvjXZpr\",\"created_at\":\"2025-06-06T22:33:16.835102+00:00\",\"updated_at\":\"2025-11-21T20:12:06.649867+00:00\",\"user\":null,\"name\":\"Task-related + changes in degree centrality and local coherence of the posterior cingulate + cortex after major cardiac surgery in older adults.\",\"description\":\"Older + adults often display postoperative cognitive decline (POCD) after surgery, + yet it is unclear to what extent functional connectivity (FC) alterations + may underlie these deficits. We examined for postoperative voxel-wise FC changes + in response to increased working memory load demands in cardiac surgery patients + and nonsurgical controls. | Older cardiac surgery patients (n\u2009=\u200925) + completed a verbal N-back working memory task during MRI scanning and cognitive + testing before and 6\_weeks after surgery; nonsurgical controls with cardiac + disease (n\u2009=\u200926) underwent these assessments at identical time intervals. + We measured postoperative changes in degree centrality, the number of edges + attached to a brain node, and local coherence, the temporal homogeneity of + regional functional correlations, using voxel-wise graph theory-based FC metrics. + Group \xD7 time differences were evaluated in these FC metrics associated + with increased N-back working memory load (2-back\u2009>\u20091-back), using + a two-stage partitioned variance, mixed ANCOVA. | Cardiac surgery patients + demonstrated postoperative working memory load-related degree centrality increases + in the left dorsal posterior cingulate cortex (dPCC; p\u2009<\u2009.001, cluster + p-FWE\u2009<\u2009.05). The dPCC also showed a postoperative increase in working + memory load-associated local coherence (p\u2009<\u2009.001, cluster p-FWE\u2009<\u2009.05). + dPCC degree centrality and local coherence increases were inversely associated + with global cognitive change in surgery patients (p\u2009<\u2009.01), but + not in controls. | Cardiac surgery patients showed postoperative increases + in working memory load-associated degree centrality and local coherence of + the dPCC that were inversely associated with postoperative global cognitive + outcomes and independent of perioperative cerebrovascular damage.\",\"publication\":\"Human + brain mapping\",\"doi\":\"10.1002/hbm.23898\",\"pmid\":\"29164774\",\"authors\":\"Browndyke, + Jeffrey N;Berger, Miles;Smith, Patrick J;Harshbarger, Todd B;Monge, Zachary + A;Panchal, Viral;Bisanar, Tiffany L;Glower, Donald D;Alexander, John H;Cabeza, + Roberto;Welsh-Bohmer, Kathleen;Newman, Mark F;Mathew, Joseph P\",\"year\":2017,\"metadata\":null,\"source\":\"neurosynth\",\"source_id\":null,\"source_updated_at\":null,\"analyses\":[{\"id\":\"spatwz2hcKjM\",\"user\":null,\"name\":\"644\",\"metadata\":null,\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"WiQkrnA5WKae\",\"coordinates\":[-10.0,-70.0,30.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"pyKmDYgZizYs\",\"coordinates\":[-2.0,-70.0,34.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"c87t4v284A42\",\"coordinates\":[0.0,-60.0,36.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"hWwqmiAbV3q6\",\"coordinates\":[-2.0,-66.0,38.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qDxWbYGTN7bR\",\"coordinates\":[6.0,-66.0,28.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]},{\"id\":\"imDdj5EjuGMS\",\"user\":null,\"name\":\"645\",\"metadata\":null,\"description\":\"\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"sWTLKD6Ev7A6\",\"coordinates\":[22.0,16.0,-20.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"xErCjvWGuwQE\",\"coordinates\":[-2.0,-66.0,34.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"JhMwN7e4hrha\",\"coordinates\":[10.0,14.0,0.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"JKp2ckMkXpia\",\"coordinates\":[-56.0,4.0,36.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"i6ohykeGZVX8\",\"coordinates\":[-38.0,-30.0,50.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"P6goAkuZvoW8\",\"coordinates\":[-56.0,-68.0,-6.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"WihwdZyrW8Lx\",\"coordinates\":[20.0,-62.0,66.0],\"kind\":\"\",\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"vG38X6tjWNhu\",\"created_at\":\"2025-12-04T08:53:35.222934+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"description\":\"INTRODUCTION: Numerous studies have highlighted + cognitive benefits in lifelong bilinguals during aging, manifesting as superior + performance on cognitive tasks compared to monolingual counterparts. Yet, + the cognitive impacts of acquiring a new language in older adulthood remain + unexplored. In this study, we assessed both behavioral and fMRI responses + during a Stroop task in older adults, pre- and post language-learning intervention.\\n\\nMETHODS: + A group of 41 participants (age:60-80) from a predominantly monolingual environment + underwent a four-month online language course, selecting a new language of + their preference. This intervention mandated engagement for 90 minutes a day, + five days a week. Daily tracking was employed to monitor progress and retention. + All participants completed a color-word Stroop task inside the scanner before + and after the language instruction period.\\n\\nRESULTS: We found that performance + on the Stroop task, as evidenced by accuracy and reaction time, improved following + the language learning intervention. With the neuroimaging data, we observed + significant differences in activity between congruent and incongruent trials + in key regions in the prefrontal and parietal cortex. These results are consistent + with previous reports using the Stroop paradigm. We also found that the amount + of time participants spent with the language learning program was related + to differential activity in these brain areas. Specifically, we found that + people who spent more time with the language learning program showed a greater + increase in differential activity between congruent and incongruent trials + after the intervention relative to before.\\n\\nDISCUSSION: Future research + is needed to determine the optimal parameters for language learning as an + effective cognitive intervention for aging populations. We propose that with + sufficient engagement, language learning can enhance specific domains of cognition + such as the executive functions. These results extend the understanding of + cognitive reserve and its augmentation through targeted interventions, setting + a foundation for future investigations.\",\"publication\":\"bioRxiv\",\"doi\":\"10.3389/fnagi.2024.1398015\",\"pmid\":\"39170898\",\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"year\":2024,\"metadata\":{\"slug\":\"39170898-10-3389-fnagi-2024-1398015-pmc11335563\",\"source\":\"semantic_scholar\",\"keywords\":[\"Stroop + task\",\"aging\",\"cognitive effects\",\"cognitive reserve\",\"fMRI\",\"language + learning\",\"older adults\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"8\",\"Year\":\"2024\",\"Month\":\"3\",\"@PubStatus\":\"received\"},{\"Day\":\"12\",\"Year\":\"2024\",\"Month\":\"7\",\"@PubStatus\":\"accepted\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2024\",\"Month\":\"8\",\"Minute\":\"43\",\"@PubStatus\":\"medline\"},{\"Day\":\"22\",\"Hour\":\"6\",\"Year\":\"2024\",\"Month\":\"8\",\"Minute\":\"42\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"22\",\"Hour\":\"4\",\"Year\":\"2024\",\"Month\":\"8\",\"Minute\":\"45\",\"@PubStatus\":\"entrez\"},{\"Day\":\"1\",\"Year\":\"2024\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"39170898\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC11335563\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2024.1398015\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Abutalebi + J., Green D. (2007). Bilingual language production: The neurocognition of + language representation and control. J. Neurolinguistics 20, 242\u2013275. + doi: 10.1016/j.jneuroling.2006.10.003\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.jneuroling.2006.10.003\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Altman + D. G., Royston P. (2006). The cost of dichotomising continuous variables. + BMJ 332:1080. doi: 10.1136/bmj.332.7549.1080, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1136/bmj.332.7549.1080\",\"@IdType\":\"doi\"},{\"#text\":\"PMC1458573\",\"@IdType\":\"pmc\"},{\"#text\":\"16675816\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ansaldo + A. I., Ghazi-Saidi L., Adrover-Roig D. (2015). Interference control in elderly + bilinguals: Appearances can be misleading. J. Clin. Exp. Neuropsychol. 37, + 455\u2013470. doi: 10.1080/13803395.2014.990359, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13803395.2014.990359\",\"@IdType\":\"doi\"},{\"#text\":\"25641572\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Antoniou + M. (2019). The advantages of bilingualism debate. Ann. Rev. Linguist. 5, 395\u2013415. + doi: 10.1146/annurev-linguistics-011718-011820, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev-linguistics-011718-011820\",\"@IdType\":\"doi\"},{\"#text\":\"0\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Antoniou + M., Gunasekera G. M., Wong P. C. M. (2013). Foreign language training as cognitive + therapy for age-related cognitive decline: a hypothesis for future research. + Neurosci. Biobehav. Rev. 37, 2689\u20132698. doi: 10.1016/j.neubiorev.2013.09.004, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neubiorev.2013.09.004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3890428\",\"@IdType\":\"pmc\"},{\"#text\":\"24051310\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ardila + A. (2019). \u201CExecutive functions brain functional system\u201D in Dysexecutive + Syndromes. eds. Ardila A., Fatima S., Rosselli M. (Switzerland AG: Springer + International Publishing; ), 29\u201341. doi: 10.1007/978-3-030-25077-5_2\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1007/978-3-030-25077-5_2\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Barbu + C., Orban S., Gillet S., Poncelet M. (2018). The Impact of Language Switching + Frequency on Attentional and Executive Functioning in Proficient Bilingual + Adults. Psychol. Belgica 58, 115\u2013127. doi: 10.5334/pb.392, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.5334/pb.392\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6194534\",\"@IdType\":\"pmc\"},{\"#text\":\"30479811\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bari + A., Robbins T. W. (2013). Inhibition and impulsivity: Behavioral and neural + basis of response control. Prog. Neurobiol. 108, 44\u201379. doi: 10.1016/j.pneurobio.2013.06.005, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.pneurobio.2013.06.005\",\"@IdType\":\"doi\"},{\"#text\":\"23856628\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Berroir + P., Ghazi-Saidi L., Dash T., Adrover-Roig D., Benali H., Ansaldo A. I. (2017). + Interference control at the response level: Functional networks reveal higher + efficiency in the bilingual brain. J. Neurolinguistics 43, 4\u201316. doi: + 10.1016/j.jneuroling.2016.09.007\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.jneuroling.2016.09.007\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Bialystok + E. (2021). Bilingualism: Pathway to Cognitive Reserve. Trends Cogn. Sci. 25, + 355\u2013364. doi: 10.1016/j.tics.2021.02.003, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2021.02.003\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8035279\",\"@IdType\":\"pmc\"},{\"#text\":\"33771449\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bialystok + E., Abutalebi J., Bak T. H., Burke D. M., Kroll J. F. (2016). Aging in two + languages: Implications for public health. Ageing Res. Rev. 27, 56\u201360. + doi: 10.1016/j.arr.2016.03.003, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.arr.2016.03.003\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4837064\",\"@IdType\":\"pmc\"},{\"#text\":\"26993154\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bialystok + E., Craik F. I. (2022). How does bilingualism modify cognitive function? Attention + to the mechanism. Psychon. Bull. Rev. 29, 1246\u20131269. doi: 10.3758/s13423-022-02057-5\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13423-022-02057-5\",\"@IdType\":\"doi\"},{\"#text\":\"35091993\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bialystok + E., Craik F. I. M., Freedman M. (2007). Bilingualism as a protection against + the onset of symptoms of dementia. Neuropsychologia 45, 459\u2013464. doi: + 10.1016/j.neuropsychologia.2006.10.009, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2006.10.009\",\"@IdType\":\"doi\"},{\"#text\":\"17125807\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bialystok + E., Craik F. I., Freedman M. (2024). 7 Bilingualism as a protection against + the onset of symptoms of dementia. Where language meets thought: selected + works of Ellen Bialystok, 221.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"17125807\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Bott + H., Madero G., Fuseya G., Gray M. (2019). Face-to-Face and Digital Multidomain + Lifestyle Interventions to Enhance Cognitive Reserve and Reduce Risk of Alzheimer\u2019s + Disease and Related Dementias: A Review of Completed and Prospective Studies. + Nutrients 11:2258. doi: 10.3390/nu11092258, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3390/nu11092258\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6770494\",\"@IdType\":\"pmc\"},{\"#text\":\"31546966\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Brown + C. A., Weisman de Mamani A. (2017). A comparison of psychiatric symptom severity + in individuals assessed in their mother tongue versus an acquired language: + A two-sample study of individuals with schizophrenia and a normative population. + Prof. Psychol. Res. Pract. 48:1. doi: 10.1037/pro0000125\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1037/pro0000125\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Bubbico + G., Chiacchiaretta P., Parenti M., di Marco M., Panara V., Sepede G., et al. + . (2019). Effects of Second Language Learning on the Plastic Aging Brain: + Functional Connectivity, Cognitive Decline, and Reorganization. Front. Neurosci. + 13:423. doi: 10.3389/fnins.2019.00423, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnins.2019.00423\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6529595\",\"@IdType\":\"pmc\"},{\"#text\":\"31156360\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bush + G., Shin L. M. (2006). The Multi-Source Interference Task: An fMRI task that + reliably activates the cingulo-frontal-parietal cognitive/attention network. + Nat. Protoc. 1, 308\u2013313. doi: 10.1038/nprot.2006.48, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nprot.2006.48\",\"@IdType\":\"doi\"},{\"#text\":\"17406250\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cammisuli + D. M., Franzoni F., Scarf\xF2 G., Fusi J., Gesi M., Bonuccelli U., et al. + . (2022). What does the brain have to keep working at its best? Resilience + mechanisms such as antioxidants and brain/cognitive reserve for counteracting + Alzheimer\u2019s disease degeneration. Biology 11:650. doi: 10.3390/biology11050650, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3390/biology11050650\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9138251\",\"@IdType\":\"pmc\"},{\"#text\":\"35625381\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Carroll + S. E. (2017). Exposure and input in bilingual development. Biling. Lang. Congn. + 20, 3\u201316. doi: 10.1017/S1366728915000863, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1366728915000863\",\"@IdType\":\"doi\"},{\"#text\":\"0\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chen + G., Adleman N. E., Saad Z. S., Leibenluft E., Cox R. W. (2014). Applications + of multivariate modeling to neuroimaging group analysis: A comprehensive alternative + to univariate general linear model. NeuroImage 99, 571\u2013588. doi: 10.1016/j.neuroimage.2014.06.027, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2014.06.027\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4121851\",\"@IdType\":\"pmc\"},{\"#text\":\"24954281\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cole + M. W., Repov\u0161 G., Anticevic A. (2014). The Frontoparietal Control System: + A Central Role in Mental Health. Neuroscientist 20, 652\u2013664. doi: 10.1177/1073858414525995, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/1073858414525995\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4162869\",\"@IdType\":\"pmc\"},{\"#text\":\"24622818\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Costumero + V., Rodr\xEDguez-Pujadas A., Fuentes-Claramonte P., \xC1vila C. (2015). How + bilingualism shapes the functional architecture of the brain: a study on executive + control in early bilinguals and monolinguals. Hum. Brain Mapp. 36, 5101\u20135112. + doi: 10.1002/hbm.22996, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.22996\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6869221\",\"@IdType\":\"pmc\"},{\"#text\":\"26376449\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cox + R. W. (1996). AFNI: Software for analysis and visualization of functional + magnetic resonance neuroimages. Comput. Biomed. Res. 29, 162\u2013173. doi: + 10.1006/cbmr.1996.0014, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/cbmr.1996.0014\",\"@IdType\":\"doi\"},{\"#text\":\"8812068\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cox + R. W., Chen G., Glen D. R., Reynolds R. C., Taylor P. A. (2017). fMRI clustering + and false-positive rates. Proc. Natl. Acad. Sci. 114, E3370\u2013E3371. doi: + 10.1073/pnas.1614961114, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.1614961114\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5410825\",\"@IdType\":\"pmc\"},{\"#text\":\"28420798\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Craik + F. I. M., Bialystok E., Freedman M. (2010). Delaying the onset of Alzheimer + disease: Bilingualism as a form of cognitive reserve. Neurology 75, 1726\u20131729. + doi: 10.1212/WNL.0b013e3181fc2a1c, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1212/WNL.0b013e3181fc2a1c\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3033609\",\"@IdType\":\"pmc\"},{\"#text\":\"21060095\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"De + Pisapia N., Slomski J. A., Braver T. S. (2006). Functional Specializations + in Lateral Prefrontal Cortex Associated with the Integration and Segregation + of Information in Working Memory. Cereb. Cortex 17, 993\u20131006. doi: 10.1093/cercor/bhl010, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhl010\",\"@IdType\":\"doi\"},{\"#text\":\"16769743\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Degirmenci + M. G., Grossmann J. A., Meyer P., Teichmann B. (2022). The role of bilingualism + in executive functions in healthy older adults: a systematic review. Int. + J. Biling. 26, 426\u2013449. doi: 10.1177/13670069211051291\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1177/13670069211051291\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Del + Maschio N., Sulpizio S., Gallo F., Fedeli D., Weekes B. S., Abutalebi J. (2018). + Neuroplasticity across the lifespan and aging effects in bilinguals and monolinguals. + Brain Cogn. 125, 118\u2013126. doi: 10.1016/j.bandc.2018.06.007, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bandc.2018.06.007\",\"@IdType\":\"doi\"},{\"#text\":\"29990701\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Di + Nuovo S., De Beni R., Borella E., Markov\xE1 H., Lacz\xF3 J., Vyhn\xE1lek + M. (2020). Cognitive impairment in old age: is the shift from healthy to pathological + aging responsive to prevention? Eur. Psychol. 25, 174\u2013185. doi: 10.1027/1016-9040/a000391\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1027/1016-9040/a000391\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Dodich + A., Carli G., Cerami C., Iannaccone S., Magnani G., Perani D. (2018). Social + and cognitive control skills in long-life occupation activities modulate the + brain reserve in the behavioural variant of frontotemporal dementia. Cortex + 99, 311\u2013318. doi: 10.1016/j.cortex.2017.12.006, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2017.12.006\",\"@IdType\":\"doi\"},{\"#text\":\"29328983\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dyer + S. M., Harrison S. L., Laver K., Whitehead C., Crotty M. (2018). An overview + of systematic reviews of pharmacological and non-pharmacological interventions + for the treatment of behavioral and psychological symptoms of dementia. Int. + Psychogeriatr. 30, 295\u2013309. doi: 10.1017/S1041610217002344, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1041610217002344\",\"@IdType\":\"doi\"},{\"#text\":\"29143695\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Egner + T., Hirsch J. (2005). The neural correlates and functional integration of + cognitive control in a Stroop task. NeuroImage 24, 539\u2013547. doi: 10.1016/j.neuroimage.2004.09.007, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2004.09.007\",\"@IdType\":\"doi\"},{\"#text\":\"15627596\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Eriksen + K., Zacharov O. (2016). Investigating the role of the right inferior frontal + gyrus in response inhibition: an fMRI approach. Master in Cognitive Neuroscience + Department of Psychology. Available at: https://www.duo.uio.no/bitstream/handle/10852/51234/1/FINAL.pdf\"},{\"Citation\":\"Forman + S. D., Cohen J. D., Fitzgerald M., Eddy W. F., Mintun M. A., Noll D. C. (1995). + Improved assessment of significant activation in functional magnetic resonance + imaging (fMRI): Use of a cluster-size threshold. Magn. Reson. Med. 33, 636\u2013647. + doi: 10.1002/mrm.1910330508, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/mrm.1910330508\",\"@IdType\":\"doi\"},{\"#text\":\"7596267\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Friedman + N. P., Robbins T. W. (2022). The role of prefrontal cortex in cognitive control + and executive function. Neuropsychopharmacology 47, 72\u201389. doi: 10.1038/s41386-021-01132-0, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41386-021-01132-0\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8617292\",\"@IdType\":\"pmc\"},{\"#text\":\"34408280\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Fukuta + J., Yamashita J. (2015). Effects of cognitive demands on attention orientation + in L2 oral production. System 53, 1\u201312. doi: 10.1016/j.system.2015.06.010\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.system.2015.06.010\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Gajewski + P. D., Falkenstein M., Th\xF6nes S., Wascher E. (2020). Stroop task performance + across the lifespan: High cognitive reserve in older age is associated with + enhanced proactive and reactive interference control. NeuroImage 207:116430. + doi: 10.1016/j.neuroimage.2019.116430, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2019.116430\",\"@IdType\":\"doi\"},{\"#text\":\"31805383\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gallo + F., Abutalebi J. (2024). The unique role of bilingualism among cognitive reserve-enhancing + factors. Biling. Lang. Congn. 27, 287\u2013294. doi: 10.1017/S1366728923000317\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/S1366728923000317\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Garc\xEDa-Pent\xF3n + L., P\xE9rez Fern\xE1ndez A., Iturria-Medina Y., Gillon-Dowens M., Carreiras + M. (2014). Anatomical connectivity changes in the bilingual brain. NeuroImage + 84, 495\u2013504. doi: 10.1016/j.neuroimage.2013.08.064, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2013.08.064\",\"@IdType\":\"doi\"},{\"#text\":\"24018306\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ghazi + Saidi L. G., Ansaldo A. I. (2015). Can a second language help you in more + ways than one. Aims Neurosci. 2, 52\u201357. doi: 10.3934/Neuroscience.2015.1.52\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.3934/Neuroscience.2015.1.52\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Ghazi + Saidi L. G., Dash T., Ansaldo A. I. (2017). The bilingual mental lexicon: + a dynamic knowledge system. In Bilingualism 73\u2013102. John Benjamins.\"},{\"Citation\":\"Ghazi + Saidi L. G., Perlbarg V., Marrelec G., P\xE9l\xE9grini-Issac M., Benali H., + Ansaldo A. I. (2013). Functional connectivity changes in second language vocabulary + learning. Brain Lang. 124, 56\u201365. doi: 10.1016/j.bandl.2012.11.008, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bandl.2012.11.008\",\"@IdType\":\"doi\"},{\"#text\":\"23274799\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ghazi-Saidi + L., Ansaldo A. I. (2017b). The neural correlates of semantic and phonological + transfer effects: Language distance matters. Biling. Lang. Congn. 20, 1080\u20131094. + doi: 10.1017/S136672891600064X\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/S136672891600064X\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Ghazi-Saidi + L., Ansaldo A. I. (2017a). Second language word learning through repetition + and imitation: Functional networks as a function of learning phase and language + distance. Front. Hum. Neurosci. 11:277215. doi: 10.3389/fnhum.2017.00463, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2017.00463\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5625023\",\"@IdType\":\"pmc\"},{\"#text\":\"29033804\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Giovacchini + G., Giovannini E., Bors\xF2 E., Lazzeri P., Riondato M., Leoncini R., et al. + . (2019). The brain cognitive reserve hypothesis: A review with emphasis on + the contribution of nuclear medicine neuroimaging techniques. J. Cell. Physiol. + 234, 14865\u201314872. doi: 10.1002/jcp.28308, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/jcp.28308\",\"@IdType\":\"doi\"},{\"#text\":\"30784080\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Green + D. W., Abutalebi J. (2013). Language control in bilinguals: The adaptive control + hypothesis. J. Cogn. Psychol. 25, 515\u2013530. doi: 10.1080/20445911.2013.796377, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/20445911.2013.796377\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4095950\",\"@IdType\":\"pmc\"},{\"#text\":\"25077013\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Guarino + A., Forte G., Giovannoli J., Casagrande M. (2020). Executive functions in + the elderly with mild cognitive impairment: A systematic review on motor and + cognitive inhibition, conflict control and cognitive flexibility. Aging Ment. + Health 24, 1028\u20131045. doi: 10.1080/13607863.2019.1584785, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13607863.2019.1584785\",\"@IdType\":\"doi\"},{\"#text\":\"30938193\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Guo + T., Ma F. (2023). \u201CCognitive control in second language neurocognition\u201D + in The Routledge Handbook of Second Language Acquisition and Neurolinguistics. + eds. K. Morgan-Short and J. G. van Hell (New York: Routledge; ), 424\u2013435.\"},{\"Citation\":\"Han + X., Li W., Filippi R. (2024). Modulating bilingual language production and + cognitive control: how bilingual language experience matters. Bilingualism + Lang. Cognit. 1\u201315. doi: 10.1017/S1366728924000191\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/S1366728924000191\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Hausman + H. K., Hardcastle C., Albizu A., Kraft J. N., Evangelista N. D., Boutzoukas + E. M., et al. . (2022). Cingulo-opercular and frontoparietal control network + connectivity and executive functioning in older adults. Gero Sci. 44, 847\u2013866. + doi: 10.1007/s11357-021-00503-1, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11357-021-00503-1\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9135913\",\"@IdType\":\"pmc\"},{\"#text\":\"34950997\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Heidlmayr + K., Kihlstedt M., Isel F. (2020). A review on the electroencephalography markers + of Stroop executive control processes. Brain Cogn. 146:105637. doi: 10.1016/j.bandc.2020.105637, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bandc.2020.105637\",\"@IdType\":\"doi\"},{\"#text\":\"33217721\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Heinen + K., Feredoes E., Ruff C. C., Driver J. (2017). Functional connectivity between + prefrontal and parietal cortex drives visuo-spatial attention shifts. Neuropsychologia + 99, 81\u201391. doi: 10.1016/j.neuropsychologia.2017.02.024, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2017.02.024\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5415819\",\"@IdType\":\"pmc\"},{\"#text\":\"28254653\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hertrich + I., Dietrich S., Blum C., Ackermann H. (2021). The role of the dorsolateral + prefrontal cortex for speech and language processing. Front. Hum. Neurosci. + 15:645209. doi: 10.3389/fnhum.2021.645209, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2021.645209\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8165195\",\"@IdType\":\"pmc\"},{\"#text\":\"34079444\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hilchey + M. D., Klein R. M. (2011). Are there bilingual advantages on nonlinguistic + interference tasks? Implications for the plasticity of executive control processes. + Psychon. Bull. Rev. 18, 625\u2013658. doi: 10.3758/s13423-011-0116-7, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13423-011-0116-7\",\"@IdType\":\"doi\"},{\"#text\":\"21674283\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hirosh + Z., Degani T. (2018). Direct and indirect effects of multilingualism on novel + language learning: An integrative review. Psychon. Bull. Rev. 25, 892\u2013916. + doi: 10.3758/s13423-017-1315-7, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13423-017-1315-7\",\"@IdType\":\"doi\"},{\"#text\":\"28547538\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Huang + Y., Su L., Ma Q. (2020). The Stroop effect: An activation likelihood estimation + meta-analysis in healthy young adults. Neurosci. Lett. 716:134683. doi: 10.1016/j.neulet.2019.134683, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neulet.2019.134683\",\"@IdType\":\"doi\"},{\"#text\":\"31830505\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ito + T., Kulkarni K. R., Schultz D. H., Mill R. D., Chen R. H., Solomyak L. I., + et al. . (2017). Cognitive task information is transferred between brain regions + via resting-state network topology. Nat. Commun. 8:1027. doi: 10.1038/s41467-017-01000-w, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41467-017-01000-w\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5715061\",\"@IdType\":\"pmc\"},{\"#text\":\"29044112\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kanasi + E., Ayilavarapu S., Jones J. (2016). The aging population: Demographics and + the biology of aging. Periodontol. 72, 13\u201318. doi: 10.1111/prd.12126, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/prd.12126\",\"@IdType\":\"doi\"},{\"#text\":\"27501488\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kane + M. J., Engle R. W. (2003). Working-memory capacity and the control of attention: + The contributions of goal neglect, response competition, and task set to Stroop + interference. J. Exp. Psychol. Gen. 132, 47\u201370. doi: 10.1037/0096-3445.132.1.47, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0096-3445.132.1.47\",\"@IdType\":\"doi\"},{\"#text\":\"12656297\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kaushanskaya + M., Blumenfeld H. K., Marian V. (2020). The Language Experience and Proficiency + Questionnaire (LEAP-Q): Ten years later. Biling. Lang. Congn. 23, 945\u2013950. + doi: 10.1017/S1366728919000038, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1366728919000038\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7899192\",\"@IdType\":\"pmc\"},{\"#text\":\"33628083\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Klimova + B., Valis M., Kuca K. (2017). Cognitive decline in normal aging and its prevention: + A review on non-pharmacological lifestyle strategies. Clin. Interv. Aging + 12, 903\u2013910. doi: 10.2147/CIA.S132963\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2147/CIA.S132963\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5448694\",\"@IdType\":\"pmc\"},{\"#text\":\"28579767\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Korenar + M., Pliatsikas C. (2023). \u201CSecond language acquisition and neuroplasticity: + Insights from the Dynamic Restructuring Model\u201D in The Routledge Handbook + of Second Language Acquisition and Neurolinguistics (New York: Routledge; + ), 191\u2013203.\"},{\"Citation\":\"Kroll J. F., Bialystok E. (2013). Understanding + the consequences of bilingualism for language processing and cognition. J. + Cogn. Psychol. 25, 497\u2013514. doi: 10.1080/20445911.2013.799170, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/20445911.2013.799170\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3820916\",\"@IdType\":\"pmc\"},{\"#text\":\"24223260\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kroll + J. F., Bobb S. C., Misra M., Guo T. (2008). Language selection in bilingual + speech: Evidence for inhibitory processes. Acta Psychol. 128, 416\u2013430. + doi: 10.1016/j.actpsy.2008.02.001, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.actpsy.2008.02.001\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2585366\",\"@IdType\":\"pmc\"},{\"#text\":\"18358449\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + P., Legault J., Litcofsky K. A. (2014). Neuroplasticity as a function of second + language learning: Anatomical changes in the human brain. Cortex 58, 301\u2013324. + doi: 10.1016/j.cortex.2014.05.001, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2014.05.001\",\"@IdType\":\"doi\"},{\"#text\":\"24996640\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + X., Morgan P. S., Ashburner J., Smith J., Rorden C. (2016). The first step + for neuroimaging data analysis: DICOM to NIfTI conversion. J. Neurosci. Methods + 264, 47\u201356. doi: 10.1016/j.jneumeth.2016.03.001, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jneumeth.2016.03.001\",\"@IdType\":\"doi\"},{\"#text\":\"26945974\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Li + P., Xu Q. (2023). Computational modeling of bilingual language learning: Current + models and future directions. Lang. Learn. 73, 17\u201364. doi: 10.1111/lang.12529, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/lang.12529\",\"@IdType\":\"doi\"},{\"#text\":\"PMC10881204\",\"@IdType\":\"pmc\"},{\"#text\":\"38385119\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Liberati + G., Raffone A., Olivetti Belardinelli M. (2012). Cognitive reserve and its + implications for rehabilitation and Alzheimer\u2019s disease. Cogn. Process. + 13, 1\u201312. doi: 10.1007/s10339-011-0410-3, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s10339-011-0410-3\",\"@IdType\":\"doi\"},{\"#text\":\"21643921\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lin + Y. T., Lai Y. H. (2024). Stroop color-word test performance of Chinese-speaking + persons with Alzheimer's dementia. Int. J. Gerontol. 18, 80\u201384. doi: + 10.6890/IJGE.202404_18(2).0004\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.6890/IJGE.202404_18(2).0004\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Lopez + O. L., Kuller L. H. (2019). Epidemiology of aging and associated cognitive + disorders: Prevalence and incidence of Alzheimer\u2019s disease and other + dementias. Handb. Clin. Neurol. 167, 139\u2013148. doi: 10.1016/B978-0-12-804766-8.00009-1\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/B978-0-12-804766-8.00009-1\",\"@IdType\":\"doi\"},{\"#text\":\"31753130\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Love + J., Selker R., Marsman M., Jamil T., Dropmann D., Verhagen J., et al. . (2019). + JASP: graphical statistical software for common statistical designs. J. Stat. + Softw. 88, 1\u201317. doi: 10.18637/jss.v088.i02, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.18637/jss.v088.i02\",\"@IdType\":\"doi\"},{\"#text\":\"0\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"MacLeod + C. M. (1991). Half a century of research on the Stroop effect: an integrative + review. Psychol. Bull. 109, 163\u2013203. doi: 10.1037/0033-2909.109.2.163, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0033-2909.109.2.163\",\"@IdType\":\"doi\"},{\"#text\":\"2034749\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Manelis + A., Reder L. M. (2014). Effective connectivity among the working memory regions + during preparation for and during performance of the n-back task. Front. Hum. + Neurosci. 8:593. doi: 10.3389/fnhum.2014.00593, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2014.00593\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4122182\",\"@IdType\":\"pmc\"},{\"#text\":\"25140143\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Marian + V., Blumenfeld H. K., Kaushanskaya M. (2007). The Language Experience and + Proficiency Questionnaire (LEAP-Q): Assessing Language Profiles in Bilinguals + and Multilinguals. J. Speech Lang. Hear. Res. 50, 940\u2013967. doi: 10.1044/1092-4388(2007/067), + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1044/1092-4388(2007/067)\",\"@IdType\":\"doi\"},{\"#text\":\"17675598\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Meltzer + J. A., Kates Rose M., Le A. Y., Spencer K. A., Goldstein L., Gubanova A., + et al. . (2023). Improvement in executive function for older adults through + smartphone apps: A randomized clinical trial comparing language learning and + brain training. Aging Neuropsychol. Cognit. 30, 150\u2013171. doi: 10.1080/13825585.2021.1991262, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13825585.2021.1991262\",\"@IdType\":\"doi\"},{\"#text\":\"34694201\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Menon + V., D\u2019Esposito M. (2022). The role of PFC networks in cognitive control + and executive function. Neuropsychopharmacology 47, 90\u2013103. doi: 10.1038/s41386-021-01152-w, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41386-021-01152-w\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8616903\",\"@IdType\":\"pmc\"},{\"#text\":\"34408276\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mill + R. D., Gordon B. A., Balota D. A., Cole M. W. (2020). Predicting dysfunctional + age-related task activations from resting-state network alterations. NeuroImage + 221:117167. doi: 10.1016/j.neuroimage.2020.117167, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2020.117167\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7810059\",\"@IdType\":\"pmc\"},{\"#text\":\"32682094\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Momkov\xE1 + E., Jur\xE1sov\xE1 K. I. (2017). Performance of bilingual individuals in psychodiagnostic + testing of cognitive abilities using their first and second languages. Psychol. + Contexts 8, 66\u201385.\"},{\"Citation\":\"Morbelli S., Arnaldi D., Capitanio + S., Picco A., Buschiazzo A., Nobili F. (2013). Resting metabolic connectivity + in Alzheimer\u2019s disease. Clin. Translat. Imaging 1, 271\u2013278. doi: + 10.1007/s40336-013-0027-x, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s40336-013-0027-x\",\"@IdType\":\"doi\"},{\"#text\":\"0\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nelson + M. E., Jester D. J., Petkus A. J., Andel R. (2021). Cognitive reserve, Alzheimer\u2019s + neuropathology, and risk of dementia: a systematic review and meta-analysis. + Neuropsychol. Rev. 31, 233\u2013250. doi: 10.1007/s11065-021-09478-4, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11065-021-09478-4\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7790730\",\"@IdType\":\"pmc\"},{\"#text\":\"33415533\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Niendam + T. A., Laird A. R., Ray K. L., Dean Y. M., Glahn D. C., Carter C. S. (2012). + Meta-analytic evidence for a superordinate cognitive control network subserving + diverse executive functions. Cogn. Affect. Behav. Neurosci. 12, 241\u2013268. + doi: 10.3758/s13415-011-0083-5, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13415-011-0083-5\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3660731\",\"@IdType\":\"pmc\"},{\"#text\":\"22282036\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nilsson + J., Berggren R., Garz\xF3n B., Lebedev A. V., L\xF6vd\xE9n M. (2021). Second + language learning in older adults: effects on brain structure and predictors + of learning success. Front. Aging Neurosci. 13:666851. doi: 10.3389/fnagi.2021.666851\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2021.666851\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8209301\",\"@IdType\":\"pmc\"},{\"#text\":\"34149398\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Olson + D. J. (2024). A systematic review of proficiency assessment methods in bilingualism + research. Int. J. Biling. 28, 163\u2013187. doi: 10.1177/13670069231153720, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/13670069231153720\",\"@IdType\":\"doi\"},{\"#text\":\"0\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Oosterhuis + E. J., Slade K., Smith E., May P. J., Nuttall H. E. (2023). Getting the brain + into gear: an online study investigating cognitive reserve and word-finding + abilities in healthy ageing. PLoS One 18:e0280566. doi: 10.1371/journal.pone.0280566, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1371/journal.pone.0280566\",\"@IdType\":\"doi\"},{\"#text\":\"PMC10118119\",\"@IdType\":\"pmc\"},{\"#text\":\"37079604\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Osareme + J., Muonde M., Maduka C. P., Olorunsogo T. O., Omotayo O. (2024). Demographic + shifts and healthcare: A review of aging populations and systemic challenges. + Int. J. Sci. Res. Archive 11, 383\u2013395. doi: 10.30574/ijsra.2024.11.1.0067\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.30574/ijsra.2024.11.1.0067\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Power + J. D., Barnes K. A., Snyder A. Z., Schlaggar B. L., Petersen S. E. (2012). + Spurious but systematic correlations in functional connectivity MRI networks + arise from subject motion. NeuroImage 59, 2142\u20132154. doi: 10.1016/j.neuroimage.2011.10.018, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.10.018\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3254728\",\"@IdType\":\"pmc\"},{\"#text\":\"22019881\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rao + A., Chatterjee P., Rao A. R., Dey A. B. (2023). A cross-sectional study of + various memory domains in normal ageing population and subjective cognitive + decline using PGIMS and Stroop color-word test. J. Indian Acad. Geriatrics + 19.\"},{\"Citation\":\"Rodr\xEDguez-Pujadas A., Sanju\xE1n A., Fuentes P., + Ventura-Campos N., Barr\xF3s-Loscertales A., \xC1vila C. (2014). Differential + neural control in early bilinguals and monolinguals during response inhibition. + Brain Lang. 132, 43\u201351. doi: 10.1016/j.bandl.2014.03.003, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bandl.2014.03.003\",\"@IdType\":\"doi\"},{\"#text\":\"24735970\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Savarimuthu + A., Ponniah R. J. (2024). Cognition and cognitive reserve. Integr. Psychol. + Behav. Sci. 58, 483\u2013501. doi: 10.1007/s12124-024-09821-3\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s12124-024-09821-3\",\"@IdType\":\"doi\"},{\"#text\":\"38279076\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Scarmeas + N., Stern Y. (2003). Cognitive reserve and lifestyle. J. Clin. Exp. Neuropsychol. + 25, 625\u2013633. doi: 10.1076/jcen.25.5.625.14576, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1076/jcen.25.5.625.14576\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3024591\",\"@IdType\":\"pmc\"},{\"#text\":\"12815500\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Scarpina + F., Tagini S. (2017). The Stroop Color and Word Test. Front. Psychol. 8:557. + doi: 10.3389/fpsyg.2017.00557, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2017.00557\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5388755\",\"@IdType\":\"pmc\"},{\"#text\":\"28446889\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schultz + D. H., Ito T., Cole M. W. (2022). Global connectivity fingerprints predict + the domain generality of multiple-demand regions. Cereb. Cortex. 32, 4464\u20134479. + doi: 10.1093/cercor/bhab495\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhab495\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9574240\",\"@IdType\":\"pmc\"},{\"#text\":\"35076709\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schweizer + T. A., Ware J., Fischer C. E., Craik F. I. M., Bialystok E. (2012). Bilingualism + as a contributor to cognitive reserve: evidence from brain atrophy in Alzheimer\u2019s + disease. Cortex 48, 991\u2013996. doi: 10.1016/j.cortex.2011.04.009, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2011.04.009\",\"@IdType\":\"doi\"},{\"#text\":\"21596373\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Simonet + M. (2014). Long-term training-induced behavioural and structural plasticity + of inhibitory control in elite fencers. Available at: https://www.semanticscholar.org/paper/Long-term-training-induced-behavioural-and-of-in-Simonet/6a7279480725662209896894432ee2dc9ab488ad\"},{\"Citation\":\"\u0160neidere + K., Zdanovskis N., Mondini S., Stepens A. (2024). Relationship between lifestyle + proxies of cognitive reserve and cortical regions in older adults. Front. + Psychol. 14:1308434. doi: 10.3389/fpsyg.2023.1308434\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpsyg.2023.1308434\",\"@IdType\":\"doi\"},{\"#text\":\"PMC10797127\",\"@IdType\":\"pmc\"},{\"#text\":\"38250107\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Song + Y., Hakoda Y. (2015). An fMRI study of the functional mechanisms of Stroop/reverse-Stroop + effects. Behav. Brain Res. 290, 187\u2013196. doi: 10.1016/j.bbr.2015.04.047, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bbr.2015.04.047\",\"@IdType\":\"doi\"},{\"#text\":\"25952963\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"St\xE5lhammar + J., Hellstr\xF6m P., Eckerstr\xF6m C., Wallin A. (2022). Neuropsychological + test performance among native and non-native Swedes: Second language effects. + Arch. Clin. Neuropsychol. 37, 826\u2013838. doi: 10.1093/arclin/acaa043, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/arclin/acaa043\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9113439\",\"@IdType\":\"pmc\"},{\"#text\":\"32722802\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y. (2002). What is cognitive reserve? Theory and research application of the + reserve concept. J. Int. Neuropsychol. Soc. 8, 448\u2013460. doi: 10.1017/S1355617702813248, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1355617702813248\",\"@IdType\":\"doi\"},{\"#text\":\"11939702\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y. (2009). Cognitive reserve\u2606. Neuropsychologia 47, 2015\u20132028. doi: + 10.1016/j.neuropsychologia.2009.03.004, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2009.03.004\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2739591\",\"@IdType\":\"pmc\"},{\"#text\":\"19467352\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y. (2021). How can cognitive reserve promote cognitive and neurobehavioral + health? Archives Clin. Neuropsychol. 36, 1291\u20131295. doi: 10.1093/arclin/acab049, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/arclin/acab049\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8517622\",\"@IdType\":\"pmc\"},{\"#text\":\"34651645\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stern + Y., Arenaza-Urquijo E. M., Bartr\xE9s-Faz D., Belleville S., Cantilon M., + Chetelat G., et al. . (2020). Whitepaper: Defining and investigating cognitive + reserve, brain reserve, and brain maintenance. Alzheimers Dement. 16, 1305\u20131311. + doi: 10.1016/j.jalz.2018.07.219, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jalz.2018.07.219\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6417987\",\"@IdType\":\"pmc\"},{\"#text\":\"30222945\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Stroop + J. R. (1935). Studies of interference in serial verbal reactions. J. Exp. + Psychol. 18, 643\u2013662. doi: 10.1037/h0054651, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/h0054651\",\"@IdType\":\"doi\"},{\"#text\":\"0\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Surrain + S., Luk G. (2019). Describing bilinguals: A systematic review of labels and + descriptions used in the literature between 2005\u20132015. Biling. Lang. + Congn. 22, 401\u2013415. doi: 10.1017/S1366728917000682\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/S1366728917000682\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Teubner-Rhodes + S., Bolger D. J., Novick J. M. (2019). Conflict monitoring and detection in + the bilingual brain. Biling. Lang. Congn. 22, 228\u2013252. doi: 10.1017/S1366728917000670, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1366728917000670\",\"@IdType\":\"doi\"},{\"#text\":\"0\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tucker + M., Stern Y. (2011). Cognitive Reserve in Aging. Curr. Alzheimer Res. 8, 354\u2013360. + doi: 10.2174/156720511795745320, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.2174/156720511795745320\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3135666\",\"@IdType\":\"pmc\"},{\"#text\":\"21222591\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Waldie + K. E., Badzakova-Trajkov G., Miliivojevic B., Kirk I. J. (2009). Neural activity + during Stroop colour-word task performance in late proficient bilinguals: + a functional magnetic resonance imaging study. Psychol. Neurosci. 2, 125\u2013136. + doi: 10.3922/j.psns.2009.2.004\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.3922/j.psns.2009.2.004\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Wong + P. C. M., Ou J., Pang C. W. Y., Zhang L., Tse C. S., Lam L. C. W., et al. + . (2019). Language Training Leads to Global Cognitive Improvement in Older + Adults: A Preliminary Study. J. Speech Lang. Hear. Res. 62, 2411\u20132424. + doi: 10.1044/2019_JSLHR-L-18-0321, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1044/2019_JSLHR-L-18-0321\",\"@IdType\":\"doi\"},{\"#text\":\"31251679\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Work + N. (2014). Rosetta Stone: Compatible with Proficiency Oriented Language Instruction + and Blended Learning. J. Technol. Teach. Learn. 10, 35\u201352.\"},{\"Citation\":\"Ye + Z., Zhou X. (2009). Executive control in language processing. Neurosci. Biobehav. + Rev. 33, 1168\u20131177. doi: 10.1016/j.neubiorev.2009.03.003, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neubiorev.2009.03.003\",\"@IdType\":\"doi\"},{\"#text\":\"19747595\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zheng + Y. (2024). \u201CThe Role of Technology in English Language Education: Online + Platforms, Apps, and Virtual Reality\u201D in Proceedings of the 3rd International + Conference on Education, Language and Art (ICELA 2023) (Vol. 831, pp. 255\u2013261). + eds. Zhu S., Baldini A. L., Hong Y., Xu Z., Syed Mohammed S. F. (Atlantis + Press SARL; ). Available at: https://www.atlantis-press.com/proceedings/icela-23/publishing\"}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"39170898\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"16\",\"PubDate\":{\"Year\":\"2024\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"Numerous studies + have highlighted cognitive benefits in lifelong bilinguals during aging, manifesting + as superior performance on cognitive tasks compared to monolingual counterparts. + Yet, the cognitive impacts of acquiring a new language in older adulthood + remain unexplored. In this study, we assessed both behavioral and fMRI responses + during a Stroop task in older adults, pre- and post language-learning intervention.\",\"@Label\":\"INTRODUCTION\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"A + group of 41 participants (age:60-80) from a predominantly monolingual environment + underwent a four-month online language course, selecting a new language of + their preference. This intervention mandated engagement for 90 minutes a day, + five days a week. Daily tracking was employed to monitor progress and retention. + All participants completed a color-word Stroop task inside the scanner before + and after the language instruction period.\",\"@Label\":\"METHODS\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"We + found that performance on the Stroop task, as evidenced by accuracy and reaction + time, improved following the language learning intervention. With the neuroimaging + data, we observed significant differences in activity between congruent and + incongruent trials in key regions in the prefrontal and parietal cortex. These + results are consistent with previous reports using the Stroop paradigm. We + also found that the amount of time participants spent with the language learning + program was related to differential activity in these brain areas. Specifically, + we found that people who spent more time with the language learning program + showed a greater increase in differential activity between congruent and incongruent + trials after the intervention relative to before.\",\"@Label\":\"RESULTS\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"Future + research is needed to determine the optimal parameters for language learning + as an effective cognitive intervention for aging populations. We propose that + with sufficient engagement, language learning can enhance specific domains + of cognition such as the executive functions. These results extend the understanding + of cognitive reserve and its augmentation through targeted interventions, + setting a foundation for future investigations.\",\"@Label\":\"DISCUSSION\",\"@NlmCategory\":\"UNASSIGNED\"}],\"CopyrightInformation\":\"Copyright + \xA9 2024 Schultz, Gansemer, Allgood, Gentz, Secilmis, Deldar, Savage and + Ghazi Saidi.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Douglas + H\",\"Initials\":\"DH\",\"LastName\":\"Schultz\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Psychology, University of Nebraska-Lincoln, Lincoln, NE, United States.\"},{\"Affiliation\":\"Center + for Brain, Biology and Behavior, University of Nebraska-Lincoln, Lincoln, + NE, United States.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Alison\",\"Initials\":\"A\",\"LastName\":\"Gansemer\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Communication Disorders, College of Education, University of Nebraska at + Kearney, Kearney, NE, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Kiley\",\"Initials\":\"K\",\"LastName\":\"Allgood\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Communication Disorders, College of Education, University of Nebraska at + Kearney, Kearney, NE, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Mariah\",\"Initials\":\"M\",\"LastName\":\"Gentz\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Communication Disorders, College of Education, University of Nebraska at + Kearney, Kearney, NE, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lauren\",\"Initials\":\"L\",\"LastName\":\"Secilmis\",\"AffiliationInfo\":{\"Affiliation\":\"Center + for Brain, Biology and Behavior, University of Nebraska-Lincoln, Lincoln, + NE, United States.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Zoha\",\"Initials\":\"Z\",\"LastName\":\"Deldar\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, McGill University, Montreal, QC, Canada.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Cary + R\",\"Initials\":\"CR\",\"LastName\":\"Savage\",\"AffiliationInfo\":[{\"Affiliation\":\"Department + of Psychology, University of Nebraska-Lincoln, Lincoln, NE, United States.\"},{\"Affiliation\":\"Center + for Brain, Biology and Behavior, University of Nebraska-Lincoln, Lincoln, + NE, United States.\"}]},{\"@ValidYN\":\"Y\",\"ForeName\":\"Ladan\",\"Initials\":\"L\",\"LastName\":\"Ghazi + Saidi\",\"AffiliationInfo\":[{\"Affiliation\":\"Center for Brain, Biology + and Behavior, University of Nebraska-Lincoln, Lincoln, NE, United States.\"},{\"Affiliation\":\"Department + of Communication Disorders, College of Education, University of Nebraska at + Kearney, Kearney, NE, United States.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"1398015\",\"MedlinePgn\":\"1398015\"},\"ArticleDate\":{\"Day\":\"07\",\"Year\":\"2024\",\"Month\":\"08\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"1398015\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2024.1398015\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"23\",\"Year\":\"2024\",\"Month\":\"08\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Stroop + task\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cognitive + effects\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cognitive reserve\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"language + learning\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"older adults\",\"@MajorTopicYN\":\"N\"}]},\"CoiStatement\":\"The + authors declare that the research was conducted in the absence of any commercial + or financial relationships that could be construed as a potential conflict + of interest.\",\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2024,\"title\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"venue\":\"bioRxiv\",\"authors\":[{\"name\":\"Douglas H. Schultz\",\"authorId\":\"2254329225\"},{\"name\":\"Alison + Gansemer\",\"authorId\":\"2315317449\"},{\"name\":\"Kiley Allgood\",\"authorId\":\"2315317603\"},{\"name\":\"Mariah + Gentz\",\"authorId\":\"2315318009\"},{\"name\":\"Lauren Secilmis\",\"authorId\":\"2315317594\"},{\"name\":\"Zoha + Deldar\",\"authorId\":\"35630355\"},{\"name\":\"Cary R. Savage\",\"authorId\":\"2256505204\"},{\"name\":\"Ladan + Ghazi Saidi\",\"authorId\":\"2161186223\"}],\"paperId\":\"85848f5290c125476ad6d6097813619c8d53ef90\",\"abstract\":\"Numerous + studies have highlighted cognitive benefits in lifelong bilinguals during + aging, manifesting as superior performance on cognitive tasks compared to + monolingual counterparts. Yet, the cognitive impacts of acquiring a new language + in older adulthood remain unexplored. In this study, we assessed both behavioral + and fMRI responses during a Stroop task in older adults, pre- and post language-learning + intervention. A group of 41 participants (age:60-80) from a predominantly + monolingual environment underwent a four-month online language course, selecting + a new language of their preference. This intervention mandated engagement + for 90 minutes a day, five days a week. Daily tracking was employed to monitor + progress and retention. All participants completed a color-word Stroop task + inside the scanner before and after the language instruction period. We found + that performance on the Stroop task, as evidenced by accuracy and reaction + time, improved following the language learning intervention. With the neuroimaging + data, we observed significant differences in activity between congruent and + incongruent trials in key regions in the prefrontal and parietal cortex. These + results are consistent with previous reports using the Stroop paradigm. We + also found that the amount of time participants spent with the language learning + program was related to differential activity in these brain areas. Specifically, + we found that people who spent more time with the language learning program + showed a greater increase in differential activity between congruent and incongruent + trials after the intervention relative to before. Future research is needed + to determine the optimal parameters for language learning as an effective + cognitive intervention for aging populations. We propose that with sufficient + engagement, language learning can enhance specific domains of cognition such + as the executive functions. These results extend the understanding of cognitive + reserve and its augmentation through targeted interventions, setting a foundation + for future investigations.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/journals/aging-neuroscience/articles/10.3389/fnagi.2024.1398015/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC11335563, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2024-03-12\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T08:54:05.820468+00:00\",\"analyses\":[{\"id\":\"pwyXbQCgGRqq\",\"user\":null,\"name\":\"Inferior + frontal gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"DqE7oVKeUPGo\",\"coordinates\":[-47.0,17.0,25.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":36.71}]},{\"id\":\"FL9cdZW5PMmp\",\"coordinates\":[47.0,22.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":32.23}]},{\"id\":\"e38Jn5NoPSz5\",\"coordinates\":[49.0,44.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":19.36}]}],\"images\":[]},{\"id\":\"8Ky7YarUXVWM\",\"user\":null,\"name\":\"Middle + frontal gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"cdgMtU8R8YwM\",\"coordinates\":[42.0,52.0,9.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":12.7}]},{\"id\":\"pbYwnKoPchHY\",\"coordinates\":[37.0,38.0,29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":17.46}]},{\"id\":\"eyEMhPXLroNV\",\"coordinates\":[-38.0,50.0,25.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":14.83}]}],\"images\":[]},{\"id\":\"rQDqxJZLL9EL\",\"user\":null,\"name\":\"Precentral + gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"pgkNGZKCAmEE\",\"coordinates\":[-27.0,-10.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":28.1}]}],\"images\":[]},{\"id\":\"h66Vj6or9swu\",\"user\":null,\"name\":\"SMA\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"UhEedsAAu6NQ\",\"coordinates\":[-1.0,14.0,53.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":47.97}]}],\"images\":[]},{\"id\":\"MHMWTnkkZUX5\",\"user\":null,\"name\":\"Superior + frontal gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"t6jgZcHmKwXY\",\"coordinates\":[28.0,1.0,57.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":15.47}]}],\"images\":[]},{\"id\":\"PKfKieER3yez\",\"user\":null,\"name\":\"Angular + gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"45VaT2VvnswC\",\"coordinates\":[35.0,-61.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":21.73}]}],\"images\":[]},{\"id\":\"KVD5v8srBLaT\",\"user\":null,\"name\":\"Calcarine + gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"KDxCP8UBssdw\",\"coordinates\":[3.0,-81.0,8.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":13.18}]}],\"images\":[]},{\"id\":\"9GSfYwc3UEey\",\"user\":null,\"name\":\"Inferior + parietal lobe\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"r5GB98tEfjgY\",\"coordinates\":[-30.0,-60.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":46.49}]},{\"id\":\"DbUV8936QU5c\",\"coordinates\":[54.0,-51.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":14.32}]}],\"images\":[]},{\"id\":\"hBnfsWTqDEUr\",\"user\":null,\"name\":\"Supramarginal + gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"HHfkbz6F6kV9\",\"coordinates\":[60.0,-44.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":17.33}]},{\"id\":\"kWLtrUFuZuzn\",\"coordinates\":[-64.0,-48.0,34.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":16.1}]}],\"images\":[]},{\"id\":\"punMrzVLkfCn\",\"user\":null,\"name\":\"Cuneus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"kYA46qXVHYt9\",\"coordinates\":[7.0,-79.0,35.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":24.0}]}],\"images\":[]},{\"id\":\"hdaFBhk8YYrR\",\"user\":null,\"name\":\"Fusiform + gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"F5TyMihEAZkX\",\"coordinates\":[33.0,-49.0,-17.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":23.0}]},{\"id\":\"Ekh4BxbqnbJZ\",\"coordinates\":[32.0,-58.0,-12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":16.25}]},{\"id\":\"BfXKDz4KgXDd\",\"coordinates\":[-33.0,-49.0,-16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":18.29}]}],\"images\":[]},{\"id\":\"7eBgcdF3VtAh\",\"user\":null,\"name\":\"Inferior + temporal gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"tYyszeXEmNW3\",\"coordinates\":[-31.0,-98.0,-10.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":13.77}]},{\"id\":\"ee9PDk4nUVgo\",\"coordinates\":[41.0,-88.0,-6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":14.94}]}],\"images\":[]},{\"id\":\"CiqRo4XmPQCE\",\"user\":null,\"name\":\"Middle + occipital gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"Yq3EH9Y7HSrc\",\"coordinates\":[37.0,-88.0,4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":20.88}]}],\"images\":[]},{\"id\":\"sGdEsYBd8unj\",\"user\":null,\"name\":\"Inferior + temporal gyrus-2\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"urW3yrdKPEqJ\",\"coordinates\":[-48.0,-63.0,-9.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":23.45}]},{\"id\":\"JtyuToV6Btfp\",\"coordinates\":[48.0,-69.0,-11.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":20.35}]},{\"id\":\"kWaWsHGHiWG9\",\"coordinates\":[49.0,-56.0,-14.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":34.03}]}],\"images\":[]},{\"id\":\"MeM5ECpkLAWT\",\"user\":null,\"name\":\"Middle + temporal gyrus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"jur99RVJ9Rn7\",\"coordinates\":[-59.0,-48.0,7.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":18.66}]},{\"id\":\"4mJSAdhYYgB2\",\"coordinates\":[-51.0,-53.0,19.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":18.97}]}],\"images\":[]},{\"id\":\"eiL3fLMNcMFC\",\"user\":null,\"name\":\"Middle + cingulate\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"bETrx6DD8BsV\",\"coordinates\":[-1.0,-28.0,29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":14.32}]},{\"id\":\"RK2ceQad9FoG\",\"coordinates\":[7.0,-14.0,31.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":19.89}]}],\"images\":[]},{\"id\":\"CM4a6Bm6yyCn\",\"user\":null,\"name\":\"Caudate + nucleus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"hAmzy4Trq462\",\"coordinates\":[11.0,1.0,9.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":27.6}]},{\"id\":\"Px9bKjKq9CwJ\",\"coordinates\":[-12.0,1.0,13.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":17.37}]}],\"images\":[]},{\"id\":\"X8RCw92LwzWS\",\"user\":null,\"name\":\"Cerebellum\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"e8z44UxRyUDf\",\"coordinates\":[17.0,-71.0,-30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":25.28}]},{\"id\":\"8GXNUyspDAsu\",\"coordinates\":[-47.0,-68.0,-29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":28.43}]},{\"id\":\"mhyP9BzRrtkc\",\"coordinates\":[-9.0,-82.0,-24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":14.24}]},{\"id\":\"p8WJRbyQefph\",\"coordinates\":[-31.0,-57.0,-29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":13.29}]},{\"id\":\"iVf3DPTtwiAY\",\"coordinates\":[36.0,-73.0,-27.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":13.1}]}],\"images\":[]},{\"id\":\"W7NZnhieJmxW\",\"user\":null,\"name\":\"Thalamus\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"original_table_id\":\"tab1\"},\"table_metadata\":{\"table_id\":\"tab1\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ed8/pmcid_11335563/tables/table_000_info.json\",\"table_label\":\"Table + 1\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39170898-10-3389-fnagi-2024-1398015-pmc11335563/tables/tab1_coordinates.csv\"},\"sanitized_table_id\":\"tab1\"},\"description\":\"Significant + activation clusters from the Stroop task.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"zL3mkDbfpn2j\",\"coordinates\":[-12.0,-16.0,9.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":31.03}]}],\"images\":[]}]},{\"id\":\"vS8WrsvyeVgN\",\"created_at\":\"2025-12-04T05:27:32.256396+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Dynamic + range of frontoparietal functional modulation is associated with working memory + capacity limitations in older adults\",\"description\":\"Older adults tend + to over-activate regions throughout frontoparietal cortices and exhibit a + reduced range of functional modulation during WM task performance compared + to younger adults. While recent evidence suggests that reduced functional + modulation is associated with poorer task performance, it remains unclear + whether reduced range of modulation is indicative of general WM capacity-limitations. + In the current study, we examined whether the range of functional modulation + observed over multiple levels of WM task difficulty (N-Back) predicts in-scanner + task performance and out-of-scanner psychometric estimates of WM capacity. + Within our sample (60-77years of age), age was negatively associated with + frontoparietal modulation range. Individuals with greater modulation range + exhibited more accurate N-Back performance. In addition, despite a lack of + significant relationships between N-Back and complex span task performance, + range of frontoparietal modulation during the N-Back significantly predicted + domain-general estimates of WM capacity. Consistent with previous cross-sectional + findings, older individuals with less modulation range exhibited greater activation + at the lowest level of task difficulty but less activation at the highest + levels of task difficulty. Our results are largely consistent with existing + theories of neurocognitive aging (e.g. CRUNCH) but focus attention on dynamic + range of functional modulation asa novel marker of WM capacity-limitations + in older adults.\",\"publication\":\"Brain and Cognition\",\"doi\":\"10.1016/j.bandc.2017.08.007\",\"pmid\":\"28865310\",\"authors\":\"Jonathan + G. Hakun; N. Johnson\",\"year\":2017,\"metadata\":{\"slug\":\"28865310-10-1016-j-bandc-2017-08-007-pmc5779093\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Modulation\",\"N-Back\",\"Working + memory capacity\",\"fMRI\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"22\",\"Year\":\"2017\",\"Month\":\"2\",\"@PubStatus\":\"received\"},{\"Day\":\"31\",\"Year\":\"2017\",\"Month\":\"5\",\"@PubStatus\":\"revised\"},{\"Day\":\"25\",\"Year\":\"2017\",\"Month\":\"8\",\"@PubStatus\":\"accepted\"},{\"Day\":\"3\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"9\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"24\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"4\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"3\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"9\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"},{\"Day\":\"1\",\"Year\":\"2018\",\"Month\":\"11\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"28865310\",\"@IdType\":\"pubmed\"},{\"#text\":\"NIHMS903186\",\"@IdType\":\"mid\"},{\"#text\":\"PMC5779093\",\"@IdType\":\"pmc\"},{\"#text\":\"10.1016/j.bandc.2017.08.007\",\"@IdType\":\"doi\"},{\"#text\":\"S0278-2626(17)30066-0\",\"@IdType\":\"pii\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Alvarez + GA, Cavanagh P. The Capacity of Visual Short-Term Memory is Set Both by Visual + Information Load and by Number of Objects. Psychological Science. 2004;15(2):106\u2013111. + \ http://doi.org/10.1111/j.0963-7214.2004.01502006.x.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.0963-7214.2004.01502006.x\",\"@IdType\":\"doi\"},{\"#text\":\"14738517\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Andersson + J, Jenkinson M, Smith SM. Non-linear registration aka Spatial normalisation + FMRIB Technial Report TR07JA2 2007\"},{\"Citation\":\"Baddeley AD. Working + memory: looking back and looking forward. Nature Reviews Neuroscience. 2003;4(10):829\u2013839. + \ http://doi.org/10.1038/nrn1201.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nrn1201\",\"@IdType\":\"doi\"},{\"#text\":\"14523382\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Baddeley + AD, Hitch G. Working Memory. Psychology of Learning and Motivation. 1974;8:47\u201389. + \ http://doi.org/10.1016/S0079-7421(08)60452-1.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/S0079-7421(08)60452-1\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Barrouillet + P, Bernardin S, Camos V. Time Constraints and Resource Sharing in Adults\u2019 + Working Memory Spans. Journal of Experimental Psychology: General. 2004;133(1):83\u2013100. + \ http://doi.org/10.1037/0096-3445.133.1.83.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0096-3445.133.1.83\",\"@IdType\":\"doi\"},{\"#text\":\"14979753\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bays + PM, Catalao RFG, Husain M, A AG, P C, E A, J LS. The precision of visual working + memory is set by allocation of a shared resource. Journal of Vision. 2009;9(10):7\u20137. + A., A. G., P., C., E., A., \u2026 J., L. S. http://doi.org/10.1167/9.10.7.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1167/9.10.7\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3118422\",\"@IdType\":\"pmc\"},{\"#text\":\"19810788\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bopp + KL, Verhaeghen P. Aging and Verbal Memory Span: A Meta-Analysis. The Journals + of Gerontology Series B: Psychological Sciences and Social Sciences. 2005;60(5):P223\u2013P233. + \ http://doi.org/10.1093/geronb/60.5.P223.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/geronb/60.5.P223\",\"@IdType\":\"doi\"},{\"#text\":\"16131616\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Braver + TS, West R. Working memory, executive control, and aging. Psychology Press; + 2008.\"},{\"Citation\":\"Brown CA, Hakun JG, Zhu Z, Johnson NF, Gold BT. White + matter microstructure contributes to age-related declines in task-induced + deactivation of the default mode network. Frontiers in Aging Neuroscience. + 2015;7:194. http://doi.org/10.3389/fnagi.2015.00194.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2015.00194\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4598480\",\"@IdType\":\"pmc\"},{\"#text\":\"26500549\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Buckner + RL. Molecular, Structural, and Functional Characterization of Alzheimer\u2019s + Disease: Evidence for a Relationship between Default Activity, Amyloid, and + Memory. Journal of Neuroscience. 2005;25(34):7709\u20137717. http://doi.org/10.1523/JNEUROSCI.2177-05.2005.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1523/JNEUROSCI.2177-05.2005\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6725245\",\"@IdType\":\"pmc\"},{\"#text\":\"16120771\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burgess + GC, Gray JR, Conway ARA, Braver TS. Neural mechanisms of interference control + underlie the relationship between fluid intelligence and working memory span. + Journal of Experimental Psychology: General. 2011;140(4):674\u2013692. http://doi.org/10.1037/a0024695.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0024695\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3930174\",\"@IdType\":\"pmc\"},{\"#text\":\"21787103\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Burzynska + A, Garrett DD, Preuschhof C, Nagel IE, Li SC, Backman L, Lindenberger U. A + Scaffold for Efficiency in the Human Brain. Journal of Neuroscience. 2013;33(43):17150\u201317159. + \ http://doi.org/Doi10.1523/Jneurosci.1426-13.2013.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC6618437\",\"@IdType\":\"pmc\"},{\"#text\":\"24155318\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R, Anderson ND, Locantore JK, McIntosh AR. Aging Gracefully: Compensatory + Brain Activity in High-Performing Older Adults. NeuroImage. 2002;17(3):1394\u20131402. + \ http://doi.org/10.1006/nimg.2002.1280.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.2002.1280\",\"@IdType\":\"doi\"},{\"#text\":\"12414279\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R, Dennis NA. Frontal lobes and aging: Deterioration and compensation. In: + K. R. T Stuss DT, editor. Principles of Frontal Lobe Function. 2nd. New York: + Oxford University Press; 2012. pp. 628\u2013652.\"},{\"Citation\":\"Cappell + KA, Gmeindl L, Reuter-Lorenz PA. Age differences in prefontal recruitment + during verbal working memory maintenance depend on memory load. Cortex. 2010;46(4):462\u2013473.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2853232\",\"@IdType\":\"pmc\"},{\"#text\":\"20097332\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Christophel + TB, Klink PC, Spitzer B, Roelfsema PR, Haynes JD. The Distributed Nature of + Working Memory. Trends in Cognitive Sciences. 2017;21(2):111\u2013124. http://doi.org/10.1016/j.tics.2016.12.007.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2016.12.007\",\"@IdType\":\"doi\"},{\"#text\":\"28063661\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chun + MM. Visual working memory as visual attention sustained internally over time. + Neuropsychologia. 2011;49(6):1407\u20131409. http://doi.org/10.1016/j.neuropsychologia.2011.01.029.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2011.01.029\",\"@IdType\":\"doi\"},{\"#text\":\"21295047\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + SJ, Kramer AF, Erickson KI, Scalf PE. The implications of cortical recruitment + and brain morphology for individual differences in inhibitory function in + aging humans. Psychology and Aging. 2005;20(3):363.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16248697\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Cole + MW, Repov\u0161 G, Anticevic A. The Frontoparietal Control System. The Neuroscientist. + 2014;20(6):652\u2013664. http://doi.org/10.1177/1073858414525995.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/1073858414525995\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4162869\",\"@IdType\":\"pmc\"},{\"#text\":\"24622818\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Conway + ARA, Kane MJ, Bunting MF, Hambrick DZ, Wilhelm O, Engle RW. Working memory + span tasks: A methodological review and user\u2019s guide. Psychonomic Bulletin + & Review. 2005;12(5):769\u2013786. http://doi.org/10.3758/BF03196772.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/BF03196772\",\"@IdType\":\"doi\"},{\"#text\":\"16523997\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Conway + ARA, Kane MJ, Engle RW. Working memory capacity and its relation to general + intelligence. Trends in Cognitive Sciences. 2003;7(12):547\u2013552. http://doi.org/10.1016/j.tics.2003.10.005.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2003.10.005\",\"@IdType\":\"doi\"},{\"#text\":\"14643371\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cowan + N. An Embedded-Processes Model of Working Memory. In: Miyake A, Shah P, editors. + Models of Working Memory. Cambridge: Cambridge University Press; 1999. pp. + 62\u2013101. http://doi.org/10.1017/CBO9781139174909.006.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1017/CBO9781139174909.006\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Cowan + N. working memory capacity. Abingdon, UK: Taylor & Francis; 2005. http://doi.org/10.4324/9780203342398.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.4324/9780203342398\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Cowan + N. The Magical Mystery Four. Current Directions in Psychological Science. + 2010;19(1):51\u201357. http://doi.org/10.1177/0963721409359277.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/0963721409359277\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2864034\",\"@IdType\":\"pmc\"},{\"#text\":\"20445769\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dolcos + F, Rice HJ, Cabeza R. Hemispheric asymmetry and aging: right hemisphere decline + or asymmetry reduction. Neuroscience & Biobehavioral Reviews. 2002;26(7):819\u2013825. + \ http://doi.org/10.1016/S0149-7634(02)00068-4.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0149-7634(02)00068-4\",\"@IdType\":\"doi\"},{\"#text\":\"12470693\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Drag + LL, Bieliauskas LA. Contemporary Review 2009: Cognitive Aging. Journal of + Geriatric Psychiatry and Neurology. 2010;23(2):75\u201393. http://doi.org/Doi10.1177/0891988709358590.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"20101069\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Drzezga + A, Becker JA, Van Dijk KRA, Sreenivasan A, Talukdar T, Sullivan C, Sperling + RA. Neuronal dysfunction and disconnection of cortical hubs in non-demented + subjects with elevated amyloid burden. Brain. 2011;134(6):1635\u20131646. + \ http://doi.org/10.1093/brain/awr066.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/brain/awr066\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3102239\",\"@IdType\":\"pmc\"},{\"#text\":\"21490054\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Engle + RW. Working Memory Capacity as Executive Attention. Current Directions in + Psychological Science. 2002;11(1):19\u201323. http://doi.org/10.1111/1467-8721.00160.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1111/1467-8721.00160\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Girouard + H, Iadecola C. Neurovascular coupling in the normal brain and in hypertension, + stroke, and Alzheimer disease. Journal of Applied Physiology. 2005;100(1)\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16357086\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Grady + CL. BRAIN AGEING The cognitive neuroscience of ageing. Nature Reviews Neuroscience. + 2012;13(7):491\u2013505. http://doi.org/Doi10.1038/Nrn3256.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3800175\",\"@IdType\":\"pmc\"},{\"#text\":\"22714020\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hakun + JG, Zhu Z, Brown CA, Johnson NF, Gold BT. Longitudinal alterations to brain + function, structure, and cognitive performance in healthy older adults: A + fMRI-DTI study. Neuropsychologia. 2015;71:225\u2013235. http://doi.org/10.1016/j.neuropsychologia.2015.04.008.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2015.04.008\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4417375\",\"@IdType\":\"pmc\"},{\"#text\":\"25862416\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hale + S, Rose NS, Myerson J, Strube MJ, Sommers M, Tye-Murray N, Spehar B. The structure + of working memory abilities across the adult life span. Psychology and Aging. + 2011;26(1):92\u2013110. http://doi.org/10.1037/a0021483.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0021483\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3062735\",\"@IdType\":\"pmc\"},{\"#text\":\"21299306\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hasher + L, Lustig C, Zacks RT. Inhibitory mechanisms and the control of attention. + Variation in Working Memory. 2007:227\u2013249.\"},{\"Citation\":\"Hasher + L, Zacks RT. Working memory, comprehension, and aging: A review and a new + view. Psychology of Learning and Motivation. 1988;22:193\u2013225.\"},{\"Citation\":\"Hazy + TE, Frank MJ, O\u2019Reilly RC. Towards an executive without a homunculus: + computational models of the prefrontal cortex/basal ganglia system. Philosophical + Transactions of the Royal Society of London B: Biological Sciences. 2007;362(1485)\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC2440774\",\"@IdType\":\"pmc\"},{\"#text\":\"17428778\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hedden + T, Mormino EC, Amariglio RE, Younger AP, Schultz AP, Becker JA, Rentz DM. + Cognitive Profile of Amyloid Burden and White Matter Hyperintensities in Cognitively + Normal Older Adults. Journal of Neuroscience. 2012;32(46)\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"PMC3523110\",\"@IdType\":\"pmc\"},{\"#text\":\"23152607\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hedden + T, Van Dijk KRA, Shire EH, Sperling RA, Johnson KA, Buckner RL. Cerebral + Cortex. 5. Vol. 22. New York, N.Y.: 2012. Failure to modulate attentional + control in advanced aging linked to white matter pathology; pp. 1038\u201351. + 1991. http://doi.org/10.1093/cercor/bhr172.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhr172\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3328340\",\"@IdType\":\"pmc\"},{\"#text\":\"21765181\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jaeggi + SM, Buschkuehl M, Perrig WJ, Meier B. The concurrent validity of the N -back + task as a working memory measure. Memory. 2010;18(4):394\u2013412. http://doi.org/10.1080/09658211003702171.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/09658211003702171\",\"@IdType\":\"doi\"},{\"#text\":\"20408039\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jenkinson + M, Beckmann CF, Behrens TEJ, Woolrich MW, Smith SM. FSL. NeuroImage. 2012;62(2):782\u2013790. + \ http://doi.org/10.1016/j.neuroimage.2011.09.015.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.09.015\",\"@IdType\":\"doi\"},{\"#text\":\"21979382\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Jurado + MB, Rosselli M. The Elusive Nature of Executive Functions: A Review of our + Current Understanding. Neuropsychology Review. 2007;17(3):213\u2013233. http://doi.org/10.1007/s11065-007-9040-z.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11065-007-9040-z\",\"@IdType\":\"doi\"},{\"#text\":\"17786559\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kane + MJ, Conway ARA, Miura TK, Colflesh GJH. Working memory, attention control, + and the n-back task: A question of construct validity. Journal of Experimental + Psychology: Learning, Memory, and Cognition. 2007;33(3):615\u2013622. http://doi.org/10.1037/0278-7393.33.3.615.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0278-7393.33.3.615\",\"@IdType\":\"doi\"},{\"#text\":\"17470009\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kane + MJ, Engle RW. Working-memory capacity and the control of attention: The contributions + of goal neglect, response competition, and task set to Stroop interference. + Journal of Experimental Psychology: General. 2003;132(1):47\u201370. http://doi.org/10.1037/0096-3445.132.1.47.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0096-3445.132.1.47\",\"@IdType\":\"doi\"},{\"#text\":\"12656297\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kane + MJ, Hambrick DZ, Tuholski SW, Wilhelm O, Payne TW, Engle RW. The Generality + of Working Memory Capacity: A Latent-Variable Approach to Verbal and Visuospatial + Memory Span and Reasoning. Journal of Experimental Psychology: General. 2004;133(2):189\u2013217. + \ http://doi.org/10.1037/0096-3445.133.2.189.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0096-3445.133.2.189\",\"@IdType\":\"doi\"},{\"#text\":\"15149250\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kaup + AR, Drummond SPA, Eyler LT. Brain functional correlates of working memory: + reduced load-modulated activation and deactivation in aging without hyperactivation + or functional reorganization. Journal of the International Neuropsychological + Society\u202F: JINS. 2014;20(9):945\u201350. http://doi.org/10.1017/S1355617714000824.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1017/S1355617714000824\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4624295\",\"@IdType\":\"pmc\"},{\"#text\":\"25263349\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kennedy + KM, Partridge T, Raz N. Age-Related Differences in Acquisition of Perceptual-Motor + Skills: Working Memory as a Mediator. Aging, Neuropsychology, and Cognition. + 2008;15(2):165\u2013183. http://doi.org/10.1080/13825580601186650.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/13825580601186650\",\"@IdType\":\"doi\"},{\"#text\":\"17851986\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kennedy + KM, Rodrigue KM, Bischof GN, Hebrank AC, Reuter-Lorenz PA, Park DC. Age trajectories + of functional activation under conditions of low and high processing demands: + an adult lifespan fMRI study of the aging brain. NeuroImage. 2015;104:21\u201334. + \ http://doi.org/10.1016/j.neuroimage.2014.09.056.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2014.09.056\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4252495\",\"@IdType\":\"pmc\"},{\"#text\":\"25284304\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kyllonen + PC, Christal RE. Reasoning ability is (little more than) working-memory capacity?! + Intelligence. 1990;14(4):389\u2013433. http://doi.org/10.1016/S0160-2896(05)80012-1.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/S0160-2896(05)80012-1\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Linden + DEJ, Bittner RA, Muckli L, Waltz JA, Kriegeskorte N, Goebel R, Munk MHJ. Cortical + capacity constraints for visual working memory: Dissociation of fMRI load + effects in a fronto-parietal network. NeuroImage. 2003;20(3):1518\u20131530. + \ http://doi.org/10.1016/j.neuroimage.2003.07.021.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2003.07.021\",\"@IdType\":\"doi\"},{\"#text\":\"14642464\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Luck + SJ, Vogel EK. Visual working memory capacity: from psychophysics and neurobiology + to individual differences. Trends in Cognitive Sciences. 2013;17(8):391\u2013400. + \ http://doi.org/10.1016/j.tics.2013.06.006.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2013.06.006\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3729738\",\"@IdType\":\"pmc\"},{\"#text\":\"23850263\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lustig + C, Hasher L, Zacks RT. Inhibitory deficit theory: Recent developments in a + \u201Cnew view\u201D. Inhibition in Cognition. 2007:145\u2013162.\"},{\"Citation\":\"Mattay + VS, Fera F, Tessitore A, Hariri AR, Berman KF, Das S, Weinberger DR. Neurophysiological + correlates of age-related changes in working memory capacity. Neuroscience + Letters. 2006;392(1):32\u201337. http://doi.org/10.1016/j.neulet.2005.09.025.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neulet.2005.09.025\",\"@IdType\":\"doi\"},{\"#text\":\"16213083\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mccabe + DP, Roediger Henry L, III, Mcdaniel MA, Balota DA, Hambrick DZ. The Relationship + Between Working Memory Capacity and Executive Functioning: Evidence for a + Common Executive Attention Construct. Neuropsychology. 2010;24(2):222\u2013243. + \ http://doi.org/10.1037/a0017619.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0017619\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2852635\",\"@IdType\":\"pmc\"},{\"#text\":\"20230116\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McCollough + AW, Machizawa MG, Vogel EK. Electrophysiological Measures of Maintaining Representations + in Visual Working Memory. Cortex. 2007;43(1):77\u201394. http://doi.org/10.1016/S0010-9452(08)70447-7.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0010-9452(08)70447-7\",\"@IdType\":\"doi\"},{\"#text\":\"17334209\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Miller + GA. The magical number seven plus or minus two: some limits on our capacity + for processing information. Psychological Review. 1956;63(2):81\u201397.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"13310704\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Miyake + A, Friedman NP. The Nature and Organization of Individual Differences in Executive + Functions: Four General Conclusions. Current Directions in Psychological Science. + 2012;21(1):8\u201314. http://doi.org/10.1177/0963721411429458.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/0963721411429458\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3388901\",\"@IdType\":\"pmc\"},{\"#text\":\"22773897\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Miyake + A, Friedman NP, Emerson MJ, Witzki AH, Howerter A, Wager TD. The Unity and + Diversity of Executive Functions and Their Contributions to Complex \u201CFrontal + Lobe\u201D Tasks: A Latent Variable Analysis. Cognitive Psychology. 2000;41(1):49\u2013100. + \ http://doi.org/10.1006/cogp.1999.0734.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/cogp.1999.0734\",\"@IdType\":\"doi\"},{\"#text\":\"10945922\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mogle + JA, Lovett BJ, Stawski RS, Sliwinski MJ. What\u2019s So Special About Working + Memory? An Examination of the Relationships Among Working Memory, Secondary + Memory, and Fluid Intelligence. Psychological Science. 2008;19(11):1071\u20131077. + \ http://doi.org/10.1111/j.1467-9280.2008.02202.x.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1467-9280.2008.02202.x\",\"@IdType\":\"doi\"},{\"#text\":\"19076475\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagel + IE, Preuschhof C, Li SC, Nyberg L, B\xE4ckman L, Lindenberger U, Heekeren + HR. Performance level modulates adult age differences in brain activation + during spatial working memory. Proceedings of the National Academy of Sciences + of the United States of America. 2009;106(52):22552\u20137. http://doi.org/10.1073/pnas.0908238106.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0908238106\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2799744\",\"@IdType\":\"pmc\"},{\"#text\":\"20018709\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nagel + IE, Preuschhof C, Li SC, Nyberg L, B\xE4ckman L, Lindenberger U, Heekeren + HR. Load Modulation of BOLD Response and Connectivity Predicts Working Memory + Performance in Younger and Older Adults. Journal of Cognitive Neuroscience. + 2011;23(8):2030\u20132045. http://doi.org/10.1162/jocn.2010.21560.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2010.21560\",\"@IdType\":\"doi\"},{\"#text\":\"20828302\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Nee + DE, Brown JW, Askren MK, Berman MG, Demiralp E, Krawitz A, Jonides J. Cerebral + Cortex. 2. Vol. 23. New York, N.Y.: 2013. A meta-analysis of executive components + of working memory; pp. 264\u201382. 1991. http://doi.org/10.1093/cercor/bhs007.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/bhs007\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3584956\",\"@IdType\":\"pmc\"},{\"#text\":\"22314046\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Niendam + TA, Laird AR, Ray KL, Dean YM, Glahn DC, Carter CS. Meta-analytic evidence + for a superordinate cognitive control network subserving diverse executive + functions. Cogn Affect Behav Neurosci. 2012;12(2):241\u2013268. http://doi.org/10.3758/s13415-011-0083-5.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13415-011-0083-5\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3660731\",\"@IdType\":\"pmc\"},{\"#text\":\"22282036\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Oberauer + K, Lewandowsky S, Farrell S, Jarrold C, Greaves M. Modeling working memory: + an interference model of complex span. Psychonomic Bulletin & Review. 2012;19(5):779\u2013819. + \ http://doi.org/10.3758/s13423-012-0272-4.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13423-012-0272-4\",\"@IdType\":\"doi\"},{\"#text\":\"22715024\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Owen + AM, McMillan KM, Laird AR, Bullmore E. N-back working memory paradigm: A meta-analysis + of normative functional neuroimaging studies. Human Brain Mapping. 2005;25(1):46\u201359. + \ http://doi.org/10.1002/hbm.20131.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/hbm.20131\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6871745\",\"@IdType\":\"pmc\"},{\"#text\":\"15846822\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + DC, Hedden T. Working memory and aging. Perspectives on human memory and cognitive + aging: Essays in honour of Fergus Craik. 2001:148\u2013160.\"},{\"Citation\":\"Park + DC, Lautenschlager G, Hedden T, Davidson NS, Smith AD, Smith PK. Models of + visuospatial and verbal memory across the adult life span. Psychology and + Aging. 2002;17(2):299\u2013320. http://doi.org/10.1037/0882-7974.17.2.299.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.17.2.299\",\"@IdType\":\"doi\"},{\"#text\":\"12061414\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + DC, Polk TA, Hebrank AC, Jenkins L. Age differences in default mode activity + on easy and difficult spatial judgment tasks. Frontiers in Human Neuroscience. + 2010;3:75. http://doi.org/10.3389/neuro.09.075.2009.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/neuro.09.075.2009\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2814559\",\"@IdType\":\"pmc\"},{\"#text\":\"20126437\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Park + DC, Smith AD, Lautenschlager G, Earles JLD, et al. Zwahr M, Gaines CL. Mediators + of long-term memory performance across the life span. Psychology and Aging. + 1996;11(4):621\u2013637. http://doi.org/10.1037/0882-7974.11.4.621.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0882-7974.11.4.621\",\"@IdType\":\"doi\"},{\"#text\":\"9000294\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Persson + J, Lustig C, Nelson JK, Reuter-Lorenz PA. Age Differences in Deactivation: + A Link to Cognitive Control? Journal of Cognitive Neuroscience. 2007;19(6):1021\u20131032. + \ http://doi.org/10.1162/jocn.2007.19.6.1021.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2007.19.6.1021\",\"@IdType\":\"doi\"},{\"#text\":\"17536972\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Redick + TS, Broadway JM, Meier ME, Kuriakose PS, Unsworth N, Kane MJ, Engle RW. Measuring + Working Memory Capacity With Automated Complex Span Tasks. WMC Tasks European + Journalof Psychological Assessment. 2012;28(3):164\u2013171. http://doi.org/10.1027/1015-5759/a000123.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1027/1015-5759/a000123\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Redick + TS, Lindsey DRB. Complex span and n-back measures of working memory: A meta-analysis. + Psychonomic Bulletin & Review. 2013;20(6):1102\u20131113. http://doi.org/10.3758/s13423-013-0453-9.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13423-013-0453-9\",\"@IdType\":\"doi\"},{\"#text\":\"23733330\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Reuter-Lorenz + PA, Cappell KA. Neurocognitive aging and the compensation hypothesis. Current + Directions in Psychological Science. 2008;17(3):177\u2013182. http://doi.org/DOI10.1111/j.1467-8721.2008.00570.x.\"},{\"Citation\":\"Reuter-Lorenz + PA, Park DC. Human neuroscience and the aging mind: a new look at old problems. + J Gerontol B Psychol Sci Soc Sci. 2010;65(4):405\u2013415. http://doi.org/10.1093/geronb/gbq035.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/geronb/gbq035\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2883872\",\"@IdType\":\"pmc\"},{\"#text\":\"20478901\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rieck + JR, Rodrigue KM, Boylan MA, Kennedy KM. Age-related reduction of BOLD modulation + to cognitive difficulty predicts poorer task accuracy and poorer fluid reasoning + ability. NeuroImage. 2017;147:262\u2013271. http://doi.org/10.1016/j.neuroimage.2016.12.022.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2016.12.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5303662\",\"@IdType\":\"pmc\"},{\"#text\":\"27979789\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Roberts + R, Gibson E. Individual differences in sentence memory. Journal of Psycholinguistic + Research. 2002;31(6):573\u201398.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"12599915\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Rottschy + C, Langner R, Dogan I, Reetz K, Laird AR, Schulz JB, Eickhoff SB. Modelling + neural correlates of working memory: A coordinate-based meta-analysis. NeuroImage. + 2012;60(1):830\u2013846. http://doi.org/10.1016/j.neuroimage.2011.11.050.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2011.11.050\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3288533\",\"@IdType\":\"pmc\"},{\"#text\":\"22178808\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Salthouse + TA. Working memory as a processing resource in cognitive aging. Developmental + Review. 1990;10(1):101\u2013124. http://doi.org/10.1016/0273-2297(90)90006-P.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/0273-2297(90)90006-P\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Sambataro + F, Murty VP, Callicott JH, Tan HY, Das S, Weinberger DR, Mattay VS. Age-related + alterations in default mode network: impact on working memory performance. + Neurobiology of Aging. 2010;31(5):839\u201352. http://doi.org/10.1016/j.neurobiolaging.2008.05.022.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neurobiolaging.2008.05.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2842461\",\"@IdType\":\"pmc\"},{\"#text\":\"18674847\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schmiedek + F, Hildebrandt A, L\xF6vd\xE9n M, Lindenberger U, Wilhelm O. Complex span + versus updating tasks of working memory: the gap is not that deep. Journal + of Experimental Psychology. Learning, Memory, and Cognition. 2009;35(4):1089\u20131096. + \ http://doi.org/10.1037/a0015730.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/a0015730\",\"@IdType\":\"doi\"},{\"#text\":\"19586272\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Schneider-Garces + NJ, Gordon BA, Brumback-Peltz CR, Shin E, Lee Y, Sutton BP, Fabiani M. Span, + CRUNCH, and beyond: working memory capacity and the aging brain. Journal of + Cognitive Neuroscience. 2010;22(4):655\u201369. http://doi.org/10.1162/jocn.2009.21230.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2009.21230\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3666347\",\"@IdType\":\"pmc\"},{\"#text\":\"19320550\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Song + JH, Jiang Y. Visual working memory for simple and complex features: An fMRI + study. NeuroImage. 2006;30\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"16300970\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Todd + JJ, Marois R. Capacity limit of visual short-term memory in human posterior + parietal cortex. Nature. 2004;428(6984):751\u2013754. http://doi.org/10.1038/nature02466.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nature02466\",\"@IdType\":\"doi\"},{\"#text\":\"15085133\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Todd + JJ, Marois R. Posterior parietal cortex activity predicts individual differences + in visual short-term memory capacity. Cognitive, Affective, & Behavioral Neuroscience. + 2005;5(2):144\u2013155. http://doi.org/10.3758/CABN.5.2.144.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/CABN.5.2.144\",\"@IdType\":\"doi\"},{\"#text\":\"16180621\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Turner + GR, Spreng RN. Executive functions and neurocognitive aging: dissociable patterns + of brain activity. Neurobiology of Aging. 2012;33(4) http://doi.org/Doi10.1016/J.Neurobiolaging.2011.06.005.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"21791362\",\"@IdType\":\"pubmed\"}}},{\"Citation\":\"Turner + GR, Spreng RN. Prefrontal Engagement and Reduced Default Network Suppression + Co-occur and Are Dynamically Coupled in Older Adults: The Default\u2013Executive + Coupling Hypothesis of Aging. Journal of Cognitive Neuroscience. 2015;27(12):2462\u20132476. + \ http://doi.org/10.1162/jocn_a_00869.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn_a_00869\",\"@IdType\":\"doi\"},{\"#text\":\"26351864\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Turner + ML, Engle RW. Working Memory Capacity. Proceedings of the Human Factors and + Ergonomics Society Annual Meeting. 1986;30(13):1273\u20131277. http://doi.org/10.1177/154193128603001307.\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1177/154193128603001307\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Unsworth + N, Fukuda K, Awh E, Vogel EK. Working memory and fluid intelligence: Capacity, + attention control, and secondary memory retrieval. Cognitive Psychology. 2014;71:1\u201326. + \ http://doi.org/10.1016/j.cogpsych.2014.01.003.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cogpsych.2014.01.003\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4484859\",\"@IdType\":\"pmc\"},{\"#text\":\"24531497\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vandierendonck + A. A Working Memory System With Distributed Executive Control. Perspectives + on Psychological Science. 2016;11(1):74\u2013100. http://doi.org/10.1177/1745691615596790.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1177/1745691615596790\",\"@IdType\":\"doi\"},{\"#text\":\"26817727\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vincent + JL, Kahn I, Snyder AZ, Raichle ME, Buckner RL. Evidence for a Frontoparietal + Control System Revealed by Intrinsic Functional Connectivity. Journal of Neurophysiology. + 2008;100(6):3328\u20133342. http://doi.org/10.1152/jn.90355.2008.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1152/jn.90355.2008\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2604839\",\"@IdType\":\"pmc\"},{\"#text\":\"18799601\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Vogel + EK, Machizawa MG. Neural activity predicts individual differences in visual + working memory capacity. Nature. 2004;428(6984):748\u2013751. http://doi.org/10.1038/nature02447.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nature02447\",\"@IdType\":\"doi\"},{\"#text\":\"15085132\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wager + TD, Smith EE. Neuroimaging studies of working memory. Cognitive, Affective, + & Behavioral Neuroscience. 2003;3(4):255\u2013274. http://doi.org/10.3758/CABN.3.4.255.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/CABN.3.4.255\",\"@IdType\":\"doi\"},{\"#text\":\"15040547\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Xu + Y, Chun MM. Dissociable neural mechanisms supporting visual short-term memory + for objects. Nature. 2006;440(7080):91\u201395. http://doi.org/10.1038/nature04262.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nature04262\",\"@IdType\":\"doi\"},{\"#text\":\"16382240\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zanto + TP, Gazzaley A. Fronto-parietal network: flexible hub of cognitive control. + Trends in Cognitive Sciences. 2013;17(12):602\u2013603. http://doi.org/10.1016/j.tics.2013.09.011.\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2013.09.011\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3873155\",\"@IdType\":\"pmc\"},{\"#text\":\"24129332\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"28865310\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1090-2147\",\"@IssnType\":\"Electronic\"},\"Title\":\"Brain + and cognition\",\"JournalIssue\":{\"Volume\":\"118\",\"PubDate\":{\"Year\":\"2017\",\"Month\":\"Nov\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Brain + Cogn\"},\"Abstract\":{\"AbstractText\":\"Older adults tend to over-activate + regions throughout frontoparietal cortices and exhibit a reduced range of + functional modulation during WM task performance compared to younger adults. + While recent evidence suggests that reduced functional modulation is associated + with poorer task performance, it remains unclear whether reduced range of + modulation is indicative of general WM capacity-limitations. In the current + study, we examined whether the range of functional modulation observed over + multiple levels of WM task difficulty (N-Back) predicts in-scanner task performance + and out-of-scanner psychometric estimates of WM capacity. Within our sample + (60-77years of age), age was negatively associated with frontoparietal modulation + range. Individuals with greater modulation range exhibited more accurate N-Back + performance. In addition, despite a lack of significant relationships between + N-Back and complex span task performance, range of frontoparietal modulation + during the N-Back significantly predicted domain-general estimates of WM capacity. + Consistent with previous cross-sectional findings, older individuals with + less modulation range exhibited greater activation at the lowest level of + task difficulty but less activation at the highest levels of task difficulty. + Our results are largely consistent with existing theories of neurocognitive + aging (e.g. CRUNCH) but focus attention on dynamic range of functional modulation + asa novel marker of WM capacity-limitations in older adults.\",\"CopyrightInformation\":\"Copyright + \xA9 2017 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"GrantList\":{\"Grant\":[{\"Agency\":\"NCATS + NIH HHS\",\"Acronym\":\"TR\",\"Country\":\"United States\",\"GrantID\":\"KL2 + TR000116\"},{\"Agency\":\"NCATS NIH HHS\",\"Acronym\":\"TR\",\"Country\":\"United + States\",\"GrantID\":\"KL2 TR001996\"},{\"Agency\":\"NCATS NIH HHS\",\"Acronym\":\"TR\",\"Country\":\"United + States\",\"GrantID\":\"UL1 TR000117\"}],\"@CompleteYN\":\"Y\"},\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Jonathan + G\",\"Initials\":\"JG\",\"LastName\":\"Hakun\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, The Pennsylvania State University, State College, PA 16801, + USA. Electronic address: jgh5196@psu.edu.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Nathan + F\",\"Initials\":\"NF\",\"LastName\":\"Johnson\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Rehabilitation Sciences, Division of Physical Therapy, University of Kentucky, + Lexington, KY 40536, USA.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"136\",\"StartPage\":\"128\",\"MedlinePgn\":\"128-136\"},\"ArticleDate\":{\"Day\":\"31\",\"Year\":\"2017\",\"Month\":\"08\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.bandc.2017.08.007\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0278-2626(17)30066-0\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Dynamic + range of frontoparietal functional modulation is associated with working memory + capacity limitations in older adults.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"02\",\"Year\":\"2018\",\"Month\":\"12\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Modulation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"N-Back\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Working + memory capacity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"23\",\"Year\":\"2018\",\"Month\":\"04\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Curated\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D005625\",\"#text\":\"Frontal + Lobe\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D010296\",\"#text\":\"Parietal + Lobe\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D011597\",\"#text\":\"Psychomotor + Performance\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Brain Cogn\",\"ISSNLinking\":\"0278-2626\",\"NlmUniqueID\":\"8218014\"}}},\"semantic_scholar\":{\"year\":2017,\"title\":\"Dynamic + range of frontoparietal functional modulation is associated with working memory + capacity limitations in older adults\",\"venue\":\"Brain and Cognition\",\"authors\":[{\"name\":\"Jonathan + G. Hakun\",\"authorId\":\"2343235787\"},{\"name\":\"N. Johnson\",\"authorId\":\"6214929\"}],\"paperId\":\"2a63a46239e217879dde3b8b3a9864cf3ee4a6cd\",\"abstract\":null,\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://uknowledge.uky.edu/cgi/viewcontent.cgi?article=1105&context=rehabsci_facpub\",\"status\":\"GREEN\",\"license\":\"CCBYNCND\",\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.bandc.2017.08.007?email= + or https://doi.org/10.1016/j.bandc.2017.08.007, which is subject to the license + by the author or copyright owner provided with this content. Please go to + the source to verify the license and copyright information for your use.\"},\"publicationDate\":\"2017-11-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T05:31:50.266422+00:00\",\"analyses\":[{\"id\":\"ykRgDhfQ7i6X\",\"user\":null,\"name\":\"Mean + Activation Magnitude (z-score)\",\"metadata\":{\"table\":{\"table_number\":1,\"table_metadata\":{\"table_id\":\"t0005\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005_coordinates.csv\"},\"original_table_id\":\"t0005\"},\"table_metadata\":{\"table_id\":\"t0005\",\"table_label\":\"Table + 1\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28865310-10-1016-j-bandc-2017-08-007-pmc5779093/tables/t0005_coordinates.csv\"},\"sanitized_table_id\":\"t0005\"},\"description\":\"ROI + MNI Coordinates from Parametric Contrast and Conditional Means.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"FbDfsSPUq2kj\",\"coordinates\":[-52.0,18.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.07}]},{\"id\":\"Bi3CgdEZPqMa\",\"coordinates\":[-28.0,10.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.17}]},{\"id\":\"apDYmvqtXKYJ\",\"coordinates\":[-32.0,18.0,-4.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.35}]},{\"id\":\"GXhqNtBwB9QM\",\"coordinates\":[-40.0,-56.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":1.35}]},{\"id\":\"TKgDALVecvLi\",\"coordinates\":[44.0,32.0,26.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.83}]},{\"id\":\"Zkfo6YzSRstD\",\"coordinates\":[28.0,8.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":1.81}]},{\"id\":\"YaUcXGjaf29g\",\"coordinates\":[34.0,20.0,-2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":4.13}]},{\"id\":\"LtyjXEoDZuAf\",\"coordinates\":[46.0,-50.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":1.95}]},{\"id\":\"Z23VCu43SCk2\",\"coordinates\":[10.0,-74.0,48.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.28}]},{\"id\":\"qgGCETLYkbi9\",\"coordinates\":[-6.0,18.0,40.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":2.55}]}],\"images\":[]}]},{\"id\":\"wHYf38krsnfx\",\"created_at\":\"2025-12-04T17:04:43.801068+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Brain + activation during executive control after acute exercise in older adults.\",\"description\":\"Previous + work has shown that aerobic exercise training is associated with regional + changes in functional activation and improved behavioral outcomes during the + Flanker task. However, it is unknown whether acute aerobic exercise has comparable + effects on brain activation during the Flanker task. The aim of this study + was to examine the effects of an acute bout of moderate-intensity bicycle + exercise on Flanker task functional activation and behavioral performance + in older adults. Thirty-two healthy older adults (66.2\u202F\xB1\u202F7.3\u202Fyears) + performed two experimental visits that included 30-min of aerobic exercise + and a rest condition on separate days. After each condition, participants + performed the Flanker task during an fMRI scan. Significantly greater functional + activation (incongruent\u202F>\u202Fcongruent) was found in the left inferior + frontal gyrus and inferior parietal lobule after exercise compared to rest. + A main effect of exercise was also observed on Flanker task performance with + greater accuracy in both incongruent and congruent trials, suggesting the + effects of acute exercise on Flanker performance are general across Flanker + trial types. Conversely, greater executive control-related functional activations + after performing a single session of exercise suggests enhanced functional + processing while engaging in task conditions requiring disproportionately + greater amounts of executive control.\",\"publication\":\"International Journal + of Psychophysiology\",\"doi\":\"10.1016/j.ijpsycho.2019.10.002\",\"pmid\":\"31639380\",\"authors\":\"Junyeon + Won; Alfonso J Alfini; L. Weiss; Daniel D. Callow; J. Smith\",\"year\":2019,\"metadata\":{\"slug\":\"31639380-10-1016-j-ijpsycho-2019-10-002\",\"source\":\"semantic_scholar\",\"keywords\":[\"Acute + exercise\",\"Aging\",\"Brain health\",\"Executive control\",\"Flanker task\",\"fMRI\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"24\",\"Year\":\"2019\",\"Month\":\"5\",\"@PubStatus\":\"received\"},{\"Day\":\"26\",\"Year\":\"2019\",\"Month\":\"9\",\"@PubStatus\":\"revised\"},{\"Day\":\"8\",\"Year\":\"2019\",\"Month\":\"10\",\"@PubStatus\":\"accepted\"},{\"Day\":\"23\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"10\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"23\",\"Hour\":\"6\",\"Year\":\"2020\",\"Month\":\"6\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"23\",\"Hour\":\"6\",\"Year\":\"2019\",\"Month\":\"10\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"31639380\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.ijpsycho.2019.10.002\",\"@IdType\":\"doi\"},{\"#text\":\"S0167-8760(19)30511-2\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"31639380\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1872-7697\",\"@IssnType\":\"Electronic\"},\"Title\":\"International + journal of psychophysiology : official journal of the International Organization + of Psychophysiology\",\"JournalIssue\":{\"Volume\":\"146\",\"PubDate\":{\"Year\":\"2019\",\"Month\":\"Dec\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Int + J Psychophysiol\"},\"Abstract\":{\"AbstractText\":\"Previous work has shown + that aerobic exercise training is associated with regional changes in functional + activation and improved behavioral outcomes during the Flanker task. However, + it is unknown whether acute aerobic exercise has comparable effects on brain + activation during the Flanker task. The aim of this study was to examine the + effects of an acute bout of moderate-intensity bicycle exercise on Flanker + task functional activation and behavioral performance in older adults. Thirty-two + healthy older adults (66.2\u202F\xB1\u202F7.3\u202Fyears) performed two experimental + visits that included 30-min of aerobic exercise and a rest condition on separate + days. After each condition, participants performed the Flanker task during + an fMRI scan. Significantly greater functional activation (incongruent\u202F>\u202Fcongruent) + was found in the left inferior frontal gyrus and inferior parietal lobule + after exercise compared to rest. A main effect of exercise was also observed + on Flanker task performance with greater accuracy in both incongruent and + congruent trials, suggesting the effects of acute exercise on Flanker performance + are general across Flanker trial types. Conversely, greater executive control-related + functional activations after performing a single session of exercise suggests + enhanced functional processing while engaging in task conditions requiring + disproportionately greater amounts of executive control.