<p>Part A: Clustering results of the caudate, putamen, and thalamus based on functional connectivity patterns across regions belonging to CSTC loops. Part B: Correlations of the caudate clusters with other regions. Part C: Correlations of the putamen clusters with other regions. The x-axis indicates the strength of functional connectivity between the clusters and other brain regions as correlation z scores, and the y-axis indicates brain regions. For simplicity, we focused on results from bilateral ROI regions. The black asterisks indicate regions with significant functional connectivity with the cluster regions under a false discovery rate threshold of q<0.05.</p
<p>(a) The mean 90 90 correlation matrix across all participants. The anatomical locations of 90 RO...
The functional network approach, where fMRI BOLD time series are mapped to networks depicting functi...
<p>(a–b) Mean zFC matrices of both groups throughout the entire brain divided into 90 regions by the...
<p>The x-axis indicates brain regions, and the y-axis indicates the strength of functional connectiv...
Over the last decade, structure-function relationships have begun to encompass networks of brain are...
<p>Seed regions (A: the left inferior frontal gyrus; B: left anterior cingulate gyrus) are indicated...
Over the last decade, structure-function relationships have begun to encompass networks of brain are...
<p>(A) The first cluster consisted of correlations between 5-HT<sub>2A</sub> receptor binding potent...
<p>(A) Location of the RHC seed (<i>xyz</i> 32 −16 −18). (B) Average brain scores indicating the str...
<div><p>As the main input hub of the basal ganglia, the striatum receives projections from the cereb...
(A) gF was predicted based on connectivity values among the individually specified ROIs. The scatter...
Inferring brain functional connectivity from functional magnetic resonance imaging (fMRI) data exten...
Inferring brain functional connectivity from functional magnetic resonance imaging (fMRI) data exten...
<p>Blue and red color show significant regions before and after atrophy correction, respectively. Pi...
As the main input hub of the basal ganglia, the striatum receives projections from the cerebral cort...
<p>(a) The mean 90 90 correlation matrix across all participants. The anatomical locations of 90 RO...
The functional network approach, where fMRI BOLD time series are mapped to networks depicting functi...
<p>(a–b) Mean zFC matrices of both groups throughout the entire brain divided into 90 regions by the...
<p>The x-axis indicates brain regions, and the y-axis indicates the strength of functional connectiv...
Over the last decade, structure-function relationships have begun to encompass networks of brain are...
<p>Seed regions (A: the left inferior frontal gyrus; B: left anterior cingulate gyrus) are indicated...
Over the last decade, structure-function relationships have begun to encompass networks of brain are...
<p>(A) The first cluster consisted of correlations between 5-HT<sub>2A</sub> receptor binding potent...
<p>(A) Location of the RHC seed (<i>xyz</i> 32 −16 −18). (B) Average brain scores indicating the str...
<div><p>As the main input hub of the basal ganglia, the striatum receives projections from the cereb...
(A) gF was predicted based on connectivity values among the individually specified ROIs. The scatter...
Inferring brain functional connectivity from functional magnetic resonance imaging (fMRI) data exten...
Inferring brain functional connectivity from functional magnetic resonance imaging (fMRI) data exten...
<p>Blue and red color show significant regions before and after atrophy correction, respectively. Pi...
As the main input hub of the basal ganglia, the striatum receives projections from the cerebral cort...
<p>(a) The mean 90 90 correlation matrix across all participants. The anatomical locations of 90 RO...
The functional network approach, where fMRI BOLD time series are mapped to networks depicting functi...
<p>(a–b) Mean zFC matrices of both groups throughout the entire brain divided into 90 regions by the...