<p>The legend shows the color coding of the three CNS measures examined, as well as the number of edges that were dropped from the original network and the number of edges added in their place to obtain the corresponding transformed network.</p
<p><b>A</b>: Functional-based network obtained from the immunologically enriched M9 gene expression ...
A) Components automatically sorted by region and projected along the z-axis. Note that the sorting (...
<p>The first row displays the correlation matrices obtained from partial correlation coefficients (i...
<p>These transformed networks are obtained by varying the threshold on the CNS score so as to derive...
<p>The charts represent the number of true positive edges for each reconstructed network (black colu...
Typically, anatomical connections have been traced by injecting pathway-tracing chemicals into restr...
<p>The blue, green, red and cyan lines show the changes in the <i>Z</i>-...
<p>Regions are color-coded by category (CON, blue; DMN, green; cerebellum, red; visual network, brow...
<p>Connections with positive linear, negative linear, positive quadratic and negative quadratic deve...
<p>A) The number of nodes shared with the global network for each perturbed network is shown at vari...
<p>Each brain region is represented by a sphere. Sphere size = mean connectivity degree; sphere tran...
The network colors correspond to the colors used in the original paper (network colors: visual = vio...
Interest in understanding the organization of the brain has led to the application of graph theory m...
<p>(a) For the conventional DTI datasets. (b) For the FLAIR-DTI datasets. (c) Overlapping results of...
<p>(A) shows the correlations between independent components. The left shows the correlation matrix ...
<p><b>A</b>: Functional-based network obtained from the immunologically enriched M9 gene expression ...
A) Components automatically sorted by region and projected along the z-axis. Note that the sorting (...
<p>The first row displays the correlation matrices obtained from partial correlation coefficients (i...
<p>These transformed networks are obtained by varying the threshold on the CNS score so as to derive...
<p>The charts represent the number of true positive edges for each reconstructed network (black colu...
Typically, anatomical connections have been traced by injecting pathway-tracing chemicals into restr...
<p>The blue, green, red and cyan lines show the changes in the <i>Z</i>-...
<p>Regions are color-coded by category (CON, blue; DMN, green; cerebellum, red; visual network, brow...
<p>Connections with positive linear, negative linear, positive quadratic and negative quadratic deve...
<p>A) The number of nodes shared with the global network for each perturbed network is shown at vari...
<p>Each brain region is represented by a sphere. Sphere size = mean connectivity degree; sphere tran...
The network colors correspond to the colors used in the original paper (network colors: visual = vio...
Interest in understanding the organization of the brain has led to the application of graph theory m...
<p>(a) For the conventional DTI datasets. (b) For the FLAIR-DTI datasets. (c) Overlapping results of...
<p>(A) shows the correlations between independent components. The left shows the correlation matrix ...
<p><b>A</b>: Functional-based network obtained from the immunologically enriched M9 gene expression ...
A) Components automatically sorted by region and projected along the z-axis. Note that the sorting (...
<p>The first row displays the correlation matrices obtained from partial correlation coefficients (i...