\",\"CopyrightInformation\":\"Copyright + \xA9 2019 Elsevier B.V. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Junyeon\",\"Initials\":\"J\",\"LastName\":\"Won\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Kinesiology, University of Maryland, College Park, MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Alfonso + J\",\"Initials\":\"AJ\",\"LastName\":\"Alfini\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Mental Health, Johns Hopkins Bloomberg School of Public Health, Baltimore, + MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lauren R\",\"Initials\":\"LR\",\"LastName\":\"Weiss\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Kinesiology, University of Maryland, College Park, MD, USA; Program in + Neuroscience and Cognitive Science, University of Maryland, College Park, + MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Daniel D\",\"Initials\":\"DD\",\"LastName\":\"Callow\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Kinesiology, University of Maryland, College Park, MD, USA; Program in + Neuroscience and Cognitive Science, University of Maryland, College Park, + MD, USA.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"J Carson\",\"Initials\":\"JC\",\"LastName\":\"Smith\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Kinesiology, University of Maryland, College Park, MD, USA; Program in + Neuroscience and Cognitive Science, University of Maryland, College Park, + MD, USA. Electronic address: carson@umd.edu.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"248\",\"StartPage\":\"240\",\"MedlinePgn\":\"240-248\"},\"ArticleDate\":{\"Day\":\"19\",\"Year\":\"2019\",\"Month\":\"10\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.ijpsycho.2019.10.002\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0167-8760(19)30511-2\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Brain + activation during executive control after acute exercise in older adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"},{\"@UI\":\"D013486\",\"#text\":\"Research + Support, U.S. Gov't, Non-P.H.S.\"}]}},\"DateRevised\":{\"Day\":\"22\",\"Year\":\"2020\",\"Month\":\"06\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Acute + exercise\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Brain + health\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Executive control\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Flanker + task\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fMRI\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"22\",\"Year\":\"2020\",\"Month\":\"06\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D001288\",\"#text\":\"Attention\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D002540\",\"#text\":\"Cerebral + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D056344\",\"#text\":\"Executive + Function\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D015444\",\"#text\":\"Exercise\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D011597\",\"#text\":\"Psychomotor + Performance\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"Netherlands\",\"MedlineTA\":\"Int + J Psychophysiol\",\"ISSNLinking\":\"0167-8760\",\"NlmUniqueID\":\"8406214\"}}},\"semantic_scholar\":{\"year\":2019,\"title\":\"Brain + activation during executive control after acute exercise in older adults.\",\"venue\":\"International + Journal of Psychophysiology\",\"authors\":[{\"name\":\"Junyeon Won\",\"authorId\":\"46178531\"},{\"name\":\"Alfonso + J Alfini\",\"authorId\":\"5368783\"},{\"name\":\"L. Weiss\",\"authorId\":\"32153904\"},{\"name\":\"Daniel + D. Callow\",\"authorId\":\"50633307\"},{\"name\":\"J. Smith\",\"authorId\":\"153015758\"}],\"paperId\":\"554c78de6211a7ec85210692a1734322974f11a5\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":null,\"license\":null,\"disclaimer\":\"Notice: + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.ijpsycho.2019.10.002?email= + or https://doi.org/10.1016/j.ijpsycho.2019.10.002, which is subject to the + license by the author or copyright owner provided with this content. Please + go to the source to verify the license and copyright information for your + use.\"},\"publicationDate\":\"2019-12-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-04T17:07:58.811960+00:00\",\"analyses\":[{\"id\":\"UyLxH4xMgq8p\",\"user\":null,\"name\":\"Frontal + lobes\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Comparison + of executive control-related activation (incongruent minus congruent) between + the exercise and rest conditions in ten brain regions. The region numbers + correspond to the regions in the brain activation maps identified in Fig. + 1.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"7e8enU2Rwb4i\",\"coordinates\":[-29.0,-85.0,19.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.135}]},{\"id\":\"w4kP8baBgY87\",\"coordinates\":[-23.0,-69.0,37.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.188}]},{\"id\":\"dDxpKbSqbGuR\",\"coordinates\":[-33.0,23.0,-11.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.02}]},{\"id\":\"xuvbsdFk3kRS\",\"coordinates\":[-49.0,1.0,35.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.108}]}],\"images\":[]},{\"id\":\"EgKXxzozeRFb\",\"user\":null,\"name\":\"Parietal + lobes\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Comparison + of executive control-related activation (incongruent minus congruent) between + the exercise and rest conditions in ten brain regions. The region numbers + correspond to the regions in the brain activation maps identified in Fig. + 1.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"jnZgS5xTCLr2\",\"coordinates\":[33.0,-57.0,47.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.3}]},{\"id\":\"SwbBytRqttpV\",\"coordinates\":[-45.0,-47.0,53.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.0007}]},{\"id\":\"ywmugS5u8agz\",\"coordinates\":[-47.0,-39.0,43.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.0004}]},{\"id\":\"3s3fu5LpUmQr\",\"coordinates\":[25.0,-65.0,57.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.242}]}],\"images\":[]},{\"id\":\"eA6kNiYoKx3C\",\"user\":null,\"name\":\"Occipital + lobes\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv\"},\"original_table_id\":\"t0015\"},\"table_metadata\":{\"table_id\":\"t0015\",\"table_label\":\"Table + 3\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/31639380-10-1016-j-ijpsycho-2019-10-002/tables/t0015_coordinates.csv\"},\"sanitized_table_id\":\"t0015\"},\"description\":\"Comparison + of executive control-related activation (incongruent minus congruent) between + the exercise and rest conditions in ten brain regions. The region numbers + correspond to the regions in the brain activation maps identified in Fig. + 1.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"G8G6wbrjg2W9\",\"coordinates\":[37.0,-87.0,21.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.223}]},{\"id\":\"UPN2prtQsfVu\",\"coordinates\":[43.0,-71.0,-11.0],\"kind\":null,\"space\":\"TAL\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":0.05}]}],\"images\":[]}]},{\"id\":\"wSVVKjiiMKAC\",\"created_at\":\"2025-12-03T23:46:58.300339+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Effects + of Tai Chi on working memory in older adults: evidence from combined fNIRS + and ERP\",\"description\":\"OBJECTIVE: The study aimed to investigate the + effects of a 12-week Tai Chi exercise intervention on working memory in older + adults using ERP-fNIRS.\\n\\nMETHOD: Fifty older adults were randomly assigned + to either an experimental group receiving a 12-week Tai Chi exercise intervention + or a control group receiving regular daily activities. Working memory was + assessed using the n-back task before and after the intervention, and spatial + and temporal components of neural function underlying the n-back task were + measured using ERP-fNIRS.\\n\\nRESULTS: The experimental group demonstrated + significant improvements in reaction time and accuracy on the 2-back task + and showed higher activation levels in the R-DLPFC. Additionally, the Tai + Chi group displayed significant increases in P3 amplitude in the overall n-back + task.\\n\\nCONCLUSION: These findings suggest that Tai Chi interventions can + enhance working memory in older adults, as evidenced by increasing neural + activity and improving HbO in the R-DLPFC during the 2-back task.\",\"publication\":\"Frontiers + in Aging Neuroscience\",\"doi\":\"10.3389/fnagi.2023.1206891\",\"pmid\":\"37455937\",\"authors\":\"Chen + Wang; Yuanfu Dai; Yuan Yang; Xiaoxia Yuan; Meng-Kai Zhang; J. Zeng; Xiaoke + Zhong; Jiao Meng; Changhao Jiang\",\"year\":2023,\"metadata\":{\"slug\":\"37455937-10-3389-fnagi-2023-1206891-pmc10340122\",\"source\":\"semantic_scholar\",\"keywords\":[\"ERP\",\"Tai + Chi\",\"fNIRS\",\"older adults\",\"working memory\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"16\",\"Year\":\"2023\",\"Month\":\"4\",\"@PubStatus\":\"received\"},{\"Day\":\"13\",\"Year\":\"2023\",\"Month\":\"6\",\"@PubStatus\":\"accepted\"},{\"Day\":\"17\",\"Hour\":\"6\",\"Year\":\"2023\",\"Month\":\"7\",\"Minute\":\"42\",\"@PubStatus\":\"medline\"},{\"Day\":\"17\",\"Hour\":\"6\",\"Year\":\"2023\",\"Month\":\"7\",\"Minute\":\"41\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"17\",\"Hour\":\"4\",\"Year\":\"2023\",\"Month\":\"7\",\"Minute\":\"18\",\"@PubStatus\":\"entrez\"},{\"Day\":\"1\",\"Year\":\"2023\",\"Month\":\"1\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"37455937\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC10340122\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fnagi.2023.1206891\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"Baddeley + A. (2012). Working memory: theories, models, and controversies. Annu. Rev. + Psychol. 63 1\u201329. 10.1146/annurev-psych-120710-100422\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1146/annurev-psych-120710-100422\",\"@IdType\":\"doi\"},{\"#text\":\"21961947\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Barbey + A. K., Koenigs M., Grafman J. (2013). Dorsolateral prefrontal contributions + to human working memory. Cortex 49 1195\u20131205. 10.1016/j.cortex.2012.05.022\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cortex.2012.05.022\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3495093\",\"@IdType\":\"pmc\"},{\"#text\":\"22789779\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chang + Y., Huang C., Chen K., Hung T. (2013). Physical activity and working memory + in healthy older adults: an erp study. Psychophysiology 50 1174\u20131182. + 10.1111/psyp.12089\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/psyp.12089\",\"@IdType\":\"doi\"},{\"#text\":\"24308044\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chen + Y., Lu Y., Zhou C., Wang X. (2020). The effects of aerobic exercise on working + memory in methamphetamine-dependent patients: evidence from combined fnirs + and erp. Psychol. Sport Exerc. 49:101685. 10.1016/j.psychsport.2020.101685\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.psychsport.2020.101685\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Daffner + K. R., Chong H., Sun X., Tarbi E. C., Riis J. L., McGinnis S. M., et al. (2011). + Mechanisms underlying age- and performance-related differences in working + memory. J. Cogn. Neurosci. 23 1298\u20131314. 10.1162/jocn.2010.21540\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1162/jocn.2010.21540\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3076134\",\"@IdType\":\"pmc\"},{\"#text\":\"20617886\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Delorme + A., Makeig S. (2004). Eeglab: an open source toolbox for analysis of single-trial + eeg dynamics including independent component analysis. J. Neurosci. Methods + 134 9\u201321. 10.1016/j.jneumeth.2003.10.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jneumeth.2003.10.009\",\"@IdType\":\"doi\"},{\"#text\":\"15102499\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Diamond + A., Lee K. (2011). Interventions shown to aid executive function development + in children 4 to 12 years old. Science 333 959\u2013964. 10.1126/science.1204529\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.1204529\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3159917\",\"@IdType\":\"pmc\"},{\"#text\":\"21852486\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Faul + F., Erdfelder E., Lang A. G., Buchner A. (2007). G*power 3: a flexible statistical + power analysis program for the social, behavioral, and biomedical sciences. + Behav. Res. Methods 39 175\u2013191. 10.3758/bf03193146\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/bf03193146\",\"@IdType\":\"doi\"},{\"#text\":\"17695343\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Friedl-Werner + A., Brauns K., Gunga H., K\xFChn S., Stahn A. C. (2020). Exercise-induced + changes in brain activity during memory encoding and retrieval after long-term + bed rest. Neuroimage 223:117359. 10.1016/j.neuroimage.2020.117359\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2020.117359\",\"@IdType\":\"doi\"},{\"#text\":\"32919056\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Glazer + J. E., Kelley N. J., Pornpattananangkul N., Mittal V. A., Nusslock R. (2018). + Beyond the frn: broadening the time-course of eeg and erp components implicated + in reward processing. Int. J. Psychophysiol. 132 184\u2013202. 10.1016/j.ijpsycho.2018.02.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.ijpsycho.2018.02.002\",\"@IdType\":\"doi\"},{\"#text\":\"29454641\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Kramer + A. F., Erickson K. I. (2007). Capitalizing on cortical plasticity: influence + of physical activity on cognition and brain function. Trends Cogn. Sci. 11 + 342\u2013348. 10.1016/j.tics.2007.06.009\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.tics.2007.06.009\",\"@IdType\":\"doi\"},{\"#text\":\"17629545\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lam + L. C. W., Chau R. C. M., Wong B. M. L., Fung A. W. T., Lui V. W. C., Tam C. + C. W., et al. (2011). Interim follow-up of a randomized controlled trial comparing + chinese style mind body (tai chi) and stretching exercises on cognitive function + in subjects at risk of progressive cognitive decline. Int. J. Geriatr. Psychiatry + 26 733\u2013740. 10.1002/gps.2602\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1002/gps.2602\",\"@IdType\":\"doi\"},{\"#text\":\"21495078\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Langlois + F., Vu T. T. M., Chasse K., Dupuis G., Kergoat M. J., Bherer L. (2013). Benefits + of physical exercise training on cognition and quality of life in frail older + adults. J. Gerontol. Ser. B Psychol. Sci. Soc. Sci. 68 400\u2013404. 10.1093/geronb/gbs069\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/geronb/gbs069\",\"@IdType\":\"doi\"},{\"#text\":\"22929394\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Law + C., Lam F. M., Chung R. C., Pang M. Y. (2020). Physical exercise attenuates + cognitive decline and reduces behavioural problems in people with mild cognitive + impairment and dementia: a systematic review. J. Physiother. 66 9\u201318. + 10.1016/j.jphys.2019.11.014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jphys.2019.11.014\",\"@IdType\":\"doi\"},{\"#text\":\"31843427\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Leff + D. R., Orihuela-Espina F., Elwell C. E., Athanasiou T., Delpy D. T., Darzi + A. W., et al. (2011). Assessment of the cerebral cortex during motor task + behaviours in adults: a systematic review of functional near infrared spectroscopy + (fnirs) studies. Neuroimage 54 2922\u20132936. 10.1016/j.neuroimage.2010.10.058\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2010.10.058\",\"@IdType\":\"doi\"},{\"#text\":\"21029781\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lenartowicz + A., Truong H., Enriquez K. D., Webster J., Pochon J., Rissman J., et al. (2021). + Neurocognitive subprocesses of working memory performance. Cogn. Affect. Behav. + Neurosci. 21 1130\u20131152. 10.3758/s13415-021-00924-7\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3758/s13415-021-00924-7\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8563426\",\"@IdType\":\"pmc\"},{\"#text\":\"34155599\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Livingston + G., Sommerlad A., Orgeta V., Costafreda S. G., Huntley J., Ames D., et al. + (2017). Dementia prevention, intervention, and care. Lancet 390 2673\u20132734. + 10.1016/S0140-6736(17)31363-6\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/S0140-6736(17)31363-6\",\"@IdType\":\"doi\"},{\"#text\":\"28735855\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Loprinzi + P. D. (2018). Intensity-specific effects of acute exercise on human memory + function: considerations for the timing of exercise and the type of memory. + Health Promot. Perspect. 8 255\u2013262. 10.15171/hpp.2018.36\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.15171/hpp.2018.36\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6249493\",\"@IdType\":\"pmc\"},{\"#text\":\"30479978\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lundstrom + B. N., Ingvar M., Petersson K. M. (2005). The role of precuneus and left inferior + frontal cortex during source memory episodic retrieval. Neuroimage 27 824\u2013834. + 10.1016/j.neuroimage.2005.05.008\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2005.05.008\",\"@IdType\":\"doi\"},{\"#text\":\"15982902\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"McCarthy + G., Puce A., Constable T., Krystal J. H., Gore J. C., Goldman-Rakic P. (1996). + Activation of human prefrontal cortex during spatial and nonspatial working + memory tasks measured by functional mri. Cereb. Cortex 6 600\u2013611. 10.1093/cercor/6.4.600\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1093/cercor/6.4.600\",\"@IdType\":\"doi\"},{\"#text\":\"8670685\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Menon + V., D\u2019Esposito M. (2022). The role of pfc networks in cognitive control + and executive function. Neuropsychopharmacology 47 90\u2013103. 10.1038/s41386-021-01152-w\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41386-021-01152-w\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8616903\",\"@IdType\":\"pmc\"},{\"#text\":\"34408276\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Mitchell + A. J. (2009). A meta-analysis of the accuracy of the mini-mental state examination + in the detection of dementia and mild cognitive impairment. J. Psychiatr. + Res. 43 411\u2013431. 10.1016/j.jpsychires.2008.04.014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jpsychires.2008.04.014\",\"@IdType\":\"doi\"},{\"#text\":\"18579155\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Neuhaus + A. H., Trempler N. R., Hahn E., Luborzewski A., Karl C., Hahn C., et al. (2010). + Evidence of specificity of a visual p3 amplitude modulation deficit in schizophrenia. + Schizophr. Res. 124 119\u2013126. 10.1016/j.schres.2010.08.014\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.schres.2010.08.014\",\"@IdType\":\"doi\"},{\"#text\":\"20805022\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Oberauer + K., Lewandowsky S. (2008). Forgetting in immediate serial recall: decay, temporal + distinctiveness, or interference? Psychol. Rev. 115 544\u2013576. 10.1037/0033-295X.115.3.544\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1037/0033-295X.115.3.544\",\"@IdType\":\"doi\"},{\"#text\":\"18729591\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pinti + P., Tachtsidis I., Hamilton A., Hirsch J., Aichelburg C., Gilbert S., et al. + (2020). The present and future use of functional near-infrared spectroscopy + (fnirs) for cognitive neuroscience. Ann. N. Y. Acad. Sci. 1464 5\u201329. + 10.1111/nyas.13948\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/nyas.13948\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6367070\",\"@IdType\":\"pmc\"},{\"#text\":\"30085354\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Polich + J. (2007). Updating p300: an integrative theory of p3a and p3b. Clin. Neurophysiol. + 118 2128\u20132148. 10.1016/j.clinph.2007.04.019\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.clinph.2007.04.019\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2715154\",\"@IdType\":\"pmc\"},{\"#text\":\"17573239\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Rorden + C., Brett M. (2000). Stereotaxic display of brain lesions. Behav. Neurol. + 12 191\u2013200. 10.1155/2000/421719\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1155/2000/421719\",\"@IdType\":\"doi\"},{\"#text\":\"11568431\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Steinborn + M. B., Huestegge L. (2016). A walk down the lane gives wings to your brain. + Restorative benefits of rest breaks on cognition and self-control. Appl. Cogn. + Psychol. 30 795\u2013805.\"},{\"Citation\":\"Sun J., Kanagawa K., Sasaki J., + Ooki S., Xu H., Wang L. (2015). Tai chi improves cognitive and physical function + in the elderly: a randomized controlled trial. J. Phys. Therapy Sci. 27 1467\u20131471. + 10.1589/jpts.27.1467\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1589/jpts.27.1467\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4483420\",\"@IdType\":\"pmc\"},{\"#text\":\"26157242\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Tarumi + T., Thomas B. P., Tseng B. Y., Wang C., Womack K. B., Hynan L., et al. (2020). + Cerebral white matter integrity in amnestic mild cognitive impairment: a 1-year + randomized controlled trial of aerobic exercise training. J. Alzheimers Dis. + 73 489\u2013501. 10.3233/JAD-190875\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3233/JAD-190875\",\"@IdType\":\"doi\"},{\"#text\":\"31796677\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wayne + P. M., Walsh J. N., Taylor-Piliae R. E., Wells R. E., Papp K. V., Donovan + N. J., et al. (2014). Effect of tai chi on cognitive performance in older + adults: systematic review and meta-analysis. J. Am. Geriatr. Soc. 62 25\u201339. + 10.1111/jgs.12611\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.12611\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4055508\",\"@IdType\":\"pmc\"},{\"#text\":\"24383523\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Worsley + K. J., Friston K. J. (1995). Analysis of fmri time-series revisited\u2013again. + Neuroimage 2 173\u2013181. 10.1006/nimg.1995.1023\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1006/nimg.1995.1023\",\"@IdType\":\"doi\"},{\"#text\":\"9343600\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wu + C., Yi Q., Zheng X., Cui S., Chen B., Lu L., et al. (2019). Effects of mind-body + exercises on cognitive function in older adults: a meta-analysis. J. Am. Geriatr. + Soc. 67 749\u2013758. 10.1111/jgs.15714\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.15714\",\"@IdType\":\"doi\"},{\"#text\":\"30565212\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wu + Y., Wang Y., Burgess E. O., Wu J. (2013). The effects of tai chi exercise + on cognitive function in older adults: a meta-analysis. J. Sport Health Sci. + 2 193\u2013203. 10.1016/j.jshs.2013.09.001\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1016/j.jshs.2013.09.001\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Yang + Y., Chen T., Shao M., Yan S., Yue G. H., Jiang C. (2020). Effects of tai chi + chuan on inhibitory control in elderly women: an fnirs study. Front. Hum. + Neurosci. 13:476. 10.3389/fnhum.2019.00476\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2019.00476\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6988574\",\"@IdType\":\"pmc\"},{\"#text\":\"32038205\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yang + Y., Chen T., Wang C., Zhang J., Yuan X., Zhong X., et al. (2022). Determining + whether tai chi chuan is related to the updating function in older adults: + differences between practitioners and controls. Front. Public Health 10:797351. + 10.3389/fpubh.2022.797351\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fpubh.2022.797351\",\"@IdType\":\"doi\"},{\"#text\":\"PMC9110777\",\"@IdType\":\"pmc\"},{\"#text\":\"35592079\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ye + J., Tak S., Jang K., Jung J., Jang J. (2009). Nirs-spm: statistical parametric + mapping for near-infrared spectroscopy. Neuroimage 44 428\u2013447. 10.1016/j.neuroimage.2008.08.036\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2008.08.036\",\"@IdType\":\"doi\"},{\"#text\":\"18848897\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yeh + G. Y., Wang C., Wayne P. M., Phillips R. S. (2008). The effect of tai chi + exercise on blood pressure: a systematic review. Prevent. Cardiol. 11 82\u201389. + 10.1111/j.1751-7141.2008.07565.x\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/j.1751-7141.2008.07565.x\",\"@IdType\":\"doi\"},{\"#text\":\"18401235\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yerlikaya + D., Emek-Sava\u015F D. D., Bircan Kur\u015Fun B., \xD6ztura O., Yener G. G. + (2018). Electrophysiological and neuropsychological outcomes of severe obstructive + sleep apnea: effects of hypoxemia on cognitive performance. Cogn. Neurodyn. + 12 471\u2013480. 10.1007/s11571-018-9487-z\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s11571-018-9487-z\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6139099\",\"@IdType\":\"pmc\"},{\"#text\":\"30250626\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yeung + M. K., Sze S. L., Woo J., Kwok T., Shum D. H. K., Yu R., et al. (2016). Reduced + frontal activations at high working memory load in mild cognitive impairment: + near-infrared spectroscopy. Dement. Geriatr. Cogn. Disord. 42 278\u2013296. + 10.1159/000450993\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1159/000450993\",\"@IdType\":\"doi\"},{\"#text\":\"27784013\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yu + Y., Zuo E., Doig S. (2022). The differential effects of tai chi vs. Brisk + walking on cognitive function among individuals aged 60 and greater. Front. + Hum. Neurosci. 16:821261. 10.3389/fnhum.2022.821261\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2022.821261\",\"@IdType\":\"doi\"},{\"#text\":\"PMC8968319\",\"@IdType\":\"pmc\"},{\"#text\":\"35370574\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Y\xFCcel + M. A., Selb J. J., Huppert T. J., Franceschini M. A., Boas D. A. (2017). Functional + near infrared spectroscopy: enabling routine functional brain imaging. Curr. + Opin. Biomed. Eng. 4 78\u201386. 10.1016/j.cobme.2017.09.011\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.cobme.2017.09.011\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5810962\",\"@IdType\":\"pmc\"},{\"#text\":\"29457144\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yue + C., Yu Q., Zhang Y., Herold F., Mei J., Kong Z., et al. (2020). Regular tai + chi practice is associated with improved memory as well as structural and + functional alterations of the hippocampus in the elderly. Front. Aging Neurosci. + 12:586770. 10.3389/fnagi.2020.586770\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnagi.2020.586770\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7658399\",\"@IdType\":\"pmc\"},{\"#text\":\"33192481\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"37455937\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"PubMed-not-MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1663-4365\",\"@IssnType\":\"Print\"},\"Title\":\"Frontiers + in aging neuroscience\",\"JournalIssue\":{\"Volume\":\"15\",\"PubDate\":{\"Year\":\"2023\"},\"@CitedMedium\":\"Print\"},\"ISOAbbreviation\":\"Front + Aging Neurosci\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"The study aimed + to investigate the effects of a 12-week Tai Chi exercise intervention on working + memory in older adults using ERP-fNIRS.\",\"@Label\":\"OBJECTIVE\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"Fifty + older adults were randomly assigned to either an experimental group receiving + a 12-week Tai Chi exercise intervention or a control group receiving regular + daily activities. Working memory was assessed using the n-back task before + and after the intervention, and spatial and temporal components of neural + function underlying the n-back task were measured using ERP-fNIRS.\",\"@Label\":\"METHOD\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"The + experimental group demonstrated significant improvements in reaction time + and accuracy on the 2-back task and showed higher activation levels in the + R-DLPFC. Additionally, the Tai Chi group displayed significant increases in + P3 amplitude in the overall n-back task.\",\"@Label\":\"RESULTS\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"These + findings suggest that Tai Chi interventions can enhance working memory in + older adults, as evidenced by increasing neural activity and improving HbO + in the R-DLPFC during the 2-back task.\",\"@Label\":\"CONCLUSION\",\"@NlmCategory\":\"UNASSIGNED\"}],\"CopyrightInformation\":\"Copyright + \xA9 2023 Wang, Dai, Yang, Yuan, Zhang, Zeng, Zhong, Meng and Jiang.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Chen\",\"Initials\":\"C\",\"LastName\":\"Wang\",\"AffiliationInfo\":{\"Affiliation\":\"The + Center of Neuroscience and Sports, Capital University of Physical Education + and Sports, Beijing, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yuanfu\",\"Initials\":\"Y\",\"LastName\":\"Dai\",\"AffiliationInfo\":{\"Affiliation\":\"The + Center of Neuroscience and Sports, Capital University of Physical Education + and Sports, Beijing, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yuan\",\"Initials\":\"Y\",\"LastName\":\"Yang\",\"AffiliationInfo\":{\"Affiliation\":\"College + of Physical Education and Sports, Beijing Normal University, Beijing, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Xiaoxia\",\"Initials\":\"X\",\"LastName\":\"Yuan\",\"AffiliationInfo\":{\"Affiliation\":\"The + Center of Neuroscience and Sports, Capital University of Physical Education + and Sports, Beijing, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Mengjie\",\"Initials\":\"M\",\"LastName\":\"Zhang\",\"AffiliationInfo\":{\"Affiliation\":\"School + of Physical Education and Sport Science, Fujian Normal University, Fuzhou, + China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jia\",\"Initials\":\"J\",\"LastName\":\"Zeng\",\"AffiliationInfo\":{\"Affiliation\":\"The + Center of Neuroscience and Sports, Capital University of Physical Education + and Sports, Beijing, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Xiaoke\",\"Initials\":\"X\",\"LastName\":\"Zhong\",\"AffiliationInfo\":{\"Affiliation\":\"The + Center of Neuroscience and Sports, Capital University of Physical Education + and Sports, Beijing, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jiao\",\"Initials\":\"J\",\"LastName\":\"Meng\",\"AffiliationInfo\":{\"Affiliation\":\"The + Center of Neuroscience and Sports, Capital University of Physical Education + and Sports, Beijing, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Changhao\",\"Initials\":\"C\",\"LastName\":\"Jiang\",\"AffiliationInfo\":[{\"Affiliation\":\"The + Center of Neuroscience and Sports, Capital University of Physical Education + and Sports, Beijing, China.\"},{\"Affiliation\":\"School of Kinesiology and + Health, Capital University of Physical Education and Sports, Beijing, China.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"1206891\",\"MedlinePgn\":\"1206891\"},\"ArticleDate\":{\"Day\":\"29\",\"Year\":\"2023\",\"Month\":\"06\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"1206891\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fnagi.2023.1206891\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Effects + of Tai Chi on working memory in older adults: evidence from combined fNIRS + and ERP.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"18\",\"Year\":\"2023\",\"Month\":\"07\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"ERP\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Tai + Chi\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"fNIRS\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"older + adults\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"working memory\",\"@MajorTopicYN\":\"N\"}]},\"CoiStatement\":\"The + authors declare that the research was conducted in the absence of any commercial + or financial relationships that could be construed as a potential conflict + of interest.\",\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Aging Neurosci\",\"ISSNLinking\":\"1663-4365\",\"NlmUniqueID\":\"101525824\"}}},\"semantic_scholar\":{\"year\":2023,\"title\":\"Effects + of Tai Chi on working memory in older adults: evidence from combined fNIRS + and ERP\",\"venue\":\"Frontiers in Aging Neuroscience\",\"authors\":[{\"name\":\"Chen + Wang\",\"authorId\":\"2146562482\"},{\"name\":\"Yuanfu Dai\",\"authorId\":\"2220861208\"},{\"name\":\"Yuan + Yang\",\"authorId\":\"2143532845\"},{\"name\":\"Xiaoxia Yuan\",\"authorId\":\"2115846965\"},{\"name\":\"Meng-Kai + Zhang\",\"authorId\":\"2153210093\"},{\"name\":\"J. Zeng\",\"authorId\":\"2072983094\"},{\"name\":\"Xiaoke + Zhong\",\"authorId\":\"2153399195\"},{\"name\":\"Jiao Meng\",\"authorId\":\"2209129581\"},{\"name\":\"Changhao + Jiang\",\"authorId\":\"3289217\"}],\"paperId\":\"846728706ce39796442dc89f1677f459c60c087b\",\"abstract\":\"Objective + The study aimed to investigate the effects of a 12-week Tai Chi exercise intervention + on working memory in older adults using ERP-fNIRS. Method Fifty older adults + were randomly assigned to either an experimental group receiving a 12-week + Tai Chi exercise intervention or a control group receiving regular daily activities. + Working memory was assessed using the n-back task before and after the intervention, + and spatial and temporal components of neural function underlying the n-back + task were measured using ERP-fNIRS. Results The experimental group demonstrated + significant improvements in reaction time and accuracy on the 2-back task + and showed higher activation levels in the R-DLPFC. Additionally, the Tai + Chi group displayed significant increases in P3 amplitude in the overall n-back + task. Conclusion These findings suggest that Tai Chi interventions can enhance + working memory in older adults, as evidenced by increasing neural activity + and improving HbO in the R-DLPFC during the 2-back task.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/articles/10.3389/fnagi.2023.1206891/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC10340122, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2023-06-29\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T23:47:20.622103+00:00\",\"analyses\":[{\"id\":\"Usm97aGvHsYS\",\"user\":null,\"name\":\"Location + for each channel.\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001_info.json\",\"table_label\":\"TABLE + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37455937-10-3389-fnagi-2023-1206891-pmc10340122/tables/t2_coordinates.csv\"},\"original_table_id\":\"t2\"},\"table_metadata\":{\"table_id\":\"T2\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/original/fmri_journal/query_875641cf4cbc22f32027447cd62fca27/articles/c28/pmcid_10340122/tables/table_001_info.json\",\"table_label\":\"TABLE + 2\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/37455937-10-3389-fnagi-2023-1206891-pmc10340122/tables/t2_coordinates.csv\"},\"sanitized_table_id\":\"t2\"},\"description\":\"Location + for each channel.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"4mf6jo9KdteS\",\"coordinates\":[22.0,71.0,15.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"VdSpEHSFArsj\",\"coordinates\":[38.0,64.0,7.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"66J3jbvxcK76\",\"coordinates\":[14.0,63.0,34.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"4d4ZJkVspxA6\",\"coordinates\":[23.0,53.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"g2yXMMVihLCn\",\"coordinates\":[14.0,42.0,55.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"U5WavxHra4jC\",\"coordinates\":[33.0,44.0,43.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Jdg364RU7SvA\",\"coordinates\":[45.0,31.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qGvbezh8DELA\",\"coordinates\":[31.0,62.0,24.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"FiJ4eFRo3vZe\",\"coordinates\":[52.0,49.0,-1.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wWhu5MCy6gsf\",\"coordinates\":[48.0,52.0,13.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"tYTGfPT3SdVE\",\"coordinates\":[41.0,51.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"UXfqobjFPos5\",\"coordinates\":[63.0,16.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"PcSyT6WTN49X\",\"coordinates\":[60.0,16.0,31.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"oGpcRMyWwKh2\",\"coordinates\":[59.0,32.0,2.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"zfYcizCKdcQ9\",\"coordinates\":[56.0,37.0,17.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"DnjafD8rxEUv\",\"coordinates\":[52.0,35.0,31.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"NmSH844zmMDj\",\"coordinates\":[-22.0,69.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"Jd22oi9XCGCS\",\"coordinates\":[-37.0,63.0,7.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"GgjvwcUq3rky\",\"coordinates\":[-15.0,62.0,34.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"EY2JxrMosRNL\",\"coordinates\":[-23.0,52.0,41.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"5NQbDTnTsEJc\",\"coordinates\":[-15.0,42.0,54.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"SRnF88ByzaBd\",\"coordinates\":[-32.0,43.0,42.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"vqj37HVG8ESk\",\"coordinates\":[-44.0,30.0,44.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"xzqSsUQNX8X5\",\"coordinates\":[-31.0,61.0,23.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"woQPhrXHt79E\",\"coordinates\":[-50.0,48.0,-1.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"aTeUdCpxA2MQ\",\"coordinates\":[-46.0,51.0,12.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"NoDoxw6yJDst\",\"coordinates\":[-40.0,49.0,28.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"wRvhVd58twxP\",\"coordinates\":[-61.0,15.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"F7oBUYo2HF8F\",\"coordinates\":[-58.0,14.0,30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"qdq5y4LNSB4E\",\"coordinates\":[-56.0,32.0,3.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"3qhHCctXvBjq\",\"coordinates\":[-53.0,37.0,16.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"txfBuJJ2CujG\",\"coordinates\":[-50.0,34.0,29.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"2HNfbZjdRrvt\",\"coordinates\":[-26.0,32.0,55.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]},{\"id\":\"EjC32sAZJRY9\",\"coordinates\":[26.0,33.0,57.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[]}],\"images\":[]}]},{\"id\":\"ycYWaifqVycZ\",\"created_at\":\"2025-12-05T03:53:28.289181+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Prefrontal-parietal + effective connectivity during working memory in older adults\",\"description\":\"Theoretical + models and preceding studies have described age-related alterations in neuronal + activation of frontoparietal regions in a working memory (WM) load-dependent + manner. However, to date, underlying neuronal mechanisms of these WM load-dependent + activation changes in aging remain poorly understood. The aim of this study + was to investigate these mechanisms in terms of effective connectivity by + application of dynamic causal modeling with Bayesian Model Selection. Eighteen + healthy younger (age: 20-32 years) and 32 older (60-75 years) participants + performed an n-back task with 3 WM load levels during functional magnetic + resonance imaging (fMRI). Behavioral and conventional fMRI results replicated + age group by WM load interactions. Importantly, the analysis of effective + connectivity derived from dynamic causal modeling, indicated an age- and performance-related + reduction in WM load-dependent modulation of connectivity from dorsolateral + prefrontal cortex to inferior parietal lobule. This finding provides evidence + for the proposal that age-related WM decline manifests as deficient WM load-dependent + modulation of neuronal top-down control and can integrate implications from + theoretical models and previous studies of functional changes in the aging + brain.\",\"publication\":\"Neurobiology of Aging\",\"doi\":\"10.1016/j.neurobiolaging.2017.05.005\",\"pmid\":\"28578155\",\"authors\":\"S. + Heinzel; R. Lorenz; Q. Duong; M. Rapp; L. Deserno\",\"year\":2017,\"metadata\":{\"slug\":\"28578155-10-1016-j-neurobiolaging-2017-05-005\",\"source\":\"semantic_scholar\",\"keywords\":[\"Aging\",\"Dynamic + causal modeling (DCM)\",\"Effective connectivity\",\"Functional magnetic resonance + imaging (fMRI)\",\"Working memory\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"29\",\"Year\":\"2016\",\"Month\":\"8\",\"@PubStatus\":\"received\"},{\"Day\":\"24\",\"Year\":\"2017\",\"Month\":\"3\",\"@PubStatus\":\"revised\"},{\"Day\":\"2\",\"Year\":\"2017\",\"Month\":\"5\",\"@PubStatus\":\"accepted\"},{\"Day\":\"5\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"6\",\"Minute\":\"0\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"4\",\"Hour\":\"6\",\"Year\":\"2018\",\"Month\":\"1\",\"Minute\":\"0\",\"@PubStatus\":\"medline\"},{\"Day\":\"5\",\"Hour\":\"6\",\"Year\":\"2017\",\"Month\":\"6\",\"Minute\":\"0\",\"@PubStatus\":\"entrez\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"28578155\",\"@IdType\":\"pubmed\"},{\"#text\":\"10.1016/j.neurobiolaging.2017.05.005\",\"@IdType\":\"doi\"},{\"#text\":\"S0197-4580(17)30160-4\",\"@IdType\":\"pii\"}]},\"PublicationStatus\":\"ppublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"28578155\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"1558-1497\",\"@IssnType\":\"Electronic\"},\"Title\":\"Neurobiology + of aging\",\"JournalIssue\":{\"Volume\":\"57\",\"PubDate\":{\"Year\":\"2017\",\"Month\":\"Sep\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Neurobiol + Aging\"},\"Abstract\":{\"AbstractText\":\"Theoretical models and preceding + studies have described age-related alterations in neuronal activation of frontoparietal + regions in a working memory (WM) load-dependent manner. However, to date, + underlying neuronal mechanisms of these WM load-dependent activation changes + in aging remain poorly understood. The aim of this study was to investigate + these mechanisms in terms of effective connectivity by application of dynamic + causal modeling with Bayesian Model Selection. Eighteen healthy younger (age: + 20-32 years) and 32 older (60-75 years) participants performed an n-back task + with 3 WM load levels during functional magnetic resonance imaging (fMRI). + Behavioral and conventional fMRI results replicated age group by WM load interactions. + Importantly, the analysis of effective connectivity derived from dynamic causal + modeling, indicated an age- and performance-related reduction in WM load-dependent + modulation of connectivity from dorsolateral prefrontal cortex to inferior + parietal lobule. This finding provides evidence for the proposal that age-related + WM decline manifests as deficient WM load-dependent modulation of neuronal + top-down control and can integrate implications from theoretical models and + previous studies of functional changes in the aging brain.\",\"CopyrightInformation\":\"Copyright + \xA9 2017 Elsevier Inc. All rights reserved.\"},\"Language\":\"eng\",\"@PubModel\":\"Print-Electronic\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Stephan\",\"Initials\":\"S\",\"LastName\":\"Heinzel\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychology, Freie Universit\xE4t Berlin, Habelschwerdter Allee 45, Berlin + 14195, Germany; Social and Preventive Medicine, University of Potsdam, Am + Neuen Palais 10, Potsdam 14469, Germany; Department of Psychology, Humboldt-Universit\xE4t + zu Berlin, Rudower Chaussee 18, Berlin 12489, Germany. Electronic address: + stephan.heinzel@fu-berlin.de.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Robert + C\",\"Initials\":\"RC\",\"LastName\":\"Lorenz\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry and Psychotherapy, Campus Charit\xE9 Mitte, Charit\xE9, Universit\xE4tsmedizin + Berlin, Charit\xE9platz 1, Berlin 10117, Germany; Max Planck Institute for + Human Development, Lentzeallee 94, Berlin 14195, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Quynh-Lam\",\"Initials\":\"QL\",\"LastName\":\"Duong\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Psychiatry and Psychotherapy, Campus Charit\xE9 Mitte, Charit\xE9, Universit\xE4tsmedizin + Berlin, Charit\xE9platz 1, Berlin 10117, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Michael + A\",\"Initials\":\"MA\",\"LastName\":\"Rapp\",\"AffiliationInfo\":{\"Affiliation\":\"Social + and Preventive Medicine, University of Potsdam, Am Neuen Palais 10, Potsdam + 14469, Germany; Cluster of Excellence NeuroCure, Charit\xE9-Universit\xE4tsmedizin + Berlin, Germany.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Lorenz\",\"Initials\":\"L\",\"LastName\":\"Deserno\",\"AffiliationInfo\":{\"Affiliation\":\"Max + Planck Institute for Human Cognitive and Brain Sciences, Stephanstra\xDFe + 1A, Leipzig, Germany; Department of Child and Adolescent Psychiatry, Psychotherapy + and Psychosomatics, University of Leipzig, Leipzig 04103, Germany.\"}}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"EndPage\":\"27\",\"StartPage\":\"18\",\"MedlinePgn\":\"18-27\"},\"ArticleDate\":{\"Day\":\"10\",\"Year\":\"2017\",\"Month\":\"05\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"10.1016/j.neurobiolaging.2017.05.005\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"},{\"#text\":\"S0197-4580(17)30160-4\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Prefrontal-parietal + effective connectivity during working memory in older adults.\",\"PublicationTypeList\":{\"PublicationType\":[{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"},{\"@UI\":\"D013485\",\"#text\":\"Research Support, Non-U.S. Gov't\"}]}},\"DateRevised\":{\"Day\":\"24\",\"Year\":\"2018\",\"Month\":\"08\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Dynamic + causal modeling (DCM)\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Effective connectivity\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Functional + magnetic resonance imaging (fMRI)\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"Working + memory\",\"@MajorTopicYN\":\"N\"}]},\"DateCompleted\":{\"Day\":\"03\",\"Year\":\"2018\",\"Month\":\"01\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Manual\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D000375\",\"#text\":\"Aging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D001499\",\"#text\":\"Bayes + Theorem\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D008570\",\"#text\":\"Memory, + Short-Term\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"},\"DescriptorName\":{\"@UI\":\"D009434\",\"#text\":\"Neural + Pathways\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D009483\",\"#text\":\"Neuropsychological + Tests\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D010296\",\"#text\":\"Parietal + Lobe\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000503\",\"#text\":\"physiopathology\",\"@MajorTopicYN\":\"Y\"}],\"DescriptorName\":{\"@UI\":\"D017397\",\"#text\":\"Prefrontal + Cortex\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"United + States\",\"MedlineTA\":\"Neurobiol Aging\",\"ISSNLinking\":\"0197-4580\",\"NlmUniqueID\":\"8100437\"}}},\"semantic_scholar\":{\"year\":2017,\"title\":\"Prefrontal-parietal + effective connectivity during working memory in older adults\",\"venue\":\"Neurobiology + of Aging\",\"authors\":[{\"name\":\"S. Heinzel\",\"authorId\":\"4952047\"},{\"name\":\"R. + Lorenz\",\"authorId\":\"39284553\"},{\"name\":\"Q. Duong\",\"authorId\":\"39745056\"},{\"name\":\"M. + Rapp\",\"authorId\":\"1953528\"},{\"name\":\"L. Deserno\",\"authorId\":\"65779171\"}],\"paperId\":\"fb7b7c7fa8087e1c6d08c969221b9c46f5bb283c\",\"abstract\":null,\"isOpenAccess\":false,\"openAccessPdf\":{\"url\":\"\",\"status\":\"CLOSED\",\"license\":null,\"disclaimer\":\"Notice: + The following paper fields have been elided by the publisher: {'abstract'}. + Paper or abstract available at https://api.unpaywall.org/v2/10.1016/j.neurobiolaging.2017.05.005?email= + or https://doi.org/10.1016/j.neurobiolaging.2017.05.005, which is subject + to the license by the author or copyright owner provided with this content. + Please go to the source to verify the license and copyright information for + your use.\"},\"publicationDate\":\"2017-09-01\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-05T03:56:52.803982+00:00\",\"analyses\":[{\"id\":\"fWv8ck63BEsu\",\"user\":null,\"name\":\"tbl2\",\"metadata\":{\"table\":{\"table_number\":2,\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2_coordinates.csv\"},\"original_table_id\":\"tbl2\"},\"table_metadata\":{\"table_id\":\"tbl2\",\"table_label\":\"Table\_2\",\"raw_xml_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2.xml\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/elsevier/extracted/28578155-10-1016-j-neurobiolaging-2017-05-005/tables/tbl2_coordinates.csv\"},\"sanitized_table_id\":\"tbl2\"},\"description\":\"Anatomical + locations and MNI coordinates for the WM load (1-back, 2-back, and 3-back) + by age group (younger vs. older participants) interaction, whole-brain results + reported at p < 0.05, family-wise error-corrected (FWE-corr), k \u2265 5 voxels\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"bQsAqMHvHPdz\",\"coordinates\":[-38.0,-49.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":23.77}]},{\"id\":\"8aepppamPWXp\",\"coordinates\":[-22.0,-69.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":19.31}]},{\"id\":\"US7EfDMqDszS\",\"coordinates\":[-9.0,-69.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":17.01}]},{\"id\":\"HfSNhZhAA8sD\",\"coordinates\":[-25.0,-3.0,52.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":22.39}]},{\"id\":\"q3nFDSnP9cyE\",\"coordinates\":[-9.0,-16.0,13.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":19.46}]},{\"id\":\"9wceGGuK7LCE\",\"coordinates\":[-32.0,17.0,6.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":18.55}]},{\"id\":\"ghJs2gpfmeR5\",\"coordinates\":[14.0,-66.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":18.38}]},{\"id\":\"jHsc3cNDNRDM\",\"coordinates\":[28.0,-6.0,49.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":17.63}]},{\"id\":\"ExzbpvwBDoUx\",\"coordinates\":[31.0,0.0,56.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":17.04}]},{\"id\":\"veEL39tEzNXC\",\"coordinates\":[4.0,13.0,46.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":17.47}]},{\"id\":\"jYhdARDSSHay\",\"coordinates\":[34.0,-59.0,-30.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":16.3}]},{\"id\":\"MbrXwUJHQwsp\",\"coordinates\":[-15.0,0.0,13.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":15.27}]},{\"id\":\"L23GeCvqshXm\",\"coordinates\":[41.0,-39.0,36.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":14.91}]}],\"images\":[]}]},{\"id\":\"YWyEc2qs4zFE\",\"created_at\":\"2025-12-03T16:54:46.525109+00:00\",\"updated_at\":null,\"user\":null,\"name\":\"Exploring + the relationship between physical activity and cognitive function: an fMRI + pilot study in young and older adults\",\"description\":\"BACKGROUND: There + are limited studies exploring the relationship between physical activity (PA), + cognitive function, and the brain processing characteristics in healthy older + adults.\\n\\nMETHODS: A total of 41 participants (42.7\u2009\xB1\u200920.5\u2009years, + 56.1% males) were included in the data analysis. The International Physical + Activity Questionnaire Short Form was used to assess PA levels, and the Chinese + version of the Montreal Cognitive Assessment-Basic and the Flanker task were + employed to evaluate cognitive function. Furthermore, fMRI technology was + utilized to examine brain activation patterns.\\n\\nRESULTS: The cognitive + function of the older adults was found to be significantly lower compared + to the young adults. Within the older adults, those with high levels of PA + exhibited significantly higher cognitive function than those with low and + medium PA levels. The fMRI data showed significant differences in brain activation + patterns among young adults across the different PA levels. However, such + difference was not observed among older adults.\\n\\nCONCLUSION: A decline + in cognitive function was observed among older adults. There was a significant + correlation between the levels of PA and cognitive function in healthy older + adults. The study demonstrated significant effects of PA levels on brain activation + patterns in inhibitory control-related regions among young adults, while not + significant among older adults. The findings suggest that neurological mechanisms + driving the relationship between PA and cognitive function may differ between + older and young adults.\",\"publication\":\"Frontiers in Public Health\",\"doi\":\"10.3389/fpubh.2024.1413492\",\"pmid\":\"39091524\",\"authors\":\"Jie + Feng; Huiqi Song; Yingying Wang; Qichen Zhou; Chenglin Zhou; Jing Jin\",\"year\":2024,\"metadata\":{\"slug\":\"39091524-10-3389-fpubh-2024-1413492-pmc11291347\",\"source\":\"semantic_scholar\",\"keywords\":[\"brain + activation\",\"cognitive function\",\"healthy older adults\",\"inhibitory + control\",\"physical activity\"],\"raw_metadata\":{\"pubmed\":{\"PubmedData\":{\"History\":{\"PubMedPubDate\":[{\"Day\":\"7\",\"Year\":\"2024\",\"Month\":\"4\",\"@PubStatus\":\"received\"},{\"Day\":\"8\",\"Year\":\"2024\",\"Month\":\"7\",\"@PubStatus\":\"accepted\"},{\"Day\":\"2\",\"Hour\":\"6\",\"Year\":\"2024\",\"Month\":\"8\",\"Minute\":\"42\",\"@PubStatus\":\"medline\"},{\"Day\":\"2\",\"Hour\":\"6\",\"Year\":\"2024\",\"Month\":\"8\",\"Minute\":\"41\",\"@PubStatus\":\"pubmed\"},{\"Day\":\"2\",\"Hour\":\"4\",\"Year\":\"2024\",\"Month\":\"8\",\"Minute\":\"28\",\"@PubStatus\":\"entrez\"},{\"Day\":\"18\",\"Year\":\"2024\",\"Month\":\"7\",\"@PubStatus\":\"pmc-release\"}]},\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"39091524\",\"@IdType\":\"pubmed\"},{\"#text\":\"PMC11291347\",\"@IdType\":\"pmc\"},{\"#text\":\"10.3389/fpubh.2024.1413492\",\"@IdType\":\"doi\"}]},\"ReferenceList\":{\"Reference\":[{\"Citation\":\"World + Health Organization . (2024). Ageing and health. Available at: https://www.who.int/newsroom/fact-sheets/detail/ageing-and-health\"},{\"Citation\":\"Law + CK, Lam FM, Chung RC, Pang MY. Physical exercise attenuates cognitive decline + and reduces behavioural problems in people with mild cognitive impairment + and dementia: a systematic review. J Physiother. (2020) 66:9\u201318. doi: + 10.1016/j.jphys.2019.11.014, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jphys.2019.11.014\",\"@IdType\":\"doi\"},{\"#text\":\"31843427\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cunningham + C, O'Sullivan R, Caserotti P, Tully MA. Consequences of physical inactivity + in older adults: a systematic review of reviews and meta-analyses. Scand J + Med Sci Sports. (2020) 30:816\u201327. doi: 10.1111/sms.13616, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/sms.13616\",\"@IdType\":\"doi\"},{\"#text\":\"32020713\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Bittner + N, Jockwitz C, M\xFChleisen TW, Hoffstaedter F, Eickhoff SB, Moebus S, et + al. . Combining lifestyle risks to disentangle brain structure and functional + connectivity differences in older adults. Nat Commun. (2019) 10:621. doi: + 10.1038/s41467-019-08500-x, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41467-019-08500-x\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6365564\",\"@IdType\":\"pmc\"},{\"#text\":\"30728360\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Suzuki + M, Miyai I, Ono T, Oda I, Konishi I, Kochiyama T, et al. . Prefrontal and + premotor cortices are involved in adapting walking and running speed on the + treadmill: an optical imaging study. NeuroImage. (2004) 23:1020\u20136. doi: + 10.1016/j.neuroimage.2004.07.002\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroimage.2004.07.002\",\"@IdType\":\"doi\"},{\"#text\":\"15528102\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Timinkul + A, Kato M, Omori T, Deocaris CC, Ito A, Kizuka T, et al. . Enhancing effect + of cerebral blood volume by mild exercise in healthy young men: a near-infrared + spectroscopy study. Neurosci Res. (2008) 61:242\u20138. doi: 10.1016/j.neures.2008.03.012, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neures.2008.03.012\",\"@IdType\":\"doi\"},{\"#text\":\"18468709\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lindenberger + U. Human cognitive aging: corriger la fortune? Science. (2014) 346:572\u20138. + doi: 10.1126/science.1254403\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1126/science.1254403\",\"@IdType\":\"doi\"},{\"#text\":\"25359964\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Zhu + W, Wadley VG, Howard VJ, Hutto B, Blair SN, Hooker SP. Objectively measured + physical activity and cognitive function in older adults. Med Sci Sports Exerc. + (2017) 49:47\u201353. doi: 10.1249/MSS.0000000000001079, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1249/MSS.0000000000001079\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5161659\",\"@IdType\":\"pmc\"},{\"#text\":\"27580146\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"de + Souto Barreto P, Delrieu J, Andrieu S, Vellas B, Rolland Y. Physical activity + and cognitive function in middle-aged and older adults: an analysis of 104,909 + people from 20 countries. Mayo Clin Proc. (2016) 91:1515\u201324. doi: 10.1016/j.mayocp.2016.06.032\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.mayocp.2016.06.032\",\"@IdType\":\"doi\"},{\"#text\":\"27720454\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Ingold + M, Tulliani N, Chan CCH, Liu KPY. Cognitive function of older adults engaging + in physical activity. BMC Geriatr. (2020) 20:229\u201313. doi: 10.1186/s12877-020-01620-w, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1186/s12877-020-01620-w\",\"@IdType\":\"doi\"},{\"#text\":\"PMC7333382\",\"@IdType\":\"pmc\"},{\"#text\":\"32616014\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Domingos + C, P\xEAgo JM, Santos NC. Effects of physical activity on brain function and + structure in older adults: a systematic review. Behav Brain Res. (2021) 402:113061. + doi: 10.1016/j.bbr.2020.113061\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.bbr.2020.113061\",\"@IdType\":\"doi\"},{\"#text\":\"33359570\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cabeza + R, Dennis NA. Frontal lobes and aging: deterioration and compensation. Principles + Frontal Lobe Function. (2012) 2:628\u201352. doi: 10.1093/med/9780199837755.003.0044\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.1093/med/9780199837755.003.0044\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Annavarapu + RN, Kathi S, Vadla VK. Non-invasive imaging modalities to study neurodegenerative + diseases of aging brain. J Chem Neuroanat. (2019) 95:54\u201369. doi: 10.1016/j.jchemneu.2018.02.006, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.jchemneu.2018.02.006\",\"@IdType\":\"doi\"},{\"#text\":\"29474853\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Lemire-Rodger + S, Lam J, Viviano JD, Stevens WD, Spreng RN, Turner GR. Inhibit, switch, and + update: a within-subject fMRI investigation of executive control. Neuropsychologia. + (2019) 132:107134. doi: 10.1016/j.neuropsychologia.2019.107134, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuropsychologia.2019.107134\",\"@IdType\":\"doi\"},{\"#text\":\"31299188\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Haeger + A, Costa AS, Schulz JB, Reetz K. Cerebral changes improved by physical activity + during cognitive decline: a systematic review on MRI studies. Neuroimage Clin. + (2019) 23:101933. doi: 10.1016/j.nicl.2019.101933, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.nicl.2019.101933\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6699421\",\"@IdType\":\"pmc\"},{\"#text\":\"31491837\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chen + K-L, Xu Y, Chu A-Q, Ding D, Liang X-N, Nasreddine ZS, et al. . Validation + of the Chinese version of Montreal cognitive assessment basic for screening + mild cognitive impairment. J Am Geriatr Soc. (2016) 64:e285\u201390. doi: + 10.1111/jgs.14530, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/jgs.14530\",\"@IdType\":\"doi\"},{\"#text\":\"27996103\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"IPAQ + Research Committee . (2005). Guidelines for data processing and analysis of + the international physical activity questionnaire (IPAQ) \u2013 short and + long forms. Available at:\\nhttps://sites.google.com/site/theipaq/scoring-protocol\"},{\"Citation\":\"Eriksen + BA, Eriksen CW. Effects of noise letters upon the identification of a target + letter in a nonsearch task. Percept Psychophys. (1974) 16:143\u20139. doi: + 10.3758/BF03203267\",\"ArticleIdList\":{\"ArticleId\":{\"#text\":\"10.3758/BF03203267\",\"@IdType\":\"doi\"}}},{\"Citation\":\"Hillman + CH, Pontifex MB, Raine LB, Castelli DM, Hall EE, Kramer AF. The effect of + acute treadmill walking on cognitive control and academic achievement in preadolescent + children. Neuroscience. (2009) 159:1044\u201354. doi: 10.1016/j.neuroscience.2009.01.057, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1016/j.neuroscience.2009.01.057\",\"@IdType\":\"doi\"},{\"#text\":\"PMC2667807\",\"@IdType\":\"pmc\"},{\"#text\":\"19356688\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Hillman + CH, Belopolsky AV, Snook EM, Kramer AF, McAuley E. Physical activity and executive + control: implications for increased cognitive health during older adulthood. + Res Q Exerc Sport. (2004) 75:176\u201385. doi: 10.1080/02701367.2004.10609149, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1080/02701367.2004.10609149\",\"@IdType\":\"doi\"},{\"#text\":\"15209336\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Cameron + TA, Lucas SJE, Machado L. Near-infrared spectroscopy reveals link between + chronic physical activity and anterior frontal oxygenated hemoglobin in healthy + young women. Psychophysiology. (2015) 52:609\u201317. doi: 10.1111/psyp.12394, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1111/psyp.12394\",\"@IdType\":\"doi\"},{\"#text\":\"25495374\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Chuang + L-Y, Hung H-Y, Huang C-J, Chang Y-K, Hung T-M. A 3-month intervention of dance + dance revolution improves interference control in elderly females: a preliminary + investigation. Exp Brain Res. (2015) 233:1181\u20138. doi: 10.1007/s00221-015-4196-x, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1007/s00221-015-4196-x\",\"@IdType\":\"doi\"},{\"#text\":\"25595954\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Gooderham + GK, Ho S, Handy TC. Variability in executive control performance is predicted + by physical activity. Front Hum Neurosci. (2020) 13:463. doi: 10.3389/fnhum.2019.00463, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2019.00463\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6985373\",\"@IdType\":\"pmc\"},{\"#text\":\"32038199\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Wang + M, Gamo NJ, Yang Y, Jin LE, Wang X-J, Laubach M, et al. . Neuronal basis of + age-related working memory decline. Nature. (2011) 476:210\u20133. doi: 10.1038/nature10243, + PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/nature10243\",\"@IdType\":\"doi\"},{\"#text\":\"PMC3193794\",\"@IdType\":\"pmc\"},{\"#text\":\"21796118\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Colcombe + SJ, Kramer AF, Erickson KI, Scalf P, McAuley E, Cohen NJ, et al. . Cardiovascular + fitness, cortical plasticity, and aging. Proc Natl Acad Sci U S A. (2004) + 101:3316\u201321. doi: 10.1073/pnas.0400266101, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1073/pnas.0400266101\",\"@IdType\":\"doi\"},{\"#text\":\"PMC373255\",\"@IdType\":\"pmc\"},{\"#text\":\"14978288\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Yang + Y, Chen T, Shao M, Yan S, Yue GH, Jiang C. Effects of Tai Chi Chuan on inhibitory + control in elderly women: an fNIRS study. Front Hum Neurosci. (2020) 13:476. + doi: 10.3389/fnhum.2019.00476, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2019.00476\",\"@IdType\":\"doi\"},{\"#text\":\"PMC6988574\",\"@IdType\":\"pmc\"},{\"#text\":\"32038205\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Pensel + MC, Daamen M, Scheef L, Knigge HU, Rojas Vega S, Martin JA, et al. . Executive + control processes are associated with individual fitness outcomes following + regular exercise training: blood lactate profile curves and neuroimaging findings. + Sci Rep. (2018) 8:4893. doi: 10.1038/s41598-018-23308-3, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.1038/s41598-018-23308-3\",\"@IdType\":\"doi\"},{\"#text\":\"PMC5861091\",\"@IdType\":\"pmc\"},{\"#text\":\"29559674\",\"@IdType\":\"pubmed\"}]}},{\"Citation\":\"Dupuy + O, Gauthier CJ, Fraser SA, Desjardins-Cr\xE8peau L, Desjardins M, Mekary S, + et al. . Higher levels of cardiovascular fitness are associated with better + executive function and prefrontal oxygenation in younger and older women. + Front Hum Neurosci. (2015) 9:66. doi: 10.3389/fnhum.2015.00066, PMID:\",\"ArticleIdList\":{\"ArticleId\":[{\"#text\":\"10.3389/fnhum.2015.00066\",\"@IdType\":\"doi\"},{\"#text\":\"PMC4332308\",\"@IdType\":\"pmc\"},{\"#text\":\"25741267\",\"@IdType\":\"pubmed\"}]}}]},\"PublicationStatus\":\"epublish\"},\"MedlineCitation\":{\"PMID\":{\"#text\":\"39091524\",\"@Version\":\"1\"},\"@Owner\":\"NLM\",\"@Status\":\"MEDLINE\",\"Article\":{\"Journal\":{\"ISSN\":{\"#text\":\"2296-2565\",\"@IssnType\":\"Electronic\"},\"Title\":\"Frontiers + in public health\",\"JournalIssue\":{\"Volume\":\"12\",\"PubDate\":{\"Year\":\"2024\"},\"@CitedMedium\":\"Internet\"},\"ISOAbbreviation\":\"Front + Public Health\"},\"Abstract\":{\"AbstractText\":[{\"#text\":\"There are limited + studies exploring the relationship between physical activity (PA), cognitive + function, and the brain processing characteristics in healthy older adults.\",\"@Label\":\"BACKGROUND\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"A + total of 41 participants (42.7\u2009\xB1\u200920.5\u2009years, 56.1% males) + were included in the data analysis. The International Physical Activity Questionnaire + Short Form was used to assess PA levels, and the Chinese version of the Montreal + Cognitive Assessment-Basic and the Flanker task were employed to evaluate + cognitive function. Furthermore, fMRI technology was utilized to examine brain + activation patterns.\",\"@Label\":\"METHODS\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"The + cognitive function of the older adults was found to be significantly lower + compared to the young adults. Within the older adults, those with high levels + of PA exhibited significantly higher cognitive function than those with low + and medium PA levels. The fMRI data showed significant differences in brain + activation patterns among young adults across the different PA levels. However, + such difference was not observed among older adults.\",\"@Label\":\"RESULTS\",\"@NlmCategory\":\"UNASSIGNED\"},{\"#text\":\"A + decline in cognitive function was observed among older adults. There was a + significant correlation between the levels of PA and cognitive function in + healthy older adults. The study demonstrated significant effects of PA levels + on brain activation patterns in inhibitory control-related regions among young + adults, while not significant among older adults. The findings suggest that + neurological mechanisms driving the relationship between PA and cognitive + function may differ between older and young adults.\",\"@Label\":\"CONCLUSION\",\"@NlmCategory\":\"UNASSIGNED\"}],\"CopyrightInformation\":\"Copyright + \xA9 2024 Feng, Song, Wang, Zhou, Zhou and Jin.\"},\"Language\":\"eng\",\"@PubModel\":\"Electronic-eCollection\",\"AuthorList\":{\"Author\":[{\"@ValidYN\":\"Y\",\"ForeName\":\"Jie\",\"Initials\":\"J\",\"LastName\":\"Feng\",\"AffiliationInfo\":{\"Affiliation\":\"Department + of Sports Science and Physical Education, The Chinese University of Hong Kong, + Shatin, Hong Kong SAR, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Huiqi\",\"Initials\":\"H\",\"LastName\":\"Song\",\"AffiliationInfo\":{\"Affiliation\":\"The + Jockey Club School of Public Health and Primary Care, The Chinese University + of Hong Kong, Shatin, Hong Kong SAR, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Yingying\",\"Initials\":\"Y\",\"LastName\":\"Wang\",\"AffiliationInfo\":{\"Affiliation\":\"School + of Psychology, Shanghai University of Sport, Shanghai, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Qichen\",\"Initials\":\"Q\",\"LastName\":\"Zhou\",\"AffiliationInfo\":{\"Affiliation\":\"School + of Psychology, Shanghai University of Sport, Shanghai, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Chenglin\",\"Initials\":\"C\",\"LastName\":\"Zhou\",\"AffiliationInfo\":{\"Affiliation\":\"School + of Psychology, Shanghai University of Sport, Shanghai, China.\"}},{\"@ValidYN\":\"Y\",\"ForeName\":\"Jing\",\"Initials\":\"J\",\"LastName\":\"Jin\",\"AffiliationInfo\":[{\"Affiliation\":\"School + of Psychology, Shanghai University of Sport, Shanghai, China.\"},{\"Affiliation\":\"Key + Laboratory of Exercise and Health Sciences of Ministry of Education, Shanghai + University of Sport, Shanghai, China.\"}]}],\"@CompleteYN\":\"Y\"},\"Pagination\":{\"StartPage\":\"1413492\",\"MedlinePgn\":\"1413492\"},\"ArticleDate\":{\"Day\":\"18\",\"Year\":\"2024\",\"Month\":\"07\",\"@DateType\":\"Electronic\"},\"ELocationID\":[{\"#text\":\"1413492\",\"@EIdType\":\"pii\",\"@ValidYN\":\"Y\"},{\"#text\":\"10.3389/fpubh.2024.1413492\",\"@EIdType\":\"doi\",\"@ValidYN\":\"Y\"}],\"ArticleTitle\":\"Exploring + the relationship between physical activity and cognitive function: an fMRI + pilot study in young and older adults.\",\"PublicationTypeList\":{\"PublicationType\":{\"@UI\":\"D016428\",\"#text\":\"Journal + Article\"}}},\"DateRevised\":{\"Day\":\"03\",\"Year\":\"2024\",\"Month\":\"08\"},\"KeywordList\":{\"@Owner\":\"NOTNLM\",\"Keyword\":[{\"#text\":\"brain + activation\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"cognitive function\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"healthy + older adults\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"inhibitory control\",\"@MajorTopicYN\":\"N\"},{\"#text\":\"physical + activity\",\"@MajorTopicYN\":\"N\"}]},\"CoiStatement\":\"The authors declare + that the research was conducted in the absence of any commercial or financial + relationships that could be construed as a potential conflict of interest.\",\"DateCompleted\":{\"Day\":\"02\",\"Year\":\"2024\",\"Month\":\"08\"},\"CitationSubset\":\"IM\",\"@IndexingMethod\":\"Automated\",\"MeshHeadingList\":{\"MeshHeading\":[{\"DescriptorName\":{\"@UI\":\"D006801\",\"#text\":\"Humans\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008279\",\"#text\":\"Magnetic + Resonance Imaging\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D008297\",\"#text\":\"Male\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D005260\",\"#text\":\"Female\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D003071\",\"#text\":\"Cognition\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D010865\",\"#text\":\"Pilot + Projects\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},\"DescriptorName\":{\"@UI\":\"D015444\",\"#text\":\"Exercise\",\"@MajorTopicYN\":\"Y\"}},{\"DescriptorName\":{\"@UI\":\"D000328\",\"#text\":\"Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D008875\",\"#text\":\"Middle + Aged\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000368\",\"#text\":\"Aged\",\"@MajorTopicYN\":\"N\"}},{\"QualifierName\":[{\"@UI\":\"Q000502\",\"#text\":\"physiology\",\"@MajorTopicYN\":\"N\"},{\"@UI\":\"Q000000981\",\"#text\":\"diagnostic + imaging\",\"@MajorTopicYN\":\"N\"}],\"DescriptorName\":{\"@UI\":\"D001921\",\"#text\":\"Brain\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D011795\",\"#text\":\"Surveys + and Questionnaires\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D055815\",\"#text\":\"Young + Adult\",\"@MajorTopicYN\":\"N\"}},{\"DescriptorName\":{\"@UI\":\"D000367\",\"#text\":\"Age + Factors\",\"@MajorTopicYN\":\"N\"}}]},\"MedlineJournalInfo\":{\"Country\":\"Switzerland\",\"MedlineTA\":\"Front + Public Health\",\"ISSNLinking\":\"2296-2565\",\"NlmUniqueID\":\"101616579\"}}},\"semantic_scholar\":{\"year\":2024,\"title\":\"Exploring + the relationship between physical activity and cognitive function: an fMRI + pilot study in young and older adults\",\"venue\":\"Frontiers in Public Health\",\"authors\":[{\"name\":\"Jie + Feng\",\"authorId\":\"2312550627\"},{\"name\":\"Huiqi Song\",\"authorId\":\"2219550158\"},{\"name\":\"Yingying + Wang\",\"authorId\":\"2143442679\"},{\"name\":\"Qichen Zhou\",\"authorId\":\"2116228797\"},{\"name\":\"Chenglin + Zhou\",\"authorId\":\"2271793945\"},{\"name\":\"Jing Jin\",\"authorId\":\"2313473739\"}],\"paperId\":\"d2e4fde535741c710aee0aeb95c0aaee44cbb549\",\"abstract\":\"Background + There are limited studies exploring the relationship between physical activity + (PA), cognitive function, and the brain processing characteristics in healthy + older adults. Methods A total of 41 participants (42.7\u2009\xB1\u200920.5\u2009years, + 56.1% males) were included in the data analysis. The International Physical + Activity Questionnaire Short Form was used to assess PA levels, and the Chinese + version of the Montreal Cognitive Assessment-Basic and the Flanker task were + employed to evaluate cognitive function. Furthermore, fMRI technology was + utilized to examine brain activation patterns. Results The cognitive function + of the older adults was found to be significantly lower compared to the young + adults. Within the older adults, those with high levels of PA exhibited significantly + higher cognitive function than those with low and medium PA levels. The fMRI + data showed significant differences in brain activation patterns among young + adults across the different PA levels. However, such difference was not observed + among older adults. Conclusion A decline in cognitive function was observed + among older adults. There was a significant correlation between the levels + of PA and cognitive function in healthy older adults. The study demonstrated + significant effects of PA levels on brain activation patterns in inhibitory + control-related regions among young adults, while not significant among older + adults. The findings suggest that neurological mechanisms driving the relationship + between PA and cognitive function may differ between older and young adults.\",\"isOpenAccess\":true,\"openAccessPdf\":{\"url\":\"https://www.frontiersin.org/journals/public-health/articles/10.3389/fpubh.2024.1413492/pdf\",\"status\":\"GOLD\",\"license\":\"CCBY\",\"disclaimer\":\"Notice: + Paper or abstract available at https://pmc.ncbi.nlm.nih.gov/articles/PMC11291347, + which is subject to the license by the author or copyright owner provided + with this content. Please go to the source to verify the license and copyright + information for your use.\"},\"publicationDate\":\"2024-07-18\"}}},\"source\":\"llm\",\"source_id\":null,\"source_updated_at\":\"2025-12-03T16:56:15.959036+00:00\",\"analyses\":[{\"id\":\"QJmnapvQwDne\",\"user\":null,\"name\":\"Older + adults vs. young adults\",\"metadata\":{\"table\":{\"table_number\":3,\"table_metadata\":{\"table_id\":\"tab3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab3_coordinates.csv\"},\"original_table_id\":\"tab3\"},\"table_metadata\":{\"table_id\":\"tab3\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_002_info.json\",\"table_label\":\"Table + 3\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab3_coordinates.csv\"},\"sanitized_table_id\":\"tab3\"},\"description\":\"Differences + in brain activation between age groups (incongruent vs. congruent condition).\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"v5gnPKJZtiXP\",\"coordinates\":[12.0,51.0,-9.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.9306}]},{\"id\":\"iy8ATjgav4er\",\"coordinates\":[24.0,21.0,39.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":3.888}]}],\"images\":[]},{\"id\":\"HjeyoZnHdoeX\",\"user\":null,\"name\":\"Young + adults: physically inactive vs. physically active\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tab4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv\"},\"original_table_id\":\"tab4\"},\"table_metadata\":{\"table_id\":\"tab4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv\"},\"sanitized_table_id\":\"tab4\"},\"description\":\"Differences + in brain activation across different physical activity levels and age groups.\",\"conditions\":[],\"weights\":[],\"points\":[{\"id\":\"BXkxqXgNTnwj\",\"coordinates\":[-12.0,54.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-4.58}]},{\"id\":\"naRWMHo6wXiU\",\"coordinates\":[-42.0,-54.0,18.0],\"kind\":null,\"space\":\"MNI\",\"image\":null,\"label_id\":null,\"values\":[{\"kind\":\"T\",\"value\":-4.32}]}],\"images\":[]},{\"id\":\"8NGcEDFiVeeL\",\"user\":null,\"name\":\"Older + adults: physically inactive vs. physically active\",\"metadata\":{\"table\":{\"table_number\":4,\"table_metadata\":{\"table_id\":\"tab4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv\"},\"original_table_id\":\"tab4\"},\"table_metadata\":{\"table_id\":\"tab4\",\"data_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003.csv\",\"info_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/pmcidList_5eb9096cb586613d45edcf8040fe04e6/articles/ea6/pmcid_11291347/tables/table_003_info.json\",\"table_label\":\"Table + 4\",\"coordinates_path\":\"/data/alejandro/projects/ns-pond/source/mega-ni-dataset/pubget_searches/extracted/39091524-10-3389-fpubh-2024-1413492-pmc11291347/tables/tab4_coordinates.csv\"},\"sanitized_table_id\":\"tab4\"},\"description\":\"Differences + in brain activation across different physical activity levels and age groups.\",\"conditions\":[],\"weights\":[],\"points\":[],\"images\":[]}]}],\"studyset_studies\":[{\"id\":\"2v8wxmznWGtn\",\"curation_stub_uuid\":\"b20d8835-000e-471a-ac11-0a027873d0d2\"},{\"id\":\"5MhvfutjuBXP\",\"curation_stub_uuid\":\"dd63b8ed-60eb-45cc-b62b-979421c12608\"},{\"id\":\"5utnj7FPQZYn\",\"curation_stub_uuid\":\"91145b5d-22e7-4d73-93b8-d5a2e388b74d\"},{\"id\":\"5VCqwQyW423m\",\"curation_stub_uuid\":\"719c1a2d-61ee-49e4-9580-f994f7671895\"},{\"id\":\"7aRVSAgS5Xhw\",\"curation_stub_uuid\":\"d6cef787-3131-4f2f-bb5d-2430a78750f8\"},{\"id\":\"7BN5MapyrsrU\",\"curation_stub_uuid\":\"d0802e02-9ee9-41fa-8051-3d1751a327d1\"},{\"id\":\"7uFh3Qcjksn5\",\"curation_stub_uuid\":\"197fea6c-2be4-4173-a78e-d98d94652a96\"},{\"id\":\"7Whipa568J5r\",\"curation_stub_uuid\":\"d661c977-481f-4c38-995f-5d48359e044c\"},{\"id\":\"8pMa8n8vWjYr\",\"curation_stub_uuid\":\"60c88822-a83e-44ac-a704-1eddf271e8d3\"},{\"id\":\"8wcR6B8iVdoC\",\"curation_stub_uuid\":\"d0ff4c8b-7fe6-48fe-8614-0171d19e19b3\"},{\"id\":\"a58oyzcbbGaZ\",\"curation_stub_uuid\":\"ffd0fc03-883e-42be-aed9-90e3adf77582\"},{\"id\":\"ar9DTVHs9PAf\",\"curation_stub_uuid\":\"a2b727d3-0f87-4a31-99f8-71da05e702b1\"},{\"id\":\"B8afHJsbqkAP\",\"curation_stub_uuid\":\"4faa4c12-f488-4e32-b8b3-26f5c0516790\"},{\"id\":\"bTcccVjH7ku6\",\"curation_stub_uuid\":\"b14a04ce-fd38-417c-b37b-6d4e20978e79\"},{\"id\":\"D7ANhxTZR4em\",\"curation_stub_uuid\":\"d7f77a7b-3427-475c-bce4-2717f534aad8\"},{\"id\":\"DbLDoRQi3NZu\",\"curation_stub_uuid\":\"284bc298-f109-45c7-9c5b-93a7cd39be22\"},{\"id\":\"DLLcNXKNqJZM\",\"curation_stub_uuid\":\"adda09da-9ba8-4bd4-9899-9ccc9016ab5b\"},{\"id\":\"doWyCNdwkmwY\",\"curation_stub_uuid\":\"6dabf473-15cf-4ef3-9530-7ac96a7ccc9b\"},{\"id\":\"dvZXoTaieJdA\",\"curation_stub_uuid\":\"5571c71f-c0d1-4752-8d80-82d841825aaf\"},{\"id\":\"DXC84L9Pm7Pw\",\"curation_stub_uuid\":\"9fc3221d-4932-4ea5-9d53-7a76524fc7f4\"},{\"id\":\"eJGXCqvZxzoM\",\"curation_stub_uuid\":\"85cc54b4-9789-44c8-ab65-5ce53099130d\"},{\"id\":\"F6PeZrTfbtKs\",\"curation_stub_uuid\":\"61d101c5-de7c-4fec-830a-6ff3cc16b03c\"},{\"id\":\"GftJQhHBhcAG\",\"curation_stub_uuid\":\"adf15b51-5f4e-4a71-a5f7-81dfd9160aa6\"},{\"id\":\"imZpjSehcmEM\",\"curation_stub_uuid\":\"6c9227d8-f669-4084-a788-1c2490ddc2ef\"},{\"id\":\"J6QdYVwZWddF\",\"curation_stub_uuid\":\"90740ff5-82d1-4e91-9c85-b00adb3446af\"},{\"id\":\"K7AyYJwUj5ML\",\"curation_stub_uuid\":\"b9b7a8d4-1f49-4d0f-9069-355e2dc96e5e\"},{\"id\":\"K9pHHEiFfYqF\",\"curation_stub_uuid\":\"36246113-eb42-4131-ab99-bfeacba8f987\"},{\"id\":\"KB9ULDPpASvH\",\"curation_stub_uuid\":\"fe47d8ae-10b3-495e-b2ab-f0271955b00b\"},{\"id\":\"KD47mLc3nr76\",\"curation_stub_uuid\":\"1455bf1c-0419-4e68-b718-e22c162b9dc5\"},{\"id\":\"kqWunfwffXmQ\",\"curation_stub_uuid\":\"298fdb31-7a4c-4dca-b9a0-b3fa228fc3bd\"},{\"id\":\"LhDecKrEtm2v\",\"curation_stub_uuid\":\"762e8682-8fb8-4092-972a-d311f406fc56\"},{\"id\":\"LLBcP7j4zJcB\",\"curation_stub_uuid\":\"b26502b7-eaf1-4cfa-807b-95383dcb9664\"},{\"id\":\"MTNr8YwnKqNv\",\"curation_stub_uuid\":\"910d1a9a-4647-4464-a09d-e4b29c099850\"},{\"id\":\"NpyJt4hQWaoo\",\"curation_stub_uuid\":\"451229a7-2f3f-4f21-af92-5ef0cf04baa6\"},{\"id\":\"NWsVB7HRR89W\",\"curation_stub_uuid\":\"8e3c5f4e-c1a3-4368-9a69-18991a6f04d6\"},{\"id\":\"o2PMFZ53Gbtj\",\"curation_stub_uuid\":\"f5677013-a5d5-4216-9255-2ac608a3b34f\"},{\"id\":\"oCbt6XuWSVvp\",\"curation_stub_uuid\":\"82966253-43ec-4328-a6ef-10dd65b4aad4\"},{\"id\":\"pSDYT3a7AEAF\",\"curation_stub_uuid\":\"6ce8debf-550f-4308-b787-8f140a27f871\"},{\"id\":\"PuEBcXVh3amA\",\"curation_stub_uuid\":\"9aa39fda-3386-4b6c-b43c-c0a9f903ba4a\"},{\"id\":\"qAdPtRwHse6m\",\"curation_stub_uuid\":\"c0800137-c837-4fef-9216-6cce6d715d36\"},{\"id\":\"seKkS4tSq6Bb\",\"curation_stub_uuid\":\"23504020-5761-4af0-9145-1dbdce9c66ab\"},{\"id\":\"tDKTP8ZrMUWe\",\"curation_stub_uuid\":\"c3e6ddf4-7396-4698-a426-e2f152a49f80\"},{\"id\":\"tj4FavBEnueQ\",\"curation_stub_uuid\":\"46433850-8bdf-4468-8976-1891f36d8412\"},{\"id\":\"TuXKJVc4rRe6\",\"curation_stub_uuid\":\"590bcf8f-fb24-4f21-8294-d62d572cb8e1\"},{\"id\":\"ujpp8bg3uiUe\",\"curation_stub_uuid\":\"713148ce-4bb2-4e2a-878f-9e238f3d2f6f\"},{\"id\":\"USmkQKvjXZpr\",\"curation_stub_uuid\":\"43e33352-0392-4584-ba93-2daf8f6d9c2a\"},{\"id\":\"vG38X6tjWNhu\",\"curation_stub_uuid\":\"5733e670-07c5-407f-b71c-648d32bdfea7\"},{\"id\":\"vS8WrsvyeVgN\",\"curation_stub_uuid\":\"f50d45a2-4495-4cac-abd5-945f2169a4d6\"},{\"id\":\"wHYf38krsnfx\",\"curation_stub_uuid\":\"c1bf81cf-d258-4ed6-a6bb-74887bc553f9\"},{\"id\":\"wSVVKjiiMKAC\",\"curation_stub_uuid\":\"7deb87fd-278a-4d3d-a72c-1f6028a31248\"},{\"id\":\"ycYWaifqVycZ\",\"curation_stub_uuid\":\"68ade8f1-e95c-428f-a614-588e4a114dcf\"},{\"id\":\"YWyEc2qs4zFE\",\"curation_stub_uuid\":\"f16beace-6f5b-4800-a092-b73bb341b62d\"}]}\n" + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:54 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '1691585' + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + User-Agent: + - python-requests/2.32.5 + method: GET + uri: https://neurostore.org/api/annotations/mmaYdBWkKPoQ + response: + body: + string: "{\"id\":\"mmaYdBWkKPoQ\",\"user\":\"github|12564882\",\"username\":\"James + Kent\",\"created_at\":\"2026-03-02T19:31:10.863087+00:00\",\"updated_at\":\"2026-03-04T04:43:28.737506+00:00\",\"studyset\":\"n45qe4g5nrFw\",\"notes\":[{\"id\":\"mmaYdBWkKPoQ_ZKR2mKJ8p36L\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"ZKR2mKJ8p36L\",\"study\":\"2v8wxmznWGtn\",\"study_name\":\"The + Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers\",\"analysis_name\":\"Significant + clusters for non-fallers > fallers, dual-task > single-task\",\"study_year\":2016,\"authors\":\"L. + Nagamatsu; C. Liang Hsu; M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; + P. Graf; B. Beattie; T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; + Hsu Cl; Voss Mw; Chan A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_6FrhK4nNtqqA\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"6FrhK4nNtqqA\",\"study\":\"2v8wxmznWGtn\",\"study_name\":\"The + Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers\",\"analysis_name\":\"Single-task\",\"study_year\":2016,\"authors\":\"L. + Nagamatsu; C. Liang Hsu; M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; + P. Graf; B. Beattie; T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; + Hsu Cl; Voss Mw; Chan A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_cLwh6sBRF3yS\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"cLwh6sBRF3yS\",\"study\":\"2v8wxmznWGtn\",\"study_name\":\"The + Neurocognitive Basis for Impaired Dual-Task Performance in Senior Fallers\",\"analysis_name\":\"Dual-task\",\"study_year\":2016,\"authors\":\"L. + Nagamatsu; C. Liang Hsu; M. Voss; Alison Chan; Niousha Bolandzadeh; T. Handy; + P. Graf; B. Beattie; T. Liu-Ambrose; Jean Mariani; G. Kemoun; Nagamatsu Ls; + Hsu Cl; Voss Mw; Chan A; Bolandzadeh N; Handy Tc; P. Graf; Beattie Bl; Liu-Ambrose\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_fyAmbYQZrmAe\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"fyAmbYQZrmAe\",\"study\":\"5MhvfutjuBXP\",\"study_name\":\"Load + modulation of BOLD response and connectivity predicts working memory performance + in younger and older adults.\",\"analysis_name\":\"25867\",\"study_year\":2011,\"authors\":\"Nagel + IE, Preuschhof C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_35vLK2wSUarM\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"35vLK2wSUarM\",\"study\":\"5MhvfutjuBXP\",\"study_name\":\"Load + modulation of BOLD response and connectivity predicts working memory performance + in younger and older adults.\",\"analysis_name\":\"25868\",\"study_year\":2011,\"authors\":\"Nagel + IE, Preuschhof C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_3qatbKAbjyiG\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"3qatbKAbjyiG\",\"study\":\"5MhvfutjuBXP\",\"study_name\":\"Load + modulation of BOLD response and connectivity predicts working memory performance + in younger and older adults.\",\"analysis_name\":\"25869\",\"study_year\":2011,\"authors\":\"Nagel + IE, Preuschhof C, Li SC, Nyberg L, Backman L, Lindenberger U, Heekeren HR\",\"publication\":\"Journal + of cognitive neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_WUFsoXB9AZ43\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"WUFsoXB9AZ43\",\"study\":\"5VCqwQyW423m\",\"study_name\":\"Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults\",\"analysis_name\":\"Younger > Older\",\"study_year\":2020,\"authors\":\"Victoria + H. Gertel; Haoyun Zhang; Michele T. Diaz\",\"publication\":\"Brain and Language\"},{\"id\":\"mmaYdBWkKPoQ_ZJw5UnpcLA3Q\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"ZJw5UnpcLA3Q\",\"study\":\"5VCqwQyW423m\",\"study_name\":\"Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults\",\"analysis_name\":\"Older > Younger\",\"study_year\":2020,\"authors\":\"Victoria + H. Gertel; Haoyun Zhang; Michele T. Diaz\",\"publication\":\"Brain and Language\"},{\"id\":\"mmaYdBWkKPoQ_W8ZHSveVYgyT\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"W8ZHSveVYgyT\",\"study\":\"5VCqwQyW423m\",\"study_name\":\"Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults\",\"analysis_name\":\"Stroop correlation: all participants\",\"study_year\":2020,\"authors\":\"Victoria + H. Gertel; Haoyun Zhang; Michele T. Diaz\",\"publication\":\"Brain and Language\"},{\"id\":\"mmaYdBWkKPoQ_ouuQz2VUFuSP\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"ouuQz2VUFuSP\",\"study\":\"5VCqwQyW423m\",\"study_name\":\"Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults\",\"analysis_name\":\"Age group X RSFC interaction on Stroop + effect score\",\"study_year\":2020,\"authors\":\"Victoria H. Gertel; Haoyun + Zhang; Michele T. Diaz\",\"publication\":\"Brain and Language\"},{\"id\":\"mmaYdBWkKPoQ_6seuYrrV8VeB\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"6seuYrrV8VeB\",\"study\":\"5VCqwQyW423m\",\"study_name\":\"Stronger + right hemisphere functional connectivity supports executive aspects of language + in older adults\",\"analysis_name\":\"Younger\\u00063> Older\",\"study_year\":2020,\"authors\":\"Victoria + H. Gertel; Haoyun Zhang; Michele T. Diaz\",\"publication\":\"Brain and Language\"},{\"id\":\"mmaYdBWkKPoQ_zYTkfTuTTLPQ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"zYTkfTuTTLPQ\",\"study\":\"5utnj7FPQZYn\",\"study_name\":\"Differential + effects of age on subcomponents of response inhibition\",\"analysis_name\":\"Common + activations during successful inhibition in all three tasks\",\"study_year\":2013,\"authors\":\"Alexandra + Sebastian; Alexandra Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; + B. Hellwig; K. Lieb; C. Weiller; O. T\xFCscher; S. Kl\xF6ppel\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_MGXSRi86UzXJ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"MGXSRi86UzXJ\",\"study\":\"5utnj7FPQZYn\",\"study_name\":\"Differential + effects of age on subcomponents of response inhibition\",\"analysis_name\":\"Go/no-go\",\"study_year\":2013,\"authors\":\"Alexandra + Sebastian; Alexandra Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; + B. Hellwig; K. Lieb; C. Weiller; O. T\xFCscher; S. Kl\xF6ppel\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_adDCMC45F39U\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"adDCMC45F39U\",\"study\":\"5utnj7FPQZYn\",\"study_name\":\"Differential + effects of age on subcomponents of response inhibition\",\"analysis_name\":\"Simon\",\"study_year\":2013,\"authors\":\"Alexandra + Sebastian; Alexandra Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; + B. Hellwig; K. Lieb; C. Weiller; O. T\xFCscher; S. Kl\xF6ppel\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_6VjtVmzisTHc\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"6VjtVmzisTHc\",\"study\":\"5utnj7FPQZYn\",\"study_name\":\"Differential + effects of age on subcomponents of response inhibition\",\"analysis_name\":\"Stop-signal\",\"study_year\":2013,\"authors\":\"Alexandra + Sebastian; Alexandra Sebastian; C. Baldermann; B. Feige; M. Katzev; E. Scheller; + B. Hellwig; K. Lieb; C. Weiller; O. T\xFCscher; S. Kl\xF6ppel\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_VvBT5ecbpg6B\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"VvBT5ecbpg6B\",\"study\":\"7BN5MapyrsrU\",\"study_name\":\"Age-related + differences in cortical recruitment and suppression: implications for cognitive + performance.\",\"analysis_name\":\"Y > O\",\"study_year\":2012,\"authors\":\"Ruchika + Shaurya Prakash; Susie Heo; Michelle W Voss; Beth Patterson; Arthur F Kramer\",\"publication\":\"Behavioural + brain research\"},{\"id\":\"mmaYdBWkKPoQ_xRrAp74gCogF\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"xRrAp74gCogF\",\"study\":\"7BN5MapyrsrU\",\"study_name\":\"Age-related + differences in cortical recruitment and suppression: implications for cognitive + performance.\",\"analysis_name\":\"O > Y\",\"study_year\":2012,\"authors\":\"Ruchika + Shaurya Prakash; Susie Heo; Michelle W Voss; Beth Patterson; Arthur F Kramer\",\"publication\":\"Behavioural + brain research\"},{\"id\":\"mmaYdBWkKPoQ_yDjuiwB5LQdP\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"yDjuiwB5LQdP\",\"study\":\"7BN5MapyrsrU\",\"study_name\":\"Age-related + differences in cortical recruitment and suppression: implications for cognitive + performance.\",\"analysis_name\":\"Y > O-2\",\"study_year\":2012,\"authors\":\"Ruchika + Shaurya Prakash; Susie Heo; Michelle W Voss; Beth Patterson; Arthur F Kramer\",\"publication\":\"Behavioural + brain research\"},{\"id\":\"mmaYdBWkKPoQ_gKSoguk4i56F\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"gKSoguk4i56F\",\"study\":\"7BN5MapyrsrU\",\"study_name\":\"Age-related + differences in cortical recruitment and suppression: implications for cognitive + performance.\",\"analysis_name\":\"O > Y-2\",\"study_year\":2012,\"authors\":\"Ruchika + Shaurya Prakash; Susie Heo; Michelle W Voss; Beth Patterson; Arthur F Kramer\",\"publication\":\"Behavioural + brain research\"},{\"id\":\"mmaYdBWkKPoQ_X8XpHhyqeiQa\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"X8XpHhyqeiQa\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Young\u2013old = Old\u2013old\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_2P7KNDiq9Rgx\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"2P7KNDiq9Rgx\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Face effects\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_NiJy98rtgz5Z\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"NiJy98rtgz5Z\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Location effects\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_JwmRLGe5ZpPc\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"JwmRLGe5ZpPc\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Face WM effects\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_FjfF5j466EDb\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"FjfF5j466EDb\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Location WM effects\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_C9TzVWrcxd82\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"C9TzVWrcxd82\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Young\u2013old > Old\u2013old\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_Hz7twrzZSiV5\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"Hz7twrzZSiV5\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Face WM effects-2\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_jrvUTLYcju74\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"jrvUTLYcju74\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Location WM effects-2\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_MFdrRe3ENnL9\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"MFdrRe3ENnL9\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Old\u2013old > Young\u2013old\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_VZsbN9Vgomsd\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"VZsbN9Vgomsd\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Face WM effects-3\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_oiWsN8mZKyWW\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"oiWsN8mZKyWW\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Location WM effects-3\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_LgW4rXsoKtue\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"LgW4rXsoKtue\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Young\u2013old = Old\u2013old-2\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_nUc3cYVkNw9q\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"nUc3cYVkNw9q\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Old\u2013old > Young\u2013old-2\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_zkSiQYdt6ySA\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"zkSiQYdt6ySA\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"Young\u2013old > High-performing old\u2013old\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_nbFMT9tyccGj\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"nbFMT9tyccGj\",\"study\":\"7aRVSAgS5Xhw\",\"study_name\":\"Neural + Correlates of Working Memory Maintenance in Advanced Aging: Evidence From + fMRI\",\"analysis_name\":\"High-performing old\u2013old > Young\u2013old\",\"study_year\":2018,\"authors\":\"Maki + Suzuki; Toshikazu Kawagoe; S. Nishiguchi; N. Abe; Y. Otsuka; R. Nakai; K. + Asano; M. Yamada; S. Yoshikawa; K. Sekiyama\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_taa9xGu9rhhp\",\"note\":{\"clap\":true,\"included\":null,\"older_adults\":true},\"analysis\":\"taa9xGu9rhhp\",\"study\":\"7uFh3Qcjksn5\",\"study_name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"analysis_name\":\"(A) Executive + control (Inc\u202F>\u202FCon)\",\"study_year\":2019,\"authors\":\"N. Fernandez; + M. Hars; A. Trombetti; Patrik Vuilleumier\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_WgcasyWxZyaw\",\"note\":{\"included\":null,\"older_adults\":true},\"analysis\":\"WgcasyWxZyaw\",\"study\":\"7uFh3Qcjksn5\",\"study_name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"analysis_name\":\"Common activations + across both groups\",\"study_year\":2019,\"authors\":\"N. Fernandez; M. Hars; + A. Trombetti; Patrik Vuilleumier\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_s56ukMvFdqSa\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"s56ukMvFdqSa\",\"study\":\"7uFh3Qcjksn5\",\"study_name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"analysis_name\":\"Older\u202F>\u202FYoung + adults\",\"study_year\":2019,\"authors\":\"N. Fernandez; M. Hars; A. Trombetti; + Patrik Vuilleumier\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_pAsfVNNg3fRJ\",\"note\":{\"clap\":false,\"included\":null,\"older_adults\":true},\"analysis\":\"pAsfVNNg3fRJ\",\"study\":\"7uFh3Qcjksn5\",\"study_name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"analysis_name\":\"(B) Executive + control (Inc\u202F>\u202FCon) - Positively correlated with clinical scores\",\"study_year\":2019,\"authors\":\"N. + Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_MBvN9CRpPadY\",\"note\":{\"clap\":false,\"included\":null,\"older_adults\":true},\"analysis\":\"MBvN9CRpPadY\",\"study\":\"7uFh3Qcjksn5\",\"study_name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"analysis_name\":\"Gait Parameters + (NW)\",\"study_year\":2019,\"authors\":\"N. Fernandez; M. Hars; A. Trombetti; + Patrik Vuilleumier\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_S2Miw4Ahvd7a\",\"note\":{\"clap\":false,\"included\":null,\"older_adults\":true},\"analysis\":\"S2Miw4Ahvd7a\",\"study\":\"7uFh3Qcjksn5\",\"study_name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"analysis_name\":\"Stride length + CV\",\"study_year\":2019,\"authors\":\"N. Fernandez; M. Hars; A. Trombetti; + Patrik Vuilleumier\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_X8smwsqncCN6\",\"note\":{\"clap\":false,\"included\":null,\"older_adults\":true},\"analysis\":\"X8smwsqncCN6\",\"study\":\"7uFh3Qcjksn5\",\"study_name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"analysis_name\":\"Stride time + CV\",\"study_year\":2019,\"authors\":\"N. Fernandez; M. Hars; A. Trombetti; + Patrik Vuilleumier\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_zLvVJwjUFbFe\",\"note\":{\"clap\":false,\"included\":null,\"older_adults\":true},\"analysis\":\"zLvVJwjUFbFe\",\"study\":\"7uFh3Qcjksn5\",\"study_name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"analysis_name\":\"Cognitive assessment\",\"study_year\":2019,\"authors\":\"N. + Fernandez; M. Hars; A. Trombetti; Patrik Vuilleumier\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_G42rYniXPStm\",\"note\":{\"clap\":false,\"included\":null,\"older_adults\":true},\"analysis\":\"G42rYniXPStm\",\"study\":\"7uFh3Qcjksn5\",\"study_name\":\"Age-related + changes in attention control and their relationship with gait performance + in older adults with high risk of falls\",\"analysis_name\":\"Digit Symbol-Coding + test\",\"study_year\":2019,\"authors\":\"N. Fernandez; M. Hars; A. Trombetti; + Patrik Vuilleumier\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_EUTk3vb2zE2o\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"EUTk3vb2zE2o\",\"study\":\"8pMa8n8vWjYr\",\"study_name\":\"Head + over heels but I forget why: Disruptive functional connectivity in older adult + fallers with mild cognitive impairment\",\"analysis_name\":\"DMN\",\"study_year\":2019,\"authors\":\"Rachel + A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose\",\"publication\":\"Behavioural + Brain Research\"},{\"id\":\"mmaYdBWkKPoQ_4oj7SwVPqMxi\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"4oj7SwVPqMxi\",\"study\":\"8pMa8n8vWjYr\",\"study_name\":\"Head + over heels but I forget why: Disruptive functional connectivity in older adult + fallers with mild cognitive impairment\",\"analysis_name\":\"FPN\",\"study_year\":2019,\"authors\":\"Rachel + A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose\",\"publication\":\"Behavioural + Brain Research\"},{\"id\":\"mmaYdBWkKPoQ_8MaDDtLT94Sb\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"8MaDDtLT94Sb\",\"study\":\"8pMa8n8vWjYr\",\"study_name\":\"Head + over heels but I forget why: Disruptive functional connectivity in older adult + fallers with mild cognitive impairment\",\"analysis_name\":\"SMN\",\"study_year\":2019,\"authors\":\"Rachel + A. Crockett; C. Hsu; J. Best; O. Beauchet; T. Liu-Ambrose\",\"publication\":\"Behavioural + Brain Research\"},{\"id\":\"mmaYdBWkKPoQ_rew5qriQZB4u\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"rew5qriQZB4u\",\"study\":\"8wcR6B8iVdoC\",\"study_name\":\"Effects + of in-Scanner Bilateral Frontal tDCS on Functional Connectivity of the Working + Memory Network in Older Adults\",\"analysis_name\":\"t1\",\"study_year\":2019,\"authors\":\"N. + Nissim; A. O'Shea; A. Indahlastari; Rachel Telles; Lindsey Richards; E. Porges; + R. Cohen; A. Woods\",\"publication\":\"Frontiers in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_jWxVJ2Kzmfqz\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"jWxVJ2Kzmfqz\",\"study\":\"B8afHJsbqkAP\",\"study_name\":\"Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial\",\"analysis_name\":\"Allocation group dance (n = 60)\",\"study_year\":2016,\"authors\":\"D. + Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_h5uWTusgMyFs\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"h5uWTusgMyFs\",\"study\":\"B8afHJsbqkAP\",\"study_name\":\"Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial\",\"analysis_name\":\"Allocation group walking (n = 55)\",\"study_year\":2016,\"authors\":\"D. + Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_KRep6Pipdtrz\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"KRep6Pipdtrz\",\"study\":\"B8afHJsbqkAP\",\"study_name\":\"Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial\",\"analysis_name\":\"T3\u2013T2 between-groups difference\",\"study_year\":2016,\"authors\":\"D. + Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_Src4mRw5tVGr\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"Src4mRw5tVGr\",\"study\":\"B8afHJsbqkAP\",\"study_name\":\"Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial\",\"analysis_name\":\"group (treatment received \\t6 walk + coded 0, Dance coded 1) by time (baseline, delayed baseline, T3) interaction + term in random effects model\",\"study_year\":2016,\"authors\":\"D. Merom; + A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_BW7vCMz5xr4X\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"BW7vCMz5xr4X\",\"study\":\"B8afHJsbqkAP\",\"study_name\":\"Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial\",\"analysis_name\":\"T3 vs. T2 one-tailed within-groups + test for improvement\",\"study_year\":2016,\"authors\":\"D. Merom; A. Grunseit; + R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_MC67oYx4wCh5\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"MC67oYx4wCh5\",\"study\":\"B8afHJsbqkAP\",\"study_name\":\"Cognitive + Benefits of Social Dancing and Walking in Old Age: The Dancing Mind Randomized + Controlled Trial\",\"analysis_name\":\"adjusted intervention effect using + Generalized Linear Model with random effects\",\"study_year\":2016,\"authors\":\"D. + Merom; A. Grunseit; R. Eramudugolla; B. Jefferis; J. McNeill; K. Anstey\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_Q25ACBWeNS4H\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"Q25ACBWeNS4H\",\"study\":\"D7ANhxTZR4em\",\"study_name\":\"Neural + and Behavioral Effects of an Adaptive Online Verbal Working Memory Training + in Healthy Middle-Aged Adults\",\"analysis_name\":\"t2\",\"study_year\":2019,\"authors\":\"M\xF3nica + Emch; I. Ripp; Qiong Wu; I. Yakushev; K. Koch\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_gjAmGsCZoKdo\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"gjAmGsCZoKdo\",\"study\":\"D7ANhxTZR4em\",\"study_name\":\"Neural + and Behavioral Effects of an Adaptive Online Verbal Working Memory Training + in Healthy Middle-Aged Adults\",\"analysis_name\":\"t3\",\"study_year\":2019,\"authors\":\"M\xF3nica + Emch; I. Ripp; Qiong Wu; I. Yakushev; K. Koch\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_vfu92dAgt5NK\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"vfu92dAgt5NK\",\"study\":\"DLLcNXKNqJZM\",\"study_name\":\"Increased + neural differentiation after a single session of aerobic exercise in older + adults\",\"analysis_name\":\"Cerebellum\",\"study_year\":2023,\"authors\":\"J. + Purcell; R. Wiley; Junyeon Won; Daniel D. Callow; Lauren Weiss; Alfonso J + Alfini; Yi Wei; J. Carson Smith\",\"publication\":\"Neurobiology of Aging\"},{\"id\":\"mmaYdBWkKPoQ_iPoBJfZrnenZ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"iPoBJfZrnenZ\",\"study\":\"DLLcNXKNqJZM\",\"study_name\":\"Increased + neural differentiation after a single session of aerobic exercise in older + adults\",\"analysis_name\":\"Cerebrum\",\"study_year\":2023,\"authors\":\"J. + Purcell; R. Wiley; Junyeon Won; Daniel D. Callow; Lauren Weiss; Alfonso J + Alfini; Yi Wei; J. Carson Smith\",\"publication\":\"Neurobiology of Aging\"},{\"id\":\"mmaYdBWkKPoQ_279rWYbbqJwj\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"279rWYbbqJwj\",\"study\":\"DXC84L9Pm7Pw\",\"study_name\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease\",\"analysis_name\":\"tbl1\",\"study_year\":2016,\"authors\":\"Keren + Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey + M Hausdorff\",\"publication\":\"Cortex\"},{\"id\":\"mmaYdBWkKPoQ_FTDtuEq6ixaZ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"FTDtuEq6ixaZ\",\"study\":\"DXC84L9Pm7Pw\",\"study_name\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease\",\"analysis_name\":\"Increased connectivity for the incongruent condition\",\"study_year\":2016,\"authors\":\"Keren + Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey + M Hausdorff\",\"publication\":\"Cortex\"},{\"id\":\"mmaYdBWkKPoQ_Ep3hSLniHzc7\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"Ep3hSLniHzc7\",\"study\":\"DXC84L9Pm7Pw\",\"study_name\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease\",\"analysis_name\":\"Patients with PD\",\"study_year\":2016,\"authors\":\"Keren + Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey + M Hausdorff\",\"publication\":\"Cortex\"},{\"id\":\"mmaYdBWkKPoQ_Z4aELpy43zHL\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"Z4aELpy43zHL\",\"study\":\"DXC84L9Pm7Pw\",\"study_name\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease\",\"analysis_name\":\"Healthy controls\",\"study_year\":2016,\"authors\":\"Keren + Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey + M Hausdorff\",\"publication\":\"Cortex\"},{\"id\":\"mmaYdBWkKPoQ_RDjFJxariUgs\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"RDjFJxariUgs\",\"study\":\"DXC84L9Pm7Pw\",\"study_name\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease\",\"analysis_name\":\"Increased connectivity for the congruent condition\",\"study_year\":2016,\"authors\":\"Keren + Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey + M Hausdorff\",\"publication\":\"Cortex\"},{\"id\":\"mmaYdBWkKPoQ_HFaRxBDW2Xhe\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"HFaRxBDW2Xhe\",\"study\":\"DXC84L9Pm7Pw\",\"study_name\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease\",\"analysis_name\":\"Patients with PD-2\",\"study_year\":2016,\"authors\":\"Keren + Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey + M Hausdorff\",\"publication\":\"Cortex\"},{\"id\":\"mmaYdBWkKPoQ_jqeUA5Yaf3Gu\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"jqeUA5Yaf3Gu\",\"study\":\"DXC84L9Pm7Pw\",\"study_name\":\"Alterations + in conflict monitoring are related to functional connectivity in Parkinson's + disease\",\"analysis_name\":\"Healthy controls-2\",\"study_year\":2016,\"authors\":\"Keren + Rosenberg-Katz; Inbal Maidan; Yael Jacob; Nir Giladi; Anat Mirelman; Jeffrey + M Hausdorff\",\"publication\":\"Cortex\"},{\"id\":\"mmaYdBWkKPoQ_XTVAwNVWm5iq\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"XTVAwNVWm5iq\",\"study\":\"DbLDoRQi3NZu\",\"study_name\":\"Resting-state + functional brain connectivity in a predominantly African-American sample of + older adults: exploring links among personality traits, cognitive performance, + and the default mode network\",\"analysis_name\":\"Regions where RSFC with + the PCC was associated with openness\",\"study_year\":2020,\"authors\":\"N. + Crane; J. Hayes; Raymond P. Viviano; T. Bogg; J. Damoiseaux\",\"publication\":\"Personality + Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_nGdpEngE7QvZ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"nGdpEngE7QvZ\",\"study\":\"F6PeZrTfbtKs\",\"study_name\":\"Cognitive + Control Network Homogeneity and Executive Functions in Late-Life Depression.\",\"analysis_name\":\"Increased + ReHo\",\"study_year\":2019,\"authors\":\"M. Respino; M. Hoptman; L. Victoria; + G. Alexopoulos; N. Solomonov; Aliza T. Stein; Maria Coluccio; S. Morimoto; + Chloe Blau; Lila Abreu; K. Burdick; C. Liston; F. Gunning\",\"publication\":\"Biological + Psychiatry: Cognitive Neuroscience and Neuroimaging\"},{\"id\":\"mmaYdBWkKPoQ_ASc8eJJNsEKq\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"ASc8eJJNsEKq\",\"study\":\"F6PeZrTfbtKs\",\"study_name\":\"Cognitive + Control Network Homogeneity and Executive Functions in Late-Life Depression.