<p>(A) The rankings of each centrality are shown for the dHPC network under the 0.05 threshold. The colored nodes are the upper 25% most central in each metric. (B) The intersections of the upper 25% most central regions of each metric are shown for the dHPC network under the 0.05 threshold. Any region within the overlapping area of at least three metrics was considered a network hub (inside the red perimeter). The hubs were identified in the networks with 0.025 and 0.01 thresholds as well (<a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1006207#pcbi.1006207.s002" target="_blank">S2</a>–<a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1006207#pcbi.1006207.s004" target="_blank">S4</a> Figs...
<p>Seven hubs were characterized as connector hubs (red box) in this subject. Nodes were classified ...
<p><i>k</i> denotes node degree (total number of connections), while <i>k</i><sub><i>C</i></sub>, <i...
<p>The nodal sizes indicate their relative nodal degree within each condition. Regions with normaliz...
<p>The comparison was done for each region, centrality metric and threshold. Values in each cell sho...
<p>Hubs identified in both groups (ASD and TC) are indicated in purple. Hubs identified only in the ...
<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>The first row illustrates the spatial distribution of global functional connectivity density hubs...
<p>Sixteen hub regions were identified in the anatomical network derived from the FLAIR-DTI datasets...
<p>Global hubs are defined as the brain regions with higher values (>Mean + SD) in any of (A) node d...
<p>(A) WGR-PEAR, (B) WOGR-PEAR, (C) WGR-PAR and (D) WOGR-PAR. Regions with degree>the mean+standard ...
Each colored circle representing a high- or low-centrality station set is identified from the freque...
<p>Hubs based on the aggregated ranking percent of each node across 88 participants and their topolo...
<p>Regions with degree>the mean+standard deviation are considered to be hubs. Node colors were coded...
<p>High Connectivity (HC) nodes or hubs: A & C. High Betweenness but Low Connectivity (HBLC) nodes o...
<p>Seven hubs were characterized as connector hubs (red box) in this subject. Nodes were classified ...
<p><i>k</i> denotes node degree (total number of connections), while <i>k</i><sub><i>C</i></sub>, <i...
<p>The nodal sizes indicate their relative nodal degree within each condition. Regions with normaliz...
<p>The comparison was done for each region, centrality metric and threshold. Values in each cell sho...
<p>Hubs identified in both groups (ASD and TC) are indicated in purple. Hubs identified only in the ...
<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>The first row illustrates the spatial distribution of global functional connectivity density hubs...
<p>Sixteen hub regions were identified in the anatomical network derived from the FLAIR-DTI datasets...
<p>Global hubs are defined as the brain regions with higher values (>Mean + SD) in any of (A) node d...
<p>(A) WGR-PEAR, (B) WOGR-PEAR, (C) WGR-PAR and (D) WOGR-PAR. Regions with degree>the mean+standard ...
Each colored circle representing a high- or low-centrality station set is identified from the freque...
<p>Hubs based on the aggregated ranking percent of each node across 88 participants and their topolo...
<p>Regions with degree>the mean+standard deviation are considered to be hubs. Node colors were coded...
<p>High Connectivity (HC) nodes or hubs: A & C. High Betweenness but Low Connectivity (HBLC) nodes o...
<p>Seven hubs were characterized as connector hubs (red box) in this subject. Nodes were classified ...
<p><i>k</i> denotes node degree (total number of connections), while <i>k</i><sub><i>C</i></sub>, <i...
<p>The nodal sizes indicate their relative nodal degree within each condition. Regions with normaliz...