<p>Regions with degree>the mean+standard deviation are considered to be hubs. Node colors were coded according to their membership of classical cortex classifications: association cortex (red), limbic cortex (purple), paralimbic cortex (green), subcortical regions (light blue) and primary cortex regions (dark blue). (A) slow-5 (0.01–0.027 Hz). (B) slow-4 (0.027–0.073 Hz).</p
<p>Regions are color-coded by category (CON, blue; DMN, green; cerebellum, red; visual network, brow...
<p>List of human cortical regions included in the model, ranked in order of descending structural de...
<p>Network modules are shown as circular groups of nodes positioned around the respective connector ...
<p>(A) WGR-PEAR, (B) WOGR-PEAR, (C) WGR-PAR and (D) WOGR-PAR. Regions with degree>the mean+standard ...
<p>Constructed networks and corresponding hubs for ALL (top) and CON (middle) groups. Nodes that are...
<p>The node sizes indicate their relative nodal centralities normalized to the corresponding mean fo...
<p>Regions were considered hubs if their normalized nodal degree was at least one standard deviation...
<p>The nodal sizes indicate their relative nodal degree within each condition. Regions with normaliz...
<p>Global hubs are defined as the brain regions with higher values (>Mean + SD) in any of (A) node d...
<p>Regions (brain templates of panels A for control and B T1DM subjects) in orange, green, blue, yel...
<p>Hubs identified in both groups (ASD and TC) are indicated in purple. Hubs identified only in the ...
<p>Nodes that have a much higher degree than average are considered to be potential hub-voxels. We m...
<p>The results were visualized using the BrainNet Viewer (NKLCNL, Beijing Normal University). The ma...
<p>Hubs are divided in a 2-to-1 proportion using either avPCC, clustering coefficient, betweenness c...
<p>The hub regions were identified if E<sub>nodal</sub>(i) was at least one SD greater than the mean...
<p>Regions are color-coded by category (CON, blue; DMN, green; cerebellum, red; visual network, brow...
<p>List of human cortical regions included in the model, ranked in order of descending structural de...
<p>Network modules are shown as circular groups of nodes positioned around the respective connector ...
<p>(A) WGR-PEAR, (B) WOGR-PEAR, (C) WGR-PAR and (D) WOGR-PAR. Regions with degree>the mean+standard ...
<p>Constructed networks and corresponding hubs for ALL (top) and CON (middle) groups. Nodes that are...
<p>The node sizes indicate their relative nodal centralities normalized to the corresponding mean fo...
<p>Regions were considered hubs if their normalized nodal degree was at least one standard deviation...
<p>The nodal sizes indicate their relative nodal degree within each condition. Regions with normaliz...
<p>Global hubs are defined as the brain regions with higher values (>Mean + SD) in any of (A) node d...
<p>Regions (brain templates of panels A for control and B T1DM subjects) in orange, green, blue, yel...
<p>Hubs identified in both groups (ASD and TC) are indicated in purple. Hubs identified only in the ...
<p>Nodes that have a much higher degree than average are considered to be potential hub-voxels. We m...
<p>The results were visualized using the BrainNet Viewer (NKLCNL, Beijing Normal University). The ma...
<p>Hubs are divided in a 2-to-1 proportion using either avPCC, clustering coefficient, betweenness c...
<p>The hub regions were identified if E<sub>nodal</sub>(i) was at least one SD greater than the mean...
<p>Regions are color-coded by category (CON, blue; DMN, green; cerebellum, red; visual network, brow...
<p>List of human cortical regions included in the model, ranked in order of descending structural de...
<p>Network modules are shown as circular groups of nodes positioned around the respective connector ...