\",\"analysis_name\":\"ACC + ReHo-Seeded FC\",\"study_year\":2019,\"authors\":\"M. Respino; M. Hoptman; + L. Victoria; G. Alexopoulos; N. Solomonov; Aliza T. Stein; Maria Coluccio; + S. Morimoto; Chloe Blau; Lila Abreu; K. Burdick; C. Liston; F. Gunning\",\"publication\":\"Biological + Psychiatry: Cognitive Neuroscience and Neuroimaging\"},{\"id\":\"mmaYdBWkKPoQ_L4B3fGGwHiMW\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"L4B3fGGwHiMW\",\"study\":\"GftJQhHBhcAG\",\"study_name\":\"Alerting, + Orienting, and Executive Control: The Effect of Bilingualism and Age on the + Subcomponents of Attention\",\"analysis_name\":\"Alerting\",\"study_year\":2019,\"authors\":\"Tanya + Dash; P. Berroir; Y. Joanette; A. Ansaldo\",\"publication\":\"Frontiers in + Neurology\"},{\"id\":\"mmaYdBWkKPoQ_hzjTKj3hAAyh\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"hzjTKj3hAAyh\",\"study\":\"GftJQhHBhcAG\",\"study_name\":\"Alerting, + Orienting, and Executive Control: The Effect of Bilingualism and Age on the + Subcomponents of Attention\",\"analysis_name\":\"Orienting\",\"study_year\":2019,\"authors\":\"Tanya + Dash; P. Berroir; Y. Joanette; A. Ansaldo\",\"publication\":\"Frontiers in + Neurology\"},{\"id\":\"mmaYdBWkKPoQ_p9UieEfJ7TXy\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"p9UieEfJ7TXy\",\"study\":\"GftJQhHBhcAG\",\"study_name\":\"Alerting, + Orienting, and Executive Control: The Effect of Bilingualism and Age on the + Subcomponents of Attention\",\"analysis_name\":\"Executive control\u2227\",\"study_year\":2019,\"authors\":\"Tanya + Dash; P. Berroir; Y. Joanette; A. Ansaldo\",\"publication\":\"Frontiers in + Neurology\"},{\"id\":\"mmaYdBWkKPoQ_UrsXEWrnCFiL\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"UrsXEWrnCFiL\",\"study\":\"J6QdYVwZWddF\",\"study_name\":\"Alteration + of brain function and systemic inflammatory tone in older adults by decreasing + the dietary palmitic acid intake\",\"analysis_name\":\"Salience Network Anterior + Insula Right\",\"study_year\":2023,\"authors\":\"J. Dumas; J. Bunn; M. Lamantia; + Catherine McIsaac; Anna Senft Miller; Olivia Nop; Abigail Testo; Bruno P Soares; + M. Mank; M. Poynter; C. Lawrence Kien\",\"publication\":\"Aging Brain\"},{\"id\":\"mmaYdBWkKPoQ_makhT3USeuUz\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"makhT3USeuUz\",\"study\":\"K7AyYJwUj5ML\",\"study_name\":\"Attention-Related + Brain Activation Is Altered in Older Adults With White Matter Hyperintensities + Using Multi-Echo fMRI\",\"analysis_name\":\"Main effect of HOA (HOA > HYA)\",\"study_year\":2018,\"authors\":\"Sarah + Atwi; Arron W. S. Metcalfe; Andrew Donald Robertson; J. Rezmovitz; N. Anderson; + B. MacIntosh\",\"publication\":\"Frontiers in Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_7jbCLbdhWXyo\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"7jbCLbdhWXyo\",\"study\":\"K7AyYJwUj5ML\",\"study_name\":\"Attention-Related + Brain Activation Is Altered in Older Adults With White Matter Hyperintensities + Using Multi-Echo fMRI\",\"analysis_name\":\"Main effect of HOA (HOA > WMH)\",\"study_year\":2018,\"authors\":\"Sarah + Atwi; Arron W. S. Metcalfe; Andrew Donald Robertson; J. Rezmovitz; N. Anderson; + B. MacIntosh\",\"publication\":\"Frontiers in Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_qwTGEGvszp3S\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"qwTGEGvszp3S\",\"study\":\"K7AyYJwUj5ML\",\"study_name\":\"Attention-Related + Brain Activation Is Altered in Older Adults With White Matter Hyperintensities + Using Multi-Echo fMRI\",\"analysis_name\":\"Main effect of HYA (HYA > WMH)\",\"study_year\":2018,\"authors\":\"Sarah + Atwi; Arron W. S. Metcalfe; Andrew Donald Robertson; J. Rezmovitz; N. Anderson; + B. MacIntosh\",\"publication\":\"Frontiers in Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_qLP3N7ZSjHDa\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"qLP3N7ZSjHDa\",\"study\":\"K7AyYJwUj5ML\",\"study_name\":\"Attention-Related + Brain Activation Is Altered in Older Adults With White Matter Hyperintensities + Using Multi-Echo fMRI\",\"analysis_name\":\"Main effect of WMH (WMH > HYA)\",\"study_year\":2018,\"authors\":\"Sarah + Atwi; Arron W. S. Metcalfe; Andrew Donald Robertson; J. Rezmovitz; N. Anderson; + B. MacIntosh\",\"publication\":\"Frontiers in Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_H4P37vrhByGj\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"H4P37vrhByGj\",\"study\":\"KB9ULDPpASvH\",\"study_name\":\"Age-related + reorganization of functional networks for successful conflict resolution: + A combined functional and structural MRI study\",\"analysis_name\":\"Stroop\u2013mixed + response blocks - Older > young (parsed)\",\"study_year\":2011,\"authors\":\"T. + Schulte; E. M\xFCller-Oehring; S. Chanraud; M. Rosenbloom; A. Pfefferbaum; + E. Sullivan\",\"publication\":\"Neurobiology of Aging\"},{\"id\":\"mmaYdBWkKPoQ_adceCdxh7GrE\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"adceCdxh7GrE\",\"study\":\"KB9ULDPpASvH\",\"study_name\":\"Age-related + reorganization of functional networks for successful conflict resolution: + A combined functional and structural MRI study\",\"analysis_name\":\"Older + > young\",\"study_year\":2011,\"authors\":\"T. Schulte; E. M\xFCller-Oehring; + S. Chanraud; M. Rosenbloom; A. Pfefferbaum; E. Sullivan\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_XdkWgTypNpxR\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"XdkWgTypNpxR\",\"study\":\"KB9ULDPpASvH\",\"study_name\":\"Age-related + reorganization of functional networks for successful conflict resolution: + A combined functional and structural MRI study\",\"analysis_name\":\"Young + > older\",\"study_year\":2011,\"authors\":\"T. Schulte; E. M\xFCller-Oehring; + S. Chanraud; M. Rosenbloom; A. Pfefferbaum; E. Sullivan\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_rwMnt7TVNJeu\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"rwMnt7TVNJeu\",\"study\":\"KB9ULDPpASvH\",\"study_name\":\"Age-related + reorganization of functional networks for successful conflict resolution: + A combined functional and structural MRI study\",\"analysis_name\":\"(A) Incongruent-Nonmatch + versus Incongruent-Match\",\"study_year\":2011,\"authors\":\"T. Schulte; E. + M\xFCller-Oehring; S. Chanraud; M. Rosenbloom; A. Pfefferbaum; E. Sullivan\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_DXoBdSjLCusi\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"DXoBdSjLCusi\",\"study\":\"KB9ULDPpASvH\",\"study_name\":\"Age-related + reorganization of functional networks for successful conflict resolution: + A combined functional and structural MRI study\",\"analysis_name\":\"(B) Congruent-Nonmatch + versus Congruent-Match\",\"study_year\":2011,\"authors\":\"T. Schulte; E. + M\xFCller-Oehring; S. Chanraud; M. Rosenbloom; A. Pfefferbaum; E. Sullivan\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_qgJqqLt2qdmD\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"qgJqqLt2qdmD\",\"study\":\"KD47mLc3nr76\",\"study_name\":\"Neural + patterns underlying the effect of negative distractors on working memory in + older adults\",\"analysis_name\":\"Cognitive load main effect: younger adults\",\"study_year\":2017,\"authors\":\"Noga + Oren; E. Ash; R. Tarrasch; T. Hendler; Nir Giladi; I. Shapira-Lichter\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_p7LZp7MWBGhV\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"p7LZp7MWBGhV\",\"study\":\"KD47mLc3nr76\",\"study_name\":\"Neural + patterns underlying the effect of negative distractors on working memory in + older adults\",\"analysis_name\":\"Cognitive load main effect: older adults\",\"study_year\":2017,\"authors\":\"Noga + Oren; E. Ash; R. Tarrasch; T. Hendler; Nir Giladi; I. Shapira-Lichter\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_eRjzSZtCyBMT\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"eRjzSZtCyBMT\",\"study\":\"KD47mLc3nr76\",\"study_name\":\"Neural + patterns underlying the effect of negative distractors on working memory in + older adults\",\"analysis_name\":\"Cognitive load by group interaction\",\"study_year\":2017,\"authors\":\"Noga + Oren; E. Ash; R. Tarrasch; T. Hendler; Nir Giladi; I. Shapira-Lichter\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_6CqY8NqHDkeX\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"6CqY8NqHDkeX\",\"study\":\"LLBcP7j4zJcB\",\"study_name\":\"Deficient + prefrontal attentional control in late-life generalized anxiety disorder: + an fMRI investigation\",\"analysis_name\":\"NAC>GAD\",\"study_year\":2011,\"authors\":\"Rebecca + B. Price; Rebecca B. Price; Dana A. Eldreth; Jan Mohlman\",\"publication\":\"Translational + Psychiatry\"},{\"id\":\"mmaYdBWkKPoQ_atfmcWhnSbQv\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"atfmcWhnSbQv\",\"study\":\"LLBcP7j4zJcB\",\"study_name\":\"Deficient + prefrontal attentional control in late-life generalized anxiety disorder: + an fMRI investigation\",\"analysis_name\":\"GAD>NAC\",\"study_year\":2011,\"authors\":\"Rebecca + B. Price; Rebecca B. Price; Dana A. Eldreth; Jan Mohlman\",\"publication\":\"Translational + Psychiatry\"},{\"id\":\"mmaYdBWkKPoQ_keNkjQUf4ujs\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"keNkjQUf4ujs\",\"study\":\"LLBcP7j4zJcB\",\"study_name\":\"Deficient + prefrontal attentional control in late-life generalized anxiety disorder: + an fMRI investigation\",\"analysis_name\":\"GAD group\",\"study_year\":2011,\"authors\":\"Rebecca + B. Price; Rebecca B. Price; Dana A. Eldreth; Jan Mohlman\",\"publication\":\"Translational + Psychiatry\"},{\"id\":\"mmaYdBWkKPoQ_prndLAY2crii\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"prndLAY2crii\",\"study\":\"LLBcP7j4zJcB\",\"study_name\":\"Deficient + prefrontal attentional control in late-life generalized anxiety disorder: + an fMRI investigation\",\"analysis_name\":\"NAC group\",\"study_year\":2011,\"authors\":\"Rebecca + B. Price; Rebecca B. Price; Dana A. Eldreth; Jan Mohlman\",\"publication\":\"Translational + Psychiatry\"},{\"id\":\"mmaYdBWkKPoQ_GkaqPhSoeXMs\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"GkaqPhSoeXMs\",\"study\":\"LLBcP7j4zJcB\",\"study_name\":\"Deficient + prefrontal attentional control in late-life generalized anxiety disorder: + an fMRI investigation\",\"analysis_name\":\"GAD group-2\",\"study_year\":2011,\"authors\":\"Rebecca + B. Price; Rebecca B. Price; Dana A. Eldreth; Jan Mohlman\",\"publication\":\"Translational + Psychiatry\"},{\"id\":\"mmaYdBWkKPoQ_nTYCPCYSjurQ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"nTYCPCYSjurQ\",\"study\":\"LLBcP7j4zJcB\",\"study_name\":\"Deficient + prefrontal attentional control in late-life generalized anxiety disorder: + an fMRI investigation\",\"analysis_name\":\"NAC group-2\",\"study_year\":2011,\"authors\":\"Rebecca + B. Price; Rebecca B. Price; Dana A. Eldreth; Jan Mohlman\",\"publication\":\"Translational + Psychiatry\"},{\"id\":\"mmaYdBWkKPoQ_aToFKTuakZhQ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"aToFKTuakZhQ\",\"study\":\"LhDecKrEtm2v\",\"study_name\":\"Overall + reductions in functional brain activation are associated with falls in older + adults: an fMRI study\",\"analysis_name\":\"t2\",\"study_year\":2013,\"authors\":\"L. + Nagamatsu; L. Boyd; C. Hsu; T. Handy; T. Liu-Ambrose\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_V32g8oGc4msv\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"V32g8oGc4msv\",\"study\":\"MTNr8YwnKqNv\",\"study_name\":\"Age-related + differences in the involvement of the prefrontal cortex in attentional control\",\"analysis_name\":\"(A)\",\"study_year\":2009,\"authors\":\"R. + Prakash; K. Erickson; S. Colcombe; Jennifer S. Kim; M. Voss; A. Kramer\",\"publication\":\"Brain + and Cognition\"},{\"id\":\"mmaYdBWkKPoQ_8H9bobfcJQHk\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"8H9bobfcJQHk\",\"study\":\"MTNr8YwnKqNv\",\"study_name\":\"Age-related + differences in the involvement of the prefrontal cortex in attentional control\",\"analysis_name\":\"(B)\",\"study_year\":2009,\"authors\":\"R. + Prakash; K. Erickson; S. Colcombe; Jennifer S. Kim; M. Voss; A. Kramer\",\"publication\":\"Brain + and Cognition\"},{\"id\":\"mmaYdBWkKPoQ_q3PJS9nnQmyT\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"q3PJS9nnQmyT\",\"study\":\"NWsVB7HRR89W\",\"study_name\":\"Both + left and right posterior parietal activations contribute to compensatory processes + in normal aging\",\"analysis_name\":\"T3\",\"study_year\":2012,\"authors\":\"Huang + CM, Polk TA, Goh JO, Park DC\",\"publication\":\"Neuropsychologia\"},{\"id\":\"mmaYdBWkKPoQ_MeqYCosVNRyN\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"MeqYCosVNRyN\",\"study\":\"NWsVB7HRR89W\",\"study_name\":\"Both + left and right posterior parietal activations contribute to compensatory processes + in normal aging\",\"analysis_name\":\"T4\",\"study_year\":2012,\"authors\":\"Huang + CM, Polk TA, Goh JO, Park DC\",\"publication\":\"Neuropsychologia\"},{\"id\":\"mmaYdBWkKPoQ_ShPoM5QXnUi4\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"ShPoM5QXnUi4\",\"study\":\"NWsVB7HRR89W\",\"study_name\":\"Both + left and right posterior parietal activations contribute to compensatory processes + in normal aging\",\"analysis_name\":\"T5\",\"study_year\":2012,\"authors\":\"Huang + CM, Polk TA, Goh JO, Park DC\",\"publication\":\"Neuropsychologia\"},{\"id\":\"mmaYdBWkKPoQ_aN93d77Wm8Nt\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"aN93d77Wm8Nt\",\"study\":\"NpyJt4hQWaoo\",\"study_name\":\"Right + anterior cerebellum BOLD responses reflect age related changes in Simon task + sequential effects\",\"analysis_name\":\"t0010\",\"study_year\":2018,\"authors\":\"D. + Aisenberg; D. Aisenberg; A. Sapir; Alex Close; A. Henik; G. d'Avossa\",\"publication\":\"Neuropsychologia\"},{\"id\":\"mmaYdBWkKPoQ_N259WfACrE2h\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"N259WfACrE2h\",\"study\":\"NpyJt4hQWaoo\",\"study_name\":\"Right + anterior cerebellum BOLD responses reflect age related changes in Simon task + sequential effects\",\"analysis_name\":\"Talairach Coordinates of the Peaks + in the previous target congruency by present target congruency by time multiple + comparison corrected z-transformed map.\",\"study_year\":2018,\"authors\":\"D. + Aisenberg; D. Aisenberg; A. Sapir; Alex Close; A. Henik; G. d'Avossa\",\"publication\":\"Neuropsychologia\"},{\"id\":\"mmaYdBWkKPoQ_UwjfJnKdFeGK\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"UwjfJnKdFeGK\",\"study\":\"PuEBcXVh3amA\",\"study_name\":\"Cardiovascular + risks and brain function: a functional magnetic resonance imaging study of + executive function in older adults\",\"analysis_name\":\"IncLg > ConLg (High + inhibitory executive demand)\",\"study_year\":2014,\"authors\":\"Y. Chuang; + D. Eldreth; K. Erickson; V. Varma; Gregory C. Harris; L. Fried; G. Rebok; + E. Tanner; M. Carlson\",\"publication\":\"Neurobiology of Aging\"},{\"id\":\"mmaYdBWkKPoQ_Qas43VyZ3kqu\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"Qas43VyZ3kqu\",\"study\":\"PuEBcXVh3amA\",\"study_name\":\"Cardiovascular + risks and brain function: a functional magnetic resonance imaging study of + executive function in older adults\",\"analysis_name\":\"IncSm > ConSm (Low + inhibitory executive demand)\",\"study_year\":2014,\"authors\":\"Y. Chuang; + D. Eldreth; K. Erickson; V. Varma; Gregory C. Harris; L. Fried; G. Rebok; + E. Tanner; M. Carlson\",\"publication\":\"Neurobiology of Aging\"},{\"id\":\"mmaYdBWkKPoQ_qp3vU9aa4TfK\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"qp3vU9aa4TfK\",\"study\":\"PuEBcXVh3amA\",\"study_name\":\"Cardiovascular + risks and brain function: a functional magnetic resonance imaging study of + executive function in older adults\",\"analysis_name\":\"IncLg > ConLg\",\"study_year\":2014,\"authors\":\"Y. + Chuang; D. Eldreth; K. Erickson; V. Varma; Gregory C. Harris; L. Fried; G. + Rebok; E. Tanner; M. Carlson\",\"publication\":\"Neurobiology of Aging\"},{\"id\":\"mmaYdBWkKPoQ_FKfNMTTK33MQ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"FKfNMTTK33MQ\",\"study\":\"PuEBcXVh3amA\",\"study_name\":\"Cardiovascular + risks and brain function: a functional magnetic resonance imaging study of + executive function in older adults\",\"analysis_name\":\"IncSm > ConSm\",\"study_year\":2014,\"authors\":\"Y. + Chuang; D. Eldreth; K. Erickson; V. Varma; Gregory C. Harris; L. Fried; G. + Rebok; E. Tanner; M. Carlson\",\"publication\":\"Neurobiology of Aging\"},{\"id\":\"mmaYdBWkKPoQ_ceQR9YdiACKJ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"ceQR9YdiACKJ\",\"study\":\"TuXKJVc4rRe6\",\"study_name\":\"Neurocompensatory + Effects of the Default Network in Older Adults\",\"analysis_name\":\"t2\",\"study_year\":2018,\"authors\":\"B. + Duda; L. Sweet; E. Hallowell; M. Owens\",\"publication\":\"Frontiers in Aging + Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_spatwz2hcKjM\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"spatwz2hcKjM\",\"study\":\"USmkQKvjXZpr\",\"study_name\":\"Task-related + changes in degree centrality and local coherence of the posterior cingulate + cortex after major cardiac surgery in older adults.\",\"analysis_name\":\"644\",\"study_year\":2017,\"authors\":\"Browndyke, + Jeffrey N;Berger, Miles;Smith, Patrick J;Harshbarger, Todd B;Monge, Zachary + A;Panchal, Viral;Bisanar, Tiffany L;Glower, Donald D;Alexander, John H;Cabeza, + Roberto;Welsh-Bohmer, Kathleen;Newman, Mark F;Mathew, Joseph P\",\"publication\":\"Human + brain mapping\"},{\"id\":\"mmaYdBWkKPoQ_imDdj5EjuGMS\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"imDdj5EjuGMS\",\"study\":\"USmkQKvjXZpr\",\"study_name\":\"Task-related + changes in degree centrality and local coherence of the posterior cingulate + cortex after major cardiac surgery in older adults.\",\"analysis_name\":\"645\",\"study_year\":2017,\"authors\":\"Browndyke, + Jeffrey N;Berger, Miles;Smith, Patrick J;Harshbarger, Todd B;Monge, Zachary + A;Panchal, Viral;Bisanar, Tiffany L;Glower, Donald D;Alexander, John H;Cabeza, + Roberto;Welsh-Bohmer, Kathleen;Newman, Mark F;Mathew, Joseph P\",\"publication\":\"Human + brain mapping\"},{\"id\":\"mmaYdBWkKPoQ_QJmnapvQwDne\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"QJmnapvQwDne\",\"study\":\"YWyEc2qs4zFE\",\"study_name\":\"Exploring + the relationship between physical activity and cognitive function: an fMRI + pilot study in young and older adults\",\"analysis_name\":\"Older adults vs. + young adults\",\"study_year\":2024,\"authors\":\"Jie Feng; Huiqi Song; Yingying + Wang; Qichen Zhou; Chenglin Zhou; Jing Jin\",\"publication\":\"Frontiers in + Public Health\"},{\"id\":\"mmaYdBWkKPoQ_HjeyoZnHdoeX\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"HjeyoZnHdoeX\",\"study\":\"YWyEc2qs4zFE\",\"study_name\":\"Exploring + the relationship between physical activity and cognitive function: an fMRI + pilot study in young and older adults\",\"analysis_name\":\"Young adults: + physically inactive vs. physically active\",\"study_year\":2024,\"authors\":\"Jie + Feng; Huiqi Song; Yingying Wang; Qichen Zhou; Chenglin Zhou; Jing Jin\",\"publication\":\"Frontiers + in Public Health\"},{\"id\":\"mmaYdBWkKPoQ_8NGcEDFiVeeL\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"8NGcEDFiVeeL\",\"study\":\"YWyEc2qs4zFE\",\"study_name\":\"Exploring + the relationship between physical activity and cognitive function: an fMRI + pilot study in young and older adults\",\"analysis_name\":\"Older adults: + physically inactive vs. physically active\",\"study_year\":2024,\"authors\":\"Jie + Feng; Huiqi Song; Yingying Wang; Qichen Zhou; Chenglin Zhou; Jing Jin\",\"publication\":\"Frontiers + in Public Health\"},{\"id\":\"mmaYdBWkKPoQ_VJBfuhYRpoRj\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"VJBfuhYRpoRj\",\"study\":\"a58oyzcbbGaZ\",\"study_name\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"analysis_name\":\"0-back + (k>86, alphasim-corr.)\",\"study_year\":2016,\"authors\":\"S. Heinzel; R. + Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_FvLnFXTotMKR\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"FvLnFXTotMKR\",\"study\":\"a58oyzcbbGaZ\",\"study_name\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"analysis_name\":\"1-back + (k>81, alphasim-corr.)\",\"study_year\":2016,\"authors\":\"S. Heinzel; R. + Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_QQbEritoha3C\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"QQbEritoha3C\",\"study\":\"a58oyzcbbGaZ\",\"study_name\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"analysis_name\":\"2-back + (k>85, alphasim-corr.)\",\"study_year\":2016,\"authors\":\"S. Heinzel; R. + Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_UNoj4wZpgrcY\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"UNoj4wZpgrcY\",\"study\":\"a58oyzcbbGaZ\",\"study_name\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"analysis_name\":\"3-back + (k>86, alphasim-corr.)\",\"study_year\":2016,\"authors\":\"S. Heinzel; R. + Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_TWJRTm6n5fbY\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"TWJRTm6n5fbY\",\"study\":\"a58oyzcbbGaZ\",\"study_name\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"analysis_name\":\"1- + & 2-back (k>90, alphasim-corr.)\",\"study_year\":2016,\"authors\":\"S. Heinzel; + R. Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. Stelzel\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_JhnR6UwWtQUF\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"JhnR6UwWtQUF\",\"study\":\"a58oyzcbbGaZ\",\"study_name\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"analysis_name\":\"Sternberg + maintenance 3 & 5 (k>57, alphasim-corr.)\",\"study_year\":2016,\"authors\":\"S. + Heinzel; R. Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. + Stelzel\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_ZxUBwFW9JQiS\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"ZxUBwFW9JQiS\",\"study\":\"a58oyzcbbGaZ\",\"study_name\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"analysis_name\":\"Sternberg + updating 3 & 5 (k>63, alphasim-corr.)\",\"study_year\":2016,\"authors\":\"S. + Heinzel; R. Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. + Stelzel\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_fFFmxGy6SayS\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"fFFmxGy6SayS\",\"study\":\"a58oyzcbbGaZ\",\"study_name\":\"Neural + correlates of training and transfer effects in working memory in older adults\",\"analysis_name\":\"Sternberg + updating 3 & 5 \u2014 overlap with 1- & 2-back\",\"study_year\":2016,\"authors\":\"S. + Heinzel; R. Lorenz; P. Pelz; A. Heinz; H. Walter; N. Kathmann; M. Rapp; C. + Stelzel\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_JJJPwo4inShT\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"JJJPwo4inShT\",\"study\":\"ar9DTVHs9PAf\",\"study_name\":\"Neural + correlates of the sound facilitation effect in the modified Simon task in + older adults\",\"analysis_name\":\"t1\",\"study_year\":2023,\"authors\":\"A. + Manelis; Hang Hu; R. Miceli; S. Satz; M. Schwalbe\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_FVSni8CA2TDq\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"FVSni8CA2TDq\",\"study\":\"ar9DTVHs9PAf\",\"study_name\":\"Neural + correlates of the sound facilitation effect in the modified Simon task in + older adults\",\"analysis_name\":\"The interaction effect of Congruency-by-Sound + on brain activation.\",\"study_year\":2023,\"authors\":\"A. Manelis; Hang + Hu; R. Miceli; S. Satz; M. Schwalbe\",\"publication\":\"Frontiers in Aging + Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_9V93q5B5j3FW\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"9V93q5B5j3FW\",\"study\":\"bTcccVjH7ku6\",\"study_name\":\"Cardiorespiratory + Fitness and Attentional Control in the Aging Brain\",\"analysis_name\":\"INCONGRUENT-ELIGIBLE\u2009>\u2009NEUTRAL + CONTRAST\",\"study_year\":2011,\"authors\":\"R. Prakash; M. Voss; Kirk I. + Erickson; Jason M. Lewis; L. Chaddock; E. Malkowski; H. Alves; Jennifer S. + Kim; A. Szabo; S. White; T. W\xF3jcicki; E. Klamm; E. McAuley; A. F. Kramer\",\"publication\":\"Frontiers + in Human Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_YUTkZWwqFRD6\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"YUTkZWwqFRD6\",\"study\":\"bTcccVjH7ku6\",\"study_name\":\"Cardiorespiratory + Fitness and Attentional Control in the Aging Brain\",\"analysis_name\":\"INCONGRUENT-INELIGIBLE\u2009>\u2009NEUTRAL + CONTRAST\",\"study_year\":2011,\"authors\":\"R. Prakash; M. Voss; Kirk I. + Erickson; Jason M. Lewis; L. Chaddock; E. Malkowski; H. Alves; Jennifer S. + Kim; A. Szabo; S. White; T. W\xF3jcicki; E. Klamm; E. McAuley; A. F. Kramer\",\"publication\":\"Frontiers + in Human Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_avgnNbVgWFAe\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"avgnNbVgWFAe\",\"study\":\"bTcccVjH7ku6\",\"study_name\":\"Cardiorespiratory + Fitness and Attentional Control in the Aging Brain\",\"analysis_name\":\"Local + maxima of cortical regions identified during the incongruent-eligible\u2009>\u2009incongruent-ineligible + contrast that showed a positive association with cardiorespiratory fitness.\",\"study_year\":2011,\"authors\":\"R. + Prakash; M. Voss; Kirk I. Erickson; Jason M. Lewis; L. Chaddock; E. Malkowski; + H. Alves; Jennifer S. Kim; A. Szabo; S. White; T. W\xF3jcicki; E. Klamm; E. + McAuley; A. F. Kramer\",\"publication\":\"Frontiers in Human Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_mKw3WPRryuYB\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"mKw3WPRryuYB\",\"study\":\"doWyCNdwkmwY\",\"study_name\":\"Effects + of Transcranial Direct Current Stimulation Paired With Cognitive Training + on Functional Connectivity of the Working Memory Network in Older Adults\",\"analysis_name\":\"MNI + coordinates for each ROI and radius of sphere.\",\"study_year\":2019,\"authors\":\"N. + Nissim; A. O'Shea; A. Indahlastari; Jessica N. Kraft; Olivia von Mering; S. + Aksu; E. Porges; R. Cohen; A. Woods\",\"publication\":\"Frontiers in Aging + Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_jJ3MLhiNBeG9\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"jJ3MLhiNBeG9\",\"study\":\"dvZXoTaieJdA\",\"study_name\":\"Independent + Contributions of Dorsolateral Prefrontal Structure and Function to Working + Memory in Healthy Older Adults.\",\"analysis_name\":\"Left DLPFC\",\"study_year\":2020,\"authors\":\"N. + Evangelista; A. O'Shea; Jessica N. Kraft; Hanna K. Hausman; Emanuel M. Boutzoukas; + N. Nissim; Alejandro Albizu; Cheshire Hardcastle; Emily J. Van Etten; P. Bharadwaj; + Samantha G. Smith; Hyun Song; G. Hishaw; S. DeKosky; S. Wu; E. Porges; G. + Alexander; M. Marsiske; R. Cohen; A. Woods\",\"publication\":\"Cerebral Cortex\"},{\"id\":\"mmaYdBWkKPoQ_x5Wpn6YTrAwZ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"x5Wpn6YTrAwZ\",\"study\":\"dvZXoTaieJdA\",\"study_name\":\"Independent + Contributions of Dorsolateral Prefrontal Structure and Function to Working + Memory in Healthy Older Adults.\",\"analysis_name\":\"Right DLPFC\",\"study_year\":2020,\"authors\":\"N. + Evangelista; A. O'Shea; Jessica N. Kraft; Hanna K. Hausman; Emanuel M. Boutzoukas; + N. Nissim; Alejandro Albizu; Cheshire Hardcastle; Emily J. Van Etten; P. Bharadwaj; + Samantha G. Smith; Hyun Song; G. Hishaw; S. DeKosky; S. Wu; E. Porges; G. + Alexander; M. Marsiske; R. Cohen; A. Woods\",\"publication\":\"Cerebral Cortex\"},{\"id\":\"mmaYdBWkKPoQ_zA7LJTYYzMX8\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"zA7LJTYYzMX8\",\"study\":\"eJGXCqvZxzoM\",\"study_name\":\"Task-Switching + Performance Improvements After Tai Chi Chuan Training Are Associated With + Greater Prefrontal Activation in Older Adults\",\"analysis_name\":\"Peak Montreal + Neurological Institute (MNI) coordinates and activation details in frontoparietal + regions identified in the disjunction map of the Switch > Non-switch contrast + across groups and time points.\",\"study_year\":2018,\"authors\":\"Meng-Tien + Wu; P. Tang; J. Goh; Tai-Li Chou; Yu-Kai Chang; Y. Hsu; Yu\u2010Jen Chen; + N. Chen; W. Tseng; S. Gau; M. Chiu; C. Lan\",\"publication\":\"Frontiers in + Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_HDMHRg8x9vuJ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"HDMHRg8x9vuJ\",\"study\":\"imZpjSehcmEM\",\"study_name\":\"Relationships + between years of education, regional grey matter volumes, and working memory-related + brain activity in healthy older adults.\",\"analysis_name\":\"43131\",\"study_year\":2017,\"authors\":\"Boller + B, Mellah S, Ducharme-Laliberte G, Belleville S\",\"publication\":\"Brain + imaging and behavior\"},{\"id\":\"mmaYdBWkKPoQ_4izjnm8F7JSf\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"4izjnm8F7JSf\",\"study\":\"imZpjSehcmEM\",\"study_name\":\"Relationships + between years of education, regional grey matter volumes, and working memory-related + brain activity in healthy older adults.\",\"analysis_name\":\"43132\",\"study_year\":2017,\"authors\":\"Boller + B, Mellah S, Ducharme-Laliberte G, Belleville S\",\"publication\":\"Brain + imaging and behavior\"},{\"id\":\"mmaYdBWkKPoQ_8MBiQ3BctKK5\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"8MBiQ3BctKK5\",\"study\":\"imZpjSehcmEM\",\"study_name\":\"Relationships + between years of education, regional grey matter volumes, and working memory-related + brain activity in healthy older adults.\",\"analysis_name\":\"43133\",\"study_year\":2017,\"authors\":\"Boller + B, Mellah S, Ducharme-Laliberte G, Belleville S\",\"publication\":\"Brain + imaging and behavior\"},{\"id\":\"mmaYdBWkKPoQ_6Yrv5vhXadGZ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"6Yrv5vhXadGZ\",\"study\":\"imZpjSehcmEM\",\"study_name\":\"Relationships + between years of education, regional grey matter volumes, and working memory-related + brain activity in healthy older adults.\",\"analysis_name\":\"43134\",\"study_year\":2017,\"authors\":\"Boller + B, Mellah S, Ducharme-Laliberte G, Belleville S\",\"publication\":\"Brain + imaging and behavior\"},{\"id\":\"mmaYdBWkKPoQ_QjWwMatAegUV\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"QjWwMatAegUV\",\"study\":\"kqWunfwffXmQ\",\"study_name\":\"The + association between aerobic fitness and executive function is mediated by + prefrontal cortex volume\",\"analysis_name\":\"t0010\",\"study_year\":2012,\"authors\":\"A. + Weinstein; M. Voss; R. Prakash; L. Chaddock; A. Szabo; S. White; T. W\xF3jcicki; + E. Mailey; E. McAuley; A. Kramer; K. Erickson\",\"publication\":\"Brain, behavior, + and immunity\"},{\"id\":\"mmaYdBWkKPoQ_i5yMrDuuJbTT\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":false},\"analysis\":\"i5yMrDuuJbTT\",\"study\":\"o2PMFZ53Gbtj\",\"study_name\":\"Relationships + between dietary nutrients intake and lipid levels with functional MRI dorsolateral + prefrontal cortex activation\",\"analysis_name\":\"t2-cia-14-043\",\"study_year\":2018,\"authors\":\"Huijin + Lau; S. Shahar; M. Mohamad; N. Rajab; H. M. Yahya; Normah Che Din; H. Abdul + Hamid\",\"publication\":\"Clinical Interventions in Aging\"},{\"id\":\"mmaYdBWkKPoQ_2aV9Q3HMcTaH\",\"note\":{\"clap\":true,\"included\":false,\"older_adults\":true},\"analysis\":\"2aV9Q3HMcTaH\",\"study\":\"oCbt6XuWSVvp\",\"study_name\":\"5-HT, + prefrontal function and aging: fMRI of inhibition and acute tryptophan depletion\",\"analysis_name\":\"Sham + depletion\",\"study_year\":2009,\"authors\":\"M. Lamar; W. Cutter; K. Rubia; + M. Brammer; E. Daly; M. Craig; A. Cleare; D. Murphy\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_CUb5MyTURi22\",\"note\":{\"clap\":true,\"included\":true,\"older_adults\":true},\"analysis\":\"CUb5MyTURi22\",\"study\":\"oCbt6XuWSVvp\",\"study_name\":\"5-HT, + prefrontal function and aging: fMRI of inhibition and acute tryptophan depletion\",\"analysis_name\":\"Acute + tryptophan depletion\",\"study_year\":2009,\"authors\":\"M. Lamar; W. Cutter; + K. Rubia; M. Brammer; E. Daly; M. Craig; A. Cleare; D. Murphy\",\"publication\":\"Neurobiology + of Aging\"},{\"id\":\"mmaYdBWkKPoQ_Ed5JzUPprX3w\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"Ed5JzUPprX3w\",\"study\":\"pSDYT3a7AEAF\",\"study_name\":\"Dopamine + D2/3 Binding Potential Modulates Neural Signatures of Working Memory in a + Load-Dependent Fashion\",\"analysis_name\":\"Regions from LV1 showing positive + BOLD\u2013DA associations\",\"study_year\":2018,\"authors\":\"Alireza Salami; + D. Garrett; A. W\xE5hlin; A. Rieckmann; G. Papenberg; Nina Karalija; Lars + S. Jonasson; M. Andersson; J. Axelsson; J. Johansson; K. Riklund; M. L\xF6vd\xE9n; + U. Lindenberger; L. B\xE4ckman; L. Nyberg\",\"publication\":\"Journal of Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_8my5Qg5ijB6z\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"8my5Qg5ijB6z\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Young + adults\",\"study_year\":2019,\"authors\":\"Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_etMS8uUhGb6H\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"etMS8uUhGb6H\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Middle-aged + adults\",\"study_year\":2019,\"authors\":\"Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_wTcTsdwUHJzY\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"wTcTsdwUHJzY\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Older + adults\",\"study_year\":2019,\"authors\":\"Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_y3GRK3EwKPro\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"y3GRK3EwKPro\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Conjunctions\",\"study_year\":2019,\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_axrDY2xBYsmr\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"axrDY2xBYsmr\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Young-AND-Middle-aged\",\"study_year\":2019,\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_VoRdQSbArw8k\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"VoRdQSbArw8k\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Young-AND-Older\",\"study_year\":2019,\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_eTJjFuqBBYpJ\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"eTJjFuqBBYpJ\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Middle-aged-AND-Older\",\"study_year\":2019,\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_cmpQLmDE8qZE\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"cmpQLmDE8qZE\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Contrasts\",\"study_year\":2019,\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_caVGa3vX3DwK\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"caVGa3vX3DwK\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Young + > Middle\",\"study_year\":2019,\"authors\":\"Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_dRHCBZJ5hsWA\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"dRHCBZJ5hsWA\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Young + > Older\",\"study_year\":2019,\"authors\":\"Z. Yaple; Z. Yaple; W. Stevens; + Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_FAo5acHfjGgF\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"FAo5acHfjGgF\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Middle-aged + > Young no suprathreshold clusters\",\"study_year\":2019,\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_gyhkRiUHyHvt\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"gyhkRiUHyHvt\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Middle-aged + > Older no suprathreshold clusters\",\"study_year\":2019,\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_fyEpspXdkodg\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"fyEpspXdkodg\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Older + > Young no suprathreshold clusters\",\"study_year\":2019,\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_ayf5Zayqy6si\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"ayf5Zayqy6si\",\"study\":\"qAdPtRwHse6m\",\"study_name\":\"Meta-analyses + of the n-back working memory task: fMRI evidence of age-related changes in + prefrontal cortex involvement across the adult lifespan\",\"analysis_name\":\"Older + > Middle no suprathreshold clusters\",\"study_year\":2019,\"authors\":\"Z. + Yaple; Z. Yaple; W. Stevens; Marie Arsalidou; Marie Arsalidou\",\"publication\":\"NeuroImage\"},{\"id\":\"mmaYdBWkKPoQ_hAzL7cPjEwQU\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"hAzL7cPjEwQU\",\"study\":\"seKkS4tSq6Bb\",\"study_name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"analysis_name\":\"Tai Chi (neutro>congruent)\",\"study_year\":2024,\"authors\":\"Ana + Paula Port; Artur Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\xE3o Radvany; D. F. Santaella; E. Kozasa\",\"publication\":\"Frontiers + in Integrative Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_2LncCjtoDNqs\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"2LncCjtoDNqs\",\"study\":\"seKkS4tSq6Bb\",\"study_name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"analysis_name\":\"WA (neutro>congruent)\",\"study_year\":2024,\"authors\":\"Ana + Paula Port; Artur Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\xE3o Radvany; D. F. Santaella; E. Kozasa\",\"publication\":\"Frontiers + in Integrative Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_YtvJZ4RkWMzH\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"YtvJZ4RkWMzH\",\"study\":\"seKkS4tSq6Bb\",\"study_name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"analysis_name\":\"Tai Chi (incongruent>congruent)\",\"study_year\":2024,\"authors\":\"Ana + Paula Port; Artur Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\xE3o Radvany; D. F. Santaella; E. Kozasa\",\"publication\":\"Frontiers + in Integrative Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_az6T5uXSfJZd\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"az6T5uXSfJZd\",\"study\":\"seKkS4tSq6Bb\",\"study_name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"analysis_name\":\"WA (incongruent>congruent)\",\"study_year\":2024,\"authors\":\"Ana + Paula Port; Artur Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\xE3o Radvany; D. F. Santaella; E. Kozasa\",\"publication\":\"Frontiers + in Integrative Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_Wa3bkL7jh459\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"Wa3bkL7jh459\",\"study\":\"seKkS4tSq6Bb\",\"study_name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"analysis_name\":\"Tai Chi [incongruent>congruent] + > [neutro> congruent]\",\"study_year\":2024,\"authors\":\"Ana Paula Port; + Artur Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; Jo\xE3o Radvany; + D. F. Santaella; E. Kozasa\",\"publication\":\"Frontiers in Integrative Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_NRG2Pu8BKhAE\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"NRG2Pu8BKhAE\",\"study\":\"seKkS4tSq6Bb\",\"study_name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"analysis_name\":\"WA [incongruent>congruent] + > [neutro>congruent]\",\"study_year\":2024,\"authors\":\"Ana Paula Port; Artur + Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; Jo\xE3o Radvany; + D. F. Santaella; E. Kozasa\",\"publication\":\"Frontiers in Integrative Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_MNnfkViguweB\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"MNnfkViguweB\",\"study\":\"seKkS4tSq6Bb\",\"study_name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"analysis_name\":\"Resting State\",\"study_year\":2024,\"authors\":\"Ana + Paula Port; Artur Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\xE3o Radvany; D. F. Santaella; E. Kozasa\",\"publication\":\"Frontiers + in Integrative Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_gdP6UNTEJL2h\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"gdP6UNTEJL2h\",\"study\":\"seKkS4tSq6Bb\",\"study_name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"analysis_name\":\"N-Back\",\"study_year\":2024,\"authors\":\"Ana + Paula Port; Artur Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\xE3o Radvany; D. F. Santaella; E. Kozasa\",\"publication\":\"Frontiers + in Integrative Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_QB9JjFNBaDa9\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"QB9JjFNBaDa9\",\"study\":\"seKkS4tSq6Bb\",\"study_name\":\"Differences + in brain connectivity between older adults practicing Tai Chi and Water Aerobics: + a case\u2013control study\",\"analysis_name\":\"Stroop\",\"study_year\":2024,\"authors\":\"Ana + Paula Port; Artur Jos\xE9 Marques Paulo; R. M. de Azevedo Neto; S. Lacerda; + Jo\xE3o Radvany; D. F. Santaella; E. Kozasa\",\"publication\":\"Frontiers + in Integrative Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_55yBZcLuKAuK\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"55yBZcLuKAuK\",\"study\":\"ujpp8bg3uiUe\",\"study_name\":\"Neural + Basis of Enhanced Executive Function in Older Video Game Players: An fMRI + Study\",\"analysis_name\":\"Clusters VGPs activated stronger than NVGPs in + incongruent-congruent condition.\",\"study_year\":2017,\"authors\":\"Ping + Wang; Xing-Ting Zhu; Zhigang Qi; Silin Huang; Huijie Li\",\"publication\":\"Frontiers + in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_pwyXbQCgGRqq\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"pwyXbQCgGRqq\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Inferior frontal gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_8Ky7YarUXVWM\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"8Ky7YarUXVWM\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Middle frontal gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_rQDqxJZLL9EL\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"rQDqxJZLL9EL\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Precentral gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_h66Vj6or9swu\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"h66Vj6or9swu\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"SMA\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_MHMWTnkkZUX5\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"MHMWTnkkZUX5\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Superior frontal gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_PKfKieER3yez\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"PKfKieER3yez\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Angular gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_KVD5v8srBLaT\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"KVD5v8srBLaT\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Calcarine gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_9GSfYwc3UEey\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"9GSfYwc3UEey\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Inferior parietal lobe\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_hBnfsWTqDEUr\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"hBnfsWTqDEUr\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Supramarginal gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_punMrzVLkfCn\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"punMrzVLkfCn\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Cuneus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_hdaFBhk8YYrR\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"hdaFBhk8YYrR\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Fusiform gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_7eBgcdF3VtAh\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"7eBgcdF3VtAh\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Inferior temporal gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_CiqRo4XmPQCE\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"CiqRo4XmPQCE\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Middle occipital gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_sGdEsYBd8unj\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"sGdEsYBd8unj\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Inferior temporal gyrus-2\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_MeM5ECpkLAWT\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"MeM5ECpkLAWT\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Middle temporal gyrus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_eiL3fLMNcMFC\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"eiL3fLMNcMFC\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Middle cingulate\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_CM4a6Bm6yyCn\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"CM4a6Bm6yyCn\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Caudate nucleus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_X8RCw92LwzWS\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"X8RCw92LwzWS\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Cerebellum\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_W7NZnhieJmxW\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"W7NZnhieJmxW\",\"study\":\"vG38X6tjWNhu\",\"study_name\":\"Second + language learning in older adults modulates Stroop task performance and brain + activation\",\"analysis_name\":\"Thalamus\",\"study_year\":2024,\"authors\":\"Douglas + H. Schultz; Alison Gansemer; Kiley Allgood; Mariah Gentz; Lauren Secilmis; + Zoha Deldar; Cary R. Savage; Ladan Ghazi Saidi\",\"publication\":\"bioRxiv\"},{\"id\":\"mmaYdBWkKPoQ_ykRgDhfQ7i6X\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"ykRgDhfQ7i6X\",\"study\":\"vS8WrsvyeVgN\",\"study_name\":\"Dynamic + range of frontoparietal functional modulation is associated with working memory + capacity limitations in older adults\",\"analysis_name\":\"Mean Activation + Magnitude (z-score)\",\"study_year\":2017,\"authors\":\"Jonathan G. Hakun; + N. Johnson\",\"publication\":\"Brain and Cognition\"},{\"id\":\"mmaYdBWkKPoQ_UyLxH4xMgq8p\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"UyLxH4xMgq8p\",\"study\":\"wHYf38krsnfx\",\"study_name\":\"Brain + activation during executive control after acute exercise in older adults.\",\"analysis_name\":\"Frontal + lobes\",\"study_year\":2019,\"authors\":\"Junyeon Won; Alfonso J Alfini; L. + Weiss; Daniel D. Callow; J. Smith\",\"publication\":\"International Journal + of Psychophysiology\"},{\"id\":\"mmaYdBWkKPoQ_EgKXxzozeRFb\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"EgKXxzozeRFb\",\"study\":\"wHYf38krsnfx\",\"study_name\":\"Brain + activation during executive control after acute exercise in older adults.\",\"analysis_name\":\"Parietal + lobes\",\"study_year\":2019,\"authors\":\"Junyeon Won; Alfonso J Alfini; L. + Weiss; Daniel D. Callow; J. Smith\",\"publication\":\"International Journal + of Psychophysiology\"},{\"id\":\"mmaYdBWkKPoQ_eA6kNiYoKx3C\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"eA6kNiYoKx3C\",\"study\":\"wHYf38krsnfx\",\"study_name\":\"Brain + activation during executive control after acute exercise in older adults.\",\"analysis_name\":\"Occipital + lobes\",\"study_year\":2019,\"authors\":\"Junyeon Won; Alfonso J Alfini; L. + Weiss; Daniel D. Callow; J. Smith\",\"publication\":\"International Journal + of Psychophysiology\"},{\"id\":\"mmaYdBWkKPoQ_Usm97aGvHsYS\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"Usm97aGvHsYS\",\"study\":\"wSVVKjiiMKAC\",\"study_name\":\"Effects + of Tai Chi on working memory in older adults: evidence from combined fNIRS + and ERP\",\"analysis_name\":\"Location for each channel.\",\"study_year\":2023,\"authors\":\"Chen + Wang; Yuanfu Dai; Yuan Yang; Xiaoxia Yuan; Meng-Kai Zhang; J. Zeng; Xiaoke + Zhong; Jiao Meng; Changhao Jiang\",\"publication\":\"Frontiers in Aging Neuroscience\"},{\"id\":\"mmaYdBWkKPoQ_fWv8ck63BEsu\",\"note\":{\"clap\":false,\"included\":true,\"older_adults\":true},\"analysis\":\"fWv8ck63BEsu\",\"study\":\"ycYWaifqVycZ\",\"study_name\":\"Prefrontal-parietal + effective connectivity during working memory in older adults\",\"analysis_name\":\"tbl2\",\"study_year\":2017,\"authors\":\"S. + Heinzel; R. Lorenz; Q. Duong; M. Rapp; L. Deserno\",\"publication\":\"Neurobiology + of Aging\"}],\"source\":null,\"source_id\":null,\"source_updated_at\":null,\"note_keys\":{\"clap\":{\"type\":\"boolean\",\"order\":0,\"default\":false},\"included\":{\"type\":\"boolean\",\"order\":2,\"default\":true},\"older_adults\":{\"type\":\"boolean\",\"order\":1,\"default\":false}},\"metadata\":null,\"name\":\"Annotation + for studyset n45qe4g5nrFw\",\"description\":\"\"}\n" + headers: + Connection: + - keep-alive + Content-Type: + - application/json + Date: + - Fri, 17 Apr 2026 13:11:54 GMT + Server: + - nginx/1.21.6 + Strict-Transport-Security: + - max-age=31536000 + Transfer-Encoding: + - chunked + Vary: + - Accept-Encoding + content-length: + - '87113' + status: + code: 200 + message: OK +version: 1 diff --git a/compose_runner/tests/cassettes/test_run/test_run_database_workflow.yaml b/compose_runner/tests/cassettes/test_run/test_run_database_workflow.yaml index de28ee5..69d20b7 100644 --- a/compose_runner/tests/cassettes/test_run/test_run_database_workflow.yaml +++ b/compose_runner/tests/cassettes/test_run/test_run_database_workflow.yaml @@ -642,6 +642,1484 @@ interactions: status: code: 200 message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/studysets/n5zg69u5T4tM?nested=true + response: + body: + string: '{"created_at": "2023-05-23T20:14:51.545431+00:00", "description": "", "doi": null, "id": "n5zg69u5T4tM", "name": + "Studyset for test", "pmid": null, "publication": null, "studies": [{"analyses": [{"conditions": [], "description": + null, "id": "7ovNsQMayNZY", "images": [], "name": "T1", "points": [{"coordinates": [54.0, 6.0, 20.0], "id": "34TbspokSc4a", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [0.0, 32.0, 20.0], + "id": "3YvR6nSmuHoS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [2.0, 10.0, 0.0], "id": "3zbSCW8R3eHk", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-64.0, -8.0, 8.0], "id": "4Fp6WJ9J4m9Q", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [56.0, -16.0, -2.0], "id": "4R8VpYMxJ8S2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-4.0, -30.0, 0.0], "id": "4ViXE3M3JHdg", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [62.0, -40.0, 32.0], "id": + "4Z7nrSrN6pY2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [50.0, 6.0, -22.0], "id": "57cXygJ4SZA5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-4.0, 18.0, 24.0], "id": "57dBVfkGYWmy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-26.0, 0.0, -22.0], "id": "57xLLW4dYwAs", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, 60.0, 20.0], "id": "5AnV6sakaGTY", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, 8.0, 14.0], "id": + "5BUjxUBYNnJS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-56.0, -14.0, -6.0], "id": "5BypscEk4w46", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-32.0, -58.0, -12.0], "id": "5JpXa2UkXJb7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [30.0, -4.0, 18.0], "id": "5ST5pFwNCqcV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-66.0, -10.0, 6.0], "id": "5fVkpZrKbW5h", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-34.0, 44.0, 32.0], "id": + "5s5KP4gvxhrJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-52.0, -2.0, 0.0], "id": "5tsnPZYJZvdj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [18.0, -6.0, -22.0], "id": "5vgoCfBqetNR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-6.0, -82.0, 20.0], "id": "5zP9xCt4m5tS", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 16.0, -4.0], "id": "65ftarwFLcKx", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-26.0, -10.0, -6.0], "id": + "67FgJkvFBSFJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-34.0, 22.0, -16.0], "id": "69tRF5qSzvor", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, 0.0, 6.0], "id": "6FFNQiPf4NWK", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [28.0, 24.0, 30.0], "id": "6P2FH6yj4wmb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-66.0, -30.0, 14.0], "id": "6T4LGTXQYvrp", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, 14.0, -14.0], "id": + "6Tkerr8Ejo7p", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-28.0, 18.0, -14.0], "id": "6dHEeRa4JPmJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, -26.0, 10.0], "id": "6hVfaTae4Hdy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [36.0, 0.0, 14.0], "id": "6jbYmDrbkfPV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -46.0, -48.0], "id": "6uafuaNkU76N", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [16.0, 8.0, 44.0], "id": + "6vjcUpEV9v3Y", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-50.0, 8.0, -18.0], "id": "76ghz2tuxzg2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-62.0, -8.0, -18.0], "id": "7CBsE2zhqHMg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-28.0, -14.0, -6.0], "id": "7qLQcxZpxYiY", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, 10.0, -22.0], "id": "7s8fKQzvEQmn", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-22.0, 4.0, 64.0], + "id": "8DSgzhx5wWqB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-46.0, 16.0, 8.0], "id": "DNDsnHHWGoJJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [40.0, 10.0, 2.0], "id": "hn9WPmhvgpvQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [30.0, 18.0, -18.0], "id": "vqWqR7FfVke4", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:20:31.067448+00:00", + "description": null, "doi": null, "id": "7JtZxnwqByGB", "metadata": null, "name": "A Functional MRI Study of Happy + and Sad Emotions in Music with and without Lyrics", "pmid": "22144968", "publication": null, "source": "neuroquery", + "source_id": "22144968", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, + "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "4hXNxByzL2vS", "images": [], "name": "t0005", + "points": [{"coordinates": [10.0, -2.0, 76.0], "id": "32oiGDqbp6AG", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-22.0, -52.0, 14.0], "id": "35UaiTgzVaMn", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [48.0, -72.0, -10.0], "id": "37fKmCU8mzmd", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [58.0, 26.0, 32.0], + "id": "3T3BrJZVb3BX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [28.0, -58.0, -4.0], "id": "3UEWAvD5zorY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-22.0, -38.0, 76.0], "id": "3UVM5UHoFKm8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [6.0, -70.0, 8.0], "id": "3cDtyqAppFzf", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, -48.0, -22.0], "id": "3diaD7oTDMXq", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -78.0, 26.0], "id": + "3kAMVxYuwoiH", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-20.0, -62.0, 44.0], "id": "43Bsa9zSVsv9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-8.0, -30.0, 14.0], "id": "4DBZbXaSVqDG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, 36.0, 14.0], "id": "4agrtfJfY4LY", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, -80.0, -12.0], "id": "4fHfpoA4B9jD", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, -46.0, 44.0], "id": + "4o3UjVxcBUWe", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-2.0, -56.0, 6.0], "id": "4udaApzUfV44", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [8.0, -36.0, 2.0], "id": "4yvie8fUgH5W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-44.0, 24.0, -20.0], "id": "552oQS566wnh", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -8.0, -2.0], "id": "5nKozBV3ZgNH", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [26.0, -30.0, 38.0], + "id": "5pSvzVxjBsnb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, -96.0, 12.0], "id": "5v2Di7NPCMs7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [62.0, -20.0, 42.0], "id": "5vjoYXwQc67V", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [42.0, -44.0, 18.0], "id": "67va3Azx53kU", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-34.0, 30.0, 54.0], "id": "6MdRoB8auhFZ", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, -4.0, 2.0], "id": + "6UYeziQc33i7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-20.0, -88.0, -26.0], "id": "6aaEDLJMmyuY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [24.0, -20.0, -8.0], "id": "6govEXhkRxsC", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [16.0, 54.0, 48.0], "id": "6h26tPozdaHM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, -70.0, -10.0], "id": "6kqKjWmB82YF", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, 22.0, 6.0], "id": + "7396tp7LWcdm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-26.0, 44.0, 36.0], "id": "77bbTAfoPHBF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, 16.0, 2.0], "id": "7LBvM763ryRf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [20.0, 32.0, 60.0], "id": "7Wv7LUFUkqNH", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [34.0, 22.0, 16.0], "id": "7kF8Jc6pKiC3", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [40.0, 20.0, -22.0], "id": + "7rV6sjyxS5bp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, -80.0, -10.0], "id": "86omAX8wFpgE", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [18.0, 68.0, 28.0], "id": "8HWBqUqTvt6r", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [26.0, -76.0, -6.0], "id": "DffmumCevCqS", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-36.0, -76.0, -44.0], "id": "dnqAoTmeG7fn", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [44.0, -48.0, 38.0], "id": + "ntvHJrfwUhos", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-34.0, -86.0, 42.0], "id": "zbreHzpa3LeJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:22:08.107205+00:00", "description": + null, "doi": null, "id": "GrhKTkDpbMEx", "metadata": null, "name": "Happy facial expression processing with different + social interaction cues: An fMRI study of individuals with schizotypal personality traits", "pmid": "23416087", "publication": + null, "source": "neuroquery", "source_id": "23416087", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "qpaYC5aDTs6b", "images": + [], "name": "tbl1", "points": [{"coordinates": [18.0, 44.0, 6.0], "id": "3hc65ZTe7QbN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [20.0, 30.0, 28.0], "id": "43LmJm99c3vB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-2.0, 8.0, 24.0], "id": + "5LJQuBngBsmd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [12.0, 32.0, -10.0], "id": "5WNQmC3aBJsV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [8.0, 42.0, 4.0], "id": "5kZ6LLYgjZcf", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [-8.0, 24.0, 22.0], "id": "6BRcBEGZ5prU", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [4.0, 8.0, 24.0], "id": "6GR7KcnkiewB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, 46.0, 12.0], "id": + "6vitephehRbq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-16.0, 50.0, 0.0], "id": "7MNtuiekwC8F", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-12.0, 14.0, 28.0], "id": "7p4eP8FXYXnc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-16.0, 42.0, 8.0], "id": "8NNH933rHPmC", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.0, 34.0, -2.0], "id": "E2PWoohgoT9s", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-8.0, 40.0, 0.0], "id": + "oqbKeAP4eir7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "4hbTmow27Edz", "images": [], "name": "tbl2", "points": + [{"coordinates": [6.0, 22.0, -6.0], "id": "3Xuyjv766V9e", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [-6.0, 44.0, -4.0], "id": "cHPStGsZKZNE", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:15:42.284904+00:00", + "description": null, "doi": null, "id": "6p9pnHPhfQeP", "metadata": null, "name": "Recognition of happy facial affect + in panic disorder: An fMRI study", "pmid": "16860973", "publication": null, "source": "neuroquery", "source_id": "16860973", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": null}, {"analyses": + [{"conditions": [], "description": null, "id": "3vrbzpxw9Cpi", "images": [], "name": "tbl0005", "points": [{"coordinates": + [-63.0, -11.0, 33.0], "id": "3GkfVDyows7Y", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-15.0, 61.0, 33.0], "id": "3YYRGNsLyEpi", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-39.0, 5.0, 61.0], "id": "3ez7zGwMzXqx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [61.0, 5.0, -19.0], "id": "3wvMj5zsDuvs", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [53.0, -3.0, 49.0], "id": + "49PmnCXpCFAD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [41.0, -71.0, -7.0], "id": "4K8qsfryLL6R", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [37.0, 37.0, -15.0], "id": "4RP6tFZeejAP", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-15.0, 53.0, -11.0], "id": "4qQpRf9KSYTv", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [45.0, 17.0, 25.0], "id": "5SSd3j7iBuDf", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-31.0, 25.0, -23.0], + "id": "6HvMvJTpbhkD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-7.0, 65.0, 29.0], "id": "7BrMa4sEQBBL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-19.0, -7.0, -19.0], "id": "7D8omZBTkcvn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [25.0, -7.0, -15.0], "id": "7H4sPgToH88q", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-55.0, 25.0, 9.0], "id": "7u3knxVYLtFp", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-15.0, 17.0, 65.0], "id": + "NgFANxEBgw6N", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-51.0, -7.0, 53.0], "id": "apE374n5c8A9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [41.0, 21.0, -35.0], "id": "j2CfwjVGThwd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-39.0, 21.0, -35.0], "id": "mzHCQLVebrPz", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-19.0, -95.0, 5.0], "id": "oC3cSKwpFSyx", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [17.0, -3.0, -19.0], + "id": "vXWBtmGg5xth", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:21:36.187127+00:00", "description": null, "doi": + null, "id": "7qae4ZZAYbnZ", "metadata": null, "name": "Testosterone administration in women increases amygdala responses + to fearful and happy faces", "pmid": "22999654", "publication": null, "source": "neuroquery", "source_id": "22999654", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": null}, {"analyses": + [{"conditions": [], "description": null, "id": "5pDYgPGpD2uS", "images": [], "name": "tbl2", "points": [{"coordinates": + [-25.0, 0.0, -23.5], "id": "3cbJBgz6xG37", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [29.0, -59.0, -18.0], "id": "44KvnEcZdF8h", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-25.0, 4.0, -2.0], "id": "4iYCsJSGqsZx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [34.0, -70.0, -12.5], "id": "7GFQM6UxQUSj", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-31.0, -79.0, -12.5], "id": + "7vyv8StPGdcG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [22.0, 11.0, -2.0], "id": "fJuVjqpSMPzJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:14:55.599029+00:00", "description": + null, "doi": null, "id": "LDpfxa9VU8Av", "metadata": null, "name": "A differential pattern of neural response toward + sad versus happy facial expressions in major depressive disorder", "pmid": "15691520", "publication": null, "source": + "neuroquery", "source_id": "15691520", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "76AvL5Nuq7rc", "images": + [], "name": "23101", "points": [{"coordinates": [-24.0, 34.0, 42.0], "id": "5ZKorNkGyWkF", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-26.0, 52.0, 32.0], "id": "6Hdvb6ajBGK2", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -2.0, 8.0], + "id": "7dj43JVbxY9H", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}, {"conditions": [], "description": null, "id": "8FGGhQh4m7Rx", "images": [], "name": "23102", + "points": [{"coordinates": [-26.0, 28.0, -14.0], "id": "3pMsQLieo49Z", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [46.0, 28.0, -4.0], "id": "4NfUgLvxWbSp", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 0.0, 58.0], "id": "5G9we88dbgbX", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [54.0, -4.0, 46.0], + "id": "5ZyF93oaw9CN", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [2.0, 6.0, -6.0], "id": "5hfiEdiDQzsb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, -24.0, -6.0], "id": "5y2tm5jeo6UK", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [54.0, -14.0, 6.0], "id": "6T9sXptdUnun", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-48.0, -16.0, 4.0], "id": "7F4Nx8Fcce72", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-18.0, -10.0, -16.0], "id": + "8HXXScJhSEed", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-36.0, 26.0, 2.0], "id": "LeMKLUz2WRyn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-42.0, -18.0, 54.0], "id": "h3iyv8Jw5h5W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-6.0, 42.0, -14.0], "id": "mBTCJgQcCH2K", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, 34.0, -16.0], "id": "wQzkSBAE58Tc", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "7svnYfHnz24L", "images": [], "name": "23103", "points": [{"coordinates": [-56.0, -10.0, + 2.0], "id": "3iQUVYycHhQw", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-58.0, -60.0, 16.0], "id": "55i6cfP4bFdV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [0.0, -22.0, 42.0], "id": "56EgYmLMvdR6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, 50.0, 26.0], "id": "5ek93SaSJPMZ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, 2.0, -10.0], "id": "5mnDxttL7tPN", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-52.0, -10.0, 52.0], "id": + "5oqdUPZbrxbf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-8.0, 46.0, 0.0], "id": "6VAJXy37dc58", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-24.0, 34.0, 42.0], "id": "7aawy2N4ft9U", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [56.0, -12.0, 4.0], "id": "7rePL5LmPTeL", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [36.0, 10.0, -22.0], "id": "7xgUjF93c8tF", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 24.0, -10.0], "id": + "8EExLqCYHCUx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.3389/fnins.2014.00192", "id": "5ptAcQjSuWQP", "metadata": null, "name": "Intact brain + processing of musical emotions in autism spectrum disorder, but more cognitive load and arousal in happy vs. sad music.", + "pmid": "25076869", "publication": "Frontiers in neuroscience", "source": "neurosynth", "source_id": "25076869", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "description": null, "id": "3bCxZ89SwqBQ", "images": [], "name": "40466", "points": [{"coordinates": [-20.0, 24.0, + 42.0], "id": "3DmbPcHCUCb7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-54.0, -56.0, 8.0], "id": "3b6HaUPVRgtA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [26.0, -2.0, -28.0], "id": "3rhoi2U7QmNb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, -66.0, 24.0], "id": "4Dr7FGUavsgF", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -84.0, 22.0], "id": "4Gzq7RHN7a7D", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [28.0, -14.0, -22.0], "id": + "4NwsfwAAfcGr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-58.0, -10.0, -22.0], "id": "4YZhHAEb6rKa", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [50.0, 0.0, 6.0], "id": "4YqyAzKQ4kzM", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [58.0, -10.0, -22.0], "id": "4tS8xMZLb4uX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -34.0, 68.0], "id": "5FryDg6EnV5Q", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-38.0, -6.0, -8.0], "id": + "5RGHW2kTQC3m", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-28.0, -4.0, -24.0], "id": "5gki75ikTjjY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-26.0, -10.0, -24.0], "id": "68YtB3czJzR7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-8.0, 30.0, -8.0], "id": "6DUBy9eJyJAb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [52.0, -30.0, 26.0], "id": "6HF2Camg2Rgk", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [22.0, -4.0, -28.0], "id": + "779ADqJMqKTj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 52.0, -2.0], "id": "78EG538nBF7d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-24.0, -30.0, -18.0], "id": "7mPChthuyBz4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-2.0, -54.0, 28.0], "id": "9hobHZGgDe72", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [2.0, 46.0, -8.0], "id": "AfHiEevkbdm5", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-62.0, -30.0, 26.0], "id": + "UQiopnbTZToj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-12.0, -90.0, 24.0], "id": "caXFXrbYDSnZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [36.0, 4.0, 8.0], "id": "h2PwYyorGLVg", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "qWEpgVfpLepn", + "images": [], "name": "40467", "points": [{"coordinates": [-50.0, -34.0, 22.0], "id": "3BKHVSZw9ww8", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -30.0, 16.0], "id": "3MXtB9AvykT2", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -84.0, 26.0], + "id": "4AsYRi96bYUr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-50.0, -4.0, 4.0], "id": "55kaKxdgcfKf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-44.0, -2.0, -6.0], "id": "5eYy8Y85Xooe", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [20.0, -44.0, -4.0], "id": "7NsRZgcoeSUE", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, -30.0, -12.0], "id": "7u5rHSDnzVdC", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -52.0, -8.0], "id": + "BhePk9oTCwAX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [38.0, -14.0, 14.0], "id": "kXNgDPbB59P9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "5KXN7E3YVVhU", "images": [], "name": + "40468", "points": [{"coordinates": [-50.0, -4.0, 4.0], "id": "4Eg7CoGfZSX5", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-30.0, -30.0, -12.0], "id": "5U9ZHDrvQHCM", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -84.0, 22.0], "id": "6g6FBTVQtyRU", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, -32.0, 20.0], + "id": "7MZcSu62n9U7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-52.0, -34.0, 20.0], "id": "zh8cujp9N7ry", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite + C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1371/journal.pone.0182476", "id": "5N5L2d5f3J3f", "metadata": null, "name": "Dissociating maternal + responses to sad and happy facial expressions of their own child: An fMRI study.", "pmid": "28806742", "publication": + "PloS one", "source": "neurosynth", "source_id": "28806742", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2017}, {"analyses": [{"conditions": [], "description": null, "id": "7xMSzM9VJtrK", "images": + [], "name": "39765", "points": [{"coordinates": [-16.0, -2.0, -12.0], "id": "4m7uDVerXnHc", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 0.0, -6.0], "id": "7WoLFJHzRKgD", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, + {"conditions": [], "description": null, "id": "3H5dDZEkqeZm", "images": [], "name": "39766", "points": [{"coordinates": + [-16.0, -2.0, -12.0], "id": "4D8w2BCYLkK5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [30.0, -4.0, -28.0], "id": "4U9qy2uN6Qdp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [24.0, 20.0, 2.0], "id": "5s7YHpaGjdDm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [18.0, 6.0, -6.0], "id": "6o74BHbYypAF", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "icaz7Y5jZJfV", "images": [], "name": "39767", "points": [{"coordinates": [22.0, -6.0, + -12.0], "id": "47HU8QcoVZ68", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [32.0, -4.0, -20.0], "id": "5EHWPJFV6ZKv", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [34.0, -16.0, 0.0], "id": "5eyJnw4KLZKC", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [14.0, 4.0, -6.0], "id": "66Qk69QTEXW2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 14.0, 12.0], "id": "6YKaFUijnkG6", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [34.0, -2.0, -24.0], "id": + "bTUWZi3LPYZS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1371/journal.pone.0103653", "id": "3dEED48cGfXq", + "metadata": null, "name": "Reduced amygdala and ventral striatal activity to happy faces in PTSD is associated with + emotional numbing.", "pmid": "25184336", "publication": "PloS one", "source": "neurosynth", "source_id": "25184336", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2014}, {"analyses": + [{"conditions": [], "description": null, "id": "pVNZSTjHVaAu", "images": [], "name": "39504", "points": [{"coordinates": + [-6.0, -21.0, 15.0], "id": "3S4rYKxtxXNm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, 72.0, 6.0], "id": "44oiXuDc9QiH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [21.0, 36.0, 48.0], "id": "4dcLYGtNvJQo", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [48.0, 42.0, -3.0], "id": "4gfV2ciRkzvd", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-9.0, -57.0, 3.0], "id": + "4om3L627Wtpj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [18.0, -12.0, -18.0], "id": "6PNZh3umozQL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [15.0, 0.0, 51.0], "id": "6QhUgBuc9Dhn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [27.0, 9.0, -6.0], "id": "7jai8sL65oLh", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [51.0, -57.0, 12.0], "id": "7x9xT7gTHLAr", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, 51.0, 24.0], "id": + "DMzA6tpjwQrG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-15.0, -9.0, -12.0], "id": "UMsjjo5BrNAa", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Luo Y, Huang X, Yang Z, Li B, Liu J, Wei D", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1371/journal.pone.0085181", "id": "6AkrZQQo2ysG", "metadata": null, "name": "Regional + homogeneity of intrinsic brain activity in happy and unhappy individuals.", "pmid": "24454814", "publication": "PloS + one", "source": "neurosynth", "source_id": "24454814", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2014}, {"analyses": [{"conditions": [], "description": null, "id": "3r8sCMStLUTc", "images": + [], "name": "21622", "points": [{"coordinates": [-37.9, 0.6, 16.0], "id": "3JPwjzeHUSGr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [12.2, -24.7, 16.0], "id": "3cJ3L4C6Lkf4", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.6, 11.3, 8.0], "id": + "3tKrdRuK4v6n", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [24.2, -2.1, 1.0], "id": "4DtJfZem6yzz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-29.7, -31.7, 8.0], "id": "4Jnoc3SaMdqh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [3.0, -18.5, 8.0], "id": "4PgN6kjJDdjw", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [23.0, -30.8, 4.0], "id": "4coV6ZhvfRq2", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [7.7, -16.3, 12.0], "id": + "4qTRrt66iw9D", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [17.1, -11.9, 4.0], "id": "4x6ZTCqnAtvq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [0.9, -19.0, 4.0], "id": "56U2igD9cYMy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-27.3, -21.5, 12.0], "id": "5CjCnFJhL2wJ", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [18.2, -7.7, 12.0], "id": "5UtUNaqFArTf", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-17.2, -10.8, + -1.0], "id": "5aq64bQrc6Ph", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-31.7, -3.5, 4.0], "id": "5cvRPDkcdbW6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-35.1, -6.0, 1.0], "id": "5q6RXNzBNPVy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [3.2, 3.1, -1.0], "id": "5raxnsGPTd8H", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-36.7, -35.3, 12.0], "id": "63Fv52zawfoA", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.4, -20.3, 16.0], "id": + "6esExgZ49aAQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [3.1, -21.9, -1.0], "id": "6jUFCnuG27ta", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [0.5, -26.0, -4.0], "id": "6munF7d4BXPt", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [18.1, -27.9, 8.0], "id": "6uhqH8zkrdvB", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-0.3, -6.0, 1.0], "id": "6y2JNw5QY4UR", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [13.7, -25.2, 12.0], "id": + "6y9sTDsgpkgX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-7.1, -9.4, -4.0], "id": "7FFXevWtsex7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-20.0, -8.0, 1.0], "id": "7FYLA84V8Sep", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [3.0, -11.0, 1.0], "id": "7MQxk5Ejb29c", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-0.4, -5.8, -1.0], "id": "7R4eodQYQrUp", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [25.2, -0.2, -1.0], "id": + "7WSFTHLF7xJM", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [4.6, 11.2, 4.0], "id": "7XZnR8Ef5M2d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [17.2, -8.2, 8.0], "id": "7g8TxNhGY9X2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [4.2, -5.1, -8.0], "id": "7rnABWSmA5ZY", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.4, 7.2, 12.0], "id": "7ueXeUTkDsZE", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-3.3, -25.3, -4.0], "id": + "82FKowmQWDkU", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [4.8, -18.4, -8.0], "id": "82c4mBmSvR9A", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [27.0, 0.3, 16.0], "id": "GyFJmREYwo2R", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-37.8, -35.5, 16.0], "id": "Ty2F8o2qFnK5", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [5.0, -19.0, -12.0], "id": "WaQWhHRWbTfD", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-10.7, 6.7, 4.0], + "id": "ZkfPw9qKHhnF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-10.6, -11.5, -8.0], "id": "fnXaG6YJ62Rd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [2.7, 5.9, 1.0], "id": "ppkYXQaPspze", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}], "user": null, "weights": []}], "authors": "Chakrabarti B, Kent L, Suckling J, Bullmore E, Baron-Cohen + S", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1111/j.1460-9568.2006.04697.x", + "id": "3f6YK9Z83mU3", "metadata": null, "name": "Variations in the human cannabinoid receptor (CNR1) gene modulate + striatal responses to happy faces.", "pmid": "16623851", "publication": "The European journal of neuroscience", "source": + "neurosynth", "source_id": "16623851", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2006}, {"analyses": [{"conditions": [], "description": null, "id": "32UCEiz5GhWK", "images": + [], "name": "42827", "points": [{"coordinates": [36.0, -90.0, -3.0], "id": "3SQ6n55WWj8v", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [9.0, -12.0, -3.0], "id": "3T7BRiFzzL5B", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -30.0, -3.0], + "id": "3ThRq2WgoKRr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [51.0, 30.0, 21.0], "id": "3b4qczdwqepK", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [45.0, 12.0, 27.0], "id": "3dsAfEh4nFj8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [33.0, -81.0, -12.0], "id": "47YZReTskuCw", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-45.0, 6.0, 33.0], "id": "4CvDq65xpQ2R", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -51.0, -18.0], + "id": "4RWBJxV8pYtz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [21.0, -3.0, -15.0], "id": "4q7XA3pNZMug", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [36.0, -90.0, -3.0], "id": "5YcdrwGqq42Q", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-42.0, -54.0, -18.0], "id": "64FS7ni67t3u", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [36.0, 3.0, 48.0], "id": "6RrDBPJAVwBK", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-6.0, -27.0, -3.0], + "id": "79daefbein96", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [9.0, -27.0, -6.0], "id": "7DA6oXAu3Uex", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-42.0, 27.0, 24.0], "id": "7W6AoP2iSV57", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [39.0, 30.0, 0.0], "id": "7WbSyYp8uznM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [51.0, 33.0, 21.0], "id": "7nvjd3TdpEr8", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, -54.0, -18.0], "id": + "7rY4cERcvwTx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-30.0, -84.0, -9.0], "id": "7tJ2dhMhBhXd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, -30.0, -3.0], "id": "8JEyXSYbC8LZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [33.0, -81.0, -12.0], "id": "LuropuYajhr2", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-45.0, 27.0, 24.0], "id": "XjRhaoi7bTyr", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -51.0, -18.0], + "id": "ktXox8NtdCbu", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}], "authors": "Persson N, Lavebratt C, Ebner NC, Fischer H", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/scan/nsx089", "id": "J427eVUr4rYy", "metadata": null, "name": "Influence of DARPP-32 + genetic variation on BOLD activation to happy faces.", "pmid": "29048604", "publication": "Social cognitive and affective + neuroscience", "source": "neurosynth", "source_id": "29048604", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2017}, {"analyses": [{"conditions": [], "description": null, "id": "QqmewarwTt36", "images": + [], "name": "42247", "points": [{"coordinates": [12.0, -87.0, -3.0], "id": "3CiD65sP2qix", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-57.0, -27.0, -12.0], "id": "3Kf764ppjmHA", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [27.0, -66.0, 51.0], + "id": "3pTKFkLhpV5B", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [12.0, 18.0, 39.0], "id": "4HDPxnEqhpH2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, -60.0, -15.0], "id": "4Legd3AbikES", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [63.0, -39.0, -6.0], "id": "4vWU5vPL5HiN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, 3.0, -3.0], "id": "5Bdu7avZx4d5", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -3.0, -12.0], "id": + "5tGCU4BSLUh2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [9.0, 9.0, 39.0], "id": "5u6uLEUJEcAf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, 24.0, 36.0], "id": "6423948Hn5Pi", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [36.0, -90.0, -12.0], "id": "6GKZMjtKBfUn", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [48.0, -3.0, 42.0], "id": "6HQXrbGrmKJW", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [9.0, -93.0, 27.0], + "id": "6Kb7diYa2Shj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [45.0, 6.0, -3.0], "id": "6YmNmGrSizFz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-54.0, 21.0, 0.0], "id": "7D7Kkdwrttrq", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-54.0, 12.0, -6.0], "id": "7LqPSztGQmLm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-45.0, -3.0, 42.0], "id": "7PLi4XEB5qSm", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -57.0, -18.0], "id": + "7iZbeTxR8RBb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [54.0, -3.0, 45.0], "id": "89JUsZidREyQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-48.0, 27.0, -9.0], "id": "VXVduWpQaz89", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [51.0, 18.0, -15.0], "id": "hsfvEdH7wuxX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Suzuki A, Goh JO, Hebrank + A, Sutton BP, Jenkins L, Flicker BA, Park DC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1093/scan/nsq058", "id": "5KmCyQFLh4Ew", "metadata": null, "name": "Sustained happiness? Lack of repetition + suppression in right-ventral visual cortex for happy faces.", "pmid": "20584720", "publication": "Social cognitive + and affective neuroscience", "source": "neurosynth", "source_id": "20584720", "source_updated_at": null, "updated_at": + "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2011}, {"analyses": [{"conditions": [], "description": null, + "id": "TfsWwDHeVeSq", "images": [], "name": "42081", "points": [{"coordinates": [-5.0, 29.0, 19.0], "id": "334etrMEJ9uD", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-60.0, -40.0, + 31.0], "id": "3auLCeq2YYsF", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [21.0, -68.0, -16.0], "id": "3eLap742GYtP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [35.0, -81.0, -2.0], "id": "4jq7HQMr2VPH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-17.0, -6.0, -17.0], "id": "5obQfZAQK9p5", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [37.0, 40.0, 0.0], "id": "67aqeAAScstf", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [1.0, 5.0, 57.0], + "id": "7AEtkWUsi4Gq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [49.0, -4.0, -24.0], "id": "7Ah866AX67yo", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [52.0, -38.0, -7.0], "id": "7f45Sn33yp2M", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-58.0, -36.0, -9.0], "id": "84yeRpY5cfsr", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-37.0, -6.0, 13.0], "id": "AzJmpeVU7EVF", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], + "authors": "Johnstone T, van Reekum CM, Oakes TR, Davidson RJ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/scan/nsl027", "id": "4KxodnKqYrS4", "metadata": null, "name": "The voice of emotion: + an FMRI study of neural responses to angry and happy vocal expressions.", "pmid": "17607327", "publication": "Social + cognitive and affective neuroscience", "source": "neurosynth", "source_id": "17607327", "source_updated_at": null, + "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2006}, {"analyses": [{"conditions": [], "description": + null, "id": "6Pskc22jqRG9", "images": [], "name": "19175", "points": [{"coordinates": [-54.0, -40.0, 0.0], "id": "3aggRy8AhL5d", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-2.0, -18.0, 16.0], + "id": "4htXMNtRZELb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [16.0, 8.0, 44.0], "id": "5sU4BiVYDsN5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-20.0, 10.0, 22.0], "id": "6CtYPtDohtQ4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-56.0, -46.0, 8.0], "id": "7ztfrjtGaqsD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, 26.0, -16.0], "id": "8rkzrq2xLCbc", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, 20.0, -4.0], "id": + "BM6CxHrQ76PJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [58.0, -12.0, -10.0], "id": "LmCDfeehjo3W", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [48.0, -24.0, -8.0], "id": "UKc2ki62hNMr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-50.0, -44.0, 8.0], "id": "iZvFohzeF6zA", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, -8.0, -4.0], "id": "v4P6WeYrXqhh", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "8KL5SpPjm2eu", "images": [], "name": "19176", "points": [{"coordinates": [-10.0, -28.0, + 44.0], "id": "53gJHvYg2ZAT", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [42.0, 16.0, -10.0], "id": "5wRVFvQywHGh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-46.0, -34.0, 42.0], "id": "6PCNqZFVGpmR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-30.0, 26.0, 4.0], "id": "6ujv2LZeMX2y", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -38.0, 46.0], "id": "75xNy4vWEyTE", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [4.0, 26.0, 48.0], "id": + "7nwacGdZNv8V", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/cercor/bhp106", "id": "8Kr5LfW7Abga", "metadata": null, "name": "On emotional + conflict: interference resolution of happy and angry prosody reveals valence-specific effects.", "pmid": "19505993", + "publication": "Cerebral cortex (New York, N.Y. : 1991)", "source": "neurosynth", "source_id": "19505993", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2010}, {"analyses": [{"conditions": + [], "description": null, "id": "95c2k6ff2Pfh", "images": [], "name": "37742", "points": [{"coordinates": [7.0, 18.0, + 19.0], "id": "3f2DGtrmyiWS", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [3.0, 4.0, 6.0], "id": "4YxE46FqgFZX", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [7.0, 18.0, 19.0], "id": "4inMEKCFjxrS", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [6.0, 7.0, 9.0], "id": "7Kau8V3JAMAG", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Lee TM, Liu HL, Hoosain + R, Liao WT, Wu CT, Yuen KS, Chan CC, Fox PT, Gao JH", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1016/S0304-3940(02)00965-5", "id": "xQhZkTxtHGZH", "metadata": null, "name": "Gender differences + in neural correlates of recognition of happy and sad faces in humans assessed by functional magnetic resonance imaging.", + "pmid": "12401549", "publication": "Neuroscience letters", "source": "neurosynth", "source_id": "12401549", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2002}, {"analyses": [{"conditions": + [], "description": null, "id": "38HqPANwZTG2", "images": [], "name": "42004", "points": [{"coordinates": [4.0, 40.0, + 22.0], "id": "5ArfJw6UA2ko", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 46.0, 46.0], "id": "7LimdjsYPq85", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Pulkkinen J, Nikkinen J, Kiviniemi V, Maki P, Miettunen J, Koivukangas + J, Mukkala S, Nordstrom T, Barnett JH, Jones PB, Moilanen I, Murray GK, Veijola J", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.schres.2015.01.039", "id": "6gD4cLusQaGb", "metadata": null, "name": "Functional + mapping of dynamic happy and fearful facial expressions in young adults with familial risk for psychosis - Oulu Brain + and Mind Study.", "pmid": "25703807", "publication": "Schizophrenia research", "source": "neurosynth", "source_id": + "25703807", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2015}, + {"analyses": [{"conditions": [], "description": "SPM{F_[12.0,416.0]} - contrast 4: Group X Drug x Emotion", "id": + "75fxWNPbZbjv", "images": [{"add_date": "2018-03-25T22:28:21.071437+00:00", "filename": "spmF_WB_GroupXDrugXEmotion.nii.gz", + "id": "5ywy83QVhqKa", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmF_WB_GroupXDrugXEmotion.nii.gz", + "user": null, "value_type": "other"}], "name": "spmF WB GroupXDrugXEmotion", "points": [], "user": null, "weights": + []}, {"conditions": [], "description": "SPM{T_[41.0]} - contrast 1: Faces > Shapes", "id": "fPbGgVwV6WY4", "images": + [{"add_date": "2018-03-25T22:28:21.579847+00:00", "filename": "spmT_WB_ALLFACES%3ESHAPES.nii.gz", "id": "45wqEfAbeyF3", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_ALLFACES%3ESHAPES.nii.gz", "user": null, "value_type": + "T"}], "name": "spmT WB ALLFACES>SHAPES", "points": [], "user": null, "weights": []}, {"conditions": [], "description": + "SPM{T_[416.0]} - contrast 1: G1 > G2", "id": "5Aa9eTyM6Z73", "images": [{"add_date": "2018-03-25T22:28:21.975422+00:00", + "filename": "spmT_WB_BDD%3EHC.nii.gz", "id": "7g9BASMF7fJf", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB BDD>HC", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 3: Group x Drug: BDD greater in Oxyt", "id": "7npj8yWwnet4", "images": + [{"add_date": "2018-03-25T22:28:22.600766+00:00", "filename": "spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", "id": "5BapE8TLR6gx", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", "user": null, + "value_type": "T"}], "name": "spmT WB GroupXDrug BDD>HC", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 2: G2 > G1", "id": "6nTZmgpghK4z", "images": [{"add_date": "2018-03-25T22:28:23.026721+00:00", + "filename": "spmT_WB_HC%3EBDD.nii.gz", "id": "3BTjSSJUegTE", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_HC%3EBDD.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB HC>BDD", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 5: Main Effect of Drug: Oxy > Plac", "id": "4uN7cxX3QSqL", "images": + [{"add_date": "2018-03-25T22:28:23.491835+00:00", "filename": "spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", "id": "B74DNs6w5yJE", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", "user": + null, "value_type": "T"}], "name": "spmT WB MainEffectDrug OXT>PBO", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 6: Main Effect of Drug: Plac > Oxyt ", "id": "5ZQbnszRa6sF", "images": + [{"add_date": "2018-03-25T22:28:23.936669+00:00", "filename": "spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", "id": "4iVYzjXoYZjL", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", "user": + null, "value_type": "T"}], "name": "spmT WB MainEffectDrug PBO>OXT", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[32.0]} - contrast 1: BDD > HC", "id": "59gY3ro98L28", "images": [{"add_date": "2018-03-25T22:28:24.344432+00:00", + "filename": "spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", "id": "wCF8fop8MXME", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES BDD>HC", "points": [], "user": null, "weights": + []}, {"conditions": [], "description": "SPM{T_[32.0]} - contrast 2: HC > BDD", "id": "7AKSr54RRuDe", "images": [{"add_date": + "2018-03-25T22:28:24.736969+00:00", "filename": "spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", "id": "jzsrud3nk5ba", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", "user": + null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES HC>BDD", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[32.0]} - contrast 3: Int1", "id": "7BtTmQCtTLDG", "images": [{"add_date": "2018-03-25T22:28:25.174486+00:00", + "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", "id": "4CkksPYhzEVd", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES Int1", "points": [], "user": null, "weights": []}, + {"conditions": [], "description": "SPM{T_[32.0]} - contrast 4: Int2", "id": "5UqTAfa29ak4", "images": [{"add_date": + "2018-03-25T22:28:25.604841+00:00", "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", "id": "5hnCx2zy4U8k", "space": + "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", "user": null, "value_type": + "T"}], "name": "spmT gPPI ANGRY>SHAPES Int2", "points": [], "user": null, "weights": []}], "authors": "Sally A. Grace, + Izelle Labuschagne, David J. Castle and Susan L. Rossell", "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "The present study assessed the effects of intranasal oxytocin on the neural basis of processing emotional faces in + patients with body dysmorphic disorder (BDD). Twenty BDD patients and 22 matched healthy control participants participated + in a randomized, double-blind placebo-controlled within-subject functional magnetic resonance imaging study. Following + acute intranasal OXT (24 IU) or placebo administration, we examined group and OXT related differences in task-based + amygdala activation and related functional connectivity in response to an emotional face-matching task of fearful, + angry, disgusted, sad, surprised and happy faces. ", "doi": "10.1016/j.psyneuen.2019.05.022", "id": "43Tb4A22CFNL", + "metadata": {"acquisition_orientation": "", "add_date": "2018-03-24T03:50:11.979230+01:00", "autocorrelation_model": + "", "b0_unwarping_software": "", "communities": [], "contributors": "", "coordinate_space": null, "doi_add_date": + "2019-05-28T22:49:14.437772+02:00", "download_url": "http://neurovault.org/collections/3666/download", "echo_time": + null, "field_of_view": null, "field_strength": null, "flip_angle": null, "full_dataset_url": "", "functional_coregistered_to_structural": + null, "functional_coregistration_method": "", "group_comparison": true, "group_description": "", "group_estimation_type": + "", "group_inference_type": null, "group_model_multilevel": "", "group_model_type": "", "group_modeling_software": + "", "group_repeated_measures": null, "group_repeated_measures_method": "", "handedness": null, "hemodynamic_response_function": + "", "high_pass_filter_method": "", "inclusion_exclusion_criteria": "", "interpolation_method": "", "intersubject_registration_software": + "", "intersubject_transformation_type": null, "intrasubject_estimation_type": "", "intrasubject_model_type": "", "intrasubject_modeling_software": + "", "length_of_blocks": null, "length_of_runs": null, "length_of_trials": "", "matrix_size": null, "modify_date": + "2019-05-28T22:49:14.442152+02:00", "motion_correction_interpolation": "", "motion_correction_metric": "", "motion_correction_reference": + "", "motion_correction_software": "", "nonlinear_transform_type": "", "number_of_experimental_units": null, "number_of_images": + 11, "number_of_imaging_runs": null, "number_of_rejected_subjects": null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": + "", "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": "", "object_image_type": + "", "optimization": null, "optimization_method": "", "order_of_acquisition": null, "order_of_preprocessing_operations": + "", "orthogonalization_description": "", "owner": 2051, "owner_name": "sallygrace", "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S0306453018312241", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, "pulse_sequence": "", "quality_control": + "", "repetition_time": null, "resampled_voxel_size": null, "scanner_make": "", "scanner_model": "", "skip_distance": + null, "slice_thickness": null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": "", + "software_package": "", "software_version": "", "subject_age_max": null, "subject_age_mean": null, "subject_age_min": + null, "target_resolution": null, "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + "blocked", "url": "http://neurovault.org/collections/3666/", "used_b0_unwarping": null, "used_dispersion_derivatives": + null, "used_high_pass_filter": null, "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": null, "used_reaction_time_regressor": + null, "used_slice_timing_correction": null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "pmid": null, "publication": "Psychoneuroendocrinology", "source": "neurovault", + "source_id": "3666", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": + null}, {"analyses": [{"conditions": [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay + task", "user": null}], "description": "To test H1, that BPD patients express dysfunctional recruitment of frontal + brain regions in response to social (compared to non-social) cues, we directly compared both groups by computing the + 2-way interaction \u2018Social Condition\u2019 (social, non-social cues) by \u2018Group\u2019 (HC, BPD).", "id": "6cUpoaBzsSbA", + "images": [{"add_date": "2019-10-30T09:14:43.044952+00:00", "filename": "spmT_0008.nii.gz", "id": "7M4uem5dnB6q", + "space": "MNI", "url": "http://neurovault.org/media/images/6034/spmT_0008.nii.gz", "user": null, "value_type": "T"}], + "name": "Model 1-Cues: Interaction Social Condition by Group", "points": [], "user": null, "weights": [1.0]}, {"conditions": + [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", "user": null}], "description": + "To test H2, that BPD patients would show impaired amygdala response to social feedback, we conducted ROI analyses + (i.e. frontal lobe and amygdala masks) using the 2-way interaction \u2018Group\u2019 x \u2018Social Condition\u2019 + for the feedback analysis. BPD patients expressed a blunted response of the bilateral amygdala compared to the HCs + for the social>non-social feedback contrast. These images show the whole brain images, but the amygdala mask is added + in another file.", "id": "4f4dMGS4zuoT", "images": [{"add_date": "2019-10-30T09:28:12.663383+00:00", "filename": "spmT_0017.nii.gz", + "id": "7mkeueU7ikKd", "space": "MNI", "url": "http://neurovault.org/media/images/6034/spmT_0017.nii.gz", "user": null, + "value_type": "T"}], "name": "Model 2-Feedback: Interaction Social Condition by Group", "points": [], "user": null, + "weights": [1.0]}, {"conditions": [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", + "user": null}], "description": "Model 3 was created ad hoc in order to test H3 following the outcome of the first + two models. We ran a seed-based analysis, using the amygdala feedback-related activity for the negative social (compared + to non-social) component of Model 2 as the predictor and testing against potential relationship with cue-evoked signal + at a voxel-wise level within Model 1. Specifically, the beta estimates for both groups from the bilateral amygdala + ROI for the negative social feedback (i.e. social loss>non-social loss), were extracted from Model 2 and entered as + a covariate into an independent samples t-test using the specific contrast social>non-social cues. We then tested + for the effects of the amygdala covariate in each group separately and compared the differences between the groups. + These maps show the differences between groups (i.e. BPD>HC) for this amygdala covariate. ", "id": "7oxFciwfWehs", + "images": [{"add_date": "2019-10-30T09:41:58.802747+00:00", "filename": "spmT_0005.nii.gz", "id": "oFWCbNK7eHcN", + "space": "MNI", "url": "http://neurovault.org/media/images/6034/spmT_0005.nii.gz", "user": null, "value_type": "T"}], + "name": "Model 3--Independent Samples T-Test Regression Analysis", "points": [], "user": null, "weights": [1.0]}, + {"conditions": [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", "user": null}], + "description": "We utilized a region-of-interest (ROI) analysis approach using the WFU PickAtlas toolbox for SPM8. + We created a mask of the bilateral amygdala (used to test H2 in Model 2), from the Talairach Daemon database.", "id": + "6skr8EiHiW73", "images": [{"add_date": "2019-10-30T09:51:30.157895+00:00", "filename": "AmyMask.nii.gz", "id": "5H5SUQZcGRv6", + "space": "MNI", "url": "http://neurovault.org/media/images/6034/AmyMask.nii.gz", "user": null, "value_type": "ROI/mask"}], + "name": "Model 2-Feedback: Amygdala Mask", "points": [], "user": null, "weights": [1.0]}], "authors": "Kimberly C. + Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "created_at": + "2023-05-20T01:09:51.807961+00:00", "description": "ABSTRACT \r\nBackground- Borderline personality disorder (BPD) + is characterized by maladaptive social functioning, and widespread negativity biases. The neural underpinnings of + these impairments remain elusive. We thus tested whether BPD patients show atypical neural activity when processing + social (compared to non-social) anticipation, feedback, and particularly, how they relate to each other.\r\nMethods- + We acquired functional MRI data from 21 BPD women and 24 matched healthy controls (HCs) while they performed a task + in which cues and feedbacks were either social (neutral faces for cues; happy or angry faces for positive and negative + feedbacks, respectively) or non-social (dollar sign; winning or losing money for positive and negative feedbacks, + respectively). This task allowed for the analysis of social anticipatory cues, performance-based feedback, and their + interaction. \r\nResults- Compared to HCs, BPD patients expressed increased activation in the superior temporal sulcus + during the processing of social cues, consistent with elevated salience associated with an upcoming social event. + BPD patients also showed reduced activation in the amygdala while processing evaluative social feedback. Importantly, + perigenual anterior cingulate cortex (pgACC) activity during the presentation of the social cue correlated with reduced + amygdala activity during the presentation of the negative social feedback in the BPD patients. \r\nConclusions- These + neuroimaging results clarify how BPD patients express altered responses to different types of social stimuli (i.e. + social anticipatory cues and evaluative feedback) and uncover an atypical relationship between frontolimbic regions + (pgACC-amygdala) over the time span of a social interaction. These findings may help to explain why BPD patients suffer + from pervasive difficulties adapting their behavior in the context of interpersonal relationships and should be considered + while designing better-targeted interventions.", "doi": "10.1016/j.nicl.2019.102126", "id": "5NQYnogUJ2XD", "metadata": + {"acquisition_orientation": "", "add_date": "2019-10-30T09:58:20.777993+01:00", "autocorrelation_model": "", "b0_unwarping_software": + "", "communities": [], "contributors": "", "coordinate_space": null, "doi_add_date": "2020-01-08T00:02:50.490732+01:00", + "download_url": "http://neurovault.org/collections/6034/download", "echo_time": null, "field_of_view": null, "field_strength": + null, "flip_angle": null, "full_dataset_url": "", "functional_coregistered_to_structural": null, "functional_coregistration_method": + "", "group_comparison": null, "group_description": "", "group_estimation_type": "", "group_inference_type": null, + "group_model_multilevel": "", "group_model_type": "", "group_modeling_software": "", "group_repeated_measures": null, + "group_repeated_measures_method": "", "handedness": null, "hemodynamic_response_function": "", "high_pass_filter_method": + "", "inclusion_exclusion_criteria": "", "interpolation_method": "", "intersubject_registration_software": "", "intersubject_transformation_type": + null, "intrasubject_estimation_type": "", "intrasubject_model_type": "", "intrasubject_modeling_software": "", "length_of_blocks": + null, "length_of_runs": null, "length_of_trials": "", "matrix_size": null, "modify_date": "2020-01-08T01:43:18.827758+01:00", + "motion_correction_interpolation": "", "motion_correction_metric": "", "motion_correction_reference": "", "motion_correction_software": + "", "nonlinear_transform_type": "", "number_of_experimental_units": null, "number_of_images": 4, "number_of_imaging_runs": + null, "number_of_rejected_subjects": null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": "", + "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": "", "object_image_type": + "", "optimization": null, "optimization_method": "", "order_of_acquisition": null, "order_of_preprocessing_operations": + "", "orthogonalization_description": "", "owner": 4432, "owner_name": "doellk", "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S2213158219304735", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, "pulse_sequence": "", "quality_control": + "", "repetition_time": null, "resampled_voxel_size": null, "scanner_make": "", "scanner_model": "", "skip_distance": + null, "slice_thickness": null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": "", + "software_package": "", "software_version": "", "subject_age_max": null, "subject_age_mean": null, "subject_age_min": + null, "target_resolution": null, "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + null, "url": "http://neurovault.org/collections/6034/", "used_b0_unwarping": null, "used_dispersion_derivatives": + null, "used_high_pass_filter": null, "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": null, "used_reaction_time_regressor": + null, "used_slice_timing_correction": null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "pmid": null, "publication": "NeuroImage: + Clinical", "source": "neurovault", "source_id": "6034", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "6HhdbbASwrK3", "images": + [], "name": "37588", "points": [{"coordinates": [60.0, -64.0, 28.0], "id": "38c5vf66bcFo", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -31.0, 10.0], "id": "47dKz73H2HtG", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, -58.0, + 28.0], "id": "56ypmCsZSSg6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [15.0, -10.0, -20.0], "id": "59D9X9dRgJ7T", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [18.0, 11.0, 67.0], "id": "5kFUkxRjSekg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [27.0, -76.0, -29.0], "id": "6AfrXNySoX2m", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [45.0, 14.0, -35.0], "id": "6iJiNa6Z5PLo", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, 29.0, -17.0], + "id": "7632xo46rTwn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-51.0, 26.0, -8.0], "id": "7KVqpZTFtAoh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-3.0, -49.0, 28.0], "id": "7bF2mDaoR8su", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [18.0, -13.0, -17.0], "id": "Wme5NpZ4TDB9", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, 14.0, 49.0], "id": "k4kaSWnkAtq3", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], + "authors": "Oetken S, Pauly KD, Gur RC, Schneider F, Habel U, Pohl A", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuropsychologia.2017.04.010", "id": "4rDGfjjGNAgq", "metadata": null, "name": + "Don''t worry, be happy - Neural correlates of the influence of musically induced mood on self-evaluation.", "pmid": + "28392302", "publication": "Neuropsychologia", "source": "neurosynth", "source_id": "28392302", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2017}, {"analyses": [{"conditions": + [], "description": null, "id": "BpS3u6sAfe8g", "images": [], "name": "34402", "points": [{"coordinates": [-14.0, 58.0, + 20.0], "id": "3hYiWJPgdtYx", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [-64.0, -24.0, 4.0], "id": "42EdqCTNSZWh", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [-40.0, -26.0, 46.0], "id": "4Mz4JjdsLshS", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [64.0, -18.0, 8.0], "id": "5FLrsYRLP3KC", "image": + null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-46.0, -38.0, 10.0], + "id": "5Te6suebT6a5", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": + [-54.0, -20.0, -26.0], "id": "5tUWxj93YP5y", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", + "values": []}, {"coordinates": [14.0, 2.0, -16.0], "id": "6igckJsXAvzA", "image": null, "kind": "unknown", "label_id": + null, "space": "UNKNOWN", "values": []}, {"coordinates": [8.0, -20.0, 2.0], "id": "7ZBwkAPuqqjY", "image": null, "kind": + "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [20.0, 50.0, 28.0], "id": "7hF99Fh8yxp2", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [6.0, -2.0, + 42.0], "id": "7qJUvYhP9M95", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [22.0, -56.0, 0.0], "id": "hxEqmuCxyEJc", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [16.0, 20.0, -12.0], "id": "qFQT6pQkutBW", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}], "user": null, "weights": []}], "authors": "Kong F, Hu S, Wang + X, Song Y, Liu J", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2014.11.033", + "id": "uPDUNVQUJvpt", "metadata": null, "name": "Neural correlates of the happy life: The amplitude of spontaneous + low frequency fluctuations predicts subjective well-being.", "pmid": "25463465", "publication": "NeuroImage", "source": + "neurosynth", "source_id": "25463465", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2015}, {"analyses": [{"conditions": [], "description": null, "id": "6jQ32kDkDdm8", "images": + [], "name": "34301", "points": [{"coordinates": [5.0, 9.0, -7.0], "id": "4T69s7pniC5w", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 27.0, 22.0], "id": "64zmKUPQ7YmC", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-14.0, 37.0, 26.0], "id": + "6MvDNE5xnLuL", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-30.0, -37.0, 55.0], "id": "6PJ2znp2fwvq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [28.0, -36.0, 52.0], "id": "6hFiW9BMZUGx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-39.0, -2.0, 3.0], "id": "6o2qc8u43wgu", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [40.0, -21.0, 13.0], "id": "6wWGqzrvczhn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -52.0, -16.0], "id": + "7bdi2SmNPbbG", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-22.0, -16.0, 25.0], "id": "87gKXQHczUJN", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [37.0, 34.0, -4.0], "id": "8sDXseZrXb9q", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "7h23dzabx6Lt", + "images": [], "name": "34302", "points": [{"coordinates": [-43.0, -2.0, -25.0], "id": "3UFD2AXMCec5", "image": null, + "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [21.0, -56.0, -40.0], "id": "4AGadtFU7Fe7", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-25.0, 59.0, 12.0], + "id": "4CBnQZHdQUUx", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-18.0, 30.0, 17.0], "id": "4GRVHvKctF4m", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [1.0, -22.0, 54.0], "id": "4g9CDT77D3XC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-52.0, 14.0, 20.0], "id": "4zrMaGZQA2p9", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [9.0, 63.0, 14.0], "id": "5hAvjvT5sGuR", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [4.0, 18.0, 60.0], "id": + "6SdTjmY6bWCt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-35.0, 8.0, 47.0], "id": "74TocxEUNvwT", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [19.0, 44.0, 14.0], "id": "7DmVodFbQ3SK", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [14.0, -19.0, 67.0], "id": "7YAT4LuC6gog", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-11.0, -26.0, 65.0], "id": "7bwnED5VnhKT", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [65.0, -37.0, -6.0], "id": + "7sJwXron7cSD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-34.0, -27.0, -23.0], "id": "89XBCHw62moC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}], "user": null, "weights": []}], "authors": "Egidi G, Caramazza A", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2014.09.008", "id": "6SoirEH52CMp", "metadata": null, "name": "Mood-dependent + integration in discourse comprehension: happy and sad moods affect consistency processing via different brain networks.", + "pmid": "25225000", "publication": "NeuroImage", "source": "neurosynth", "source_id": "25225000", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "description": null, "id": "4Xbk2AS5pRZy", "images": [], "name": "32540", "points": [{"coordinates": [42.0, -74.0, + -18.0], "id": "38s3dDZByrTF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-40.0, -70.0, -18.0], "id": "3TZC5AbvWm3u", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-52.0, -18.0, 2.0], "id": "3vd7AtyAc2Kh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-46.0, -64.0, -18.0], "id": "43PBL3Nwj6bG", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [56.0, -24.0, 4.0], "id": "49ChCCWwxVW2", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-18.0, -96.0, + 12.0], "id": "4Nc7VQsRWC44", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-42.0, -66.0, -16.0], "id": "4UeW8aHYCUB8", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [38.0, -66.0, -14.0], "id": "4k3N8AcxQLDQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, -12.0, 8.0], "id": "57agp5eHx9jM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -80.0, -12.0], "id": "5EqMQzfu59Ye", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-28.0, -20.0, 62.0], "id": + "5fTZJZWPy2g3", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-6.0, -80.0, -12.0], "id": "5nZSs5D4pnj4", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-48.0, -20.0, 2.0], "id": "5wuEGvKviiBN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-12.0, -64.0, -10.0], "id": "5x5mBdYD6wyM", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, 18.0, 6.0], "id": "65rB8Z3qvvih", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -96.0, + 14.0], "id": "69AqoawZq5HB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-50.0, -20.0, 2.0], "id": "69yRRuFFA9Aj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-46.0, 0.0, -8.0], "id": "6FKvvPXNmeRS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [12.0, -92.0, -2.0], "id": "6TivZyPTKXLv", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [56.0, -12.0, 48.0], "id": "6xM4gwz3UGPr", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [66.0, -16.0, 6.0], "id": + "79gM5FptpWLX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [54.0, -20.0, 0.0], "id": "7HyZpHdvith8", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-42.0, -22.0, 6.0], "id": "7iBgdSCxSDEv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [44.0, -70.0, -20.0], "id": "7k8FxP8M7zLh", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -64.0, -14.0], "id": "7mdwkdd6YPZg", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -22.0, + 2.0], "id": "7vHYB2sjT3C9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-26.0, 48.0, 28.0], "id": "7zKhbiAiEF9n", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [22.0, -92.0, 12.0], "id": "E2LR5GJLrH8C", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-44.0, -70.0, -16.0], "id": "EDYtVSJ3t7Y6", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-44.0, 20.0, 18.0], "id": "GSPG3ukqXuTs", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -18.0, + 4.0], "id": "VQhoEGHV6CA6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [66.0, -28.0, 10.0], "id": "guX6ww5EWAc6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [14.0, -86.0, -4.0], "id": "onHuBZ9jq9ry", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [18.0, -54.0, -2.0], "id": "ouuDUHoWTaG6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -68.0, -12.0], "id": "sQWZMkTHAYc8", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "5yDouUon6EJh", "images": [], "name": "32541", "points": [{"coordinates": [64.0, -26.0, + 8.0], "id": "3KuPdCdju92r", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-52.0, -20.0, 6.0], "id": "3ur3hG2LwJiM", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-22.0, -28.0, -4.0], "id": "5kDrAojKTGz4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [20.0, -74.0, 4.0], "id": "B4cj5c8UC7Yz", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -80.0, 0.0], "id": "YAmq3Wa6bmZy", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "5NwZPXwcbmmZ", "images": [], "name": "32542", "points": [{"coordinates": [-50.0, -20.0, + 2.0], "id": "3y6FJLzKSKqN", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [56.0, -28.0, 14.0], "id": "6Cr6wux9xcTq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [44.0, -64.0, -18.0], "id": "7aRQmERUHdqZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-42.0, -68.0, -16.0], "id": "8Gw9BmA3jNEH", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": + null, "id": "3uR4kLx5hPdT", "images": [], "name": "32543", "points": [{"coordinates": [-24.0, -76.0, -16.0], "id": + "4y7zqQwduxgL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-48.0, -30.0, 6.0], "id": "5GdtZiDRqzZB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [22.0, -82.0, -18.0], "id": "5w7arZSegfXp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, -30.0, 12.0], "id": "7ZL7i9tU6Gja", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Jeong JW, Diwadkar VA, + Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2010.11.017", "id": "3zUn4TfXtQVo", "metadata": null, "name": "Congruence + of happy and sad emotion in music and faces modifies cortical audiovisual activation.", "pmid": "21073970", "publication": + "NeuroImage", "source": "neurosynth", "source_id": "21073970", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2011}, {"analyses": [{"conditions": [], "description": null, "id": "8KgV3ZUBnouD", "images": + [], "name": "29803", "points": [{"coordinates": [-30.0, -30.0, -20.0], "id": "4Z7egLm2CBTf", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.0, -40.0, 42.0], "id": "4jKdtD9qQzdX", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-26.0, -18.0, + -20.0], "id": "5CMrbDqWpENi", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-24.0, 28.0, 44.0], "id": "5T2B8TrgiPV9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, -64.0, 20.0], "id": "5tTpPbHrJ4sd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-26.0, 8.0, 2.0], "id": "5yDxjh2nbajb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-4.0, 34.0, -8.0], "id": "63LZrfVGCTkR", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, 12.0, -22.0], "id": + "6Qm3GzihQcBd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, -58.0, 20.0], "id": "6WJGXYQRbLeW", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-54.0, -6.0, -10.0], "id": "78ztePgyguV7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-38.0, -28.0, -2.0], "id": "7FDXtmGCRFQF", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -10.0, -22.0], "id": "7HoUhGLXAoc5", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -32.0, + -4.0], "id": "7Wy55sBZP6mP", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-10.0, 56.0, 28.0], "id": "7bLmPhG5diWP", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [16.0, -44.0, 56.0], "id": "7pMondFRzdLm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-40.0, 38.0, -16.0], "id": "82Uwkqgnkyp3", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, -42.0, 16.0], "id": "8C5ujUDpCPSa", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-34.0, -10.0, + -16.0], "id": "DoT9vJuDpA9d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, -70.0, 34.0], "id": "EzSuWGmbGFuk", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-22.0, 22.0, 44.0], "id": "ebAfnXeFWpGh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, -50.0, 22.0], "id": "gpEeWzm5nREL", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-12.0, 56.0, 8.0], "id": "r6cYFNaTebF9", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "5nbDXoWuULds", "images": [], "name": "29804", "points": [{"coordinates": [30.0, 18.0, + -22.0], "id": "4bZahrjmSoYs", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-22.0, -36.0, -30.0], "id": "5XFevWAWJPDT", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-30.0, 16.0, -20.0], "id": "5XkkX5yKnniu", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-6.0, 36.0, 16.0], "id": "5sN7Jadt5sYM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-36.0, -28.0, 10.0], "id": "6J2fgYTJfN2f", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [40.0, -20.0, -24.0], "id": + "6JmYe22EnsK9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [46.0, -24.0, 8.0], "id": "73TGtSL6aykb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [14.0, -42.0, -30.0], "id": "7hsH5F3C7vsc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [22.0, 22.0, 36.0], "id": "7oUV5AkGRjzH", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, -20.0, 44.0], "id": "8474RhrGpB9b", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-64.0, -22.0, 12.0], "id": + "8LKj6VBr8ZWu", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2005.01.014", "id": "85PTzT2hpjSH", "metadata": null, "name": "Same + or different? Neural correlates of happy and sad mood in healthy males.", "pmid": "15862220", "publication": "NeuroImage", + "source": "neurosynth", "source_id": "15862220", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2005}, {"analyses": [{"conditions": [], "description": null, "id": "6tyc7jYAVweq", "images": + [], "name": "29444", "points": [{"coordinates": [12.0, 38.0, 26.0], "id": "34nWrfnr8RjD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [4.0, 28.0, 14.0], "id": "3AZKYMmU6Ey2", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-20.0, -6.0, -18.0], "id": + "3ddMsnY5x5Mi", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 28.0, 14.0], "id": "3pNjRLrT7iDm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-8.0, 38.0, 26.0], "id": "4g6c2nyPqT3d", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-10.0, 38.0, 24.0], "id": "4uPRi8zYbHTw", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-2.0, -4.0, 30.0], "id": "4x9Rsd55QXgM", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.0, 48.0, 8.0], "id": + "5KecXf7K2L6B", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 14.0, 