<p>Constructed networks and corresponding hubs for ALL (top) and CON (middle) groups. Nodes that are labeled represent network hubs (nodes with nodal betweenness of 2SD greater than network mean betweenness). The volume of the spheres represents the betweenness of the corresponding brain region. Green color highlights hubs specific to CON network; yellow color represents hubs specific to ALL network; Orange color represents hubs that are common in both groups; blue color represents non-hub regions. The hubs were quantified based on AUC analysis in the density range of 0.22∶0.01∶0.45.</p
<div><p>Hubs within the neocortical structural network determined by graph theoretical analysis play...
<p>(A) The rankings of each centrality are shown for the dHPC network under the 0.05 threshold. The ...
<p>B. The hub regions in APOE <i>ε</i>4 noncarriers. C. Differences of between-group nodal centralit...
<p>Regions with betweenness centrality one S.D. greater than the average over the network were ident...
<p>(A) WGR-PEAR, (B) WOGR-PEAR, (C) WGR-PAR and (D) WOGR-PAR. Regions with degree>the mean+standard ...
<p>Hubs identified in both groups (ASD and TC) are indicated in purple. Hubs identified only in the ...
<p>Regions (brain templates of panels A for control and B T1DM subjects) in orange, green, blue, yel...
<p>Regions with degree>the mean+standard deviation are considered to be hubs. Node colors were coded...
<p>The first row shows five NC-specific hubs (A), the second row shows six ASC-specific hubs (B), an...
<p>The size of nodes indicates the betweenness centrality (BC). Red denotes hub nodes with BC >2SD, ...
<p>Sixteen hub regions were identified in the anatomical network derived from the FLAIR-DTI datasets...
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...
<p>Global hubs are defined as the brain regions with higher values (>Mean + SD) in any of (A) node d...
<p>The nodal sizes indicate their relative nodal degree within each condition. Regions with normaliz...
<div><p>Hubs within the neocortical structural network determined by graph theoretical analysis play...
<p>(A) The rankings of each centrality are shown for the dHPC network under the 0.05 threshold. The ...
<p>B. The hub regions in APOE <i>ε</i>4 noncarriers. C. Differences of between-group nodal centralit...
<p>Regions with betweenness centrality one S.D. greater than the average over the network were ident...
<p>(A) WGR-PEAR, (B) WOGR-PEAR, (C) WGR-PAR and (D) WOGR-PAR. Regions with degree>the mean+standard ...
<p>Hubs identified in both groups (ASD and TC) are indicated in purple. Hubs identified only in the ...
<p>Regions (brain templates of panels A for control and B T1DM subjects) in orange, green, blue, yel...
<p>Regions with degree>the mean+standard deviation are considered to be hubs. Node colors were coded...
<p>The first row shows five NC-specific hubs (A), the second row shows six ASC-specific hubs (B), an...
<p>The size of nodes indicates the betweenness centrality (BC). Red denotes hub nodes with BC >2SD, ...
<p>Sixteen hub regions were identified in the anatomical network derived from the FLAIR-DTI datasets...
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...
Hubs within the neocortical structural network determined by graph theoretical analysis play a cruci...
<p>Global hubs are defined as the brain regions with higher values (>Mean + SD) in any of (A) node d...
<p>The nodal sizes indicate their relative nodal degree within each condition. Regions with normaliz...
<div><p>Hubs within the neocortical structural network determined by graph theoretical analysis play...
<p>(A) The rankings of each centrality are shown for the dHPC network under the 0.05 threshold. The ...
<p>B. The hub regions in APOE <i>ε</i>4 noncarriers. C. Differences of between-group nodal centralit...