26.0], "id": "5NAGQpoACrVA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-14.0, 44.0, 14.0], "id": "6Ffeuqz7Yc9R", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [22.0, 0.0, -20.0], "id": "6iKqmvtDEXrr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 48.0, 10.0], "id": "7BMRcYD6hegT", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-12.0, 40.0, -4.0], "id": + "7HJ3knFBt6ce", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-8.0, 38.0, 26.0], "id": "7Z5LjYrdsrnb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-8.0, 2.0, 30.0], "id": "8Fo6ubQMN7Bc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [24.0, 0.0, -24.0], "id": "LX2KJNPV5mF6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-28.0, -6.0, -18.0], "id": "LyUGVxjDNnGz", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [16.0, 34.0, 26.0], "id": + "pSNnRZn8BRx5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "gV3e93K3akeu", "images": [], "name": "29445", "points": + [{"coordinates": [48.0, -74.0, -10.0], "id": "4CwwpDkhkoga", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [50.0, -48.0, -22.0], "id": "55ZabhZK9akT", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-46.0, -82.0, -4.0], "id": "5BX2HVLwQHLm", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, -68.0, -8.0], "id": + "5TtzcZzpmJVx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [46.0, -56.0, -18.0], "id": "6j2aUQYWASfD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [6.0, -82.0, -40.0], "id": "6uhZ6u7tyPix", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [24.0, -88.0, 14.0], "id": "eGNwQXeM26Hr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-38.0, -52.0, -32.0], "id": "y2cuS2GDeFZk", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": + "Killgore WD, Yurgelun-Todd DA", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2003.12.033", + "id": "6qJcQ74oipDU", "metadata": null, "name": "Activation of the amygdala and anterior cingulate during nonconscious + processing of sad versus happy faces.", "pmid": "15050549", "publication": "NeuroImage", "source": "neurosynth", + "source_id": "15050549", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, + "year": 2004}, {"analyses": [{"conditions": [], "description": null, "id": "tHpWX6N8mfix", "images": [], "name": "37865", + "points": [{"coordinates": [-36.0, 8.0, -30.0], "id": "3MLAnFqndzTd", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-2.0, 60.0, 0.0], "id": "3bgQRRVWYMvM", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, -90.0, -4.0], "id": "5iLCCPD8pbHQ", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -84.0, -2.0], + "id": "5jBpAMqqmoam", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [26.0, -96.0, 2.0], "id": "89UrXYUry3Lj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Jimura K, Konishi S, Miyashita Y", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neulet.2009.02.012", "id": "5RkUxRUh6e2G", "metadata": null, "name": "Temporal + pole activity during perception of sad faces, but not happy faces, correlates with neuroticism trait.", "pmid": "19429013", + "publication": "Neuroscience letters", "source": "neurosynth", "source_id": "19429013", "source_updated_at": null, + "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2009}, {"analyses": [{"conditions": [], "description": + null, "id": "5XuagvSYMzW9", "images": [], "name": "25426", "points": [{"coordinates": [-1.78, -2.35, -1.21], "id": + "57vETqnTysr7", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "3wrf49wQ5KXs", "images": [], "name": "25427", "points": + [{"coordinates": [58.0, 41.0, 26.0], "id": "3xSCe58VBeJc", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [-18.0, 67.0, 25.0], "id": "4SH4YqMuTm6W", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-29.0, 1.0, -29.0], "id": "52gkNhUihPwF", "image": + null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-28.0, 56.0, -13.0], + "id": "64C4RMc5Vuko", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": + [12.0, 76.0, 37.0], "id": "6JTLp3Ymvn6p", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", + "values": []}, {"coordinates": [20.0, 60.0, -19.0], "id": "6WR5wu7yz2MU", "image": null, "kind": "unknown", "label_id": + null, "space": "UNKNOWN", "values": []}, {"coordinates": [12.0, 16.0, 35.0], "id": "6YdDBVFXvQ4B", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-21.0, 81.0, 41.0], "id": + "6fjYPJPKRqkC", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": + [-3.0, 41.0, -28.0], "id": "7NCaoNizUDDT", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", + "values": []}, {"coordinates": [42.0, -18.0, 30.0], "id": "HrYqVjuJdekh", "image": null, "kind": "unknown", "label_id": + null, "space": "UNKNOWN", "values": []}], "user": null, "weights": []}], "authors": "Henje Blom E, Connolly CG, Ho + TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang TT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.jad.2015.03.012", "id": "3C4xq7XcVv96", "metadata": null, "name": "Altered + insular activation and increased insular functional connectivity during sad and happy face processing in adolescent + major depressive disorder.", "pmid": "25827506", "publication": "Journal of affective disorders", "source": "neurosynth", + "source_id": "25827506", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, + "year": 2015}, {"analyses": [{"conditions": [], "description": null, "id": "ngDKFhxBuFG3", "images": [], "name": "21088", + "points": [{"coordinates": [-38.0, -30.0, 61.0], "id": "37TZQZou9ZCY", "image": null, "kind": "unknown", "label_id": + null, "space": "TAL", "values": []}, {"coordinates": [-30.0, 64.0, 19.0], "id": "3FWbpabUoCbP", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-41.0, -15.0, 8.0], "id": "3H3SdwV2GEBx", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-23.0, -30.0, + 57.0], "id": "3Jk3A8KGQGhz", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [38.0, -8.0, -11.0], "id": "3PtzSc3dTrUk", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-34.0, -26.0, -18.0], "id": "3QdovmKX3V27", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-36.0, -11.0, -7.0], "id": "3TWzm4UqNcm9", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-49.0, 26.0, 31.0], "id": "3do2foaTz5qL", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-45.0, -49.0, + 53.0], "id": "3rfwnhcxZKpT", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-30.0, -60.0, -26.0], "id": "44R73XyStiXC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-38.0, 4.0, 4.0], "id": "4Kbg358QnxHM", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [30.0, 19.0, 1.0], "id": "4Z9Ts2iFY6mE", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -38.0, 4.0], "id": "4ohJpgX74C8F", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-4.0, 15.0, 12.0], "id": + "4uV89MY5MaN9", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-45.0, -49.0, 53.0], "id": "4uZRMSjpv5h5", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [0.0, -34.0, 8.0], "id": "57BpREbwDHnf", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-26.0, -41.0, 19.0], "id": "5Cj3qXUGdYxP", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [4.0, -83.0, 34.0], "id": "5FWVh7jTK39o", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [34.0, 53.0, 31.0], + "id": "5HJLqToE9uGe", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [4.0, -49.0, 64.0], "id": "5Smu2JMa5Jf6", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-38.0, 60.0, 12.0], "id": "5YhqJbaANeUH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [34.0, 53.0, 31.0], "id": "5chUgCKYPY5b", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [15.0, -60.0, 1.0], "id": "5ctyCeieUYuz", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-22.0, 8.0, 34.0], "id": + "5dZb87JnYLpC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [34.0, 4.0, 8.0], "id": "5e5EJe6hA2iW", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-40.0, 45.0, 10.0], "id": "5in5maJsykYD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [22.0, -49.0, 64.0], "id": "5kf5nyfBukyS", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [34.0, -45.0, -33.0], "id": "5qQocaKp4T6t", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [41.0, 53.0, 19.0], "id": + "65Vs7fdQriRe", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-49.0, -23.0, 16.0], "id": "6Ffee7b45Wcj", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [41.0, 45.0, 19.0], "id": "6HSfRo7ebgLx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-19.0, -64.0, -14.0], "id": "6QJVBz8jPeuC", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-4.0, -15.0, 64.0], "id": "6QzwFbUziLrz", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [56.0, -15.0, -7.0], + "id": "6TACRjZcPYpt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-2.0, 56.0, 12.0], "id": "6TzTgVs4G24c", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [0.0, -34.0, -14.0], "id": "6W7yvHwpd6oj", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-4.0, -79.0, 38.0], "id": "6X9dmXWHchms", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-41.0, -38.0, 57.0], "id": "6Yw5Q2ARAWVf", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-56.0, -64.0, -3.0], "id": + "6qL4WkvSoQ3F", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-34.0, -26.0, 61.0], "id": "73FZkbZsvhoQ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [17.0, 18.0, 31.0], "id": "7LcioZjVTBJz", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-15.0, -23.0, 8.0], "id": "7S2nywob5apH", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [38.0, 4.0, 27.0], "id": "7ekFSTyzZHvn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -5.0, 59.0], "id": + "7ksaNKcz45BG", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [19.0, -83.0, -22.0], "id": "7rdNznEcBwci", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-4.0, -79.0, -22.0], "id": "7swnkAS4aw7R", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [0.0, 41.0, 23.0], "id": "7wTNaLWWk63G", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -38.0, 1.0], "id": "7zn4gHCespjn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -11.0, 68.0], "id": + "82QNu8ijwUBJ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [56.0, -49.0, 42.0], "id": "839VgZfNCciL", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [18.0, -8.0, 27.0], "id": "8HaGX9GiKUGL", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [24.0, 25.0, 32.0], "id": "8N9hJr2pfZZF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-64.0, -41.0, -3.0], "id": "Ed9ywtTGnZJn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [23.0, -60.0, -11.0], "id": + "SGePRbT3qhN3", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [30.0, 60.0, 12.0], "id": "TQTUm4jtrhJB", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [19.0, -71.0, -14.0], "id": "ZFJErpAKP3n7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-30.0, 56.0, 8.0], "id": "cpEh49HwcdXi", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-4.0, 23.0, -11.0], "id": "fjkgQyfcAh68", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [53.0, -32.0, 19.0], "id": + "k5y743e26v9K", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [4.0, -49.0, 64.0], "id": "u4NhedHKG93s", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [64.0, -34.0, 12.0], "id": "xQDRD5u4n7c7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Todd RM, Lee W, Evans JW, Lewis MD, Taylor + MJ", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.dcn.2012.01.004", "id": + "3SVHsdWTFHbV", "metadata": null, "name": "Withholding response in the face of a smile: age-related differences in + prefrontal sensitivity to Nogo cues following happy and angry faces.", "pmid": "22669035", "publication": "Developmental + cognitive neuroscience", "source": "neurosynth", "source_id": "22669035", "source_updated_at": null, "updated_at": + "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2012}, {"analyses": [{"conditions": [], "description": null, + "id": "7FwRKS36kZp9", "images": [], "name": "15331", "points": [{"coordinates": [3.0, -48.0, 30.0], "id": "4r96arrG6uZu", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-30.0, 33.0, + 39.0], "id": "5WDoiqxFeQyc", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [0.0, -51.0, 30.0], "id": "xFVBfhpVWLY7", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "7VPXqibNQ2La", + "images": [], "name": "15332", "points": [{"coordinates": [-35.0, -51.0, 39.0], "id": "3CCZDnXahnfJ", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [3.0, -6.0, 45.0], "id": "3NGtpSmCy2hU", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-3.0, -15.0, + 45.0], "id": "4VXx9ZewacuE", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [-42.0, 15.0, -9.0], "id": "4akhJxsEJSWi", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [5.0, 12.0, 39.0], "id": "5XGx9DfbzV2D", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [12.0, -69.0, 42.0], "id": "7dx5VjjgKy3e", "image": + null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-24.0, -51.0, 48.0], + "id": "7ukCvNUEhfE5", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}], "user": + null, "weights": []}], "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.biopsycho.2014.08.003", "id": "6hNANgeoQKYP", "metadata": null, "name": "When + you smile, you become happy: Evidence from resting state task-based fMRI.", "pmid": "25139308", "publication": "Biological + psychology", "source": "neurosynth", "source_id": "25139308", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2014}, {"analyses": [{"conditions": [], "description": null, "id": "7BRmUpYpiCPE", "images": + [], "name": "14799", "points": [{"coordinates": [-16.0, -83.0, -30.0], "id": "37FYTVL7wRTG", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-2.0, -32.0, 39.0], "id": "3VnTxH3foLoC", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-27.0, -49.0, + 10.0], "id": "3tWKErBQ8nAm", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-26.0, -37.0, 36.0], "id": "3u78nfhd9sPf", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [45.0, 25.0, 18.0], "id": "45su6L6aEJuY", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [42.0, 4.0, 42.0], "id": "4EcrU4Mifcx8", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-41.0, -2.0, 44.0], "id": "4YAdHtgw9sLr", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [10.0, 51.0, 4.0], "id": + "4guGK8TdFS8z", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [34.0, -17.0, 35.0], "id": "55By8yLPYTFP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-36.0, 43.0, -4.0], "id": "56SJ8X28hSCM", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [11.0, 48.0, -12.0], "id": "5RgWZMZh8vBi", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [47.0, 3.0, 1.0], "id": "5nyhRReiUGcA", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [57.0, -17.0, 14.0], "id": + "62KkbjgmCN9o", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-1.0, 33.0, 51.0], "id": "6H3yjuhNE5Ap", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-25.0, 31.0, 42.0], "id": "74ZPcZvKpagN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [44.0, -30.0, 36.0], "id": "7VuNBTtyPRYs", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [34.0, -40.0, -16.0], "id": "7cGkvxVNN7Ex", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -82.0, -14.0], "id": + "87pqkzhfVUxN", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-33.0, -11.0, 29.0], "id": "BW2Ysod4NhZD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-40.0, 43.0, -1.0], "id": "CqPSKUdKDoaD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [1.0, -27.0, 30.0], "id": "cu73FwmZmfLF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": + null, "id": "4hZswu6NM87F", "images": [], "name": "14800", "points": [{"coordinates": [47.0, 16.0, 7.0], "id": "5Ew8Xf8zaUWv", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [10.0, 50.0, 1.0], + "id": "7jvVf4nw7ph7", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-5.0, 60.0, 2.0], "id": "9ijz8CHqhZaD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-41.0, 32.0, -9.0], "id": "Ce3JK85nZSAP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [34.0, -31.0, -5.0], "id": "qxmmEwL8F85G", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Keedwell PA, Andrew C, + Williams SC, Brammer MJ, Phillips ML", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": + "10.1016/j.biopsych.2005.04.035", "id": "3NK8yHeevRct", "metadata": null, "name": "A double dissociation of ventromedial + prefrontal cortical responses to sad and happy stimuli in depressed and healthy individuals.", "pmid": "15993859", + "publication": "Biological psychiatry", "source": "neurosynth", "source_id": "15993859", "source_updated_at": null, + "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2005}, {"analyses": [{"conditions": [], "description": + null, "id": "PZtHzKXasZmg", "images": [], "name": "17019", "points": [{"coordinates": [-24.0, -84.0, -28.0], "id": + "32rzazfQvtxp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-62.0, -32.0, 38.0], "id": "32yDWG9yAChf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, 46.0, -14.0], "id": "39vbBMbdH6Th", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [62.0, -50.0, 12.0], "id": "3Rgv9RrfDgYZ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-58.0, 20.0, -8.0], "id": "3g7mDPZGg7AB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 38.0, -26.0], "id": + "3mzP3Gdyx9wm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-58.0, 20.0, -8.0], "id": "3snUHJe8wjgo", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-36.0, 44.0, -16.0], "id": "477gjWEhe4sr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-60.0, -20.0, -8.0], "id": "48MEKNVeRN5e", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-62.0, -32.0, 38.0], "id": "4KQqjp9fpxMb", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-18.0, -8.0, 12.0], + "id": "4XnSRwfgc7XB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-4.0, -76.0, 52.0], "id": "4aubPhohiXqV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-50.0, -54.0, 28.0], "id": "4mBWcp3tACwx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [50.0, -72.0, 40.0], "id": "4uBQwNnANQcn", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 54.0, 18.0], "id": "4uQRQghXusHr", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -10.0, 6.0], "id": + "4xjSS7PNqhRA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, 44.0, 4.0], "id": "53NiXUeNsyHD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-28.0, -6.0, -24.0], "id": "55kVaGNNfNG6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-24.0, -84.0, -28.0], "id": "59vQSUhB4ph8", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-28.0, -6.0, -24.0], "id": "5JdyuhpKvhAj", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, -24.0, -10.0], + "id": "5NxNVF2GC9qA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [40.0, 24.0, -14.0], "id": "5azyjT6MPuw5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-52.0, -66.0, 10.0], "id": "626DsVTVN22N", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [58.0, -58.0, 24.0], "id": "66PRE7HKPpVK", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, 24.0, 24.0], "id": "6B4A97nkZDoy", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [28.0, -76.0, -26.0], "id": + "6GuNWqWaLdK9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-18.0, -8.0, 12.0], "id": "6VsdCwwLMRmS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [40.0, 24.0, -14.0], "id": "6Xw3iZu93wXv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-52.0, -66.0, 10.0], "id": "6bAa5bwu2qZN", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-44.0, -50.0, 28.0], "id": "6cCc69h2NkEZ", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -10.0, + 6.0], "id": "6hzCLrAY9BSS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, 44.0, 4.0], "id": "7Huyy7HMYmph", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-4.0, 44.0, 28.0], "id": "7JGwdAeomHcy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-36.0, 44.0, -16.0], "id": "7PWyytzhACNv", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -72.0, 40.0], "id": "7UkjFpL9wZFY", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -54.0, + 28.0], "id": "7Y7XdQhnC32q", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [58.0, -58.0, 24.0], "id": "7y4mvuDkmJ5v", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-14.0, 38.0, -26.0], "id": "82RM5UW7saMh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, 44.0, 28.0], "id": "8D9264tGGF3A", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, -24.0, -10.0], "id": "8KQpEwA3M9ap", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-60.0, -20.0, -8.0], "id": + "8XAaBDZV4CRx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [28.0, -76.0, -26.0], "id": "8ndvGj6tvjXQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-4.0, -76.0, 52.0], "id": "FFKLKVg9woB4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-40.0, 24.0, 24.0], "id": "n9hirjRsgqJV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 54.0, 18.0], "id": "nNeZtxwwYJbG", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-44.0, -50.0, 28.0], "id": + "nxFfUmf7BKwD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [62.0, -50.0, 12.0], "id": "t2hvsMCTN8EX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, 46.0, -14.0], "id": "wMsAmRMNbk3j", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Cullen KR, LaRiviere LL, Vizueta N, Thomas + KM, Hunt RH, Miller MJ, Lim KO, Schulz SC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1007/s11682-015-9406-4", "id": "4wMYLcaZa25g", "metadata": null, "name": "Brain activation in response + to overt and covert fear and happy faces in women with borderline personality disorder.", "pmid": "26007149", "publication": + "Brain imaging and behavior", "source": "neurosynth", "source_id": "26007149", "source_updated_at": null, "updated_at": + "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2015}, {"analyses": [{"conditions": [], "description": null, + "id": "4Yex3gzet4E3", "images": [], "name": "41548", "points": [{"coordinates": [-12.0, -52.0, 4.0], "id": "3sgDg3r8ar9r", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-4.0, 34.0, -20.0], + "id": "3vzbjRSwZK5A", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [28.0, -58.0, 46.0], "id": "3zwHSU9Kd4Pr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [38.0, 12.0, 24.0], "id": "5Mqr6LHfWeYH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-22.0, 12.0, -24.0], "id": "628RF8cp8yEQ", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -72.0, -6.0], "id": "6UnXwimpVQ78", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, -12.0, 0.0], + "id": "7G2AHCQXCewZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-32.0, -50.0, 48.0], "id": "B2RQGHU4HRY6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-34.0, -78.0, -18.0], "id": "zZjdACAc95xk", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Norbury R, Taylor MJ, Selvaraj S, Murphy + SE, Harmer CJ, Cowen PJ", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1007/s00213-009-1597-1", + "id": "ukeN793Sct3Y", "metadata": null, "name": "Short-term antidepressant treatment modulates amygdala response to + happy faces.", "pmid": "19585106", "publication": "Psychopharmacology", "source": "neurosynth", "source_id": "19585106", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2009}, {"analyses": + [{"conditions": [], "description": null, "id": "3BKoPowaKTaL", "images": [], "name": "41528", "points": [{"coordinates": + [0.0, -77.0, -29.0], "id": "3BqPe7Ar6pkQ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-58.0, -41.0, -4.0], "id": "3pZ5WRkf8DuA", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [3.0, -63.0, 9.0], "id": "4ZsCQ2yV8VjH", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-47.0, 33.0, 3.0], "id": "4kBacoZny5cN", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, -69.0, 3.0], "id": + "5SvUyXwpcpU5", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [18.0, -56.0, 4.0], "id": "6FbWa9X5YPiy", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-22.0, -70.0, 3.0], "id": "6hTdqZC4DUhb", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-40.0, -4.0, 53.0], "id": "73NaJm88yu76", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-7.0, -59.0, 5.0], "id": "7AZ46mHFQmfY", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 30.0, 37.0], "id": + "Kjr5Ukwrkmd4", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "47qaAFTcNtEw", "images": [], "name": "41529", "points": + [{"coordinates": [-7.0, -74.0, 26.0], "id": "4Du4Ey9fepUJ", "image": null, "kind": "unknown", "label_id": null, "space": + "TAL", "values": []}, {"coordinates": [-11.0, 44.0, -7.0], "id": "5qaxAzS64yYN", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [29.0, -59.0, -24.0], "id": "824i8v4ut9F3", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "8Bw8PFwRQSj2", "images": [], "name": "41530", "points": [{"coordinates": [14.0, -56.0, + 25.0], "id": "3PbfVeQyeGvn", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-25.0, -59.0, 4.0], "id": "3UJ6an3pNMDt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [29.0, 37.0, 15.0], "id": "3Whr4R5FF3i7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-4.0, -59.0, 26.0], "id": "3ZG7HJd8QGzY", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [22.0, -41.0, 29.0], "id": "3ZnWcjss2Ptv", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [36.0, 15.0, -7.0], "id": + "3jJ6sJePDtym", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-14.0, -48.0, 2.0], "id": "3obY44ECNyaA", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-25.0, -28.0, 20.0], "id": "3v4rZLLEQRTN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-43.0, 37.0, 4.0], "id": "4VAYgfh5LBxE", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [18.0, -41.0, 8.0], "id": "4dyLo568W76n", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [29.0, -70.0, 15.0], "id": + "4ineVCevXTKZ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-47.0, 33.0, 9.0], "id": "53SQBg92cYMK", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [25.0, -59.0, 20.0], "id": "5BXLqQtprDX6", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [11.0, -59.0, 42.0], "id": "5EEDcQCv5RAP", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-32.0, -41.0, -18.0], "id": "5UgUpnfkaiLP", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-47.0, 26.0, 20.0], "id": + "5xCS5b8Zawh6", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [25.0, -37.0, 4.0], "id": "5yngCccwEWjA", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [14.0, -41.0, 15.0], "id": "69LWenna6Y9h", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-22.0, -70.0, 15.0], "id": "6GzWEiiRCxvz", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 26.0, 9.0], "id": "6KCWDZ2QBvHm", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -37.0, 31.0], + "id": "6LkoN4z3xcYV", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [29.0, -44.0, 4.0], "id": "6X5U7szLojXD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [22.0, 37.0, 20.0], "id": "6j7Zqgz6utgy", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-32.0, -33.0, -24.0], "id": "7CBYB8uS8fuK", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 30.0, -2.0], "id": "7GQPG9m9jnWN", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -56.0, 9.0], + "id": "7S48DL8UFL5B", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [22.0, 37.0, 20.0], "id": "7iF9ZBCynwdS", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-47.0, 33.0, 9.0], "id": "7iywfNScBBPQ", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-25.0, -63.0, 26.0], "id": "7yPofwwqq8gc", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-29.0, -52.0, -7.0], "id": "8Np7kwnudixz", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -41.0, 37.0], + "id": "HBjsaPrDvrhK", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-11.0, -48.0, 9.0], "id": "Mkw32Tu4gqcq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [29.0, -30.0, 26.0], "id": "WYGnNBtNdnRF", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [29.0, -48.0, 2.0], "id": "a3AgGAnGgUrF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Fusar-Poli P, Allen P, + Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1007/s00213-007-0757-4", "id": "ZbuEo2kUW23q", "metadata": null, "name": "Modulation + of neural response to happy and sad faces by acute tryptophan depletion.", "pmid": "17375288", "publication": "Psychopharmacology", + "source": "neurosynth", "source_id": "17375288", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2007}, {"analyses": [{"conditions": [], "description": null, "id": "3mcbMoCsoXNN", "images": + [], "name": "23598", "points": [{"coordinates": [-12.0, 14.0, 16.0], "id": "364vJgvW2oeN", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, -16.0, 0.0], "id": "3M8Qs46ie6jE", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-20.0, 32.0, 46.0], + "id": "3U3rGfPdAfro", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-4.0, -12.0, 38.0], "id": "4ECa8aFHKQyx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-54.0, -34.0, 8.0], "id": "4Z5x9rMyW65J", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [8.0, 4.0, -6.0], "id": "4kH5AGVFviGW", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-10.0, 38.0, 14.0], "id": "6GrLzDJsHWPB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-8.0, -26.0, 64.0], "id": + "7D6TQPznrfTF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-12.0, -48.0, 44.0], "id": "7YtioY3e9QwV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-14.0, -46.0, 2.0], "id": "haa9LxmuNjoX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, -28.0, 38.0], "id": "nBsVkmKHeSPQ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": + null, "id": "7afo3nCCDWtT", "images": [], "name": "23599", "points": [{"coordinates": [-12.0, 14.0, 56.0], "id": "3mLJgJ3eJNBp", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, -52.0, + -16.0], "id": "4ZexzcFKF4UK", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [20.0, -15.0, -20.0], "id": "6WxkMboWs97W", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [48.0, -20.0, 4.0], "id": "78VQGVTTJ8qa", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-14.0, -32.0, 40.0], "id": "89kyxGFKu9Sc", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, -32.0, 8.0], "id": "Tt4vy9gtafE8", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, 6.0, -2.0], + "id": "uF2vFu8D7p9m", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}, {"conditions": [], "description": null, "id": "5EYKv2cPMveB", "images": [], "name": "23600", + "points": [{"coordinates": [-56.0, -36.0, 10.0], "id": "7B8nJpwCvKik", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-36.0, -30.0, 18.0], "id": "8AHiUaTXhhST", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Mitterschiffthaler + MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1002/hbm.20337", "id": "4xXMASGQSwyj", "metadata": null, "name": "A functional MRI study of happy and sad + affective states induced by classical music.", "pmid": "17290372", "publication": "Human brain mapping", "source": + "neurosynth", "source_id": "17290372", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2007}], "updated_at": null, "user": "google-oauth2|100511154128738502835"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/annotations/5SPpPvY3x9Fp + response: + body: + string: '{"created_at": "2023-05-23T20:15:14.060372+00:00", "description": "", "id": "5SPpPvY3x9Fp", "metadata": null, + "name": "Annotation for studyset n5zg69u5T4tM", "note_keys": {"included": "boolean"}, "notes": [{"analysis": "7BRmUpYpiCPE", + "analysis_name": "14799", "authors": "Keedwell PA, Andrew C, Williams SC, Brammer MJ, Phillips ML", "note": {"included": + true}, "publication": "Biological psychiatry", "study": "3NK8yHeevRct", "study_name": "A double dissociation of ventromedial + prefrontal cortical responses to sad and happy stimuli in depressed and healthy individuals.", "study_year": 2005}, + {"analysis": "PZtHzKXasZmg", "analysis_name": "17019", "authors": "Cullen KR, LaRiviere LL, Vizueta N, Thomas KM, + Hunt RH, Miller MJ, Lim KO, Schulz SC", "note": {"included": true}, "publication": "Brain imaging and behavior", "study": + "4wMYLcaZa25g", "study_name": "Brain activation in response to overt and covert fear and happy faces in women with + borderline personality disorder.", "study_year": 2015}, {"analysis": "4Yex3gzet4E3", "analysis_name": "41548", "authors": + "Norbury R, Taylor MJ, Selvaraj S, Murphy SE, Harmer CJ, Cowen PJ", "note": {"included": true}, "publication": "Psychopharmacology", + "study": "ukeN793Sct3Y", "study_name": "Short-term antidepressant treatment modulates amygdala response to happy faces.", + "study_year": 2009}, {"analysis": "3BKoPowaKTaL", "analysis_name": "41528", "authors": "Fusar-Poli P, Allen P, Lee + F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "note": {"included": true}, "publication": + "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation of neural response to happy and sad faces + by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "8Bw8PFwRQSj2", "analysis_name": "41530", "authors": + "Fusar-Poli P, Allen P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "note": {"included": + true}, "publication": "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation of neural response + to happy and sad faces by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "47qaAFTcNtEw", "analysis_name": + "41529", "authors": "Fusar-Poli P, Allen P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire + PK", "note": {"included": true}, "publication": "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation + of neural response to happy and sad faces by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "7afo3nCCDWtT", + "analysis_name": "23599", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"included": + true}, "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI study of happy + and sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "3mcbMoCsoXNN", "analysis_name": + "23598", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"included": true}, + "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI study of happy and + sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "5EYKv2cPMveB", "analysis_name": + "23600", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"included": true}, + "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI study of happy and + sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "7ovNsQMayNZY", "analysis_name": + "T1", "authors": null, "note": {"included": true}, "publication": null, "study": "7JtZxnwqByGB", "study_name": "A + Functional MRI Study of Happy and Sad Emotions in Music with and without Lyrics", "study_year": null}, {"analysis": + "4hXNxByzL2vS", "analysis_name": "t0005", "authors": null, "note": {"included": true}, "publication": null, "study": + "GrhKTkDpbMEx", "study_name": "Happy facial expression processing with different social interaction cues: An fMRI + study of individuals with schizotypal personality traits", "study_year": null}, {"analysis": "qpaYC5aDTs6b", "analysis_name": + "tbl1", "authors": null, "note": {"included": true}, "publication": null, "study": "6p9pnHPhfQeP", "study_name": "Recognition + of happy facial affect in panic disorder: An fMRI study", "study_year": null}, {"analysis": "4hbTmow27Edz", "analysis_name": + "tbl2", "authors": null, "note": {"included": true}, "publication": null, "study": "6p9pnHPhfQeP", "study_name": "Recognition + of happy facial affect in panic disorder: An fMRI study", "study_year": null}, {"analysis": "3vrbzpxw9Cpi", "analysis_name": + "tbl0005", "authors": null, "note": {"included": true}, "publication": null, "study": "7qae4ZZAYbnZ", "study_name": + "Testosterone administration in women increases amygdala responses to fearful and happy faces", "study_year": null}, + {"analysis": "5pDYgPGpD2uS", "analysis_name": "tbl2", "authors": null, "note": {"included": true}, "publication": + null, "study": "LDpfxa9VU8Av", "study_name": "A differential pattern of neural response toward sad versus happy facial + expressions in major depressive disorder", "study_year": null}, {"analysis": "7svnYfHnz24L", "analysis_name": "23103", + "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": {"included": true}, "publication": "Frontiers + in neuroscience", "study": "5ptAcQjSuWQP", "study_name": "Intact brain processing of musical emotions in autism spectrum + disorder, but more cognitive load and arousal in happy vs. sad music.", "study_year": 2014}, {"analysis": "76AvL5Nuq7rc", + "analysis_name": "23101", "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": {"included": true}, + "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", "study_name": "Intact brain processing of musical + emotions in autism spectrum disorder, but more cognitive load and arousal in happy vs. sad music.", "study_year": + 2014}, {"analysis": "8FGGhQh4m7Rx", "analysis_name": "23102", "authors": "Gebauer L, Skewes J, Westphael G, Heaton + P, Vuust P", "note": {"included": true}, "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", "study_name": + "Intact brain processing of musical emotions in autism spectrum disorder, but more cognitive load and arousal in happy + vs. sad music.", "study_year": 2014}, {"analysis": "3bCxZ89SwqBQ", "analysis_name": "40466", "authors": "Kluczniok + D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl + F", "note": {"included": true}, "publication": "PloS one", "study": "5N5L2d5f3J3f", "study_name": "Dissociating maternal + responses to sad and happy facial expressions of their own child: An fMRI study.", "study_year": 2017}, {"analysis": + "5KXN7E3YVVhU", "analysis_name": "40468", "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, + Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "note": {"included": true}, "publication": "PloS + one", "study": "5N5L2d5f3J3f", "study_name": "Dissociating maternal responses to sad and happy facial expressions + of their own child: An fMRI study.", "study_year": 2017}, {"analysis": "qWEpgVfpLepn", "analysis_name": "40467", + "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner R, Herpertz SC, + Boedeker K, Bermpohl F", "note": {"included": true}, "publication": "PloS one", "study": "5N5L2d5f3J3f", "study_name": + "Dissociating maternal responses to sad and happy facial expressions of their own child: An fMRI study.", "study_year": + 2017}, {"analysis": "3H5dDZEkqeZm", "analysis_name": "39766", "authors": "Felmingham KL, Falconer EM, Williams L, + Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"included": true}, "publication": "PloS one", "study": "3dEED48cGfXq", + "study_name": "Reduced amygdala and ventral striatal activity to happy faces in PTSD is associated with emotional + numbing.", "study_year": 2014}, {"analysis": "7xMSzM9VJtrK", "analysis_name": "39765", "authors": "Felmingham KL, + Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"included": true}, "publication": "PloS + one", "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral striatal activity to happy faces in PTSD + is associated with emotional numbing.", "study_year": 2014}, {"analysis": "icaz7Y5jZJfV", "analysis_name": "39767", + "authors": "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"included": true}, + "publication": "PloS one", "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral striatal activity + to happy faces in PTSD is associated with emotional numbing.", "study_year": 2014}, {"analysis": "pVNZSTjHVaAu", "analysis_name": + "39504", "authors": "Luo Y, Huang X, Yang Z, Li B, Liu J, Wei D", "note": {"included": true}, "publication": "PloS + one", "study": "6AkrZQQo2ysG", "study_name": "Regional homogeneity of intrinsic brain activity in happy and unhappy + individuals.", "study_year": 2014}, {"analysis": "3r8sCMStLUTc", "analysis_name": "21622", "authors": "Chakrabarti + B, Kent L, Suckling J, Bullmore E, Baron-Cohen S", "note": {"included": true}, "publication": "The European journal + of neuroscience", "study": "3f6YK9Z83mU3", "study_name": "Variations in the human cannabinoid receptor (CNR1) gene + modulate striatal responses to happy faces.", "study_year": 2006}, {"analysis": "32UCEiz5GhWK", "analysis_name": "42827", + "authors": "Persson N, Lavebratt C, Ebner NC, Fischer H", "note": {"included": true}, "publication": "Social cognitive + and affective neuroscience", "study": "J427eVUr4rYy", "study_name": "Influence of DARPP-32 genetic variation on BOLD + activation to happy faces.", "study_year": 2017}, {"analysis": "QqmewarwTt36", "analysis_name": "42247", "authors": + "Suzuki A, Goh JO, Hebrank A, Sutton BP, Jenkins L, Flicker BA, Park DC", "note": {"included": true}, "publication": + "Social cognitive and affective neuroscience", "study": "5KmCyQFLh4Ew", "study_name": "Sustained happiness? Lack of + repetition suppression in right-ventral visual cortex for happy faces.", "study_year": 2011}, {"analysis": "TfsWwDHeVeSq", + "analysis_name": "42081", "authors": "Johnstone T, van Reekum CM, Oakes TR, Davidson RJ", "note": {"included": true}, + "publication": "Social cognitive and affective neuroscience", "study": "4KxodnKqYrS4", "study_name": "The voice of + emotion: an FMRI study of neural responses to angry and happy vocal expressions.", "study_year": 2006}, {"analysis": + "8KL5SpPjm2eu", "analysis_name": "19176", "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze HJ, Kotz + SA", "note": {"included": true}, "publication": "Cerebral cortex (New York, N.Y. : 1991)", "study": "8Kr5LfW7Abga", + "study_name": "On emotional conflict: interference resolution of happy and angry prosody reveals valence-specific + effects.", "study_year": 2010}, {"analysis": "6Pskc22jqRG9", "analysis_name": "19175", "authors": "Wittfoth M, Schroder + C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "note": {"included": true}, "publication": "Cerebral cortex (New York, + N.Y. : 1991)", "study": "8Kr5LfW7Abga", "study_name": "On emotional conflict: interference resolution of happy and + angry prosody reveals valence-specific effects.", "study_year": 2010}, {"analysis": "95c2k6ff2Pfh", "analysis_name": + "37742", "authors": "Lee TM, Liu HL, Hoosain R, Liao WT, Wu CT, Yuen KS, Chan CC, Fox PT, Gao JH", "note": {"included": + true}, "publication": "Neuroscience letters", "study": "xQhZkTxtHGZH", "study_name": "Gender differences in neural + correlates of recognition of happy and sad faces in humans assessed by functional magnetic resonance imaging.", "study_year": + 2002}, {"analysis": "38HqPANwZTG2", "analysis_name": "42004", "authors": "Pulkkinen J, Nikkinen J, Kiviniemi V, Maki + P, Miettunen J, Koivukangas J, Mukkala S, Nordstrom T, Barnett JH, Jones PB, Moilanen I, Murray GK, Veijola J", "note": + {"included": true}, "publication": "Schizophrenia research", "study": "6gD4cLusQaGb", "study_name": "Functional mapping + of dynamic happy and fearful facial expressions in young adults with familial risk for psychosis - Oulu Brain and + Mind Study.", "study_year": 2015}, {"analysis": "7npj8yWwnet4", "analysis_name": "spmT WB GroupXDrug BDD>HC", "authors": + "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": + "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state + functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": + null}, {"analysis": "fPbGgVwV6WY4", "analysis_name": "spmT WB ALLFACES>SHAPES", "authors": "Sally A. Grace, Izelle + Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "7BtTmQCtTLDG", "analysis_name": "spmT gPPI ANGRY>SHAPES Int1", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", + "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic + disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": "7AKSr54RRuDe", "analysis_name": + "spmT gPPI ANGRY>SHAPES HC>BDD", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", + "note": {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "59gY3ro98L28", "analysis_name": "spmT gPPI + ANGRY>SHAPES BDD>HC", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": + {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "5UqTAfa29ak4", "analysis_name": "spmT gPPI + ANGRY>SHAPES Int2", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": + {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "4uN7cxX3QSqL", "analysis_name": "spmT WB + MainEffectDrug OXT>PBO", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": + {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "6nTZmgpghK4z", "analysis_name": "spmT WB + HC>BDD", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": + true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters + amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "5ZQbnszRa6sF", "analysis_name": "spmT WB MainEffectDrug PBO>OXT", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": true}, + "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal + resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", + "study_year": null}, {"analysis": "5Aa9eTyM6Z73", "analysis_name": "spmT WB BDD>HC", "authors": "Sally A. Grace, Izelle + Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "75fxWNPbZbjv", "analysis_name": "spmF WB GroupXDrugXEmotion", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", + "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic + disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": "4f4dMGS4zuoT", "analysis_name": + "Model 2-Feedback: Interaction Social Condition by Group", "authors": "Kimberly C. Doell, Emilie Oli\u00e9, Philippe + Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": {"included": true}, "publication": + "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical processing of social anticipation and feedback + in borderline personality disorder", "study_year": null}, {"analysis": "6cUpoaBzsSbA", "analysis_name": "Model 1-Cues: + Interaction Social Condition by Group", "authors": "Kimberly C. Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado + Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": {"included": true}, "publication": "NeuroImage: Clinical", + "study": "5NQYnogUJ2XD", "study_name": "Atypical processing of social anticipation and feedback in borderline personality + disorder", "study_year": null}, {"analysis": "6skr8EiHiW73", "analysis_name": "Model 2-Feedback: Amygdala Mask", "authors": + "Kimberly C. Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", + "note": {"included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "study_year": null}, {"analysis": + "7oxFciwfWehs", "analysis_name": "Model 3--Independent Samples T-Test Regression Analysis", "authors": "Kimberly C. + Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": + {"included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical processing + of social anticipation and feedback in borderline personality disorder", "study_year": null}, {"analysis": "6HhdbbASwrK3", + "analysis_name": "37588", "authors": "Oetken S, Pauly KD, Gur RC, Schneider F, Habel U, Pohl A", "note": {"included": + true}, "publication": "Neuropsychologia", "study": "4rDGfjjGNAgq", "study_name": "Don''t worry, be happy - Neural + correlates of the influence of musically induced mood on self-evaluation.", "study_year": 2017}, {"analysis": "BpS3u6sAfe8g", + "analysis_name": "34402", "authors": "Kong F, Hu S, Wang X, Song Y, Liu J", "note": {"included": true}, "publication": + "NeuroImage", "study": "uPDUNVQUJvpt", "study_name": "Neural correlates of the happy life: The amplitude of spontaneous + low frequency fluctuations predicts subjective well-being.", "study_year": 2015}, {"analysis": "7h23dzabx6Lt", "analysis_name": + "34302", "authors": "Egidi G, Caramazza A", "note": {"included": true}, "publication": "NeuroImage", "study": "6SoirEH52CMp", + "study_name": "Mood-dependent integration in discourse comprehension: happy and sad moods affect consistency processing + via different brain networks.", "study_year": 2014}, {"analysis": "6jQ32kDkDdm8", "analysis_name": "34301", "authors": + "Egidi G, Caramazza A", "note": {"included": true}, "publication": "NeuroImage", "study": "6SoirEH52CMp", "study_name": + "Mood-dependent integration in discourse comprehension: happy and sad moods affect consistency processing via different + brain networks.", "study_year": 2014}, {"analysis": "5NwZPXwcbmmZ", "analysis_name": "32542", "authors": "Jeong JW, + Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", "note": {"included": true}, "publication": + "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy and sad emotion in music and faces modifies + cortical audiovisual activation.", "study_year": 2011}, {"analysis": "5yDouUon6EJh", "analysis_name": "32541", "authors": + "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", "note": {"included": + true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy and sad emotion in + music and faces modifies cortical audiovisual activation.", "study_year": 2011}, {"analysis": "4Xbk2AS5pRZy", "analysis_name": + "32540", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", + "note": {"included": true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy + and sad emotion in music and faces modifies cortical audiovisual activation.", "study_year": 2011}, {"analysis": "3uR4kLx5hPdT", + "analysis_name": "32543", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani + HT, Chugani DC", "note": {"included": true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence + of happy and sad emotion in music and faces modifies cortical audiovisual activation.", "study_year": 2011}, {"analysis": + "5nbDXoWuULds", "analysis_name": "29804", "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "note": + {"included": true}, "publication": "NeuroImage", "study": "85PTzT2hpjSH", "study_name": "Same or different? Neural + correlates of happy and sad mood in healthy males.", "study_year": 2005}, {"analysis": "8KgV3ZUBnouD", "analysis_name": + "29803", "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "note": {"included": true}, "publication": + "NeuroImage", "study": "85PTzT2hpjSH", "study_name": "Same or different? Neural correlates of happy and sad mood in + healthy males.", "study_year": 2005}, {"analysis": "6tyc7jYAVweq", "analysis_name": "29444", "authors": "Killgore + WD, Yurgelun-Todd DA", "note": {"included": true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", "study_name": + "Activation of the amygdala and anterior cingulate during nonconscious processing of sad versus happy faces.", "study_year": + 2004}, {"analysis": "gV3e93K3akeu", "analysis_name": "29445", "authors": "Killgore WD, Yurgelun-Todd DA", "note": + {"included": true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", "study_name": "Activation of the amygdala + and anterior cingulate during nonconscious processing of sad versus happy faces.", "study_year": 2004}, {"analysis": + "tHpWX6N8mfix", "analysis_name": "37865", "authors": "Jimura K, Konishi S, Miyashita Y", "note": {"included": true}, + "publication": "Neuroscience letters", "study": "5RkUxRUh6e2G", "study_name": "Temporal pole activity during perception + of sad faces, but not happy faces, correlates with neuroticism trait.", "study_year": 2009}, {"analysis": "3wrf49wQ5KXs", + "analysis_name": "25427", "authors": "Henje Blom E, Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu + J, Simmons AN, Yang TT", "note": {"included": true}, "publication": "Journal of affective disorders", "study": "3C4xq7XcVv96", + "study_name": "Altered insular activation and increased insular functional connectivity during sad and happy face + processing in adolescent major depressive disorder.", "study_year": 2015}, {"analysis": "5XuagvSYMzW9", "analysis_name": + "25426", "authors": "Henje Blom E, Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang + TT", "note": {"included": true}, "publication": "Journal of affective disorders", "study": "3C4xq7XcVv96", "study_name": + "Altered insular activation and increased insular functional connectivity during sad and happy face processing in + adolescent major depressive disorder.", "study_year": 2015}, {"analysis": "ngDKFhxBuFG3", "analysis_name": "21088", + "authors": "Todd RM, Lee W, Evans JW, Lewis MD, Taylor MJ", "note": {"included": true}, "publication": "Developmental + cognitive neuroscience", "study": "3SVHsdWTFHbV", "study_name": "Withholding response in the face of a smile: age-related + differences in prefrontal sensitivity to Nogo cues following happy and angry faces.", "study_year": 2012}, {"analysis": + "7FwRKS36kZp9", "analysis_name": "15331", "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "note": {"included": + true}, "publication": "Biological psychology", "study": "6hNANgeoQKYP", "study_name": "When you smile, you become + happy: Evidence from resting state task-based fMRI.", "study_year": 2014}, {"analysis": "7VPXqibNQ2La", "analysis_name": + "15332", "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "note": {"included": true}, "publication": "Biological + psychology", "study": "6hNANgeoQKYP", "study_name": "When you smile, you become happy: Evidence from resting state + task-based fMRI.", "study_year": 2014}, {"analysis": "4hZswu6NM87F", "analysis_name": "14800", "authors": "Keedwell + PA, Andrew C, Williams SC, Brammer MJ, Phillips ML", "note": {"included": true}, "publication": "Biological psychiatry", + "study": "3NK8yHeevRct", "study_name": "A double dissociation of ventromedial prefrontal cortical responses to sad + and happy stimuli in depressed and healthy individuals.", "study_year": 2005}], "source": null, "source_id": null, + "source_updated_at": null, "studyset": "n5zg69u5T4tM", "updated_at": null, "user": "google-oauth2|100511154128738502835", + "username": "James Kent"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK - request: body: null headers: @@ -666,33 +2144,25 @@ interactions: Content-Length: - '0' Content-Security-Policy: - - 'default-src ''none''; base-uri ''self''; child-src github.com/assets-cdn/worker/ - gist.github.com/assets-cdn/worker/; connect-src ''self'' uploads.github.com - www.githubstatus.com collector.github.com raw.githubusercontent.com api.githubcopilot.com - api.github.com github-cloud.s3.amazonaws.com github-production-repository-file-5c1aeb.s3.amazonaws.com - github-production-upload-manifest-file-7fdce7.s3.amazonaws.com github-production-user-asset-6210df.s3.amazonaws.com - cdn.optimizely.com logx.optimizely.com/v1/events objects-origin.githubusercontent.com + - 'default-src ''none''; base-uri ''self''; child-src github.com/assets-cdn/worker/ gist.github.com/assets-cdn/worker/; + connect-src ''self'' uploads.github.com www.githubstatus.com collector.github.com raw.githubusercontent.com api.githubcopilot.com + api.github.com github-cloud.s3.amazonaws.com github-production-repository-file-5c1aeb.s3.amazonaws.com github-production-upload-manifest-file-7fdce7.s3.amazonaws.com + github-production-user-asset-6210df.s3.amazonaws.com cdn.optimizely.com logx.optimizely.com/v1/events objects-origin.githubusercontent.com *.actions.githubusercontent.com wss://*.actions.githubusercontent.com productionresultssa0.blob.core.windows.net/ - productionresultssa1.blob.core.windows.net/ productionresultssa2.blob.core.windows.net/ - productionresultssa3.blob.core.windows.net/ productionresultssa4.blob.core.windows.net/ - productionresultssa5.blob.core.windows.net/ productionresultssa6.blob.core.windows.net/ - productionresultssa7.blob.core.windows.net/ productionresultssa8.blob.core.windows.net/ - productionresultssa9.blob.core.windows.net/ github-production-repository-image-32fea6.s3.amazonaws.com - github-production-release-asset-2e65be.s3.amazonaws.com insights.github.com - wss://alive.github.com; font-src github.githubassets.com; form-action ''self'' - github.com gist.github.com objects-origin.githubusercontent.com; frame-ancestors - ''none''; frame-src viewscreen.githubusercontent.com notebooks.githubusercontent.com - support.github.com; img-src ''self'' data: github.githubassets.com media.githubusercontent.com - camo.githubusercontent.com identicons.github.com avatars.githubusercontent.com - github-cloud.s3.amazonaws.com objects.githubusercontent.com secured-user-images.githubusercontent.com/ - user-images.githubusercontent.com/ private-user-images.githubusercontent.com - opengraph.githubassets.com github-production-user-asset-6210df.s3.amazonaws.com - customer-stories-feed.github.com spotlights-feed.github.com objects-origin.githubusercontent.com - *.githubusercontent.com; manifest-src ''self''; media-src github.com user-images.githubusercontent.com/ - secured-user-images.githubusercontent.com/ private-user-images.githubusercontent.com - github-production-user-asset-6210df.s3.amazonaws.com; script-src github.githubassets.com; - style-src ''unsafe-inline'' github.githubassets.com; upgrade-insecure-requests; - worker-src github.com/assets-cdn/worker/ gist.github.com/assets-cdn/worker/' + productionresultssa1.blob.core.windows.net/ productionresultssa2.blob.core.windows.net/ productionresultssa3.blob.core.windows.net/ + productionresultssa4.blob.core.windows.net/ productionresultssa5.blob.core.windows.net/ productionresultssa6.blob.core.windows.net/ + productionresultssa7.blob.core.windows.net/ productionresultssa8.blob.core.windows.net/ productionresultssa9.blob.core.windows.net/ + github-production-repository-image-32fea6.s3.amazonaws.com github-production-release-asset-2e65be.s3.amazonaws.com + insights.github.com wss://alive.github.com; font-src github.githubassets.com; form-action ''self'' github.com gist.github.com + objects-origin.githubusercontent.com; frame-ancestors ''none''; frame-src viewscreen.githubusercontent.com notebooks.githubusercontent.com + support.github.com; img-src ''self'' data: github.githubassets.com media.githubusercontent.com camo.githubusercontent.com + identicons.github.com avatars.githubusercontent.com github-cloud.s3.amazonaws.com objects.githubusercontent.com secured-user-images.githubusercontent.com/ + user-images.githubusercontent.com/ private-user-images.githubusercontent.com opengraph.githubassets.com github-production-user-asset-6210df.s3.amazonaws.com + customer-stories-feed.github.com spotlights-feed.github.com objects-origin.githubusercontent.com *.githubusercontent.com; + manifest-src ''self''; media-src github.com user-images.githubusercontent.com/ secured-user-images.githubusercontent.com/ + private-user-images.githubusercontent.com github-production-user-asset-6210df.s3.amazonaws.com; script-src github.githubassets.com; + style-src ''unsafe-inline'' github.githubassets.com; upgrade-insecure-requests; worker-src github.com/assets-cdn/worker/ + gist.github.com/assets-cdn/worker/' Content-Type: - text/html; charset=utf-8 Date: @@ -706,8 +2176,7 @@ interactions: Strict-Transport-Security: - max-age=31536000; includeSubdomains; preload Vary: - - X-PJAX, X-PJAX-Container, Turbo-Visit, Turbo-Frame, Accept-Encoding, Accept, - X-Requested-With + - X-PJAX, X-PJAX-Container, Turbo-Visit, Turbo-Frame, Accept-Encoding, Accept, X-Requested-With X-Content-Type-Options: - nosniff X-Frame-Options: diff --git a/compose_runner/tests/cassettes/test_run/test_run_group_comparison_workflow.yaml b/compose_runner/tests/cassettes/test_run/test_run_group_comparison_workflow.yaml index 9708bb8..d148e2a 100644 --- a/compose_runner/tests/cassettes/test_run/test_run_group_comparison_workflow.yaml +++ b/compose_runner/tests/cassettes/test_run/test_run_group_comparison_workflow.yaml @@ -645,6 +645,1497 @@ interactions: status: code: 200 message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/studysets/n5zg69u5T4tM?nested=true + response: + body: + string: '{"created_at": "2023-05-23T20:14:51.545431+00:00", "description": "", "doi": null, "id": "n5zg69u5T4tM", "name": + "Studyset for test", "pmid": null, "publication": null, "studies": [{"analyses": [{"conditions": [], "description": + null, "id": "7ovNsQMayNZY", "images": [], "name": "T1", "points": [{"coordinates": [54.0, 6.0, 20.0], "id": "34TbspokSc4a", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [0.0, 32.0, 20.0], + "id": "3YvR6nSmuHoS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [2.0, 10.0, 0.0], "id": "3zbSCW8R3eHk", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-64.0, -8.0, 8.0], "id": "4Fp6WJ9J4m9Q", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [56.0, -16.0, -2.0], "id": "4R8VpYMxJ8S2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-4.0, -30.0, 0.0], "id": "4ViXE3M3JHdg", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [62.0, -40.0, 32.0], "id": + "4Z7nrSrN6pY2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [50.0, 6.0, -22.0], "id": "57cXygJ4SZA5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-4.0, 18.0, 24.0], "id": "57dBVfkGYWmy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-26.0, 0.0, -22.0], "id": "57xLLW4dYwAs", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, 60.0, 20.0], "id": "5AnV6sakaGTY", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, 8.0, 14.0], "id": + "5BUjxUBYNnJS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-56.0, -14.0, -6.0], "id": "5BypscEk4w46", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-32.0, -58.0, -12.0], "id": "5JpXa2UkXJb7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [30.0, -4.0, 18.0], "id": "5ST5pFwNCqcV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-66.0, -10.0, 6.0], "id": "5fVkpZrKbW5h", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-34.0, 44.0, 32.0], "id": + "5s5KP4gvxhrJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-52.0, -2.0, 0.0], "id": "5tsnPZYJZvdj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [18.0, -6.0, -22.0], "id": "5vgoCfBqetNR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-6.0, -82.0, 20.0], "id": "5zP9xCt4m5tS", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 16.0, -4.0], "id": "65ftarwFLcKx", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-26.0, -10.0, -6.0], "id": + "67FgJkvFBSFJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-34.0, 22.0, -16.0], "id": "69tRF5qSzvor", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, 0.0, 6.0], "id": "6FFNQiPf4NWK", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [28.0, 24.0, 30.0], "id": "6P2FH6yj4wmb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-66.0, -30.0, 14.0], "id": "6T4LGTXQYvrp", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, 14.0, -14.0], "id": + "6Tkerr8Ejo7p", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-28.0, 18.0, -14.0], "id": "6dHEeRa4JPmJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, -26.0, 10.0], "id": "6hVfaTae4Hdy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [36.0, 0.0, 14.0], "id": "6jbYmDrbkfPV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -46.0, -48.0], "id": "6uafuaNkU76N", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [16.0, 8.0, 44.0], "id": + "6vjcUpEV9v3Y", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-50.0, 8.0, -18.0], "id": "76ghz2tuxzg2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-62.0, -8.0, -18.0], "id": "7CBsE2zhqHMg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-28.0, -14.0, -6.0], "id": "7qLQcxZpxYiY", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, 10.0, -22.0], "id": "7s8fKQzvEQmn", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-22.0, 4.0, 64.0], + "id": "8DSgzhx5wWqB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-46.0, 16.0, 8.0], "id": "DNDsnHHWGoJJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [40.0, 10.0, 2.0], "id": "hn9WPmhvgpvQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [30.0, 18.0, -18.0], "id": "vqWqR7FfVke4", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:20:31.067448+00:00", + "description": null, "doi": null, "id": "7JtZxnwqByGB", "metadata": null, "name": "A Functional MRI Study of Happy + and Sad Emotions in Music with and without Lyrics", "pmid": "22144968", "publication": null, "source": "neuroquery", + "source_id": "22144968", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, + "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "4hXNxByzL2vS", "images": [], "name": "t0005", + "points": [{"coordinates": [10.0, -2.0, 76.0], "id": "32oiGDqbp6AG", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-22.0, -52.0, 14.0], "id": "35UaiTgzVaMn", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [48.0, -72.0, -10.0], "id": "37fKmCU8mzmd", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [58.0, 26.0, 32.0], + "id": "3T3BrJZVb3BX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [28.0, -58.0, -4.0], "id": "3UEWAvD5zorY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-22.0, -38.0, 76.0], "id": "3UVM5UHoFKm8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [6.0, -70.0, 8.0], "id": "3cDtyqAppFzf", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, -48.0, -22.0], "id": "3diaD7oTDMXq", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -78.0, 26.0], "id": + "3kAMVxYuwoiH", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-20.0, -62.0, 44.0], "id": "43Bsa9zSVsv9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-8.0, -30.0, 14.0], "id": "4DBZbXaSVqDG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, 36.0, 14.0], "id": "4agrtfJfY4LY", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, -80.0, -12.0], "id": "4fHfpoA4B9jD", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, -46.0, 44.0], "id": + "4o3UjVxcBUWe", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-2.0, -56.0, 6.0], "id": "4udaApzUfV44", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [8.0, -36.0, 2.0], "id": "4yvie8fUgH5W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-44.0, 24.0, -20.0], "id": "552oQS566wnh", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -8.0, -2.0], "id": "5nKozBV3ZgNH", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [26.0, -30.0, 38.0], + "id": "5pSvzVxjBsnb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, -96.0, 12.0], "id": "5v2Di7NPCMs7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [62.0, -20.0, 42.0], "id": "5vjoYXwQc67V", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [42.0, -44.0, 18.0], "id": "67va3Azx53kU", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-34.0, 30.0, 54.0], "id": "6MdRoB8auhFZ", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, -4.0, 2.0], "id": + "6UYeziQc33i7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-20.0, -88.0, -26.0], "id": "6aaEDLJMmyuY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [24.0, -20.0, -8.0], "id": "6govEXhkRxsC", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [16.0, 54.0, 48.0], "id": "6h26tPozdaHM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, -70.0, -10.0], "id": "6kqKjWmB82YF", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, 22.0, 6.0], "id": + "7396tp7LWcdm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-26.0, 44.0, 36.0], "id": "77bbTAfoPHBF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, 16.0, 2.0], "id": "7LBvM763ryRf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [20.0, 32.0, 60.0], "id": "7Wv7LUFUkqNH", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [34.0, 22.0, 16.0], "id": "7kF8Jc6pKiC3", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [40.0, 20.0, -22.0], "id": + "7rV6sjyxS5bp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, -80.0, -10.0], "id": "86omAX8wFpgE", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [18.0, 68.0, 28.0], "id": "8HWBqUqTvt6r", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [26.0, -76.0, -6.0], "id": "DffmumCevCqS", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-36.0, -76.0, -44.0], "id": "dnqAoTmeG7fn", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [44.0, -48.0, 38.0], "id": + "ntvHJrfwUhos", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-34.0, -86.0, 42.0], "id": "zbreHzpa3LeJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:22:08.107205+00:00", "description": + null, "doi": null, "id": "GrhKTkDpbMEx", "metadata": null, "name": "Happy facial expression processing with different + social interaction cues: An fMRI study of individuals with schizotypal personality traits", "pmid": "23416087", "publication": + null, "source": "neuroquery", "source_id": "23416087", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "qpaYC5aDTs6b", "images": + [], "name": "tbl1", "points": [{"coordinates": [18.0, 44.0, 6.0], "id": "3hc65ZTe7QbN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [20.0, 30.0, 28.0], "id": "43LmJm99c3vB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-2.0, 8.0, 24.0], "id": + "5LJQuBngBsmd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [12.0, 32.0, -10.0], "id": "5WNQmC3aBJsV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [8.0, 42.0, 4.0], "id": "5kZ6LLYgjZcf", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [-8.0, 24.0, 22.0], "id": "6BRcBEGZ5prU", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [4.0, 8.0, 24.0], "id": "6GR7KcnkiewB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, 46.0, 12.0], "id": + "6vitephehRbq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-16.0, 50.0, 0.0], "id": "7MNtuiekwC8F", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-12.0, 14.0, 28.0], "id": "7p4eP8FXYXnc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-16.0, 42.0, 8.0], "id": "8NNH933rHPmC", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.0, 34.0, -2.0], "id": "E2PWoohgoT9s", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-8.0, 40.0, 0.0], "id": + "oqbKeAP4eir7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "4hbTmow27Edz", "images": [], "name": "tbl2", "points": + [{"coordinates": [6.0, 22.0, -6.0], "id": "3Xuyjv766V9e", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [-6.0, 44.0, -4.0], "id": "cHPStGsZKZNE", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:15:42.284904+00:00", + "description": null, "doi": null, "id": "6p9pnHPhfQeP", "metadata": null, "name": "Recognition of happy facial affect + in panic disorder: An fMRI study", "pmid": "16860973", "publication": null, "source": "neuroquery", "source_id": "16860973", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": null}, {"analyses": + [{"conditions": [], "description": null, "id": "3vrbzpxw9Cpi", "images": [], "name": "tbl0005", "points": [{"coordinates": + [-63.0, -11.0, 33.0], "id": "3GkfVDyows7Y", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-15.0, 61.0, 33.0], "id": "3YYRGNsLyEpi", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-39.0, 5.0, 61.0], "id": "3ez7zGwMzXqx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [61.0, 5.0, -19.0], "id": "3wvMj5zsDuvs", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [53.0, -3.0, 49.0], "id": + "49PmnCXpCFAD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [41.0, -71.0, -7.0], "id": "4K8qsfryLL6R", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [37.0, 37.0, -15.0], "id": "4RP6tFZeejAP", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-15.0, 53.0, -11.0], "id": "4qQpRf9KSYTv", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [45.0, 17.0, 25.0], "id": "5SSd3j7iBuDf", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-31.0, 25.0, -23.0], + "id": "6HvMvJTpbhkD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-7.0, 65.0, 29.0], "id": "7BrMa4sEQBBL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-19.0, -7.0, -19.0], "id": "7D8omZBTkcvn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [25.0, -7.0, -15.0], "id": "7H4sPgToH88q", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-55.0, 25.0, 9.0], "id": "7u3knxVYLtFp", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-15.0, 17.0, 65.0], "id": + "NgFANxEBgw6N", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-51.0, -7.0, 53.0], "id": "apE374n5c8A9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [41.0, 21.0, -35.0], "id": "j2CfwjVGThwd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-39.0, 21.0, -35.0], "id": "mzHCQLVebrPz", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-19.0, -95.0, 5.0], "id": "oC3cSKwpFSyx", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [17.0, -3.0, -19.0], + "id": "vXWBtmGg5xth", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:21:36.187127+00:00", "description": null, "doi": + null, "id": "7qae4ZZAYbnZ", "metadata": null, "name": "Testosterone administration in women increases amygdala responses + to fearful and happy faces", "pmid": "22999654", "publication": null, "source": "neuroquery", "source_id": "22999654", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": null}, {"analyses": + [{"conditions": [], "description": null, "id": "5pDYgPGpD2uS", "images": [], "name": "tbl2", "points": [{"coordinates": + [-25.0, 0.0, -23.5], "id": "3cbJBgz6xG37", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [29.0, -59.0, -18.0], "id": "44KvnEcZdF8h", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-25.0, 4.0, -2.0], "id": "4iYCsJSGqsZx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [34.0, -70.0, -12.5], "id": "7GFQM6UxQUSj", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-31.0, -79.0, -12.5], "id": + "7vyv8StPGdcG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [22.0, 11.0, -2.0], "id": "fJuVjqpSMPzJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:14:55.599029+00:00", "description": + null, "doi": null, "id": "LDpfxa9VU8Av", "metadata": null, "name": "A differential pattern of neural response toward + sad versus happy facial expressions in major depressive disorder", "pmid": "15691520", "publication": null, "source": + "neuroquery", "source_id": "15691520", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "76AvL5Nuq7rc", "images": + [], "name": "23101", "points": [{"coordinates": [-24.0, 34.0, 42.0], "id": "5ZKorNkGyWkF", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-26.0, 52.0, 32.0], "id": "6Hdvb6ajBGK2", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -2.0, 8.0], + "id": "7dj43JVbxY9H", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}, {"conditions": [], "description": null, "id": "8FGGhQh4m7Rx", "images": [], "name": "23102", + "points": [{"coordinates": [-26.0, 28.0, -14.0], "id": "3pMsQLieo49Z", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [46.0, 28.0, -4.0], "id": "4NfUgLvxWbSp", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 0.0, 58.0], "id": "5G9we88dbgbX", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [54.0, -4.0, 46.0], + "id": "5ZyF93oaw9CN", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [2.0, 6.0, -6.0], "id": "5hfiEdiDQzsb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, -24.0, -6.0], "id": "5y2tm5jeo6UK", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [54.0, -14.0, 6.0], "id": "6T9sXptdUnun", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-48.0, -16.0, 4.0], "id": "7F4Nx8Fcce72", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-18.0, -10.0, -16.0], "id": + "8HXXScJhSEed", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-36.0, 26.0, 2.0], "id": "LeMKLUz2WRyn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-42.0, -18.0, 54.0], "id": "h3iyv8Jw5h5W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-6.0, 42.0, -14.0], "id": "mBTCJgQcCH2K", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, 34.0, -16.0], "id": "wQzkSBAE58Tc", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "7svnYfHnz24L", "images": [], "name": "23103", "points": [{"coordinates": [-56.0, -10.0, + 2.0], "id": "3iQUVYycHhQw", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-58.0, -60.0, 16.0], "id": "55i6cfP4bFdV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [0.0, -22.0, 42.0], "id": "56EgYmLMvdR6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, 50.0, 26.0], "id": "5ek93SaSJPMZ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, 2.0, -10.0], "id": "5mnDxttL7tPN", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-52.0, -10.0, 52.0], "id": + "5oqdUPZbrxbf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-8.0, 46.0, 0.0], "id": "6VAJXy37dc58", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-24.0, 34.0, 42.0], "id": "7aawy2N4ft9U", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [56.0, -12.0, 4.0], "id": "7rePL5LmPTeL", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [36.0, 10.0, -22.0], "id": "7xgUjF93c8tF", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 24.0, -10.0], "id": + "8EExLqCYHCUx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.3389/fnins.2014.00192", "id": "5ptAcQjSuWQP", "metadata": null, "name": "Intact brain + processing of musical emotions in autism spectrum disorder, but more cognitive load and arousal in happy vs. sad music.", + "pmid": "25076869", "publication": "Frontiers in neuroscience", "source": "neurosynth", "source_id": "25076869", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "description": null, "id": "3bCxZ89SwqBQ", "images": [], "name": "40466", "points": [{"coordinates": [-20.0, 24.0, + 42.0], "id": "3DmbPcHCUCb7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-54.0, -56.0, 8.0], "id": "3b6HaUPVRgtA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [26.0, -2.0, -28.0], "id": "3rhoi2U7QmNb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, -66.0, 24.0], "id": "4Dr7FGUavsgF", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -84.0, 22.0], "id": "4Gzq7RHN7a7D", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [28.0, -14.0, -22.0], "id": + "4NwsfwAAfcGr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-58.0, -10.0, -22.0], "id": "4YZhHAEb6rKa", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [50.0, 0.0, 6.0], "id": "4YqyAzKQ4kzM", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [58.0, -10.0, -22.0], "id": "4tS8xMZLb4uX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -34.0, 68.0], "id": "5FryDg6EnV5Q", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-38.0, -6.0, -8.0], "id": + "5RGHW2kTQC3m", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-28.0, -4.0, -24.0], "id": "5gki75ikTjjY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-26.0, -10.0, -24.0], "id": "68YtB3czJzR7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-8.0, 30.0, -8.0], "id": "6DUBy9eJyJAb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [52.0, -30.0, 26.0], "id": "6HF2Camg2Rgk", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [22.0, -4.0, -28.0], "id": + "779ADqJMqKTj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 52.0, -2.0], "id": "78EG538nBF7d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-24.0, -30.0, -18.0], "id": "7mPChthuyBz4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-2.0, -54.0, 28.0], "id": "9hobHZGgDe72", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [2.0, 46.0, -8.0], "id": "AfHiEevkbdm5", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-62.0, -30.0, 26.0], "id": + "UQiopnbTZToj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-12.0, -90.0, 24.0], "id": "caXFXrbYDSnZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [36.0, 4.0, 8.0], "id": "h2PwYyorGLVg", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "qWEpgVfpLepn", + "images": [], "name": "40467", "points": [{"coordinates": [-50.0, -34.0, 22.0], "id": "3BKHVSZw9ww8", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -30.0, 16.0], "id": "3MXtB9AvykT2", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -84.0, 26.0], + "id": "4AsYRi96bYUr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-50.0, -4.0, 4.0], "id": "55kaKxdgcfKf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-44.0, -2.0, -6.0], "id": "5eYy8Y85Xooe", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [20.0, -44.0, -4.0], "id": "7NsRZgcoeSUE", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, -30.0, -12.0], "id": "7u5rHSDnzVdC", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -52.0, -8.0], "id": + "BhePk9oTCwAX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [38.0, -14.0, 14.0], "id": "kXNgDPbB59P9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "5KXN7E3YVVhU", "images": [], "name": + "40468", "points": [{"coordinates": [-50.0, -4.0, 4.0], "id": "4Eg7CoGfZSX5", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-30.0, -30.0, -12.0], "id": "5U9ZHDrvQHCM", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -84.0, 22.0], "id": "6g6FBTVQtyRU", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, -32.0, 20.0], + "id": "7MZcSu62n9U7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-52.0, -34.0, 20.0], "id": "zh8cujp9N7ry", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite + C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1371/journal.pone.0182476", "id": "5N5L2d5f3J3f", "metadata": null, "name": "Dissociating maternal + responses to sad and happy facial expressions of their own child: An fMRI study.", "pmid": "28806742", "publication": + "PloS one", "source": "neurosynth", "source_id": "28806742", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2017}, {"analyses": [{"conditions": [], "description": null, "id": "7xMSzM9VJtrK", "images": + [], "name": "39765", "points": [{"coordinates": [-16.0, -2.0, -12.0], "id": "4m7uDVerXnHc", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 0.0, -6.0], "id": "7WoLFJHzRKgD", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, + {"conditions": [], "description": null, "id": "3H5dDZEkqeZm", "images": [], "name": "39766", "points": [{"coordinates": + [-16.0, -2.0, -12.0], "id": "4D8w2BCYLkK5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [30.0, -4.0, -28.0], "id": "4U9qy2uN6Qdp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [24.0, 20.0, 2.0], "id": "5s7YHpaGjdDm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [18.0, 6.0, -6.0], "id": "6o74BHbYypAF", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "icaz7Y5jZJfV", "images": [], "name": "39767", "points": [{"coordinates": [22.0, -6.0, + -12.0], "id": "47HU8QcoVZ68", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [32.0, -4.0, -20.0], "id": "5EHWPJFV6ZKv", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [34.0, -16.0, 0.0], "id": "5eyJnw4KLZKC", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [14.0, 4.0, -6.0], "id": "66Qk69QTEXW2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 14.0, 12.0], "id": "6YKaFUijnkG6", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [34.0, -2.0, -24.0], "id": + "bTUWZi3LPYZS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1371/journal.pone.0103653", "id": "3dEED48cGfXq", + "metadata": null, "name": "Reduced amygdala and ventral striatal activity to happy faces in PTSD is associated with + emotional numbing.", "pmid": "25184336", "publication": "PloS one", "source": "neurosynth", "source_id": "25184336", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2014}, {"analyses": + [{"conditions": [], "description": null, "id": "pVNZSTjHVaAu", "images": [], "name": "39504", "points": [{"coordinates": + [-6.0, -21.0, 15.0], "id": "3S4rYKxtxXNm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, 72.0, 6.0], "id": "44oiXuDc9QiH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [21.0, 36.0, 48.0], "id": "4dcLYGtNvJQo", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [48.0, 42.0, -3.0], "id": "4gfV2ciRkzvd", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-9.0, -57.0, 3.0], "id": + "4om3L627Wtpj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [18.0, -12.0, -18.0], "id": "6PNZh3umozQL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [15.0, 0.0, 51.0], "id": "6QhUgBuc9Dhn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [27.0, 9.0, -6.0], "id": "7jai8sL65oLh", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [51.0, -57.0, 12.0], "id": "7x9xT7gTHLAr", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, 51.0, 24.0], "id": + "DMzA6tpjwQrG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-15.0, -9.0, -12.0], "id": "UMsjjo5BrNAa", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Luo Y, Huang X, Yang Z, Li B, Liu J, Wei D", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1371/journal.pone.0085181", "id": "6AkrZQQo2ysG", "metadata": null, "name": "Regional + homogeneity of intrinsic brain activity in happy and unhappy individuals.", "pmid": "24454814", "publication": "PloS + one", "source": "neurosynth", "source_id": "24454814", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2014}, {"analyses": [{"conditions": [], "description": null, "id": "3r8sCMStLUTc", "images": + [], "name": "21622", "points": [{"coordinates": [-37.9, 0.6, 16.0], "id": "3JPwjzeHUSGr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [12.2, -24.7, 16.0], "id": "3cJ3L4C6Lkf4", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.6, 11.3, 8.0], "id": + "3tKrdRuK4v6n", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [24.2, -2.1, 1.0], "id": "4DtJfZem6yzz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-29.7, -31.7, 8.0], "id": "4Jnoc3SaMdqh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [3.0, -18.5, 8.0], "id": "4PgN6kjJDdjw", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [23.0, -30.8, 4.0], "id": "4coV6ZhvfRq2", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [7.7, -16.3, 12.0], "id": + "4qTRrt66iw9D", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [17.1, -11.9, 4.0], "id": "4x6ZTCqnAtvq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [0.9, -19.0, 4.0], "id": "56U2igD9cYMy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-27.3, -21.5, 12.0], "id": "5CjCnFJhL2wJ", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [18.2, -7.7, 12.0], "id": "5UtUNaqFArTf", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-17.2, -10.8, + -1.0], "id": "5aq64bQrc6Ph", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-31.7, -3.5, 4.0], "id": "5cvRPDkcdbW6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-35.1, -6.0, 1.0], "id": "5q6RXNzBNPVy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [3.2, 3.1, -1.0], "id": "5raxnsGPTd8H", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-36.7, -35.3, 12.0], "id": "63Fv52zawfoA", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.4, -20.3, 16.0], "id": + "6esExgZ49aAQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [3.1, -21.9, -1.0], "id": "6jUFCnuG27ta", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [0.5, -26.0, -4.0], "id": "6munF7d4BXPt", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [18.1, -27.9, 8.0], "id": "6uhqH8zkrdvB", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-0.3, -6.0, 1.0], "id": "6y2JNw5QY4UR", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [13.7, -25.2, 12.0], "id": + "6y9sTDsgpkgX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-7.1, -9.4, -4.0], "id": "7FFXevWtsex7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-20.0, -8.0, 1.0], "id": "7FYLA84V8Sep", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [3.0, -11.0, 1.0], "id": "7MQxk5Ejb29c", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-0.4, -5.8, -1.0], "id": "7R4eodQYQrUp", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [25.2, -0.2, -1.0], "id": + "7WSFTHLF7xJM", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [4.6, 11.2, 4.0], "id": "7XZnR8Ef5M2d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [17.2, -8.2, 8.0], "id": "7g8TxNhGY9X2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [4.2, -5.1, -8.0], "id": "7rnABWSmA5ZY", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.4, 7.2, 12.0], "id": "7ueXeUTkDsZE", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-3.3, -25.3, -4.0], "id": + "82FKowmQWDkU", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [4.8, -18.4, -8.0], "id": "82c4mBmSvR9A", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [27.0, 0.3, 16.0], "id": "GyFJmREYwo2R", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-37.8, -35.5, 16.0], "id": "Ty2F8o2qFnK5", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [5.0, -19.0, -12.0], "id": "WaQWhHRWbTfD", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-10.7, 6.7, 4.0], + "id": "ZkfPw9qKHhnF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-10.6, -11.5, -8.0], "id": "fnXaG6YJ62Rd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [2.7, 5.9, 1.0], "id": "ppkYXQaPspze", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}], "user": null, "weights": []}], "authors": "Chakrabarti B, Kent L, Suckling J, Bullmore E, Baron-Cohen + S", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1111/j.1460-9568.2006.04697.x", + "id": "3f6YK9Z83mU3", "metadata": null, "name": "Variations in the human cannabinoid receptor (CNR1) gene modulate + striatal responses to happy faces.", "pmid": "16623851", "publication": "The European journal of neuroscience", "source": + "neurosynth", "source_id": "16623851", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2006}, {"analyses": [{"conditions": [], "description": null, "id": "32UCEiz5GhWK", "images": + [], "name": "42827", "points": [{"coordinates": [36.0, -90.0, -3.0], "id": "3SQ6n55WWj8v", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [9.0, -12.0, -3.0], "id": "3T7BRiFzzL5B", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -30.0, -3.0], + "id": "3ThRq2WgoKRr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [51.0, 30.0, 21.0], "id": "3b4qczdwqepK", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [45.0, 12.0, 27.0], "id": "3dsAfEh4nFj8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [33.0, -81.0, -12.0], "id": "47YZReTskuCw", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-45.0, 6.0, 33.0], "id": "4CvDq65xpQ2R", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -51.0, -18.0], + "id": "4RWBJxV8pYtz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [21.0, -3.0, -15.0], "id": "4q7XA3pNZMug", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [36.0, -90.0, -3.0], "id": "5YcdrwGqq42Q", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-42.0, -54.0, -18.0], "id": "64FS7ni67t3u", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [36.0, 3.0, 48.0], "id": "6RrDBPJAVwBK", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-6.0, -27.0, -3.0], + "id": "79daefbein96", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [9.0, -27.0, -6.0], "id": "7DA6oXAu3Uex", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-42.0, 27.0, 24.0], "id": "7W6AoP2iSV57", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [39.0, 30.0, 0.0], "id": "7WbSyYp8uznM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [51.0, 33.0, 21.0], "id": "7nvjd3TdpEr8", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, -54.0, -18.0], "id": + "7rY4cERcvwTx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-30.0, -84.0, -9.0], "id": "7tJ2dhMhBhXd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, -30.0, -3.0], "id": "8JEyXSYbC8LZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [33.0, -81.0, -12.0], "id": "LuropuYajhr2", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-45.0, 27.0, 24.0], "id": "XjRhaoi7bTyr", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -51.0, -18.0], + "id": "ktXox8NtdCbu", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}], "authors": "Persson N, Lavebratt C, Ebner NC, Fischer H", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/scan/nsx089", "id": "J427eVUr4rYy", "metadata": null, "name": "Influence of DARPP-32 + genetic variation on BOLD activation to happy faces.", "pmid": "29048604", "publication": "Social cognitive and affective + neuroscience", "source": "neurosynth", "source_id": "29048604", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2017}, {"analyses": [{"conditions": [], "description": null, "id": "QqmewarwTt36", "images": + [], "name": "42247", "points": [{"coordinates": [12.0, -87.0, -3.0], "id": "3CiD65sP2qix", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-57.0, -27.0, -12.0], "id": "3Kf764ppjmHA", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [27.0, -66.0, 51.0], + "id": "3pTKFkLhpV5B", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [12.0, 18.0, 39.0], "id": "4HDPxnEqhpH2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, -60.0, -15.0], "id": "4Legd3AbikES", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [63.0, -39.0, -6.0], "id": "4vWU5vPL5HiN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, 3.0, -3.0], "id": "5Bdu7avZx4d5", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -3.0, -12.0], "id": + "5tGCU4BSLUh2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [9.0, 9.0, 39.0], "id": "5u6uLEUJEcAf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, 24.0, 36.0], "id": "6423948Hn5Pi", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [36.0, -90.0, -12.0], "id": "6GKZMjtKBfUn", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [48.0, -3.0, 42.0], "id": "6HQXrbGrmKJW", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [9.0, -93.0, 27.0], + "id": "6Kb7diYa2Shj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [45.0, 6.0, -3.0], "id": "6YmNmGrSizFz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-54.0, 21.0, 0.0], "id": "7D7Kkdwrttrq", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-54.0, 12.0, -6.0], "id": "7LqPSztGQmLm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-45.0, -3.0, 42.0], "id": "7PLi4XEB5qSm", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -57.0, -18.0], "id": + "7iZbeTxR8RBb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [54.0, -3.0, 45.0], "id": "89JUsZidREyQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-48.0, 27.0, -9.0], "id": "VXVduWpQaz89", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [51.0, 18.0, -15.0], "id": "hsfvEdH7wuxX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Suzuki A, Goh JO, Hebrank + A, Sutton BP, Jenkins L, Flicker BA, Park DC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1093/scan/nsq058", "id": "5KmCyQFLh4Ew", "metadata": null, "name": "Sustained happiness? Lack of repetition + suppression in right-ventral visual cortex for happy faces.", "pmid": "20584720", "publication": "Social cognitive + and affective neuroscience", "source": "neurosynth", "source_id": "20584720", "source_updated_at": null, "updated_at": + "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2011}, {"analyses": [{"conditions": [], "description": null, + "id": "TfsWwDHeVeSq", "images": [], "name": "42081", "points": [{"coordinates": [-5.0, 29.0, 19.0], "id": "334etrMEJ9uD", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-60.0, -40.0, + 31.0], "id": "3auLCeq2YYsF", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [21.0, -68.0, -16.0], "id": "3eLap742GYtP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [35.0, -81.0, -2.0], "id": "4jq7HQMr2VPH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-17.0, -6.0, -17.0], "id": "5obQfZAQK9p5", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [37.0, 40.0, 0.0], "id": "67aqeAAScstf", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [1.0, 5.0, 57.0], + "id": "7AEtkWUsi4Gq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [49.0, -4.0, -24.0], "id": "7Ah866AX67yo", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [52.0, -38.0, -7.0], "id": "7f45Sn33yp2M", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-58.0, -36.0, -9.0], "id": "84yeRpY5cfsr", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-37.0, -6.0, 13.0], "id": "AzJmpeVU7EVF", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], + "authors": "Johnstone T, van Reekum CM, Oakes TR, Davidson RJ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/scan/nsl027", "id": "4KxodnKqYrS4", "metadata": null, "name": "The voice of emotion: + an FMRI study of neural responses to angry and happy vocal expressions.", "pmid": "17607327", "publication": "Social + cognitive and affective neuroscience", "source": "neurosynth", "source_id": "17607327", "source_updated_at": null, + "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2006}, {"analyses": [{"conditions": [], "description": + null, "id": "6Pskc22jqRG9", "images": [], "name": "19175", "points": [{"coordinates": [-54.0, -40.0, 0.0], "id": "3aggRy8AhL5d", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-2.0, -18.0, 16.0], + "id": "4htXMNtRZELb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [16.0, 8.0, 44.0], "id": "5sU4BiVYDsN5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-20.0, 10.0, 22.0], "id": "6CtYPtDohtQ4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-56.0, -46.0, 8.0], "id": "7ztfrjtGaqsD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, 26.0, -16.0], "id": "8rkzrq2xLCbc", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, 20.0, -4.0], "id": + "BM6CxHrQ76PJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [58.0, -12.0, -10.0], "id": "LmCDfeehjo3W", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [48.0, -24.0, -8.0], "id": "UKc2ki62hNMr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-50.0, -44.0, 8.0], "id": "iZvFohzeF6zA", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, -8.0, -4.0], "id": "v4P6WeYrXqhh", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "8KL5SpPjm2eu", "images": [], "name": "19176", "points": [{"coordinates": [-10.0, -28.0, + 44.0], "id": "53gJHvYg2ZAT", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [42.0, 16.0, -10.0], "id": "5wRVFvQywHGh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-46.0, -34.0, 42.0], "id": "6PCNqZFVGpmR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-30.0, 26.0, 4.0], "id": "6ujv2LZeMX2y", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -38.0, 46.0], "id": "75xNy4vWEyTE", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [4.0, 26.0, 48.0], "id": + "7nwacGdZNv8V", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/cercor/bhp106", "id": "8Kr5LfW7Abga", "metadata": null, "name": "On emotional + conflict: interference resolution of happy and angry prosody reveals valence-specific effects.", "pmid": "19505993", + "publication": "Cerebral cortex (New York, N.Y. : 1991)", "source": "neurosynth", "source_id": "19505993", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2010}, {"analyses": [{"conditions": + [], "description": null, "id": "95c2k6ff2Pfh", "images": [], "name": "37742", "points": [{"coordinates": [7.0, 18.0, + 19.0], "id": "3f2DGtrmyiWS", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [3.0, 4.0, 6.0], "id": "4YxE46FqgFZX", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [7.0, 18.0, 19.0], "id": "4inMEKCFjxrS", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [6.0, 7.0, 9.0], "id": "7Kau8V3JAMAG", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Lee TM, Liu HL, Hoosain + R, Liao WT, Wu CT, Yuen KS, Chan CC, Fox PT, Gao JH", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1016/S0304-3940(02)00965-5", "id": "xQhZkTxtHGZH", "metadata": null, "name": "Gender differences + in neural correlates of recognition of happy and sad faces in humans assessed by functional magnetic resonance imaging.", + "pmid": "12401549", "publication": "Neuroscience letters", "source": "neurosynth", "source_id": "12401549", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2002}, {"analyses": [{"conditions": + [], "description": null, "id": "38HqPANwZTG2", "images": [], "name": "42004", "points": [{"coordinates": [4.0, 40.0, + 22.0], "id": "5ArfJw6UA2ko", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 46.0, 46.0], "id": "7LimdjsYPq85", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Pulkkinen J, Nikkinen J, Kiviniemi V, Maki P, Miettunen J, Koivukangas + J, Mukkala S, Nordstrom T, Barnett JH, Jones PB, Moilanen I, Murray GK, Veijola J", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.schres.2015.01.039", "id": "6gD4cLusQaGb", "metadata": null, "name": "Functional + mapping of dynamic happy and fearful facial expressions in young adults with familial risk for psychosis - Oulu Brain + and Mind Study.", "pmid": "25703807", "publication": "Schizophrenia research", "source": "neurosynth", "source_id": + "25703807", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2015}, + {"analyses": [{"conditions": [], "description": "SPM{F_[12.0,416.0]} - contrast 4: Group X Drug x Emotion", "id": + "75fxWNPbZbjv", "images": [{"add_date": "2018-03-25T22:28:21.071437+00:00", "filename": "spmF_WB_GroupXDrugXEmotion.nii.gz", + "id": "5ywy83QVhqKa", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmF_WB_GroupXDrugXEmotion.nii.gz", + "user": null, "value_type": "other"}], "name": "spmF WB GroupXDrugXEmotion", "points": [], "user": null, "weights": + []}, {"conditions": [], "description": "SPM{T_[41.0]} - contrast 1: Faces > Shapes", "id": "fPbGgVwV6WY4", "images": + [{"add_date": "2018-03-25T22:28:21.579847+00:00", "filename": "spmT_WB_ALLFACES%3ESHAPES.nii.gz", "id": "45wqEfAbeyF3", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_ALLFACES%3ESHAPES.nii.gz", "user": null, "value_type": + "T"}], "name": "spmT WB ALLFACES>SHAPES", "points": [], "user": null, "weights": []}, {"conditions": [], "description": + "SPM{T_[416.0]} - contrast 1: G1 > G2", "id": "5Aa9eTyM6Z73", "images": [{"add_date": "2018-03-25T22:28:21.975422+00:00", + "filename": "spmT_WB_BDD%3EHC.nii.gz", "id": "7g9BASMF7fJf", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB BDD>HC", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 3: Group x Drug: BDD greater in Oxyt", "id": "7npj8yWwnet4", "images": + [{"add_date": "2018-03-25T22:28:22.600766+00:00", "filename": "spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", "id": "5BapE8TLR6gx", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", "user": null, + "value_type": "T"}], "name": "spmT WB GroupXDrug BDD>HC", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 2: G2 > G1", "id": "6nTZmgpghK4z", "images": [{"add_date": "2018-03-25T22:28:23.026721+00:00", + "filename": "spmT_WB_HC%3EBDD.nii.gz", "id": "3BTjSSJUegTE", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_HC%3EBDD.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB HC>BDD", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 5: Main Effect of Drug: Oxy > Plac", "id": "4uN7cxX3QSqL", "images": + [{"add_date": "2018-03-25T22:28:23.491835+00:00", "filename": "spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", "id": "B74DNs6w5yJE", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", "user": + null, "value_type": "T"}], "name": "spmT WB MainEffectDrug OXT>PBO", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 6: Main Effect of Drug: Plac > Oxyt ", "id": "5ZQbnszRa6sF", "images": + [{"add_date": "2018-03-25T22:28:23.936669+00:00", "filename": "spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", "id": "4iVYzjXoYZjL", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", "user": + null, "value_type": "T"}], "name": "spmT WB MainEffectDrug PBO>OXT", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[32.0]} - contrast 1: BDD > HC", "id": "59gY3ro98L28", "images": [{"add_date": "2018-03-25T22:28:24.344432+00:00", + "filename": "spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", "id": "wCF8fop8MXME", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES BDD>HC", "points": [], "user": null, "weights": + []}, {"conditions": [], "description": "SPM{T_[32.0]} - contrast 2: HC > BDD", "id": "7AKSr54RRuDe", "images": [{"add_date": + "2018-03-25T22:28:24.736969+00:00", "filename": "spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", "id": "jzsrud3nk5ba", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", "user": + null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES HC>BDD", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[32.0]} - contrast 3: Int1", "id": "7BtTmQCtTLDG", "images": [{"add_date": "2018-03-25T22:28:25.174486+00:00", + "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", "id": "4CkksPYhzEVd", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES Int1", "points": [], "user": null, "weights": []}, + {"conditions": [], "description": "SPM{T_[32.0]} - contrast 4: Int2", "id": "5UqTAfa29ak4", "images": [{"add_date": + "2018-03-25T22:28:25.604841+00:00", "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", "id": "5hnCx2zy4U8k", "space": + "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", "user": null, "value_type": + "T"}], "name": "spmT gPPI ANGRY>SHAPES Int2", "points": [], "user": null, "weights": []}], "authors": "Sally A. Grace, + Izelle Labuschagne, David J. Castle and Susan L. Rossell", "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "The present study assessed the effects of intranasal oxytocin on the neural basis of processing emotional faces in + patients with body dysmorphic disorder (BDD). Twenty BDD patients and 22 matched healthy control participants participated + in a randomized, double-blind placebo-controlled within-subject functional magnetic resonance imaging study. Following + acute intranasal OXT (24 IU) or placebo administration, we examined group and OXT related differences in task-based + amygdala activation and related functional connectivity in response to an emotional face-matching task of fearful, + angry, disgusted, sad, surprised and happy faces. ", "doi": "10.1016/j.psyneuen.2019.05.022", "id": "43Tb4A22CFNL", + "metadata": {"acquisition_orientation": "", "add_date": "2018-03-24T03:50:11.979230+01:00", "autocorrelation_model": + "", "b0_unwarping_software": "", "communities": [], "contributors": "", "coordinate_space": null, "doi_add_date": + "2019-05-28T22:49:14.437772+02:00", "download_url": "http://neurovault.org/collections/3666/download", "echo_time": + null, "field_of_view": null, "field_strength": null, "flip_angle": null, "full_dataset_url": "", "functional_coregistered_to_structural": + null, "functional_coregistration_method": "", "group_comparison": true, "group_description": "", "group_estimation_type": + "", "group_inference_type": null, "group_model_multilevel": "", "group_model_type": "", "group_modeling_software": + "", "group_repeated_measures": null, "group_repeated_measures_method": "", "handedness": null, "hemodynamic_response_function": + "", "high_pass_filter_method": "", "inclusion_exclusion_criteria": "", "interpolation_method": "", "intersubject_registration_software": + "", "intersubject_transformation_type": null, "intrasubject_estimation_type": "", "intrasubject_model_type": "", "intrasubject_modeling_software": + "", "length_of_blocks": null, "length_of_runs": null, "length_of_trials": "", "matrix_size": null, "modify_date": + "2019-05-28T22:49:14.442152+02:00", "motion_correction_interpolation": "", "motion_correction_metric": "", "motion_correction_reference": + "", "motion_correction_software": "", "nonlinear_transform_type": "", "number_of_experimental_units": null, "number_of_images": + 11, "number_of_imaging_runs": null, "number_of_rejected_subjects": null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": + "", "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": "", "object_image_type": + "", "optimization": null, "optimization_method": "", "order_of_acquisition": null, "order_of_preprocessing_operations": + "", "orthogonalization_description": "", "owner": 2051, "owner_name": "sallygrace", "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S0306453018312241", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, "pulse_sequence": "", "quality_control": + "", "repetition_time": null, "resampled_voxel_size": null, "scanner_make": "", "scanner_model": "", "skip_distance": + null, "slice_thickness": null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": "", + "software_package": "", "software_version": "", "subject_age_max": null, "subject_age_mean": null, "subject_age_min": + null, "target_resolution": null, "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + "blocked", "url": "http://neurovault.org/collections/3666/", "used_b0_unwarping": null, "used_dispersion_derivatives": + null, "used_high_pass_filter": null, "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": null, "used_reaction_time_regressor": + null, "used_slice_timing_correction": null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "pmid": null, "publication": "Psychoneuroendocrinology", "source": "neurovault", + "source_id": "3666", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": + null}, {"analyses": [{"conditions": [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay + task", "user": null}], "description": "To test H1, that BPD patients express dysfunctional recruitment of frontal + brain regions in response to social (compared to non-social) cues, we directly compared both groups by computing the + 2-way interaction \u2018Social Condition\u2019 (social, non-social cues) by \u2018Group\u2019 (HC, BPD).", "id": "6cUpoaBzsSbA", + "images": [{"add_date": "2019-10-30T09:14:43.044952+00:00", "filename": "spmT_0008.nii.gz", "id": "7M4uem5dnB6q", + "space": "MNI", "url": "http://neurovault.org/media/images/6034/spmT_0008.nii.gz", "user": null, "value_type": "T"}], + "name": "Model 1-Cues: Interaction Social Condition by Group", "points": [], "user": null, "weights": [1.0]}, {"conditions": + [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", "user": null}], "description": + "To test H2, that BPD patients would show impaired amygdala response to social feedback, we conducted ROI analyses + (i.e. frontal lobe and amygdala masks) using the 2-way interaction \u2018Group\u2019 x \u2018Social Condition\u2019 + for the feedback analysis. BPD patients expressed a blunted response of the bilateral amygdala compared to the HCs + for the social>non-social feedback contrast. These images show the whole brain images, but the amygdala mask is added + in another file.", "id": "4f4dMGS4zuoT", "images": [{"add_date": "2019-10-30T09:28:12.663383+00:00", "filename": "spmT_0017.nii.gz", + "id": "7mkeueU7ikKd", "space": "MNI", "url": "http://neurovault.org/media/images/6034/spmT_0017.nii.gz", "user": null, + "value_type": "T"}], "name": "Model 2-Feedback: Interaction Social Condition by Group", "points": [], "user": null, + "weights": [1.0]}, {"conditions": [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", + "user": null}], "description": "Model 3 was created ad hoc in order to test H3 following the outcome of the first + two models. We ran a seed-based analysis, using the amygdala feedback-related activity for the negative social (compared + to non-social) component of Model 2 as the predictor and testing against potential relationship with cue-evoked signal + at a voxel-wise level within Model 1. Specifically, the beta estimates for both groups from the bilateral amygdala + ROI for the negative social feedback (i.e. social loss>non-social loss), were extracted from Model 2 and entered as + a covariate into an independent samples t-test using the specific contrast social>non-social cues. We then tested + for the effects of the amygdala covariate in each group separately and compared the differences between the groups. + These maps show the differences between groups (i.e. BPD>HC) for this amygdala covariate. ", "id": "7oxFciwfWehs", + "images": [{"add_date": "2019-10-30T09:41:58.802747+00:00", "filename": "spmT_0005.nii.gz", "id": "oFWCbNK7eHcN", + "space": "MNI", "url": "http://neurovault.org/media/images/6034/spmT_0005.nii.gz", "user": null, "value_type": "T"}], + "name": "Model 3--Independent Samples T-Test Regression Analysis", "points": [], "user": null, "weights": [1.0]}, + {"conditions": [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", "user": null}], + "description": "We utilized a region-of-interest (ROI) analysis approach using the WFU PickAtlas toolbox for SPM8. + We created a mask of the bilateral amygdala (used to test H2 in Model 2), from the Talairach Daemon database.", "id": + "6skr8EiHiW73", "images": [{"add_date": "2019-10-30T09:51:30.157895+00:00", "filename": "AmyMask.nii.gz", "id": "5H5SUQZcGRv6", + "space": "MNI", "url": "http://neurovault.org/media/images/6034/AmyMask.nii.gz", "user": null, "value_type": "ROI/mask"}], + "name": "Model 2-Feedback: Amygdala Mask", "points": [], "user": null, "weights": [1.0]}], "authors": "Kimberly C. + Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "created_at": + "2023-05-20T01:09:51.807961+00:00", "description": "ABSTRACT \r\nBackground- Borderline personality disorder (BPD) + is characterized by maladaptive social functioning, and widespread negativity biases. The neural underpinnings of + these impairments remain elusive. We thus tested whether BPD patients show atypical neural activity when processing + social (compared to non-social) anticipation, feedback, and particularly, how they relate to each other.\r\nMethods- + We acquired functional MRI data from 21 BPD women and 24 matched healthy controls (HCs) while they performed a task + in which cues and feedbacks were either social (neutral faces for cues; happy or angry faces for positive and negative + feedbacks, respectively) or non-social (dollar sign; winning or losing money for positive and negative feedbacks, + respectively). This task allowed for the analysis of social anticipatory cues, performance-based feedback, and their + interaction. \r\nResults- Compared to HCs, BPD patients expressed increased activation in the superior temporal sulcus + during the processing of social cues, consistent with elevated salience associated with an upcoming social event. + BPD patients also showed reduced activation in the amygdala while processing evaluative social feedback. Importantly, + perigenual anterior cingulate cortex (pgACC) activity during the presentation of the social cue correlated with reduced + amygdala activity during the presentation of the negative social feedback in the BPD patients. \r\nConclusions- These + neuroimaging results clarify how BPD patients express altered responses to different types of social stimuli (i.e. + social anticipatory cues and evaluative feedback) and uncover an atypical relationship between frontolimbic regions + (pgACC-amygdala) over the time span of a social interaction. These findings may help to explain why BPD patients suffer + from pervasive difficulties adapting their behavior in the context of interpersonal relationships and should be considered + while designing better-targeted interventions.", "doi": "10.1016/j.nicl.2019.102126", "id": "5NQYnogUJ2XD", "metadata": + {"acquisition_orientation": "", "add_date": "2019-10-30T09:58:20.777993+01:00", "autocorrelation_model": "", "b0_unwarping_software": + "", "communities": [], "contributors": "", "coordinate_space": null, "doi_add_date": "2020-01-08T00:02:50.490732+01:00", + "download_url": "http://neurovault.org/collections/6034/download", "echo_time": null, "field_of_view": null, "field_strength": + null, "flip_angle": null, "full_dataset_url": "", "functional_coregistered_to_structural": null, "functional_coregistration_method": + "", "group_comparison": null, "group_description": "", "group_estimation_type": "", "group_inference_type": null, + "group_model_multilevel": "", "group_model_type": "", "group_modeling_software": "", "group_repeated_measures": null, + "group_repeated_measures_method": "", "handedness": null, "hemodynamic_response_function": "", "high_pass_filter_method": + "", "inclusion_exclusion_criteria": "", "interpolation_method": "", "intersubject_registration_software": "", "intersubject_transformation_type": + null, "intrasubject_estimation_type": "", "intrasubject_model_type": "", "intrasubject_modeling_software": "", "length_of_blocks": + null, "length_of_runs": null, "length_of_trials": "", "matrix_size": null, "modify_date": "2020-01-08T01:43:18.827758+01:00", + "motion_correction_interpolation": "", "motion_correction_metric": "", "motion_correction_reference": "", "motion_correction_software": + "", "nonlinear_transform_type": "", "number_of_experimental_units": null, "number_of_images": 4, "number_of_imaging_runs": + null, "number_of_rejected_subjects": null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": "", + "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": "", "object_image_type": + "", "optimization": null, "optimization_method": "", "order_of_acquisition": null, "order_of_preprocessing_operations": + "", "orthogonalization_description": "", "owner": 4432, "owner_name": "doellk", "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S2213158219304735", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, "pulse_sequence": "", "quality_control": + "", "repetition_time": null, "resampled_voxel_size": null, "scanner_make": "", "scanner_model": "", "skip_distance": + null, "slice_thickness": null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": "", + "software_package": "", "software_version": "", "subject_age_max": null, "subject_age_mean": null, "subject_age_min": + null, "target_resolution": null, "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + null, "url": "http://neurovault.org/collections/6034/", "used_b0_unwarping": null, "used_dispersion_derivatives": + null, "used_high_pass_filter": null, "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": null, "used_reaction_time_regressor": + null, "used_slice_timing_correction": null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "pmid": null, "publication": "NeuroImage: + Clinical", "source": "neurovault", "source_id": "6034", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "6HhdbbASwrK3", "images": + [], "name": "37588", "points": [{"coordinates": [60.0, -64.0, 28.0], "id": "38c5vf66bcFo", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -31.0, 10.0], "id": "47dKz73H2HtG", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, -58.0, + 28.0], "id": "56ypmCsZSSg6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [15.0, -10.0, -20.0], "id": "59D9X9dRgJ7T", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [18.0, 11.0, 67.0], "id": "5kFUkxRjSekg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [27.0, -76.0, -29.0], "id": "6AfrXNySoX2m", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [45.0, 14.0, -35.0], "id": "6iJiNa6Z5PLo", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, 29.0, -17.0], + "id": "7632xo46rTwn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-51.0, 26.0, -8.0], "id": "7KVqpZTFtAoh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-3.0, -49.0, 28.0], "id": "7bF2mDaoR8su", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [18.0, -13.0, -17.0], "id": "Wme5NpZ4TDB9", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, 14.0, 49.0], "id": "k4kaSWnkAtq3", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], + "authors": "Oetken S, Pauly KD, Gur RC, Schneider F, Habel U, Pohl A", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuropsychologia.2017.04.010", "id": "4rDGfjjGNAgq", "metadata": null, "name": + "Don''t worry, be happy - Neural correlates of the influence of musically induced mood on self-evaluation.", "pmid": + "28392302", "publication": "Neuropsychologia", "source": "neurosynth", "source_id": "28392302", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2017}, {"analyses": [{"conditions": + [], "description": null, "id": "BpS3u6sAfe8g", "images": [], "name": "34402", "points": [{"coordinates": [-14.0, 58.0, + 20.0], "id": "3hYiWJPgdtYx", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [-64.0, -24.0, 4.0], "id": "42EdqCTNSZWh", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [-40.0, -26.0, 46.0], "id": "4Mz4JjdsLshS", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [64.0, -18.0, 8.0], "id": "5FLrsYRLP3KC", "image": + null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-46.0, -38.0, 10.0], + "id": "5Te6suebT6a5", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": + [-54.0, -20.0, -26.0], "id": "5tUWxj93YP5y", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", + "values": []}, {"coordinates": [14.0, 2.0, -16.0], "id": "6igckJsXAvzA", "image": null, "kind": "unknown", "label_id": + null, "space": "UNKNOWN", "values": []}, {"coordinates": [8.0, -20.0, 2.0], "id": "7ZBwkAPuqqjY", "image": null, "kind": + "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [20.0, 50.0, 28.0], "id": "7hF99Fh8yxp2", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [6.0, -2.0, + 42.0], "id": "7qJUvYhP9M95", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [22.0, -56.0, 0.0], "id": "hxEqmuCxyEJc", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [16.0, 20.0, -12.0], "id": "qFQT6pQkutBW", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}], "user": null, "weights": []}], "authors": "Kong F, Hu S, Wang + X, Song Y, Liu J", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2014.11.033", + "id": "uPDUNVQUJvpt", "metadata": null, "name": "Neural correlates of the happy life: The amplitude of spontaneous + low frequency fluctuations predicts subjective well-being.", "pmid": "25463465", "publication": "NeuroImage", "source": + "neurosynth", "source_id": "25463465", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2015}, {"analyses": [{"conditions": [], "description": null, "id": "6jQ32kDkDdm8", "images": + [], "name": "34301", "points": [{"coordinates": [5.0, 9.0, -7.0], "id": "4T69s7pniC5w", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 27.0, 22.0], "id": "64zmKUPQ7YmC", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-14.0, 37.0, 26.0], "id": + "6MvDNE5xnLuL", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-30.0, -37.0, 55.0], "id": "6PJ2znp2fwvq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [28.0, -36.0, 52.0], "id": "6hFiW9BMZUGx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-39.0, -2.0, 3.0], "id": "6o2qc8u43wgu", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [40.0, -21.0, 13.0], "id": "6wWGqzrvczhn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -52.0, -16.0], "id": + "7bdi2SmNPbbG", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-22.0, -16.0, 25.0], "id": "87gKXQHczUJN", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [37.0, 34.0, -4.0], "id": "8sDXseZrXb9q", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "7h23dzabx6Lt", + "images": [], "name": "34302", "points": [{"coordinates": [-43.0, -2.0, -25.0], "id": "3UFD2AXMCec5", "image": null, + "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [21.0, -56.0, -40.0], "id": "4AGadtFU7Fe7", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-25.0, 59.0, 12.0], + "id": "4CBnQZHdQUUx", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-18.0, 30.0, 17.0], "id": "4GRVHvKctF4m", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [1.0, -22.0, 54.0], "id": "4g9CDT77D3XC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-52.0, 14.0, 20.0], "id": "4zrMaGZQA2p9", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [9.0, 63.0, 14.0], "id": "5hAvjvT5sGuR", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [4.0, 18.0, 60.0], "id": + "6SdTjmY6bWCt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-35.0, 8.0, 47.0], "id": "74TocxEUNvwT", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [19.0, 44.0, 14.0], "id": "7DmVodFbQ3SK", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [14.0, -19.0, 67.0], "id": "7YAT4LuC6gog", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-11.0, -26.0, 65.0], "id": "7bwnED5VnhKT", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [65.0, -37.0, -6.0], "id": + "7sJwXron7cSD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-34.0, -27.0, -23.0], "id": "89XBCHw62moC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}], "user": null, "weights": []}], "authors": "Egidi G, Caramazza A", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2014.09.008", "id": "6SoirEH52CMp", "metadata": null, "name": "Mood-dependent + integration in discourse comprehension: happy and sad moods affect consistency processing via different brain networks.", + "pmid": "25225000", "publication": "NeuroImage", "source": "neurosynth", "source_id": "25225000", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "description": null, "id": "4Xbk2AS5pRZy", "images": [], "name": "32540", "points": [{"coordinates": [42.0, -74.0, + -18.0], "id": "38s3dDZByrTF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-40.0, -70.0, -18.0], "id": "3TZC5AbvWm3u", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-52.0, -18.0, 2.0], "id": "3vd7AtyAc2Kh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-46.0, -64.0, -18.0], "id": "43PBL3Nwj6bG", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [56.0, -24.0, 4.0], "id": "49ChCCWwxVW2", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-18.0, -96.0, + 12.0], "id": "4Nc7VQsRWC44", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-42.0, -66.0, -16.0], "id": "4UeW8aHYCUB8", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [38.0, -66.0, -14.0], "id": "4k3N8AcxQLDQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, -12.0, 8.0], "id": "57agp5eHx9jM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -80.0, -12.0], "id": "5EqMQzfu59Ye", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-28.0, -20.0, 62.0], "id": + "5fTZJZWPy2g3", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-6.0, -80.0, -12.0], "id": "5nZSs5D4pnj4", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-48.0, -20.0, 2.0], "id": "5wuEGvKviiBN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-12.0, -64.0, -10.0], "id": "5x5mBdYD6wyM", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, 18.0, 6.0], "id": "65rB8Z3qvvih", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -96.0, + 14.0], "id": "69AqoawZq5HB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-50.0, -20.0, 2.0], "id": "69yRRuFFA9Aj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-46.0, 0.0, -8.0], "id": "6FKvvPXNmeRS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [12.0, -92.0, -2.0], "id": "6TivZyPTKXLv", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [56.0, -12.0, 48.0], "id": "6xM4gwz3UGPr", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [66.0, -16.0, 6.0], "id": + "79gM5FptpWLX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [54.0, -20.0, 0.0], "id": "7HyZpHdvith8", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-42.0, -22.0, 6.0], "id": "7iBgdSCxSDEv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [44.0, -70.0, -20.0], "id": "7k8FxP8M7zLh", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -64.0, -14.0], "id": "7mdwkdd6YPZg", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -22.0, + 2.0], "id": "7vHYB2sjT3C9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-26.0, 48.0, 28.0], "id": "7zKhbiAiEF9n", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [22.0, -92.0, 12.0], "id": "E2LR5GJLrH8C", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-44.0, -70.0, -16.0], "id": "EDYtVSJ3t7Y6", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-44.0, 20.0, 18.0], "id": "GSPG3ukqXuTs", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -18.0, + 4.0], "id": "VQhoEGHV6CA6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [66.0, -28.0, 10.0], "id": "guX6ww5EWAc6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [14.0, -86.0, -4.0], "id": "onHuBZ9jq9ry", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [18.0, -54.0, -2.0], "id": "ouuDUHoWTaG6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -68.0, -12.0], "id": "sQWZMkTHAYc8", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "5yDouUon6EJh", "images": [], "name": "32541", "points": [{"coordinates": [64.0, -26.0, + 8.0], "id": "3KuPdCdju92r", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-52.0, -20.0, 6.0], "id": "3ur3hG2LwJiM", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-22.0, -28.0, -4.0], "id": "5kDrAojKTGz4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [20.0, -74.0, 4.0], "id": "B4cj5c8UC7Yz", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -80.0, 0.0], "id": "YAmq3Wa6bmZy", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "5NwZPXwcbmmZ", "images": [], "name": "32542", "points": [{"coordinates": [-50.0, -20.0, + 2.0], "id": "3y6FJLzKSKqN", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [56.0, -28.0, 14.0], "id": "6Cr6wux9xcTq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [44.0, -64.0, -18.0], "id": "7aRQmERUHdqZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-42.0, -68.0, -16.0], "id": "8Gw9BmA3jNEH", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": + null, "id": "3uR4kLx5hPdT", "images": [], "name": "32543", "points": [{"coordinates": [-24.0, -76.0, -16.0], "id": + "4y7zqQwduxgL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-48.0, -30.0, 6.0], "id": "5GdtZiDRqzZB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [22.0, -82.0, -18.0], "id": "5w7arZSegfXp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, -30.0, 12.0], "id": "7ZL7i9tU6Gja", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Jeong JW, Diwadkar VA, + Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2010.11.017", "id": "3zUn4TfXtQVo", "metadata": null, "name": "Congruence + of happy and sad emotion in music and faces modifies cortical audiovisual activation.", "pmid": "21073970", "publication": + "NeuroImage", "source": "neurosynth", "source_id": "21073970", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2011}, {"analyses": [{"conditions": [], "description": null, "id": "8KgV3ZUBnouD", "images": + [], "name": "29803", "points": [{"coordinates": [-30.0, -30.0, -20.0], "id": "4Z7egLm2CBTf", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.0, -40.0, 42.0], "id": "4jKdtD9qQzdX", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-26.0, -18.0, + -20.0], "id": "5CMrbDqWpENi", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-24.0, 28.0, 44.0], "id": "5T2B8TrgiPV9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, -64.0, 20.0], "id": "5tTpPbHrJ4sd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-26.0, 8.0, 2.0], "id": "5yDxjh2nbajb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-4.0, 34.0, -8.0], "id": "63LZrfVGCTkR", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, 12.0, -22.0], "id": + "6Qm3GzihQcBd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, -58.0, 20.0], "id": "6WJGXYQRbLeW", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-54.0, -6.0, -10.0], "id": "78ztePgyguV7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-38.0, -28.0, -2.0], "id": "7FDXtmGCRFQF", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -10.0, -22.0], "id": "7HoUhGLXAoc5", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -32.0, + -4.0], "id": "7Wy55sBZP6mP", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-10.0, 56.0, 28.0], "id": "7bLmPhG5diWP", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [16.0, -44.0, 56.0], "id": "7pMondFRzdLm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-40.0, 38.0, -16.0], "id": "82Uwkqgnkyp3", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, -42.0, 16.0], "id": "8C5ujUDpCPSa", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-34.0, -10.0, + -16.0], "id": "DoT9vJuDpA9d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, -70.0, 34.0], "id": "EzSuWGmbGFuk", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-22.0, 22.0, 44.0], "id": "ebAfnXeFWpGh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, -50.0, 22.0], "id": "gpEeWzm5nREL", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-12.0, 56.0, 8.0], "id": "r6cYFNaTebF9", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "5nbDXoWuULds", "images": [], "name": "29804", "points": [{"coordinates": [30.0, 18.0, + -22.0], "id": "4bZahrjmSoYs", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-22.0, -36.0, -30.0], "id": "5XFevWAWJPDT", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-30.0, 16.0, -20.0], "id": "5XkkX5yKnniu", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-6.0, 36.0, 16.0], "id": "5sN7Jadt5sYM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-36.0, -28.0, 10.0], "id": "6J2fgYTJfN2f", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [40.0, -20.0, -24.0], "id": + "6JmYe22EnsK9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [46.0, -24.0, 8.0], "id": "73TGtSL6aykb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [14.0, -42.0, -30.0], "id": "7hsH5F3C7vsc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [22.0, 22.0, 36.0], "id": "7oUV5AkGRjzH", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, -20.0, 44.0], "id": "8474RhrGpB9b", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-64.0, -22.0, 12.0], "id": + "8LKj6VBr8ZWu", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2005.01.014", "id": "85PTzT2hpjSH", "metadata": null, "name": "Same + or different? Neural correlates of happy and sad mood in healthy males.", "pmid": "15862220", "publication": "NeuroImage", + "source": "neurosynth", "source_id": "15862220", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2005}, {"analyses": [{"conditions": [], "description": null, "id": "6tyc7jYAVweq", "images": + [], "name": "29444", "points": [{"coordinates": [12.0, 38.0, 26.0], "id": "34nWrfnr8RjD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [4.0, 28.0, 14.0], "id": "3AZKYMmU6Ey2", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-20.0, -6.0, -18.0], "id": + "3ddMsnY5x5Mi", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 28.0, 14.0], "id": "3pNjRLrT7iDm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-8.0, 38.0, 26.0], "id": "4g6c2nyPqT3d", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-10.0, 38.0, 24.0], "id": "4uPRi8zYbHTw", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-2.0, -4.0, 30.0], "id": "4x9Rsd55QXgM", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.0, 48.0, 8.0], "id": + "5KecXf7K2L6B", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 14.0, 26.0], "id": "5NAGQpoACrVA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-14.0, 44.0, 14.0], "id": "6Ffeuqz7Yc9R", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [22.0, 0.0, -20.0], "id": "6iKqmvtDEXrr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 48.0, 10.0], "id": "7BMRcYD6hegT", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-12.0, 40.0, -4.0], "id": + "7HJ3knFBt6ce", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-8.0, 38.0, 26.0], "id": "7Z5LjYrdsrnb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-8.0, 2.0, 30.0], "id": "8Fo6ubQMN7Bc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [24.0, 0.0, -24.0], "id": "LX2KJNPV5mF6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-28.0, -6.0, -18.0], "id": "LyUGVxjDNnGz", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [16.0, 34.0, 26.0], "id": + "pSNnRZn8BRx5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "gV3e93K3akeu", "images": [], "name": "29445", "points": + [{"coordinates": [48.0, -74.0, -10.0], "id": "4CwwpDkhkoga", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [50.0, -48.0, -22.0], "id": "55ZabhZK9akT", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-46.0, -82.0, -4.0], "id": "5BX2HVLwQHLm", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, -68.0, -8.0], "id": + "5TtzcZzpmJVx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [46.0, -56.0, -18.0], "id": "6j2aUQYWASfD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [6.0, -82.0, -40.0], "id": "6uhZ6u7tyPix", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [24.0, -88.0, 14.0], "id": "eGNwQXeM26Hr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-38.0, -52.0, -32.0], "id": "y2cuS2GDeFZk", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": + "Killgore WD, Yurgelun-Todd DA", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2003.12.033", + "id": "6qJcQ74oipDU", "metadata": null, "name": "Activation of the amygdala and anterior cingulate during nonconscious + processing of sad versus happy faces.", "pmid": "15050549", "publication": "NeuroImage", "source": "neurosynth", + "source_id": "15050549", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, + "year": 2004}, {"analyses": [{"conditions": [], "description": null, "id": "tHpWX6N8mfix", "images": [], "name": "37865", + "points": [{"coordinates": [-36.0, 8.0, -30.0], "id": "3MLAnFqndzTd", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-2.0, 60.0, 0.0], "id": "3bgQRRVWYMvM", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, -90.0, -4.0], "id": "5iLCCPD8pbHQ", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -84.0, -2.0], + "id": "5jBpAMqqmoam", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [26.0, -96.0, 2.0], "id": "89UrXYUry3Lj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Jimura K, Konishi S, Miyashita Y", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neulet.2009.02.012", "id": "5RkUxRUh6e2G", "metadata": null, "name": "Temporal + pole activity during perception of sad faces, but not happy faces, correlates with neuroticism trait.", "pmid": "19429013", + "publication": "Neuroscience letters", "source": "neurosynth", "source_id": "19429013", "source_updated_at": null, + "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2009}, {"analyses": [{"conditions": [], "description": + null, "id": "5XuagvSYMzW9", "images": [], "name": "25426", "points": [{"coordinates": [-1.78, -2.35, -1.21], "id": + "57vETqnTysr7", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "3wrf49wQ5KXs", "images": [], "name": "25427", "points": + [{"coordinates": [58.0, 41.0, 26.0], "id": "3xSCe58VBeJc", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [-18.0, 67.0, 25.0], "id": "4SH4YqMuTm6W", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-29.0, 1.0, -29.0], "id": "52gkNhUihPwF", "image": + null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-28.0, 56.0, -13.0], + "id": "64C4RMc5Vuko", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": + [12.0, 76.0, 37.0], "id": "6JTLp3Ymvn6p", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", + "values": []}, {"coordinates": [20.0, 60.0, -19.0], "id": "6WR5wu7yz2MU", "image": null, "kind": "unknown", "label_id": + null, "space": "UNKNOWN", "values": []}, {"coordinates": [12.0, 16.0, 35.0], "id": "6YdDBVFXvQ4B", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-21.0, 81.0, 41.0], "id": + "6fjYPJPKRqkC", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": + [-3.0, 41.0, -28.0], "id": "7NCaoNizUDDT", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", + "values": []}, {"coordinates": [42.0, -18.0, 30.0], "id": "HrYqVjuJdekh", "image": null, "kind": "unknown", "label_id": + null, "space": "UNKNOWN", "values": []}], "user": null, "weights": []}], "authors": "Henje Blom E, Connolly CG, Ho + TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang TT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.jad.2015.03.012", "id": "3C4xq7XcVv96", "metadata": null, "name": "Altered + insular activation and increased insular functional connectivity during sad and happy face processing in adolescent + major depressive disorder.", "pmid": "25827506", "publication": "Journal of affective disorders", "source": "neurosynth", + "source_id": "25827506", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, + "year": 2015}, {"analyses": [{"conditions": [], "description": null, "id": "ngDKFhxBuFG3", "images": [], "name": "21088", + "points": [{"coordinates": [-38.0, -30.0, 61.0], "id": "37TZQZou9ZCY", "image": null, "kind": "unknown", "label_id": + null, "space": "TAL", "values": []}, {"coordinates": [-30.0, 64.0, 19.0], "id": "3FWbpabUoCbP", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-41.0, -15.0, 8.0], "id": "3H3SdwV2GEBx", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-23.0, -30.0, + 57.0], "id": "3Jk3A8KGQGhz", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [38.0, -8.0, -11.0], "id": "3PtzSc3dTrUk", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-34.0, -26.0, -18.0], "id": "3QdovmKX3V27", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-36.0, -11.0, -7.0], "id": "3TWzm4UqNcm9", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-49.0, 26.0, 31.0], "id": "3do2foaTz5qL", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-45.0, -49.0, + 53.0], "id": "3rfwnhcxZKpT", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-30.0, -60.0, -26.0], "id": "44R73XyStiXC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-38.0, 4.0, 4.0], "id": "4Kbg358QnxHM", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [30.0, 19.0, 1.0], "id": "4Z9Ts2iFY6mE", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -38.0, 4.0], "id": "4ohJpgX74C8F", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-4.0, 15.0, 12.0], "id": + "4uV89MY5MaN9", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-45.0, -49.0, 53.0], "id": "4uZRMSjpv5h5", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [0.0, -34.0, 8.0], "id": "57BpREbwDHnf", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-26.0, -41.0, 19.0], "id": "5Cj3qXUGdYxP", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [4.0, -83.0, 34.0], "id": "5FWVh7jTK39o", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [34.0, 53.0, 31.0], + "id": "5HJLqToE9uGe", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [4.0, -49.0, 64.0], "id": "5Smu2JMa5Jf6", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-38.0, 60.0, 12.0], "id": "5YhqJbaANeUH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [34.0, 53.0, 31.0], "id": "5chUgCKYPY5b", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [15.0, -60.0, 1.0], "id": "5ctyCeieUYuz", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-22.0, 8.0, 34.0], "id": + "5dZb87JnYLpC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [34.0, 4.0, 8.0], "id": "5e5EJe6hA2iW", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-40.0, 45.0, 10.0], "id": "5in5maJsykYD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [22.0, -49.0, 64.0], "id": "5kf5nyfBukyS", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [34.0, -45.0, -33.0], "id": "5qQocaKp4T6t", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [41.0, 53.0, 19.0], "id": + "65Vs7fdQriRe", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-49.0, -23.0, 16.0], "id": "6Ffee7b45Wcj", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [41.0, 45.0, 19.0], "id": "6HSfRo7ebgLx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-19.0, -64.0, -14.0], "id": "6QJVBz8jPeuC", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-4.0, -15.0, 64.0], "id": "6QzwFbUziLrz", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [56.0, -15.0, -7.0], + "id": "6TACRjZcPYpt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-2.0, 56.0, 12.0], "id": "6TzTgVs4G24c", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [0.0, -34.0, -14.0], "id": "6W7yvHwpd6oj", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-4.0, -79.0, 38.0], "id": "6X9dmXWHchms", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-41.0, -38.0, 57.0], "id": "6Yw5Q2ARAWVf", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-56.0, -64.0, -3.0], "id": + "6qL4WkvSoQ3F", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-34.0, -26.0, 61.0], "id": "73FZkbZsvhoQ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [17.0, 18.0, 31.0], "id": "7LcioZjVTBJz", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-15.0, -23.0, 8.0], "id": "7S2nywob5apH", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [38.0, 4.0, 27.0], "id": "7ekFSTyzZHvn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -5.0, 59.0], "id": + "7ksaNKcz45BG", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [19.0, -83.0, -22.0], "id": "7rdNznEcBwci", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-4.0, -79.0, -22.0], "id": "7swnkAS4aw7R", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [0.0, 41.0, 23.0], "id": "7wTNaLWWk63G", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -38.0, 1.0], "id": "7zn4gHCespjn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -11.0, 68.0], "id": + "82QNu8ijwUBJ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [56.0, -49.0, 42.0], "id": "839VgZfNCciL", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [18.0, -8.0, 27.0], "id": "8HaGX9GiKUGL", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [24.0, 25.0, 32.0], "id": "8N9hJr2pfZZF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-64.0, -41.0, -3.0], "id": "Ed9ywtTGnZJn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [23.0, -60.0, -11.0], "id": + "SGePRbT3qhN3", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [30.0, 60.0, 12.0], "id": "TQTUm4jtrhJB", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [19.0, -71.0, -14.0], "id": "ZFJErpAKP3n7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-30.0, 56.0, 8.0], "id": "cpEh49HwcdXi", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-4.0, 23.0, -11.0], "id": "fjkgQyfcAh68", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [53.0, -32.0, 19.0], "id": + "k5y743e26v9K", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [4.0, -49.0, 64.0], "id": "u4NhedHKG93s", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [64.0, -34.0, 12.0], "id": "xQDRD5u4n7c7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Todd RM, Lee W, Evans JW, Lewis MD, Taylor + MJ", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.dcn.2012.01.004", "id": + "3SVHsdWTFHbV", "metadata": null, "name": "Withholding response in the face of a smile: age-related differences in + prefrontal sensitivity to Nogo cues following happy and angry faces.", "pmid": "22669035", "publication": "Developmental + cognitive neuroscience", "source": "neurosynth", "source_id": "22669035", "source_updated_at": null, "updated_at": + "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2012}, {"analyses": [{"conditions": [], "description": null, + "id": "7FwRKS36kZp9", "images": [], "name": "15331", "points": [{"coordinates": [3.0, -48.0, 30.0], "id": "4r96arrG6uZu", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-30.0, 33.0, + 39.0], "id": "5WDoiqxFeQyc", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [0.0, -51.0, 30.0], "id": "xFVBfhpVWLY7", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "7VPXqibNQ2La", + "images": [], "name": "15332", "points": [{"coordinates": [-35.0, -51.0, 39.0], "id": "3CCZDnXahnfJ", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [3.0, -6.0, 45.0], "id": "3NGtpSmCy2hU", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-3.0, -15.0, + 45.0], "id": "4VXx9ZewacuE", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [-42.0, 15.0, -9.0], "id": "4akhJxsEJSWi", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [5.0, 12.0, 39.0], "id": "5XGx9DfbzV2D", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [12.0, -69.0, 42.0], "id": "7dx5VjjgKy3e", "image": + null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-24.0, -51.0, 48.0], + "id": "7ukCvNUEhfE5", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}], "user": + null, "weights": []}], "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.biopsycho.2014.08.003", "id": "6hNANgeoQKYP", "metadata": null, "name": "When + you smile, you become happy: Evidence from resting state task-based fMRI.", "pmid": "25139308", "publication": "Biological + psychology", "source": "neurosynth", "source_id": "25139308", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2014}, {"analyses": [{"conditions": [], "description": null, "id": "7BRmUpYpiCPE", "images": + [], "name": "14799", "points": [{"coordinates": [-16.0, -83.0, -30.0], "id": "37FYTVL7wRTG", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-2.0, -32.0, 39.0], "id": "3VnTxH3foLoC", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-27.0, -49.0, + 10.0], "id": "3tWKErBQ8nAm", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-26.0, -37.0, 36.0], "id": "3u78nfhd9sPf", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [45.0, 25.0, 18.0], "id": "45su6L6aEJuY", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [42.0, 4.0, 42.0], "id": "4EcrU4Mifcx8", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-41.0, -2.0, 44.0], "id": "4YAdHtgw9sLr", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [10.0, 51.0, 4.0], "id": + "4guGK8TdFS8z", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [34.0, -17.0, 35.0], "id": "55By8yLPYTFP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-36.0, 43.0, -4.0], "id": "56SJ8X28hSCM", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [11.0, 48.0, -12.0], "id": "5RgWZMZh8vBi", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [47.0, 3.0, 1.0], "id": "5nyhRReiUGcA", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [57.0, -17.0, 14.0], "id": + "62KkbjgmCN9o", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-1.0, 33.0, 51.0], "id": "6H3yjuhNE5Ap", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-25.0, 31.0, 42.0], "id": "74ZPcZvKpagN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [44.0, -30.0, 36.0], "id": "7VuNBTtyPRYs", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [34.0, -40.0, -16.0], "id": "7cGkvxVNN7Ex", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -82.0, -14.0], "id": + "87pqkzhfVUxN", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-33.0, -11.0, 29.0], "id": "BW2Ysod4NhZD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-40.0, 43.0, -1.0], "id": "CqPSKUdKDoaD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [1.0, -27.0, 30.0], "id": "cu73FwmZmfLF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": + null, "id": "4hZswu6NM87F", "images": [], "name": "14800", "points": [{"coordinates": [47.0, 16.0, 7.0], "id": "5Ew8Xf8zaUWv", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [10.0, 50.0, 1.0], + "id": "7jvVf4nw7ph7", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-5.0, 60.0, 2.0], "id": "9ijz8CHqhZaD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-41.0, 32.0, -9.0], "id": "Ce3JK85nZSAP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [34.0, -31.0, -5.0], "id": "qxmmEwL8F85G", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Keedwell PA, Andrew C, + Williams SC, Brammer MJ, Phillips ML", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": + "10.1016/j.biopsych.2005.04.035", "id": "3NK8yHeevRct", "metadata": null, "name": "A double dissociation of ventromedial + prefrontal cortical responses to sad and happy stimuli in depressed and healthy individuals.", "pmid": "15993859", + "publication": "Biological psychiatry", "source": "neurosynth", "source_id": "15993859", "source_updated_at": null, + "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2005}, {"analyses": [{"conditions": [], "description": + null, "id": "PZtHzKXasZmg", "images": [], "name": "17019", "points": [{"coordinates": [-24.0, -84.0, -28.0], "id": + "32rzazfQvtxp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-62.0, -32.0, 38.0], "id": "32yDWG9yAChf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, 46.0, -14.0], "id": "39vbBMbdH6Th", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [62.0, -50.0, 12.0], "id": "3Rgv9RrfDgYZ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-58.0, 20.0, -8.0], "id": "3g7mDPZGg7AB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 38.0, -26.0], "id": + "3mzP3Gdyx9wm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-58.0, 20.0, -8.0], "id": "3snUHJe8wjgo", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-36.0, 44.0, -16.0], "id": "477gjWEhe4sr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-60.0, -20.0, -8.0], "id": "48MEKNVeRN5e", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-62.0, -32.0, 38.0], "id": "4KQqjp9fpxMb", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-18.0, -8.0, 12.0], + "id": "4XnSRwfgc7XB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-4.0, -76.0, 52.0], "id": "4aubPhohiXqV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-50.0, -54.0, 28.0], "id": "4mBWcp3tACwx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [50.0, -72.0, 40.0], "id": "4uBQwNnANQcn", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 54.0, 18.0], "id": "4uQRQghXusHr", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -10.0, 6.0], "id": + "4xjSS7PNqhRA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, 44.0, 4.0], "id": "53NiXUeNsyHD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-28.0, -6.0, -24.0], "id": "55kVaGNNfNG6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-24.0, -84.0, -28.0], "id": "59vQSUhB4ph8", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-28.0, -6.0, -24.0], "id": "5JdyuhpKvhAj", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, -24.0, -10.0], + "id": "5NxNVF2GC9qA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [40.0, 24.0, -14.0], "id": "5azyjT6MPuw5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-52.0, -66.0, 10.0], "id": "626DsVTVN22N", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [58.0, -58.0, 24.0], "id": "66PRE7HKPpVK", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, 24.0, 24.0], "id": "6B4A97nkZDoy", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [28.0, -76.0, -26.0], "id": + "6GuNWqWaLdK9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-18.0, -8.0, 12.0], "id": "6VsdCwwLMRmS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [40.0, 24.0, -14.0], "id": "6Xw3iZu93wXv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-52.0, -66.0, 10.0], "id": "6bAa5bwu2qZN", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-44.0, -50.0, 28.0], "id": "6cCc69h2NkEZ", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -10.0, + 6.0], "id": "6hzCLrAY9BSS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, 44.0, 4.0], "id": "7Huyy7HMYmph", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-4.0, 44.0, 28.0], "id": "7JGwdAeomHcy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-36.0, 44.0, -16.0], "id": "7PWyytzhACNv", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -72.0, 40.0], "id": "7UkjFpL9wZFY", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -54.0, + 28.0], "id": "7Y7XdQhnC32q", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [58.0, -58.0, 24.0], "id": "7y4mvuDkmJ5v", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-14.0, 38.0, -26.0], "id": "82RM5UW7saMh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, 44.0, 28.0], "id": "8D9264tGGF3A", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, -24.0, -10.0], "id": "8KQpEwA3M9ap", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-60.0, -20.0, -8.0], "id": + "8XAaBDZV4CRx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [28.0, -76.0, -26.0], "id": "8ndvGj6tvjXQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-4.0, -76.0, 52.0], "id": "FFKLKVg9woB4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-40.0, 24.0, 24.0], "id": "n9hirjRsgqJV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 54.0, 18.0], "id": "nNeZtxwwYJbG", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-44.0, -50.0, 28.0], "id": + "nxFfUmf7BKwD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [62.0, -50.0, 12.0], "id": "t2hvsMCTN8EX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, 46.0, -14.0], "id": "wMsAmRMNbk3j", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Cullen KR, LaRiviere LL, Vizueta N, Thomas + KM, Hunt RH, Miller MJ, Lim KO, Schulz SC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1007/s11682-015-9406-4", "id": "4wMYLcaZa25g", "metadata": null, "name": "Brain activation in response + to overt and covert fear and happy faces in women with borderline personality disorder.", "pmid": "26007149", "publication": + "Brain imaging and behavior", "source": "neurosynth", "source_id": "26007149", "source_updated_at": null, "updated_at": + "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2015}, {"analyses": [{"conditions": [], "description": null, + "id": "4Yex3gzet4E3", "images": [], "name": "41548", "points": [{"coordinates": [-12.0, -52.0, 4.0], "id": "3sgDg3r8ar9r", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-4.0, 34.0, -20.0], + "id": "3vzbjRSwZK5A", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [28.0, -58.0, 46.0], "id": "3zwHSU9Kd4Pr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [38.0, 12.0, 24.0], "id": "5Mqr6LHfWeYH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-22.0, 12.0, -24.0], "id": "628RF8cp8yEQ", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -72.0, -6.0], "id": "6UnXwimpVQ78", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, -12.0, 0.0], + "id": "7G2AHCQXCewZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-32.0, -50.0, 48.0], "id": "B2RQGHU4HRY6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-34.0, -78.0, -18.0], "id": "zZjdACAc95xk", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Norbury R, Taylor MJ, Selvaraj S, Murphy + SE, Harmer CJ, Cowen PJ", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1007/s00213-009-1597-1", + "id": "ukeN793Sct3Y", "metadata": null, "name": "Short-term antidepressant treatment modulates amygdala response to + happy faces.", "pmid": "19585106", "publication": "Psychopharmacology", "source": "neurosynth", "source_id": "19585106", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2009}, {"analyses": + [{"conditions": [], "description": null, "id": "3BKoPowaKTaL", "images": [], "name": "41528", "points": [{"coordinates": + [0.0, -77.0, -29.0], "id": "3BqPe7Ar6pkQ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-58.0, -41.0, -4.0], "id": "3pZ5WRkf8DuA", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [3.0, -63.0, 9.0], "id": "4ZsCQ2yV8VjH", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-47.0, 33.0, 3.0], "id": "4kBacoZny5cN", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, -69.0, 3.0], "id": + "5SvUyXwpcpU5", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [18.0, -56.0, 4.0], "id": "6FbWa9X5YPiy", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-22.0, -70.0, 3.0], "id": "6hTdqZC4DUhb", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-40.0, -4.0, 53.0], "id": "73NaJm88yu76", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-7.0, -59.0, 5.0], "id": "7AZ46mHFQmfY", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 30.0, 37.0], "id": + "Kjr5Ukwrkmd4", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "47qaAFTcNtEw", "images": [], "name": "41529", "points": + [{"coordinates": [-7.0, -74.0, 26.0], "id": "4Du4Ey9fepUJ", "image": null, "kind": "unknown", "label_id": null, "space": + "TAL", "values": []}, {"coordinates": [-11.0, 44.0, -7.0], "id": "5qaxAzS64yYN", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [29.0, -59.0, -24.0], "id": "824i8v4ut9F3", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "8Bw8PFwRQSj2", "images": [], "name": "41530", "points": [{"coordinates": [14.0, -56.0, + 25.0], "id": "3PbfVeQyeGvn", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-25.0, -59.0, 4.0], "id": "3UJ6an3pNMDt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [29.0, 37.0, 15.0], "id": "3Whr4R5FF3i7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-4.0, -59.0, 26.0], "id": "3ZG7HJd8QGzY", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [22.0, -41.0, 29.0], "id": "3ZnWcjss2Ptv", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [36.0, 15.0, -7.0], "id": + "3jJ6sJePDtym", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-14.0, -48.0, 2.0], "id": "3obY44ECNyaA", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-25.0, -28.0, 20.0], "id": "3v4rZLLEQRTN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-43.0, 37.0, 4.0], "id": "4VAYgfh5LBxE", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [18.0, -41.0, 8.0], "id": "4dyLo568W76n", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [29.0, -70.0, 15.0], "id": + "4ineVCevXTKZ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-47.0, 33.0, 9.0], "id": "53SQBg92cYMK", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [25.0, -59.0, 20.0], "id": "5BXLqQtprDX6", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [11.0, -59.0, 42.0], "id": "5EEDcQCv5RAP", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-32.0, -41.0, -18.0], "id": "5UgUpnfkaiLP", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-47.0, 26.0, 20.0], "id": + "5xCS5b8Zawh6", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [25.0, -37.0, 4.0], "id": "5yngCccwEWjA", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [14.0, -41.0, 15.0], "id": "69LWenna6Y9h", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-22.0, -70.0, 15.0], "id": "6GzWEiiRCxvz", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 26.0, 9.0], "id": "6KCWDZ2QBvHm", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -37.0, 31.0], + "id": "6LkoN4z3xcYV", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [29.0, -44.0, 4.0], "id": "6X5U7szLojXD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [22.0, 37.0, 20.0], "id": "6j7Zqgz6utgy", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-32.0, -33.0, -24.0], "id": "7CBYB8uS8fuK", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 30.0, -2.0], "id": "7GQPG9m9jnWN", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -56.0, 9.0], + "id": "7S48DL8UFL5B", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [22.0, 37.0, 20.0], "id": "7iF9ZBCynwdS", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-47.0, 33.0, 9.0], "id": "7iywfNScBBPQ", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-25.0, -63.0, 26.0], "id": "7yPofwwqq8gc", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-29.0, -52.0, -7.0], "id": "8Np7kwnudixz", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -41.0, 37.0], + "id": "HBjsaPrDvrhK", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-11.0, -48.0, 9.0], "id": "Mkw32Tu4gqcq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [29.0, -30.0, 26.0], "id": "WYGnNBtNdnRF", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [29.0, -48.0, 2.0], "id": "a3AgGAnGgUrF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Fusar-Poli P, Allen P, + Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1007/s00213-007-0757-4", "id": "ZbuEo2kUW23q", "metadata": null, "name": "Modulation + of neural response to happy and sad faces by acute tryptophan depletion.", "pmid": "17375288", "publication": "Psychopharmacology", + "source": "neurosynth", "source_id": "17375288", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2007}, {"analyses": [{"conditions": [], "description": null, "id": "3mcbMoCsoXNN", "images": + [], "name": "23598", "points": [{"coordinates": [-12.0, 14.0, 16.0], "id": "364vJgvW2oeN", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, -16.0, 0.0], "id": "3M8Qs46ie6jE", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-20.0, 32.0, 46.0], + "id": "3U3rGfPdAfro", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-4.0, -12.0, 38.0], "id": "4ECa8aFHKQyx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-54.0, -34.0, 8.0], "id": "4Z5x9rMyW65J", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [8.0, 4.0, -6.0], "id": "4kH5AGVFviGW", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-10.0, 38.0, 14.0], "id": "6GrLzDJsHWPB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-8.0, -26.0, 64.0], "id": + "7D6TQPznrfTF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-12.0, -48.0, 44.0], "id": "7YtioY3e9QwV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-14.0, -46.0, 2.0], "id": "haa9LxmuNjoX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, -28.0, 38.0], "id": "nBsVkmKHeSPQ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": + null, "id": "7afo3nCCDWtT", "images": [], "name": "23599", "points": [{"coordinates": [-12.0, 14.0, 56.0], "id": "3mLJgJ3eJNBp", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, -52.0, + -16.0], "id": "4ZexzcFKF4UK", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [20.0, -15.0, -20.0], "id": "6WxkMboWs97W", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [48.0, -20.0, 4.0], "id": "78VQGVTTJ8qa", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-14.0, -32.0, 40.0], "id": "89kyxGFKu9Sc", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, -32.0, 8.0], "id": "Tt4vy9gtafE8", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, 6.0, -2.0], + "id": "uF2vFu8D7p9m", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}, {"conditions": [], "description": null, "id": "5EYKv2cPMveB", "images": [], "name": "23600", + "points": [{"coordinates": [-56.0, -36.0, 10.0], "id": "7B8nJpwCvKik", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-36.0, -30.0, 18.0], "id": "8AHiUaTXhhST", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Mitterschiffthaler + MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1002/hbm.20337", "id": "4xXMASGQSwyj", "metadata": null, "name": "A functional MRI study of happy and sad + affective states induced by classical music.", "pmid": "17290372", "publication": "Human brain mapping", "source": + "neurosynth", "source_id": "17290372", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2007}], "updated_at": null, "user": "google-oauth2|100511154128738502835"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/annotations/5SPpPvY3x9Fp + response: + body: + string: '{"created_at": "2023-05-23T20:15:14.060372+00:00", "description": "", "id": "5SPpPvY3x9Fp", "metadata": null, + "name": "Annotation for studyset n5zg69u5T4tM", "note_keys": {"dummy_string": "string", "included": "boolean"}, "notes": + [{"analysis": "fPbGgVwV6WY4", "analysis_name": "spmT WB ALLFACES>SHAPES", "authors": "Sally A. Grace, Izelle Labuschagne, + David J. Castle and Susan L. Rossell", "note": {"dummy_string": "hampster", "included": false}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "5Aa9eTyM6Z73", "analysis_name": "spmT WB BDD>HC", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle + and Susan L. Rossell", "note": {"dummy_string": "cat", "included": false}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "7npj8yWwnet4", "analysis_name": "spmT WB GroupXDrug BDD>HC", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", "included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "6nTZmgpghK4z", "analysis_name": "spmT WB HC>BDD", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle + and Susan L. Rossell", "note": {"dummy_string": "cat", "included": false}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "4uN7cxX3QSqL", "analysis_name": "spmT WB MainEffectDrug OXT>PBO", "authors": "Sally A. Grace, Izelle Labuschagne, + David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", "included": false}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "5ZQbnszRa6sF", "analysis_name": "spmT WB MainEffectDrug PBO>OXT", "authors": "Sally A. Grace, Izelle Labuschagne, + David J. Castle and Susan L. Rossell", "note": {"dummy_string": "dog", "included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "TfsWwDHeVeSq", "analysis_name": "42081", "authors": "Johnstone T, van Reekum CM, Oakes TR, Davidson RJ", "note": + {"dummy_string": "dog", "included": true}, "publication": "Social cognitive and affective neuroscience", "study": + "4KxodnKqYrS4", "study_name": "The voice of emotion: an FMRI study of neural responses to angry and happy vocal expressions.", + "study_year": 2006}, {"analysis": "6HhdbbASwrK3", "analysis_name": "37588", "authors": "Oetken S, Pauly KD, Gur RC, + Schneider F, Habel U, Pohl A", "note": {"dummy_string": "dog", "included": true}, "publication": "Neuropsychologia", + "study": "4rDGfjjGNAgq", "study_name": "Don''t worry, be happy - Neural correlates of the influence of musically induced + mood on self-evaluation.", "study_year": 2017}, {"analysis": "QqmewarwTt36", "analysis_name": "42247", "authors": + "Suzuki A, Goh JO, Hebrank A, Sutton BP, Jenkins L, Flicker BA, Park DC", "note": {"dummy_string": "dog", "included": + true}, "publication": "Social cognitive and affective neuroscience", "study": "5KmCyQFLh4Ew", "study_name": "Sustained + happiness? Lack of repetition suppression in right-ventral visual cortex for happy faces.", "study_year": 2011}, {"analysis": + "3bCxZ89SwqBQ", "analysis_name": "40466", "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, + Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "note": {"dummy_string": "cat", "included": true}, + "publication": "PloS one", "study": "5N5L2d5f3J3f", "study_name": "Dissociating maternal responses to sad and happy + facial expressions of their own child: An fMRI study.", "study_year": 2017}, {"analysis": "qWEpgVfpLepn", "analysis_name": + "40467", "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner R, Herpertz + SC, Boedeker K, Bermpohl F", "note": {"dummy_string": "cat", "included": true}, "publication": "PloS one", "study": + "5N5L2d5f3J3f", "study_name": "Dissociating maternal responses to sad and happy facial expressions of their own child: + An fMRI study.", "study_year": 2017}, {"analysis": "5KXN7E3YVVhU", "analysis_name": "40468", "authors": "Kluczniok + D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl + F", "note": {"dummy_string": "cat", "included": false}, "publication": "PloS one", "study": "5N5L2d5f3J3f", "study_name": + "Dissociating maternal responses to sad and happy facial expressions of their own child: An fMRI study.", "study_year": + 2017}, {"analysis": "6cUpoaBzsSbA", "analysis_name": "Model 1-Cues: Interaction Social Condition by Group", "authors": + "Kimberly C. Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", + "note": {"dummy_string": "cat", "included": false}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", + "study_name": "Atypical processing of social anticipation and feedback in borderline personality disorder", "study_year": + null}, {"analysis": "6skr8EiHiW73", "analysis_name": "Model 2-Feedback: Amygdala Mask", "authors": "Kimberly C. Doell, + Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": {"dummy_string": + "cat", "included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "study_year": null}, {"analysis": + "4f4dMGS4zuoT", "analysis_name": "Model 2-Feedback: Interaction Social Condition by Group", "authors": "Kimberly C. + Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": + {"dummy_string": "hampster", "included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": + "Atypical processing of social anticipation and feedback in borderline personality disorder", "study_year": null}, + {"analysis": "7BRmUpYpiCPE", "analysis_name": "14799", "authors": "Keedwell PA, Andrew C, Williams SC, Brammer MJ, + Phillips ML", "note": {"dummy_string": "dog", "included": false}, "publication": "Biological psychiatry", "study": + "3NK8yHeevRct", "study_name": "A double dissociation of ventromedial prefrontal cortical responses to sad and happy + stimuli in depressed and healthy individuals.", "study_year": 2005}, {"analysis": "PZtHzKXasZmg", "analysis_name": + "17019", "authors": "Cullen KR, LaRiviere LL, Vizueta N, Thomas KM, Hunt RH, Miller MJ, Lim KO, Schulz SC", "note": + {"dummy_string": "dog", "included": true}, "publication": "Brain imaging and behavior", "study": "4wMYLcaZa25g", "study_name": + "Brain activation in response to overt and covert fear and happy faces in women with borderline personality disorder.", + "study_year": 2015}, {"analysis": "4Yex3gzet4E3", "analysis_name": "41548", "authors": "Norbury R, Taylor MJ, Selvaraj + S, Murphy SE, Harmer CJ, Cowen PJ", "note": {"dummy_string": "dog", "included": true}, "publication": "Psychopharmacology", + "study": "ukeN793Sct3Y", "study_name": "Short-term antidepressant treatment modulates amygdala response to happy faces.", + "study_year": 2009}, {"analysis": "3BKoPowaKTaL", "analysis_name": "41528", "authors": "Fusar-Poli P, Allen P, Lee + F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "note": {"dummy_string": "dog", "included": + true}, "publication": "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation of neural response + to happy and sad faces by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "8Bw8PFwRQSj2", "analysis_name": + "41530", "authors": "Fusar-Poli P, Allen P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire + PK", "note": {"dummy_string": "dog", "included": false}, "publication": "Psychopharmacology", "study": "ZbuEo2kUW23q", + "study_name": "Modulation of neural response to happy and sad faces by acute tryptophan depletion.", "study_year": + 2007}, {"analysis": "47qaAFTcNtEw", "analysis_name": "41529", "authors": "Fusar-Poli P, Allen P, Lee F, Surguladze + S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "note": {"dummy_string": "dog", "included": false}, "publication": + "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation of neural response to happy and sad faces + by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "7afo3nCCDWtT", "analysis_name": "23599", "authors": + "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"dummy_string": "dog", "included": false}, + "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI study of happy and + sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "3mcbMoCsoXNN", "analysis_name": + "23598", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"dummy_string": "dog", + "included": true}, "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI + study of happy and sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "5EYKv2cPMveB", + "analysis_name": "23600", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"dummy_string": + "dog", "included": false}, "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional + MRI study of happy and sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "7oxFciwfWehs", + "analysis_name": "Model 3--Independent Samples T-Test Regression Analysis", "authors": "Kimberly C. Doell, Emilie + Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": {"dummy_string": + "hampster", "included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "study_year": null}, {"analysis": + "76AvL5Nuq7rc", "analysis_name": "23101", "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": + {"dummy_string": "hampster", "included": false}, "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", + "study_name": "Intact brain processing of musical emotions in autism spectrum disorder, but more cognitive load and + arousal in happy vs. sad music.", "study_year": 2014}, {"analysis": "8FGGhQh4m7Rx", "analysis_name": "23102", "authors": + "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": {"dummy_string": "hampster", "included": false}, "publication": + "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", "study_name": "Intact brain processing of musical emotions in + autism spectrum disorder, but more cognitive load and arousal in happy vs. sad music.", "study_year": 2014}, {"analysis": + "7svnYfHnz24L", "analysis_name": "23103", "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": + {"dummy_string": "hampster", "included": false}, "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", + "study_name": "Intact brain processing of musical emotions in autism spectrum disorder, but more cognitive load and + arousal in happy vs. sad music.", "study_year": 2014}, {"analysis": "tHpWX6N8mfix", "analysis_name": "37865", "authors": + "Jimura K, Konishi S, Miyashita Y", "note": {"dummy_string": "hampster", "included": true}, "publication": "Neuroscience + letters", "study": "5RkUxRUh6e2G", "study_name": "Temporal pole activity during perception of sad faces, but not happy + faces, correlates with neuroticism trait.", "study_year": 2009}, {"analysis": "pVNZSTjHVaAu", "analysis_name": "39504", + "authors": "Luo Y, Huang X, Yang Z, Li B, Liu J, Wei D", "note": {"dummy_string": "hampster", "included": true}, "publication": + "PloS one", "study": "6AkrZQQo2ysG", "study_name": "Regional homogeneity of intrinsic brain activity in happy and + unhappy individuals.", "study_year": 2014}, {"analysis": "38HqPANwZTG2", "analysis_name": "42004", "authors": "Pulkkinen + J, Nikkinen J, Kiviniemi V, Maki P, Miettunen J, Koivukangas J, Mukkala S, Nordstrom T, Barnett JH, Jones PB, Moilanen + I, Murray GK, Veijola J", "note": {"dummy_string": "hampster", "included": true}, "publication": "Schizophrenia research", + "study": "6gD4cLusQaGb", "study_name": "Functional mapping of dynamic happy and fearful facial expressions in young + adults with familial risk for psychosis - Oulu Brain and Mind Study.", "study_year": 2015}, {"analysis": "7FwRKS36kZp9", + "analysis_name": "15331", "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "note": {"dummy_string": "hampster", + "included": false}, "publication": "Biological psychology", "study": "6hNANgeoQKYP", "study_name": "When you smile, + you become happy: Evidence from resting state task-based fMRI.", "study_year": 2014}, {"analysis": "7VPXqibNQ2La", + "analysis_name": "15332", "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "note": {"dummy_string": "cat", + "included": true}, "publication": "Biological psychology", "study": "6hNANgeoQKYP", "study_name": "When you smile, + you become happy: Evidence from resting state task-based fMRI.", "study_year": 2014}, {"analysis": "qpaYC5aDTs6b", + "analysis_name": "tbl1", "authors": null, "note": {"dummy_string": "cat", "included": true}, "publication": null, + "study": "6p9pnHPhfQeP", "study_name": "Recognition of happy facial affect in panic disorder: An fMRI study", "study_year": + null}, {"analysis": "4hbTmow27Edz", "analysis_name": "tbl2", "authors": null, "note": {"dummy_string": "cat", "included": + false}, "publication": null, "study": "6p9pnHPhfQeP", "study_name": "Recognition of happy facial affect in panic disorder: + An fMRI study", "study_year": null}, {"analysis": "6tyc7jYAVweq", "analysis_name": "29444", "authors": "Killgore WD, + Yurgelun-Todd DA", "note": {"dummy_string": "cat", "included": true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", + "study_name": "Activation of the amygdala and anterior cingulate during nonconscious processing of sad versus happy + faces.", "study_year": 2004}, {"analysis": "gV3e93K3akeu", "analysis_name": "29445", "authors": "Killgore WD, Yurgelun-Todd + DA", "note": {"dummy_string": "cat", "included": true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", "study_name": + "Activation of the amygdala and anterior cingulate during nonconscious processing of sad versus happy faces.", "study_year": + 2004}, {"analysis": "6jQ32kDkDdm8", "analysis_name": "34301", "authors": "Egidi G, Caramazza A", "note": {"dummy_string": + "cat", "included": false}, "publication": "NeuroImage", "study": "6SoirEH52CMp", "study_name": "Mood-dependent integration + in discourse comprehension: happy and sad moods affect consistency processing via different brain networks.", "study_year": + 2014}, {"analysis": "7h23dzabx6Lt", "analysis_name": "34302", "authors": "Egidi G, Caramazza A", "note": {"dummy_string": + "cat", "included": true}, "publication": "NeuroImage", "study": "6SoirEH52CMp", "study_name": "Mood-dependent integration + in discourse comprehension: happy and sad moods affect consistency processing via different brain networks.", "study_year": + 2014}, {"analysis": "7ovNsQMayNZY", "analysis_name": "T1", "authors": null, "note": {"dummy_string": "cat", "included": + true}, "publication": null, "study": "7JtZxnwqByGB", "study_name": "A Functional MRI Study of Happy and Sad Emotions + in Music with and without Lyrics", "study_year": null}, {"analysis": "3vrbzpxw9Cpi", "analysis_name": "tbl0005", "authors": + null, "note": {"dummy_string": "cat", "included": false}, "publication": null, "study": "7qae4ZZAYbnZ", "study_name": + "Testosterone administration in women increases amygdala responses to fearful and happy faces", "study_year": null}, + {"analysis": "8KgV3ZUBnouD", "analysis_name": "29803", "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider + F", "note": {"dummy_string": "cat", "included": true}, "publication": "NeuroImage", "study": "85PTzT2hpjSH", "study_name": + "Same or different? Neural correlates of happy and sad mood in healthy males.", "study_year": 2005}, {"analysis": + "5nbDXoWuULds", "analysis_name": "29804", "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "note": + {"dummy_string": "cat", "included": true}, "publication": "NeuroImage", "study": "85PTzT2hpjSH", "study_name": "Same + or different? Neural correlates of happy and sad mood in healthy males.", "study_year": 2005}, {"analysis": "6Pskc22jqRG9", + "analysis_name": "19175", "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "note": + {"dummy_string": "cat", "included": true}, "publication": "Cerebral cortex (New York, N.Y. : 1991)", "study": "8Kr5LfW7Abga", + "study_name": "On emotional conflict: interference resolution of happy and angry prosody reveals valence-specific + effects.", "study_year": 2010}, {"analysis": "8KL5SpPjm2eu", "analysis_name": "19176", "authors": "Wittfoth M, Schroder + C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "note": {"dummy_string": "dog", "included": true}, "publication": "Cerebral + cortex (New York, N.Y. : 1991)", "study": "8Kr5LfW7Abga", "study_name": "On emotional conflict: interference resolution + of happy and angry prosody reveals valence-specific effects.", "study_year": 2010}, {"analysis": "4hXNxByzL2vS", "analysis_name": + "t0005", "authors": null, "note": {"dummy_string": "dog", "included": true}, "publication": null, "study": "GrhKTkDpbMEx", + "study_name": "Happy facial expression processing with different social interaction cues: An fMRI study of individuals + with schizotypal personality traits", "study_year": null}, {"analysis": "32UCEiz5GhWK", "analysis_name": "42827", + "authors": "Persson N, Lavebratt C, Ebner NC, Fischer H", "note": {"dummy_string": "dog", "included": true}, "publication": + "Social cognitive and affective neuroscience", "study": "J427eVUr4rYy", "study_name": "Influence of DARPP-32 genetic + variation on BOLD activation to happy faces.", "study_year": 2017}, {"analysis": "5pDYgPGpD2uS", "analysis_name": + "tbl2", "authors": null, "note": {"dummy_string": "dog", "included": false}, "publication": null, "study": "LDpfxa9VU8Av", + "study_name": "A differential pattern of neural response toward sad versus happy facial expressions in major depressive + disorder", "study_year": null}, {"analysis": "BpS3u6sAfe8g", "analysis_name": "34402", "authors": "Kong F, Hu S, Wang + X, Song Y, Liu J", "note": {"dummy_string": "dog", "included": true}, "publication": "NeuroImage", "study": "uPDUNVQUJvpt", + "study_name": "Neural correlates of the happy life: The amplitude of spontaneous low frequency fluctuations predicts + subjective well-being.", "study_year": 2015}, {"analysis": "95c2k6ff2Pfh", "analysis_name": "37742", "authors": "Lee + TM, Liu HL, Hoosain R, Liao WT, Wu CT, Yuen KS, Chan CC, Fox PT, Gao JH", "note": {"dummy_string": "dog", "included": + false}, "publication": "Neuroscience letters", "study": "xQhZkTxtHGZH", "study_name": "Gender differences in neural + correlates of recognition of happy and sad faces in humans assessed by functional magnetic resonance imaging.", "study_year": + 2002}, {"analysis": "3H5dDZEkqeZm", "analysis_name": "39766", "authors": "Felmingham KL, Falconer EM, Williams L, + Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"dummy_string": "dog", "included": false}, "publication": "PloS one", + "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral striatal activity to happy faces in PTSD is associated + with emotional numbing.", "study_year": 2014}, {"analysis": "7xMSzM9VJtrK", "analysis_name": "39765", "authors": "Felmingham + KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"dummy_string": "dog", "included": true}, + "publication": "PloS one", "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral striatal activity + to happy faces in PTSD is associated with emotional numbing.", "study_year": 2014}, {"analysis": "icaz7Y5jZJfV", "analysis_name": + "39767", "authors": "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"dummy_string": + "cat", "included": false}, "publication": "PloS one", "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and + ventral striatal activity to happy faces in PTSD is associated with emotional numbing.", "study_year": 2014}, {"analysis": + "3r8sCMStLUTc", "analysis_name": "21622", "authors": "Chakrabarti B, Kent L, Suckling J, Bullmore E, Baron-Cohen S", + "note": {"dummy_string": "hampster", "included": true}, "publication": "The European journal of neuroscience", "study": + "3f6YK9Z83mU3", "study_name": "Variations in the human cannabinoid receptor (CNR1) gene modulate striatal responses + to happy faces.", "study_year": 2006}, {"analysis": "7BtTmQCtTLDG", "analysis_name": "spmT gPPI ANGRY>SHAPES Int1", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", + "included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin + alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "7AKSr54RRuDe", "analysis_name": "spmT gPPI ANGRY>SHAPES HC>BDD", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", + "included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin + alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "59gY3ro98L28", "analysis_name": "spmT gPPI ANGRY>SHAPES BDD>HC", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", + "included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin + alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "5UqTAfa29ak4", "analysis_name": "spmT gPPI ANGRY>SHAPES Int2", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", + "included": false}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "75fxWNPbZbjv", "analysis_name": "spmF WB + GroupXDrugXEmotion", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": + {"dummy_string": "dog", "included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": + "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A + double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": "5NwZPXwcbmmZ", "analysis_name": + "32542", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", + "note": {"dummy_string": "dog", "included": true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": + "Congruence of happy and sad emotion in music and faces modifies cortical audiovisual activation.", "study_year": + 2011}, {"analysis": "5yDouUon6EJh", "analysis_name": "32541", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud + P, Muzik O, Behen ME, Chugani HT, Chugani DC", "note": {"dummy_string": "hampster", "included": false}, "publication": + "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy and sad emotion in music and faces modifies + cortical audiovisual activation.", "study_year": 2011}, {"analysis": "4Xbk2AS5pRZy", "analysis_name": "32540", "authors": + "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", "note": {"dummy_string": + "cat", "included": false}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy + and sad emotion in music and faces modifies cortical audiovisual activation.", "study_year": 2011}, {"analysis": "3uR4kLx5hPdT", + "analysis_name": "32543", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani + HT, Chugani DC", "note": {"dummy_string": "dog", "included": true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", + "study_name": "Congruence of happy and sad emotion in music and faces modifies cortical audiovisual activation.", + "study_year": 2011}, {"analysis": "3wrf49wQ5KXs", "analysis_name": "25427", "authors": "Henje Blom E, Connolly CG, + Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang TT", "note": {"dummy_string": "cat", "included": + false}, "publication": "Journal of affective disorders", "study": "3C4xq7XcVv96", "study_name": "Altered insular activation + and increased insular functional connectivity during sad and happy face processing in adolescent major depressive + disorder.", "study_year": 2015}, {"analysis": "5XuagvSYMzW9", "analysis_name": "25426", "authors": "Henje Blom E, + Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang TT", "note": {"dummy_string": "dog", + "included": true}, "publication": "Journal of affective disorders", "study": "3C4xq7XcVv96", "study_name": "Altered + insular activation and increased insular functional connectivity during sad and happy face processing in adolescent + major depressive disorder.", "study_year": 2015}, {"analysis": "ngDKFhxBuFG3", "analysis_name": "21088", "authors": + "Todd RM, Lee W, Evans JW, Lewis MD, Taylor MJ", "note": {"dummy_string": "dog", "included": true}, "publication": + "Developmental cognitive neuroscience", "study": "3SVHsdWTFHbV", "study_name": "Withholding response in the face of + a smile: age-related differences in prefrontal sensitivity to Nogo cues following happy and angry faces.", "study_year": + 2012}, {"analysis": "4hZswu6NM87F", "analysis_name": "14800", "authors": "Keedwell PA, Andrew C, Williams SC, Brammer + MJ, Phillips ML", "note": {"dummy_string": "dog", "included": true}, "publication": "Biological psychiatry", "study": + "3NK8yHeevRct", "study_name": "A double dissociation of ventromedial prefrontal cortical responses to sad and happy + stimuli in depressed and healthy individuals.", "study_year": 2005}], "source": null, "source_id": null, "source_updated_at": + null, "studyset": "n5zg69u5T4tM", "updated_at": "2023-11-22T23:27:06.224100+00:00", "user": "google-oauth2|100511154128738502835", + "username": "James Kent"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK - request: body: '{"meta_analysis_id": "4CGQSSyaoWN3"}' headers: diff --git a/compose_runner/tests/cassettes/test_run/test_run_string_group_comparison_workflow.yaml b/compose_runner/tests/cassettes/test_run/test_run_string_group_comparison_workflow.yaml index 309f795..6e708a0 100644 --- a/compose_runner/tests/cassettes/test_run/test_run_string_group_comparison_workflow.yaml +++ b/compose_runner/tests/cassettes/test_run/test_run_string_group_comparison_workflow.yaml @@ -643,6 +643,1497 @@ interactions: status: code: 200 message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/studysets/n5zg69u5T4tM?nested=true + response: + body: + string: '{"created_at": "2023-05-23T20:14:51.545431+00:00", "description": "", "doi": null, "id": "n5zg69u5T4tM", "name": + "Studyset for test", "pmid": null, "publication": null, "studies": [{"analyses": [{"conditions": [], "description": + null, "id": "7ovNsQMayNZY", "images": [], "name": "T1", "points": [{"coordinates": [54.0, 6.0, 20.0], "id": "34TbspokSc4a", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [0.0, 32.0, 20.0], + "id": "3YvR6nSmuHoS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [2.0, 10.0, 0.0], "id": "3zbSCW8R3eHk", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-64.0, -8.0, 8.0], "id": "4Fp6WJ9J4m9Q", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [56.0, -16.0, -2.0], "id": "4R8VpYMxJ8S2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-4.0, -30.0, 0.0], "id": "4ViXE3M3JHdg", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [62.0, -40.0, 32.0], "id": + "4Z7nrSrN6pY2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [50.0, 6.0, -22.0], "id": "57cXygJ4SZA5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-4.0, 18.0, 24.0], "id": "57dBVfkGYWmy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-26.0, 0.0, -22.0], "id": "57xLLW4dYwAs", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, 60.0, 20.0], "id": "5AnV6sakaGTY", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, 8.0, 14.0], "id": + "5BUjxUBYNnJS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-56.0, -14.0, -6.0], "id": "5BypscEk4w46", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-32.0, -58.0, -12.0], "id": "5JpXa2UkXJb7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [30.0, -4.0, 18.0], "id": "5ST5pFwNCqcV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-66.0, -10.0, 6.0], "id": "5fVkpZrKbW5h", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-34.0, 44.0, 32.0], "id": + "5s5KP4gvxhrJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-52.0, -2.0, 0.0], "id": "5tsnPZYJZvdj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [18.0, -6.0, -22.0], "id": "5vgoCfBqetNR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-6.0, -82.0, 20.0], "id": "5zP9xCt4m5tS", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 16.0, -4.0], "id": "65ftarwFLcKx", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-26.0, -10.0, -6.0], "id": + "67FgJkvFBSFJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-34.0, 22.0, -16.0], "id": "69tRF5qSzvor", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, 0.0, 6.0], "id": "6FFNQiPf4NWK", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [28.0, 24.0, 30.0], "id": "6P2FH6yj4wmb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-66.0, -30.0, 14.0], "id": "6T4LGTXQYvrp", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, 14.0, -14.0], "id": + "6Tkerr8Ejo7p", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-28.0, 18.0, -14.0], "id": "6dHEeRa4JPmJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, -26.0, 10.0], "id": "6hVfaTae4Hdy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [36.0, 0.0, 14.0], "id": "6jbYmDrbkfPV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -46.0, -48.0], "id": "6uafuaNkU76N", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [16.0, 8.0, 44.0], "id": + "6vjcUpEV9v3Y", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-50.0, 8.0, -18.0], "id": "76ghz2tuxzg2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-62.0, -8.0, -18.0], "id": "7CBsE2zhqHMg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-28.0, -14.0, -6.0], "id": "7qLQcxZpxYiY", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, 10.0, -22.0], "id": "7s8fKQzvEQmn", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-22.0, 4.0, 64.0], + "id": "8DSgzhx5wWqB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-46.0, 16.0, 8.0], "id": "DNDsnHHWGoJJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [40.0, 10.0, 2.0], "id": "hn9WPmhvgpvQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [30.0, 18.0, -18.0], "id": "vqWqR7FfVke4", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:20:31.067448+00:00", + "description": null, "doi": null, "id": "7JtZxnwqByGB", "metadata": null, "name": "A Functional MRI Study of Happy + and Sad Emotions in Music with and without Lyrics", "pmid": "22144968", "publication": null, "source": "neuroquery", + "source_id": "22144968", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, + "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "4hXNxByzL2vS", "images": [], "name": "t0005", + "points": [{"coordinates": [10.0, -2.0, 76.0], "id": "32oiGDqbp6AG", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-22.0, -52.0, 14.0], "id": "35UaiTgzVaMn", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [48.0, -72.0, -10.0], "id": "37fKmCU8mzmd", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [58.0, 26.0, 32.0], + "id": "3T3BrJZVb3BX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [28.0, -58.0, -4.0], "id": "3UEWAvD5zorY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-22.0, -38.0, 76.0], "id": "3UVM5UHoFKm8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [6.0, -70.0, 8.0], "id": "3cDtyqAppFzf", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, -48.0, -22.0], "id": "3diaD7oTDMXq", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -78.0, 26.0], "id": + "3kAMVxYuwoiH", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-20.0, -62.0, 44.0], "id": "43Bsa9zSVsv9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-8.0, -30.0, 14.0], "id": "4DBZbXaSVqDG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, 36.0, 14.0], "id": "4agrtfJfY4LY", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, -80.0, -12.0], "id": "4fHfpoA4B9jD", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, -46.0, 44.0], "id": + "4o3UjVxcBUWe", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-2.0, -56.0, 6.0], "id": "4udaApzUfV44", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [8.0, -36.0, 2.0], "id": "4yvie8fUgH5W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-44.0, 24.0, -20.0], "id": "552oQS566wnh", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -8.0, -2.0], "id": "5nKozBV3ZgNH", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [26.0, -30.0, 38.0], + "id": "5pSvzVxjBsnb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, -96.0, 12.0], "id": "5v2Di7NPCMs7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [62.0, -20.0, 42.0], "id": "5vjoYXwQc67V", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [42.0, -44.0, 18.0], "id": "67va3Azx53kU", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-34.0, 30.0, 54.0], "id": "6MdRoB8auhFZ", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, -4.0, 2.0], "id": + "6UYeziQc33i7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-20.0, -88.0, -26.0], "id": "6aaEDLJMmyuY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [24.0, -20.0, -8.0], "id": "6govEXhkRxsC", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [16.0, 54.0, 48.0], "id": "6h26tPozdaHM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, -70.0, -10.0], "id": "6kqKjWmB82YF", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, 22.0, 6.0], "id": + "7396tp7LWcdm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-26.0, 44.0, 36.0], "id": "77bbTAfoPHBF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, 16.0, 2.0], "id": "7LBvM763ryRf", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [20.0, 32.0, 60.0], "id": "7Wv7LUFUkqNH", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [34.0, 22.0, 16.0], "id": "7kF8Jc6pKiC3", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [40.0, 20.0, -22.0], "id": + "7rV6sjyxS5bp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, -80.0, -10.0], "id": "86omAX8wFpgE", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [18.0, 68.0, 28.0], "id": "8HWBqUqTvt6r", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [26.0, -76.0, -6.0], "id": "DffmumCevCqS", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-36.0, -76.0, -44.0], "id": "dnqAoTmeG7fn", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [44.0, -48.0, 38.0], "id": + "ntvHJrfwUhos", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-34.0, -86.0, 42.0], "id": "zbreHzpa3LeJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:22:08.107205+00:00", "description": + null, "doi": null, "id": "GrhKTkDpbMEx", "metadata": null, "name": "Happy facial expression processing with different + social interaction cues: An fMRI study of individuals with schizotypal personality traits", "pmid": "23416087", "publication": + null, "source": "neuroquery", "source_id": "23416087", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "qpaYC5aDTs6b", "images": + [], "name": "tbl1", "points": [{"coordinates": [18.0, 44.0, 6.0], "id": "3hc65ZTe7QbN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [20.0, 30.0, 28.0], "id": "43LmJm99c3vB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-2.0, 8.0, 24.0], "id": + "5LJQuBngBsmd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [12.0, 32.0, -10.0], "id": "5WNQmC3aBJsV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [8.0, 42.0, 4.0], "id": "5kZ6LLYgjZcf", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [-8.0, 24.0, 22.0], "id": "6BRcBEGZ5prU", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [4.0, 8.0, 24.0], "id": "6GR7KcnkiewB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, 46.0, 12.0], "id": + "6vitephehRbq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-16.0, 50.0, 0.0], "id": "7MNtuiekwC8F", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-12.0, 14.0, 28.0], "id": "7p4eP8FXYXnc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-16.0, 42.0, 8.0], "id": "8NNH933rHPmC", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.0, 34.0, -2.0], "id": "E2PWoohgoT9s", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-8.0, 40.0, 0.0], "id": + "oqbKeAP4eir7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "4hbTmow27Edz", "images": [], "name": "tbl2", "points": + [{"coordinates": [6.0, 22.0, -6.0], "id": "3Xuyjv766V9e", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [-6.0, 44.0, -4.0], "id": "cHPStGsZKZNE", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:15:42.284904+00:00", + "description": null, "doi": null, "id": "6p9pnHPhfQeP", "metadata": null, "name": "Recognition of happy facial affect + in panic disorder: An fMRI study", "pmid": "16860973", "publication": null, "source": "neuroquery", "source_id": "16860973", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": null}, {"analyses": + [{"conditions": [], "description": null, "id": "3vrbzpxw9Cpi", "images": [], "name": "tbl0005", "points": [{"coordinates": + [-63.0, -11.0, 33.0], "id": "3GkfVDyows7Y", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-15.0, 61.0, 33.0], "id": "3YYRGNsLyEpi", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-39.0, 5.0, 61.0], "id": "3ez7zGwMzXqx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [61.0, 5.0, -19.0], "id": "3wvMj5zsDuvs", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [53.0, -3.0, 49.0], "id": + "49PmnCXpCFAD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [41.0, -71.0, -7.0], "id": "4K8qsfryLL6R", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [37.0, 37.0, -15.0], "id": "4RP6tFZeejAP", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-15.0, 53.0, -11.0], "id": "4qQpRf9KSYTv", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [45.0, 17.0, 25.0], "id": "5SSd3j7iBuDf", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-31.0, 25.0, -23.0], + "id": "6HvMvJTpbhkD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-7.0, 65.0, 29.0], "id": "7BrMa4sEQBBL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-19.0, -7.0, -19.0], "id": "7D8omZBTkcvn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [25.0, -7.0, -15.0], "id": "7H4sPgToH88q", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-55.0, 25.0, 9.0], "id": "7u3knxVYLtFp", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-15.0, 17.0, 65.0], "id": + "NgFANxEBgw6N", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-51.0, -7.0, 53.0], "id": "apE374n5c8A9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [41.0, 21.0, -35.0], "id": "j2CfwjVGThwd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-39.0, 21.0, -35.0], "id": "mzHCQLVebrPz", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-19.0, -95.0, 5.0], "id": "oC3cSKwpFSyx", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [17.0, -3.0, -19.0], + "id": "vXWBtmGg5xth", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:21:36.187127+00:00", "description": null, "doi": + null, "id": "7qae4ZZAYbnZ", "metadata": null, "name": "Testosterone administration in women increases amygdala responses + to fearful and happy faces", "pmid": "22999654", "publication": null, "source": "neuroquery", "source_id": "22999654", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": null}, {"analyses": + [{"conditions": [], "description": null, "id": "5pDYgPGpD2uS", "images": [], "name": "tbl2", "points": [{"coordinates": + [-25.0, 0.0, -23.5], "id": "3cbJBgz6xG37", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [29.0, -59.0, -18.0], "id": "44KvnEcZdF8h", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-25.0, 4.0, -2.0], "id": "4iYCsJSGqsZx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [34.0, -70.0, -12.5], "id": "7GFQM6UxQUSj", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-31.0, -79.0, -12.5], "id": + "7vyv8StPGdcG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [22.0, 11.0, -2.0], "id": "fJuVjqpSMPzJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:14:55.599029+00:00", "description": + null, "doi": null, "id": "LDpfxa9VU8Av", "metadata": null, "name": "A differential pattern of neural response toward + sad versus happy facial expressions in major depressive disorder", "pmid": "15691520", "publication": null, "source": + "neuroquery", "source_id": "15691520", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "76AvL5Nuq7rc", "images": + [], "name": "23101", "points": [{"coordinates": [-24.0, 34.0, 42.0], "id": "5ZKorNkGyWkF", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-26.0, 52.0, 32.0], "id": "6Hdvb6ajBGK2", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -2.0, 8.0], + "id": "7dj43JVbxY9H", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}, {"conditions": [], "description": null, "id": "8FGGhQh4m7Rx", "images": [], "name": "23102", + "points": [{"coordinates": [-26.0, 28.0, -14.0], "id": "3pMsQLieo49Z", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [46.0, 28.0, -4.0], "id": "4NfUgLvxWbSp", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 0.0, 58.0], "id": "5G9we88dbgbX", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [54.0, -4.0, 46.0], + "id": "5ZyF93oaw9CN", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [2.0, 6.0, -6.0], "id": "5hfiEdiDQzsb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, -24.0, -6.0], "id": "5y2tm5jeo6UK", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [54.0, -14.0, 6.0], "id": "6T9sXptdUnun", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-48.0, -16.0, 4.0], "id": "7F4Nx8Fcce72", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-18.0, -10.0, -16.0], "id": + "8HXXScJhSEed", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-36.0, 26.0, 2.0], "id": "LeMKLUz2WRyn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-42.0, -18.0, 54.0], "id": "h3iyv8Jw5h5W", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-6.0, 42.0, -14.0], "id": "mBTCJgQcCH2K", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, 34.0, -16.0], "id": "wQzkSBAE58Tc", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "7svnYfHnz24L", "images": [], "name": "23103", "points": [{"coordinates": [-56.0, -10.0, + 2.0], "id": "3iQUVYycHhQw", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-58.0, -60.0, 16.0], "id": "55i6cfP4bFdV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [0.0, -22.0, 42.0], "id": "56EgYmLMvdR6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, 50.0, 26.0], "id": "5ek93SaSJPMZ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, 2.0, -10.0], "id": "5mnDxttL7tPN", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-52.0, -10.0, 52.0], "id": + "5oqdUPZbrxbf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-8.0, 46.0, 0.0], "id": "6VAJXy37dc58", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-24.0, 34.0, 42.0], "id": "7aawy2N4ft9U", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [56.0, -12.0, 4.0], "id": "7rePL5LmPTeL", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [36.0, 10.0, -22.0], "id": "7xgUjF93c8tF", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 24.0, -10.0], "id": + "8EExLqCYHCUx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.3389/fnins.2014.00192", "id": "5ptAcQjSuWQP", "metadata": null, "name": "Intact brain + processing of musical emotions in autism spectrum disorder, but more cognitive load and arousal in happy vs. sad music.", + "pmid": "25076869", "publication": "Frontiers in neuroscience", "source": "neurosynth", "source_id": "25076869", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "description": null, "id": "3bCxZ89SwqBQ", "images": [], "name": "40466", "points": [{"coordinates": [-20.0, 24.0, + 42.0], "id": "3DmbPcHCUCb7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-54.0, -56.0, 8.0], "id": "3b6HaUPVRgtA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [26.0, -2.0, -28.0], "id": "3rhoi2U7QmNb", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, -66.0, 24.0], "id": "4Dr7FGUavsgF", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -84.0, 22.0], "id": "4Gzq7RHN7a7D", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [28.0, -14.0, -22.0], "id": + "4NwsfwAAfcGr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-58.0, -10.0, -22.0], "id": "4YZhHAEb6rKa", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [50.0, 0.0, 6.0], "id": "4YqyAzKQ4kzM", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [58.0, -10.0, -22.0], "id": "4tS8xMZLb4uX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -34.0, 68.0], "id": "5FryDg6EnV5Q", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-38.0, -6.0, -8.0], "id": + "5RGHW2kTQC3m", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-28.0, -4.0, -24.0], "id": "5gki75ikTjjY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-26.0, -10.0, -24.0], "id": "68YtB3czJzR7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-8.0, 30.0, -8.0], "id": "6DUBy9eJyJAb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [52.0, -30.0, 26.0], "id": "6HF2Camg2Rgk", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [22.0, -4.0, -28.0], "id": + "779ADqJMqKTj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 52.0, -2.0], "id": "78EG538nBF7d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-24.0, -30.0, -18.0], "id": "7mPChthuyBz4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-2.0, -54.0, 28.0], "id": "9hobHZGgDe72", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [2.0, 46.0, -8.0], "id": "AfHiEevkbdm5", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-62.0, -30.0, 26.0], "id": + "UQiopnbTZToj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-12.0, -90.0, 24.0], "id": "caXFXrbYDSnZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [36.0, 4.0, 8.0], "id": "h2PwYyorGLVg", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "qWEpgVfpLepn", + "images": [], "name": "40467", "points": [{"coordinates": [-50.0, -34.0, 22.0], "id": "3BKHVSZw9ww8", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -30.0, 16.0], "id": "3MXtB9AvykT2", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -84.0, 26.0], + "id": "4AsYRi96bYUr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-50.0, -4.0, 4.0], "id": "55kaKxdgcfKf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-44.0, -2.0, -6.0], "id": "5eYy8Y85Xooe", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [20.0, -44.0, -4.0], "id": "7NsRZgcoeSUE", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, -30.0, -12.0], "id": "7u5rHSDnzVdC", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -52.0, -8.0], "id": + "BhePk9oTCwAX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [38.0, -14.0, 14.0], "id": "kXNgDPbB59P9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "5KXN7E3YVVhU", "images": [], "name": + "40468", "points": [{"coordinates": [-50.0, -4.0, 4.0], "id": "4Eg7CoGfZSX5", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-30.0, -30.0, -12.0], "id": "5U9ZHDrvQHCM", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -84.0, 22.0], "id": "6g6FBTVQtyRU", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, -32.0, 20.0], + "id": "7MZcSu62n9U7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-52.0, -34.0, 20.0], "id": "zh8cujp9N7ry", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite + C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1371/journal.pone.0182476", "id": "5N5L2d5f3J3f", "metadata": null, "name": "Dissociating maternal + responses to sad and happy facial expressions of their own child: An fMRI study.", "pmid": "28806742", "publication": + "PloS one", "source": "neurosynth", "source_id": "28806742", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2017}, {"analyses": [{"conditions": [], "description": null, "id": "7xMSzM9VJtrK", "images": + [], "name": "39765", "points": [{"coordinates": [-16.0, -2.0, -12.0], "id": "4m7uDVerXnHc", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 0.0, -6.0], "id": "7WoLFJHzRKgD", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, + {"conditions": [], "description": null, "id": "3H5dDZEkqeZm", "images": [], "name": "39766", "points": [{"coordinates": + [-16.0, -2.0, -12.0], "id": "4D8w2BCYLkK5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [30.0, -4.0, -28.0], "id": "4U9qy2uN6Qdp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [24.0, 20.0, 2.0], "id": "5s7YHpaGjdDm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [18.0, 6.0, -6.0], "id": "6o74BHbYypAF", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "icaz7Y5jZJfV", "images": [], "name": "39767", "points": [{"coordinates": [22.0, -6.0, + -12.0], "id": "47HU8QcoVZ68", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [32.0, -4.0, -20.0], "id": "5EHWPJFV6ZKv", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [34.0, -16.0, 0.0], "id": "5eyJnw4KLZKC", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [14.0, 4.0, -6.0], "id": "66Qk69QTEXW2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 14.0, 12.0], "id": "6YKaFUijnkG6", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [34.0, -2.0, -24.0], "id": + "bTUWZi3LPYZS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1371/journal.pone.0103653", "id": "3dEED48cGfXq", + "metadata": null, "name": "Reduced amygdala and ventral striatal activity to happy faces in PTSD is associated with + emotional numbing.", "pmid": "25184336", "publication": "PloS one", "source": "neurosynth", "source_id": "25184336", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2014}, {"analyses": + [{"conditions": [], "description": null, "id": "pVNZSTjHVaAu", "images": [], "name": "39504", "points": [{"coordinates": + [-6.0, -21.0, 15.0], "id": "3S4rYKxtxXNm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, 72.0, 6.0], "id": "44oiXuDc9QiH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [21.0, 36.0, 48.0], "id": "4dcLYGtNvJQo", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [48.0, 42.0, -3.0], "id": "4gfV2ciRkzvd", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-9.0, -57.0, 3.0], "id": + "4om3L627Wtpj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [18.0, -12.0, -18.0], "id": "6PNZh3umozQL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [15.0, 0.0, 51.0], "id": "6QhUgBuc9Dhn", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [27.0, 9.0, -6.0], "id": "7jai8sL65oLh", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [51.0, -57.0, 12.0], "id": "7x9xT7gTHLAr", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, 51.0, 24.0], "id": + "DMzA6tpjwQrG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-15.0, -9.0, -12.0], "id": "UMsjjo5BrNAa", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Luo Y, Huang X, Yang Z, Li B, Liu J, Wei D", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1371/journal.pone.0085181", "id": "6AkrZQQo2ysG", "metadata": null, "name": "Regional + homogeneity of intrinsic brain activity in happy and unhappy individuals.", "pmid": "24454814", "publication": "PloS + one", "source": "neurosynth", "source_id": "24454814", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2014}, {"analyses": [{"conditions": [], "description": null, "id": "3r8sCMStLUTc", "images": + [], "name": "21622", "points": [{"coordinates": [-37.9, 0.6, 16.0], "id": "3JPwjzeHUSGr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [12.2, -24.7, 16.0], "id": "3cJ3L4C6Lkf4", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.6, 11.3, 8.0], "id": + "3tKrdRuK4v6n", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [24.2, -2.1, 1.0], "id": "4DtJfZem6yzz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-29.7, -31.7, 8.0], "id": "4Jnoc3SaMdqh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [3.0, -18.5, 8.0], "id": "4PgN6kjJDdjw", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [23.0, -30.8, 4.0], "id": "4coV6ZhvfRq2", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [7.7, -16.3, 12.0], "id": + "4qTRrt66iw9D", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [17.1, -11.9, 4.0], "id": "4x6ZTCqnAtvq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [0.9, -19.0, 4.0], "id": "56U2igD9cYMy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-27.3, -21.5, 12.0], "id": "5CjCnFJhL2wJ", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [18.2, -7.7, 12.0], "id": "5UtUNaqFArTf", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-17.2, -10.8, + -1.0], "id": "5aq64bQrc6Ph", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-31.7, -3.5, 4.0], "id": "5cvRPDkcdbW6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-35.1, -6.0, 1.0], "id": "5q6RXNzBNPVy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [3.2, 3.1, -1.0], "id": "5raxnsGPTd8H", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-36.7, -35.3, 12.0], "id": "63Fv52zawfoA", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.4, -20.3, 16.0], "id": + "6esExgZ49aAQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [3.1, -21.9, -1.0], "id": "6jUFCnuG27ta", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [0.5, -26.0, -4.0], "id": "6munF7d4BXPt", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [18.1, -27.9, 8.0], "id": "6uhqH8zkrdvB", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-0.3, -6.0, 1.0], "id": "6y2JNw5QY4UR", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [13.7, -25.2, 12.0], "id": + "6y9sTDsgpkgX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-7.1, -9.4, -4.0], "id": "7FFXevWtsex7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-20.0, -8.0, 1.0], "id": "7FYLA84V8Sep", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [3.0, -11.0, 1.0], "id": "7MQxk5Ejb29c", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-0.4, -5.8, -1.0], "id": "7R4eodQYQrUp", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [25.2, -0.2, -1.0], "id": + "7WSFTHLF7xJM", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [4.6, 11.2, 4.0], "id": "7XZnR8Ef5M2d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [17.2, -8.2, 8.0], "id": "7g8TxNhGY9X2", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [4.2, -5.1, -8.0], "id": "7rnABWSmA5ZY", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.4, 7.2, 12.0], "id": "7ueXeUTkDsZE", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-3.3, -25.3, -4.0], "id": + "82FKowmQWDkU", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [4.8, -18.4, -8.0], "id": "82c4mBmSvR9A", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [27.0, 0.3, 16.0], "id": "GyFJmREYwo2R", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-37.8, -35.5, 16.0], "id": "Ty2F8o2qFnK5", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [5.0, -19.0, -12.0], "id": "WaQWhHRWbTfD", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-10.7, 6.7, 4.0], + "id": "ZkfPw9qKHhnF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-10.6, -11.5, -8.0], "id": "fnXaG6YJ62Rd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [2.7, 5.9, 1.0], "id": "ppkYXQaPspze", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}], "user": null, "weights": []}], "authors": "Chakrabarti B, Kent L, Suckling J, Bullmore E, Baron-Cohen + S", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1111/j.1460-9568.2006.04697.x", + "id": "3f6YK9Z83mU3", "metadata": null, "name": "Variations in the human cannabinoid receptor (CNR1) gene modulate + striatal responses to happy faces.", "pmid": "16623851", "publication": "The European journal of neuroscience", "source": + "neurosynth", "source_id": "16623851", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2006}, {"analyses": [{"conditions": [], "description": null, "id": "32UCEiz5GhWK", "images": + [], "name": "42827", "points": [{"coordinates": [36.0, -90.0, -3.0], "id": "3SQ6n55WWj8v", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [9.0, -12.0, -3.0], "id": "3T7BRiFzzL5B", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [6.0, -30.0, -3.0], + "id": "3ThRq2WgoKRr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [51.0, 30.0, 21.0], "id": "3b4qczdwqepK", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [45.0, 12.0, 27.0], "id": "3dsAfEh4nFj8", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [33.0, -81.0, -12.0], "id": "47YZReTskuCw", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-45.0, 6.0, 33.0], "id": "4CvDq65xpQ2R", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -51.0, -18.0], + "id": "4RWBJxV8pYtz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [21.0, -3.0, -15.0], "id": "4q7XA3pNZMug", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [36.0, -90.0, -3.0], "id": "5YcdrwGqq42Q", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-42.0, -54.0, -18.0], "id": "64FS7ni67t3u", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [36.0, 3.0, 48.0], "id": "6RrDBPJAVwBK", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-6.0, -27.0, -3.0], + "id": "79daefbein96", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [9.0, -27.0, -6.0], "id": "7DA6oXAu3Uex", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-42.0, 27.0, 24.0], "id": "7W6AoP2iSV57", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [39.0, 30.0, 0.0], "id": "7WbSyYp8uznM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [51.0, 33.0, 21.0], "id": "7nvjd3TdpEr8", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, -54.0, -18.0], "id": + "7rY4cERcvwTx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-30.0, -84.0, -9.0], "id": "7tJ2dhMhBhXd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, -30.0, -3.0], "id": "8JEyXSYbC8LZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [33.0, -81.0, -12.0], "id": "LuropuYajhr2", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-45.0, 27.0, 24.0], "id": "XjRhaoi7bTyr", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -51.0, -18.0], + "id": "ktXox8NtdCbu", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}], "authors": "Persson N, Lavebratt C, Ebner NC, Fischer H", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/scan/nsx089", "id": "J427eVUr4rYy", "metadata": null, "name": "Influence of DARPP-32 + genetic variation on BOLD activation to happy faces.", "pmid": "29048604", "publication": "Social cognitive and affective + neuroscience", "source": "neurosynth", "source_id": "29048604", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2017}, {"analyses": [{"conditions": [], "description": null, "id": "QqmewarwTt36", "images": + [], "name": "42247", "points": [{"coordinates": [12.0, -87.0, -3.0], "id": "3CiD65sP2qix", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-57.0, -27.0, -12.0], "id": "3Kf764ppjmHA", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [27.0, -66.0, 51.0], + "id": "3pTKFkLhpV5B", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [12.0, 18.0, 39.0], "id": "4HDPxnEqhpH2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, -60.0, -15.0], "id": "4Legd3AbikES", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [63.0, -39.0, -6.0], "id": "4vWU5vPL5HiN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, 3.0, -3.0], "id": "5Bdu7avZx4d5", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -3.0, -12.0], "id": + "5tGCU4BSLUh2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [9.0, 9.0, 39.0], "id": "5u6uLEUJEcAf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, 24.0, 36.0], "id": "6423948Hn5Pi", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [36.0, -90.0, -12.0], "id": "6GKZMjtKBfUn", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [48.0, -3.0, 42.0], "id": "6HQXrbGrmKJW", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [9.0, -93.0, 27.0], + "id": "6Kb7diYa2Shj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [45.0, 6.0, -3.0], "id": "6YmNmGrSizFz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-54.0, 21.0, 0.0], "id": "7D7Kkdwrttrq", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-54.0, 12.0, -6.0], "id": "7LqPSztGQmLm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-45.0, -3.0, 42.0], "id": "7PLi4XEB5qSm", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -57.0, -18.0], "id": + "7iZbeTxR8RBb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [54.0, -3.0, 45.0], "id": "89JUsZidREyQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-48.0, 27.0, -9.0], "id": "VXVduWpQaz89", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [51.0, 18.0, -15.0], "id": "hsfvEdH7wuxX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Suzuki A, Goh JO, Hebrank + A, Sutton BP, Jenkins L, Flicker BA, Park DC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1093/scan/nsq058", "id": "5KmCyQFLh4Ew", "metadata": null, "name": "Sustained happiness? Lack of repetition + suppression in right-ventral visual cortex for happy faces.", "pmid": "20584720", "publication": "Social cognitive + and affective neuroscience", "source": "neurosynth", "source_id": "20584720", "source_updated_at": null, "updated_at": + "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2011}, {"analyses": [{"conditions": [], "description": null, + "id": "TfsWwDHeVeSq", "images": [], "name": "42081", "points": [{"coordinates": [-5.0, 29.0, 19.0], "id": "334etrMEJ9uD", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-60.0, -40.0, + 31.0], "id": "3auLCeq2YYsF", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [21.0, -68.0, -16.0], "id": "3eLap742GYtP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [35.0, -81.0, -2.0], "id": "4jq7HQMr2VPH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-17.0, -6.0, -17.0], "id": "5obQfZAQK9p5", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [37.0, 40.0, 0.0], "id": "67aqeAAScstf", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [1.0, 5.0, 57.0], + "id": "7AEtkWUsi4Gq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [49.0, -4.0, -24.0], "id": "7Ah866AX67yo", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [52.0, -38.0, -7.0], "id": "7f45Sn33yp2M", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-58.0, -36.0, -9.0], "id": "84yeRpY5cfsr", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-37.0, -6.0, 13.0], "id": "AzJmpeVU7EVF", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], + "authors": "Johnstone T, van Reekum CM, Oakes TR, Davidson RJ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/scan/nsl027", "id": "4KxodnKqYrS4", "metadata": null, "name": "The voice of emotion: + an FMRI study of neural responses to angry and happy vocal expressions.", "pmid": "17607327", "publication": "Social + cognitive and affective neuroscience", "source": "neurosynth", "source_id": "17607327", "source_updated_at": null, + "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2006}, {"analyses": [{"conditions": [], "description": + null, "id": "6Pskc22jqRG9", "images": [], "name": "19175", "points": [{"coordinates": [-54.0, -40.0, 0.0], "id": "3aggRy8AhL5d", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-2.0, -18.0, 16.0], + "id": "4htXMNtRZELb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [16.0, 8.0, 44.0], "id": "5sU4BiVYDsN5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-20.0, 10.0, 22.0], "id": "6CtYPtDohtQ4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-56.0, -46.0, 8.0], "id": "7ztfrjtGaqsD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, 26.0, -16.0], "id": "8rkzrq2xLCbc", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, 20.0, -4.0], "id": + "BM6CxHrQ76PJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [58.0, -12.0, -10.0], "id": "LmCDfeehjo3W", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [48.0, -24.0, -8.0], "id": "UKc2ki62hNMr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-50.0, -44.0, 8.0], "id": "iZvFohzeF6zA", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, -8.0, -4.0], "id": "v4P6WeYrXqhh", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "8KL5SpPjm2eu", "images": [], "name": "19176", "points": [{"coordinates": [-10.0, -28.0, + 44.0], "id": "53gJHvYg2ZAT", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [42.0, 16.0, -10.0], "id": "5wRVFvQywHGh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-46.0, -34.0, 42.0], "id": "6PCNqZFVGpmR", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-30.0, 26.0, 4.0], "id": "6ujv2LZeMX2y", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, -38.0, 46.0], "id": "75xNy4vWEyTE", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [4.0, 26.0, 48.0], "id": + "7nwacGdZNv8V", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/cercor/bhp106", "id": "8Kr5LfW7Abga", "metadata": null, "name": "On emotional + conflict: interference resolution of happy and angry prosody reveals valence-specific effects.", "pmid": "19505993", + "publication": "Cerebral cortex (New York, N.Y. : 1991)", "source": "neurosynth", "source_id": "19505993", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2010}, {"analyses": [{"conditions": + [], "description": null, "id": "95c2k6ff2Pfh", "images": [], "name": "37742", "points": [{"coordinates": [7.0, 18.0, + 19.0], "id": "3f2DGtrmyiWS", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [3.0, 4.0, 6.0], "id": "4YxE46FqgFZX", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [7.0, 18.0, 19.0], "id": "4inMEKCFjxrS", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [6.0, 7.0, 9.0], "id": "7Kau8V3JAMAG", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Lee TM, Liu HL, Hoosain + R, Liao WT, Wu CT, Yuen KS, Chan CC, Fox PT, Gao JH", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1016/S0304-3940(02)00965-5", "id": "xQhZkTxtHGZH", "metadata": null, "name": "Gender differences + in neural correlates of recognition of happy and sad faces in humans assessed by functional magnetic resonance imaging.", + "pmid": "12401549", "publication": "Neuroscience letters", "source": "neurosynth", "source_id": "12401549", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2002}, {"analyses": [{"conditions": + [], "description": null, "id": "38HqPANwZTG2", "images": [], "name": "42004", "points": [{"coordinates": [4.0, 40.0, + 22.0], "id": "5ArfJw6UA2ko", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 46.0, 46.0], "id": "7LimdjsYPq85", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Pulkkinen J, Nikkinen J, Kiviniemi V, Maki P, Miettunen J, Koivukangas + J, Mukkala S, Nordstrom T, Barnett JH, Jones PB, Moilanen I, Murray GK, Veijola J", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.schres.2015.01.039", "id": "6gD4cLusQaGb", "metadata": null, "name": "Functional + mapping of dynamic happy and fearful facial expressions in young adults with familial risk for psychosis - Oulu Brain + and Mind Study.", "pmid": "25703807", "publication": "Schizophrenia research", "source": "neurosynth", "source_id": + "25703807", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2015}, + {"analyses": [{"conditions": [], "description": "SPM{F_[12.0,416.0]} - contrast 4: Group X Drug x Emotion", "id": + "75fxWNPbZbjv", "images": [{"add_date": "2018-03-25T22:28:21.071437+00:00", "filename": "spmF_WB_GroupXDrugXEmotion.nii.gz", + "id": "5ywy83QVhqKa", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmF_WB_GroupXDrugXEmotion.nii.gz", + "user": null, "value_type": "other"}], "name": "spmF WB GroupXDrugXEmotion", "points": [], "user": null, "weights": + []}, {"conditions": [], "description": "SPM{T_[41.0]} - contrast 1: Faces > Shapes", "id": "fPbGgVwV6WY4", "images": + [{"add_date": "2018-03-25T22:28:21.579847+00:00", "filename": "spmT_WB_ALLFACES%3ESHAPES.nii.gz", "id": "45wqEfAbeyF3", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_ALLFACES%3ESHAPES.nii.gz", "user": null, "value_type": + "T"}], "name": "spmT WB ALLFACES>SHAPES", "points": [], "user": null, "weights": []}, {"conditions": [], "description": + "SPM{T_[416.0]} - contrast 1: G1 > G2", "id": "5Aa9eTyM6Z73", "images": [{"add_date": "2018-03-25T22:28:21.975422+00:00", + "filename": "spmT_WB_BDD%3EHC.nii.gz", "id": "7g9BASMF7fJf", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB BDD>HC", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 3: Group x Drug: BDD greater in Oxyt", "id": "7npj8yWwnet4", "images": + [{"add_date": "2018-03-25T22:28:22.600766+00:00", "filename": "spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", "id": "5BapE8TLR6gx", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", "user": null, + "value_type": "T"}], "name": "spmT WB GroupXDrug BDD>HC", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 2: G2 > G1", "id": "6nTZmgpghK4z", "images": [{"add_date": "2018-03-25T22:28:23.026721+00:00", + "filename": "spmT_WB_HC%3EBDD.nii.gz", "id": "3BTjSSJUegTE", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_HC%3EBDD.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB HC>BDD", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 5: Main Effect of Drug: Oxy > Plac", "id": "4uN7cxX3QSqL", "images": + [{"add_date": "2018-03-25T22:28:23.491835+00:00", "filename": "spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", "id": "B74DNs6w5yJE", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", "user": + null, "value_type": "T"}], "name": "spmT WB MainEffectDrug OXT>PBO", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[416.0]} - contrast 6: Main Effect of Drug: Plac > Oxyt ", "id": "5ZQbnszRa6sF", "images": + [{"add_date": "2018-03-25T22:28:23.936669+00:00", "filename": "spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", "id": "4iVYzjXoYZjL", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", "user": + null, "value_type": "T"}], "name": "spmT WB MainEffectDrug PBO>OXT", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[32.0]} - contrast 1: BDD > HC", "id": "59gY3ro98L28", "images": [{"add_date": "2018-03-25T22:28:24.344432+00:00", + "filename": "spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", "id": "wCF8fop8MXME", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES BDD>HC", "points": [], "user": null, "weights": + []}, {"conditions": [], "description": "SPM{T_[32.0]} - contrast 2: HC > BDD", "id": "7AKSr54RRuDe", "images": [{"add_date": + "2018-03-25T22:28:24.736969+00:00", "filename": "spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", "id": "jzsrud3nk5ba", + "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", "user": + null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES HC>BDD", "points": [], "user": null, "weights": []}, {"conditions": + [], "description": "SPM{T_[32.0]} - contrast 3: Int1", "id": "7BtTmQCtTLDG", "images": [{"add_date": "2018-03-25T22:28:25.174486+00:00", + "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", "id": "4CkksPYhzEVd", "space": "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES Int1", "points": [], "user": null, "weights": []}, + {"conditions": [], "description": "SPM{T_[32.0]} - contrast 4: Int2", "id": "5UqTAfa29ak4", "images": [{"add_date": + "2018-03-25T22:28:25.604841+00:00", "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", "id": "5hnCx2zy4U8k", "space": + "MNI", "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", "user": null, "value_type": + "T"}], "name": "spmT gPPI ANGRY>SHAPES Int2", "points": [], "user": null, "weights": []}], "authors": "Sally A. Grace, + Izelle Labuschagne, David J. Castle and Susan L. Rossell", "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "The present study assessed the effects of intranasal oxytocin on the neural basis of processing emotional faces in + patients with body dysmorphic disorder (BDD). Twenty BDD patients and 22 matched healthy control participants participated + in a randomized, double-blind placebo-controlled within-subject functional magnetic resonance imaging study. Following + acute intranasal OXT (24 IU) or placebo administration, we examined group and OXT related differences in task-based + amygdala activation and related functional connectivity in response to an emotional face-matching task of fearful, + angry, disgusted, sad, surprised and happy faces. ", "doi": "10.1016/j.psyneuen.2019.05.022", "id": "43Tb4A22CFNL", + "metadata": {"acquisition_orientation": "", "add_date": "2018-03-24T03:50:11.979230+01:00", "autocorrelation_model": + "", "b0_unwarping_software": "", "communities": [], "contributors": "", "coordinate_space": null, "doi_add_date": + "2019-05-28T22:49:14.437772+02:00", "download_url": "http://neurovault.org/collections/3666/download", "echo_time": + null, "field_of_view": null, "field_strength": null, "flip_angle": null, "full_dataset_url": "", "functional_coregistered_to_structural": + null, "functional_coregistration_method": "", "group_comparison": true, "group_description": "", "group_estimation_type": + "", "group_inference_type": null, "group_model_multilevel": "", "group_model_type": "", "group_modeling_software": + "", "group_repeated_measures": null, "group_repeated_measures_method": "", "handedness": null, "hemodynamic_response_function": + "", "high_pass_filter_method": "", "inclusion_exclusion_criteria": "", "interpolation_method": "", "intersubject_registration_software": + "", "intersubject_transformation_type": null, "intrasubject_estimation_type": "", "intrasubject_model_type": "", "intrasubject_modeling_software": + "", "length_of_blocks": null, "length_of_runs": null, "length_of_trials": "", "matrix_size": null, "modify_date": + "2019-05-28T22:49:14.442152+02:00", "motion_correction_interpolation": "", "motion_correction_metric": "", "motion_correction_reference": + "", "motion_correction_software": "", "nonlinear_transform_type": "", "number_of_experimental_units": null, "number_of_images": + 11, "number_of_imaging_runs": null, "number_of_rejected_subjects": null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": + "", "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": "", "object_image_type": + "", "optimization": null, "optimization_method": "", "order_of_acquisition": null, "order_of_preprocessing_operations": + "", "orthogonalization_description": "", "owner": 2051, "owner_name": "sallygrace", "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S0306453018312241", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, "pulse_sequence": "", "quality_control": + "", "repetition_time": null, "resampled_voxel_size": null, "scanner_make": "", "scanner_model": "", "skip_distance": + null, "slice_thickness": null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": "", + "software_package": "", "software_version": "", "subject_age_max": null, "subject_age_mean": null, "subject_age_min": + null, "target_resolution": null, "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + "blocked", "url": "http://neurovault.org/collections/3666/", "used_b0_unwarping": null, "used_dispersion_derivatives": + null, "used_high_pass_filter": null, "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": null, "used_reaction_time_regressor": + null, "used_slice_timing_correction": null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "pmid": null, "publication": "Psychoneuroendocrinology", "source": "neurovault", + "source_id": "3666", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": + null}, {"analyses": [{"conditions": [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay + task", "user": null}], "description": "To test H1, that BPD patients express dysfunctional recruitment of frontal + brain regions in response to social (compared to non-social) cues, we directly compared both groups by computing the + 2-way interaction \u2018Social Condition\u2019 (social, non-social cues) by \u2018Group\u2019 (HC, BPD).", "id": "6cUpoaBzsSbA", + "images": [{"add_date": "2019-10-30T09:14:43.044952+00:00", "filename": "spmT_0008.nii.gz", "id": "7M4uem5dnB6q", + "space": "MNI", "url": "http://neurovault.org/media/images/6034/spmT_0008.nii.gz", "user": null, "value_type": "T"}], + "name": "Model 1-Cues: Interaction Social Condition by Group", "points": [], "user": null, "weights": [1.0]}, {"conditions": + [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", "user": null}], "description": + "To test H2, that BPD patients would show impaired amygdala response to social feedback, we conducted ROI analyses + (i.e. frontal lobe and amygdala masks) using the 2-way interaction \u2018Group\u2019 x \u2018Social Condition\u2019 + for the feedback analysis. BPD patients expressed a blunted response of the bilateral amygdala compared to the HCs + for the social>non-social feedback contrast. These images show the whole brain images, but the amygdala mask is added + in another file.", "id": "4f4dMGS4zuoT", "images": [{"add_date": "2019-10-30T09:28:12.663383+00:00", "filename": "spmT_0017.nii.gz", + "id": "7mkeueU7ikKd", "space": "MNI", "url": "http://neurovault.org/media/images/6034/spmT_0017.nii.gz", "user": null, + "value_type": "T"}], "name": "Model 2-Feedback: Interaction Social Condition by Group", "points": [], "user": null, + "weights": [1.0]}, {"conditions": [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", + "user": null}], "description": "Model 3 was created ad hoc in order to test H3 following the outcome of the first + two models. We ran a seed-based analysis, using the amygdala feedback-related activity for the negative social (compared + to non-social) component of Model 2 as the predictor and testing against potential relationship with cue-evoked signal + at a voxel-wise level within Model 1. Specifically, the beta estimates for both groups from the bilateral amygdala + ROI for the negative social feedback (i.e. social loss>non-social loss), were extracted from Model 2 and entered as + a covariate into an independent samples t-test using the specific contrast social>non-social cues. We then tested + for the effects of the amygdala covariate in each group separately and compared the differences between the groups. + These maps show the differences between groups (i.e. BPD>HC) for this amygdala covariate. ", "id": "7oxFciwfWehs", + "images": [{"add_date": "2019-10-30T09:41:58.802747+00:00", "filename": "spmT_0005.nii.gz", "id": "oFWCbNK7eHcN", + "space": "MNI", "url": "http://neurovault.org/media/images/6034/spmT_0005.nii.gz", "user": null, "value_type": "T"}], + "name": "Model 3--Independent Samples T-Test Regression Analysis", "points": [], "user": null, "weights": [1.0]}, + {"conditions": [{"description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", "user": null}], + "description": "We utilized a region-of-interest (ROI) analysis approach using the WFU PickAtlas toolbox for SPM8. + We created a mask of the bilateral amygdala (used to test H2 in Model 2), from the Talairach Daemon database.", "id": + "6skr8EiHiW73", "images": [{"add_date": "2019-10-30T09:51:30.157895+00:00", "filename": "AmyMask.nii.gz", "id": "5H5SUQZcGRv6", + "space": "MNI", "url": "http://neurovault.org/media/images/6034/AmyMask.nii.gz", "user": null, "value_type": "ROI/mask"}], + "name": "Model 2-Feedback: Amygdala Mask", "points": [], "user": null, "weights": [1.0]}], "authors": "Kimberly C. + Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "created_at": + "2023-05-20T01:09:51.807961+00:00", "description": "ABSTRACT \r\nBackground- Borderline personality disorder (BPD) + is characterized by maladaptive social functioning, and widespread negativity biases. The neural underpinnings of + these impairments remain elusive. We thus tested whether BPD patients show atypical neural activity when processing + social (compared to non-social) anticipation, feedback, and particularly, how they relate to each other.\r\nMethods- + We acquired functional MRI data from 21 BPD women and 24 matched healthy controls (HCs) while they performed a task + in which cues and feedbacks were either social (neutral faces for cues; happy or angry faces for positive and negative + feedbacks, respectively) or non-social (dollar sign; winning or losing money for positive and negative feedbacks, + respectively). This task allowed for the analysis of social anticipatory cues, performance-based feedback, and their + interaction. \r\nResults- Compared to HCs, BPD patients expressed increased activation in the superior temporal sulcus + during the processing of social cues, consistent with elevated salience associated with an upcoming social event. + BPD patients also showed reduced activation in the amygdala while processing evaluative social feedback. Importantly, + perigenual anterior cingulate cortex (pgACC) activity during the presentation of the social cue correlated with reduced + amygdala activity during the presentation of the negative social feedback in the BPD patients. \r\nConclusions- These + neuroimaging results clarify how BPD patients express altered responses to different types of social stimuli (i.e. + social anticipatory cues and evaluative feedback) and uncover an atypical relationship between frontolimbic regions + (pgACC-amygdala) over the time span of a social interaction. These findings may help to explain why BPD patients suffer + from pervasive difficulties adapting their behavior in the context of interpersonal relationships and should be considered + while designing better-targeted interventions.", "doi": "10.1016/j.nicl.2019.102126", "id": "5NQYnogUJ2XD", "metadata": + {"acquisition_orientation": "", "add_date": "2019-10-30T09:58:20.777993+01:00", "autocorrelation_model": "", "b0_unwarping_software": + "", "communities": [], "contributors": "", "coordinate_space": null, "doi_add_date": "2020-01-08T00:02:50.490732+01:00", + "download_url": "http://neurovault.org/collections/6034/download", "echo_time": null, "field_of_view": null, "field_strength": + null, "flip_angle": null, "full_dataset_url": "", "functional_coregistered_to_structural": null, "functional_coregistration_method": + "", "group_comparison": null, "group_description": "", "group_estimation_type": "", "group_inference_type": null, + "group_model_multilevel": "", "group_model_type": "", "group_modeling_software": "", "group_repeated_measures": null, + "group_repeated_measures_method": "", "handedness": null, "hemodynamic_response_function": "", "high_pass_filter_method": + "", "inclusion_exclusion_criteria": "", "interpolation_method": "", "intersubject_registration_software": "", "intersubject_transformation_type": + null, "intrasubject_estimation_type": "", "intrasubject_model_type": "", "intrasubject_modeling_software": "", "length_of_blocks": + null, "length_of_runs": null, "length_of_trials": "", "matrix_size": null, "modify_date": "2020-01-08T01:43:18.827758+01:00", + "motion_correction_interpolation": "", "motion_correction_metric": "", "motion_correction_reference": "", "motion_correction_software": + "", "nonlinear_transform_type": "", "number_of_experimental_units": null, "number_of_images": 4, "number_of_imaging_runs": + null, "number_of_rejected_subjects": null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": "", + "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": "", "object_image_type": + "", "optimization": null, "optimization_method": "", "order_of_acquisition": null, "order_of_preprocessing_operations": + "", "orthogonalization_description": "", "owner": 4432, "owner_name": "doellk", "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S2213158219304735", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, "pulse_sequence": "", "quality_control": + "", "repetition_time": null, "resampled_voxel_size": null, "scanner_make": "", "scanner_model": "", "skip_distance": + null, "slice_thickness": null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": "", + "software_package": "", "software_version": "", "subject_age_max": null, "subject_age_mean": null, "subject_age_min": + null, "target_resolution": null, "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + null, "url": "http://neurovault.org/collections/6034/", "used_b0_unwarping": null, "used_dispersion_derivatives": + null, "used_high_pass_filter": null, "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": null, "used_reaction_time_regressor": + null, "used_slice_timing_correction": null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "pmid": null, "publication": "NeuroImage: + Clinical", "source": "neurovault", "source_id": "6034", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": null}, {"analyses": [{"conditions": [], "description": null, "id": "6HhdbbASwrK3", "images": + [], "name": "37588", "points": [{"coordinates": [60.0, -64.0, 28.0], "id": "38c5vf66bcFo", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -31.0, 10.0], "id": "47dKz73H2HtG", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, -58.0, + 28.0], "id": "56ypmCsZSSg6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [15.0, -10.0, -20.0], "id": "59D9X9dRgJ7T", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [18.0, 11.0, 67.0], "id": "5kFUkxRjSekg", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [27.0, -76.0, -29.0], "id": "6AfrXNySoX2m", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [45.0, 14.0, -35.0], "id": "6iJiNa6Z5PLo", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [42.0, 29.0, -17.0], + "id": "7632xo46rTwn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-51.0, 26.0, -8.0], "id": "7KVqpZTFtAoh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-3.0, -49.0, 28.0], "id": "7bF2mDaoR8su", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [18.0, -13.0, -17.0], "id": "Wme5NpZ4TDB9", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-42.0, 14.0, 49.0], "id": "k4kaSWnkAtq3", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], + "authors": "Oetken S, Pauly KD, Gur RC, Schneider F, Habel U, Pohl A", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuropsychologia.2017.04.010", "id": "4rDGfjjGNAgq", "metadata": null, "name": + "Don''t worry, be happy - Neural correlates of the influence of musically induced mood on self-evaluation.", "pmid": + "28392302", "publication": "Neuropsychologia", "source": "neurosynth", "source_id": "28392302", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2017}, {"analyses": [{"conditions": + [], "description": null, "id": "BpS3u6sAfe8g", "images": [], "name": "34402", "points": [{"coordinates": [-14.0, 58.0, + 20.0], "id": "3hYiWJPgdtYx", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [-64.0, -24.0, 4.0], "id": "42EdqCTNSZWh", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [-40.0, -26.0, 46.0], "id": "4Mz4JjdsLshS", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [64.0, -18.0, 8.0], "id": "5FLrsYRLP3KC", "image": + null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-46.0, -38.0, 10.0], + "id": "5Te6suebT6a5", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": + [-54.0, -20.0, -26.0], "id": "5tUWxj93YP5y", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", + "values": []}, {"coordinates": [14.0, 2.0, -16.0], "id": "6igckJsXAvzA", "image": null, "kind": "unknown", "label_id": + null, "space": "UNKNOWN", "values": []}, {"coordinates": [8.0, -20.0, 2.0], "id": "7ZBwkAPuqqjY", "image": null, "kind": + "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [20.0, 50.0, 28.0], "id": "7hF99Fh8yxp2", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [6.0, -2.0, + 42.0], "id": "7qJUvYhP9M95", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [22.0, -56.0, 0.0], "id": "hxEqmuCxyEJc", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [16.0, 20.0, -12.0], "id": "qFQT6pQkutBW", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}], "user": null, "weights": []}], "authors": "Kong F, Hu S, Wang + X, Song Y, Liu J", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2014.11.033", + "id": "uPDUNVQUJvpt", "metadata": null, "name": "Neural correlates of the happy life: The amplitude of spontaneous + low frequency fluctuations predicts subjective well-being.", "pmid": "25463465", "publication": "NeuroImage", "source": + "neurosynth", "source_id": "25463465", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2015}, {"analyses": [{"conditions": [], "description": null, "id": "6jQ32kDkDdm8", "images": + [], "name": "34301", "points": [{"coordinates": [5.0, 9.0, -7.0], "id": "4T69s7pniC5w", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 27.0, 22.0], "id": "64zmKUPQ7YmC", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-14.0, 37.0, 26.0], "id": + "6MvDNE5xnLuL", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-30.0, -37.0, 55.0], "id": "6PJ2znp2fwvq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [28.0, -36.0, 52.0], "id": "6hFiW9BMZUGx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-39.0, -2.0, 3.0], "id": "6o2qc8u43wgu", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [40.0, -21.0, 13.0], "id": "6wWGqzrvczhn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -52.0, -16.0], "id": + "7bdi2SmNPbbG", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-22.0, -16.0, 25.0], "id": "87gKXQHczUJN", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [37.0, 34.0, -4.0], "id": "8sDXseZrXb9q", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "7h23dzabx6Lt", + "images": [], "name": "34302", "points": [{"coordinates": [-43.0, -2.0, -25.0], "id": "3UFD2AXMCec5", "image": null, + "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [21.0, -56.0, -40.0], "id": "4AGadtFU7Fe7", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-25.0, 59.0, 12.0], + "id": "4CBnQZHdQUUx", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-18.0, 30.0, 17.0], "id": "4GRVHvKctF4m", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [1.0, -22.0, 54.0], "id": "4g9CDT77D3XC", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-52.0, 14.0, 20.0], "id": "4zrMaGZQA2p9", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [9.0, 63.0, 14.0], "id": "5hAvjvT5sGuR", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [4.0, 18.0, 60.0], "id": + "6SdTjmY6bWCt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-35.0, 8.0, 47.0], "id": "74TocxEUNvwT", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [19.0, 44.0, 14.0], "id": "7DmVodFbQ3SK", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [14.0, -19.0, 67.0], "id": "7YAT4LuC6gog", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-11.0, -26.0, 65.0], "id": "7bwnED5VnhKT", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [65.0, -37.0, -6.0], "id": + "7sJwXron7cSD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-34.0, -27.0, -23.0], "id": "89XBCHw62moC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}], "user": null, "weights": []}], "authors": "Egidi G, Caramazza A", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2014.09.008", "id": "6SoirEH52CMp", "metadata": null, "name": "Mood-dependent + integration in discourse comprehension: happy and sad moods affect consistency processing via different brain networks.", + "pmid": "25225000", "publication": "NeuroImage", "source": "neurosynth", "source_id": "25225000", "source_updated_at": + null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2014}, {"analyses": [{"conditions": + [], "description": null, "id": "4Xbk2AS5pRZy", "images": [], "name": "32540", "points": [{"coordinates": [42.0, -74.0, + -18.0], "id": "38s3dDZByrTF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-40.0, -70.0, -18.0], "id": "3TZC5AbvWm3u", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-52.0, -18.0, 2.0], "id": "3vd7AtyAc2Kh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-46.0, -64.0, -18.0], "id": "43PBL3Nwj6bG", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [56.0, -24.0, 4.0], "id": "49ChCCWwxVW2", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-18.0, -96.0, + 12.0], "id": "4Nc7VQsRWC44", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-42.0, -66.0, -16.0], "id": "4UeW8aHYCUB8", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [38.0, -66.0, -14.0], "id": "4k3N8AcxQLDQ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, -12.0, 8.0], "id": "57agp5eHx9jM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -80.0, -12.0], "id": "5EqMQzfu59Ye", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-28.0, -20.0, 62.0], "id": + "5fTZJZWPy2g3", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-6.0, -80.0, -12.0], "id": "5nZSs5D4pnj4", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-48.0, -20.0, 2.0], "id": "5wuEGvKviiBN", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-12.0, -64.0, -10.0], "id": "5x5mBdYD6wyM", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, 18.0, 6.0], "id": "65rB8Z3qvvih", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -96.0, + 14.0], "id": "69AqoawZq5HB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-50.0, -20.0, 2.0], "id": "69yRRuFFA9Aj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-46.0, 0.0, -8.0], "id": "6FKvvPXNmeRS", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [12.0, -92.0, -2.0], "id": "6TivZyPTKXLv", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [56.0, -12.0, 48.0], "id": "6xM4gwz3UGPr", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [66.0, -16.0, 6.0], "id": + "79gM5FptpWLX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [54.0, -20.0, 0.0], "id": "7HyZpHdvith8", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-42.0, -22.0, 6.0], "id": "7iBgdSCxSDEv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [44.0, -70.0, -20.0], "id": "7k8FxP8M7zLh", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -64.0, -14.0], "id": "7mdwkdd6YPZg", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -22.0, + 2.0], "id": "7vHYB2sjT3C9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-26.0, 48.0, 28.0], "id": "7zKhbiAiEF9n", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [22.0, -92.0, 12.0], "id": "E2LR5GJLrH8C", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-44.0, -70.0, -16.0], "id": "EDYtVSJ3t7Y6", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-44.0, 20.0, 18.0], "id": "GSPG3ukqXuTs", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -18.0, + 4.0], "id": "VQhoEGHV6CA6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [66.0, -28.0, 10.0], "id": "guX6ww5EWAc6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [14.0, -86.0, -4.0], "id": "onHuBZ9jq9ry", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [18.0, -54.0, -2.0], "id": "ouuDUHoWTaG6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -68.0, -12.0], "id": "sQWZMkTHAYc8", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "5yDouUon6EJh", "images": [], "name": "32541", "points": [{"coordinates": [64.0, -26.0, + 8.0], "id": "3KuPdCdju92r", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-52.0, -20.0, 6.0], "id": "3ur3hG2LwJiM", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-22.0, -28.0, -4.0], "id": "5kDrAojKTGz4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [20.0, -74.0, 4.0], "id": "B4cj5c8UC7Yz", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-16.0, -80.0, 0.0], "id": "YAmq3Wa6bmZy", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "5NwZPXwcbmmZ", "images": [], "name": "32542", "points": [{"coordinates": [-50.0, -20.0, + 2.0], "id": "3y6FJLzKSKqN", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [56.0, -28.0, 14.0], "id": "6Cr6wux9xcTq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [44.0, -64.0, -18.0], "id": "7aRQmERUHdqZ", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-42.0, -68.0, -16.0], "id": "8Gw9BmA3jNEH", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": + null, "id": "3uR4kLx5hPdT", "images": [], "name": "32543", "points": [{"coordinates": [-24.0, -76.0, -16.0], "id": + "4y7zqQwduxgL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-48.0, -30.0, 6.0], "id": "5GdtZiDRqzZB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [22.0, -82.0, -18.0], "id": "5w7arZSegfXp", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [48.0, -30.0, 12.0], "id": "7ZL7i9tU6Gja", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Jeong JW, Diwadkar VA, + Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2010.11.017", "id": "3zUn4TfXtQVo", "metadata": null, "name": "Congruence + of happy and sad emotion in music and faces modifies cortical audiovisual activation.", "pmid": "21073970", "publication": + "NeuroImage", "source": "neurosynth", "source_id": "21073970", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2011}, {"analyses": [{"conditions": [], "description": null, "id": "8KgV3ZUBnouD", "images": + [], "name": "29803", "points": [{"coordinates": [-30.0, -30.0, -20.0], "id": "4Z7egLm2CBTf", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.0, -40.0, 42.0], "id": "4jKdtD9qQzdX", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-26.0, -18.0, + -20.0], "id": "5CMrbDqWpENi", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-24.0, 28.0, 44.0], "id": "5T2B8TrgiPV9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-6.0, -64.0, 20.0], "id": "5tTpPbHrJ4sd", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-26.0, 8.0, 2.0], "id": "5yDxjh2nbajb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-4.0, 34.0, -8.0], "id": "63LZrfVGCTkR", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-30.0, 12.0, -22.0], "id": + "6Qm3GzihQcBd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, -58.0, 20.0], "id": "6WJGXYQRbLeW", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-54.0, -6.0, -10.0], "id": "78ztePgyguV7", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-38.0, -28.0, -2.0], "id": "7FDXtmGCRFQF", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -10.0, -22.0], "id": "7HoUhGLXAoc5", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -32.0, + -4.0], "id": "7Wy55sBZP6mP", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-10.0, 56.0, 28.0], "id": "7bLmPhG5diWP", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [16.0, -44.0, 56.0], "id": "7pMondFRzdLm", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-40.0, 38.0, -16.0], "id": "82Uwkqgnkyp3", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [24.0, -42.0, 16.0], "id": "8C5ujUDpCPSa", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-34.0, -10.0, + -16.0], "id": "DoT9vJuDpA9d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, -70.0, 34.0], "id": "EzSuWGmbGFuk", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-22.0, 22.0, 44.0], "id": "ebAfnXeFWpGh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, -50.0, 22.0], "id": "gpEeWzm5nREL", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-12.0, 56.0, 8.0], "id": "r6cYFNaTebF9", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "5nbDXoWuULds", "images": [], "name": "29804", "points": [{"coordinates": [30.0, 18.0, + -22.0], "id": "4bZahrjmSoYs", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-22.0, -36.0, -30.0], "id": "5XFevWAWJPDT", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-30.0, 16.0, -20.0], "id": "5XkkX5yKnniu", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-6.0, 36.0, 16.0], "id": "5sN7Jadt5sYM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-36.0, -28.0, 10.0], "id": "6J2fgYTJfN2f", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [40.0, -20.0, -24.0], "id": + "6JmYe22EnsK9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [46.0, -24.0, 8.0], "id": "73TGtSL6aykb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [14.0, -42.0, -30.0], "id": "7hsH5F3C7vsc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [22.0, 22.0, 36.0], "id": "7oUV5AkGRjzH", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, -20.0, 44.0], "id": "8474RhrGpB9b", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-64.0, -22.0, 12.0], "id": + "8LKj6VBr8ZWu", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}], "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neuroimage.2005.01.014", "id": "85PTzT2hpjSH", "metadata": null, "name": "Same + or different? Neural correlates of happy and sad mood in healthy males.", "pmid": "15862220", "publication": "NeuroImage", + "source": "neurosynth", "source_id": "15862220", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2005}, {"analyses": [{"conditions": [], "description": null, "id": "6tyc7jYAVweq", "images": + [], "name": "29444", "points": [{"coordinates": [12.0, 38.0, 26.0], "id": "34nWrfnr8RjD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [4.0, 28.0, 14.0], "id": "3AZKYMmU6Ey2", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-20.0, -6.0, -18.0], "id": + "3ddMsnY5x5Mi", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 28.0, 14.0], "id": "3pNjRLrT7iDm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-8.0, 38.0, 26.0], "id": "4g6c2nyPqT3d", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-10.0, 38.0, 24.0], "id": "4uPRi8zYbHTw", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-2.0, -4.0, 30.0], "id": "4x9Rsd55QXgM", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [14.0, 48.0, 8.0], "id": + "5KecXf7K2L6B", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [0.0, 14.0, 26.0], "id": "5NAGQpoACrVA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-14.0, 44.0, 14.0], "id": "6Ffeuqz7Yc9R", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [22.0, 0.0, -20.0], "id": "6iKqmvtDEXrr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 48.0, 10.0], "id": "7BMRcYD6hegT", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-12.0, 40.0, -4.0], "id": + "7HJ3knFBt6ce", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-8.0, 38.0, 26.0], "id": "7Z5LjYrdsrnb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-8.0, 2.0, 30.0], "id": "8Fo6ubQMN7Bc", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [24.0, 0.0, -24.0], "id": "LX2KJNPV5mF6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-28.0, -6.0, -18.0], "id": "LyUGVxjDNnGz", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [16.0, 34.0, 26.0], "id": + "pSNnRZn8BRx5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "gV3e93K3akeu", "images": [], "name": "29445", "points": + [{"coordinates": [48.0, -74.0, -10.0], "id": "4CwwpDkhkoga", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "values": []}, {"coordinates": [50.0, -48.0, -22.0], "id": "55ZabhZK9akT", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-46.0, -82.0, -4.0], "id": "5BX2HVLwQHLm", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, -68.0, -8.0], "id": + "5TtzcZzpmJVx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [46.0, -56.0, -18.0], "id": "6j2aUQYWASfD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [6.0, -82.0, -40.0], "id": "6uhZ6u7tyPix", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [24.0, -88.0, 14.0], "id": "eGNwQXeM26Hr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-38.0, -52.0, -32.0], "id": "y2cuS2GDeFZk", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": + "Killgore WD, Yurgelun-Todd DA", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2003.12.033", + "id": "6qJcQ74oipDU", "metadata": null, "name": "Activation of the amygdala and anterior cingulate during nonconscious + processing of sad versus happy faces.", "pmid": "15050549", "publication": "NeuroImage", "source": "neurosynth", + "source_id": "15050549", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, + "year": 2004}, {"analyses": [{"conditions": [], "description": null, "id": "tHpWX6N8mfix", "images": [], "name": "37865", + "points": [{"coordinates": [-36.0, 8.0, -30.0], "id": "3MLAnFqndzTd", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-2.0, 60.0, 0.0], "id": "3bgQRRVWYMvM", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, -90.0, -4.0], "id": "5iLCCPD8pbHQ", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [38.0, -84.0, -2.0], + "id": "5jBpAMqqmoam", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [26.0, -96.0, 2.0], "id": "89UrXYUry3Lj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}], "user": null, "weights": []}], "authors": "Jimura K, Konishi S, Miyashita Y", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.neulet.2009.02.012", "id": "5RkUxRUh6e2G", "metadata": null, "name": "Temporal + pole activity during perception of sad faces, but not happy faces, correlates with neuroticism trait.", "pmid": "19429013", + "publication": "Neuroscience letters", "source": "neurosynth", "source_id": "19429013", "source_updated_at": null, + "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2009}, {"analyses": [{"conditions": [], "description": + null, "id": "5XuagvSYMzW9", "images": [], "name": "25426", "points": [{"coordinates": [-1.78, -2.35, -1.21], "id": + "57vETqnTysr7", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "3wrf49wQ5KXs", "images": [], "name": "25427", "points": + [{"coordinates": [58.0, 41.0, 26.0], "id": "3xSCe58VBeJc", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [-18.0, 67.0, 25.0], "id": "4SH4YqMuTm6W", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-29.0, 1.0, -29.0], "id": "52gkNhUihPwF", "image": + null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-28.0, 56.0, -13.0], + "id": "64C4RMc5Vuko", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": + [12.0, 76.0, 37.0], "id": "6JTLp3Ymvn6p", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", + "values": []}, {"coordinates": [20.0, 60.0, -19.0], "id": "6WR5wu7yz2MU", "image": null, "kind": "unknown", "label_id": + null, "space": "UNKNOWN", "values": []}, {"coordinates": [12.0, 16.0, 35.0], "id": "6YdDBVFXvQ4B", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-21.0, 81.0, 41.0], "id": + "6fjYPJPKRqkC", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": + [-3.0, 41.0, -28.0], "id": "7NCaoNizUDDT", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", + "values": []}, {"coordinates": [42.0, -18.0, 30.0], "id": "HrYqVjuJdekh", "image": null, "kind": "unknown", "label_id": + null, "space": "UNKNOWN", "values": []}], "user": null, "weights": []}], "authors": "Henje Blom E, Connolly CG, Ho + TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang TT", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.jad.2015.03.012", "id": "3C4xq7XcVv96", "metadata": null, "name": "Altered + insular activation and increased insular functional connectivity during sad and happy face processing in adolescent + major depressive disorder.", "pmid": "25827506", "publication": "Journal of affective disorders", "source": "neurosynth", + "source_id": "25827506", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, + "year": 2015}, {"analyses": [{"conditions": [], "description": null, "id": "ngDKFhxBuFG3", "images": [], "name": "21088", + "points": [{"coordinates": [-38.0, -30.0, 61.0], "id": "37TZQZou9ZCY", "image": null, "kind": "unknown", "label_id": + null, "space": "TAL", "values": []}, {"coordinates": [-30.0, 64.0, 19.0], "id": "3FWbpabUoCbP", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-41.0, -15.0, 8.0], "id": "3H3SdwV2GEBx", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-23.0, -30.0, + 57.0], "id": "3Jk3A8KGQGhz", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [38.0, -8.0, -11.0], "id": "3PtzSc3dTrUk", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-34.0, -26.0, -18.0], "id": "3QdovmKX3V27", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-36.0, -11.0, -7.0], "id": "3TWzm4UqNcm9", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-49.0, 26.0, 31.0], "id": "3do2foaTz5qL", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-45.0, -49.0, + 53.0], "id": "3rfwnhcxZKpT", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-30.0, -60.0, -26.0], "id": "44R73XyStiXC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-38.0, 4.0, 4.0], "id": "4Kbg358QnxHM", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [30.0, 19.0, 1.0], "id": "4Z9Ts2iFY6mE", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -38.0, 4.0], "id": "4ohJpgX74C8F", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-4.0, 15.0, 12.0], "id": + "4uV89MY5MaN9", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-45.0, -49.0, 53.0], "id": "4uZRMSjpv5h5", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [0.0, -34.0, 8.0], "id": "57BpREbwDHnf", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-26.0, -41.0, 19.0], "id": "5Cj3qXUGdYxP", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [4.0, -83.0, 34.0], "id": "5FWVh7jTK39o", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [34.0, 53.0, 31.0], + "id": "5HJLqToE9uGe", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [4.0, -49.0, 64.0], "id": "5Smu2JMa5Jf6", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-38.0, 60.0, 12.0], "id": "5YhqJbaANeUH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [34.0, 53.0, 31.0], "id": "5chUgCKYPY5b", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [15.0, -60.0, 1.0], "id": "5ctyCeieUYuz", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-22.0, 8.0, 34.0], "id": + "5dZb87JnYLpC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [34.0, 4.0, 8.0], "id": "5e5EJe6hA2iW", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-40.0, 45.0, 10.0], "id": "5in5maJsykYD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [22.0, -49.0, 64.0], "id": "5kf5nyfBukyS", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [34.0, -45.0, -33.0], "id": "5qQocaKp4T6t", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [41.0, 53.0, 19.0], "id": + "65Vs7fdQriRe", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-49.0, -23.0, 16.0], "id": "6Ffee7b45Wcj", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [41.0, 45.0, 19.0], "id": "6HSfRo7ebgLx", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-19.0, -64.0, -14.0], "id": "6QJVBz8jPeuC", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-4.0, -15.0, 64.0], "id": "6QzwFbUziLrz", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [56.0, -15.0, -7.0], + "id": "6TACRjZcPYpt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-2.0, 56.0, 12.0], "id": "6TzTgVs4G24c", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [0.0, -34.0, -14.0], "id": "6W7yvHwpd6oj", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-4.0, -79.0, 38.0], "id": "6X9dmXWHchms", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-41.0, -38.0, 57.0], "id": "6Yw5Q2ARAWVf", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-56.0, -64.0, -3.0], "id": + "6qL4WkvSoQ3F", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-34.0, -26.0, 61.0], "id": "73FZkbZsvhoQ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [17.0, 18.0, 31.0], "id": "7LcioZjVTBJz", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-15.0, -23.0, 8.0], "id": "7S2nywob5apH", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [38.0, 4.0, 27.0], "id": "7ekFSTyzZHvn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -5.0, 59.0], "id": + "7ksaNKcz45BG", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [19.0, -83.0, -22.0], "id": "7rdNznEcBwci", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-4.0, -79.0, -22.0], "id": "7swnkAS4aw7R", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [0.0, 41.0, 23.0], "id": "7wTNaLWWk63G", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -38.0, 1.0], "id": "7zn4gHCespjn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [0.0, -11.0, 68.0], "id": + "82QNu8ijwUBJ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [56.0, -49.0, 42.0], "id": "839VgZfNCciL", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [18.0, -8.0, 27.0], "id": "8HaGX9GiKUGL", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [24.0, 25.0, 32.0], "id": "8N9hJr2pfZZF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-64.0, -41.0, -3.0], "id": "Ed9ywtTGnZJn", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [23.0, -60.0, -11.0], "id": + "SGePRbT3qhN3", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [30.0, 60.0, 12.0], "id": "TQTUm4jtrhJB", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [19.0, -71.0, -14.0], "id": "ZFJErpAKP3n7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-30.0, 56.0, 8.0], "id": "cpEh49HwcdXi", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-4.0, 23.0, -11.0], "id": "fjkgQyfcAh68", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [53.0, -32.0, 19.0], "id": + "k5y743e26v9K", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [4.0, -49.0, 64.0], "id": "u4NhedHKG93s", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [64.0, -34.0, 12.0], "id": "xQDRD5u4n7c7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Todd RM, Lee W, Evans JW, Lewis MD, Taylor + MJ", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.dcn.2012.01.004", "id": + "3SVHsdWTFHbV", "metadata": null, "name": "Withholding response in the face of a smile: age-related differences in + prefrontal sensitivity to Nogo cues following happy and angry faces.", "pmid": "22669035", "publication": "Developmental + cognitive neuroscience", "source": "neurosynth", "source_id": "22669035", "source_updated_at": null, "updated_at": + "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2012}, {"analyses": [{"conditions": [], "description": null, + "id": "7FwRKS36kZp9", "images": [], "name": "15331", "points": [{"coordinates": [3.0, -48.0, 30.0], "id": "4r96arrG6uZu", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-30.0, 33.0, + 39.0], "id": "5WDoiqxFeQyc", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [0.0, -51.0, 30.0], "id": "xFVBfhpVWLY7", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": null, "id": "7VPXqibNQ2La", + "images": [], "name": "15332", "points": [{"coordinates": [-35.0, -51.0, 39.0], "id": "3CCZDnXahnfJ", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [3.0, -6.0, 45.0], "id": "3NGtpSmCy2hU", + "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-3.0, -15.0, + 45.0], "id": "4VXx9ZewacuE", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, + {"coordinates": [-42.0, 15.0, -9.0], "id": "4akhJxsEJSWi", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "values": []}, {"coordinates": [5.0, 12.0, 39.0], "id": "5XGx9DfbzV2D", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [12.0, -69.0, 42.0], "id": "7dx5VjjgKy3e", "image": + null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}, {"coordinates": [-24.0, -51.0, 48.0], + "id": "7ukCvNUEhfE5", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "values": []}], "user": + null, "weights": []}], "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.biopsycho.2014.08.003", "id": "6hNANgeoQKYP", "metadata": null, "name": "When + you smile, you become happy: Evidence from resting state task-based fMRI.", "pmid": "25139308", "publication": "Biological + psychology", "source": "neurosynth", "source_id": "25139308", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2014}, {"analyses": [{"conditions": [], "description": null, "id": "7BRmUpYpiCPE", "images": + [], "name": "14799", "points": [{"coordinates": [-16.0, -83.0, -30.0], "id": "37FYTVL7wRTG", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-2.0, -32.0, 39.0], "id": "3VnTxH3foLoC", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-27.0, -49.0, + 10.0], "id": "3tWKErBQ8nAm", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-26.0, -37.0, 36.0], "id": "3u78nfhd9sPf", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [45.0, 25.0, 18.0], "id": "45su6L6aEJuY", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [42.0, 4.0, 42.0], "id": "4EcrU4Mifcx8", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-41.0, -2.0, 44.0], "id": "4YAdHtgw9sLr", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [10.0, 51.0, 4.0], "id": + "4guGK8TdFS8z", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [34.0, -17.0, 35.0], "id": "55By8yLPYTFP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-36.0, 43.0, -4.0], "id": "56SJ8X28hSCM", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [11.0, 48.0, -12.0], "id": "5RgWZMZh8vBi", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [47.0, 3.0, 1.0], "id": "5nyhRReiUGcA", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [57.0, -17.0, 14.0], "id": + "62KkbjgmCN9o", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-1.0, 33.0, 51.0], "id": "6H3yjuhNE5Ap", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-25.0, 31.0, 42.0], "id": "74ZPcZvKpagN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [44.0, -30.0, 36.0], "id": "7VuNBTtyPRYs", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [34.0, -40.0, -16.0], "id": "7cGkvxVNN7Ex", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -82.0, -14.0], "id": + "87pqkzhfVUxN", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-33.0, -11.0, 29.0], "id": "BW2Ysod4NhZD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-40.0, 43.0, -1.0], "id": "CqPSKUdKDoaD", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [1.0, -27.0, 30.0], "id": "cu73FwmZmfLF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": + null, "id": "4hZswu6NM87F", "images": [], "name": "14800", "points": [{"coordinates": [47.0, 16.0, 7.0], "id": "5Ew8Xf8zaUWv", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [10.0, 50.0, 1.0], + "id": "7jvVf4nw7ph7", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-5.0, 60.0, 2.0], "id": "9ijz8CHqhZaD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-41.0, 32.0, -9.0], "id": "Ce3JK85nZSAP", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [34.0, -31.0, -5.0], "id": "qxmmEwL8F85G", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Keedwell PA, Andrew C, + Williams SC, Brammer MJ, Phillips ML", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": + "10.1016/j.biopsych.2005.04.035", "id": "3NK8yHeevRct", "metadata": null, "name": "A double dissociation of ventromedial + prefrontal cortical responses to sad and happy stimuli in depressed and healthy individuals.", "pmid": "15993859", + "publication": "Biological psychiatry", "source": "neurosynth", "source_id": "15993859", "source_updated_at": null, + "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2005}, {"analyses": [{"conditions": [], "description": + null, "id": "PZtHzKXasZmg", "images": [], "name": "17019", "points": [{"coordinates": [-24.0, -84.0, -28.0], "id": + "32rzazfQvtxp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-62.0, -32.0, 38.0], "id": "32yDWG9yAChf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, 46.0, -14.0], "id": "39vbBMbdH6Th", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [62.0, -50.0, 12.0], "id": "3Rgv9RrfDgYZ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-58.0, 20.0, -8.0], "id": "3g7mDPZGg7AB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, 38.0, -26.0], "id": + "3mzP3Gdyx9wm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-58.0, 20.0, -8.0], "id": "3snUHJe8wjgo", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-36.0, 44.0, -16.0], "id": "477gjWEhe4sr", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-60.0, -20.0, -8.0], "id": "48MEKNVeRN5e", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-62.0, -32.0, 38.0], "id": "4KQqjp9fpxMb", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-18.0, -8.0, 12.0], + "id": "4XnSRwfgc7XB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-4.0, -76.0, 52.0], "id": "4aubPhohiXqV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-50.0, -54.0, 28.0], "id": "4mBWcp3tACwx", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [50.0, -72.0, 40.0], "id": "4uBQwNnANQcn", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 54.0, 18.0], "id": "4uQRQghXusHr", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -10.0, 6.0], "id": + "4xjSS7PNqhRA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, 44.0, 4.0], "id": "53NiXUeNsyHD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-28.0, -6.0, -24.0], "id": "55kVaGNNfNG6", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-24.0, -84.0, -28.0], "id": "59vQSUhB4ph8", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-28.0, -6.0, -24.0], "id": "5JdyuhpKvhAj", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, -24.0, -10.0], + "id": "5NxNVF2GC9qA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [40.0, 24.0, -14.0], "id": "5azyjT6MPuw5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-52.0, -66.0, 10.0], "id": "626DsVTVN22N", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [58.0, -58.0, 24.0], "id": "66PRE7HKPpVK", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, 24.0, 24.0], "id": "6B4A97nkZDoy", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [28.0, -76.0, -26.0], "id": + "6GuNWqWaLdK9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-18.0, -8.0, 12.0], "id": "6VsdCwwLMRmS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [40.0, 24.0, -14.0], "id": "6Xw3iZu93wXv", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-52.0, -66.0, 10.0], "id": "6bAa5bwu2qZN", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-44.0, -50.0, 28.0], "id": "6cCc69h2NkEZ", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-54.0, -10.0, + 6.0], "id": "6hzCLrAY9BSS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-44.0, 44.0, 4.0], "id": "7Huyy7HMYmph", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-4.0, 44.0, 28.0], "id": "7JGwdAeomHcy", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-36.0, 44.0, -16.0], "id": "7PWyytzhACNv", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -72.0, 40.0], "id": "7UkjFpL9wZFY", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-50.0, -54.0, + 28.0], "id": "7Y7XdQhnC32q", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [58.0, -58.0, 24.0], "id": "7y4mvuDkmJ5v", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-14.0, 38.0, -26.0], "id": "82RM5UW7saMh", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, 44.0, 28.0], "id": "8D9264tGGF3A", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, -24.0, -10.0], "id": "8KQpEwA3M9ap", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-60.0, -20.0, -8.0], "id": + "8XAaBDZV4CRx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [28.0, -76.0, -26.0], "id": "8ndvGj6tvjXQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-4.0, -76.0, 52.0], "id": "FFKLKVg9woB4", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-40.0, 24.0, 24.0], "id": "n9hirjRsgqJV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [10.0, 54.0, 18.0], "id": "nNeZtxwwYJbG", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-44.0, -50.0, 28.0], "id": + "nxFfUmf7BKwD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [62.0, -50.0, 12.0], "id": "t2hvsMCTN8EX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [42.0, 46.0, -14.0], "id": "wMsAmRMNbk3j", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Cullen KR, LaRiviere LL, Vizueta N, Thomas + KM, Hunt RH, Miller MJ, Lim KO, Schulz SC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1007/s11682-015-9406-4", "id": "4wMYLcaZa25g", "metadata": null, "name": "Brain activation in response + to overt and covert fear and happy faces in women with borderline personality disorder.", "pmid": "26007149", "publication": + "Brain imaging and behavior", "source": "neurosynth", "source_id": "26007149", "source_updated_at": null, "updated_at": + "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2015}, {"analyses": [{"conditions": [], "description": null, + "id": "4Yex3gzet4E3", "images": [], "name": "41548", "points": [{"coordinates": [-12.0, -52.0, 4.0], "id": "3sgDg3r8ar9r", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-4.0, 34.0, -20.0], + "id": "3vzbjRSwZK5A", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [28.0, -58.0, 46.0], "id": "3zwHSU9Kd4Pr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [38.0, 12.0, 24.0], "id": "5Mqr6LHfWeYH", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-22.0, 12.0, -24.0], "id": "628RF8cp8yEQ", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [50.0, -72.0, -6.0], "id": "6UnXwimpVQ78", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [8.0, -12.0, 0.0], + "id": "7G2AHCQXCewZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-32.0, -50.0, 48.0], "id": "B2RQGHU4HRY6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-34.0, -78.0, -18.0], "id": "zZjdACAc95xk", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Norbury R, Taylor MJ, Selvaraj S, Murphy + SE, Harmer CJ, Cowen PJ", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1007/s00213-009-1597-1", + "id": "ukeN793Sct3Y", "metadata": null, "name": "Short-term antidepressant treatment modulates amygdala response to + happy faces.", "pmid": "19585106", "publication": "Psychopharmacology", "source": "neurosynth", "source_id": "19585106", + "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", "user": null, "year": 2009}, {"analyses": + [{"conditions": [], "description": null, "id": "3BKoPowaKTaL", "images": [], "name": "41528", "points": [{"coordinates": + [0.0, -77.0, -29.0], "id": "3BqPe7Ar6pkQ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-58.0, -41.0, -4.0], "id": "3pZ5WRkf8DuA", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [3.0, -63.0, 9.0], "id": "4ZsCQ2yV8VjH", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-47.0, 33.0, 3.0], "id": "4kBacoZny5cN", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, -69.0, 3.0], "id": + "5SvUyXwpcpU5", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [18.0, -56.0, 4.0], "id": "6FbWa9X5YPiy", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-22.0, -70.0, 3.0], "id": "6hTdqZC4DUhb", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-40.0, -4.0, 53.0], "id": "73NaJm88yu76", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-7.0, -59.0, 5.0], "id": "7AZ46mHFQmfY", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 30.0, 37.0], "id": + "Kjr5Ukwrkmd4", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}], "user": null, + "weights": []}, {"conditions": [], "description": null, "id": "47qaAFTcNtEw", "images": [], "name": "41529", "points": + [{"coordinates": [-7.0, -74.0, 26.0], "id": "4Du4Ey9fepUJ", "image": null, "kind": "unknown", "label_id": null, "space": + "TAL", "values": []}, {"coordinates": [-11.0, 44.0, -7.0], "id": "5qaxAzS64yYN", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [29.0, -59.0, -24.0], "id": "824i8v4ut9F3", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}, {"conditions": + [], "description": null, "id": "8Bw8PFwRQSj2", "images": [], "name": "41530", "points": [{"coordinates": [14.0, -56.0, + 25.0], "id": "3PbfVeQyeGvn", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-25.0, -59.0, 4.0], "id": "3UJ6an3pNMDt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [29.0, 37.0, 15.0], "id": "3Whr4R5FF3i7", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-4.0, -59.0, 26.0], "id": "3ZG7HJd8QGzY", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [22.0, -41.0, 29.0], "id": "3ZnWcjss2Ptv", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [36.0, 15.0, -7.0], "id": + "3jJ6sJePDtym", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-14.0, -48.0, 2.0], "id": "3obY44ECNyaA", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-25.0, -28.0, 20.0], "id": "3v4rZLLEQRTN", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-43.0, 37.0, 4.0], "id": "4VAYgfh5LBxE", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [18.0, -41.0, 8.0], "id": "4dyLo568W76n", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [29.0, -70.0, 15.0], "id": + "4ineVCevXTKZ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-47.0, 33.0, 9.0], "id": "53SQBg92cYMK", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [25.0, -59.0, 20.0], "id": "5BXLqQtprDX6", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [11.0, -59.0, 42.0], "id": "5EEDcQCv5RAP", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-32.0, -41.0, -18.0], "id": "5UgUpnfkaiLP", "image": + null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-47.0, 26.0, 20.0], "id": + "5xCS5b8Zawh6", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [25.0, -37.0, 4.0], "id": "5yngCccwEWjA", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [14.0, -41.0, 15.0], "id": "69LWenna6Y9h", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-22.0, -70.0, 15.0], "id": "6GzWEiiRCxvz", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 26.0, 9.0], "id": "6KCWDZ2QBvHm", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -37.0, 31.0], + "id": "6LkoN4z3xcYV", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [29.0, -44.0, 4.0], "id": "6X5U7szLojXD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [22.0, 37.0, 20.0], "id": "6j7Zqgz6utgy", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-32.0, -33.0, -24.0], "id": "7CBYB8uS8fuK", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [25.0, 30.0, -2.0], "id": "7GQPG9m9jnWN", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -56.0, 9.0], + "id": "7S48DL8UFL5B", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [22.0, 37.0, 20.0], "id": "7iF9ZBCynwdS", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [-47.0, 33.0, 9.0], "id": "7iywfNScBBPQ", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [-25.0, -63.0, 26.0], "id": "7yPofwwqq8gc", "image": null, "kind": + "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [-29.0, -52.0, -7.0], "id": "8Np7kwnudixz", + "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": [14.0, -41.0, 37.0], + "id": "HBjsaPrDvrhK", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": []}, {"coordinates": + [-11.0, -48.0, 9.0], "id": "Mkw32Tu4gqcq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "values": + []}, {"coordinates": [29.0, -30.0, 26.0], "id": "WYGnNBtNdnRF", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "values": []}, {"coordinates": [29.0, -48.0, 2.0], "id": "a3AgGAnGgUrF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "values": []}], "user": null, "weights": []}], "authors": "Fusar-Poli P, Allen P, + Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1007/s00213-007-0757-4", "id": "ZbuEo2kUW23q", "metadata": null, "name": "Modulation + of neural response to happy and sad faces by acute tryptophan depletion.", "pmid": "17375288", "publication": "Psychopharmacology", + "source": "neurosynth", "source_id": "17375288", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2007}, {"analyses": [{"conditions": [], "description": null, "id": "3mcbMoCsoXNN", "images": + [], "name": "23598", "points": [{"coordinates": [-12.0, 14.0, 16.0], "id": "364vJgvW2oeN", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [46.0, -16.0, 0.0], "id": "3M8Qs46ie6jE", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-20.0, 32.0, 46.0], + "id": "3U3rGfPdAfro", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-4.0, -12.0, 38.0], "id": "4ECa8aFHKQyx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-54.0, -34.0, 8.0], "id": "4Z5x9rMyW65J", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [8.0, 4.0, -6.0], "id": "4kH5AGVFviGW", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-10.0, 38.0, 14.0], "id": "6GrLzDJsHWPB", "image": + null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-8.0, -26.0, 64.0], "id": + "7D6TQPznrfTF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [-12.0, -48.0, 44.0], "id": "7YtioY3e9QwV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [-14.0, -46.0, 2.0], "id": "haa9LxmuNjoX", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-4.0, -28.0, 38.0], "id": "nBsVkmKHeSPQ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}, {"conditions": [], "description": + null, "id": "7afo3nCCDWtT", "images": [], "name": "23599", "points": [{"coordinates": [-12.0, 14.0, 56.0], "id": "3mLJgJ3eJNBp", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-14.0, -52.0, + -16.0], "id": "4ZexzcFKF4UK", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": + [20.0, -15.0, -20.0], "id": "6WxkMboWs97W", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": + []}, {"coordinates": [48.0, -20.0, 4.0], "id": "78VQGVTTJ8qa", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "values": []}, {"coordinates": [-14.0, -32.0, 40.0], "id": "89kyxGFKu9Sc", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [-40.0, -32.0, 8.0], "id": "Tt4vy9gtafE8", + "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}, {"coordinates": [60.0, 6.0, -2.0], + "id": "uF2vFu8D7p9m", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "values": []}], "user": + null, "weights": []}, {"conditions": [], "description": null, "id": "5EYKv2cPMveB", "images": [], "name": "23600", + "points": [{"coordinates": [-56.0, -36.0, 10.0], "id": "7B8nJpwCvKik", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "values": []}, {"coordinates": [-36.0, -30.0, 18.0], "id": "8AHiUaTXhhST", "image": null, "kind": + "unknown", "label_id": null, "space": "MNI", "values": []}], "user": null, "weights": []}], "authors": "Mitterschiffthaler + MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.1002/hbm.20337", "id": "4xXMASGQSwyj", "metadata": null, "name": "A functional MRI study of happy and sad + affective states induced by classical music.", "pmid": "17290372", "publication": "Human brain mapping", "source": + "neurosynth", "source_id": "17290372", "source_updated_at": null, "updated_at": "2023-06-21T22:17:27.973390+00:00", + "user": null, "year": 2007}], "updated_at": null, "user": "google-oauth2|100511154128738502835"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/annotations/5SPpPvY3x9Fp + response: + body: + string: '{"created_at": "2023-05-23T20:15:14.060372+00:00", "description": "", "id": "5SPpPvY3x9Fp", "metadata": null, + "name": "Annotation for studyset n5zg69u5T4tM", "note_keys": {"dummy_string": "string", "included": "boolean"}, "notes": + [{"analysis": "fPbGgVwV6WY4", "analysis_name": "spmT WB ALLFACES>SHAPES", "authors": "Sally A. Grace, Izelle Labuschagne, + David J. Castle and Susan L. Rossell", "note": {"dummy_string": "hampster", "included": false}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "5Aa9eTyM6Z73", "analysis_name": "spmT WB BDD>HC", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle + and Susan L. Rossell", "note": {"dummy_string": "cat", "included": false}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "7npj8yWwnet4", "analysis_name": "spmT WB GroupXDrug BDD>HC", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", "included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "6nTZmgpghK4z", "analysis_name": "spmT WB HC>BDD", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle + and Susan L. Rossell", "note": {"dummy_string": "cat", "included": false}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "4uN7cxX3QSqL", "analysis_name": "spmT WB MainEffectDrug OXT>PBO", "authors": "Sally A. Grace, Izelle Labuschagne, + David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", "included": false}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "5ZQbnszRa6sF", "analysis_name": "spmT WB MainEffectDrug PBO>OXT", "authors": "Sally A. Grace, Izelle Labuschagne, + David J. Castle and Susan L. Rossell", "note": {"dummy_string": "dog", "included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "TfsWwDHeVeSq", "analysis_name": "42081", "authors": "Johnstone T, van Reekum CM, Oakes TR, Davidson RJ", "note": + {"dummy_string": "dog", "included": true}, "publication": "Social cognitive and affective neuroscience", "study": + "4KxodnKqYrS4", "study_name": "The voice of emotion: an FMRI study of neural responses to angry and happy vocal expressions.", + "study_year": 2006}, {"analysis": "6HhdbbASwrK3", "analysis_name": "37588", "authors": "Oetken S, Pauly KD, Gur RC, + Schneider F, Habel U, Pohl A", "note": {"dummy_string": "dog", "included": true}, "publication": "Neuropsychologia", + "study": "4rDGfjjGNAgq", "study_name": "Don''t worry, be happy - Neural correlates of the influence of musically induced + mood on self-evaluation.", "study_year": 2017}, {"analysis": "QqmewarwTt36", "analysis_name": "42247", "authors": + "Suzuki A, Goh JO, Hebrank A, Sutton BP, Jenkins L, Flicker BA, Park DC", "note": {"dummy_string": "dog", "included": + true}, "publication": "Social cognitive and affective neuroscience", "study": "5KmCyQFLh4Ew", "study_name": "Sustained + happiness? Lack of repetition suppression in right-ventral visual cortex for happy faces.", "study_year": 2011}, {"analysis": + "3bCxZ89SwqBQ", "analysis_name": "40466", "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, + Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "note": {"dummy_string": "cat", "included": true}, + "publication": "PloS one", "study": "5N5L2d5f3J3f", "study_name": "Dissociating maternal responses to sad and happy + facial expressions of their own child: An fMRI study.", "study_year": 2017}, {"analysis": "qWEpgVfpLepn", "analysis_name": + "40467", "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner R, Herpertz + SC, Boedeker K, Bermpohl F", "note": {"dummy_string": "cat", "included": true}, "publication": "PloS one", "study": + "5N5L2d5f3J3f", "study_name": "Dissociating maternal responses to sad and happy facial expressions of their own child: + An fMRI study.", "study_year": 2017}, {"analysis": "5KXN7E3YVVhU", "analysis_name": "40468", "authors": "Kluczniok + D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl + F", "note": {"dummy_string": "cat", "included": false}, "publication": "PloS one", "study": "5N5L2d5f3J3f", "study_name": + "Dissociating maternal responses to sad and happy facial expressions of their own child: An fMRI study.", "study_year": + 2017}, {"analysis": "6cUpoaBzsSbA", "analysis_name": "Model 1-Cues: Interaction Social Condition by Group", "authors": + "Kimberly C. Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", + "note": {"dummy_string": "cat", "included": false}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", + "study_name": "Atypical processing of social anticipation and feedback in borderline personality disorder", "study_year": + null}, {"analysis": "6skr8EiHiW73", "analysis_name": "Model 2-Feedback: Amygdala Mask", "authors": "Kimberly C. Doell, + Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": {"dummy_string": + "cat", "included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "study_year": null}, {"analysis": + "4f4dMGS4zuoT", "analysis_name": "Model 2-Feedback: Interaction Social Condition by Group", "authors": "Kimberly C. + Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": + {"dummy_string": "hampster", "included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": + "Atypical processing of social anticipation and feedback in borderline personality disorder", "study_year": null}, + {"analysis": "7BRmUpYpiCPE", "analysis_name": "14799", "authors": "Keedwell PA, Andrew C, Williams SC, Brammer MJ, + Phillips ML", "note": {"dummy_string": "dog", "included": false}, "publication": "Biological psychiatry", "study": + "3NK8yHeevRct", "study_name": "A double dissociation of ventromedial prefrontal cortical responses to sad and happy + stimuli in depressed and healthy individuals.", "study_year": 2005}, {"analysis": "PZtHzKXasZmg", "analysis_name": + "17019", "authors": "Cullen KR, LaRiviere LL, Vizueta N, Thomas KM, Hunt RH, Miller MJ, Lim KO, Schulz SC", "note": + {"dummy_string": "dog", "included": true}, "publication": "Brain imaging and behavior", "study": "4wMYLcaZa25g", "study_name": + "Brain activation in response to overt and covert fear and happy faces in women with borderline personality disorder.", + "study_year": 2015}, {"analysis": "4Yex3gzet4E3", "analysis_name": "41548", "authors": "Norbury R, Taylor MJ, Selvaraj + S, Murphy SE, Harmer CJ, Cowen PJ", "note": {"dummy_string": "dog", "included": true}, "publication": "Psychopharmacology", + "study": "ukeN793Sct3Y", "study_name": "Short-term antidepressant treatment modulates amygdala response to happy faces.", + "study_year": 2009}, {"analysis": "3BKoPowaKTaL", "analysis_name": "41528", "authors": "Fusar-Poli P, Allen P, Lee + F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "note": {"dummy_string": "dog", "included": + true}, "publication": "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation of neural response + to happy and sad faces by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "8Bw8PFwRQSj2", "analysis_name": + "41530", "authors": "Fusar-Poli P, Allen P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire + PK", "note": {"dummy_string": "dog", "included": false}, "publication": "Psychopharmacology", "study": "ZbuEo2kUW23q", + "study_name": "Modulation of neural response to happy and sad faces by acute tryptophan depletion.", "study_year": + 2007}, {"analysis": "47qaAFTcNtEw", "analysis_name": "41529", "authors": "Fusar-Poli P, Allen P, Lee F, Surguladze + S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "note": {"dummy_string": "dog", "included": false}, "publication": + "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation of neural response to happy and sad faces + by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "7afo3nCCDWtT", "analysis_name": "23599", "authors": + "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"dummy_string": "dog", "included": false}, + "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI study of happy and + sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "3mcbMoCsoXNN", "analysis_name": + "23598", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"dummy_string": "dog", + "included": true}, "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI + study of happy and sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "5EYKv2cPMveB", + "analysis_name": "23600", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"dummy_string": + "dog", "included": false}, "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional + MRI study of happy and sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "7oxFciwfWehs", + "analysis_name": "Model 3--Independent Samples T-Test Regression Analysis", "authors": "Kimberly C. Doell, Emilie + Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": {"dummy_string": + "hampster", "included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "study_year": null}, {"analysis": + "76AvL5Nuq7rc", "analysis_name": "23101", "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": + {"dummy_string": "hampster", "included": false}, "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", + "study_name": "Intact brain processing of musical emotions in autism spectrum disorder, but more cognitive load and + arousal in happy vs. sad music.", "study_year": 2014}, {"analysis": "8FGGhQh4m7Rx", "analysis_name": "23102", "authors": + "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": {"dummy_string": "hampster", "included": false}, "publication": + "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", "study_name": "Intact brain processing of musical emotions in + autism spectrum disorder, but more cognitive load and arousal in happy vs. sad music.", "study_year": 2014}, {"analysis": + "7svnYfHnz24L", "analysis_name": "23103", "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": + {"dummy_string": "hampster", "included": false}, "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", + "study_name": "Intact brain processing of musical emotions in autism spectrum disorder, but more cognitive load and + arousal in happy vs. sad music.", "study_year": 2014}, {"analysis": "tHpWX6N8mfix", "analysis_name": "37865", "authors": + "Jimura K, Konishi S, Miyashita Y", "note": {"dummy_string": "hampster", "included": true}, "publication": "Neuroscience + letters", "study": "5RkUxRUh6e2G", "study_name": "Temporal pole activity during perception of sad faces, but not happy + faces, correlates with neuroticism trait.", "study_year": 2009}, {"analysis": "pVNZSTjHVaAu", "analysis_name": "39504", + "authors": "Luo Y, Huang X, Yang Z, Li B, Liu J, Wei D", "note": {"dummy_string": "hampster", "included": true}, "publication": + "PloS one", "study": "6AkrZQQo2ysG", "study_name": "Regional homogeneity of intrinsic brain activity in happy and + unhappy individuals.", "study_year": 2014}, {"analysis": "38HqPANwZTG2", "analysis_name": "42004", "authors": "Pulkkinen + J, Nikkinen J, Kiviniemi V, Maki P, Miettunen J, Koivukangas J, Mukkala S, Nordstrom T, Barnett JH, Jones PB, Moilanen + I, Murray GK, Veijola J", "note": {"dummy_string": "hampster", "included": true}, "publication": "Schizophrenia research", + "study": "6gD4cLusQaGb", "study_name": "Functional mapping of dynamic happy and fearful facial expressions in young + adults with familial risk for psychosis - Oulu Brain and Mind Study.", "study_year": 2015}, {"analysis": "7FwRKS36kZp9", + "analysis_name": "15331", "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "note": {"dummy_string": "hampster", + "included": false}, "publication": "Biological psychology", "study": "6hNANgeoQKYP", "study_name": "When you smile, + you become happy: Evidence from resting state task-based fMRI.", "study_year": 2014}, {"analysis": "7VPXqibNQ2La", + "analysis_name": "15332", "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "note": {"dummy_string": "cat", + "included": true}, "publication": "Biological psychology", "study": "6hNANgeoQKYP", "study_name": "When you smile, + you become happy: Evidence from resting state task-based fMRI.", "study_year": 2014}, {"analysis": "qpaYC5aDTs6b", + "analysis_name": "tbl1", "authors": null, "note": {"dummy_string": "cat", "included": true}, "publication": null, + "study": "6p9pnHPhfQeP", "study_name": "Recognition of happy facial affect in panic disorder: An fMRI study", "study_year": + null}, {"analysis": "4hbTmow27Edz", "analysis_name": "tbl2", "authors": null, "note": {"dummy_string": "cat", "included": + false}, "publication": null, "study": "6p9pnHPhfQeP", "study_name": "Recognition of happy facial affect in panic disorder: + An fMRI study", "study_year": null}, {"analysis": "6tyc7jYAVweq", "analysis_name": "29444", "authors": "Killgore WD, + Yurgelun-Todd DA", "note": {"dummy_string": "cat", "included": true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", + "study_name": "Activation of the amygdala and anterior cingulate during nonconscious processing of sad versus happy + faces.", "study_year": 2004}, {"analysis": "gV3e93K3akeu", "analysis_name": "29445", "authors": "Killgore WD, Yurgelun-Todd + DA", "note": {"dummy_string": "cat", "included": true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", "study_name": + "Activation of the amygdala and anterior cingulate during nonconscious processing of sad versus happy faces.", "study_year": + 2004}, {"analysis": "6jQ32kDkDdm8", "analysis_name": "34301", "authors": "Egidi G, Caramazza A", "note": {"dummy_string": + "cat", "included": false}, "publication": "NeuroImage", "study": "6SoirEH52CMp", "study_name": "Mood-dependent integration + in discourse comprehension: happy and sad moods affect consistency processing via different brain networks.", "study_year": + 2014}, {"analysis": "7h23dzabx6Lt", "analysis_name": "34302", "authors": "Egidi G, Caramazza A", "note": {"dummy_string": + "cat", "included": true}, "publication": "NeuroImage", "study": "6SoirEH52CMp", "study_name": "Mood-dependent integration + in discourse comprehension: happy and sad moods affect consistency processing via different brain networks.", "study_year": + 2014}, {"analysis": "7ovNsQMayNZY", "analysis_name": "T1", "authors": null, "note": {"dummy_string": "cat", "included": + true}, "publication": null, "study": "7JtZxnwqByGB", "study_name": "A Functional MRI Study of Happy and Sad Emotions + in Music with and without Lyrics", "study_year": null}, {"analysis": "3vrbzpxw9Cpi", "analysis_name": "tbl0005", "authors": + null, "note": {"dummy_string": "cat", "included": false}, "publication": null, "study": "7qae4ZZAYbnZ", "study_name": + "Testosterone administration in women increases amygdala responses to fearful and happy faces", "study_year": null}, + {"analysis": "8KgV3ZUBnouD", "analysis_name": "29803", "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider + F", "note": {"dummy_string": "cat", "included": true}, "publication": "NeuroImage", "study": "85PTzT2hpjSH", "study_name": + "Same or different? Neural correlates of happy and sad mood in healthy males.", "study_year": 2005}, {"analysis": + "5nbDXoWuULds", "analysis_name": "29804", "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "note": + {"dummy_string": "cat", "included": true}, "publication": "NeuroImage", "study": "85PTzT2hpjSH", "study_name": "Same + or different? Neural correlates of happy and sad mood in healthy males.", "study_year": 2005}, {"analysis": "6Pskc22jqRG9", + "analysis_name": "19175", "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "note": + {"dummy_string": "cat", "included": true}, "publication": "Cerebral cortex (New York, N.Y. : 1991)", "study": "8Kr5LfW7Abga", + "study_name": "On emotional conflict: interference resolution of happy and angry prosody reveals valence-specific + effects.", "study_year": 2010}, {"analysis": "8KL5SpPjm2eu", "analysis_name": "19176", "authors": "Wittfoth M, Schroder + C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "note": {"dummy_string": "dog", "included": true}, "publication": "Cerebral + cortex (New York, N.Y. : 1991)", "study": "8Kr5LfW7Abga", "study_name": "On emotional conflict: interference resolution + of happy and angry prosody reveals valence-specific effects.", "study_year": 2010}, {"analysis": "4hXNxByzL2vS", "analysis_name": + "t0005", "authors": null, "note": {"dummy_string": "dog", "included": true}, "publication": null, "study": "GrhKTkDpbMEx", + "study_name": "Happy facial expression processing with different social interaction cues: An fMRI study of individuals + with schizotypal personality traits", "study_year": null}, {"analysis": "32UCEiz5GhWK", "analysis_name": "42827", + "authors": "Persson N, Lavebratt C, Ebner NC, Fischer H", "note": {"dummy_string": "dog", "included": true}, "publication": + "Social cognitive and affective neuroscience", "study": "J427eVUr4rYy", "study_name": "Influence of DARPP-32 genetic + variation on BOLD activation to happy faces.", "study_year": 2017}, {"analysis": "5pDYgPGpD2uS", "analysis_name": + "tbl2", "authors": null, "note": {"dummy_string": "dog", "included": false}, "publication": null, "study": "LDpfxa9VU8Av", + "study_name": "A differential pattern of neural response toward sad versus happy facial expressions in major depressive + disorder", "study_year": null}, {"analysis": "BpS3u6sAfe8g", "analysis_name": "34402", "authors": "Kong F, Hu S, Wang + X, Song Y, Liu J", "note": {"dummy_string": "dog", "included": true}, "publication": "NeuroImage", "study": "uPDUNVQUJvpt", + "study_name": "Neural correlates of the happy life: The amplitude of spontaneous low frequency fluctuations predicts + subjective well-being.", "study_year": 2015}, {"analysis": "95c2k6ff2Pfh", "analysis_name": "37742", "authors": "Lee + TM, Liu HL, Hoosain R, Liao WT, Wu CT, Yuen KS, Chan CC, Fox PT, Gao JH", "note": {"dummy_string": "dog", "included": + false}, "publication": "Neuroscience letters", "study": "xQhZkTxtHGZH", "study_name": "Gender differences in neural + correlates of recognition of happy and sad faces in humans assessed by functional magnetic resonance imaging.", "study_year": + 2002}, {"analysis": "3H5dDZEkqeZm", "analysis_name": "39766", "authors": "Felmingham KL, Falconer EM, Williams L, + Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"dummy_string": "dog", "included": false}, "publication": "PloS one", + "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral striatal activity to happy faces in PTSD is associated + with emotional numbing.", "study_year": 2014}, {"analysis": "7xMSzM9VJtrK", "analysis_name": "39765", "authors": "Felmingham + KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"dummy_string": "dog", "included": true}, + "publication": "PloS one", "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral striatal activity + to happy faces in PTSD is associated with emotional numbing.", "study_year": 2014}, {"analysis": "icaz7Y5jZJfV", "analysis_name": + "39767", "authors": "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"dummy_string": + "cat", "included": false}, "publication": "PloS one", "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and + ventral striatal activity to happy faces in PTSD is associated with emotional numbing.", "study_year": 2014}, {"analysis": + "3r8sCMStLUTc", "analysis_name": "21622", "authors": "Chakrabarti B, Kent L, Suckling J, Bullmore E, Baron-Cohen S", + "note": {"dummy_string": "hampster", "included": true}, "publication": "The European journal of neuroscience", "study": + "3f6YK9Z83mU3", "study_name": "Variations in the human cannabinoid receptor (CNR1) gene modulate striatal responses + to happy faces.", "study_year": 2006}, {"analysis": "7BtTmQCtTLDG", "analysis_name": "spmT gPPI ANGRY>SHAPES Int1", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", + "included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin + alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "7AKSr54RRuDe", "analysis_name": "spmT gPPI ANGRY>SHAPES HC>BDD", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", + "included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin + alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "59gY3ro98L28", "analysis_name": "spmT gPPI ANGRY>SHAPES BDD>HC", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", + "included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin + alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "5UqTAfa29ak4", "analysis_name": "spmT gPPI ANGRY>SHAPES Int2", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"dummy_string": "cat", + "included": false}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "75fxWNPbZbjv", "analysis_name": "spmF WB + GroupXDrugXEmotion", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": + {"dummy_string": "dog", "included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": + "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A + double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": "5NwZPXwcbmmZ", "analysis_name": + "32542", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", + "note": {"dummy_string": "dog", "included": true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": + "Congruence of happy and sad emotion in music and faces modifies cortical audiovisual activation.", "study_year": + 2011}, {"analysis": "5yDouUon6EJh", "analysis_name": "32541", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud + P, Muzik O, Behen ME, Chugani HT, Chugani DC", "note": {"dummy_string": "hampster", "included": false}, "publication": + "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy and sad emotion in music and faces modifies + cortical audiovisual activation.", "study_year": 2011}, {"analysis": "4Xbk2AS5pRZy", "analysis_name": "32540", "authors": + "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", "note": {"dummy_string": + "cat", "included": false}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy + and sad emotion in music and faces modifies cortical audiovisual activation.", "study_year": 2011}, {"analysis": "3uR4kLx5hPdT", + "analysis_name": "32543", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani + HT, Chugani DC", "note": {"dummy_string": "dog", "included": true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", + "study_name": "Congruence of happy and sad emotion in music and faces modifies cortical audiovisual activation.", + "study_year": 2011}, {"analysis": "3wrf49wQ5KXs", "analysis_name": "25427", "authors": "Henje Blom E, Connolly CG, + Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang TT", "note": {"dummy_string": "cat", "included": + false}, "publication": "Journal of affective disorders", "study": "3C4xq7XcVv96", "study_name": "Altered insular activation + and increased insular functional connectivity during sad and happy face processing in adolescent major depressive + disorder.", "study_year": 2015}, {"analysis": "5XuagvSYMzW9", "analysis_name": "25426", "authors": "Henje Blom E, + Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang TT", "note": {"dummy_string": "dog", + "included": true}, "publication": "Journal of affective disorders", "study": "3C4xq7XcVv96", "study_name": "Altered + insular activation and increased insular functional connectivity during sad and happy face processing in adolescent + major depressive disorder.", "study_year": 2015}, {"analysis": "ngDKFhxBuFG3", "analysis_name": "21088", "authors": + "Todd RM, Lee W, Evans JW, Lewis MD, Taylor MJ", "note": {"dummy_string": "dog", "included": true}, "publication": + "Developmental cognitive neuroscience", "study": "3SVHsdWTFHbV", "study_name": "Withholding response in the face of + a smile: age-related differences in prefrontal sensitivity to Nogo cues following happy and angry faces.", "study_year": + 2012}, {"analysis": "4hZswu6NM87F", "analysis_name": "14800", "authors": "Keedwell PA, Andrew C, Williams SC, Brammer + MJ, Phillips ML", "note": {"dummy_string": "dog", "included": true}, "publication": "Biological psychiatry", "study": + "3NK8yHeevRct", "study_name": "A double dissociation of ventromedial prefrontal cortical responses to sad and happy + stimuli in depressed and healthy individuals.", "study_year": 2005}], "source": null, "source_id": null, "source_updated_at": + null, "studyset": "n5zg69u5T4tM", "updated_at": "2023-11-22T23:27:06.224100+00:00", "user": "google-oauth2|100511154128738502835", + "username": "James Kent"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK - request: body: '{"meta_analysis_id": "7joU2Siajs5X"}' headers: diff --git a/compose_runner/tests/cassettes/test_run/test_run_workflow.yaml b/compose_runner/tests/cassettes/test_run/test_run_workflow.yaml index 11cb258..bbb4684 100644 --- a/compose_runner/tests/cassettes/test_run/test_run_workflow.yaml +++ b/compose_runner/tests/cassettes/test_run/test_run_workflow.yaml @@ -961,6 +961,3229 @@ interactions: status: code: 200 message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/studysets/n5zg69u5T4tM?nested=true + response: + body: + string: '{"created_at": "2023-05-23T20:14:51.545431+00:00", "description": "", "doi": null, "id": "n5zg69u5T4tM", "name": + "Studyset for test", "pmid": null, "publication": null, "studies": [{"analyses": [{"conditions": [], "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "95c2k6ff2Pfh", "images": [], "name": "37742", "points": + [{"analysis": "95c2k6ff2Pfh", "coordinates": [3.0, 4.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "95c2k6ff2Pfh", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4oVpCmnXRm5L", "label": "37742", + "level": "group", "updated_at": null}], "id": "4YxE46FqgFZX", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "95c2k6ff2Pfh", "coordinates": [6.0, + 7.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "95c2k6ff2Pfh", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6P2VabqMfkQC", "label": "37742", "level": "group", "updated_at": null}], + "id": "7Kau8V3JAMAG", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "95c2k6ff2Pfh", "coordinates": [7.0, 18.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "95c2k6ff2Pfh", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5W9RjR4aYzQf", + "label": "37742", "level": "group", "updated_at": null}], "id": "3f2DGtrmyiWS", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "95c2k6ff2Pfh", "coordinates": + [7.0, 18.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "95c2k6ff2Pfh", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6HxiGzcs263e", "label": "37742", "level": "group", "updated_at": null}], + "id": "4inMEKCFjxrS", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}], "study": "xQhZkTxtHGZH", "updated_at": null, "user": null, "weights": []}], "authors": "Lee + TM, Liu HL, Hoosain R, Liao WT, Wu CT, Yuen KS, Chan CC, Fox PT, Gao JH", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/S0304-3940(02)00965-5", "id": "xQhZkTxtHGZH", "metadata": null, "name": "Gender + differences in neural correlates of recognition of happy and sad faces in humans assessed by functional magnetic + resonance imaging.", "pmid": "12401549", "publication": "Neuroscience letters", "source": "neurosynth", "source_id": + "12401549", "source_updated_at": null, "updated_at": null, "user": null, "year": 2002}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "6tyc7jYAVweq", "images": [], "name": + "29444", "points": [{"analysis": "6tyc7jYAVweq", "coordinates": [0.0, 14.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7novqM5SEYsX", + "label": "29444", "level": "group", "updated_at": null}], "id": "5NAGQpoACrVA", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [16.0, 34.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6tyc7jYAVweq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6truFgexrEt4", "label": "29444", "level": "group", "updated_at": null}], + "id": "pSNnRZn8BRx5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": [0.0, 28.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7yC255DYGPoE", + "label": "29444", "level": "group", "updated_at": null}], "id": "3pNjRLrT7iDm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [-12.0, 40.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6tyc7jYAVweq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7eWHG4op4cQX", "label": "29444", "level": "group", "updated_at": null}], + "id": "7HJ3knFBt6ce", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": [4.0, 28.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "32euDTFhFr3e", + "label": "29444", "level": "group", "updated_at": null}], "id": "3AZKYMmU6Ey2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [24.0, 0.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6tyc7jYAVweq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7bitMfzMy9BF", "label": "29444", "level": "group", "updated_at": null}], + "id": "LX2KJNPV5mF6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": [-2.0, -4.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5raUsTLUDHiZ", + "label": "29444", "level": "group", "updated_at": null}], "id": "4x9Rsd55QXgM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [-20.0, -6.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6tyc7jYAVweq", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3QuVvg4zBvpi", "label": "29444", "level": "group", "updated_at": + null}], "id": "3ddMsnY5x5Mi", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": [22.0, 0.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5Mj5U3VHDFRE", + "label": "29444", "level": "group", "updated_at": null}], "id": "6iKqmvtDEXrr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [-8.0, 2.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6tyc7jYAVweq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6bfAVcdsH3Kv", "label": "29444", "level": "group", "updated_at": null}], + "id": "8Fo6ubQMN7Bc", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": [-8.0, 38.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5iYfej3Mtb4d", + "label": "29444", "level": "group", "updated_at": null}], "id": "7Z5LjYrdsrnb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [-14.0, 48.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6tyc7jYAVweq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "54BCUcPTJUYu", "label": "29444", "level": "group", "updated_at": null}], + "id": "7BMRcYD6hegT", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": [14.0, 48.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4HRyoXat6ppf", + "label": "29444", "level": "group", "updated_at": null}], "id": "5KecXf7K2L6B", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [-10.0, 38.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6tyc7jYAVweq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5k5gZmBuQepT", "label": "29444", "level": "group", "updated_at": null}], + "id": "4uPRi8zYbHTw", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": [-28.0, -6.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "CcDB3N9LQBaG", + "label": "29444", "level": "group", "updated_at": null}], "id": "LyUGVxjDNnGz", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [-8.0, 38.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6tyc7jYAVweq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "44GiSYckhgSw", "label": "29444", "level": "group", "updated_at": null}], + "id": "4g6c2nyPqT3d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": [-14.0, 44.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6tyc7jYAVweq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5hP6thbkDtWy", + "label": "29444", "level": "group", "updated_at": null}], "id": "6Ffeuqz7Yc9R", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6tyc7jYAVweq", "coordinates": + [12.0, 38.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6tyc7jYAVweq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "Rq9rgnQPugvK", "label": "29444", "level": "group", "updated_at": null}], + "id": "34nWrfnr8RjD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "6qJcQ74oipDU", "updated_at": null, "user": null, "weights": []}, {"conditions": [], + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "gV3e93K3akeu", "images": [], "name": + "29445", "points": [{"analysis": "gV3e93K3akeu", "coordinates": [24.0, -88.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3TVn4QdBPJ2j", + "label": "29445", "level": "group", "updated_at": null}], "id": "eGNwQXeM26Hr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "gV3e93K3akeu", "coordinates": + [46.0, -56.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "gV3e93K3akeu", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "39SakAzkB4RU", "label": "29445", "level": "group", "updated_at": + null}], "id": "6j2aUQYWASfD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "gV3e93K3akeu", "coordinates": [-46.0, -82.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "889jc7cWPdPn", + "label": "29445", "level": "group", "updated_at": null}], "id": "5BX2HVLwQHLm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "gV3e93K3akeu", "coordinates": + [-38.0, -52.0, -32.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "gV3e93K3akeu", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7u5V6nwij5sX", "label": "29445", "level": "group", "updated_at": + null}], "id": "y2cuS2GDeFZk", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "gV3e93K3akeu", "coordinates": [6.0, -82.0, -40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7cY5KNRjcvPp", + "label": "29445", "level": "group", "updated_at": null}], "id": "6uhZ6u7tyPix", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "gV3e93K3akeu", "coordinates": + [50.0, -48.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "gV3e93K3akeu", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4iPf5gT77WG8", "label": "29445", "level": "group", "updated_at": + null}], "id": "55ZabhZK9akT", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "gV3e93K3akeu", "coordinates": [48.0, -74.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "gV3e93K3akeu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7oN6KGEKnnVq", + "label": "29445", "level": "group", "updated_at": null}], "id": "4CwwpDkhkoga", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "gV3e93K3akeu", "coordinates": + [8.0, -68.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "gV3e93K3akeu", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "54EBaQT3t6uD", "label": "29445", "level": "group", "updated_at": null}], + "id": "5TtzcZzpmJVx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "6qJcQ74oipDU", "updated_at": null, "user": null, "weights": []}], "authors": "Killgore + WD, Yurgelun-Todd DA", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2003.12.033", + "id": "6qJcQ74oipDU", "metadata": null, "name": "Activation of the amygdala and anterior cingulate during nonconscious + processing of sad versus happy faces.", "pmid": "15050549", "publication": "NeuroImage", "source": "neurosynth", + "source_id": "15050549", "source_updated_at": null, "updated_at": null, "user": null, "year": 2004}, {"analyses": + [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "8KgV3ZUBnouD", "images": + [], "name": "29803", "points": [{"analysis": "8KgV3ZUBnouD", "coordinates": [16.0, -44.0, 56.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "VVPKsTB2ySrL", + "label": "29803", "level": "group", "updated_at": null}], "id": "7pMondFRzdLm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-30.0, -30.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6vYT58os8ALJ", "label": "29803", "level": "group", "updated_at": + null}], "id": "4Z7egLm2CBTf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [-44.0, -70.0, 34.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4933PGBRiJmt", + "label": "29803", "level": "group", "updated_at": null}], "id": "EzSuWGmbGFuk", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-54.0, -10.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5wZtfYWNqjQs", "label": "29803", "level": "group", "updated_at": + null}], "id": "7HoUhGLXAoc5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [-4.0, -50.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "w6Rb97j8chm6", + "label": "29803", "level": "group", "updated_at": null}], "id": "gpEeWzm5nREL", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-26.0, -18.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "DoSuoXQuoVby", "label": "29803", "level": "group", "updated_at": + null}], "id": "5CMrbDqWpENi", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [-4.0, 34.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "67XPkqhLFCqq", + "label": "29803", "level": "group", "updated_at": null}], "id": "63LZrfVGCTkR", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [14.0, -40.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4f7TCkDCGVhi", "label": "29803", "level": "group", "updated_at": null}], + "id": "4jKdtD9qQzdX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [-40.0, 38.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4W58ooNjAH2h", + "label": "29803", "level": "group", "updated_at": null}], "id": "82Uwkqgnkyp3", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-12.0, 56.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6rUrM4ZxoYwE", "label": "29803", "level": "group", "updated_at": null}], + "id": "r6cYFNaTebF9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [-10.0, 56.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6gRbpo2C3Z9t", + "label": "29803", "level": "group", "updated_at": null}], "id": "7bLmPhG5diWP", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-54.0, -6.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6rRwF9f97GGR", "label": "29803", "level": "group", "updated_at": + null}], "id": "78ztePgyguV7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [-54.0, -32.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5QDT38RtrNgG", + "label": "29803", "level": "group", "updated_at": null}], "id": "7Wy55sBZP6mP", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-44.0, -58.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4LDLohRQctMv", "label": "29803", "level": "group", "updated_at": + null}], "id": "6WJGXYQRbLeW", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [-22.0, 22.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5jjqB6J934oQ", + "label": "29803", "level": "group", "updated_at": null}], "id": "ebAfnXeFWpGh", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-6.0, -64.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6WeTrXPmxJLh", "label": "29803", "level": "group", "updated_at": null}], + "id": "5tTpPbHrJ4sd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [-34.0, -10.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6HXnnXk4qa7u", + "label": "29803", "level": "group", "updated_at": null}], "id": "DoT9vJuDpA9d", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-26.0, 8.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6AmpmDkBLMc4", "label": "29803", "level": "group", "updated_at": null}], + "id": "5yDxjh2nbajb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [24.0, -42.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7msoaHvKsasy", + "label": "29803", "level": "group", "updated_at": null}], "id": "8C5ujUDpCPSa", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-38.0, -28.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6tdctCLN4t87", "label": "29803", "level": "group", "updated_at": + null}], "id": "7FDXtmGCRFQF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": [-24.0, 28.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KgV3ZUBnouD", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "66PknSdjXbNJ", + "label": "29803", "level": "group", "updated_at": null}], "id": "5T2B8TrgiPV9", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KgV3ZUBnouD", "coordinates": + [-30.0, 12.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KgV3ZUBnouD", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4DWoUqubVyR4", "label": "29803", "level": "group", "updated_at": + null}], "id": "6Qm3GzihQcBd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}], "study": "85PTzT2hpjSH", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "5nbDXoWuULds", "images": [], "name": + "29804", "points": [{"analysis": "5nbDXoWuULds", "coordinates": [-30.0, 16.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4ydKrB9qPjMp", + "label": "29804", "level": "group", "updated_at": null}], "id": "5XkkX5yKnniu", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": + [30.0, 18.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5nbDXoWuULds", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "RDQyPs8WtyaG", "label": "29804", "level": "group", "updated_at": null}], + "id": "4bZahrjmSoYs", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": [-6.0, 36.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4HydRH2fFxrn", + "label": "29804", "level": "group", "updated_at": null}], "id": "5sN7Jadt5sYM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": + [40.0, -20.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5nbDXoWuULds", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6zFpNuThpTTF", "label": "29804", "level": "group", "updated_at": + null}], "id": "6JmYe22EnsK9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": [46.0, -24.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3aaKsVNaYT6j", + "label": "29804", "level": "group", "updated_at": null}], "id": "73TGtSL6aykb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": + [-64.0, -22.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5nbDXoWuULds", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4ZsNqMcj6ByG", "label": "29804", "level": "group", "updated_at": + null}], "id": "8LKj6VBr8ZWu", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": [22.0, 22.0, 36.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7nunhf8U6Szt", + "label": "29804", "level": "group", "updated_at": null}], "id": "7oUV5AkGRjzH", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": + [-14.0, -20.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5nbDXoWuULds", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3jKCrSo3R56d", "label": "29804", "level": "group", "updated_at": + null}], "id": "8474RhrGpB9b", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": [14.0, -42.0, -30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3FCAnBs9Scd7", + "label": "29804", "level": "group", "updated_at": null}], "id": "7hsH5F3C7vsc", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": + [-22.0, -36.0, -30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5nbDXoWuULds", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5fqxEmpUSrEh", "label": "29804", "level": "group", "updated_at": + null}], "id": "5XFevWAWJPDT", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "5nbDXoWuULds", "coordinates": [-36.0, -28.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5nbDXoWuULds", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "359cbncVUyT7", + "label": "29804", "level": "group", "updated_at": null}], "id": "6J2fgYTJfN2f", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "85PTzT2hpjSH", "updated_at": + null, "user": null, "weights": []}], "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2005.01.014", "id": "85PTzT2hpjSH", + "metadata": null, "name": "Same or different? Neural correlates of happy and sad mood in healthy males.", "pmid": + "15862220", "publication": "NeuroImage", "source": "neurosynth", "source_id": "15862220", "source_updated_at": null, + "updated_at": null, "user": null, "year": 2005}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "7BRmUpYpiCPE", "images": [], "name": "14799", "points": [{"analysis": "7BRmUpYpiCPE", + "coordinates": [45.0, 25.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4amyPfX5JsNs", "label": "14799", "level": "group", "updated_at": + null}], "id": "45su6L6aEJuY", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [42.0, 4.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "CvshX2eFJU2Z", + "label": "14799", "level": "group", "updated_at": null}], "id": "4EcrU4Mifcx8", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [57.0, -17.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6dVxqWjz3utN", "label": "14799", "level": "group", "updated_at": null}], + "id": "62KkbjgmCN9o", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [11.0, 48.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6ZzKFtAjPzTj", + "label": "14799", "level": "group", "updated_at": null}], "id": "5RgWZMZh8vBi", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [-25.0, 31.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4v63PjZHn7kP", "label": "14799", "level": "group", "updated_at": null}], + "id": "74ZPcZvKpagN", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [34.0, -40.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3p8dw4koE5dq", + "label": "14799", "level": "group", "updated_at": null}], "id": "7cGkvxVNN7Ex", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [-40.0, 43.0, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4unqK689wqZK", "label": "14799", "level": "group", "updated_at": null}], + "id": "CqPSKUdKDoaD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [44.0, -30.0, 36.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6t8PX8oERw5v", + "label": "14799", "level": "group", "updated_at": null}], "id": "7VuNBTtyPRYs", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [14.0, -82.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6jawbSkfEgf4", "label": "14799", "level": "group", "updated_at": + null}], "id": "87pqkzhfVUxN", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [-2.0, -32.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6wEinxYBseAx", + "label": "14799", "level": "group", "updated_at": null}], "id": "3VnTxH3foLoC", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [47.0, 3.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "63n6w3i6tMG5", "label": "14799", "level": "group", "updated_at": null}], + "id": "5nyhRReiUGcA", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [10.0, 51.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7J7KXXJrwEy8", + "label": "14799", "level": "group", "updated_at": null}], "id": "4guGK8TdFS8z", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [1.0, -27.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7gQkvDfk9cCP", "label": "14799", "level": "group", "updated_at": null}], + "id": "cu73FwmZmfLF", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [-41.0, -2.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "zayNHesSgp3n", + "label": "14799", "level": "group", "updated_at": null}], "id": "4YAdHtgw9sLr", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [-1.0, 33.0, 51.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7tGDzujAYiGU", "label": "14799", "level": "group", "updated_at": null}], + "id": "6H3yjuhNE5Ap", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [-36.0, 43.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4ZyHMELnsbbC", + "label": "14799", "level": "group", "updated_at": null}], "id": "56SJ8X28hSCM", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [34.0, -17.0, 35.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "Pvd5nh5oNVvd", "label": "14799", "level": "group", "updated_at": null}], + "id": "55By8yLPYTFP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [-33.0, -11.0, 29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8AzHZGw6Qdb9", + "label": "14799", "level": "group", "updated_at": null}], "id": "BW2Ysod4NhZD", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [-16.0, -83.0, -30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4kBC7pZhmwpk", "label": "14799", "level": "group", "updated_at": + null}], "id": "37FYTVL7wRTG", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": [-26.0, -37.0, 36.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7BRmUpYpiCPE", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7cXjqpuFN6Hy", + "label": "14799", "level": "group", "updated_at": null}], "id": "3u78nfhd9sPf", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7BRmUpYpiCPE", "coordinates": + [-27.0, -49.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7BRmUpYpiCPE", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7ou2Rqbqq6cY", "label": "14799", "level": "group", "updated_at": + null}], "id": "3tWKErBQ8nAm", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}], "study": "3NK8yHeevRct", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "4hZswu6NM87F", "images": [], "name": + "14800", "points": [{"analysis": "4hZswu6NM87F", "coordinates": [-41.0, 32.0, -9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4hZswu6NM87F", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7CQDouVcXVHQ", + "label": "14800", "level": "group", "updated_at": null}], "id": "Ce3JK85nZSAP", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "4hZswu6NM87F", "coordinates": + [47.0, 16.0, 7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4hZswu6NM87F", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "a4pdnV4W8Cip", "label": "14800", "level": "group", "updated_at": null}], + "id": "5Ew8Xf8zaUWv", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hZswu6NM87F", "coordinates": [34.0, -31.0, -5.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4hZswu6NM87F", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4ipLPHZkAywe", + "label": "14800", "level": "group", "updated_at": null}], "id": "qxmmEwL8F85G", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "4hZswu6NM87F", "coordinates": + [-5.0, 60.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4hZswu6NM87F", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "wXANfZPnYACx", "label": "14800", "level": "group", "updated_at": null}], + "id": "9ijz8CHqhZaD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hZswu6NM87F", "coordinates": [10.0, 50.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4hZswu6NM87F", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8J8bVePiHvbn", + "label": "14800", "level": "group", "updated_at": null}], "id": "7jvVf4nw7ph7", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": "3NK8yHeevRct", "updated_at": + null, "user": null, "weights": []}], "authors": "Keedwell PA, Andrew C, Williams SC, Brammer MJ, Phillips ML", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.biopsych.2005.04.035", "id": "3NK8yHeevRct", + "metadata": null, "name": "A double dissociation of ventromedial prefrontal cortical responses to sad and happy stimuli + in depressed and healthy individuals.", "pmid": "15993859", "publication": "Biological psychiatry", "source": "neurosynth", + "source_id": "15993859", "source_updated_at": null, "updated_at": null, "user": null, "year": 2005}, {"analyses": + [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "3r8sCMStLUTc", "images": + [], "name": "21622", "points": [{"analysis": "3r8sCMStLUTc", "coordinates": [3.1, -21.9, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4fC9472YAPU9", + "label": "21622", "level": "group", "updated_at": null}], "id": "6jUFCnuG27ta", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-20.0, -8.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4Sd4JcaLqjxY", "label": "21622", "level": "group", "updated_at": null}], + "id": "7FYLA84V8Sep", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [0.9, -19.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3SjcRQ62PUdA", + "label": "21622", "level": "group", "updated_at": null}], "id": "56U2igD9cYMy", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [3.0, -18.5, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3SipbwLM7XFq", "label": "21622", "level": "group", "updated_at": null}], + "id": "4PgN6kjJDdjw", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [7.7, -16.3, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8H2eig62fPxo", + "label": "21622", "level": "group", "updated_at": null}], "id": "4qTRrt66iw9D", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [4.2, -5.1, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6oWKawcVrTsw", "label": "21622", "level": "group", "updated_at": null}], + "id": "7rnABWSmA5ZY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [0.5, -26.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5BeS3FC7WuXg", + "label": "21622", "level": "group", "updated_at": null}], "id": "6munF7d4BXPt", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [3.2, 3.1, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "G7DEpoXkdZWz", "label": "21622", "level": "group", "updated_at": null}], + "id": "5raxnsGPTd8H", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [2.7, 5.9, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "so5RTB878Nno", + "label": "21622", "level": "group", "updated_at": null}], "id": "ppkYXQaPspze", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [8.6, 11.3, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3j6raYVWYyVq", "label": "21622", "level": "group", "updated_at": null}], + "id": "3tKrdRuK4v6n", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [4.6, 11.2, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7PPdweMvuVpC", + "label": "21622", "level": "group", "updated_at": null}], "id": "7XZnR8Ef5M2d", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-10.7, 6.7, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "ssUEwvB5DasK", "label": "21622", "level": "group", "updated_at": null}], + "id": "ZkfPw9qKHhnF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [23.0, -30.8, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7TXgD9PMwd7f", + "label": "21622", "level": "group", "updated_at": null}], "id": "4coV6ZhvfRq2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-0.3, -6.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "58K8isiugeFi", "label": "21622", "level": "group", "updated_at": null}], + "id": "6y2JNw5QY4UR", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [18.1, -27.9, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8HMTnRdUU8MG", + "label": "21622", "level": "group", "updated_at": null}], "id": "6uhqH8zkrdvB", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [14.4, 7.2, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "w5X57xAXJCo3", "label": "21622", "level": "group", "updated_at": null}], + "id": "7ueXeUTkDsZE", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [13.7, -25.2, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8Dn5xEHqEaWh", + "label": "21622", "level": "group", "updated_at": null}], "id": "6y9sTDsgpkgX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [12.2, -24.7, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3G9AA2EtUntn", "label": "21622", "level": "group", "updated_at": null}], + "id": "3cJ3L4C6Lkf4", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [3.0, -11.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4mGngruRNcYq", + "label": "21622", "level": "group", "updated_at": null}], "id": "7MQxk5Ejb29c", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-17.2, -10.8, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6SgYgqBBMMif", "label": "21622", "level": "group", "updated_at": + null}], "id": "5aq64bQrc6Ph", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [-7.1, -9.4, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "39PDyCj6FxGB", + "label": "21622", "level": "group", "updated_at": null}], "id": "7FFXevWtsex7", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-37.9, 0.6, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "88aXbSxeddSZ", "label": "21622", "level": "group", "updated_at": null}], + "id": "3JPwjzeHUSGr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [-35.1, -6.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5eCRH46VPXay", + "label": "21622", "level": "group", "updated_at": null}], "id": "5q6RXNzBNPVy", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-31.7, -3.5, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5bcXmqFLPv2Q", "label": "21622", "level": "group", "updated_at": null}], + "id": "5cvRPDkcdbW6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [-29.7, -31.7, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4vXjXfvZreK6", + "label": "21622", "level": "group", "updated_at": null}], "id": "4Jnoc3SaMdqh", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-27.3, -21.5, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4bBH47orGGpo", "label": "21622", "level": "group", "updated_at": + null}], "id": "5CjCnFJhL2wJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [-36.7, -35.3, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5rTQYjBYapka", + "label": "21622", "level": "group", "updated_at": null}], "id": "63Fv52zawfoA", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-0.4, -5.8, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7D4ZMN4nu5RB", "label": "21622", "level": "group", "updated_at": null}], + "id": "7R4eodQYQrUp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [-30.4, -20.3, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5kz2hP9L8HZ5", + "label": "21622", "level": "group", "updated_at": null}], "id": "6esExgZ49aAQ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-37.8, -35.5, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "Mf7fC8iQnrty", "label": "21622", "level": "group", "updated_at": + null}], "id": "Ty2F8o2qFnK5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [-3.3, -25.3, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5STyR8RbnetC", + "label": "21622", "level": "group", "updated_at": null}], "id": "82FKowmQWDkU", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [24.2, -2.1, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4gCNYDfcZxPH", "label": "21622", "level": "group", "updated_at": null}], + "id": "4DtJfZem6yzz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [17.1, -11.9, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4tGvuL8gNdX3", + "label": "21622", "level": "group", "updated_at": null}], "id": "4x6ZTCqnAtvq", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [17.2, -8.2, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5jbspCRGL427", "label": "21622", "level": "group", "updated_at": null}], + "id": "7g8TxNhGY9X2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [18.2, -7.7, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7SPHepep8eu5", + "label": "21622", "level": "group", "updated_at": null}], "id": "5UtUNaqFArTf", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [27.0, 0.3, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6fo5tc5Jnbph", "label": "21622", "level": "group", "updated_at": null}], + "id": "GyFJmREYwo2R", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [5.0, -19.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7QnsZePSTnUu", + "label": "21622", "level": "group", "updated_at": null}], "id": "WaQWhHRWbTfD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [-10.6, -11.5, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3ayvnxzQvXdr", "label": "21622", "level": "group", "updated_at": + null}], "id": "fnXaG6YJ62Rd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": [4.8, -18.4, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3r8sCMStLUTc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6CjQLkRFzvb8", + "label": "21622", "level": "group", "updated_at": null}], "id": "82c4mBmSvR9A", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3r8sCMStLUTc", "coordinates": + [25.2, -0.2, -1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3r8sCMStLUTc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6ZeNGpLVP25k", "label": "21622", "level": "group", "updated_at": null}], + "id": "7WSFTHLF7xJM", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "3f6YK9Z83mU3", "updated_at": null, "user": null, "weights": []}], "authors": "Chakrabarti + B, Kent L, Suckling J, Bullmore E, Baron-Cohen S", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1111/j.1460-9568.2006.04697.x", "id": "3f6YK9Z83mU3", "metadata": null, "name": "Variations in the + human cannabinoid receptor (CNR1) gene modulate striatal responses to happy faces.", "pmid": "16623851", "publication": + "The European journal of neuroscience", "source": "neurosynth", "source_id": "16623851", "source_updated_at": null, + "updated_at": null, "user": null, "year": 2006}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "3mcbMoCsoXNN", "images": [], "name": "23598", "points": [{"analysis": "3mcbMoCsoXNN", + "coordinates": [-12.0, -48.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3mcbMoCsoXNN", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7cFc2okArVfd", "label": "23598", "level": "group", "updated_at": + null}], "id": "7YtioY3e9QwV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": [-14.0, -46.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "KfBoSRx6pGkV", + "label": "23598", "level": "group", "updated_at": null}], "id": "haa9LxmuNjoX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": + [8.0, 4.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7gzJrLbKyCXW", "label": "23598", "level": "group", "updated_at": null}], + "id": "4kH5AGVFviGW", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": [-12.0, 14.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7LvoPLvQywgR", + "label": "23598", "level": "group", "updated_at": null}], "id": "364vJgvW2oeN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": + [-4.0, -28.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3wsDbRAeBQLF", "label": "23598", "level": "group", "updated_at": null}], + "id": "nBsVkmKHeSPQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": [-4.0, -12.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "69tzH2Das7jW", + "label": "23598", "level": "group", "updated_at": null}], "id": "4ECa8aFHKQyx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": + [-10.0, 38.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3guLxQ2TyzW2", "label": "23598", "level": "group", "updated_at": null}], + "id": "6GrLzDJsHWPB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": [-20.0, 32.0, 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4edYBtBeBtwQ", + "label": "23598", "level": "group", "updated_at": null}], "id": "3U3rGfPdAfro", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": + [46.0, -16.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7aaoQa7XkPFm", "label": "23598", "level": "group", "updated_at": null}], + "id": "3M8Qs46ie6jE", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": [-54.0, -34.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "siPHcNnLcts4", + "label": "23598", "level": "group", "updated_at": null}], "id": "4Z5x9rMyW65J", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3mcbMoCsoXNN", "coordinates": + [-8.0, -26.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3mcbMoCsoXNN", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "77CAhy9BqLgj", "label": "23598", "level": "group", "updated_at": null}], + "id": "7D6TQPznrfTF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "4xXMASGQSwyj", "updated_at": null, "user": null, "weights": []}, {"conditions": [], + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "7afo3nCCDWtT", "images": [], "name": + "23599", "points": [{"analysis": "7afo3nCCDWtT", "coordinates": [48.0, -20.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5JNDc8crHGiF", + "label": "23599", "level": "group", "updated_at": null}], "id": "78VQGVTTJ8qa", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7afo3nCCDWtT", "coordinates": + [-14.0, -52.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7afo3nCCDWtT", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5eqLDDf2yVha", "label": "23599", "level": "group", "updated_at": + null}], "id": "4ZexzcFKF4UK", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "7afo3nCCDWtT", "coordinates": [-12.0, 14.0, 56.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4PSu8vs2Mmrw", + "label": "23599", "level": "group", "updated_at": null}], "id": "3mLJgJ3eJNBp", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7afo3nCCDWtT", "coordinates": + [-14.0, -32.0, 40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7afo3nCCDWtT", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4BwmymbasfRc", "label": "23599", "level": "group", "updated_at": + null}], "id": "89kyxGFKu9Sc", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "7afo3nCCDWtT", "coordinates": [20.0, -15.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8HjS3vcUnrwF", + "label": "23599", "level": "group", "updated_at": null}], "id": "6WxkMboWs97W", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7afo3nCCDWtT", "coordinates": + [60.0, 6.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7afo3nCCDWtT", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "87XDRLitA25r", "label": "23599", "level": "group", "updated_at": null}], + "id": "uF2vFu8D7p9m", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "7afo3nCCDWtT", "coordinates": [-40.0, -32.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7afo3nCCDWtT", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7vj9koS9TXk4", + "label": "23599", "level": "group", "updated_at": null}], "id": "Tt4vy9gtafE8", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "4xXMASGQSwyj", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "5EYKv2cPMveB", "images": [], "name": "23600", "points": [{"analysis": "5EYKv2cPMveB", "coordinates": + [-36.0, -30.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5EYKv2cPMveB", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6MVgbSbMm7ob", "label": "23600", "level": "group", "updated_at": + null}], "id": "8AHiUaTXhhST", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "5EYKv2cPMveB", "coordinates": [-56.0, -36.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5EYKv2cPMveB", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "637EdBWMc6FV", + "label": "23600", "level": "group", "updated_at": null}], "id": "7B8nJpwCvKik", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "4xXMASGQSwyj", "updated_at": + null, "user": null, "weights": []}], "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1002/hbm.20337", "id": "4xXMASGQSwyj", + "metadata": null, "name": "A functional MRI study of happy and sad affective states induced by classical music.", + "pmid": "17290372", "publication": "Human brain mapping", "source": "neurosynth", "source_id": "17290372", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2007}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "3BKoPowaKTaL", "images": [], "name": "41528", "points": [{"analysis": "3BKoPowaKTaL", + "coordinates": [3.0, -63.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3BKoPowaKTaL", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3xzoiPAcAYVc", "label": "41528", "level": "group", "updated_at": + null}], "id": "4ZsCQ2yV8VjH", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": [-7.0, -59.0, 5.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4MW4nfzv7tMy", + "label": "41528", "level": "group", "updated_at": null}], "id": "7AZ46mHFQmfY", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": + [-40.0, -4.0, 53.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3BKoPowaKTaL", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5pnmG6C3L3Cd", "label": "41528", "level": "group", "updated_at": null}], + "id": "73NaJm88yu76", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": [-58.0, -41.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6QZLUfqzWFzh", + "label": "41528", "level": "group", "updated_at": null}], "id": "3pZ5WRkf8DuA", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": + [-22.0, -70.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3BKoPowaKTaL", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7LCokqARX4nw", "label": "41528", "level": "group", "updated_at": null}], + "id": "6hTdqZC4DUhb", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": [25.0, -69.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "83bzcZJ6JL6f", + "label": "41528", "level": "group", "updated_at": null}], "id": "5SvUyXwpcpU5", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": + [25.0, 30.0, 37.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3BKoPowaKTaL", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "FCX9HV2fTnXP", "label": "41528", "level": "group", "updated_at": null}], + "id": "Kjr5Ukwrkmd4", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": [-47.0, 33.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "64rHkTK9RvSD", + "label": "41528", "level": "group", "updated_at": null}], "id": "4kBacoZny5cN", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": + [0.0, -77.0, -29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3BKoPowaKTaL", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5U5S8QjmxbZq", "label": "41528", "level": "group", "updated_at": null}], + "id": "3BqPe7Ar6pkQ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "3BKoPowaKTaL", "coordinates": [18.0, -56.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3BKoPowaKTaL", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6Z4T5ttv7TEQ", + "label": "41528", "level": "group", "updated_at": null}], "id": "6FbWa9X5YPiy", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": "ZbuEo2kUW23q", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "47qaAFTcNtEw", "images": [], "name": "41529", "points": [{"analysis": "47qaAFTcNtEw", "coordinates": + [-7.0, -74.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "47qaAFTcNtEw", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5bTPQhoW9HKK", "label": "41529", "level": "group", "updated_at": null}], + "id": "4Du4Ey9fepUJ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "47qaAFTcNtEw", "coordinates": [-11.0, 44.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "47qaAFTcNtEw", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6W6SG8wuiV4Q", + "label": "41529", "level": "group", "updated_at": null}], "id": "5qaxAzS64yYN", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "47qaAFTcNtEw", "coordinates": + [29.0, -59.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "47qaAFTcNtEw", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4gWzXUxXXEEf", "label": "41529", "level": "group", "updated_at": + null}], "id": "824i8v4ut9F3", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}], "study": "ZbuEo2kUW23q", "updated_at": null, "user": null, "weights": []}, {"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "8Bw8PFwRQSj2", "images": [], "name": + "41530", "points": [{"analysis": "8Bw8PFwRQSj2", "coordinates": [-25.0, -28.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5L3cXXTaoapR", + "label": "41530", "level": "group", "updated_at": null}], "id": "3v4rZLLEQRTN", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [-22.0, -70.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8BTyeSfniUdw", "label": "41530", "level": "group", "updated_at": + null}], "id": "6GzWEiiRCxvz", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [-25.0, -63.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "itG5fNSYdDYJ", + "label": "41530", "level": "group", "updated_at": null}], "id": "7yPofwwqq8gc", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [11.0, -59.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3KYZ63KVX6sj", "label": "41530", "level": "group", "updated_at": null}], + "id": "5EEDcQCv5RAP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [14.0, -41.0, 37.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3mmiSe283npM", + "label": "41530", "level": "group", "updated_at": null}], "id": "HBjsaPrDvrhK", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [18.0, -41.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6AW6NMsKtv57", "label": "41530", "level": "group", "updated_at": null}], + "id": "4dyLo568W76n", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [-4.0, -59.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5WpJ8WdNAjnE", + "label": "41530", "level": "group", "updated_at": null}], "id": "3ZG7HJd8QGzY", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [-25.0, -59.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6JLLMnJGZdZ4", "label": "41530", "level": "group", "updated_at": null}], + "id": "3UJ6an3pNMDt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [29.0, -30.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7CychsYSBXhu", + "label": "41530", "level": "group", "updated_at": null}], "id": "WYGnNBtNdnRF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [-14.0, -48.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4KMiyBdxDJgv", "label": "41530", "level": "group", "updated_at": null}], + "id": "3obY44ECNyaA", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [-47.0, 33.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6W3amNNsCfyi", + "label": "41530", "level": "group", "updated_at": null}], "id": "7iywfNScBBPQ", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [-32.0, -41.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5eTUxiC2Mz4n", "label": "41530", "level": "group", "updated_at": + null}], "id": "5UgUpnfkaiLP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [29.0, -48.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8DXZxDLuAr2M", + "label": "41530", "level": "group", "updated_at": null}], "id": "a3AgGAnGgUrF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [25.0, -37.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6M35dLiJAdS3", "label": "41530", "level": "group", "updated_at": null}], + "id": "5yngCccwEWjA", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [29.0, -44.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "tgscAwVVJ6nx", + "label": "41530", "level": "group", "updated_at": null}], "id": "6X5U7szLojXD", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [25.0, 26.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4NndR2pLaaaa", "label": "41530", "level": "group", "updated_at": null}], + "id": "6KCWDZ2QBvHm", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [-32.0, -33.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6euYbwCXxFFN", + "label": "41530", "level": "group", "updated_at": null}], "id": "7CBYB8uS8fuK", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [22.0, -41.0, 29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6EibHoME7vvH", "label": "41530", "level": "group", "updated_at": null}], + "id": "3ZnWcjss2Ptv", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [-47.0, 33.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4Lq3LyqmUSix", + "label": "41530", "level": "group", "updated_at": null}], "id": "53SQBg92cYMK", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [14.0, -37.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5AeHhCXz2Nsn", "label": "41530", "level": "group", "updated_at": null}], + "id": "6LkoN4z3xcYV", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [-43.0, 37.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "82Q8Fb5AMcK5", + "label": "41530", "level": "group", "updated_at": null}], "id": "4VAYgfh5LBxE", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [-29.0, -52.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "37YcNMXy4PoU", "label": "41530", "level": "group", "updated_at": + null}], "id": "8Np7kwnudixz", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [29.0, -70.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6zA4dxeC8WVy", + "label": "41530", "level": "group", "updated_at": null}], "id": "4ineVCevXTKZ", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [-47.0, 26.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6Rdc6SqWXKQX", "label": "41530", "level": "group", "updated_at": null}], + "id": "5xCS5b8Zawh6", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [-11.0, -48.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5AijhwadASmr", + "label": "41530", "level": "group", "updated_at": null}], "id": "Mkw32Tu4gqcq", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [25.0, -59.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4GN5FYf536Xc", "label": "41530", "level": "group", "updated_at": null}], + "id": "5BXLqQtprDX6", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [14.0, -41.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3vHzKF84Pixb", + "label": "41530", "level": "group", "updated_at": null}], "id": "69LWenna6Y9h", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [14.0, -56.0, 9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "8HJDwX4kKYFj", "label": "41530", "level": "group", "updated_at": null}], + "id": "7S48DL8UFL5B", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [36.0, 15.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3p7ddW9Lczmp", + "label": "41530", "level": "group", "updated_at": null}], "id": "3jJ6sJePDtym", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [14.0, -56.0, 25.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "RzGfJkueoz8q", "label": "41530", "level": "group", "updated_at": null}], + "id": "3PbfVeQyeGvn", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [29.0, 37.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7TF8gj4jzcuT", + "label": "41530", "level": "group", "updated_at": null}], "id": "3Whr4R5FF3i7", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [22.0, 37.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5eYKQi5aBPuw", "label": "41530", "level": "group", "updated_at": null}], + "id": "7iF9ZBCynwdS", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": [22.0, 37.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "34rDf8AXL6aR", + "label": "41530", "level": "group", "updated_at": null}], "id": "6j7Zqgz6utgy", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "8Bw8PFwRQSj2", "coordinates": + [25.0, 30.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8Bw8PFwRQSj2", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "Mgi6v8fK5yMQ", "label": "41530", "level": "group", "updated_at": null}], + "id": "7GQPG9m9jnWN", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}], "study": "ZbuEo2kUW23q", "updated_at": null, "user": null, "weights": []}], "authors": "Fusar-Poli + P, Allen P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1007/s00213-007-0757-4", "id": "ZbuEo2kUW23q", "metadata": null, "name": "Modulation + of neural response to happy and sad faces by acute tryptophan depletion.", "pmid": "17375288", "publication": "Psychopharmacology", + "source": "neurosynth", "source_id": "17375288", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2007}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": + "TfsWwDHeVeSq", "images": [], "name": "42081", "points": [{"analysis": "TfsWwDHeVeSq", "coordinates": [-5.0, 29.0, + 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4QDQE3S9M64V", "label": "42081", "level": "group", "updated_at": null}], "id": "334etrMEJ9uD", "image": null, + "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": + "TfsWwDHeVeSq", "coordinates": [35.0, -81.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3C9KNTBH4qnP", "label": "42081", + "level": "group", "updated_at": null}], "id": "4jq7HQMr2VPH", "image": null, "kind": "unknown", "label_id": null, + "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "TfsWwDHeVeSq", "coordinates": [-17.0, + -6.0, -17.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4HBMXQNQMhzb", "label": "42081", "level": "group", "updated_at": null}], + "id": "5obQfZAQK9p5", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "TfsWwDHeVeSq", "coordinates": [-37.0, -6.0, 13.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7tN9Yhn6RyZ2", + "label": "42081", "level": "group", "updated_at": null}], "id": "AzJmpeVU7EVF", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "TfsWwDHeVeSq", "coordinates": + [-60.0, -40.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "TfsWwDHeVeSq", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6G68qW8waWHy", "label": "42081", "level": "group", "updated_at": + null}], "id": "3auLCeq2YYsF", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "TfsWwDHeVeSq", "coordinates": [1.0, 5.0, 57.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "57c2Z9xPBF5H", + "label": "42081", "level": "group", "updated_at": null}], "id": "7AEtkWUsi4Gq", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "TfsWwDHeVeSq", "coordinates": + [21.0, -68.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "TfsWwDHeVeSq", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "GeCAmZ5ii6PV", "label": "42081", "level": "group", "updated_at": + null}], "id": "3eLap742GYtP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "TfsWwDHeVeSq", "coordinates": [37.0, 40.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7id5657dPgcT", + "label": "42081", "level": "group", "updated_at": null}], "id": "67aqeAAScstf", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "TfsWwDHeVeSq", "coordinates": + [49.0, -4.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3HpBcEZW3LfG", "label": "42081", "level": "group", "updated_at": null}], + "id": "7Ah866AX67yo", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "TfsWwDHeVeSq", "coordinates": [-58.0, -36.0, -9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3uuLvDSXqU8G", + "label": "42081", "level": "group", "updated_at": null}], "id": "84yeRpY5cfsr", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "TfsWwDHeVeSq", "coordinates": + [52.0, -38.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "TfsWwDHeVeSq", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "8LDhWsfDFtVX", "label": "42081", "level": "group", "updated_at": null}], + "id": "7f45Sn33yp2M", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}], "study": "4KxodnKqYrS4", "updated_at": null, "user": null, "weights": []}], "authors": "Johnstone + T, van Reekum CM, Oakes TR, Davidson RJ", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": + "10.1093/scan/nsl027", "id": "4KxodnKqYrS4", "metadata": null, "name": "The voice of emotion: an FMRI study of neural + responses to angry and happy vocal expressions.", "pmid": "17607327", "publication": "Social cognitive and affective + neuroscience", "source": "neurosynth", "source_id": "17607327", "source_updated_at": null, "updated_at": null, "user": + null, "year": 2006}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "tHpWX6N8mfix", "images": [], "name": "37865", "points": [{"analysis": "tHpWX6N8mfix", "coordinates": + [38.0, -84.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "tHpWX6N8mfix", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7fAFeEHipxMv", "label": "37865", "level": "group", "updated_at": null}], + "id": "5jBpAMqqmoam", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "tHpWX6N8mfix", "coordinates": [26.0, -96.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "tHpWX6N8mfix", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6idRGjSjoGWH", + "label": "37865", "level": "group", "updated_at": null}], "id": "89UrXYUry3Lj", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "tHpWX6N8mfix", "coordinates": + [8.0, -90.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "tHpWX6N8mfix", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5xbSicuxSePi", "label": "37865", "level": "group", "updated_at": null}], + "id": "5iLCCPD8pbHQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "tHpWX6N8mfix", "coordinates": [-2.0, 60.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "tHpWX6N8mfix", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3VZRg6inq7cQ", + "label": "37865", "level": "group", "updated_at": null}], "id": "3bgQRRVWYMvM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "tHpWX6N8mfix", "coordinates": + [-36.0, 8.0, -30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "tHpWX6N8mfix", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5natZVMvrfgy", "label": "37865", "level": "group", "updated_at": null}], + "id": "3MLAnFqndzTd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "5RkUxRUh6e2G", "updated_at": null, "user": null, "weights": []}], "authors": "Jimura + K, Konishi S, Miyashita Y", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neulet.2009.02.012", + "id": "5RkUxRUh6e2G", "metadata": null, "name": "Temporal pole activity during perception of sad faces, but not happy + faces, correlates with neuroticism trait.", "pmid": "19429013", "publication": "Neuroscience letters", "source": "neurosynth", + "source_id": "19429013", "source_updated_at": null, "updated_at": null, "user": null, "year": 2009}, {"analyses": + [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "6Pskc22jqRG9", "images": + [], "name": "19175", "points": [{"analysis": "6Pskc22jqRG9", "coordinates": [-50.0, -44.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4fWTRFXqegji", + "label": "19175", "level": "group", "updated_at": null}], "id": "iZvFohzeF6zA", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": + [60.0, -8.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6Pskc22jqRG9", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5SVNYtFc3UWj", "label": "19175", "level": "group", "updated_at": null}], + "id": "v4P6WeYrXqhh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": [-56.0, -46.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7vdjYPxHWwhR", + "label": "19175", "level": "group", "updated_at": null}], "id": "7ztfrjtGaqsD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": + [-2.0, -18.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6Pskc22jqRG9", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3TdV5LYg85Mn", "label": "19175", "level": "group", "updated_at": null}], + "id": "4htXMNtRZELb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": [-20.0, 10.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4VTCUrLWCAeF", + "label": "19175", "level": "group", "updated_at": null}], "id": "6CtYPtDohtQ4", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": + [-40.0, 26.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6Pskc22jqRG9", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8GcNLCLmDaEh", "label": "19175", "level": "group", "updated_at": + null}], "id": "8rkzrq2xLCbc", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": [-54.0, 20.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "dN3fkAJNKufT", + "label": "19175", "level": "group", "updated_at": null}], "id": "BM6CxHrQ76PJ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": + [-54.0, -40.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6Pskc22jqRG9", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5y873iiWt3we", "label": "19175", "level": "group", "updated_at": null}], + "id": "3aggRy8AhL5d", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": [58.0, -12.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "LGPgnvyb76YM", + "label": "19175", "level": "group", "updated_at": null}], "id": "LmCDfeehjo3W", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": + [48.0, -24.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6Pskc22jqRG9", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5H7EyHzJWfXt", "label": "19175", "level": "group", "updated_at": null}], + "id": "UKc2ki62hNMr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6Pskc22jqRG9", "coordinates": [16.0, 8.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6Pskc22jqRG9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3hWhJekHKTFQ", + "label": "19175", "level": "group", "updated_at": null}], "id": "5sU4BiVYDsN5", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "8Kr5LfW7Abga", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "8KL5SpPjm2eu", "images": [], "name": "19176", "points": [{"analysis": "8KL5SpPjm2eu", "coordinates": + [-46.0, -34.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KL5SpPjm2eu", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "89kk7nXeEko5", "label": "19176", "level": "group", "updated_at": + null}], "id": "6PCNqZFVGpmR", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "8KL5SpPjm2eu", "coordinates": [-10.0, -28.0, 44.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3u38nbowPSzg", + "label": "19176", "level": "group", "updated_at": null}], "id": "53gJHvYg2ZAT", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KL5SpPjm2eu", "coordinates": + [42.0, -38.0, 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5dbXFSYq6asq", "label": "19176", "level": "group", "updated_at": null}], + "id": "75xNy4vWEyTE", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8KL5SpPjm2eu", "coordinates": [42.0, 16.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7KzAnbneeADz", + "label": "19176", "level": "group", "updated_at": null}], "id": "5wRVFvQywHGh", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8KL5SpPjm2eu", "coordinates": + [-30.0, 26.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7grruefxbAiy", "label": "19176", "level": "group", "updated_at": null}], + "id": "6ujv2LZeMX2y", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8KL5SpPjm2eu", "coordinates": [4.0, 26.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8KL5SpPjm2eu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "48vUQbN9geWP", + "label": "19176", "level": "group", "updated_at": null}], "id": "7nwacGdZNv8V", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "8Kr5LfW7Abga", "updated_at": + null, "user": null, "weights": []}], "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1093/cercor/bhp106", "id": "8Kr5LfW7Abga", + "metadata": null, "name": "On emotional conflict: interference resolution of happy and angry prosody reveals valence-specific + effects.", "pmid": "19505993", "publication": "Cerebral cortex (New York, N.Y. : 1991)", "source": "neurosynth", "source_id": + "19505993", "source_updated_at": null, "updated_at": null, "user": null, "year": 2010}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "4Yex3gzet4E3", "images": [], "name": + "41548", "points": [{"analysis": "4Yex3gzet4E3", "coordinates": [-34.0, -78.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7kPk4v8gr4zx", + "label": "41548", "level": "group", "updated_at": null}], "id": "zZjdACAc95xk", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Yex3gzet4E3", "coordinates": + [-12.0, -52.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Yex3gzet4E3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5aPAyH5M9fht", "label": "41548", "level": "group", "updated_at": null}], + "id": "3sgDg3r8ar9r", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Yex3gzet4E3", "coordinates": [-4.0, 34.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "S65rvYUcbUc6", + "label": "41548", "level": "group", "updated_at": null}], "id": "3vzbjRSwZK5A", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Yex3gzet4E3", "coordinates": + [-32.0, -50.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Yex3gzet4E3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8Cj4wGrYdhbh", "label": "41548", "level": "group", "updated_at": + null}], "id": "B2RQGHU4HRY6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Yex3gzet4E3", "coordinates": [50.0, -72.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3Coj5x2rosCT", + "label": "41548", "level": "group", "updated_at": null}], "id": "6UnXwimpVQ78", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Yex3gzet4E3", "coordinates": + [-22.0, 12.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Yex3gzet4E3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3K8u2zGJWJ2z", "label": "41548", "level": "group", "updated_at": + null}], "id": "628RF8cp8yEQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Yex3gzet4E3", "coordinates": [38.0, 12.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "52xQNgsW5eAt", + "label": "41548", "level": "group", "updated_at": null}], "id": "5Mqr6LHfWeYH", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Yex3gzet4E3", "coordinates": + [28.0, -58.0, 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Yex3gzet4E3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "777xMJfraF34", "label": "41548", "level": "group", "updated_at": null}], + "id": "3zwHSU9Kd4Pr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Yex3gzet4E3", "coordinates": [8.0, -12.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Yex3gzet4E3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "46gfbyRYgkbD", + "label": "41548", "level": "group", "updated_at": null}], "id": "7G2AHCQXCewZ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "ukeN793Sct3Y", "updated_at": + null, "user": null, "weights": []}], "authors": "Norbury R, Taylor MJ, Selvaraj S, Murphy SE, Harmer CJ, Cowen PJ", + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1007/s00213-009-1597-1", "id": "ukeN793Sct3Y", + "metadata": null, "name": "Short-term antidepressant treatment modulates amygdala response to happy faces.", "pmid": + "19585106", "publication": "Psychopharmacology", "source": "neurosynth", "source_id": "19585106", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2009}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "QqmewarwTt36", "images": [], "name": "42247", "points": [{"analysis": "QqmewarwTt36", + "coordinates": [9.0, 9.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4U6cmNhh4SET", "label": "42247", "level": "group", "updated_at": + null}], "id": "5u6uLEUJEcAf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [-45.0, -3.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3LyvjDAby5e5", + "label": "42247", "level": "group", "updated_at": null}], "id": "7PLi4XEB5qSm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [45.0, 6.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "83zMDX9ossTX", "label": "42247", "level": "group", "updated_at": null}], + "id": "6YmNmGrSizFz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [-54.0, 21.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7AqV9zoWdsVi", + "label": "42247", "level": "group", "updated_at": null}], "id": "7D7Kkdwrttrq", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [12.0, 18.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "UFDSJAy3c9pF", "label": "42247", "level": "group", "updated_at": null}], + "id": "4HDPxnEqhpH2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [63.0, -39.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6ey43cnr2Mhk", + "label": "42247", "level": "group", "updated_at": null}], "id": "4vWU5vPL5HiN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [48.0, -3.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "8Cknr8xndBtV", "label": "42247", "level": "group", "updated_at": null}], + "id": "6HQXrbGrmKJW", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [-48.0, 27.0, -9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "82o6nrXQvznD", + "label": "42247", "level": "group", "updated_at": null}], "id": "VXVduWpQaz89", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [-57.0, -27.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5Vyqic2GL9mg", "label": "42247", "level": "group", "updated_at": + null}], "id": "3Kf764ppjmHA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [-6.0, 24.0, 36.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4v2Gt2HVp72u", + "label": "42247", "level": "group", "updated_at": null}], "id": "6423948Hn5Pi", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [12.0, -87.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6AhMM2c3wiXL", "label": "42247", "level": "group", "updated_at": null}], + "id": "3CiD65sP2qix", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [9.0, -93.0, 27.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3qDCaP72uHjc", + "label": "42247", "level": "group", "updated_at": null}], "id": "6Kb7diYa2Shj", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [42.0, -57.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3Xrs4PQ5U2aX", "label": "42247", "level": "group", "updated_at": + null}], "id": "7iZbeTxR8RBb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [42.0, -60.0, -15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "88tA7FedLZ2S", + "label": "42247", "level": "group", "updated_at": null}], "id": "4Legd3AbikES", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [27.0, -66.0, 51.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "8DCqCvcfuDhw", "label": "42247", "level": "group", "updated_at": null}], + "id": "3pTKFkLhpV5B", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [54.0, -3.0, 45.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6iormwy9waKZ", + "label": "42247", "level": "group", "updated_at": null}], "id": "89JUsZidREyQ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [36.0, -90.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5ZmUTrgc98fe", "label": "42247", "level": "group", "updated_at": + null}], "id": "6GKZMjtKBfUn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [42.0, -3.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4kpahDSecN2o", + "label": "42247", "level": "group", "updated_at": null}], "id": "5tGCU4BSLUh2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [-54.0, 12.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "84sNnmkRCidD", "label": "42247", "level": "group", "updated_at": null}], + "id": "7LqPSztGQmLm", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": [51.0, 18.0, -15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "QqmewarwTt36", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3TYkiAyukKM6", + "label": "42247", "level": "group", "updated_at": null}], "id": "hsfvEdH7wuxX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "QqmewarwTt36", "coordinates": + [-42.0, 3.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "QqmewarwTt36", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7RmFPjym42DH", "label": "42247", "level": "group", "updated_at": null}], + "id": "5Bdu7avZx4d5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "5KmCyQFLh4Ew", "updated_at": null, "user": null, "weights": []}], "authors": "Suzuki + A, Goh JO, Hebrank A, Sutton BP, Jenkins L, Flicker BA, Park DC", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1093/scan/nsq058", "id": "5KmCyQFLh4Ew", "metadata": null, "name": "Sustained happiness? + Lack of repetition suppression in right-ventral visual cortex for happy faces.", "pmid": "20584720", "publication": + "Social cognitive and affective neuroscience", "source": "neurosynth", "source_id": "20584720", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2011}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "4Xbk2AS5pRZy", "images": [], "name": "32540", "points": [{"analysis": "4Xbk2AS5pRZy", + "coordinates": [38.0, -64.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8Gn3iyPzcrx7", "label": "32540", "level": "group", "updated_at": + null}], "id": "7mdwkdd6YPZg", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [-16.0, -96.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "oyQyKTz5TzoC", + "label": "32540", "level": "group", "updated_at": null}], "id": "69AqoawZq5HB", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-46.0, -64.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5SaQK65cV7iN", "label": "32540", "level": "group", "updated_at": + null}], "id": "43PBL3Nwj6bG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [12.0, -92.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4vryrQp5PpGW", + "label": "32540", "level": "group", "updated_at": null}], "id": "6TivZyPTKXLv", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-50.0, 18.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5ETxqoDBwzcU", "label": "32540", "level": "group", "updated_at": null}], + "id": "65rB8Z3qvvih", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [38.0, -68.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7LLpL5dzxPjP", + "label": "32540", "level": "group", "updated_at": null}], "id": "sQWZMkTHAYc8", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-52.0, -18.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3nwBFeUNkRgH", "label": "32540", "level": "group", "updated_at": null}], + "id": "3vd7AtyAc2Kh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [48.0, -12.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5a6tC5HrVqC6", + "label": "32540", "level": "group", "updated_at": null}], "id": "57agp5eHx9jM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-42.0, -22.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4xxNjiJ7bHHY", "label": "32540", "level": "group", "updated_at": null}], + "id": "7iBgdSCxSDEv", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [54.0, -20.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7UQNmuc2Codh", + "label": "32540", "level": "group", "updated_at": null}], "id": "7HyZpHdvith8", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-6.0, -80.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "36XKvJyQvwTU", "label": "32540", "level": "group", "updated_at": + null}], "id": "5nZSs5D4pnj4", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [-44.0, 20.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7YWvUkxBNrfQ", + "label": "32540", "level": "group", "updated_at": null}], "id": "GSPG3ukqXuTs", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-42.0, -66.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "Cfjmq3yHjhfX", "label": "32540", "level": "group", "updated_at": + null}], "id": "4UeW8aHYCUB8", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [-48.0, -20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5hRb7KJuqZvw", + "label": "32540", "level": "group", "updated_at": null}], "id": "5wuEGvKviiBN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-40.0, -70.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6mTr4K4koL5r", "label": "32540", "level": "group", "updated_at": + null}], "id": "3TZC5AbvWm3u", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [66.0, -28.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7Wpr5t69J79v", + "label": "32540", "level": "group", "updated_at": null}], "id": "guX6ww5EWAc6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-26.0, 48.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5kTjrh2cnjgR", "label": "32540", "level": "group", "updated_at": null}], + "id": "7zKhbiAiEF9n", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [-28.0, -20.0, 62.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5GxLs6tDedSv", + "label": "32540", "level": "group", "updated_at": null}], "id": "5fTZJZWPy2g3", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-12.0, -64.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "69ktXruCEm2D", "label": "32540", "level": "group", "updated_at": + null}], "id": "5x5mBdYD6wyM", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [18.0, -54.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5ffWwiS9DtSf", + "label": "32540", "level": "group", "updated_at": null}], "id": "ouuDUHoWTaG6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [56.0, -24.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "39rCb3ufr8oR", "label": "32540", "level": "group", "updated_at": null}], + "id": "49ChCCWwxVW2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [56.0, -12.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6EgLoobtR58t", + "label": "32540", "level": "group", "updated_at": null}], "id": "6xM4gwz3UGPr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-46.0, 0.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "uSsw5JCkbmcT", "label": "32540", "level": "group", "updated_at": null}], + "id": "6FKvvPXNmeRS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [-50.0, -18.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3UbFTV9zgMpa", + "label": "32540", "level": "group", "updated_at": null}], "id": "VQhoEGHV6CA6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [38.0, -80.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4fHb9pAWhkP5", "label": "32540", "level": "group", "updated_at": + null}], "id": "5EqMQzfu59Ye", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [38.0, -66.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7ePnmPcwRKjc", + "label": "32540", "level": "group", "updated_at": null}], "id": "4k3N8AcxQLDQ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [66.0, -16.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3SncdpSnvxTS", "label": "32540", "level": "group", "updated_at": null}], + "id": "79gM5FptpWLX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [42.0, -74.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5gAzru6vmwR3", + "label": "32540", "level": "group", "updated_at": null}], "id": "38s3dDZByrTF", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [44.0, -70.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "wbXX6fD72adx", "label": "32540", "level": "group", "updated_at": + null}], "id": "7k8FxP8M7zLh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [-50.0, -22.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7iqXunTJY2hh", + "label": "32540", "level": "group", "updated_at": null}], "id": "7vHYB2sjT3C9", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [22.0, -92.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "86kvczH7f4PW", "label": "32540", "level": "group", "updated_at": null}], + "id": "E2LR5GJLrH8C", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [-18.0, -96.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4jqwAYbwAZeE", + "label": "32540", "level": "group", "updated_at": null}], "id": "4Nc7VQsRWC44", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-44.0, -70.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "63679YHDdNYR", "label": "32540", "level": "group", "updated_at": + null}], "id": "EDYtVSJ3t7Y6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": [14.0, -86.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "jysQprpupAuq", + "label": "32540", "level": "group", "updated_at": null}], "id": "onHuBZ9jq9ry", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4Xbk2AS5pRZy", "coordinates": + [-50.0, -20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "4Xbk2AS5pRZy", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4tmFe4gaeFzP", "label": "32540", "level": "group", "updated_at": null}], + "id": "69yRRuFFA9Aj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "3zUn4TfXtQVo", "updated_at": null, "user": null, "weights": []}, {"conditions": [], + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "5yDouUon6EJh", "images": [], "name": + "32541", "points": [{"analysis": "5yDouUon6EJh", "coordinates": [64.0, -26.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5yDouUon6EJh", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5Azq7f3n7eLu", + "label": "32541", "level": "group", "updated_at": null}], "id": "3KuPdCdju92r", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5yDouUon6EJh", "coordinates": + [-22.0, -28.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5yDouUon6EJh", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "86T8keBACtAn", "label": "32541", "level": "group", "updated_at": + null}], "id": "5kDrAojKTGz4", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "5yDouUon6EJh", "coordinates": [-16.0, -80.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5yDouUon6EJh", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4FYt7cWeJLGk", + "label": "32541", "level": "group", "updated_at": null}], "id": "YAmq3Wa6bmZy", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5yDouUon6EJh", "coordinates": + [20.0, -74.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5yDouUon6EJh", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3kycgGxVPQYh", "label": "32541", "level": "group", "updated_at": null}], + "id": "B4cj5c8UC7Yz", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "5yDouUon6EJh", "coordinates": [-52.0, -20.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5yDouUon6EJh", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7hrKNNXyEo3c", + "label": "32541", "level": "group", "updated_at": null}], "id": "3ur3hG2LwJiM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "3zUn4TfXtQVo", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "5NwZPXwcbmmZ", "images": [], "name": "32542", "points": [{"analysis": "5NwZPXwcbmmZ", "coordinates": + [-42.0, -68.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5NwZPXwcbmmZ", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4GMBYTwApXhq", "label": "32542", "level": "group", "updated_at": + null}], "id": "8Gw9BmA3jNEH", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "5NwZPXwcbmmZ", "coordinates": [-50.0, -20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5NwZPXwcbmmZ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3CoooLzKimmB", + "label": "32542", "level": "group", "updated_at": null}], "id": "3y6FJLzKSKqN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5NwZPXwcbmmZ", "coordinates": + [56.0, -28.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5NwZPXwcbmmZ", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "DRnXpRB4nLWk", "label": "32542", "level": "group", "updated_at": null}], + "id": "6Cr6wux9xcTq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "5NwZPXwcbmmZ", "coordinates": [44.0, -64.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5NwZPXwcbmmZ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4VgEmsvLeSDf", + "label": "32542", "level": "group", "updated_at": null}], "id": "7aRQmERUHdqZ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "3zUn4TfXtQVo", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "3uR4kLx5hPdT", "images": [], "name": "32543", "points": [{"analysis": "3uR4kLx5hPdT", "coordinates": + [-48.0, -30.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3uR4kLx5hPdT", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6ZoyLheZT6Cw", "label": "32543", "level": "group", "updated_at": null}], + "id": "5GdtZiDRqzZB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3uR4kLx5hPdT", "coordinates": [48.0, -30.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3uR4kLx5hPdT", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8DtZqEJ8PXYZ", + "label": "32543", "level": "group", "updated_at": null}], "id": "7ZL7i9tU6Gja", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3uR4kLx5hPdT", "coordinates": + [-24.0, -76.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3uR4kLx5hPdT", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "zqjBdrjyk6Wz", "label": "32543", "level": "group", "updated_at": + null}], "id": "4y7zqQwduxgL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3uR4kLx5hPdT", "coordinates": [22.0, -82.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3uR4kLx5hPdT", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "GhgkWKS4ubi4", + "label": "32543", "level": "group", "updated_at": null}], "id": "5w7arZSegfXp", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "3zUn4TfXtQVo", "updated_at": + null, "user": null, "weights": []}], "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen + ME, Chugani HT, Chugani DC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2010.11.017", + "id": "3zUn4TfXtQVo", "metadata": null, "name": "Congruence of happy and sad emotion in music and faces modifies cortical + audiovisual activation.", "pmid": "21073970", "publication": "NeuroImage", "source": "neurosynth", "source_id": "21073970", + "source_updated_at": null, "updated_at": null, "user": null, "year": 2011}, {"analyses": [{"conditions": [], "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "ngDKFhxBuFG3", "images": [], "name": "21088", "points": + [{"analysis": "ngDKFhxBuFG3", "coordinates": [-4.0, 23.0, -11.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3gaK6oJctB3N", + "label": "21088", "level": "group", "updated_at": null}], "id": "fjkgQyfcAh68", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-4.0, -15.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5iJ4YDv3jH4g", "label": "21088", "level": "group", "updated_at": null}], + "id": "6QzwFbUziLrz", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-38.0, -30.0, 61.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3k45khv7hyz3", + "label": "21088", "level": "group", "updated_at": null}], "id": "37TZQZou9ZCY", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-23.0, -30.0, 57.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6e5beztqab3h", "label": "21088", "level": "group", "updated_at": + null}], "id": "3Jk3A8KGQGhz", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-45.0, -49.0, 53.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7Pm5vM3EqkMY", + "label": "21088", "level": "group", "updated_at": null}], "id": "3rfwnhcxZKpT", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-15.0, -23.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "yMztggUBdbXU", "label": "21088", "level": "group", "updated_at": null}], + "id": "7S2nywob5apH", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [34.0, 53.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6WcYNxEJc4Q3", + "label": "21088", "level": "group", "updated_at": null}], "id": "5HJLqToE9uGe", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [4.0, -83.0, 34.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6yW4Qfzmzcj4", "label": "21088", "level": "group", "updated_at": null}], + "id": "5FWVh7jTK39o", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [4.0, -49.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7FMMGg9sR5VF", + "label": "21088", "level": "group", "updated_at": null}], "id": "5Smu2JMa5Jf6", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [19.0, -83.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6GHAfganw47Y", "label": "21088", "level": "group", "updated_at": + null}], "id": "7rdNznEcBwci", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [0.0, -38.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "XcCKid7V8DQ9", + "label": "21088", "level": "group", "updated_at": null}], "id": "4ohJpgX74C8F", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-45.0, -49.0, 53.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "49kppD3Prd8d", "label": "21088", "level": "group", "updated_at": + null}], "id": "4uZRMSjpv5h5", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-4.0, -79.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "46WYcLE2R3dK", + "label": "21088", "level": "group", "updated_at": null}], "id": "6X9dmXWHchms", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [19.0, -71.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "34LPH5o2Bajz", "label": "21088", "level": "group", "updated_at": + null}], "id": "ZFJErpAKP3n7", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [34.0, -45.0, -33.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6aPcPWsJezrn", + "label": "21088", "level": "group", "updated_at": null}], "id": "5qQocaKp4T6t", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-41.0, -38.0, 57.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "JUeGWByEdHJC", "label": "21088", "level": "group", "updated_at": + null}], "id": "6Yw5Q2ARAWVf", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [0.0, -5.0, 59.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "39gR6StkVngP", + "label": "21088", "level": "group", "updated_at": null}], "id": "7ksaNKcz45BG", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-30.0, -60.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5iXGEvvKtuGg", "label": "21088", "level": "group", "updated_at": + null}], "id": "44R73XyStiXC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-19.0, -64.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6LWMujvHZjcE", + "label": "21088", "level": "group", "updated_at": null}], "id": "6QJVBz8jPeuC", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [0.0, -34.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "Fkk6nLa6HJWK", "label": "21088", "level": "group", "updated_at": null}], + "id": "57BpREbwDHnf", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-4.0, 15.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4MHBHEP8srnL", + "label": "21088", "level": "group", "updated_at": null}], "id": "4uV89MY5MaN9", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [38.0, -8.0, -11.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "E8beRtDDNHjY", "label": "21088", "level": "group", "updated_at": null}], + "id": "3PtzSc3dTrUk", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [0.0, -11.0, 68.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7zuPd756mTPH", + "label": "21088", "level": "group", "updated_at": null}], "id": "82QNu8ijwUBJ", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-34.0, -26.0, 61.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4BHo6rraPxw9", "label": "21088", "level": "group", "updated_at": + null}], "id": "73FZkbZsvhoQ", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-38.0, 4.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3s2HeasjziWt", + "label": "21088", "level": "group", "updated_at": null}], "id": "4Kbg358QnxHM", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [34.0, 4.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6kCspJFY5ezS", "label": "21088", "level": "group", "updated_at": null}], + "id": "5e5EJe6hA2iW", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [22.0, -49.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6zjotT4m6Wef", + "label": "21088", "level": "group", "updated_at": null}], "id": "5kf5nyfBukyS", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-49.0, -23.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4gUracHr9akM", "label": "21088", "level": "group", "updated_at": + null}], "id": "6Ffee7b45Wcj", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [56.0, -49.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5BgzMX2GK8mE", + "label": "21088", "level": "group", "updated_at": null}], "id": "839VgZfNCciL", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [0.0, -38.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5n6H9A2oE9Ze", "label": "21088", "level": "group", "updated_at": null}], + "id": "7zn4gHCespjn", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [17.0, 18.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3sF4C8XqknRd", + "label": "21088", "level": "group", "updated_at": null}], "id": "7LcioZjVTBJz", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [4.0, -49.0, 64.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "jChYJRsQuQTN", "label": "21088", "level": "group", "updated_at": null}], + "id": "u4NhedHKG93s", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-40.0, 45.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7HaPzeQ99Za6", + "label": "21088", "level": "group", "updated_at": null}], "id": "5in5maJsykYD", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-30.0, 56.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7PWXR49eZo54", "label": "21088", "level": "group", "updated_at": null}], + "id": "cpEh49HwcdXi", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [30.0, 19.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5dp2HBTHnvML", + "label": "21088", "level": "group", "updated_at": null}], "id": "4Z9Ts2iFY6mE", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [24.0, 25.0, 32.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6Hv7b3qb9ZYL", "label": "21088", "level": "group", "updated_at": null}], + "id": "8N9hJr2pfZZF", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [41.0, 45.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "v7tP8y28KiKp", + "label": "21088", "level": "group", "updated_at": null}], "id": "6HSfRo7ebgLx", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-26.0, -41.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "E7KfNxbVge9t", "label": "21088", "level": "group", "updated_at": + null}], "id": "5Cj3qXUGdYxP", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [18.0, -8.0, 27.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4LHpJEmNXgCw", + "label": "21088", "level": "group", "updated_at": null}], "id": "8HaGX9GiKUGL", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-38.0, 60.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6yAXgyvBe4dU", "label": "21088", "level": "group", "updated_at": null}], + "id": "5YhqJbaANeUH", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [30.0, 60.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "32Tv5mFsjMrX", + "label": "21088", "level": "group", "updated_at": null}], "id": "TQTUm4jtrhJB", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-2.0, 56.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5UahkXcbk8iP", "label": "21088", "level": "group", "updated_at": null}], + "id": "6TzTgVs4G24c", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [64.0, -34.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "htVh63UJQVxh", + "label": "21088", "level": "group", "updated_at": null}], "id": "xQDRD5u4n7c7", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [0.0, 41.0, 23.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "UupQmYyJ49gQ", "label": "21088", "level": "group", "updated_at": null}], + "id": "7wTNaLWWk63G", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-49.0, 26.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5iLzgggcbwGC", + "label": "21088", "level": "group", "updated_at": null}], "id": "3do2foaTz5qL", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-34.0, -26.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4oKwWGbdzHWF", "label": "21088", "level": "group", "updated_at": + null}], "id": "3QdovmKX3V27", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [53.0, -32.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4D94WW7vVszR", + "label": "21088", "level": "group", "updated_at": null}], "id": "k5y743e26v9K", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-41.0, -15.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5UELoX2ds48j", "label": "21088", "level": "group", "updated_at": null}], + "id": "3H3SdwV2GEBx", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [34.0, 53.0, 31.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4s2WzigdHpa8", + "label": "21088", "level": "group", "updated_at": null}], "id": "5chUgCKYPY5b", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [38.0, 4.0, 27.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4ABdHFTk9U6w", "label": "21088", "level": "group", "updated_at": null}], + "id": "7ekFSTyzZHvn", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [15.0, -60.0, 1.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5Eopp2qGstUF", + "label": "21088", "level": "group", "updated_at": null}], "id": "5ctyCeieUYuz", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-36.0, -11.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5wz2v43rHHnq", "label": "21088", "level": "group", "updated_at": + null}], "id": "3TWzm4UqNcm9", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [41.0, 53.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6RH8Fkg6QJHd", + "label": "21088", "level": "group", "updated_at": null}], "id": "65Vs7fdQriRe", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-4.0, -79.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3xU8DK4NoceY", "label": "21088", "level": "group", "updated_at": + null}], "id": "7swnkAS4aw7R", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-30.0, 64.0, 19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4whBgbgea54R", + "label": "21088", "level": "group", "updated_at": null}], "id": "3FWbpabUoCbP", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [23.0, -60.0, -11.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4N3sMP48t7ro", "label": "21088", "level": "group", "updated_at": + null}], "id": "SGePRbT3qhN3", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [56.0, -15.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "58PGE6YGQc2E", + "label": "21088", "level": "group", "updated_at": null}], "id": "6TACRjZcPYpt", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [0.0, -34.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "cVHhJdQF4oM4", "label": "21088", "level": "group", "updated_at": null}], + "id": "6W7yvHwpd6oj", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-22.0, 8.0, 34.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4zMvVmQV7WuT", + "label": "21088", "level": "group", "updated_at": null}], "id": "5dZb87JnYLpC", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": + [-56.0, -64.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "ngDKFhxBuFG3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6RvvaUZ9BYDe", "label": "21088", "level": "group", "updated_at": + null}], "id": "6qL4WkvSoQ3F", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "ngDKFhxBuFG3", "coordinates": [-64.0, -41.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "ngDKFhxBuFG3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5Rc6FrpvA6Rz", + "label": "21088", "level": "group", "updated_at": null}], "id": "Ed9ywtTGnZJn", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}], "study": "3SVHsdWTFHbV", "updated_at": + null, "user": null, "weights": []}], "authors": "Todd RM, Lee W, Evans JW, Lewis MD, Taylor MJ", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.dcn.2012.01.004", "id": "3SVHsdWTFHbV", "metadata": null, "name": "Withholding + response in the face of a smile: age-related differences in prefrontal sensitivity to Nogo cues following happy and + angry faces.", "pmid": "22669035", "publication": "Developmental cognitive neuroscience", "source": "neurosynth", + "source_id": "22669035", "source_updated_at": null, "updated_at": null, "user": null, "year": 2012}, {"analyses": + [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "pVNZSTjHVaAu", "images": + [], "name": "39504", "points": [{"analysis": "pVNZSTjHVaAu", "coordinates": [-6.0, -21.0, 15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7nrrcS4HR8oN", + "label": "39504", "level": "group", "updated_at": null}], "id": "3S4rYKxtxXNm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": + [27.0, 9.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3oZDsoRzAFjK", "label": "39504", "level": "group", "updated_at": null}], + "id": "7jai8sL65oLh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": [15.0, 0.0, 51.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7AVLKJfeujRo", + "label": "39504", "level": "group", "updated_at": null}], "id": "6QhUgBuc9Dhn", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": + [-30.0, 51.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6RwqHasSXcL2", "label": "39504", "level": "group", "updated_at": null}], + "id": "DMzA6tpjwQrG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": [21.0, 36.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4MyByydByJ2d", + "label": "39504", "level": "group", "updated_at": null}], "id": "4dcLYGtNvJQo", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": + [-9.0, -57.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6Gs9PqM4zp64", "label": "39504", "level": "group", "updated_at": null}], + "id": "4om3L627Wtpj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": [18.0, -12.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4EBdQhtouARK", + "label": "39504", "level": "group", "updated_at": null}], "id": "6PNZh3umozQL", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": + [51.0, -57.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5VuuaMXDiXHR", "label": "39504", "level": "group", "updated_at": null}], + "id": "7x9xT7gTHLAr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": [48.0, 42.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4jfcJNn2PmXR", + "label": "39504", "level": "group", "updated_at": null}], "id": "4gfV2ciRkzvd", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": + [-6.0, 72.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3bm3CSwCqxMK", "label": "39504", "level": "group", "updated_at": null}], + "id": "44oiXuDc9QiH", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "pVNZSTjHVaAu", "coordinates": [-15.0, -9.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "pVNZSTjHVaAu", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4uWYWoEX4V4F", + "label": "39504", "level": "group", "updated_at": null}], "id": "UMsjjo5BrNAa", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "6AkrZQQo2ysG", "updated_at": + null, "user": null, "weights": []}], "authors": "Luo Y, Huang X, Yang Z, Li B, Liu J, Wei D", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1371/journal.pone.0085181", "id": "6AkrZQQo2ysG", "metadata": null, "name": "Regional + homogeneity of intrinsic brain activity in happy and unhappy individuals.", "pmid": "24454814", "publication": "PloS + one", "source": "neurosynth", "source_id": "24454814", "source_updated_at": null, "updated_at": null, "user": null, + "year": 2014}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "id": "76AvL5Nuq7rc", "images": [], "name": "23101", "points": [{"analysis": "76AvL5Nuq7rc", "coordinates": [-24.0, + 34.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "76AvL5Nuq7rc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4ZqJUzynUTev", "label": "23101", "level": "group", "updated_at": null}], + "id": "5ZKorNkGyWkF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "76AvL5Nuq7rc", "coordinates": [-26.0, 52.0, 32.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "76AvL5Nuq7rc", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3Rir7h9HKHcC", + "label": "23101", "level": "group", "updated_at": null}], "id": "6Hdvb6ajBGK2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "76AvL5Nuq7rc", "coordinates": + [-50.0, -2.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "76AvL5Nuq7rc", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4jwu3ctb8M5s", "label": "23101", "level": "group", "updated_at": null}], + "id": "7dj43JVbxY9H", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "5ptAcQjSuWQP", "updated_at": null, "user": null, "weights": []}, {"conditions": [], + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "8FGGhQh4m7Rx", "images": [], "name": + "23102", "points": [{"analysis": "8FGGhQh4m7Rx", "coordinates": [38.0, 34.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3oYCsmvGV424", + "label": "23102", "level": "group", "updated_at": null}], "id": "wQzkSBAE58Tc", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": + [-36.0, 26.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3XM3uQ4Wc8y7", "label": "23102", "level": "group", "updated_at": null}], + "id": "LeMKLUz2WRyn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": [46.0, 28.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3MbyzAHAnZB5", + "label": "23102", "level": "group", "updated_at": null}], "id": "4NfUgLvxWbSp", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": + [-18.0, -10.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8FGGhQh4m7Rx", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "oBZp5L5TXMiH", "label": "23102", "level": "group", "updated_at": + null}], "id": "8HXXScJhSEed", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": [2.0, 6.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4pwai2eyTrkA", + "label": "23102", "level": "group", "updated_at": null}], "id": "5hfiEdiDQzsb", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": + [54.0, -14.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "8EePNWwbu4T2", "label": "23102", "level": "group", "updated_at": null}], + "id": "6T9sXptdUnun", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": [-48.0, -16.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7SBMktivjwX7", + "label": "23102", "level": "group", "updated_at": null}], "id": "7F4Nx8Fcce72", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": + [54.0, -4.0, 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4LSTPQLSGdEr", "label": "23102", "level": "group", "updated_at": null}], + "id": "5ZyF93oaw9CN", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": [-6.0, -24.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3nrs3Vp72yAk", + "label": "23102", "level": "group", "updated_at": null}], "id": "5y2tm5jeo6UK", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": + [-26.0, 28.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8FGGhQh4m7Rx", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3LEUG8eDLawZ", "label": "23102", "level": "group", "updated_at": + null}], "id": "3pMsQLieo49Z", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": [-42.0, -18.0, 54.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7J5hK38VMfZq", + "label": "23102", "level": "group", "updated_at": null}], "id": "h3iyv8Jw5h5W", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": + [10.0, 0.0, 58.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4KHLSFTmesy2", "label": "23102", "level": "group", "updated_at": null}], + "id": "5G9we88dbgbX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "8FGGhQh4m7Rx", "coordinates": [-6.0, 42.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "8FGGhQh4m7Rx", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4R2zpohQhgqZ", + "label": "23102", "level": "group", "updated_at": null}], "id": "mBTCJgQcCH2K", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "5ptAcQjSuWQP", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "7svnYfHnz24L", "images": [], "name": "23103", "points": [{"analysis": "7svnYfHnz24L", "coordinates": + [56.0, -12.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7svnYfHnz24L", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3zm57BmLQuS6", "label": "23103", "level": "group", "updated_at": null}], + "id": "7rePL5LmPTeL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": [-24.0, 34.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "48EeSKvugkhV", + "label": "23103", "level": "group", "updated_at": null}], "id": "7aawy2N4ft9U", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": + [-8.0, 46.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7svnYfHnz24L", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3wR7i8epJsMc", "label": "23103", "level": "group", "updated_at": null}], + "id": "6VAJXy37dc58", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": [-14.0, 24.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5NviuzSyfLvP", + "label": "23103", "level": "group", "updated_at": null}], "id": "8EExLqCYHCUx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": + [0.0, -22.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7svnYfHnz24L", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3nv93BPqcUHW", "label": "23103", "level": "group", "updated_at": null}], + "id": "56EgYmLMvdR6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": [36.0, 10.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8E5rwMRNANCc", + "label": "23103", "level": "group", "updated_at": null}], "id": "7xgUjF93c8tF", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": + [-4.0, 50.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7svnYfHnz24L", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7FedJGuoZfEJ", "label": "23103", "level": "group", "updated_at": null}], + "id": "5ek93SaSJPMZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": [-52.0, -10.0, 52.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4pq2iGPjNi3g", + "label": "23103", "level": "group", "updated_at": null}], "id": "5oqdUPZbrxbf", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": + [-58.0, -60.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7svnYfHnz24L", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6xmxaRhMZZsj", "label": "23103", "level": "group", "updated_at": + null}], "id": "55i6cfP4bFdV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": [24.0, 2.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7svnYfHnz24L", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5MUMFbBiM3Xw", + "label": "23103", "level": "group", "updated_at": null}], "id": "5mnDxttL7tPN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7svnYfHnz24L", "coordinates": + [-56.0, -10.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7svnYfHnz24L", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "zJPFkfqNwZNb", "label": "23103", "level": "group", "updated_at": null}], + "id": "3iQUVYycHhQw", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "5ptAcQjSuWQP", "updated_at": null, "user": null, "weights": []}], "authors": "Gebauer + L, Skewes J, Westphael G, Heaton P, Vuust P", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, + "doi": "10.3389/fnins.2014.00192", "id": "5ptAcQjSuWQP", "metadata": null, "name": "Intact brain processing of musical + emotions in autism spectrum disorder, but more cognitive load and arousal in happy vs. sad music.", "pmid": "25076869", + "publication": "Frontiers in neuroscience", "source": "neurosynth", "source_id": "25076869", "source_updated_at": + null, "updated_at": null, "user": null, "year": 2014}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "id": "7FwRKS36kZp9", "images": [], "name": "15331", "points": [{"analysis": "7FwRKS36kZp9", + "coordinates": [0.0, -51.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7FwRKS36kZp9", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8LT6mPH3Pae3", "label": "15331", "level": "group", "updated_at": + null}], "id": "xFVBfhpVWLY7", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": + null, "user": null, "values": []}, {"analysis": "7FwRKS36kZp9", "coordinates": [-30.0, 33.0, 39.0], "created_at": + "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7FwRKS36kZp9", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4sgWckZvDwuM", "label": "15331", "level": "group", "updated_at": null}], "id": "5WDoiqxFeQyc", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7FwRKS36kZp9", "coordinates": [3.0, -48.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "7FwRKS36kZp9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "ttreXLXFW9rX", "label": "15331", "level": + "group", "updated_at": null}], "id": "4r96arrG6uZu", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "updated_at": null, "user": null, "values": []}], "study": "6hNANgeoQKYP", "updated_at": null, "user": + null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": + "7VPXqibNQ2La", "images": [], "name": "15332", "points": [{"analysis": "7VPXqibNQ2La", "coordinates": [-3.0, -15.0, + 45.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3BKneQHigiyH", "label": "15332", "level": "group", "updated_at": null}], "id": "4VXx9ZewacuE", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7VPXqibNQ2La", "coordinates": [-24.0, -51.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8CxHxhj3Cvak", "label": "15332", + "level": "group", "updated_at": null}], "id": "7ukCvNUEhfE5", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "7VPXqibNQ2La", "coordinates": [5.0, + 12.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7VPXqibNQ2La", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4gEmQrSEiS9Y", "label": "15332", "level": "group", "updated_at": null}], + "id": "5XGx9DfbzV2D", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, + "user": null, "values": []}, {"analysis": "7VPXqibNQ2La", "coordinates": [-35.0, -51.0, 39.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3Hs8P5ar5teP", + "label": "15332", "level": "group", "updated_at": null}], "id": "3CCZDnXahnfJ", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "7VPXqibNQ2La", + "coordinates": [3.0, -6.0, 45.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7VPXqibNQ2La", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5jXUXUsqHqt5", "label": "15332", "level": "group", "updated_at": + null}], "id": "3NGtpSmCy2hU", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": + null, "user": null, "values": []}, {"analysis": "7VPXqibNQ2La", "coordinates": [-42.0, 15.0, -9.0], "created_at": + "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "6K5caCDzDmxs", "label": "15332", "level": "group", "updated_at": null}], "id": "4akhJxsEJSWi", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "7VPXqibNQ2La", "coordinates": [12.0, -69.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "7VPXqibNQ2La", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "sFyWbSa4ohrz", "label": "15332", + "level": "group", "updated_at": null}], "id": "7dx5VjjgKy3e", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}], "study": "6hNANgeoQKYP", "updated_at": null, + "user": null, "weights": []}], "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.biopsycho.2014.08.003", "id": "6hNANgeoQKYP", "metadata": null, "name": "When + you smile, you become happy: Evidence from resting state task-based fMRI.", "pmid": "25139308", "publication": "Biological + psychology", "source": "neurosynth", "source_id": "25139308", "source_updated_at": null, "updated_at": null, "user": + null, "year": 2014}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "7xMSzM9VJtrK", "images": [], "name": "39765", "points": [{"analysis": "7xMSzM9VJtrK", "coordinates": + [-14.0, 0.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7xMSzM9VJtrK", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3EcLGZc2stU4", "label": "39765", "level": "group", "updated_at": null}], + "id": "7WoLFJHzRKgD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "7xMSzM9VJtrK", "coordinates": [-16.0, -2.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7xMSzM9VJtrK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "824nBNAjL4LG", + "label": "39765", "level": "group", "updated_at": null}], "id": "4m7uDVerXnHc", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "3dEED48cGfXq", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "3H5dDZEkqeZm", "images": [], "name": "39766", "points": [{"analysis": "3H5dDZEkqeZm", "coordinates": + [30.0, -4.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3H5dDZEkqeZm", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5MseH5SwA2UF", "label": "39766", "level": "group", "updated_at": null}], + "id": "4U9qy2uN6Qdp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3H5dDZEkqeZm", "coordinates": [18.0, 6.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3H5dDZEkqeZm", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7XHyWahP7CyV", + "label": "39766", "level": "group", "updated_at": null}], "id": "6o74BHbYypAF", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3H5dDZEkqeZm", "coordinates": + [-16.0, -2.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3H5dDZEkqeZm", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6qvc7ze6DhhZ", "label": "39766", "level": "group", "updated_at": + null}], "id": "4D8w2BCYLkK5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3H5dDZEkqeZm", "coordinates": [24.0, 20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3H5dDZEkqeZm", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7S6fA9owiA8C", + "label": "39766", "level": "group", "updated_at": null}], "id": "5s7YHpaGjdDm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "3dEED48cGfXq", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "icaz7Y5jZJfV", "images": [], "name": "39767", "points": [{"analysis": "icaz7Y5jZJfV", "coordinates": + [10.0, 14.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5vk487EecdpS", "label": "39767", "level": "group", "updated_at": null}], + "id": "6YKaFUijnkG6", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "icaz7Y5jZJfV", "coordinates": [34.0, -16.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6mMU3MwVE26D", + "label": "39767", "level": "group", "updated_at": null}], "id": "5eyJnw4KLZKC", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "icaz7Y5jZJfV", "coordinates": + [34.0, -2.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "HEQuDdRdVmB9", "label": "39767", "level": "group", "updated_at": null}], + "id": "bTUWZi3LPYZS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "icaz7Y5jZJfV", "coordinates": [14.0, 4.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5Jz37zd2a4aT", + "label": "39767", "level": "group", "updated_at": null}], "id": "66Qk69QTEXW2", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "icaz7Y5jZJfV", "coordinates": + [22.0, -6.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7Yr9WJqqRcYf", "label": "39767", "level": "group", "updated_at": null}], + "id": "47HU8QcoVZ68", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "icaz7Y5jZJfV", "coordinates": [32.0, -4.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "icaz7Y5jZJfV", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "BJMuhnjPbZ5Q", + "label": "39767", "level": "group", "updated_at": null}], "id": "5EHWPJFV6ZKv", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "3dEED48cGfXq", "updated_at": + null, "user": null, "weights": []}], "authors": "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto + A, Bryant RA", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1371/journal.pone.0103653", + "id": "3dEED48cGfXq", "metadata": null, "name": "Reduced amygdala and ventral striatal activity to happy faces in + PTSD is associated with emotional numbing.", "pmid": "25184336", "publication": "PloS one", "source": "neurosynth", + "source_id": "25184336", "source_updated_at": null, "updated_at": null, "user": null, "year": 2014}, {"analyses": + [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "6jQ32kDkDdm8", "images": + [], "name": "34301", "points": [{"analysis": "6jQ32kDkDdm8", "coordinates": [-22.0, -16.0, 25.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "pHsBnJXBrdPf", + "label": "34301", "level": "group", "updated_at": null}], "id": "87gKXQHczUJN", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "6jQ32kDkDdm8", "coordinates": + [-14.0, 37.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6ZPxqxgocAym", "label": "34301", "level": "group", "updated_at": null}], + "id": "6MvDNE5xnLuL", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "6jQ32kDkDdm8", "coordinates": [-39.0, -2.0, 3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5Nyac4iLdWdn", + "label": "34301", "level": "group", "updated_at": null}], "id": "6o2qc8u43wgu", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "6jQ32kDkDdm8", "coordinates": + [14.0, -52.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6jQ32kDkDdm8", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "zfej7Fr4GzkF", "label": "34301", "level": "group", "updated_at": + null}], "id": "7bdi2SmNPbbG", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "6jQ32kDkDdm8", "coordinates": [28.0, -36.0, 52.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "48yteUzauhjW", + "label": "34301", "level": "group", "updated_at": null}], "id": "6hFiW9BMZUGx", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "6jQ32kDkDdm8", "coordinates": + [37.0, 34.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5yRka9cQgn98", "label": "34301", "level": "group", "updated_at": null}], + "id": "8sDXseZrXb9q", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "6jQ32kDkDdm8", "coordinates": [5.0, 9.0, -7.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5LXKLjh6yiQJ", + "label": "34301", "level": "group", "updated_at": null}], "id": "4T69s7pniC5w", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "6jQ32kDkDdm8", "coordinates": + [-30.0, -37.0, 55.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6jQ32kDkDdm8", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7Ean3VVapqZm", "label": "34301", "level": "group", "updated_at": + null}], "id": "6PJ2znp2fwvq", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "6jQ32kDkDdm8", "coordinates": [25.0, 27.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7pgoDER3DHj2", + "label": "34301", "level": "group", "updated_at": null}], "id": "64zmKUPQ7YmC", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "6jQ32kDkDdm8", "coordinates": + [40.0, -21.0, 13.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6jQ32kDkDdm8", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3K6Qzcnr9Snu", "label": "34301", "level": "group", "updated_at": null}], + "id": "6wWGqzrvczhn", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}], "study": "6SoirEH52CMp", "updated_at": null, "user": null, "weights": []}, {"conditions": [], + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "7h23dzabx6Lt", "images": [], "name": + "34302", "points": [{"analysis": "7h23dzabx6Lt", "coordinates": [-35.0, 8.0, 47.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "YN3z7Czzudr2", + "label": "34302", "level": "group", "updated_at": null}], "id": "74TocxEUNvwT", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": + [21.0, -56.0, -40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7h23dzabx6Lt", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "83Jd6MCwoMHs", "label": "34302", "level": "group", "updated_at": + null}], "id": "4AGadtFU7Fe7", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": [14.0, -19.0, 67.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "NSusfwScH9m5", + "label": "34302", "level": "group", "updated_at": null}], "id": "7YAT4LuC6gog", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": + [19.0, 44.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7h23dzabx6Lt", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "76ikqzoL2hJA", "label": "34302", "level": "group", "updated_at": null}], + "id": "7DmVodFbQ3SK", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": [-18.0, 30.0, 17.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6GdcB6mStKvk", + "label": "34302", "level": "group", "updated_at": null}], "id": "4GRVHvKctF4m", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": + [4.0, 18.0, 60.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7h23dzabx6Lt", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "44sb3CwBYwDa", "label": "34302", "level": "group", "updated_at": null}], + "id": "6SdTjmY6bWCt", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": [9.0, 63.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "r2X3ZXTgAA6L", + "label": "34302", "level": "group", "updated_at": null}], "id": "5hAvjvT5sGuR", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": + [-43.0, -2.0, -25.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7h23dzabx6Lt", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6vSoYkoygDVw", "label": "34302", "level": "group", "updated_at": + null}], "id": "3UFD2AXMCec5", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": [-52.0, 14.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5WYqgm9korvX", + "label": "34302", "level": "group", "updated_at": null}], "id": "4zrMaGZQA2p9", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": + [65.0, -37.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7h23dzabx6Lt", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7YNwFQ34zSxc", "label": "34302", "level": "group", "updated_at": null}], + "id": "7sJwXron7cSD", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": [-25.0, 59.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "77gmjUrByANm", + "label": "34302", "level": "group", "updated_at": null}], "id": "4CBnQZHdQUUx", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": + [1.0, -22.0, 54.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7h23dzabx6Lt", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "NaxbmHq4dovL", "label": "34302", "level": "group", "updated_at": null}], + "id": "4g9CDT77D3XC", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, "user": + null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": [-34.0, -27.0, -23.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "7h23dzabx6Lt", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8v4uVbjCYy4e", + "label": "34302", "level": "group", "updated_at": null}], "id": "89XBCHw62moC", "image": null, "kind": "unknown", + "label_id": null, "space": "TAL", "updated_at": null, "user": null, "values": []}, {"analysis": "7h23dzabx6Lt", "coordinates": + [-11.0, -26.0, 65.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "7h23dzabx6Lt", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6vSpVgZ4cwfu", "label": "34302", "level": "group", "updated_at": + null}], "id": "7bwnED5VnhKT", "image": null, "kind": "unknown", "label_id": null, "space": "TAL", "updated_at": null, + "user": null, "values": []}], "study": "6SoirEH52CMp", "updated_at": null, "user": null, "weights": []}], "authors": + "Egidi G, Caramazza A", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2014.09.008", + "id": "6SoirEH52CMp", "metadata": null, "name": "Mood-dependent integration in discourse comprehension: happy and + sad moods affect consistency processing via different brain networks.", "pmid": "25225000", "publication": "NeuroImage", + "source": "neurosynth", "source_id": "25225000", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2014}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": + "BpS3u6sAfe8g", "images": [], "name": "34402", "points": [{"analysis": "BpS3u6sAfe8g", "coordinates": [-14.0, 58.0, + 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4PXMy3i369j9", "label": "34402", "level": "group", "updated_at": null}], "id": "3hYiWJPgdtYx", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [14.0, 2.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5DexG8toSa7A", "label": "34402", "level": + "group", "updated_at": null}], "id": "6igckJsXAvzA", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "BpS3u6sAfe8g", "coordinates": [16.0, 20.0, + -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4Wj6muy57VWG", "label": "34402", "level": "group", "updated_at": null}], + "id": "qFQT6pQkutBW", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, + "user": null, "values": []}, {"analysis": "BpS3u6sAfe8g", "coordinates": [-54.0, -20.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "adMu6t32cRXV", + "label": "34402", "level": "group", "updated_at": null}], "id": "5tUWxj93YP5y", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "BpS3u6sAfe8g", + "coordinates": [20.0, 50.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "BpS3u6sAfe8g", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "847UYcC4SN6V", "label": "34402", "level": "group", "updated_at": + null}], "id": "7hF99Fh8yxp2", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": + null, "user": null, "values": []}, {"analysis": "BpS3u6sAfe8g", "coordinates": [-64.0, -24.0, 4.0], "created_at": + "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3yXJyeoqbaVy", "label": "34402", "level": "group", "updated_at": null}], "id": "42EdqCTNSZWh", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [8.0, -20.0, 2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "69TAAe2m6UYj", "label": "34402", "level": + "group", "updated_at": null}], "id": "7ZBwkAPuqqjY", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "BpS3u6sAfe8g", "coordinates": [22.0, -56.0, + 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3nedYWVqubtc", "label": "34402", "level": "group", "updated_at": null}], "id": "hxEqmuCxyEJc", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [6.0, -2.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5Rw8rqz4r2QS", "label": "34402", "level": + "group", "updated_at": null}], "id": "7qJUvYhP9M95", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "BpS3u6sAfe8g", "coordinates": [-46.0, -38.0, + 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "mnFyFwJJQMLV", "label": "34402", "level": "group", "updated_at": null}], "id": "5Te6suebT6a5", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "BpS3u6sAfe8g", "coordinates": [64.0, -18.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7CD6tgCpdDJN", "label": "34402", "level": + "group", "updated_at": null}], "id": "5FLrsYRLP3KC", "image": null, "kind": "unknown", "label_id": null, "space": + "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "BpS3u6sAfe8g", "coordinates": [-40.0, -26.0, + 46.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "BpS3u6sAfe8g", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "xG2xyHCREizU", "label": "34402", "level": "group", "updated_at": null}], "id": "4Mz4JjdsLshS", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}], "study": + "uPDUNVQUJvpt", "updated_at": null, "user": null, "weights": []}], "authors": "Kong F, Hu S, Wang X, Song Y, Liu J", + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuroimage.2014.11.033", + "id": "uPDUNVQUJvpt", "metadata": null, "name": "Neural correlates of the happy life: The amplitude of spontaneous + low frequency fluctuations predicts subjective well-being.", "pmid": "25463465", "publication": "NeuroImage", "source": + "neurosynth", "source_id": "25463465", "source_updated_at": null, "updated_at": null, "user": null, "year": 2015}, + {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "38HqPANwZTG2", + "images": [], "name": "42004", "points": [{"analysis": "38HqPANwZTG2", "coordinates": [0.0, 46.0, 46.0], "created_at": + "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "38HqPANwZTG2", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "4Kb7oa85Nc2r", "label": "42004", "level": "group", "updated_at": null}], "id": "7LimdjsYPq85", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "38HqPANwZTG2", "coordinates": [4.0, 40.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": + "38HqPANwZTG2", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7mCyoCNdBz2t", "label": "42004", "level": + "group", "updated_at": null}], "id": "5ArfJw6UA2ko", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "updated_at": null, "user": null, "values": []}], "study": "6gD4cLusQaGb", "updated_at": null, "user": null, + "weights": []}], "authors": "Pulkkinen J, Nikkinen J, Kiviniemi V, Maki P, Miettunen J, Koivukangas J, Mukkala S, + Nordstrom T, Barnett JH, Jones PB, Moilanen I, Murray GK, Veijola J", "created_at": "2023-05-19T23:38:25.513965+00:00", + "description": null, "doi": "10.1016/j.schres.2015.01.039", "id": "6gD4cLusQaGb", "metadata": null, "name": "Functional + mapping of dynamic happy and fearful facial expressions in young adults with familial risk for psychosis - Oulu Brain + and Mind Study.", "pmid": "25703807", "publication": "Schizophrenia research", "source": "neurosynth", "source_id": + "25703807", "source_updated_at": null, "updated_at": null, "user": null, "year": 2015}, {"analyses": [{"conditions": + [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "5XuagvSYMzW9", "images": [], "name": + "25426", "points": [{"analysis": "5XuagvSYMzW9", "coordinates": [-1.78, -2.35, -1.21], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5XuagvSYMzW9", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7YyzxMPSVYnx", + "label": "25426", "level": "group", "updated_at": null}], "id": "57vETqnTysr7", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}], "study": "3C4xq7XcVv96", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "3wrf49wQ5KXs", "images": [], "name": "25427", "points": [{"analysis": "3wrf49wQ5KXs", "coordinates": + [-21.0, 81.0, 41.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5qqEdDG7w4e4", "label": "25427", "level": "group", "updated_at": null}], + "id": "6fjYPJPKRqkC", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, + "user": null, "values": []}, {"analysis": "3wrf49wQ5KXs", "coordinates": [-29.0, 1.0, -29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5wkmm9H7d8ZV", + "label": "25427", "level": "group", "updated_at": null}], "id": "52gkNhUihPwF", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "3wrf49wQ5KXs", + "coordinates": [-18.0, 67.0, 25.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3wrf49wQ5KXs", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7X6cmtyL4nDJ", "label": "25427", "level": "group", "updated_at": + null}], "id": "4SH4YqMuTm6W", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": + null, "user": null, "values": []}, {"analysis": "3wrf49wQ5KXs", "coordinates": [58.0, 41.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "LCx9RsCir2vJ", + "label": "25427", "level": "group", "updated_at": null}], "id": "3xSCe58VBeJc", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "3wrf49wQ5KXs", + "coordinates": [-3.0, 41.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3wrf49wQ5KXs", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "49scaYA4ZCcF", "label": "25427", "level": "group", "updated_at": + null}], "id": "7NCaoNizUDDT", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": + null, "user": null, "values": []}, {"analysis": "3wrf49wQ5KXs", "coordinates": [12.0, 16.0, 35.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "anyX2XTBNduM", + "label": "25427", "level": "group", "updated_at": null}], "id": "6YdDBVFXvQ4B", "image": null, "kind": "unknown", + "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "3wrf49wQ5KXs", + "coordinates": [42.0, -18.0, 30.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3wrf49wQ5KXs", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "77isag3pcpGG", "label": "25427", "level": "group", "updated_at": + null}], "id": "HrYqVjuJdekh", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": + null, "user": null, "values": []}, {"analysis": "3wrf49wQ5KXs", "coordinates": [-28.0, 56.0, -13.0], "created_at": + "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "37S8nyWo5jaD", "label": "25427", "level": "group", "updated_at": null}], "id": "64C4RMc5Vuko", "image": null, + "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": + "3wrf49wQ5KXs", "coordinates": [20.0, 60.0, -19.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "3wrf49wQ5KXs", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7cQuQ5KTDz9N", "label": "25427", + "level": "group", "updated_at": null}], "id": "6WR5wu7yz2MU", "image": null, "kind": "unknown", "label_id": null, + "space": "UNKNOWN", "updated_at": null, "user": null, "values": []}, {"analysis": "3wrf49wQ5KXs", "coordinates": [12.0, + 76.0, 37.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3wrf49wQ5KXs", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7pmG7juBAjkW", "label": "25427", "level": "group", "updated_at": null}], + "id": "6JTLp3Ymvn6p", "image": null, "kind": "unknown", "label_id": null, "space": "UNKNOWN", "updated_at": null, + "user": null, "values": []}], "study": "3C4xq7XcVv96", "updated_at": null, "user": null, "weights": []}], "authors": + "Henje Blom E, Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang TT", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.jad.2015.03.012", "id": "3C4xq7XcVv96", + "metadata": null, "name": "Altered insular activation and increased insular functional connectivity during sad and + happy face processing in adolescent major depressive disorder.", "pmid": "25827506", "publication": "Journal of affective + disorders", "source": "neurosynth", "source_id": "25827506", "source_updated_at": null, "updated_at": null, "user": + null, "year": 2015}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "PZtHzKXasZmg", "images": [], "name": "17019", "points": [{"analysis": "PZtHzKXasZmg", "coordinates": + [-44.0, 44.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6GNnXWEWSCge", "label": "17019", "level": "group", "updated_at": null}], + "id": "7Huyy7HMYmph", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-50.0, -54.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5C3BxYAMgjH6", + "label": "17019", "level": "group", "updated_at": null}], "id": "4mBWcp3tACwx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-50.0, -54.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3stnNuFjiUfs", "label": "17019", "level": "group", "updated_at": + null}], "id": "7Y7XdQhnC32q", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-4.0, 44.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4QqFWqh46nHe", + "label": "17019", "level": "group", "updated_at": null}], "id": "8D9264tGGF3A", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-44.0, -50.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3JDTDhz8mTN4", "label": "17019", "level": "group", "updated_at": + null}], "id": "6cCc69h2NkEZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-44.0, -50.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4LvLVtsKqEqC", + "label": "17019", "level": "group", "updated_at": null}], "id": "nxFfUmf7BKwD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-18.0, -8.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5RvkDbHn2VF6", "label": "17019", "level": "group", "updated_at": null}], + "id": "4XnSRwfgc7XB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-14.0, 38.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8Gcu3cYyUM8k", + "label": "17019", "level": "group", "updated_at": null}], "id": "3mzP3Gdyx9wm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-14.0, 38.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5BrucXsWVm4Q", "label": "17019", "level": "group", "updated_at": + null}], "id": "82RM5UW7saMh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-4.0, 44.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "76u9f9v334Bg", + "label": "17019", "level": "group", "updated_at": null}], "id": "7JGwdAeomHcy", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-18.0, -8.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6h82yZ8EqXer", "label": "17019", "level": "group", "updated_at": null}], + "id": "6VsdCwwLMRmS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-24.0, -84.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4ZcHNv5V9oWV", + "label": "17019", "level": "group", "updated_at": null}], "id": "59vQSUhB4ph8", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [62.0, -50.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7uHpJVnDwzWg", "label": "17019", "level": "group", "updated_at": null}], + "id": "t2hvsMCTN8EX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-60.0, -20.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3SdiYmkCJXfd", + "label": "17019", "level": "group", "updated_at": null}], "id": "8XAaBDZV4CRx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-60.0, -20.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5rP5hvxRZNFY", "label": "17019", "level": "group", "updated_at": + null}], "id": "48MEKNVeRN5e", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-58.0, 20.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "74QJG6a2csEo", + "label": "17019", "level": "group", "updated_at": null}], "id": "3g7mDPZGg7AB", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-58.0, 20.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5sLgptRqY8T9", "label": "17019", "level": "group", "updated_at": null}], + "id": "3snUHJe8wjgo", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-36.0, 44.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7a8459c3SJvR", + "label": "17019", "level": "group", "updated_at": null}], "id": "477gjWEhe4sr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-36.0, 44.0, -16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6NbAxkW25yP6", "label": "17019", "level": "group", "updated_at": + null}], "id": "7PWyytzhACNv", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [28.0, -76.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "45YjbcCNCE3z", + "label": "17019", "level": "group", "updated_at": null}], "id": "8ndvGj6tvjXQ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [28.0, -76.0, -26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3bUyMKXKAuBF", "label": "17019", "level": "group", "updated_at": + null}], "id": "6GuNWqWaLdK9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-24.0, -84.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7XhFa2sByK5L", + "label": "17019", "level": "group", "updated_at": null}], "id": "32rzazfQvtxp", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [62.0, -50.0, 12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "TdqYcACFGrqt", "label": "17019", "level": "group", "updated_at": null}], + "id": "3Rgv9RrfDgYZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-44.0, 44.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3HmhGTsx4Pnp", + "label": "17019", "level": "group", "updated_at": null}], "id": "53NiXUeNsyHD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [40.0, 24.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7PZGc6f4fiTC", "label": "17019", "level": "group", "updated_at": null}], + "id": "6Xw3iZu93wXv", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-40.0, 24.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3emqJZnvbkN2", + "label": "17019", "level": "group", "updated_at": null}], "id": "n9hirjRsgqJV", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [58.0, -58.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7Y6enoxu3yfw", "label": "17019", "level": "group", "updated_at": null}], + "id": "7y4mvuDkmJ5v", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [58.0, -58.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "87JmzmxrMiNK", + "label": "17019", "level": "group", "updated_at": null}], "id": "66PRE7HKPpVK", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [10.0, 54.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5TkAdPKhhqGk", "label": "17019", "level": "group", "updated_at": null}], + "id": "nNeZtxwwYJbG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [10.0, 54.0, 18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4CAhJcYCUWBx", + "label": "17019", "level": "group", "updated_at": null}], "id": "4uQRQghXusHr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-52.0, -66.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4G3RzKgq46Ua", "label": "17019", "level": "group", "updated_at": + null}], "id": "626DsVTVN22N", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-52.0, -66.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5PnTJKEe9uFT", + "label": "17019", "level": "group", "updated_at": null}], "id": "6bAa5bwu2qZN", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [60.0, -24.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7DN9ZbjSboK3", "label": "17019", "level": "group", "updated_at": + null}], "id": "5NxNVF2GC9qA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [60.0, -24.0, -10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "48QKUXCbesm5", + "label": "17019", "level": "group", "updated_at": null}], "id": "8KQpEwA3M9ap", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-40.0, 24.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4kABL6whyatg", "label": "17019", "level": "group", "updated_at": null}], + "id": "6B4A97nkZDoy", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [42.0, 46.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3LwxEjfFp5T6", + "label": "17019", "level": "group", "updated_at": null}], "id": "39vbBMbdH6Th", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [40.0, 24.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5stPnydC9NFm", "label": "17019", "level": "group", "updated_at": null}], + "id": "5azyjT6MPuw5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-28.0, -6.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6WijUc4hG3R8", + "label": "17019", "level": "group", "updated_at": null}], "id": "55kVaGNNfNG6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-28.0, -6.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3kLifDa7s7Vv", "label": "17019", "level": "group", "updated_at": + null}], "id": "5JdyuhpKvhAj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [50.0, -72.0, 40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4bQCeksnS52y", + "label": "17019", "level": "group", "updated_at": null}], "id": "4uBQwNnANQcn", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [50.0, -72.0, 40.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4vJTRS7VFtFQ", "label": "17019", "level": "group", "updated_at": null}], + "id": "7UkjFpL9wZFY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-54.0, -10.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "KgVRKeV7tzZG", + "label": "17019", "level": "group", "updated_at": null}], "id": "6hzCLrAY9BSS", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-54.0, -10.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "9u2TKQkcsJ5D", "label": "17019", "level": "group", "updated_at": null}], + "id": "4xjSS7PNqhRA", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-4.0, -76.0, 52.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "66yFMFsn3bDs", + "label": "17019", "level": "group", "updated_at": null}], "id": "FFKLKVg9woB4", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-4.0, -76.0, 52.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "85nJtp7KPgrC", "label": "17019", "level": "group", "updated_at": null}], + "id": "4aubPhohiXqV", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [-62.0, -32.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3cALdeNGWJch", + "label": "17019", "level": "group", "updated_at": null}], "id": "32yDWG9yAChf", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": + [-62.0, -32.0, 38.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "PZtHzKXasZmg", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5NmteeP8jQcj", "label": "17019", "level": "group", "updated_at": + null}], "id": "4KQqjp9fpxMb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "PZtHzKXasZmg", "coordinates": [42.0, 46.0, -14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "PZtHzKXasZmg", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7VGfuSCB74aL", + "label": "17019", "level": "group", "updated_at": null}], "id": "wMsAmRMNbk3j", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "4wMYLcaZa25g", "updated_at": + null, "user": null, "weights": []}], "authors": "Cullen KR, LaRiviere LL, Vizueta N, Thomas KM, Hunt RH, Miller MJ, + Lim KO, Schulz SC", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1007/s11682-015-9406-4", + "id": "4wMYLcaZa25g", "metadata": null, "name": "Brain activation in response to overt and covert fear and happy faces + in women with borderline personality disorder.", "pmid": "26007149", "publication": "Brain imaging and behavior", + "source": "neurosynth", "source_id": "26007149", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2015}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": + "6HhdbbASwrK3", "images": [], "name": "37588", "points": [{"analysis": "6HhdbbASwrK3", "coordinates": [18.0, 11.0, + 67.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", + "id": "3N95b5P7ypLd", "label": "37588", "level": "group", "updated_at": null}], "id": "5kFUkxRjSekg", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "6HhdbbASwrK3", "coordinates": [-54.0, -31.0, 10.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": + [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4zkQiuCzNxQu", "label": "37588", + "level": "group", "updated_at": null}], "id": "47dKz73H2HtG", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": [15.0, + -10.0, -20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6HhdbbASwrK3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7B4qES262a2K", "label": "37588", "level": "group", "updated_at": null}], + "id": "59D9X9dRgJ7T", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": [18.0, -13.0, -17.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "tWG82uMXA2KP", + "label": "37588", "level": "group", "updated_at": null}], "id": "Wme5NpZ4TDB9", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": + [60.0, -64.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6HhdbbASwrK3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7ewRhYzsqxaz", "label": "37588", "level": "group", "updated_at": null}], + "id": "38c5vf66bcFo", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": [45.0, 14.0, -35.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5xLaxSBWihpj", + "label": "37588", "level": "group", "updated_at": null}], "id": "6iJiNa6Z5PLo", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": + [-42.0, 14.0, 49.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6HhdbbASwrK3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7J7MynJv5HDz", "label": "37588", "level": "group", "updated_at": null}], + "id": "k4kaSWnkAtq3", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": [-3.0, -49.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7pqEedooodV7", + "label": "37588", "level": "group", "updated_at": null}], "id": "7bF2mDaoR8su", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": + [27.0, -76.0, -29.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6HhdbbASwrK3", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5ppRPboHicsY", "label": "37588", "level": "group", "updated_at": + null}], "id": "6AfrXNySoX2m", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": [-42.0, -58.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "32NwwuHXtKxR", + "label": "37588", "level": "group", "updated_at": null}], "id": "56ypmCsZSSg6", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": + [-51.0, 26.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "6HhdbbASwrK3", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "47VYrQ2J3hxW", "label": "37588", "level": "group", "updated_at": null}], + "id": "7KVqpZTFtAoh", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "6HhdbbASwrK3", "coordinates": [42.0, 29.0, -17.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "6HhdbbASwrK3", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "35e8SffVsiUW", + "label": "37588", "level": "group", "updated_at": null}], "id": "7632xo46rTwn", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "4rDGfjjGNAgq", "updated_at": + null, "user": null, "weights": []}], "authors": "Oetken S, Pauly KD, Gur RC, Schneider F, Habel U, Pohl A", "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": "10.1016/j.neuropsychologia.2017.04.010", "id": "4rDGfjjGNAgq", + "metadata": null, "name": "Don''t worry, be happy - Neural correlates of the influence of musically induced mood on + self-evaluation.", "pmid": "28392302", "publication": "Neuropsychologia", "source": "neurosynth", "source_id": "28392302", + "source_updated_at": null, "updated_at": null, "user": null, "year": 2017}, {"analyses": [{"conditions": [], "created_at": + "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "3bCxZ89SwqBQ", "images": [], "name": "40466", "points": + [{"analysis": "3bCxZ89SwqBQ", "coordinates": [-38.0, -6.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3TypynkS5ALt", + "label": "40466", "level": "group", "updated_at": null}], "id": "5RGHW2kTQC3m", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [36.0, 4.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "qfHZhnJXkahM", "label": "40466", "level": "group", "updated_at": null}], + "id": "h2PwYyorGLVg", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [22.0, -4.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "89LLqKWmUSHc", + "label": "40466", "level": "group", "updated_at": null}], "id": "779ADqJMqKTj", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [-24.0, -30.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7dakiroWXUTi", "label": "40466", "level": "group", "updated_at": + null}], "id": "7mPChthuyBz4", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [50.0, 0.0, 6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "QAWocZG3fonK", + "label": "40466", "level": "group", "updated_at": null}], "id": "4YqyAzKQ4kzM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [-26.0, -10.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4w9KX7ANRdNc", "label": "40466", "level": "group", "updated_at": + null}], "id": "68YtB3czJzR7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [2.0, 46.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5AKQkGWVQ4eH", + "label": "40466", "level": "group", "updated_at": null}], "id": "AfHiEevkbdm5", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [-8.0, 30.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7wQbTLR7Ybkw", "label": "40466", "level": "group", "updated_at": null}], + "id": "6DUBy9eJyJAb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [0.0, 52.0, -2.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4hzTz6PXFwru", + "label": "40466", "level": "group", "updated_at": null}], "id": "78EG538nBF7d", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [28.0, -14.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3Ev6We4qrgWr", "label": "40466", "level": "group", "updated_at": + null}], "id": "4NwsfwAAfcGr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [-54.0, -56.0, 8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "TCkV5V59kGL3", + "label": "40466", "level": "group", "updated_at": null}], "id": "3b6HaUPVRgtA", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [-58.0, -10.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3ZiidiSLBwmX", "label": "40466", "level": "group", "updated_at": + null}], "id": "4YZhHAEb6rKa", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [58.0, -10.0, -22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5vPXd6pfPS7r", + "label": "40466", "level": "group", "updated_at": null}], "id": "4tS8xMZLb4uX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [-20.0, 24.0, 42.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "rxtddVyGUjVB", "label": "40466", "level": "group", "updated_at": null}], + "id": "3DmbPcHCUCb7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [-2.0, -54.0, 28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4wP8Gju9osTj", + "label": "40466", "level": "group", "updated_at": null}], "id": "9hobHZGgDe72", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [52.0, -30.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "ZfytfJDWZjvX", "label": "40466", "level": "group", "updated_at": null}], + "id": "6HF2Camg2Rgk", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [38.0, -34.0, 68.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "86up4DtD8Z6U", + "label": "40466", "level": "group", "updated_at": null}], "id": "5FryDg6EnV5Q", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [-12.0, -90.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7n34eSiCpxYV", "label": "40466", "level": "group", "updated_at": + null}], "id": "caXFXrbYDSnZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [6.0, -84.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7ww8YEfmpUJb", + "label": "40466", "level": "group", "updated_at": null}], "id": "4Gzq7RHN7a7D", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [48.0, -66.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "86gsS6k6gwPj", "label": "40466", "level": "group", "updated_at": null}], + "id": "4Dr7FGUavsgF", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [-28.0, -4.0, -24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7JHyGqyh8ayx", + "label": "40466", "level": "group", "updated_at": null}], "id": "5gki75ikTjjY", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": + [26.0, -2.0, -28.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "FPQL8reEXFAm", "label": "40466", "level": "group", "updated_at": null}], + "id": "3rhoi2U7QmNb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3bCxZ89SwqBQ", "coordinates": [-62.0, -30.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "3bCxZ89SwqBQ", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "3oaxyJB5jUHP", + "label": "40466", "level": "group", "updated_at": null}], "id": "UQiopnbTZToj", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "5N5L2d5f3J3f", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "qWEpgVfpLepn", "images": [], "name": "40467", "points": [{"analysis": "qWEpgVfpLepn", "coordinates": + [6.0, -84.0, 26.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "qWEpgVfpLepn", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4SsVKU6Q4WQD", "label": "40467", "level": "group", "updated_at": null}], + "id": "4AsYRi96bYUr", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "qWEpgVfpLepn", "coordinates": [-50.0, -4.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4KMbnBt29Pei", + "label": "40467", "level": "group", "updated_at": null}], "id": "55kaKxdgcfKf", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qWEpgVfpLepn", "coordinates": + [50.0, -30.0, 16.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "qWEpgVfpLepn", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "6YGZ2Za4uB52", "label": "40467", "level": "group", "updated_at": null}], + "id": "3MXtB9AvykT2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "qWEpgVfpLepn", "coordinates": [-50.0, -34.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "47sMWtCzDDqb", + "label": "40467", "level": "group", "updated_at": null}], "id": "3BKHVSZw9ww8", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qWEpgVfpLepn", "coordinates": + [-16.0, -52.0, -8.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "qWEpgVfpLepn", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "38dpgRbHgoLr", "label": "40467", "level": "group", "updated_at": + null}], "id": "BhePk9oTCwAX", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "qWEpgVfpLepn", "coordinates": [-44.0, -2.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8EZXnkWvrhtP", + "label": "40467", "level": "group", "updated_at": null}], "id": "5eYy8Y85Xooe", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qWEpgVfpLepn", "coordinates": + [-30.0, -30.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "qWEpgVfpLepn", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7YFhosGsBbdU", "label": "40467", "level": "group", "updated_at": + null}], "id": "7u5rHSDnzVdC", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "qWEpgVfpLepn", "coordinates": [20.0, -44.0, -4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "qWEpgVfpLepn", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "69xZfHZQonUz", + "label": "40467", "level": "group", "updated_at": null}], "id": "7NsRZgcoeSUE", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qWEpgVfpLepn", "coordinates": + [38.0, -14.0, 14.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "qWEpgVfpLepn", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "87ShYN4d5pMQ", "label": "40467", "level": "group", "updated_at": null}], + "id": "kXNgDPbB59P9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "5N5L2d5f3J3f", "updated_at": null, "user": null, "weights": []}, {"conditions": [], + "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "id": "5KXN7E3YVVhU", "images": [], "name": + "40468", "points": [{"analysis": "5KXN7E3YVVhU", "coordinates": [-30.0, -30.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5KXN7E3YVVhU", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4ck8HUAknPT8", + "label": "40468", "level": "group", "updated_at": null}], "id": "5U9ZHDrvQHCM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5KXN7E3YVVhU", "coordinates": + [-52.0, -34.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5KXN7E3YVVhU", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "5qQNFgEDm3io", "label": "40468", "level": "group", "updated_at": + null}], "id": "zh8cujp9N7ry", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "5KXN7E3YVVhU", "coordinates": [6.0, -84.0, 22.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5KXN7E3YVVhU", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4WsgVy6rFrPn", + "label": "40468", "level": "group", "updated_at": null}], "id": "6g6FBTVQtyRU", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5KXN7E3YVVhU", "coordinates": + [-50.0, -4.0, 4.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "5KXN7E3YVVhU", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "7BfeqgDXdVEP", "label": "40468", "level": "group", "updated_at": null}], + "id": "4Eg7CoGfZSX5", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "5KXN7E3YVVhU", "coordinates": [46.0, -32.0, 20.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "5KXN7E3YVVhU", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "576Qv9XdBEsk", + "label": "40468", "level": "group", "updated_at": null}], "id": "7MZcSu62n9U7", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "5N5L2d5f3J3f", "updated_at": + null, "user": null, "weights": []}], "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite + C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "doi": "10.1371/journal.pone.0182476", "id": "5N5L2d5f3J3f", "metadata": null, "name": "Dissociating maternal + responses to sad and happy facial expressions of their own child: An fMRI study.", "pmid": "28806742", "publication": + "PloS one", "source": "neurosynth", "source_id": "28806742", "source_updated_at": null, "updated_at": null, "user": + null, "year": 2017}, {"analyses": [{"conditions": [], "created_at": "2023-05-19T23:38:25.513965+00:00", "description": + null, "id": "32UCEiz5GhWK", "images": [], "name": "42827", "points": [{"analysis": "32UCEiz5GhWK", "coordinates": + [36.0, -90.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3vE9LLZomKMT", "label": "42827", "level": "group", "updated_at": null}], + "id": "5YcdrwGqq42Q", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [-42.0, -54.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7Zh8dLzi3BH8", + "label": "42827", "level": "group", "updated_at": null}], "id": "64FS7ni67t3u", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [33.0, -81.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7CBkfEDqRR6h", "label": "42827", "level": "group", "updated_at": + null}], "id": "47YZReTskuCw", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [-45.0, 27.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "79iEtjysYGe2", + "label": "42827", "level": "group", "updated_at": null}], "id": "XjRhaoi7bTyr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [21.0, -3.0, -15.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "5jDXrZYx3Eg2", "label": "42827", "level": "group", "updated_at": null}], + "id": "4q7XA3pNZMug", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [39.0, 30.0, 0.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4FxP3eQRzu4E", + "label": "42827", "level": "group", "updated_at": null}], "id": "7WbSyYp8uznM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [-6.0, -27.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "4yqkhfpybAfL", "label": "42827", "level": "group", "updated_at": null}], + "id": "79daefbein96", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [6.0, -30.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "PjJ2nWdDTsqk", + "label": "42827", "level": "group", "updated_at": null}], "id": "3ThRq2WgoKRr", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [9.0, -12.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "wJTd4rfL6JGT", "label": "42827", "level": "group", "updated_at": null}], + "id": "3T7BRiFzzL5B", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [51.0, 30.0, 21.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6pLZt5qtUNPi", + "label": "42827", "level": "group", "updated_at": null}], "id": "3b4qczdwqepK", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [-6.0, -30.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "88c5rWcDRMfs", "label": "42827", "level": "group", "updated_at": null}], + "id": "8JEyXSYbC8LZ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [42.0, -51.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7YprCq2Xnn9a", + "label": "42827", "level": "group", "updated_at": null}], "id": "ktXox8NtdCbu", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [45.0, 12.0, 27.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "cFcxUgpWGLxq", "label": "42827", "level": "group", "updated_at": null}], + "id": "3dsAfEh4nFj8", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [9.0, -27.0, -6.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "8EMBWEZUfu82", + "label": "42827", "level": "group", "updated_at": null}], "id": "7DA6oXAu3Uex", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [-42.0, -54.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "T6nccCLQq64E", "label": "42827", "level": "group", "updated_at": + null}], "id": "7rY4cERcvwTx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [42.0, -51.0, -18.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6pyCzbAwgvRP", + "label": "42827", "level": "group", "updated_at": null}], "id": "4RWBJxV8pYtz", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [33.0, -81.0, -12.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "7VQ59mjD3pi9", "label": "42827", "level": "group", "updated_at": + null}], "id": "LuropuYajhr2", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [36.0, -90.0, -3.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "6LLVZTQd39xB", + "label": "42827", "level": "group", "updated_at": null}], "id": "3SQ6n55WWj8v", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [-30.0, -84.0, -9.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", + "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4W5zPZZxi6vx", "label": "42827", "level": "group", "updated_at": + null}], "id": "7tJ2dhMhBhXd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [51.0, 33.0, 21.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4yXtizjUqzg2", + "label": "42827", "level": "group", "updated_at": null}], "id": "7nvjd3TdpEr8", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [36.0, 3.0, 48.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "8JHL7a83cwYz", "label": "42827", "level": "group", "updated_at": null}], + "id": "6RrDBPJAVwBK", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": [-45.0, 6.0, 33.0], "created_at": "2023-05-19T23:38:25.513965+00:00", + "entities": [{"analysis": "32UCEiz5GhWK", "created_at": "2023-05-19T23:38:25.513965+00:00", "id": "4GJSdshJRqgH", + "label": "42827", "level": "group", "updated_at": null}], "id": "4CvDq65xpQ2R", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "32UCEiz5GhWK", "coordinates": + [-42.0, 27.0, 24.0], "created_at": "2023-05-19T23:38:25.513965+00:00", "entities": [{"analysis": "32UCEiz5GhWK", "created_at": + "2023-05-19T23:38:25.513965+00:00", "id": "3Bt9bBSmKUdq", "label": "42827", "level": "group", "updated_at": null}], + "id": "7W6AoP2iSV57", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "J427eVUr4rYy", "updated_at": null, "user": null, "weights": []}], "authors": "Persson + N, Lavebratt C, Ebner NC, Fischer H", "created_at": "2023-05-19T23:38:25.513965+00:00", "description": null, "doi": + "10.1093/scan/nsx089", "id": "J427eVUr4rYy", "metadata": null, "name": "Influence of DARPP-32 genetic variation on + BOLD activation to happy faces.", "pmid": "29048604", "publication": "Social cognitive and affective neuroscience", + "source": "neurosynth", "source_id": "29048604", "source_updated_at": null, "updated_at": null, "user": null, "year": + 2017}, {"analyses": [{"conditions": [], "created_at": "2023-05-20T00:14:55.599029+00:00", "description": null, "id": + "5pDYgPGpD2uS", "images": [], "name": "tbl2", "points": [{"analysis": "5pDYgPGpD2uS", "coordinates": [-31.0, -79.0, + -12.5], "created_at": "2023-05-20T00:14:55.599029+00:00", "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": + "2023-05-20T00:14:55.599029+00:00", "id": "xf45ehmKykAQ", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "7vyv8StPGdcG", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "5pDYgPGpD2uS", "coordinates": [34.0, -70.0, -12.5], "created_at": "2023-05-20T00:14:55.599029+00:00", + "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": "2023-05-20T00:14:55.599029+00:00", "id": "6houExZsNrat", + "label": "tbl2", "level": "group", "updated_at": null}], "id": "7GFQM6UxQUSj", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5pDYgPGpD2uS", "coordinates": + [22.0, 11.0, -2.0], "created_at": "2023-05-20T00:14:55.599029+00:00", "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": + "2023-05-20T00:14:55.599029+00:00", "id": "6Gn2ZZNDccwh", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "fJuVjqpSMPzJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "5pDYgPGpD2uS", "coordinates": [29.0, -59.0, -18.0], "created_at": "2023-05-20T00:14:55.599029+00:00", + "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": "2023-05-20T00:14:55.599029+00:00", "id": "59U4WYTMdaLQ", + "label": "tbl2", "level": "group", "updated_at": null}], "id": "44KvnEcZdF8h", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "5pDYgPGpD2uS", "coordinates": + [-25.0, 4.0, -2.0], "created_at": "2023-05-20T00:14:55.599029+00:00", "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": + "2023-05-20T00:14:55.599029+00:00", "id": "3H2mMuZCFYjM", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "4iYCsJSGqsZx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "5pDYgPGpD2uS", "coordinates": [-25.0, 0.0, -23.5], "created_at": "2023-05-20T00:14:55.599029+00:00", + "entities": [{"analysis": "5pDYgPGpD2uS", "created_at": "2023-05-20T00:14:55.599029+00:00", "id": "457ascUXNajf", + "label": "tbl2", "level": "group", "updated_at": null}], "id": "3cbJBgz6xG37", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "LDpfxa9VU8Av", "updated_at": null, + "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:14:55.599029+00:00", "description": null, + "doi": null, "id": "LDpfxa9VU8Av", "metadata": null, "name": "A differential pattern of neural response toward sad + versus happy facial expressions in major depressive disorder", "pmid": "15691520", "publication": null, "source": + "neuroquery", "source_id": "15691520", "source_updated_at": null, "updated_at": null, "user": null, "year": null}, + {"analyses": [{"conditions": [], "created_at": "2023-05-20T00:15:42.284904+00:00", "description": null, "id": "qpaYC5aDTs6b", + "images": [], "name": "tbl1", "points": [{"analysis": "qpaYC5aDTs6b", "coordinates": [-16.0, 42.0, 8.0], "created_at": + "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "7b7CfEKbUvoS", "label": "tbl1", "level": "group", "updated_at": null}], "id": "8NNH933rHPmC", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [-16.0, 50.0, 0.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": + "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", "id": "6VFUS5qa6hmo", "label": "tbl1", "level": + "group", "updated_at": null}], "id": "7MNtuiekwC8F", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qpaYC5aDTs6b", "coordinates": [-8.0, 40.0, 0.0], + "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "6CvufV5oAjDE", "label": "tbl1", "level": "group", "updated_at": null}], "id": "oqbKeAP4eir7", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [-2.0, 8.0, 24.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": + "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", "id": "3jsAjhho7yvx", "label": "tbl1", "level": + "group", "updated_at": null}], "id": "5LJQuBngBsmd", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qpaYC5aDTs6b", "coordinates": [-12.0, 14.0, + 28.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "7cGcpvY7u9PY", "label": "tbl1", "level": "group", "updated_at": null}], "id": "7p4eP8FXYXnc", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [-8.0, 24.0, 22.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": + "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", "id": "47gBZZMrttE9", "label": "tbl1", "level": + "group", "updated_at": null}], "id": "6BRcBEGZ5prU", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qpaYC5aDTs6b", "coordinates": [20.0, 30.0, 28.0], + "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "4Kqe4udtGhCp", "label": "tbl1", "level": "group", "updated_at": null}], "id": "43LmJm99c3vB", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [4.0, 8.0, 24.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": + "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", "id": "WzH3jEVuVwx6", "label": "tbl1", "level": + "group", "updated_at": null}], "id": "6GR7KcnkiewB", "image": null, "kind": "unknown", "label_id": null, "space": + "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qpaYC5aDTs6b", "coordinates": [14.0, 34.0, -2.0], + "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", + "id": "6M5B3cJGTHC2", "label": "tbl1", "level": "group", "updated_at": null}], "id": "E2PWoohgoT9s", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "qpaYC5aDTs6b", "coordinates": [12.0, 32.0, -10.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": + [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", "id": "59xG2nTTmdQ3", "label": "tbl1", + "level": "group", "updated_at": null}], "id": "5WNQmC3aBJsV", "image": null, "kind": "unknown", "label_id": null, + "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qpaYC5aDTs6b", "coordinates": [8.0, + 46.0, 12.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": + "2023-05-20T00:15:42.284904+00:00", "id": "5vydDjeLcPLw", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "6vitephehRbq", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "qpaYC5aDTs6b", "coordinates": [18.0, 44.0, 6.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": "2023-05-20T00:15:42.284904+00:00", "id": "3j5nGxxKY73C", + "label": "tbl1", "level": "group", "updated_at": null}], "id": "3hc65ZTe7QbN", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "qpaYC5aDTs6b", "coordinates": + [8.0, 42.0, 4.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": "qpaYC5aDTs6b", "created_at": + "2023-05-20T00:15:42.284904+00:00", "id": "7Dj85K3M7htX", "label": "tbl1", "level": "group", "updated_at": null}], + "id": "5kZ6LLYgjZcf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "6p9pnHPhfQeP", "updated_at": null, "user": null, "weights": []}, {"conditions": [], + "created_at": "2023-05-20T00:15:42.284904+00:00", "description": null, "id": "4hbTmow27Edz", "images": [], "name": + "tbl2", "points": [{"analysis": "4hbTmow27Edz", "coordinates": [6.0, 22.0, -6.0], "created_at": "2023-05-20T00:15:42.284904+00:00", + "entities": [{"analysis": "4hbTmow27Edz", "created_at": "2023-05-20T00:15:42.284904+00:00", "id": "5iEFAfuwcWWS", + "label": "tbl2", "level": "group", "updated_at": null}], "id": "3Xuyjv766V9e", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hbTmow27Edz", "coordinates": + [-6.0, 44.0, -4.0], "created_at": "2023-05-20T00:15:42.284904+00:00", "entities": [{"analysis": "4hbTmow27Edz", "created_at": + "2023-05-20T00:15:42.284904+00:00", "id": "7EgPjwzryRNt", "label": "tbl2", "level": "group", "updated_at": null}], + "id": "cHPStGsZKZNE", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "6p9pnHPhfQeP", "updated_at": null, "user": null, "weights": []}], "authors": null, + "created_at": "2023-05-20T00:15:42.284904+00:00", "description": null, "doi": null, "id": "6p9pnHPhfQeP", "metadata": + null, "name": "Recognition of happy facial affect in panic disorder: An fMRI study", "pmid": "16860973", "publication": + null, "source": "neuroquery", "source_id": "16860973", "source_updated_at": null, "updated_at": null, "user": null, + "year": null}, {"analyses": [{"conditions": [], "created_at": "2023-05-20T00:20:31.067448+00:00", "description": null, + "id": "7ovNsQMayNZY", "images": [], "name": "T1", "points": [{"analysis": "7ovNsQMayNZY", "coordinates": [-4.0, -30.0, + 0.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", + "id": "4egMiQWrpLdV", "label": "T1", "level": "group", "updated_at": null}], "id": "4ViXE3M3JHdg", "image": null, + "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": + "7ovNsQMayNZY", "coordinates": [10.0, 16.0, -4.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": + "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "49PuqvhStjNM", "label": "T1", "level": "group", + "updated_at": null}], "id": "65ftarwFLcKx", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": + null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [2.0, 10.0, 0.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "5SX3buH8dRAb", + "label": "T1", "level": "group", "updated_at": null}], "id": "3zbSCW8R3eHk", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-52.0, -2.0, 0.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "7Xdfiffhjnd4", "label": "T1", "level": "group", "updated_at": null}], "id": + "5tsnPZYJZvdj", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [-64.0, -8.0, 8.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "3cKVT6exyq3s", + "label": "T1", "level": "group", "updated_at": null}], "id": "4Fp6WJ9J4m9Q", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-66.0, -30.0, 14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", + "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "86yZr78YEngi", "label": "T1", "level": "group", "updated_at": + null}], "id": "6T4LGTXQYvrp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [42.0, -26.0, 10.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "3d8U6TrphmDv", + "label": "T1", "level": "group", "updated_at": null}], "id": "6hVfaTae4Hdy", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-62.0, -8.0, -18.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", + "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "5dR8iGPsvwDN", "label": "T1", "level": "group", "updated_at": + null}], "id": "7CBsE2zhqHMg", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [-26.0, -10.0, -6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "6UGHKnd6NjPe", + "label": "T1", "level": "group", "updated_at": null}], "id": "67FgJkvFBSFJ", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-6.0, -82.0, 20.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "3kQAYVmdTuWS", "label": "T1", "level": "group", "updated_at": null}], "id": + "5zP9xCt4m5tS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [-32.0, -58.0, -12.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "353iGtngHQsu", + "label": "T1", "level": "group", "updated_at": null}], "id": "5JpXa2UkXJb7", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-4.0, 18.0, 24.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "52ocZueMnMLm", "label": "T1", "level": "group", "updated_at": null}], "id": + "57dBVfkGYWmy", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [28.0, 24.0, 30.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "3zujsw6DcEYy", + "label": "T1", "level": "group", "updated_at": null}], "id": "6P2FH6yj4wmb", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [16.0, 8.0, 44.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "7x49zyRi2GTT", "label": "T1", "level": "group", "updated_at": null}], "id": + "6vjcUpEV9v3Y", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [54.0, 6.0, 20.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "3VE4XmUgTHjF", + "label": "T1", "level": "group", "updated_at": null}], "id": "34TbspokSc4a", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [6.0, -46.0, -48.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "6fRENKB7Z4WB", "label": "T1", "level": "group", "updated_at": null}], "id": + "6uafuaNkU76N", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [50.0, 6.0, -22.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "6AJhU48QkDxg", + "label": "T1", "level": "group", "updated_at": null}], "id": "57cXygJ4SZA5", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-26.0, 0.0, -22.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "6GEzYSytYRWc", "label": "T1", "level": "group", "updated_at": null}], "id": + "57xLLW4dYwAs", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [-50.0, 8.0, -18.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "5pATqhiwnr9w", + "label": "T1", "level": "group", "updated_at": null}], "id": "76ghz2tuxzg2", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [8.0, 60.0, 20.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "88XSmSPxK7rb", "label": "T1", "level": "group", "updated_at": null}], "id": + "5AnV6sakaGTY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [30.0, -4.0, 18.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "57wuXNJRqoU9", + "label": "T1", "level": "group", "updated_at": null}], "id": "5ST5pFwNCqcV", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [24.0, 10.0, -22.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "7CrizY4EjSot", "label": "T1", "level": "group", "updated_at": null}], "id": + "7s8fKQzvEQmn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [18.0, -6.0, -22.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "3xzVop4wc8DD", + "label": "T1", "level": "group", "updated_at": null}], "id": "5vgoCfBqetNR", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-28.0, 18.0, -14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", + "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "6TrbThKFdwW3", "label": "T1", "level": "group", "updated_at": + null}], "id": "6dHEeRa4JPmJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [-28.0, -14.0, -6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "7uitBsMLFCtd", + "label": "T1", "level": "group", "updated_at": null}], "id": "7qLQcxZpxYiY", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-56.0, -14.0, -6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", + "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "6DupVjXsUpNu", "label": "T1", "level": "group", "updated_at": + null}], "id": "5BypscEk4w46", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [56.0, -16.0, -2.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "3aa4GdCSfLTh", + "label": "T1", "level": "group", "updated_at": null}], "id": "4R8VpYMxJ8S2", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [40.0, 10.0, 2.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "3hpXW2HV8kfC", "label": "T1", "level": "group", "updated_at": null}], "id": + "hn9WPmhvgpvQ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [50.0, 8.0, 14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "5LoefupufBPk", + "label": "T1", "level": "group", "updated_at": null}], "id": "5BUjxUBYNnJS", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-22.0, 4.0, 64.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "RvQzbsu22ULV", "label": "T1", "level": "group", "updated_at": null}], "id": + "8DSgzhx5wWqB", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [-34.0, 44.0, 32.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "7gecTweTQQJi", + "label": "T1", "level": "group", "updated_at": null}], "id": "5s5KP4gvxhrJ", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [0.0, 32.0, 20.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "6aBqaJdKGeew", "label": "T1", "level": "group", "updated_at": null}], "id": + "3YvR6nSmuHoS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [-46.0, 16.0, 8.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "5StjDTFVCL4u", + "label": "T1", "level": "group", "updated_at": null}], "id": "DNDsnHHWGoJJ", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [-34.0, 22.0, -16.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", + "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "FhH7b5A3gnct", "label": "T1", "level": "group", "updated_at": + null}], "id": "69tRF5qSzvor", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [-66.0, -10.0, 6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "6XJ5pPbc6hLZ", + "label": "T1", "level": "group", "updated_at": null}], "id": "5fVkpZrKbW5h", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [46.0, 14.0, -14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "5k3goebeJ3Md", "label": "T1", "level": "group", "updated_at": null}], "id": + "6Tkerr8Ejo7p", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [36.0, 0.0, 14.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "7Q8oqeCzjZ2b", + "label": "T1", "level": "group", "updated_at": null}], "id": "6jbYmDrbkfPV", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [30.0, 18.0, -18.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "5Katu9FtcDgc", "label": "T1", "level": "group", "updated_at": null}], "id": + "vqWqR7FfVke4", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": [62.0, -40.0, 32.0], "created_at": "2023-05-20T00:20:31.067448+00:00", + "entities": [{"analysis": "7ovNsQMayNZY", "created_at": "2023-05-20T00:20:31.067448+00:00", "id": "4yQfq9FPginE", + "label": "T1", "level": "group", "updated_at": null}], "id": "4Z7nrSrN6pY2", "image": null, "kind": "unknown", "label_id": + null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "7ovNsQMayNZY", "coordinates": + [42.0, 0.0, 6.0], "created_at": "2023-05-20T00:20:31.067448+00:00", "entities": [{"analysis": "7ovNsQMayNZY", "created_at": + "2023-05-20T00:20:31.067448+00:00", "id": "6ffqnFbA5FTR", "label": "T1", "level": "group", "updated_at": null}], "id": + "6FFNQiPf4NWK", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": null, + "values": []}], "study": "7JtZxnwqByGB", "updated_at": null, "user": null, "weights": []}], "authors": null, "created_at": + "2023-05-20T00:20:31.067448+00:00", "description": null, "doi": null, "id": "7JtZxnwqByGB", "metadata": null, "name": + "A Functional MRI Study of Happy and Sad Emotions in Music with and without Lyrics", "pmid": "22144968", "publication": + null, "source": "neuroquery", "source_id": "22144968", "source_updated_at": null, "updated_at": null, "user": null, + "year": null}, {"analyses": [{"conditions": [], "created_at": "2023-05-20T00:21:36.187127+00:00", "description": null, + "id": "3vrbzpxw9Cpi", "images": [], "name": "tbl0005", "points": [{"analysis": "3vrbzpxw9Cpi", "coordinates": [41.0, + -71.0, -7.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": + "2023-05-20T00:21:36.187127+00:00", "id": "39WwiXnwS2i2", "label": "tbl0005", "level": "group", "updated_at": null}], + "id": "4K8qsfryLL6R", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [-19.0, -95.0, 5.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "7PPeZFj6f6dc", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "oC3cSKwpFSyx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [-51.0, -7.0, 53.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": + "2023-05-20T00:21:36.187127+00:00", "id": "887EM7vUU6f9", "label": "tbl0005", "level": "group", "updated_at": null}], + "id": "apE374n5c8A9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [53.0, -3.0, 49.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "Pt7DihphiGVa", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "49PmnCXpCFAD", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [41.0, 21.0, -35.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": + "2023-05-20T00:21:36.187127+00:00", "id": "3i8HH5zMMZzA", "label": "tbl0005", "level": "group", "updated_at": null}], + "id": "j2CfwjVGThwd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [-39.0, 21.0, -35.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "32ZG9BcKXiHS", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "mzHCQLVebrPz", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [-31.0, 25.0, -23.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", + "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "7eQMGopHUgwJ", "label": "tbl0005", "level": "group", "updated_at": + null}], "id": "6HvMvJTpbhkD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [37.0, 37.0, -15.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "3HAJuBLXGXQF", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "4RP6tFZeejAP", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [-15.0, 17.0, 65.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": + "2023-05-20T00:21:36.187127+00:00", "id": "4jG4yw76WBRa", "label": "tbl0005", "level": "group", "updated_at": null}], + "id": "NgFANxEBgw6N", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [45.0, 17.0, 25.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "729fPUzHKn4a", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "5SSd3j7iBuDf", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [17.0, -3.0, -19.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": + "2023-05-20T00:21:36.187127+00:00", "id": "38snkB2HN5GA", "label": "tbl0005", "level": "group", "updated_at": null}], + "id": "vXWBtmGg5xth", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [-19.0, -7.0, -19.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "74M2waezek8A", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "7D8omZBTkcvn", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [-7.0, 65.0, 29.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": + "2023-05-20T00:21:36.187127+00:00", "id": "8bR7Aa4WFp6a", "label": "tbl0005", "level": "group", "updated_at": null}], + "id": "7BrMa4sEQBBL", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [-39.0, 5.0, 61.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "3hEH4hHN5Kyh", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "3ez7zGwMzXqx", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [-15.0, 61.0, 33.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": + "2023-05-20T00:21:36.187127+00:00", "id": "6zgLYUv3Gwte", "label": "tbl0005", "level": "group", "updated_at": null}], + "id": "3YYRGNsLyEpi", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [-15.0, 53.0, -11.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "7Ji3zsEZN3Uy", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "4qQpRf9KSYTv", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [61.0, 5.0, -19.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": + "2023-05-20T00:21:36.187127+00:00", "id": "7hKNeJiEyUpm", "label": "tbl0005", "level": "group", "updated_at": null}], + "id": "3wvMj5zsDuvs", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [-63.0, -11.0, 33.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "5HXfonj8je6T", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "3GkfVDyows7Y", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": + [-55.0, 25.0, 9.0], "created_at": "2023-05-20T00:21:36.187127+00:00", "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": + "2023-05-20T00:21:36.187127+00:00", "id": "49hJmdiP8pFg", "label": "tbl0005", "level": "group", "updated_at": null}], + "id": "7u3knxVYLtFp", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "3vrbzpxw9Cpi", "coordinates": [25.0, -7.0, -15.0], "created_at": "2023-05-20T00:21:36.187127+00:00", + "entities": [{"analysis": "3vrbzpxw9Cpi", "created_at": "2023-05-20T00:21:36.187127+00:00", "id": "6tzCRqn3mDNG", + "label": "tbl0005", "level": "group", "updated_at": null}], "id": "7H4sPgToH88q", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}], "study": "7qae4ZZAYbnZ", "updated_at": + null, "user": null, "weights": []}], "authors": null, "created_at": "2023-05-20T00:21:36.187127+00:00", "description": + null, "doi": null, "id": "7qae4ZZAYbnZ", "metadata": null, "name": "Testosterone administration in women increases + amygdala responses to fearful and happy faces", "pmid": "22999654", "publication": null, "source": "neuroquery", "source_id": + "22999654", "source_updated_at": null, "updated_at": null, "user": null, "year": null}, {"analyses": [{"conditions": + [], "created_at": "2023-05-20T00:22:08.107205+00:00", "description": null, "id": "4hXNxByzL2vS", "images": [], "name": + "t0005", "points": [{"analysis": "4hXNxByzL2vS", "coordinates": [46.0, -70.0, -10.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "7XeyGomg5g9L", + "label": "t0005", "level": "group", "updated_at": null}], "id": "6kqKjWmB82YF", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-40.0, -80.0, -12.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", + "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "65FzaNAjSukA", "label": "t0005", "level": "group", "updated_at": + null}], "id": "4fHfpoA4B9jD", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [-42.0, -48.0, -22.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "4mKTrAFEQyFs", + "label": "t0005", "level": "group", "updated_at": null}], "id": "3diaD7oTDMXq", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [6.0, -70.0, 8.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "5ozokKMpBd9R", "label": "t0005", "level": "group", "updated_at": null}], + "id": "3cDtyqAppFzf", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [8.0, -36.0, 2.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "8G8V6TCNp3rG", + "label": "t0005", "level": "group", "updated_at": null}], "id": "4yvie8fUgH5W", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [48.0, -72.0, -10.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", + "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "76NXAtTZBQq9", "label": "t0005", "level": "group", "updated_at": + null}], "id": "37fKmCU8mzmd", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [48.0, 36.0, 14.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "5upgsw57XzBZ", + "label": "t0005", "level": "group", "updated_at": null}], "id": "4agrtfJfY4LY", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-44.0, -80.0, -10.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", + "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "6gZ8dyej7Kqs", "label": "t0005", "level": "group", "updated_at": + null}], "id": "86omAX8wFpgE", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [28.0, -58.0, -4.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "3voeDPgB3DQn", + "label": "t0005", "level": "group", "updated_at": null}], "id": "3UEWAvD5zorY", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [34.0, 22.0, 16.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "4BboHvRuumRt", "label": "t0005", "level": "group", "updated_at": null}], + "id": "7kF8Jc6pKiC3", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [10.0, -4.0, 2.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "7FtwLXjAe3He", + "label": "t0005", "level": "group", "updated_at": null}], "id": "6UYeziQc33i7", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [62.0, -20.0, 42.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "7eMrJgvF4xr3", "label": "t0005", "level": "group", "updated_at": null}], + "id": "5vjoYXwQc67V", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [42.0, -44.0, 18.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "7Un47RsiKicv", + "label": "t0005", "level": "group", "updated_at": null}], "id": "67va3Azx53kU", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-16.0, -8.0, -2.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "3ehZXmBBVFWe", "label": "t0005", "level": "group", "updated_at": null}], + "id": "5nKozBV3ZgNH", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [-30.0, 22.0, 6.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "6scEybYs7yw5", + "label": "t0005", "level": "group", "updated_at": null}], "id": "7396tp7LWcdm", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-20.0, -62.0, 44.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", + "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "8CA9muWpZsFY", "label": "t0005", "level": "group", "updated_at": + null}], "id": "43Bsa9zSVsv9", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [-26.0, 44.0, 36.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "KvRknLRAJ46j", + "label": "t0005", "level": "group", "updated_at": null}], "id": "77bbTAfoPHBF", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [24.0, -46.0, 44.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "Un6iVhHqScnT", "label": "t0005", "level": "group", "updated_at": null}], + "id": "4o3UjVxcBUWe", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [44.0, -48.0, 38.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "6Gxq5chZCAmm", + "label": "t0005", "level": "group", "updated_at": null}], "id": "ntvHJrfwUhos", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [26.0, -30.0, 38.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "RSVZvaW6nQvk", "label": "t0005", "level": "group", "updated_at": null}], + "id": "5pSvzVxjBsnb", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [-22.0, -52.0, 14.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "h4ZPfyxHKfy8", + "label": "t0005", "level": "group", "updated_at": null}], "id": "35UaiTgzVaMn", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [26.0, -76.0, -6.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "VjsUfEAfEbhX", "label": "t0005", "level": "group", "updated_at": null}], + "id": "DffmumCevCqS", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [16.0, 54.0, 48.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "4Pjkhb4xzjL6", + "label": "t0005", "level": "group", "updated_at": null}], "id": "6h26tPozdaHM", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-2.0, -56.0, 6.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "4HfN9DDQXiXL", "label": "t0005", "level": "group", "updated_at": null}], + "id": "4udaApzUfV44", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [58.0, 26.0, 32.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "6mVozu7yhWfb", + "label": "t0005", "level": "group", "updated_at": null}], "id": "3T3BrJZVb3BX", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-22.0, -38.0, 76.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", + "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "LUVcM5ypJhoP", "label": "t0005", "level": "group", "updated_at": + null}], "id": "3UVM5UHoFKm8", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [-8.0, -30.0, 14.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "3sHWsw4AnKyK", + "label": "t0005", "level": "group", "updated_at": null}], "id": "4DBZbXaSVqDG", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [18.0, 68.0, 28.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "3SsHoL74HpMb", "label": "t0005", "level": "group", "updated_at": null}], + "id": "8HWBqUqTvt6r", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [10.0, -2.0, 76.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "7VbyHYX23yYa", + "label": "t0005", "level": "group", "updated_at": null}], "id": "32oiGDqbp6AG", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-36.0, -76.0, -44.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", + "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "6c7x9h4Rzzgb", "label": "t0005", "level": "group", "updated_at": + null}], "id": "dnqAoTmeG7fn", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [-6.0, 16.0, 2.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "4Mmowo8d6fv2", + "label": "t0005", "level": "group", "updated_at": null}], "id": "7LBvM763ryRf", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-20.0, -88.0, -26.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", + "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "4jDonpKXZYrx", "label": "t0005", "level": "group", "updated_at": + null}], "id": "6aaEDLJMmyuY", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [50.0, -78.0, 26.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "3x3CMjkMipeu", + "label": "t0005", "level": "group", "updated_at": null}], "id": "3kAMVxYuwoiH", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [24.0, -20.0, -8.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "4RQjVGRU7baG", "label": "t0005", "level": "group", "updated_at": null}], + "id": "6govEXhkRxsC", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [-44.0, 24.0, -20.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "X8xySDYKP2ZP", + "label": "t0005", "level": "group", "updated_at": null}], "id": "552oQS566wnh", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [-34.0, -86.0, 42.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", + "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "S7ZgHoeNtWia", "label": "t0005", "level": "group", "updated_at": + null}], "id": "zbreHzpa3LeJ", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, + "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [-34.0, 30.0, 54.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "4CrTN7Ywjps5", + "label": "t0005", "level": "group", "updated_at": null}], "id": "6MdRoB8auhFZ", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [0.0, -96.0, 12.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "36Emdi3gobGn", "label": "t0005", "level": "group", "updated_at": null}], + "id": "5v2Di7NPCMs7", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": [40.0, 20.0, -22.0], "created_at": "2023-05-20T00:22:08.107205+00:00", + "entities": [{"analysis": "4hXNxByzL2vS", "created_at": "2023-05-20T00:22:08.107205+00:00", "id": "kohKp95MSnc8", + "label": "t0005", "level": "group", "updated_at": null}], "id": "7rV6sjyxS5bp", "image": null, "kind": "unknown", + "label_id": null, "space": "MNI", "updated_at": null, "user": null, "values": []}, {"analysis": "4hXNxByzL2vS", "coordinates": + [20.0, 32.0, 60.0], "created_at": "2023-05-20T00:22:08.107205+00:00", "entities": [{"analysis": "4hXNxByzL2vS", "created_at": + "2023-05-20T00:22:08.107205+00:00", "id": "4QzrYaKMukSv", "label": "t0005", "level": "group", "updated_at": null}], + "id": "7Wv7LUFUkqNH", "image": null, "kind": "unknown", "label_id": null, "space": "MNI", "updated_at": null, "user": + null, "values": []}], "study": "GrhKTkDpbMEx", "updated_at": null, "user": null, "weights": []}], "authors": null, + "created_at": "2023-05-20T00:22:08.107205+00:00", "description": null, "doi": null, "id": "GrhKTkDpbMEx", "metadata": + null, "name": "Happy facial expression processing with different social interaction cues: An fMRI study of individuals + with schizotypal personality traits", "pmid": "23416087", "publication": null, "source": "neuroquery", "source_id": + "23416087", "source_updated_at": null, "updated_at": null, "user": null, "year": null}, {"analyses": [{"conditions": + [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": "SPM{F_[12.0,416.0]} - contrast 4: Group X Drug + x Emotion", "id": "75fxWNPbZbjv", "images": [{"add_date": "2018-03-25T22:28:21.071437+00:00", "analysis": "75fxWNPbZbjv", + "analysis_name": "spmF WB GroupXDrugXEmotion", "created_at": "2023-05-20T01:08:26.285482+00:00", "entities": [{"analysis": + "75fxWNPbZbjv", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "5ywy83QVhqKa", "label": "spmF WB GroupXDrugXEmotion", + "level": "group", "updated_at": null}], "filename": "spmF_WB_GroupXDrugXEmotion.nii.gz", "id": "5ywy83QVhqKa", "space": + "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmF_WB_GroupXDrugXEmotion.nii.gz", "user": + null, "value_type": "other"}], "name": "spmF WB GroupXDrugXEmotion", "points": [], "study": "43Tb4A22CFNL", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "SPM{T_[41.0]} - contrast 1: Faces > Shapes", "id": "fPbGgVwV6WY4", "images": [{"add_date": "2018-03-25T22:28:21.579847+00:00", + "analysis": "fPbGgVwV6WY4", "analysis_name": "spmT WB ALLFACES>SHAPES", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "fPbGgVwV6WY4", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "45wqEfAbeyF3", + "label": "spmT WB ALLFACES>SHAPES", "level": "group", "updated_at": null}], "filename": "spmT_WB_ALLFACES%3ESHAPES.nii.gz", + "id": "45wqEfAbeyF3", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_ALLFACES%3ESHAPES.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB ALLFACES>SHAPES", "points": [], "study": "43Tb4A22CFNL", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "SPM{T_[416.0]} - contrast 1: G1 > G2", "id": "5Aa9eTyM6Z73", "images": [{"add_date": "2018-03-25T22:28:21.975422+00:00", + "analysis": "5Aa9eTyM6Z73", "analysis_name": "spmT WB BDD>HC", "created_at": "2023-05-20T01:08:26.285482+00:00", "entities": + [{"analysis": "5Aa9eTyM6Z73", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "7g9BASMF7fJf", "label": "spmT + WB BDD>HC", "level": "group", "updated_at": null}], "filename": "spmT_WB_BDD%3EHC.nii.gz", "id": "7g9BASMF7fJf", "space": + "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_BDD%3EHC.nii.gz", "user": null, + "value_type": "T"}], "name": "spmT WB BDD>HC", "points": [], "study": "43Tb4A22CFNL", "updated_at": null, "user": + null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": "SPM{T_[416.0]} + - contrast 3: Group x Drug: BDD greater in Oxyt", "id": "7npj8yWwnet4", "images": [{"add_date": "2018-03-25T22:28:22.600766+00:00", + "analysis": "7npj8yWwnet4", "analysis_name": "spmT WB GroupXDrug BDD>HC", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "7npj8yWwnet4", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "5BapE8TLR6gx", + "label": "spmT WB GroupXDrug BDD>HC", "level": "group", "updated_at": null}], "filename": "spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", + "id": "5BapE8TLR6gx", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_GroupXDrug_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB GroupXDrug BDD>HC", "points": [], "study": "43Tb4A22CFNL", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "SPM{T_[416.0]} - contrast 2: G2 > G1", "id": "6nTZmgpghK4z", "images": [{"add_date": "2018-03-25T22:28:23.026721+00:00", + "analysis": "6nTZmgpghK4z", "analysis_name": "spmT WB HC>BDD", "created_at": "2023-05-20T01:08:26.285482+00:00", "entities": + [{"analysis": "6nTZmgpghK4z", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "3BTjSSJUegTE", "label": "spmT + WB HC>BDD", "level": "group", "updated_at": null}], "filename": "spmT_WB_HC%3EBDD.nii.gz", "id": "3BTjSSJUegTE", "space": + "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_HC%3EBDD.nii.gz", "user": null, + "value_type": "T"}], "name": "spmT WB HC>BDD", "points": [], "study": "43Tb4A22CFNL", "updated_at": null, "user": + null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": "SPM{T_[416.0]} + - contrast 5: Main Effect of Drug: Oxy > Plac", "id": "4uN7cxX3QSqL", "images": [{"add_date": "2018-03-25T22:28:23.491835+00:00", + "analysis": "4uN7cxX3QSqL", "analysis_name": "spmT WB MainEffectDrug OXT>PBO", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "4uN7cxX3QSqL", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "B74DNs6w5yJE", + "label": "spmT WB MainEffectDrug OXT>PBO", "level": "group", "updated_at": null}], "filename": "spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", + "id": "B74DNs6w5yJE", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_OXT%3EPBO.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB MainEffectDrug OXT>PBO", "points": [], "study": "43Tb4A22CFNL", + "updated_at": null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[416.0]} - contrast 6: Main Effect of Drug: Plac > Oxyt ", "id": "5ZQbnszRa6sF", "images": [{"add_date": + "2018-03-25T22:28:23.936669+00:00", "analysis": "5ZQbnszRa6sF", "analysis_name": "spmT WB MainEffectDrug PBO>OXT", + "created_at": "2023-05-20T01:08:26.285482+00:00", "entities": [{"analysis": "5ZQbnszRa6sF", "created_at": "2023-05-20T01:08:26.285482+00:00", + "id": "4iVYzjXoYZjL", "label": "spmT WB MainEffectDrug PBO>OXT", "level": "group", "updated_at": null}], "filename": + "spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", "id": "4iVYzjXoYZjL", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_WB_MainEffectDrug_PBO%3EOXT.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT WB MainEffectDrug PBO>OXT", "points": [], "study": "43Tb4A22CFNL", + "updated_at": null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[32.0]} - contrast 1: BDD > HC", "id": "59gY3ro98L28", "images": [{"add_date": "2018-03-25T22:28:24.344432+00:00", + "analysis": "59gY3ro98L28", "analysis_name": "spmT gPPI ANGRY>SHAPES BDD>HC", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "59gY3ro98L28", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "wCF8fop8MXME", + "label": "spmT gPPI ANGRY>SHAPES BDD>HC", "level": "group", "updated_at": null}], "filename": "spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", + "id": "wCF8fop8MXME", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_BDD%3EHC.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES BDD>HC", "points": [], "study": "43Tb4A22CFNL", + "updated_at": null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[32.0]} - contrast 2: HC > BDD", "id": "7AKSr54RRuDe", "images": [{"add_date": "2018-03-25T22:28:24.736969+00:00", + "analysis": "7AKSr54RRuDe", "analysis_name": "spmT gPPI ANGRY>SHAPES HC>BDD", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "7AKSr54RRuDe", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "jzsrud3nk5ba", + "label": "spmT gPPI ANGRY>SHAPES HC>BDD", "level": "group", "updated_at": null}], "filename": "spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", + "id": "jzsrud3nk5ba", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_HC%3EBDD.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES HC>BDD", "points": [], "study": "43Tb4A22CFNL", + "updated_at": null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", + "description": "SPM{T_[32.0]} - contrast 3: Int1", "id": "7BtTmQCtTLDG", "images": [{"add_date": "2018-03-25T22:28:25.174486+00:00", + "analysis": "7BtTmQCtTLDG", "analysis_name": "spmT gPPI ANGRY>SHAPES Int1", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "7BtTmQCtTLDG", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "4CkksPYhzEVd", + "label": "spmT gPPI ANGRY>SHAPES Int1", "level": "group", "updated_at": null}], "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", + "id": "4CkksPYhzEVd", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int1.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES Int1", "points": [], "study": "43Tb4A22CFNL", "updated_at": + null, "user": null, "weights": []}, {"conditions": [], "created_at": "2023-05-20T01:08:26.285482+00:00", "description": + "SPM{T_[32.0]} - contrast 4: Int2", "id": "5UqTAfa29ak4", "images": [{"add_date": "2018-03-25T22:28:25.604841+00:00", + "analysis": "5UqTAfa29ak4", "analysis_name": "spmT gPPI ANGRY>SHAPES Int2", "created_at": "2023-05-20T01:08:26.285482+00:00", + "entities": [{"analysis": "5UqTAfa29ak4", "created_at": "2023-05-20T01:08:26.285482+00:00", "id": "5hnCx2zy4U8k", + "label": "spmT gPPI ANGRY>SHAPES Int2", "level": "group", "updated_at": null}], "filename": "spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", + "id": "5hnCx2zy4U8k", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/3666/spmT_gPPI_ANGRY%3ESHAPES_Int2.nii.gz", + "user": null, "value_type": "T"}], "name": "spmT gPPI ANGRY>SHAPES Int2", "points": [], "study": "43Tb4A22CFNL", "updated_at": + null, "user": null, "weights": []}], "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. + Rossell", "created_at": "2023-05-20T01:08:26.285482+00:00", "description": "The present study assessed the effects + of intranasal oxytocin on the neural basis of processing emotional faces in patients with body dysmorphic disorder + (BDD). Twenty BDD patients and 22 matched healthy control participants participated in a randomized, double-blind + placebo-controlled within-subject functional magnetic resonance imaging study. Following acute intranasal OXT (24 + IU) or placebo administration, we examined group and OXT related differences in task-based amygdala activation and + related functional connectivity in response to an emotional face-matching task of fearful, angry, disgusted, sad, + surprised and happy faces. ", "doi": "10.1016/j.psyneuen.2019.05.022", "id": "43Tb4A22CFNL", "metadata": {"acquisition_orientation": + "", "add_date": "2018-03-24T03:50:11.979230+01:00", "autocorrelation_model": "", "b0_unwarping_software": "", "communities": + [], "contributors": "", "coordinate_space": null, "doi_add_date": "2019-05-28T22:49:14.437772+02:00", "download_url": + "http://neurovault.org/collections/3666/download", "echo_time": null, "field_of_view": null, "field_strength": null, + "flip_angle": null, "full_dataset_url": "", "functional_coregistered_to_structural": null, "functional_coregistration_method": + "", "group_comparison": true, "group_description": "", "group_estimation_type": "", "group_inference_type": null, + "group_model_multilevel": "", "group_model_type": "", "group_modeling_software": "", "group_repeated_measures": null, + "group_repeated_measures_method": "", "handedness": null, "hemodynamic_response_function": "", "high_pass_filter_method": + "", "inclusion_exclusion_criteria": "", "interpolation_method": "", "intersubject_registration_software": "", "intersubject_transformation_type": + null, "intrasubject_estimation_type": "", "intrasubject_model_type": "", "intrasubject_modeling_software": "", "length_of_blocks": + null, "length_of_runs": null, "length_of_trials": "", "matrix_size": null, "modify_date": "2019-05-28T22:49:14.442152+02:00", + "motion_correction_interpolation": "", "motion_correction_metric": "", "motion_correction_reference": "", "motion_correction_software": + "", "nonlinear_transform_type": "", "number_of_experimental_units": null, "number_of_images": 11, "number_of_imaging_runs": + null, "number_of_rejected_subjects": null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": "", + "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": "", "object_image_type": + "", "optimization": null, "optimization_method": "", "order_of_acquisition": null, "order_of_preprocessing_operations": + "", "orthogonalization_description": "", "owner": 2051, "owner_name": "sallygrace", "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S0306453018312241", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, "pulse_sequence": "", "quality_control": + "", "repetition_time": null, "resampled_voxel_size": null, "scanner_make": "", "scanner_model": "", "skip_distance": + null, "slice_thickness": null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": "", + "software_package": "", "software_version": "", "subject_age_max": null, "subject_age_mean": null, "subject_age_min": + null, "target_resolution": null, "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + "blocked", "url": "http://neurovault.org/collections/3666/", "used_b0_unwarping": null, "used_dispersion_derivatives": + null, "used_high_pass_filter": null, "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": null, "used_reaction_time_regressor": + null, "used_slice_timing_correction": null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "pmid": null, "publication": "Psychoneuroendocrinology", "source": "neurovault", + "source_id": "3666", "source_updated_at": null, "updated_at": null, "user": null, "year": null}, {"analyses": [{"conditions": + [{"created_at": "2023-05-20T01:04:00.853326+00:00", "description": null, "id": "3ppM56BG2njM", "name": "monetary incentive + delay task", "updated_at": null, "user": null}], "created_at": "2023-05-20T01:09:51.807961+00:00", "description": + "To test H1, that BPD patients express dysfunctional recruitment of frontal brain regions in response to social (compared + to non-social) cues, we directly compared both groups by computing the 2-way interaction \u2018Social Condition\u2019 + (social, non-social cues) by \u2018Group\u2019 (HC, BPD).", "id": "6cUpoaBzsSbA", "images": [{"add_date": "2019-10-30T09:14:43.044952+00:00", + "analysis": "6cUpoaBzsSbA", "analysis_name": "Model 1-Cues: Interaction Social Condition by Group", "created_at": + "2023-05-20T01:09:51.807961+00:00", "entities": [{"analysis": "6cUpoaBzsSbA", "created_at": "2023-05-20T01:09:51.807961+00:00", + "id": "7M4uem5dnB6q", "label": "Model 1-Cues: Interaction Social Condition by Group", "level": "group", "updated_at": + null}], "filename": "spmT_0008.nii.gz", "id": "7M4uem5dnB6q", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/6034/spmT_0008.nii.gz", + "user": null, "value_type": "T"}], "name": "Model 1-Cues: Interaction Social Condition by Group", "points": [], "study": + "5NQYnogUJ2XD", "updated_at": null, "user": null, "weights": [1.0]}, {"conditions": [{"created_at": "2023-05-20T01:04:00.853326+00:00", + "description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", "updated_at": null, "user": null}], + "created_at": "2023-05-20T01:09:51.807961+00:00", "description": "To test H2, that BPD patients would show impaired + amygdala response to social feedback, we conducted ROI analyses (i.e. frontal lobe and amygdala masks) using the 2-way + interaction \u2018Group\u2019 x \u2018Social Condition\u2019 for the feedback analysis. BPD patients expressed a blunted + response of the bilateral amygdala compared to the HCs for the social>non-social feedback contrast. These images show + the whole brain images, but the amygdala mask is added in another file.", "id": "4f4dMGS4zuoT", "images": [{"add_date": + "2019-10-30T09:28:12.663383+00:00", "analysis": "4f4dMGS4zuoT", "analysis_name": "Model 2-Feedback: Interaction Social + Condition by Group", "created_at": "2023-05-20T01:09:51.807961+00:00", "entities": [{"analysis": "4f4dMGS4zuoT", "created_at": + "2023-05-20T01:09:51.807961+00:00", "id": "7mkeueU7ikKd", "label": "Model 2-Feedback: Interaction Social Condition + by Group", "level": "group", "updated_at": null}], "filename": "spmT_0017.nii.gz", "id": "7mkeueU7ikKd", "space": + "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/6034/spmT_0017.nii.gz", "user": null, "value_type": + "T"}], "name": "Model 2-Feedback: Interaction Social Condition by Group", "points": [], "study": "5NQYnogUJ2XD", "updated_at": + null, "user": null, "weights": [1.0]}, {"conditions": [{"created_at": "2023-05-20T01:04:00.853326+00:00", "description": + null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", "updated_at": null, "user": null}], "created_at": + "2023-05-20T01:09:51.807961+00:00", "description": "Model 3 was created ad hoc in order to test H3 following the outcome + of the first two models. We ran a seed-based analysis, using the amygdala feedback-related activity for the negative + social (compared to non-social) component of Model 2 as the predictor and testing against potential relationship with + cue-evoked signal at a voxel-wise level within Model 1. Specifically, the beta estimates for both groups from the + bilateral amygdala ROI for the negative social feedback (i.e. social loss>non-social loss), were extracted from Model + 2 and entered as a covariate into an independent samples t-test using the specific contrast social>non-social cues. + We then tested for the effects of the amygdala covariate in each group separately and compared the differences between + the groups. These maps show the differences between groups (i.e. BPD>HC) for this amygdala covariate. ", "id": "7oxFciwfWehs", + "images": [{"add_date": "2019-10-30T09:41:58.802747+00:00", "analysis": "7oxFciwfWehs", "analysis_name": "Model 3--Independent + Samples T-Test Regression Analysis", "created_at": "2023-05-20T01:09:51.807961+00:00", "entities": [{"analysis": "7oxFciwfWehs", + "created_at": "2023-05-20T01:09:51.807961+00:00", "id": "oFWCbNK7eHcN", "label": "Model 3--Independent Samples T-Test + Regression Analysis", "level": "group", "updated_at": null}], "filename": "spmT_0005.nii.gz", "id": "oFWCbNK7eHcN", + "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/6034/spmT_0005.nii.gz", "user": null, + "value_type": "T"}], "name": "Model 3--Independent Samples T-Test Regression Analysis", "points": [], "study": "5NQYnogUJ2XD", + "updated_at": null, "user": null, "weights": [1.0]}, {"conditions": [{"created_at": "2023-05-20T01:04:00.853326+00:00", + "description": null, "id": "3ppM56BG2njM", "name": "monetary incentive delay task", "updated_at": null, "user": null}], + "created_at": "2023-05-20T01:09:51.807961+00:00", "description": "We utilized a region-of-interest (ROI) analysis + approach using the WFU PickAtlas toolbox for SPM8. We created a mask of the bilateral amygdala (used to test H2 in + Model 2), from the Talairach Daemon database.", "id": "6skr8EiHiW73", "images": [{"add_date": "2019-10-30T09:51:30.157895+00:00", + "analysis": "6skr8EiHiW73", "analysis_name": "Model 2-Feedback: Amygdala Mask", "created_at": "2023-05-20T01:09:51.807961+00:00", + "entities": [{"analysis": "6skr8EiHiW73", "created_at": "2023-05-20T01:09:51.807961+00:00", "id": "5H5SUQZcGRv6", + "label": "Model 2-Feedback: Amygdala Mask", "level": "group", "updated_at": null}], "filename": "AmyMask.nii.gz", + "id": "5H5SUQZcGRv6", "space": "MNI", "updated_at": null, "url": "http://neurovault.org/media/images/6034/AmyMask.nii.gz", + "user": null, "value_type": "ROI/mask"}], "name": "Model 2-Feedback: Amygdala Mask", "points": [], "study": "5NQYnogUJ2XD", + "updated_at": null, "user": null, "weights": [1.0]}], "authors": "Kimberly C. Doell, Emilie Oli\u00e9, Philippe Courtet, + Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "created_at": "2023-05-20T01:09:51.807961+00:00", + "description": "ABSTRACT \r\nBackground- Borderline personality disorder (BPD) is characterized by maladaptive social + functioning, and widespread negativity biases. The neural underpinnings of these impairments remain elusive. We thus + tested whether BPD patients show atypical neural activity when processing social (compared to non-social) anticipation, + feedback, and particularly, how they relate to each other.\r\nMethods- We acquired functional MRI data from 21 BPD + women and 24 matched healthy controls (HCs) while they performed a task in which cues and feedbacks were either social + (neutral faces for cues; happy or angry faces for positive and negative feedbacks, respectively) or non-social (dollar + sign; winning or losing money for positive and negative feedbacks, respectively). This task allowed for the analysis + of social anticipatory cues, performance-based feedback, and their interaction. \r\nResults- Compared to HCs, BPD + patients expressed increased activation in the superior temporal sulcus during the processing of social cues, consistent + with elevated salience associated with an upcoming social event. BPD patients also showed reduced activation in the + amygdala while processing evaluative social feedback. Importantly, perigenual anterior cingulate cortex (pgACC) activity + during the presentation of the social cue correlated with reduced amygdala activity during the presentation of the + negative social feedback in the BPD patients. \r\nConclusions- These neuroimaging results clarify how BPD patients + express altered responses to different types of social stimuli (i.e. social anticipatory cues and evaluative feedback) + and uncover an atypical relationship between frontolimbic regions (pgACC-amygdala) over the time span of a social + interaction. These findings may help to explain why BPD patients suffer from pervasive difficulties adapting their + behavior in the context of interpersonal relationships and should be considered while designing better-targeted interventions.", + "doi": "10.1016/j.nicl.2019.102126", "id": "5NQYnogUJ2XD", "metadata": {"acquisition_orientation": "", "add_date": + "2019-10-30T09:58:20.777993+01:00", "autocorrelation_model": "", "b0_unwarping_software": "", "communities": [], "contributors": + "", "coordinate_space": null, "doi_add_date": "2020-01-08T00:02:50.490732+01:00", "download_url": "http://neurovault.org/collections/6034/download", + "echo_time": null, "field_of_view": null, "field_strength": null, "flip_angle": null, "full_dataset_url": "", "functional_coregistered_to_structural": + null, "functional_coregistration_method": "", "group_comparison": null, "group_description": "", "group_estimation_type": + "", "group_inference_type": null, "group_model_multilevel": "", "group_model_type": "", "group_modeling_software": + "", "group_repeated_measures": null, "group_repeated_measures_method": "", "handedness": null, "hemodynamic_response_function": + "", "high_pass_filter_method": "", "inclusion_exclusion_criteria": "", "interpolation_method": "", "intersubject_registration_software": + "", "intersubject_transformation_type": null, "intrasubject_estimation_type": "", "intrasubject_model_type": "", "intrasubject_modeling_software": + "", "length_of_blocks": null, "length_of_runs": null, "length_of_trials": "", "matrix_size": null, "modify_date": + "2020-01-08T01:43:18.827758+01:00", "motion_correction_interpolation": "", "motion_correction_metric": "", "motion_correction_reference": + "", "motion_correction_software": "", "nonlinear_transform_type": "", "number_of_experimental_units": null, "number_of_images": + 4, "number_of_imaging_runs": null, "number_of_rejected_subjects": null, "nutbrain_food_choice_type": "", "nutbrain_food_viewing_conditions": + "", "nutbrain_hunger_state": null, "nutbrain_odor_conditions": "", "nutbrain_taste_conditions": "", "object_image_type": + "", "optimization": null, "optimization_method": "", "order_of_acquisition": null, "order_of_preprocessing_operations": + "", "orthogonalization_description": "", "owner": 4432, "owner_name": "doellk", "paper_url": "https://linkinghub.elsevier.com/retrieve/pii/S2213158219304735", + "parallel_imaging": "", "private": false, "proportion_male_subjects": null, "pulse_sequence": "", "quality_control": + "", "repetition_time": null, "resampled_voxel_size": null, "scanner_make": "", "scanner_model": "", "skip_distance": + null, "slice_thickness": null, "slice_timing_correction_software": "", "smoothing_fwhm": null, "smoothing_type": "", + "software_package": "", "software_version": "", "subject_age_max": null, "subject_age_mean": null, "subject_age_min": + null, "target_resolution": null, "target_template_image": "", "transform_similarity_metric": "", "type_of_design": + null, "url": "http://neurovault.org/collections/6034/", "used_b0_unwarping": null, "used_dispersion_derivatives": + null, "used_high_pass_filter": null, "used_intersubject_registration": null, "used_motion_correction": null, "used_motion_regressors": + null, "used_motion_susceptibiity_correction": null, "used_orthogonalization": null, "used_reaction_time_regressor": + null, "used_slice_timing_correction": null, "used_smoothing": null, "used_temporal_derivatives": null}, "name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "pmid": null, "publication": "NeuroImage: + Clinical", "source": "neurovault", "source_id": "6034", "source_updated_at": null, "updated_at": null, "user": null, + "year": null}], "updated_at": null, "user": "google-oauth2|100511154128738502835"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK +- request: + body: null + headers: + Accept: + - '*/*' + Accept-Encoding: + - gzip, deflate + Connection: + - keep-alive + method: GET + uri: https://neurostore.xyz/api/annotations/5SPpPvY3x9Fp + response: + body: + string: '{"created_at": "2023-05-23T20:15:14.060372+00:00", "description": "", "id": "5SPpPvY3x9Fp", "metadata": null, + "name": "Annotation for studyset n5zg69u5T4tM", "note_keys": {"included": "boolean"}, "notes": [{"analysis": "7BRmUpYpiCPE", + "analysis_name": "14799", "authors": "Keedwell PA, Andrew C, Williams SC, Brammer MJ, Phillips ML", "note": {"included": + true}, "publication": "Biological psychiatry", "study": "3NK8yHeevRct", "study_name": "A double dissociation of ventromedial + prefrontal cortical responses to sad and happy stimuli in depressed and healthy individuals.", "study_year": 2005}, + {"analysis": "PZtHzKXasZmg", "analysis_name": "17019", "authors": "Cullen KR, LaRiviere LL, Vizueta N, Thomas KM, + Hunt RH, Miller MJ, Lim KO, Schulz SC", "note": {"included": true}, "publication": "Brain imaging and behavior", "study": + "4wMYLcaZa25g", "study_name": "Brain activation in response to overt and covert fear and happy faces in women with + borderline personality disorder.", "study_year": 2015}, {"analysis": "4Yex3gzet4E3", "analysis_name": "41548", "authors": + "Norbury R, Taylor MJ, Selvaraj S, Murphy SE, Harmer CJ, Cowen PJ", "note": {"included": true}, "publication": "Psychopharmacology", + "study": "ukeN793Sct3Y", "study_name": "Short-term antidepressant treatment modulates amygdala response to happy faces.", + "study_year": 2009}, {"analysis": "3BKoPowaKTaL", "analysis_name": "41528", "authors": "Fusar-Poli P, Allen P, Lee + F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "note": {"included": true}, "publication": + "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation of neural response to happy and sad faces + by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "8Bw8PFwRQSj2", "analysis_name": "41530", "authors": + "Fusar-Poli P, Allen P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire PK", "note": {"included": + true}, "publication": "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation of neural response + to happy and sad faces by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "47qaAFTcNtEw", "analysis_name": + "41529", "authors": "Fusar-Poli P, Allen P, Lee F, Surguladze S, Tunstall N, Fu CH, Brammer MJ, Cleare AJ, McGuire + PK", "note": {"included": true}, "publication": "Psychopharmacology", "study": "ZbuEo2kUW23q", "study_name": "Modulation + of neural response to happy and sad faces by acute tryptophan depletion.", "study_year": 2007}, {"analysis": "7afo3nCCDWtT", + "analysis_name": "23599", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"included": + true}, "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI study of happy + and sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "3mcbMoCsoXNN", "analysis_name": + "23598", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"included": true}, + "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI study of happy and + sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "5EYKv2cPMveB", "analysis_name": + "23600", "authors": "Mitterschiffthaler MT, Fu CH, Dalton JA, Andrew CM, Williams SC", "note": {"included": true}, + "publication": "Human brain mapping", "study": "4xXMASGQSwyj", "study_name": "A functional MRI study of happy and + sad affective states induced by classical music.", "study_year": 2007}, {"analysis": "7ovNsQMayNZY", "analysis_name": + "T1", "authors": null, "note": {"included": true}, "publication": null, "study": "7JtZxnwqByGB", "study_name": "A + Functional MRI Study of Happy and Sad Emotions in Music with and without Lyrics", "study_year": null}, {"analysis": + "4hXNxByzL2vS", "analysis_name": "t0005", "authors": null, "note": {"included": true}, "publication": null, "study": + "GrhKTkDpbMEx", "study_name": "Happy facial expression processing with different social interaction cues: An fMRI + study of individuals with schizotypal personality traits", "study_year": null}, {"analysis": "qpaYC5aDTs6b", "analysis_name": + "tbl1", "authors": null, "note": {"included": true}, "publication": null, "study": "6p9pnHPhfQeP", "study_name": "Recognition + of happy facial affect in panic disorder: An fMRI study", "study_year": null}, {"analysis": "4hbTmow27Edz", "analysis_name": + "tbl2", "authors": null, "note": {"included": true}, "publication": null, "study": "6p9pnHPhfQeP", "study_name": "Recognition + of happy facial affect in panic disorder: An fMRI study", "study_year": null}, {"analysis": "3vrbzpxw9Cpi", "analysis_name": + "tbl0005", "authors": null, "note": {"included": true}, "publication": null, "study": "7qae4ZZAYbnZ", "study_name": + "Testosterone administration in women increases amygdala responses to fearful and happy faces", "study_year": null}, + {"analysis": "5pDYgPGpD2uS", "analysis_name": "tbl2", "authors": null, "note": {"included": true}, "publication": + null, "study": "LDpfxa9VU8Av", "study_name": "A differential pattern of neural response toward sad versus happy facial + expressions in major depressive disorder", "study_year": null}, {"analysis": "7svnYfHnz24L", "analysis_name": "23103", + "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": {"included": true}, "publication": "Frontiers + in neuroscience", "study": "5ptAcQjSuWQP", "study_name": "Intact brain processing of musical emotions in autism spectrum + disorder, but more cognitive load and arousal in happy vs. sad music.", "study_year": 2014}, {"analysis": "76AvL5Nuq7rc", + "analysis_name": "23101", "authors": "Gebauer L, Skewes J, Westphael G, Heaton P, Vuust P", "note": {"included": true}, + "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", "study_name": "Intact brain processing of musical + emotions in autism spectrum disorder, but more cognitive load and arousal in happy vs. sad music.", "study_year": + 2014}, {"analysis": "8FGGhQh4m7Rx", "analysis_name": "23102", "authors": "Gebauer L, Skewes J, Westphael G, Heaton + P, Vuust P", "note": {"included": true}, "publication": "Frontiers in neuroscience", "study": "5ptAcQjSuWQP", "study_name": + "Intact brain processing of musical emotions in autism spectrum disorder, but more cognitive load and arousal in happy + vs. sad music.", "study_year": 2014}, {"analysis": "3bCxZ89SwqBQ", "analysis_name": "40466", "authors": "Kluczniok + D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl + F", "note": {"included": true}, "publication": "PloS one", "study": "5N5L2d5f3J3f", "study_name": "Dissociating maternal + responses to sad and happy facial expressions of their own child: An fMRI study.", "study_year": 2017}, {"analysis": + "5KXN7E3YVVhU", "analysis_name": "40468", "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, + Jaite C, Kappel V, Brunner R, Herpertz SC, Boedeker K, Bermpohl F", "note": {"included": true}, "publication": "PloS + one", "study": "5N5L2d5f3J3f", "study_name": "Dissociating maternal responses to sad and happy facial expressions + of their own child: An fMRI study.", "study_year": 2017}, {"analysis": "qWEpgVfpLepn", "analysis_name": "40467", + "authors": "Kluczniok D, Hindi Attar C, Stein J, Poppinga S, Fydrich T, Jaite C, Kappel V, Brunner R, Herpertz SC, + Boedeker K, Bermpohl F", "note": {"included": true}, "publication": "PloS one", "study": "5N5L2d5f3J3f", "study_name": + "Dissociating maternal responses to sad and happy facial expressions of their own child: An fMRI study.", "study_year": + 2017}, {"analysis": "3H5dDZEkqeZm", "analysis_name": "39766", "authors": "Felmingham KL, Falconer EM, Williams L, + Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"included": true}, "publication": "PloS one", "study": "3dEED48cGfXq", + "study_name": "Reduced amygdala and ventral striatal activity to happy faces in PTSD is associated with emotional + numbing.", "study_year": 2014}, {"analysis": "7xMSzM9VJtrK", "analysis_name": "39765", "authors": "Felmingham KL, + Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"included": true}, "publication": "PloS + one", "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral striatal activity to happy faces in PTSD + is associated with emotional numbing.", "study_year": 2014}, {"analysis": "icaz7Y5jZJfV", "analysis_name": "39767", + "authors": "Felmingham KL, Falconer EM, Williams L, Kemp AH, Allen A, Peduto A, Bryant RA", "note": {"included": true}, + "publication": "PloS one", "study": "3dEED48cGfXq", "study_name": "Reduced amygdala and ventral striatal activity + to happy faces in PTSD is associated with emotional numbing.", "study_year": 2014}, {"analysis": "pVNZSTjHVaAu", "analysis_name": + "39504", "authors": "Luo Y, Huang X, Yang Z, Li B, Liu J, Wei D", "note": {"included": true}, "publication": "PloS + one", "study": "6AkrZQQo2ysG", "study_name": "Regional homogeneity of intrinsic brain activity in happy and unhappy + individuals.", "study_year": 2014}, {"analysis": "3r8sCMStLUTc", "analysis_name": "21622", "authors": "Chakrabarti + B, Kent L, Suckling J, Bullmore E, Baron-Cohen S", "note": {"included": true}, "publication": "The European journal + of neuroscience", "study": "3f6YK9Z83mU3", "study_name": "Variations in the human cannabinoid receptor (CNR1) gene + modulate striatal responses to happy faces.", "study_year": 2006}, {"analysis": "32UCEiz5GhWK", "analysis_name": "42827", + "authors": "Persson N, Lavebratt C, Ebner NC, Fischer H", "note": {"included": true}, "publication": "Social cognitive + and affective neuroscience", "study": "J427eVUr4rYy", "study_name": "Influence of DARPP-32 genetic variation on BOLD + activation to happy faces.", "study_year": 2017}, {"analysis": "QqmewarwTt36", "analysis_name": "42247", "authors": + "Suzuki A, Goh JO, Hebrank A, Sutton BP, Jenkins L, Flicker BA, Park DC", "note": {"included": true}, "publication": + "Social cognitive and affective neuroscience", "study": "5KmCyQFLh4Ew", "study_name": "Sustained happiness? Lack of + repetition suppression in right-ventral visual cortex for happy faces.", "study_year": 2011}, {"analysis": "TfsWwDHeVeSq", + "analysis_name": "42081", "authors": "Johnstone T, van Reekum CM, Oakes TR, Davidson RJ", "note": {"included": true}, + "publication": "Social cognitive and affective neuroscience", "study": "4KxodnKqYrS4", "study_name": "The voice of + emotion: an FMRI study of neural responses to angry and happy vocal expressions.", "study_year": 2006}, {"analysis": + "8KL5SpPjm2eu", "analysis_name": "19176", "authors": "Wittfoth M, Schroder C, Schardt DM, Dengler R, Heinze HJ, Kotz + SA", "note": {"included": true}, "publication": "Cerebral cortex (New York, N.Y. : 1991)", "study": "8Kr5LfW7Abga", + "study_name": "On emotional conflict: interference resolution of happy and angry prosody reveals valence-specific + effects.", "study_year": 2010}, {"analysis": "6Pskc22jqRG9", "analysis_name": "19175", "authors": "Wittfoth M, Schroder + C, Schardt DM, Dengler R, Heinze HJ, Kotz SA", "note": {"included": true}, "publication": "Cerebral cortex (New York, + N.Y. : 1991)", "study": "8Kr5LfW7Abga", "study_name": "On emotional conflict: interference resolution of happy and + angry prosody reveals valence-specific effects.", "study_year": 2010}, {"analysis": "95c2k6ff2Pfh", "analysis_name": + "37742", "authors": "Lee TM, Liu HL, Hoosain R, Liao WT, Wu CT, Yuen KS, Chan CC, Fox PT, Gao JH", "note": {"included": + true}, "publication": "Neuroscience letters", "study": "xQhZkTxtHGZH", "study_name": "Gender differences in neural + correlates of recognition of happy and sad faces in humans assessed by functional magnetic resonance imaging.", "study_year": + 2002}, {"analysis": "38HqPANwZTG2", "analysis_name": "42004", "authors": "Pulkkinen J, Nikkinen J, Kiviniemi V, Maki + P, Miettunen J, Koivukangas J, Mukkala S, Nordstrom T, Barnett JH, Jones PB, Moilanen I, Murray GK, Veijola J", "note": + {"included": true}, "publication": "Schizophrenia research", "study": "6gD4cLusQaGb", "study_name": "Functional mapping + of dynamic happy and fearful facial expressions in young adults with familial risk for psychosis - Oulu Brain and + Mind Study.", "study_year": 2015}, {"analysis": "7npj8yWwnet4", "analysis_name": "spmT WB GroupXDrug BDD>HC", "authors": + "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": + "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state + functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": + null}, {"analysis": "fPbGgVwV6WY4", "analysis_name": "spmT WB ALLFACES>SHAPES", "authors": "Sally A. Grace, Izelle + Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "7BtTmQCtTLDG", "analysis_name": "spmT gPPI ANGRY>SHAPES Int1", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", + "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic + disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": "7AKSr54RRuDe", "analysis_name": + "spmT gPPI ANGRY>SHAPES HC>BDD", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", + "note": {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "59gY3ro98L28", "analysis_name": "spmT gPPI + ANGRY>SHAPES BDD>HC", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": + {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "5UqTAfa29ak4", "analysis_name": "spmT gPPI + ANGRY>SHAPES Int2", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": + {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "4uN7cxX3QSqL", "analysis_name": "spmT WB + MainEffectDrug OXT>PBO", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": + {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal + oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind + placebo-controlled randomized trial", "study_year": null}, {"analysis": "6nTZmgpghK4z", "analysis_name": "spmT WB + HC>BDD", "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": + true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters + amygdala-temporal resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled + randomized trial", "study_year": null}, {"analysis": "5ZQbnszRa6sF", "analysis_name": "spmT WB MainEffectDrug PBO>OXT", + "authors": "Sally A. Grace, Izelle Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": true}, + "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal + resting-state functional connectivity in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", + "study_year": null}, {"analysis": "5Aa9eTyM6Z73", "analysis_name": "spmT WB BDD>HC", "authors": "Sally A. Grace, Izelle + Labuschagne, David J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", + "study": "43Tb4A22CFNL", "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity + in body dysmorphic disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": + "75fxWNPbZbjv", "analysis_name": "spmF WB GroupXDrugXEmotion", "authors": "Sally A. Grace, Izelle Labuschagne, David + J. Castle and Susan L. Rossell", "note": {"included": true}, "publication": "Psychoneuroendocrinology", "study": "43Tb4A22CFNL", + "study_name": "Intranasal oxytocin alters amygdala-temporal resting-state functional connectivity in body dysmorphic + disorder: A double-blind placebo-controlled randomized trial", "study_year": null}, {"analysis": "4f4dMGS4zuoT", "analysis_name": + "Model 2-Feedback: Interaction Social Condition by Group", "authors": "Kimberly C. Doell, Emilie Oli\u00e9, Philippe + Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": {"included": true}, "publication": + "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical processing of social anticipation and feedback + in borderline personality disorder", "study_year": null}, {"analysis": "6cUpoaBzsSbA", "analysis_name": "Model 1-Cues: + Interaction Social Condition by Group", "authors": "Kimberly C. Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado + Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": {"included": true}, "publication": "NeuroImage: Clinical", + "study": "5NQYnogUJ2XD", "study_name": "Atypical processing of social anticipation and feedback in borderline personality + disorder", "study_year": null}, {"analysis": "6skr8EiHiW73", "analysis_name": "Model 2-Feedback: Amygdala Mask", "authors": + "Kimberly C. Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", + "note": {"included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical + processing of social anticipation and feedback in borderline personality disorder", "study_year": null}, {"analysis": + "7oxFciwfWehs", "analysis_name": "Model 3--Independent Samples T-Test Regression Analysis", "authors": "Kimberly C. + Doell, Emilie Oli\u00e9, Philippe Courtet, Corrado Corradi-Dell''Acqua, Nader Perroud and Sophie Schwartz", "note": + {"included": true}, "publication": "NeuroImage: Clinical", "study": "5NQYnogUJ2XD", "study_name": "Atypical processing + of social anticipation and feedback in borderline personality disorder", "study_year": null}, {"analysis": "6HhdbbASwrK3", + "analysis_name": "37588", "authors": "Oetken S, Pauly KD, Gur RC, Schneider F, Habel U, Pohl A", "note": {"included": + true}, "publication": "Neuropsychologia", "study": "4rDGfjjGNAgq", "study_name": "Don''t worry, be happy - Neural + correlates of the influence of musically induced mood on self-evaluation.", "study_year": 2017}, {"analysis": "BpS3u6sAfe8g", + "analysis_name": "34402", "authors": "Kong F, Hu S, Wang X, Song Y, Liu J", "note": {"included": true}, "publication": + "NeuroImage", "study": "uPDUNVQUJvpt", "study_name": "Neural correlates of the happy life: The amplitude of spontaneous + low frequency fluctuations predicts subjective well-being.", "study_year": 2015}, {"analysis": "7h23dzabx6Lt", "analysis_name": + "34302", "authors": "Egidi G, Caramazza A", "note": {"included": true}, "publication": "NeuroImage", "study": "6SoirEH52CMp", + "study_name": "Mood-dependent integration in discourse comprehension: happy and sad moods affect consistency processing + via different brain networks.", "study_year": 2014}, {"analysis": "6jQ32kDkDdm8", "analysis_name": "34301", "authors": + "Egidi G, Caramazza A", "note": {"included": true}, "publication": "NeuroImage", "study": "6SoirEH52CMp", "study_name": + "Mood-dependent integration in discourse comprehension: happy and sad moods affect consistency processing via different + brain networks.", "study_year": 2014}, {"analysis": "5NwZPXwcbmmZ", "analysis_name": "32542", "authors": "Jeong JW, + Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", "note": {"included": true}, "publication": + "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy and sad emotion in music and faces modifies + cortical audiovisual activation.", "study_year": 2011}, {"analysis": "5yDouUon6EJh", "analysis_name": "32541", "authors": + "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", "note": {"included": + true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy and sad emotion in + music and faces modifies cortical audiovisual activation.", "study_year": 2011}, {"analysis": "4Xbk2AS5pRZy", "analysis_name": + "32540", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani HT, Chugani DC", + "note": {"included": true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence of happy + and sad emotion in music and faces modifies cortical audiovisual activation.", "study_year": 2011}, {"analysis": "3uR4kLx5hPdT", + "analysis_name": "32543", "authors": "Jeong JW, Diwadkar VA, Chugani CD, Sinsoongsud P, Muzik O, Behen ME, Chugani + HT, Chugani DC", "note": {"included": true}, "publication": "NeuroImage", "study": "3zUn4TfXtQVo", "study_name": "Congruence + of happy and sad emotion in music and faces modifies cortical audiovisual activation.", "study_year": 2011}, {"analysis": + "5nbDXoWuULds", "analysis_name": "29804", "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "note": + {"included": true}, "publication": "NeuroImage", "study": "85PTzT2hpjSH", "study_name": "Same or different? Neural + correlates of happy and sad mood in healthy males.", "study_year": 2005}, {"analysis": "8KgV3ZUBnouD", "analysis_name": + "29803", "authors": "Habel U, Klein M, Kellermann T, Shah NJ, Schneider F", "note": {"included": true}, "publication": + "NeuroImage", "study": "85PTzT2hpjSH", "study_name": "Same or different? Neural correlates of happy and sad mood in + healthy males.", "study_year": 2005}, {"analysis": "6tyc7jYAVweq", "analysis_name": "29444", "authors": "Killgore + WD, Yurgelun-Todd DA", "note": {"included": true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", "study_name": + "Activation of the amygdala and anterior cingulate during nonconscious processing of sad versus happy faces.", "study_year": + 2004}, {"analysis": "gV3e93K3akeu", "analysis_name": "29445", "authors": "Killgore WD, Yurgelun-Todd DA", "note": + {"included": true}, "publication": "NeuroImage", "study": "6qJcQ74oipDU", "study_name": "Activation of the amygdala + and anterior cingulate during nonconscious processing of sad versus happy faces.", "study_year": 2004}, {"analysis": + "tHpWX6N8mfix", "analysis_name": "37865", "authors": "Jimura K, Konishi S, Miyashita Y", "note": {"included": true}, + "publication": "Neuroscience letters", "study": "5RkUxRUh6e2G", "study_name": "Temporal pole activity during perception + of sad faces, but not happy faces, correlates with neuroticism trait.", "study_year": 2009}, {"analysis": "3wrf49wQ5KXs", + "analysis_name": "25427", "authors": "Henje Blom E, Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu + J, Simmons AN, Yang TT", "note": {"included": true}, "publication": "Journal of affective disorders", "study": "3C4xq7XcVv96", + "study_name": "Altered insular activation and increased insular functional connectivity during sad and happy face + processing in adolescent major depressive disorder.", "study_year": 2015}, {"analysis": "5XuagvSYMzW9", "analysis_name": + "25426", "authors": "Henje Blom E, Connolly CG, Ho TC, LeWinn KZ, Mobayed N, Han L, Paulus MP, Wu J, Simmons AN, Yang + TT", "note": {"included": true}, "publication": "Journal of affective disorders", "study": "3C4xq7XcVv96", "study_name": + "Altered insular activation and increased insular functional connectivity during sad and happy face processing in + adolescent major depressive disorder.", "study_year": 2015}, {"analysis": "ngDKFhxBuFG3", "analysis_name": "21088", + "authors": "Todd RM, Lee W, Evans JW, Lewis MD, Taylor MJ", "note": {"included": true}, "publication": "Developmental + cognitive neuroscience", "study": "3SVHsdWTFHbV", "study_name": "Withholding response in the face of a smile: age-related + differences in prefrontal sensitivity to Nogo cues following happy and angry faces.", "study_year": 2012}, {"analysis": + "7FwRKS36kZp9", "analysis_name": "15331", "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "note": {"included": + true}, "publication": "Biological psychology", "study": "6hNANgeoQKYP", "study_name": "When you smile, you become + happy: Evidence from resting state task-based fMRI.", "study_year": 2014}, {"analysis": "7VPXqibNQ2La", "analysis_name": + "15332", "authors": "Chang J, Zhang M, Hitchman G, Qiu J, Liu Y", "note": {"included": true}, "publication": "Biological + psychology", "study": "6hNANgeoQKYP", "study_name": "When you smile, you become happy: Evidence from resting state + task-based fMRI.", "study_year": 2014}, {"analysis": "4hZswu6NM87F", "analysis_name": "14800", "authors": "Keedwell + PA, Andrew C, Williams SC, Brammer MJ, Phillips ML", "note": {"included": true}, "publication": "Biological psychiatry", + "study": "3NK8yHeevRct", "study_name": "A double dissociation of ventromedial prefrontal cortical responses to sad + and happy stimuli in depressed and healthy individuals.", "study_year": 2005}], "source": null, "source_id": null, + "source_updated_at": null, "studyset": "n5zg69u5T4tM", "updated_at": null, "user": "google-oauth2|100511154128738502835"}' + headers: + Content-Type: + - application/json + status: + code: 200 + message: OK - request: body: '{"meta_analysis_id": "3opENJpHxRsH"}' headers: diff --git a/compose_runner/tests/test_run.py b/compose_runner/tests/test_run.py index 5ce0df7..effdae6 100644 --- a/compose_runner/tests/test_run.py +++ b/compose_runner/tests/test_run.py @@ -4,6 +4,20 @@ from compose_runner import run as run_module from compose_runner.run import Runner + +class FakeResponse: + def __init__(self, payload, status_code=200): + self.payload = payload + self.status_code = status_code + + def raise_for_status(self): + if self.status_code >= 400: + raise HTTPError(f"status {self.status_code}") + + def json(self): + return self.payload + + @pytest.mark.vcr(record_mode="none") def test_incorrect_id(): runner = Runner( @@ -68,10 +82,12 @@ def test_process_bundle_keeps_studysets(monkeypatch): second_studyset = object() estimator = object() corrector = object() + observed = {} class FakeStudyset: - def __init__(self, source): + def __init__(self, source, target=None): self.source = source + self.target = target class FakeAnnotation: def __init__(self, source, studyset): @@ -81,6 +97,7 @@ def __init__(self, source, studyset): def fake_apply_filter(self, studyset, annotation): assert isinstance(studyset, FakeStudyset) assert isinstance(annotation, FakeAnnotation) + observed["studyset"] = studyset return first_studyset, second_studyset def fake_load_specification(self, n_cores=None): @@ -102,6 +119,406 @@ def fake_load_specification(self, n_cores=None): assert runner.second_studyset is second_studyset assert runner.estimator is estimator assert runner.corrector is corrector + assert observed["studyset"].target == runner._TARGET_SPACE + + +def test_download_bundle_supports_legacy_snapshot_shape(monkeypatch): + runner = Runner(meta_analysis_id="legacy-meta-analysis", environment="staging") + meta_analysis = { + "results": [{"id": "unused-result"}], + "snapshots": [], + "studyset": { + "snapshot": {"snapshot": {"id": "studyset", "studies": []}}, + "neurostore_id": "legacy-studyset", + }, + "annotation": { + "snapshot": {"snapshot": {"id": "annotation", "notes": [], "note_keys": {}}}, + "neurostore_id": "legacy-annotation", + }, + "specification": {"filter": "included"}, + "run_key": "legacy-run-key", + } + live_studyset = {"id": "legacy-studyset", "studies": [{"id": "live-study"}]} + live_annotation = { + "id": "legacy-annotation", + "notes": [{"id": "live-note"}], + "note_keys": {}, + } + requested_urls = [] + + def fake_get(url): + requested_urls.append(url) + assert url != f"{runner.compose_url}/meta-analysis-results/unused-result" + payloads = { + ( + f"{runner.compose_url}/meta-analyses/" + f"{runner.meta_analysis_id}?nested=true" + ): meta_analysis, + f"{runner.store_url}/studysets/legacy-studyset?nested=true": live_studyset, + f"{runner.store_url}/annotations/legacy-annotation": live_annotation, + } + return FakeResponse(payloads[url]) + + monkeypatch.setattr(run_module.requests, "get", fake_get) + + runner.download_bundle() + + assert runner.cached_studyset == live_studyset + assert runner.cached_annotation == live_annotation + assert runner.existing_studyset_snapshot == {"id": "studyset", "studies": []} + assert runner.existing_annotation_snapshot == { + "id": "annotation", + "notes": [], + "note_keys": {}, + } + assert runner.cached is False + assert runner.nsc_key == "legacy-run-key" + assert requested_urls == [ + f"{runner.compose_url}/meta-analyses/{runner.meta_analysis_id}?nested=true", + f"{runner.store_url}/studysets/legacy-studyset?nested=true", + f"{runner.store_url}/annotations/legacy-annotation", + ] + + +def test_download_bundle_supports_result_snapshot_shape(monkeypatch): + runner = Runner(meta_analysis_id="new-meta-analysis", environment="development") + meta_analysis = { + "project": "project-1", + "results": [{"id": "result-1"}], + "snapshots": [], + "specification": {"filter": "included"}, + "run_key": "new-run-key", + "neurostore_studyset": None, + "neurostore_annotation": None, + } + project = { + "id": "project-1", + "neurostore_studyset": None, + "neurostore_annotation": None, + } + result = { + "id": "result-1", + "studyset_snapshot": {"id": "studyset", "studies": []}, + "annotation_snapshot": {"id": "annotation", "notes": [], "note_keys": {}}, + } + requested_urls = [] + + def fake_get(url): + requested_urls.append(url) + payloads = { + ( + f"{runner.compose_url}/meta-analyses/" + f"{runner.meta_analysis_id}?nested=true" + ): meta_analysis, + f"{runner.compose_url}/projects/project-1": project, + f"{runner.compose_url}/meta-analysis-results/result-1": result, + } + return FakeResponse(payloads[url]) + + monkeypatch.setattr(run_module.requests, "get", fake_get) + + runner.download_bundle() + + assert runner.cached_studyset == {"id": "studyset", "studies": []} + assert runner.cached_annotation == {"id": "annotation", "notes": [], "note_keys": {}} + assert runner.cached is True + assert requested_urls == [ + f"{runner.compose_url}/meta-analyses/{runner.meta_analysis_id}?nested=true", + f"{runner.compose_url}/meta-analysis-results/result-1", + f"{runner.compose_url}/projects/project-1", + ] + + +def test_create_result_object_links_matching_existing_snapshots(monkeypatch): + runner = Runner(meta_analysis_id="meta-analysis-1", environment="staging") + runner.nsc_key = "run-key" + runner.cached_studyset = {"id": "studyset-1", "studies": [{"id": "study-1"}]} + runner.cached_annotation = { + "id": "annotation-1", + "notes": [{"id": "note-1"}], + "note_keys": {"included": {"type": "boolean"}}, + } + runner.existing_studyset_snapshot = { + "studies": [{"id": "study-1"}], + "id": "studyset-1", + } + runner.existing_annotation_snapshot = { + "note_keys": {"included": {"type": "boolean"}}, + "notes": [{"id": "note-1"}], + "id": "annotation-1", + } + runner.existing_studyset_snapshot_id = "cached-studyset-1" + runner.existing_annotation_snapshot_id = "cached-annotation-1" + posted = {} + + def fake_post(url, json, headers): + posted["url"] = url + posted["json"] = json + posted["headers"] = headers + return FakeResponse({"id": "result-1"}) + + monkeypatch.setattr(run_module.requests, "post", fake_post) + + runner.create_result_object() + + assert posted == { + "url": f"{runner.compose_url}/meta-analysis-results", + "json": { + "meta_analysis_id": "meta-analysis-1", + "cached_studyset": "cached-studyset-1", + "cached_annotation": "cached-annotation-1", + }, + "headers": {"Compose-Upload-Key": "run-key"}, + } + assert runner.result_id == "result-1" + + +def test_create_result_object_uploads_only_changed_live_snapshots(monkeypatch): + runner = Runner(meta_analysis_id="meta-analysis-1", environment="staging") + runner.nsc_key = "run-key" + runner.cached_studyset = {"id": "studyset-1", "studies": [{"id": "study-1"}]} + runner.cached_annotation = { + "id": "annotation-1", + "notes": [{"id": "note-2"}], + "note_keys": {"included": {"type": "boolean"}}, + } + runner.existing_studyset_snapshot = { + "id": "studyset-1", + "studies": [{"id": "study-1"}], + } + runner.existing_annotation_snapshot = { + "id": "annotation-1", + "notes": [{"id": "note-1"}], + "note_keys": {"included": {"type": "boolean"}}, + } + runner.existing_studyset_snapshot_id = "cached-studyset-1" + runner.existing_annotation_snapshot_id = "cached-annotation-1" + posted = {} + + def fake_post(url, json, headers): + posted["url"] = url + posted["json"] = json + posted["headers"] = headers + return FakeResponse({"id": "result-1"}) + + monkeypatch.setattr(run_module.requests, "post", fake_post) + + runner.create_result_object() + + assert posted == { + "url": f"{runner.compose_url}/meta-analysis-results", + "json": { + "meta_analysis_id": "meta-analysis-1", + "cached_studyset": "cached-studyset-1", + "annotation_snapshot": runner.cached_annotation, + }, + "headers": {"Compose-Upload-Key": "run-key"}, + } + assert runner.result_id == "result-1" + + +def test_download_bundle_uses_project_neurostore_ids_for_new_shape(monkeypatch): + runner = Runner(meta_analysis_id="new-meta-analysis", environment="staging") + meta_analysis = { + "project": "project-1", + "results": [], + "snapshots": [], + "specification": {"filter": "included"}, + "run_key": "new-run-key", + "neurostore_studyset": None, + "neurostore_annotation": None, + } + project = { + "id": "project-1", + "neurostore_studyset_id": "studyset-1", + "neurostore_annotation_id": "annotation-1", + } + studyset = {"id": "studyset-1", "studies": []} + annotation = {"id": "annotation-1", "notes": [], "note_keys": {}} + requested_urls = [] + + def fake_get(url): + requested_urls.append(url) + payloads = { + ( + f"{runner.compose_url}/meta-analyses/" + f"{runner.meta_analysis_id}?nested=true" + ): meta_analysis, + f"{runner.compose_url}/projects/project-1": project, + f"{runner.store_url}/studysets/studyset-1?nested=true": studyset, + f"{runner.store_url}/annotations/annotation-1": annotation, + } + return FakeResponse(payloads[url]) + + monkeypatch.setattr(run_module.requests, "get", fake_get) + + runner.download_bundle() + + assert runner.cached_studyset == studyset + assert runner.cached_annotation == annotation + assert runner.cached is False + assert requested_urls == [ + f"{runner.compose_url}/meta-analyses/{runner.meta_analysis_id}?nested=true", + f"{runner.compose_url}/projects/project-1", + f"{runner.store_url}/studysets/studyset-1?nested=true", + f"{runner.store_url}/annotations/annotation-1", + ] + + +def test_download_bundle_uses_meta_analysis_neurostore_object_ids(monkeypatch): + runner = Runner(meta_analysis_id="new-meta-analysis", environment="development") + meta_analysis = { + "project": "project-1", + "results": [], + "snapshots": [], + "specification": {"filter": "included"}, + "run_key": "new-run-key", + "neurostore_studyset": {"id": "studyset-1", "studysets": ["source-studyset"]}, + "neurostore_annotation": {"id": "annotation-1"}, + } + studyset = {"id": "studyset-1", "studies": []} + annotation = {"id": "annotation-1", "notes": [], "note_keys": {}} + requested_urls = [] + + def fake_get(url): + requested_urls.append(url) + payloads = { + ( + f"{runner.compose_url}/meta-analyses/" + f"{runner.meta_analysis_id}?nested=true" + ): meta_analysis, + f"{runner.store_url}/studysets/studyset-1?nested=true": studyset, + f"{runner.store_url}/annotations/annotation-1": annotation, + } + return FakeResponse(payloads[url]) + + monkeypatch.setattr(run_module.requests, "get", fake_get) + + runner.download_bundle() + + assert runner.cached_studyset == studyset + assert runner.cached_annotation == annotation + assert runner.cached is False + assert requested_urls == [ + f"{runner.compose_url}/meta-analyses/{runner.meta_analysis_id}?nested=true", + f"{runner.store_url}/studysets/studyset-1?nested=true", + f"{runner.store_url}/annotations/annotation-1", + ] + + +def test_download_bundle_falls_back_to_compose_linked_store_ids(monkeypatch): + runner = Runner(meta_analysis_id="linked-meta-analysis", environment="development") + meta_analysis = { + "project": "project-1", + "results": [], + "snapshots": [], + "specification": {"filter": "included"}, + "run_key": "new-run-key", + "neurostore_studyset": "compose-studyset-1", + "neurostore_annotation": "compose-annotation-1", + } + compose_studyset = {"id": "compose-studyset-1", "studysets": [{"id": "store-studyset-1"}]} + compose_annotation = { + "id": "compose-annotation-1", + "annotations": [{"id": "store-annotation-1"}], + } + studyset = {"id": "store-studyset-1", "studies": []} + annotation = {"id": "store-annotation-1", "notes": [], "note_keys": {}} + requested_urls = [] + + def fake_get(url): + requested_urls.append(url) + payloads = { + ( + f"{runner.compose_url}/meta-analyses/" + f"{runner.meta_analysis_id}?nested=true" + ): meta_analysis, + f"{runner.compose_url}/neurostore-studysets/compose-studyset-1": compose_studyset, + f"{runner.compose_url}/neurostore-annotations/compose-annotation-1": compose_annotation, + f"{runner.store_url}/studysets/store-studyset-1?nested=true": studyset, + f"{runner.store_url}/annotations/store-annotation-1": annotation, + } + if url == f"{runner.store_url}/studysets/compose-studyset-1?nested=true": + return FakeResponse({}, status_code=404) + if url == f"{runner.store_url}/annotations/compose-annotation-1": + return FakeResponse({}, status_code=404) + return FakeResponse(payloads[url]) + + monkeypatch.setattr(run_module.requests, "get", fake_get) + + runner.download_bundle() + + assert runner.cached_studyset == studyset + assert runner.cached_annotation == annotation + assert runner.cached is False + assert requested_urls == [ + f"{runner.compose_url}/meta-analyses/{runner.meta_analysis_id}?nested=true", + f"{runner.store_url}/studysets/compose-studyset-1?nested=true", + f"{runner.compose_url}/neurostore-studysets/compose-studyset-1", + f"{runner.store_url}/studysets/store-studyset-1?nested=true", + f"{runner.store_url}/annotations/compose-annotation-1", + f"{runner.compose_url}/neurostore-annotations/compose-annotation-1", + f"{runner.store_url}/annotations/store-annotation-1", + ] + + +@pytest.mark.vcr(record_mode="once") +def test_download_bundle_dev_meta_analysis_shape(): + runner = Runner( + meta_analysis_id="VR2eJbv3BJCi", + environment="development", + ) + + runner.download_bundle() + + assert runner.cached_studyset is not None + assert runner.cached_annotation is not None + assert runner.cached_specification is not None + assert runner.cached is False + assert runner.cached_studyset["id"] == "8Tc9iMdR4uwR" + assert runner.cached_annotation["id"] == "vvigrL8Wv75H" + assert runner.cached_annotation["note_keys"]["included"]["type"] == "boolean" + + +@pytest.mark.vcr(record_mode="once") +def test_download_bundle_dev_string_id_shape(): + runner = Runner( + meta_analysis_id="jeqZ65Bsnniw", + environment="development", + ) + + runner.download_bundle() + + assert runner.cached_studyset is not None + assert runner.cached_annotation is not None + assert runner.cached_specification is not None + assert runner.cached is False + assert runner.cached_studyset["id"] == "MYFAqDMNBryo" + assert runner.cached_annotation["id"] == "ExiEeALEEvUb" + assert runner.cached_annotation["note_keys"]["included"]["type"] == "boolean" + + +@pytest.mark.vcr(record_mode="once") +def test_download_bundle_production_cached_snapshot_shape(): + runner = Runner( + meta_analysis_id="mHtoV82Dmnm9", + environment="production", + ) + + runner.download_bundle() + + assert runner.cached_studyset is not None + assert runner.cached_annotation is not None + assert runner.cached_specification is not None + assert runner.cached is False + assert runner.existing_studyset_snapshot_id == "iTjiYLR4aWcs" + assert runner.existing_annotation_snapshot_id == "XijxA4i3hb8S" + assert runner.existing_studyset_snapshot is not None + assert runner.existing_annotation_snapshot is not None + assert runner.cached_studyset["id"] == "n45qe4g5nrFw" + assert runner.cached_annotation["id"] == "mmaYdBWkKPoQ" + assert isinstance(runner.cached_studyset["studies"], list) + assert runner.cached_annotation["note_keys"]["included"]["type"] == "boolean" def test_run_meta_analysis_single_studyset_uses_cbma_workflow(monkeypatch, tmp_path):